Description: General compiler
This file as text.
(active) Revisions in this set:
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Clicking a revision will expand files
* normalize tree: - do not allow statements in expressions
+ add a comment to the destructor of tsymtable so that others (and maybe me a well) will hopefully see that the destructor of that class is not completely trivial!
* fixed some issues to get correct values of section_count, works better than before but it is still not perfect for unknown reasons
+ based on a patch by Laksen, optimize (v>=x) and (v<=y) into (v-x)<(y-x)
* support aitconst_*bit_unaligned in the intel assembler writer, resolves
0034222
* relax formula for max. nodes to inline
Add missing TFenceFlags and TRoundingMode for riscv32
Fix default CPUs for riscv32
cleanup: remove ARMHF-related comments from RISC-V only codepath. no functional change.
* addendum for Mantis
0034333: also complain about number of arguments with the maximum number of arguments for Copy ( = 3 ) is exceeded
* is_range_test returns false if "lower" bound is greater than "upper" bound
* fix building with LLVM=1, thanks to Karl-Michael Schindler for the hint
+ patch by J. Gareth Moreton to support BMI2 instructions
+ extended avx test generator with the newly added BMI2 instructions
* Fixed overflow error when calling align() with corner case values such as align($7FFFFFFC, 4) for the longint variant.
Fix riscv64 compiler compilation with -dEXTDEBUG
Fix compilation with -dEXTDEBUG
Add -Tlinux and -Tembedded help lines for riscv32 and riscv64 compilers
* Fixed writing of method's RTTI for aarch64 by explicitly writing the $self parameter first.
* Reverted
0039947. According to Sven, the $self parameters is not required to be first parameter in RTTI. Appropriate tests will be fixed.
* Fixed overflow error for the qword version of align() when i=0.
* Undef FPC_HAS_TYPE_EXTENDED for x86_64-android.
* avoid range check errors
+ make use of the BFI instruction in tcgaarch64.a_load_ref_reg_unaligned
+ implement assembler optimization Str/LdrAdd/Sub2Str/Ldr Postindex done
* avoid to create a stack frame on aarch64 if possible
* take care of the fact that x and w registers overlap when carrying out the Str/LdrAdd/Sub2Str/Ldr Postindex optimization
* Optimized generic implementations of tcg.a_op_const_ref() and tcg.a_op_reg_ref() for PIC and CPUs which need 2 or more instructions to load a symbol's value by reference.
First the symbol's address is taken and then it is used to load the value and also store the result. It eliminates extra calculation of the symbol's address needed to store the result.
x86 and other CPUs which can handle refs ops directly or more efficiently already have overloaded versions of these methods and are not affected by this change.
* SetExecutionWeight(): Set execution weight also for nodes with special handling. Minor code cleanup/improvements.
* Restore previous execution weight before exiting secondpass().
* It all improves register allocation for variables inside loops in some cases.
* replaced "is" test with faster field value test
+ introduce tai_align_abstract.create_max which limits the maximal number of bytes being inserted for alignment
- x86 align does not use a register anymore, code removed
+ new fields for more precise control of alignment
+ support of new alignment control values for GNU AS writer
+ support of new alignment control values for binary writer
* better alignment settings on i386-win32
* improved inserted align directives for if nodes
* skip align directives after unconditional jumps
+ factored out TX86AsmOptimizer.PrePeepholeOptIMUL, used now by x86-64 and i386
* generalized and simplified the code
Disable three operand overload of MatchOpType for avr and jvm targets, which only have 2 operands max
* Removed 'inline' from public methods of TFPObjectList and TFPHashObjectList since they use private fields and can not be inlined when called from other units.
* Reverted
0040181 because the "not inlined" notes are issued not due to access to private fields, but due to string conversion. It need to be fixed by overloaded versions of some methods.
* Removed unused local vars.
* Commented out unused "size" local var.
* Removed unused local vars.
- get rid of MaxOps, it is redundant with max_operands
* MatchOpType with three operands is only available of max_operands>2
Fix 3 operand version of MatchOpType
* Moved inline methods to the beginning in order to allow them to be actually inlined in this unit.
* Rearranged the code to place implementation of inline methods before their usage within this unit.
+ Added overloaded version of stringdup() for ansistring to allow stringdup to be inlined.
* If a function can't be inline (contains an assembler block, etc) remove the po_inline flag from its procoptions.
* Removed inline for methods which are too big.
* Removed inline for functions which access private variables and can't be inlined from outside.
* Removed inline for Unix2AmigaPath since it is not necessary and can't be inlined anyway due to ansistring conversion.
* Addition to
0040225: Forgot to remove inline in the implementation.
* po_inline can't be removed from procoptions when the interface part is already parsed. It changes the interface's CRC and causes other units to recompile.
+ Added the pio_inline_not_possible flag to timplprocoption. It is set if a function can't be inline (contains an assembler block, etc). When calling such functions, no note "Call to subroutine "?" marked as inline is not inlined" is emitted.
* Changed verbosity of ""???" not yet supported inside inline procedure/function" to note to be consistent with note "Call to subroutine "?" marked as inline is not inlined".
+ initial work for tls-based threadvar support on arm-linux
+ check if initialization/finalization code uses implicitly thread vars
+ i386-linux support for tls-based threadvars
* define renamed into tls_threadvars
* compilation on x86-64 and i8086 fixed
* non-linux arm targets fixed
+ support for tlsm_general on i386-linux
* redundant code removed, work is meanwhile done by aasmcpu.optimize_ref
* i8086 compiler fixed, resolves
0034552
Avoid overflow error in riscv code generator
* do not re-used gottpoff symbols as they are PC-relative
Fix riscv32 compilation error introduced in last commit
Use same parameter type for update_reference_offset override
* better alignment on 386-linux
* three operand shl for shifting by 2, 4 or 8 can be simulated by lea
* set nf_write flag properly for vec. nodes of types with implicit dereferencing
* better alignment of while loop heads
* fixed adjustments of lower/upper bounds in range test optimization in case
of strictly smaller/greater comparisons (mantis
0034385)
* moved finalization of code generator temps to a node, so it can be getcopy'd
(needed for LLVM, where we need two copies of the finally code: one in case
an exception occurs, and one in case none is raised)
o also first finalize parameters and only then code generator temps, since
in theory the former could create more of the latter
+ new spilling heuristics which takes care of the usage weigth of a register,
not yet activated, can be selected by passing SPILLING_NEW when compiling the compiler
* finalizetemps nodes should never be considered equal and have side effects
* don't generate tempsfinalize nodes in except filter procdefs, as that would
finalize the parent's temps twice (fix for
0040345, mantis
0034574)
+ MovOpMov2MovOp optimization
* building on i386-linux fixed
* disable MovOpMov2MovOp optimization on x86-64 for now as it seems to break
* pass volatility information to llvm.memcpy
* thlcgobj.g_unreachable() dummy implementation + llvm override
* fixed dynamic array constants for llvm
- reverted
0039188, as this hack removes the type correctness of the
instructions, which breaks the llvm code generator. Put such hacks
in CPU-specific overrides
+ customint torddef type to create arbitraty bit-width integers
o use this to handle non-power-of-two-sized parameters for llvm
o no general support in the parser/code generator, so don't expose
* systematically capitalize first word of errormsg/sentence, patch by J. Gareth Moreton, mantis 34618
Regenerate msgid and msgtxt include files after commit 40422
m68k: reinstate the inc/dec tempregister type hack again in an isolated way (it was removed in
0040385, as it was breaking llvm target)
+ abi tag for i386
* arm abi tag moved into pascal file
- disable cs_opt_use_load_modify_store because for llvm because it is
apparently buggy as far as type information is concerned, and it also
results in tons of spilling
* ensure the generic version of tcgshlshrnode gets used for llvm
+ volatile() expression that marks an expression as volatile
* disable matching volatile references in the assembler optimisers, so they
can't be removed (more conservative than needed, but better than removing
too many)
o the CSE optimiser will ignore them by default, because they're an unknown
inline node for it
* also removed no longer used fpc_in_move_x and fpc_in_fillchar_x inline node
identifiers from rtl/inc/innr.inc, and placed fpc_in_unaligned_x at the
right place
* only free the temp holding the function result after we've loaded it into
the function return register (so we won't load from an already freed
temp once we emit lifetime info for temps on LLVM)
* emit temp lifetime information for llvm
o also allow freeing temps in the middle of a routine for llvm (we won't
reuse them, but it results in better lifetime information)
* add nocapture and dereferenceable/dereferenceable_or_null decorators to
parameters for llvm where appropriate
* fixed bug that caused the "sret" argument attribute to never be used (and
a guaranteed internalerror on AArch64/llvm)
* fixed paraloc def when changing the size to OS_32
* fixed shifval for big endian (bits instead of bytes)
* set paralocations correctly for LLVM/AArch (must be register-type instead
of parameter-type based)
* only coerce the type of the leftover bytes of a record if the location
size doesn't match the number of remaining bytes
o prevents a second "single" field of a record getting interpreted as a
"cardinal"
* support OS_32/OS_64 in AArch64 cgsize2subreg() for MM registers (can happen
for records with floating point fields with the LLVM code generator)
* initialise cgpara with valid data for the C-style "array of const" para
(necessary for the LLVM backend)
* replaced some stray cpointerdef.create() calls with cpointerdef.getreusable()
* pass dynamic array parameters of cdecl routines by value on AArch64
(like on onther platforms)
o it was passed by reference as a side effect of the fact arrays in C are
pointers, but a dynamic array already is a pointer
* fixed type consistency in handler for array parameters on platforms where
these have to be passed on the caller side (i.e., AArch64)
+ internal sqrt support for LLVM (faster on all platforms, necessary on
platforms that don't have RTL support for it, as the the generic
fpc_sqrt_real just calls runerror)
* fixed dynamic array constants for non-Darwin LLVM platforms
* support for compiling the objects unit methods that expect local procedure/
function pointers using {$modeswitch nestedprocvars} functionality, activate
this for LLVM and also activate that modeswitch for a test that uses this
o also convert the IDE units to use this functionality
o requires extra typecasts because implicit type conversions from
procvar(p: psometype) to procvar(p: pointer) are not supported; on the
plus side, even those type conversions are checked for validity
o note: requires {$modeswitch nestedprocvars} in all programs/units
that rely on this functionality
* cleaned up blockaddress instruction (add type rather than hardcoding it
in the assembler writer)
* fixed taking the address of a label in a typed const for llvm (fixes
tbs/tb0468a)
* fixed <> comparisons with NaNs (use LLVM "unordered" comparison: succeed
if either operand is a NaN)
* use ccallnode.createintern() instead of
ccallcnode.createinternfromunit('SYSTEM')
+ LLVM support for the FMA intrinsics
* fixed LLVM code generator not taking into account constalignmin/max
settings for typed constants
* fixed used resulttype of char-to-shortstring typeconversion in case the
shortstring type is smaler than 255 chars
* simplify all type conversions for formal constants even for LLVM and JVM
(since these happen at compile time and don't result in generated code,
they never need extra type conversions in the code)
* force pointer-based self parameters of inlined routines in temps for LLVM
to ensure that their type gets updated
* fixed result cgsize of LLVM's second_nothing type conversion node (new
size instead of original size, which can be different in case of going
from void to something else)
* in constructors, free the temp holding self only after loading the function
result, as self is the function result there (follow up to 40501)
* fixed string constant length when going from utf-8 to single-byte code page
(mantis
0033666, patch by engkin)
* handle constructor function results that have been migrated to the
parentfpstruct the same as regular function results (see
0032687)
* addition to
0040631: also force inline self parameters that are already in
a temp into a new temp for LLVM, so their type gets updated
* (modified) patch by Gareth Moreton: Speed improvement in case blocks, resolves
000034762
This patch improves the compiler where "case" statements are concerned, using jump tables more often and creating more efficient machine code in some situations:
* If a case block only contains one branch (not including the else block), the initial range check is removed, since this becomes wasted effort.
* If the else block is empty, the else label is set to the end label - though this doesn't decrease the code size, it takes a bit of strain off the peephole optimizer.
* On -O2 and above, some node analysis is now done on the branch labels. Most of the time this just redirects it to the end
label for empty blocks, but if the block contains a goto statement, it will redirect it to its destination instead,
thus increasing performance by not having multiple jumps (this won't get picked up by the peephole optimiser if the label addresses are in a jump table).
* Some checks now use what I call the 'true count' rather than the 'label count'. The true count includes each
individual value in a range - for example, 0..2 counts as 3. This increases the chance that a jump table will be
utilised in situations where it is more efficient than a linear list.
* For jump tables, if the case block almost covers the entire range (32 entries or fewer from full coverage),
the initial range check is removed and the gaps included in the jump table (pointing to the else label).
* pass used tls model to the assembler
* better code alignment for x86_64-win64 and x86_64-linux
* not all targets support the tls-model switch, use it only if section thread vars are used
* changed maxjumpalign:10 to 16
* changed (max)jumalign for Darwin/x86_64 from 0 to 16
* fixed wrong change of jumpalignmax from 10 to 16 in previous commit
o renamed jumpalignmax and coalescealignmax to jumpalignskipmax/
coalescealignskipmax to better reflex the meaning of these setting
(and the difference in meaning to e.g. constalignmax)
* update alignment values for Darwin
* (modified) path by Gareth Moreton to fix case handling
* when optimizing range checks in case nodes, unsigned comparisions must be used, resolves
0034782
* fixed LLVM memory leaks
* don't emit 0-sized parameters for LLVM: clang doesn't either, and some
LLVM backends (like the AArch64 one) trigger internal errors when
encountering them
* patch by Simon Ameis: adds mcu STM32F091* to compiler unit t_embed.pas; thus internal error 200902011 is not raised anymore, resolves
0034570
* improved explanation for warning 9034
tabs to spaces cleanup. no functional change
* fixed several places where the interface crc could change:
o unsetting po_inline while parsing the implementation for various reasons
(interprocedural goto/label, accessing a local in a parent frame,
having nested procedures)
o instead handle this via the pio_inline_not_possible flag
o noreturn can no longer be specified only in the implementation
Change default debugging format for x86_64-haiku to dwarf-2, as stabs is normally disabled on 64-bit systems
* modified patch by Gareth Moreton to make ie unique, resolves
0034849
* when deciding about the case code generation in case of size optimization, the number of labels is relevant, not the covered range, resolves
0034818
* -tls-dialect is not a as option, removed it, resolves
0034901
* constrained generics are also compatible with formaldefs, resolves
0034893
* modified patch by Gareth Moreton to pool TmpUsedRegs in the assembler optimizers, resolves
0034679
* fix and enable MovOpMov2MovOp optimization on x86-64
+ patch by Marģers to support the x86 assembler instructions blsi, blsr, blsmsk, adcx, adox, movbe, pclmulqdq, resolves
0034815 and
0034799
+ avxopcodes tests also movbe and pclmulqdq
* fix MovOpMov2MovOp optimization if no -Cpcoreavx2 is used
* open arrays and arrays of consts might be only stack tainting if they are passed by value
* avoid assembler errors for the MovOpMov2MovOp optimziation in case the size of the instruction
gets changed and the first one contains a constant, resolves
0034933
* factored out OptPass1FSTP, used by x86-64 now as well
* better recognization of procedure exit code
* factored out OptPass1FLD, used bx x86-64 now as well
- removed unused function
+ tls support for x86_64-linux (not yet enabled by default)
morphos: support section GC with GNU LD as well
* do not call the internal assembler if -s is passed
+ support msr regf,reg32 on arm in the internal assembler
* do not load always the references into a register in g_concatcopy
* correctly handle LDRD in TAoptBaseCpu.RegModifiedByInstruction
* first step towards supporting 32 bit targets with the LLVM code generator:
use the generic code in more cases when cpuhighleveltarget is defined
* perform extension of parameters to 32 bit for Darwin in the paraloc instead
of in the cgpara (cgpara should always correspond to the real parameter)
* fixed type correctness of and simplified the threadvar loading size
optimisation
* initialse the cgpara for the C-style varargs on ARM (needed for LLVM)
* fix loading of constants in registers in the LLVM CG if the constant
does not fit in ptrsinttype
atari: fpc now searches for the compiler with .ttp extension, as that's the default on Atari
+ nolinline modifier to specify that a routine must never be inlined
* let de LLVM parameter manager merge multiple paralocs used to represent a
single ordinal, as such splitting is handled by LLVM itself (and handling
such split locations is currently not supported by our LLVM code generator)
* set default Mac OS X target version to 10.6 for LLVM (earlier versions did
not include libunwind in libSystem, causing linking errors when compiling
on later versions)
* always emit UAL when using LLVM (clang does not and will not support
pre-UAL)
* removed unnecessary replacements of the paraloc def with arraydefs on ARM
* fixed ARM paraloc defs (for LLVM)
* update the stack alignment field of parameters when doing so for paralocs
* LLVM does not support 128 bits arithmetic on 32 bit platforms, which we
need for overflow checking -> use RTL built-ins
* fixed thlcgobj.g_rangecheck() for cpuhighleveltarget when targetting a
cpu32bitalu
* fixed the default external assembler for llvm when using -s
Fix bug report
0035065 using provided patch by J. Gareth Moreton
* properly quote pathes for objcopy calls, resolves
0035072
* ppudump: Use buffered write when outputting to json or xml. It improves the output speed a lot.
* ppudump: Fixed warnings with -O3.
* arm: Fixed crash while loading double constants with PIC enabled. This is the regression after
0041129. The crash has occurred due to usage of a rare code path. It will be fixed in the next commit.
* arm: Include pi_needs_got to current_procinfo.flags when the GOT register is accessed. It forces proper initialization of the GOT register at the beginning of a procedure. This fixes storing of a double constant to a field in a packed record and other rare copy operations when PIC is enabled.
* aarch64: According to ARM64 ABI, function's arguments and the result are not required to be sign/zero extended to a full register size. Obey this rule for all targets except iOS where sign/zero extension is required.
* don't use cg64.a_load64_loc_cgpara() for 64 bit records passed in
non-integer registers
* move the homogenous float aggregate determination function to a common
unit for ARM and AArch64
* keep track of whether a routine has a C-style variadic parameter in the
procoptions even when it's through an array-of-const parameter
* always call create_varargs_paraloc_info() instead of create_paraloc_info()
in the former case, even when no varargs parameters are specified (because
on some platforms even some non-variadic parameters need to be passed
differently, such as on ARM with gnueabihf)
* add support for HFA parameter passing for ARM hardfloat
(fixes test/cg/tcalext6)
* give an error when trying to call through to a C varargs routine with a
high level code generator
o we cannot create a high-level stub in that case
* type left-over parts of parameters as arrays of "stack slot alignment" if
they're an exact multiple of the ialignment size on LLVM. This prevents
both overalignment (e.g. remainder of 8 individual bytes on ARM
would be aligned to 8 bytes instead of 4 if typed as int64) and
underalignment (e.g. 32 bytes remainder of a record that needs to be
aligned to 8 bytes would be aligned to 1 or 4 bytes if types as
array of resp. bytes or longints)
* remove double "nocapture" attributes
* also add "noalias nocapture" to sret parameters
* use ` instead of ^ as replacement character in LLVM asmnodes, as ^ can
appear in ARM inline assembly
* properly set 8 byte parameter alignment for first parameter on ARM if
applicable
* also specify the byval alignment at the callee side
* support OS_32/OS_64 in cgsize2subreg for ARM MM registers to handle
records passed in MM registers
* Removed unused local vars.
* Removed inline, since inherited is not supported.
* Do not set pi_needs_got in current_procinfo.flags at the node level, since the GOT usage can only be estimated there. Instead set the pi_needs_got flag at places where the GOT register is accessed during the code generation. This eliminates generation of the unneeded initialization of the GOT register and fixes linker errors when the _GLOBAL_OFFSET_TABLE_ symbol is referenced but no actual GOT references are present.
* i386: Minor PIC initialization improvement if the GOT register is forced to EBX.
* i386 PIC: Do not force EBX as a GOT register if tf_section_threadvars is not set. Actually forcing EBX here is a bad idea anyway.
* i386: Do not request GOT for every function call. GOT is requested only for external calls in thlcgcpu.a_call_name(). Local calls are always PC relative.
* track va_uses_float_reg also for varargs functions without varargs
parameters (see e.g. https://gcc.gnu.org/bugzilla/show_bug.cgi?id=23070 )
* better alignment values
* fix for
0041416: 64 bit values on 32 bit platforms can of course also be
passed in memory
* initialize function result for variadic functions (fixup for
0041420)
Fix tmoddiv4.pp test failure with -O1 option for powerpc64 as suggested by Jonas
* ppudump: Fixed a warning regarding text clipping.
* only add hidden parameters for objectdef methods after generating the vmt,
so that they take into account inherited calling conventions (mantis
0035233)
o don't needlessly calculate the paraloc info when generating a JVM mangled
name
* also accept {$elsif} after {$if(n)def} (mantis
0034858)
* fix msgtxt array size if the text size is an exact multiple of 240
* clean up some things regarding explicit paraloc handling. this should fix m68k-amiga and powerpc-morphos builds after
0041716
* reinstate the internalerror removed in
0041730 for i386, as that was a valid condition to verify
* added extra header to ppu inside a subsection, so we won't run into
trouble when the ppu version hits 255
* also moved several ppu flags to a set inside that section
* hopefully fix fpu emulation ppu header flag check after
0041846
* documented usage of ppuversion and ppulongversion
* check CurrentPPULongVersion in ppumove
- Add support for .option directive in riscv assembler.
- Use addiw when adjusting U32 to S32
- Port RISC-V64 startup code to native inline routines.
- Fix UTX* optimizations that didn't consider the optional ROR parameter.
* insert the hidden parameters for objectdef methods after resolving
overrides but before generating the VMT, so that these hidden parameters
are part of the procdefs stored in the VMT (fixes some LLVM type errors
after
0041716)
* use ".set" for aliasing global symbols on Darwin, instead of declaring
symbols after each other
o removed the .reference hack that was used previously
* replaced TCmdStrListItem getter function with a property
* moved sleb/uleb128 helpers to cutils and use SarInt64() intrinsic (based on
patch by J. Gareth Moreton, mantis
0035327)
* micro-optimization for tentryfile.getbyte() (based on patch by
J. Gareth Moreton, mantis
0035406)
* optimized and simplified tai_aggregatetypedconst destruction
- removed ttypedconstkind parameter from tai_simpletypedconst constructor,
as it always has to be tck_simple anyway
* fixed double free in LLVM code generator after
0041963
+ add support for MultiHelpers modeswitch by Ryan Joseph for Mantis
0035159
+ added tests
* set correct fileinfo for statements_til_end() block
+ support for verifying whether a case statements handles all possibilities
(based on patch by Martok)
o enabled by default in ISO and Extended Pascal: compile-time error if not
the case in ISO mode, warning and run-time error in Extended Pascal mode
o warning enabled by default in all other modes for boolean, enumeration and
subrange integer types with ranges different from the default ones
(i.e., different from 0..255, -128..127, 0..65536, etc)
o warnings for all ordinal types can be enabled in all modes with
-CC
* fix overflow errors in case coverage code
* fixed crashes on platforms using parentfpstructs with generic routines
that contain nested functions (when specialised, procedures don't have
the main function of the unit/program as parent procinfo)
Remove two warnings about missing case (others are still present in ppudump.pp source)
Fix arm-aros rtl compilation
* DFA now takes case-completeness into account (mantis
0035598)
* updated German message files (patch by Karl-Michael Schindler,
mantis
0035559)
* append rather than insert the alias symbols for the program/procedure
initialisation/finalisation routines
o this ensures the procdef's mangled name and its first symbol match,
which is required for Darwin when generating debug information and
using ".set" directives to define alias symbols, because a symbol
defined via ".set" cannot be used in a data relocations (and the DWARF
debug generator uses the default mangled name, which used to correspond
to the alias symbol due to the "insert" instead of "append")
* don't double-define function aliases for Darwin defined via ".set" directive
* fixed loading parent frame pointer for nested procvars on targets that
that use explicit parentfp structs (fixes webtbs/tw17379 for llvm)
* made the fields array parameter of llvmgettemprecorddef "const", as it
doesn't get modified and hence doesn't need to be copied
* abstracted registration of library init/fini routines (to be able to add
LLVM support)
Add DEBUG_PPU conditional code to be able to debug ppu changes (only useful for debugging purposes)
* disable regular array -> dynamic array type coversion support unless
{$modeswitch arraytodynarray} is active (mantis
0035576)
o changed compiler to compile without this modeswitch
o added the modeswitch to a test that depends on it
Fix division of constants on ARM thumb without long multiplication.
* support for handling subsetrefs with bitlen > AIntBits in a_load_subsetref_reg() and
a_load_const/reg_subsetref() (needed for handling 32 bit platforms using a purely
high level code generator like LLVM's, and may also improve the situation for
16 bit platforms)
o can probably be optimized to split them into parts that cover partial word loads
and complete word loads (to reduce useless merging)
Added T2 form of LDR/STR for SP relative forms.
+ added TNewExeHeaderFlags type, describing the flags in the header of win16 executables
+ added enum TNewExeTargetOS
+ added type TNewExeAdditionalHeaderFlags
- removed "cmp 0/1, pasbool1" optimization for llvm because this discards
the upper 7 bits of the boolean, while other platforms take it into
account (even though they're technically always required to be 0, and
the value is undefined if they're not)
* fix bootstrapping with 3.0.x and -O3
* Nintendo DS port updated to libnds ver.1.7.3
+ added set TNewExeSegmentFlags
* prettify the "Use of +offset(%ebp) is not compatible with regcall convention"
and "Use of +offset(%ebp) for parameters invalid here" warning messages by
showing the exact register used (bp, ebp or rbp) and using the original asm
syntax (Intel: [EBP+offset]; AT&T: +offset(%ebp) )
* prettify the "Use of -offset(%ebp) is not recommended for local variable
access" warning by showing the exact register used (bp, ebp or rbp) and using
the original asm syntax
+ introduced the asmmodes_x86_intel constant set
+ add asmmode_standard to the asmmodes_x86_intel set on i8086, because i8086 defaults to intel syntax
* prettify the "Use of -offset(%esp), access may cause a crash or value may be
lost" warning by showing the exact register used (esp or rsp) and using the
asm syntax (Intel or AT&T) used originally in the code
+ added the asmmodes_x86_att set constant - similar to asmmode_x86_intel, but for AT&T asm syntax
* suppress warning for targets without MM registers
* Updated Wii port to libogc 1.8.22
+ added class TNewExeHeader that encapsulates a NewExe header and allows writing it to a file
+ initialize some defaults in the TNewExeHeader constructor
+ added class TNewExeOutput. Not functional yet.
+ added a win16 internal linker class. Not functional yet.
+ implement TInternalLinkerWin16.DefaultLinkScript by copying the MS-DOS
implementation (not correct, but a good starting point)
- remove the tiny memory model code from TInternalLinkerWin16.DefaultLinkScript,
because the Win16 target doesn't support the tiny memory model
+ register a win16 dll scanner. Not functional yet.
+ added constants for the known CC_OmfExtension record subtypes (IMPDEF and
EXPDEF are the ones we care about - they are used in win16 dll import and
export libraries)
+ dispatch the IMPDEF and EXPDEF records to the newly introduced ReadImpDef and
ReadExpDef methods (not implemented yet)
+ use the new CC_OmfExtension_EXPDEF constant instead of the direct magic value
when writing export libraries
+ use the new CC_OmfExtension_IMPDEF constant instead of the direct magic value
when writing IMPDEF records
+ introduced the TOmfRecord_COMENT_Subtype abstract class
+ introduced the TOmfRecord_COMENT_IMPDEF class. Use it to encode the IMPDEF
records instead of encoding them directly.
+ introduced the TOmfRecord_COMENT_EXPDEF class. Use that to generate export
libraries instead of generating the magic string directly.
+ Implemented TOmfRecord_COMENT_EXPDEF.DecodeFrom
+ keep (certain) arrays in registers if they are used with constants indices only
* building on powerpc and arm fixed
+ implemented TOmfRecord_COMENT_IMPDEF.DecodeFrom
* disable array and record regvars for all cpuhighleveltarget platforms
Commit of new debug feature implemented by J. Gareth Moreton
Allows compilation of compiler using -dDEBUG_NODE_XML
which will generate a NAME-node-dump.xml file for each
unit, program or library compiled,
containing a XML description of the nodes handled during
compilation of the unit, program or library.
* one more disable location of DoPipe in case not on a Unix platform
(mantis
0035743)
* partial fix for Mantis
0035346: more "inline" directives for TCStream and TCMemoryStream methods
* remaining fix for Mantis
0035346: add "inline" directives to various methods of tentryfile
* simplify and optimize generated LLVM code for case statements
* also register symbols referenced from assembler via asolutevarsyms
* volatile syms should never be regable
* LLVM-specific support for bsr*/bsf*
* LLVM-specific support for popcnt
* record in ppu flag whether or not symbols are ansistrings, and use that
flag in ppudump rather than hardcoding targets (it's also the case for
LLVM)
- removed remnants of old ppu file support (ppudump does not support any
other ppu version than the current one anyway)
* fixed compilation with -dTest_Double_checksum_write
Commit patch submitted in bug report
0035787 by Gareth Moreton
* fixed range test optimization for signed types and enabled it for them
- Fix bug in 64bit softfloat double negation.
- Clean up handling of CPU/FPU type handling in RISCV.
- Do more fixes to get RISCV32 working.
- Fix most soft multiplication handling for generic RISCV code. Still missing a few.
- Add RISCV embedded targets.
* maybereplacewithtemp/maybereplacewithtempref: also create a temp in case
of possible side effects
- disabled ogmacho, as it can no longer deal with the assembly we generate
* on Mach-O, PECOFF and ELF platforms, write local symbols as hidden/
private_extern (or plain global in case of PECOFF, as the effect is
the same there): visible across object files, but they become local
when linked into a binary/library. This enables cross-unit inlining
of functions accessig implementation-only symbols.
* factored out checks whether a procdef's symbol needs to be global, and
the generation of the procdef's asmsymbols
o also removed unnecessary definition of procdef alias symbols for Darwin
(they are already defined in ncgutil.alloc_proc_symbol)
* fix tobjectdef.vmt_def to search in the correct symtable
* always register vmt defs (so they get written to the ppu) in case of llvm,
because it may need this def in case a method from a class defined in the
implementation of unit gets called from an inlined routine that gets
inlined in another unit (normally that vmt def would not get written to
the ppu file, as it can't be referenced from the interface and it's also
not necessarily directly referenced from the inline routine's nodes)
(fixes sdo_dataobject compilation with LLVM after enabling cross-unit
inlining of methods accessing static symbol table symbols)
+ parse the IMPDEF record in TOmfObjInput.ReadImpDef
Reintegration of Custom Attributes branch by Joost van der Sluis with patches reworked by Svetozar Belic [patch 1/3]
Implemented attributes for class types and properties (based on work by Joost van der Sluis). Added TCustomAttribute - a base class for attributes. Added TUnitInfo record to RTTI. It contains the unit name and unit options (for now only a flag which specifies if the unit contains attributes). Added several tests for attributes.
Reintegration of Custom Attributes branch by Joost van der Sluis with patches reworked by Svetozar Belic [patch 2/3]
Regenerated compiler/msgidx.inc and compiler/msgtxt.inc.
Reintegration of Custom Attributes branch by Joost van der Sluis with patches reworked by Svetozar Belic [patch 3/3]
Added FPC_REQUIRES_PROPER_ALIGNMENT to TUnitInfo definition. Added FPC_HAS_EXTENDED_RTTI define.
* rename trtti_attributesdef to trtti_attributes_list
* change boolean parameters for try_consume_unitsym to a set
* instead of declaring another type with a 'attribute' suffix, *search* for another type with a 'ATTRIBUTE' suffix (Delphi allows declaring both a TFoo and TFooAttribute in the same unit)
+ added test
* instead of embedding the attributes inside the class' and property's type data only store a reference to a table of attributes
* always write a class' reference to the attribute table, even if the unit does not have attributes
- remove unit info and related code again as that will be handled similar, but differently with dynamic packages
* considering that at least in theory every symbol and every def can carry RTTI attributes (Delphi only supports property and field symbols), move the rtti_attribute_list to tstoredsym/tstoreddef
* as attributes can be part of any type they are best suited in a common part of TTypeData
* fix code formatting (no code changes)
* check that we indeed have a type node and nothing else
* with a type node it's not necessary to check whether it's typedef is assigned
* fix code formatting (no code changes)
* rework code for parsing attributes to only allow constant expressions; Delphi only allows those as well and better we don't open *that* pandora's box just yet
* fix code formatting (no code changes)
* store the parameter nodes in the attribute object as well (we need to write them to the RTTI as well as store them in the PPU)
* ensure that any potentially created constructor call is freed if the attribute is not bound to a def or sym
* instead of collecting the raw parameters we need to collect the parameters as passed to the call as there might be type conversions involved
* better check for a valid call node
* take a copy of the constructor assignment node (and free it together with the attribute)
+ add methods for the const nodes to directly emit their constant data to a constant builder
Note: reduce code duplication, especially for the tsetconstnode (with its descendant tcgsetconstnode)
* the RTTI of an attribute not only consists of the creation function, but also of the attribute's type, a pointer to the constructor and a data blob containing the constant parameters
+ added test
* add a remark that's going to be important once extended RTTI is supported (Delphi programs crash if an attribute's constructor is used that does not have any extended RTTI)
* move binding of a dangling attribute list to a sym's/def's attribute list to a class procedure of trtti_attribute_list
* make the reference to the TCustomAttribute type global
* generate construction function for the attributes used in a unit using a more straight forward approach
ToDo: "collect" attributes of same type and same argument list and generate constructor only once for them
* trtti_attribute_list.bind already checks whether the dangling attribute list is assigned or not
- remove code to create an attribute using a synthetic function
- remove functionality to get the code block when parsing again (let's open this pandora's box only when really needed...)
- symbolname field is no longer required
+ add functions for syms and defs and write sub entries of the sym/def to PPU and loads them again
* explicitely store the procdef of the picked constructor of the attribute
* store attribute information in PPU; this is less important for the compiler, but more for e.g. Lazarus when dealing with binary only units
* increase ppu version
+ added test
* adjust ppudump to handle attributes as well
ToDo: output parameter nodes as well
* disable [...] syntax for procedure directives if modeswitch "prefixed attributes" is enabled; they conflict otherwise and it's not easily resolveable
+ added test
* use two empty lines between method definitions (no code changes)
* correct identation (no code changes)
* allow custom attributes for all type declarations that are not a simple alias
+ added tests
* don't free the constructor call in trtti_attribute_list as that is already freed in the destructor of trtti_attribute
* free unbound attributes
* check for unbound attributes inside classes (currently they are only allowed for published properties)
Note: no tests yet as sooner or later most will be dropped once extended RTTI is added
* allow use of multiple, comma separated attributes as Delphi allows that as well
+ added test
* adjust error message when attributes are unbound
* regenerate msg*.inc files
fixed the messy state of messages after recent custom attributes merge. fixed a typo, fixed double definition of message 3350, restored a message that was removed but still used, so the build passes at least.
* get rid of the scanner message for attributes for real this time (sometimes I *really* hate Git -.-)
* first bunch of fixes for rtti for arm after attribute commits, fixes mostly alignment issues
- removed maxcrecordalign parameter/field from recordsymtables, as this value
cannot be modified in the settings (so we can directly use the one from
current_settings)
* properly align rtti for orddefs
* fix for Mantis
0023071: also store local symtable in the PPU if the procdef is generic as we need it to resolve genericdefs to nested types
* increase PPU version now that all generic procdefs store their local symtables
* don't reuse defs for attribute lists or individual attributes with parameters, as
they don't have a constant size
o fixes LLVM internalerror 2015122402 for test/tcustomattr{12,13,19}
* search dynamic string data record in correct symtable in
tllvmtai_typedconstbuilder.emit_string_offset
o fixes LLVM internalerror 2014080406 for test/tcustomattr14
* fix for Mantis
0035866: parse_paras does not check whether the expressions are really constant, so check that manually
+ added test
* don't bother finding the correct constructor if the attribute isn't a TCustomAttribute descendant anyway; simply skip the parameters in that case
+ added tests
* more fixes to rtti after attribute branch merging
* fixed field alignment when reusing an anonymous recorddef for LLVM and
the LLVM layout of an instance does not match the original one
(e.g. because it contains procdefs of procedures with different
signatures)
* reverted
0042463, the internalerrors were caused by a bug in the LLVM typed
constant builder
* some runtime errors fixed, if compiled with -CrR
* don't apply user-specified constant alignments to RTTI data
- fixed check for determining whether requesting the size of an array is
an invalid operation after
0042479, as regular arrays can have high=-1
(mantis
0035874, already checked by trange3)
* generate correctly aligned string RTTI, fixes trtti7 on ARM
* fix writing of floating point attribute parameters
+ enable the win16 internal linker if the compiler is compiled with the
WIN16_INTERNAL_LINKER define. Since the win16 internal linker isn't completed
yet, this define is not enabled by default.
* (non-ancient) Delphi versions that accept explicit ordinal -> floating
point typecasts behave the same as FPC (convert the value) rather than
as Turbo Pascal (reinterpret the bit pattern) (mantis
0035886)
* use the size of the generated anonymous record instead of the manual tracked size so that any padding is picked up as well
* set sharedlibext for win16 to '.dll'
+ implemented TNewExeOutput.GenerateLibraryImports, based on the ogcoff implementation
+ fpu_capabilities for arm
* some code converted to use fpu_capabilities
* make stack non executable on arm-linux
* insert FPC_THROWFPUEXCEPTION call into the correct assembler list
+ added an ImportLibraryList property to TOmfObjData
+ added method TOmfObjData.AddImportSymbol, which adds symbols, imported from an
external dll to TOmfObjData.ImportLibraryList (similar to
TInternalLinker.AddImportSymbol)
+ call TOmfObjData.AddImportSymbol for every ImpDef record read from an object file
+ also add and resolve import symbols coming from OMF object modules
+ create a TNewExeSection class
+ split the win16 executable into sections
+ added an TNewExeOutput.Order_ObjSectionList override and sort obj sections by
class name first, then by name, then by initial order
+ write the NewExe header in TNewExeOutput.writeData
* don't crash in TOmfObjSection.MemPosStr if MZExeUnifiedLogicalSegment isn't set
+ added dummy overrides for TInternalLinkerWin16.GetCodeSize, .GetDataSize and
.GetBssSize, because the default ones crash
* fix for Mantis
0035903: apply patch by J. Gareth Moreton to update the copyright year to 2019
* fix for Mantis
0035918: don't set the mangledname for the attribute's constructor function; let the compiler do its job instead
* create NewExe sections, corresponding to 64kb segments
* override MemPos_Start for the NewExe exe output and perform the whole MemPos
stage inside of it, because the linker script contains only dummy section
names and thus none of the sections get their MemPos set, while using the
default implementation
+ add a segment number (MemBasePos) to TNewExeSection
+ introduced TExeSection.MemPosStr - a virtual method for converting the
section's memory position to string for the linker map file. This can be
overriden e.g. for segmented exe formats.
+ added an TNewExeSection.MemPosStr override that outputs a segment:offset string
* combine the data, bss, stack and heap into the same NewExe segment
+ adapted TOmfObjSymbol.AddressStr to show correct segment:offset for NewExe files as well
+ adapted TOmfObjSection.MemPosStr to output segment:offset for NewExe executables
* reset CurrMemPos after each NewExeSection to ensure each segment starts at 0 offset
+ fill the auto data segment number in the NewExe header
+ fill the program entry point address in the NewExe header
+ set the initial SS:SP in the NewExe header
* factored out the conditions under which add nodes need to perform
overflow checks
o in particular ensure that cpu-specific overrides don't perform overflow
checks when nf_internal is set
* an incomplete case statement is not an error in ISO Pascal (mantis
0035910)
* give a compile-time error in ISO/Extended Pascal if the compiler can prove
the case selector value is not handled, and a warning in other modes
(mantis
0035915)
o trigger the case node simplification at the end of the case node typecheck
pass, like for other nodes
Fix internal error by using same code to set checkoverflow variable as in powerpc/nppcadd unit
+ fill the segment table start offset in the NewExe header
+ added the missing NewExe segment attributes as properties to the
TNewExeSection class and create the NewExe segment table into the .exe file.
Not all of the properties are initialized yet, though.
+ initialize the flags for the code and data segments in the NewExe header
+ recognize stack segments and fill the total stack size in the NewExe header
* convert the internal name from IMPDEF records to upper case if the
CaseSensitiveSymbols option is off
+ detect heap sections and fill the local heap size in the NewExe header
m68k/vasm: remove bits of Linux support. this combination has never really been tested or supported, and got broken recently. m68k-elf-linux has good enough GNU binutils anyway
Fix change_endian code to read double and single float data
* Issue file change before line and column change in token writes to allow for better display in ppudump utility
+ write the resource table (empty for now) to NewExe files
+ create the resident name table in the NewExe file writer
+ added constructor to TNewExeResidentNameTableEntry that allows you to
initialize this entry's ordinal number
+ added property that determines the resident name table size in bytes and use
it to fill the offset to the start of the module reference table in NewExe
files
+ fill and write the NewExe imported name table
* small optimization in TNewExeOutput.FillImportedNameTable - only add the
library name once, instead of trying to add it (which causes a look up) for
every imported symbol
+ calculate the table offset of each string in the NewExe imported name table
* strip the '.dll' extension from the library names before adding them to the
NewExe imported name table
* when reading ImpDef records, add '.dll' to the libname if it has no extension,
in order to be consistent with externals, declared in pascal files. The '.dll'
extension will be stripped later, when generating the NewExe file.
+ fill the NewExe module reference table
* fixed wrong typecast in TNewExeImportedNameTable.GetSize
* strip the '.dll' extension from the library name when creating import
libraries as well. This ensures that NewExe binaries, created by the external
linker don't have the '.dll' extension in them.
+ fill the NewExe entry table offset
+ added class for writing the NewExe entry table - not fully implemented yet
+ parse ExpDef OMF records and delegate them to a new method
TOmfObjData.AddExportSymbol (not implemented yet)
+ implemented TOmfObjData.AddExportSymbol - the exported symbols are recorded in
the newly introduced TOmfObjData.ExportedSymbolList
+ assign ordinals to all exported symbols
+ added class TNewExeEntryPoint and methods/properties to TNewExeEntryTable to
make it hold a list of entry points
+ add entry points to the entry table for all exported NewExe symbols
+ write the entry table to the NewExe file
* the resident table entry/table classes renamed "export table", because the
same classes can be used both for the resident and nonresident tables (they
share the same structure)
+ also write the nonresident name table
+ write the module description as the first entry to the nonresident names table
- suppress the warning that the $D directive is not supported on i8086-win16
+ pass the description option to wlink to set the module description string when
using the external linker on the win16 target
+ add all exported by name symbols to the resident or the nonresident name table
+ also copy ResidentName in TOmfObjData.AddExportSymbol
+ enable the ISSHAREDLIBRARY option for the win16 internal linker when creating a dll
+ enable the IsDll flag in the NewExe header when creating dlls with the
internal linker. Also make a SINGLEDATA (instead of MULTIPLEDATA) executable
and entry points in this case.
+ allow creating win16 dlls with the wlink external linker as well
+ added system_i8086_win16 to the supported targets of the i8086 omf internal
assembler/object writer
+ pass the ParmCount parameter from the ExpDef OMF record to the NewExe entry
point
* applied patch by Blaise.ru to reduce code duplication in trecorddef.create_global_internal()
* apply patch by Blaise.ru to pass the record name for an internal record more efficiently
Merge: fc46b6c57c 70a2b0b260
-- ZusammenfĆ¼hren der Unterschiede zwischen Projektarchiv-URLs in Ā».Ā«:
U compiler/i8086/
008086int.inc
U compiler/i8086/
008086nor.inc
U compiler/i8086/
008086rni.inc
U compiler/i8086/
008086std.inc
U compiler/i386/i386prop.inc
U compiler/i386/i386att.inc
U compiler/i386/i386atts.inc
U compiler/i386/i386int.inc
U compiler/i8086/i8086int.inc
U compiler/i8086/i8086op.inc
U compiler/i8086/
008086dwrf.inc
U compiler/i8086/
008086ari.inc
U compiler/i8086/
008086con.inc
U compiler/i8086/
008086nasm.inc
U compiler/i8086/
008086num.inc
U compiler/i8086/
008086stab.inc
U compiler/i386/i386nop.inc
U compiler/i386/i386op.inc
U compiler/i386/i386tab.inc
U compiler/i386/r386ot.inc
U compiler/i386/r386ari.inc
U compiler/i386/r386att.inc
U compiler/i386/r386con.inc
U compiler/i386/r386dwrf.inc
U compiler/i386/r386int.inc
U compiler/i386/r386iri.inc
U compiler/i386/r386nasm.inc
U compiler/i386/r386nor.inc
U compiler/i386/r386nri.inc
U compiler/i386/r386num.inc
U compiler/i386/r386rni.inc
U compiler/i386/r386sri.inc
U compiler/i386/r386stab.inc
U compiler/i386/r386std.inc
U compiler/i8086/i8086prop.inc
U compiler/i8086/i8086att.inc
U compiler/i8086/i8086atts.inc
U compiler/i8086/i8086nop.inc
U compiler/i8086/i8086tab.inc
U compiler/i8086/
008086ot.inc
U compiler/i8086/
008086att.inc
U compiler/i8086/
008086iri.inc
U compiler/i8086/
008086nri.inc
U compiler/i8086/
008086sri.inc
U compiler/x86/agx86int.pas
U compiler/x86/rax86int.pas
U compiler/x86/aasmcpu.pas
U compiler/x86/rax86.pas
U compiler/x86/x86ins.dat
U compiler/x86/agx86att.pas
U compiler/x86/cpubase.pas
U packages/rtl-objpas/src/inc/rtti.pp
U packages/rtl-objpas/tests/tests.rtti.pas
U rtl
U compiler/x86_64/x8664att.inc
U compiler/x86_64/x8664tab.inc
U compiler/x86_64/
008664con.inc
U compiler/x86_64/
008664nasm.inc
U compiler/x86_64/
008664sri.inc
U compiler/aasmtai.pas
U compiler/scanner.pas
U tests/utils/avx/readme.txt
U compiler/x86_64/x8664ats.inc
U compiler/x86_64/x8664op.inc
U compiler/x86_64/
008664att.inc
U compiler/x86_64/
008664iri.inc
U compiler/x86_64/
008664rni.inc
U compiler/pp.lpi
U compiler/msgtxt.inc
U compiler/ppcx64.lpi
U compiler/x86_64/x8664pro.inc
U compiler/x86_64/x8664nop.inc
U compiler/x86_64/
008664ari.inc
U compiler/x86_64/
008664int.inc
U compiler/x86_64/
008664num.inc
U compiler/x86_64/
008664std.inc
U compiler/msgidx.inc
U compiler/utils/mkx86ins.pp
U compiler/x86/x86reg.dat
D compiler/x86/cx86innr.inc
U compiler/x86_64/x8664int.inc
U compiler/x86_64/
008664ot.inc
U compiler/x86_64/
008664dwrf.inc
U compiler/x86_64/
008664nor.inc
U compiler/x86_64/
008664stab.inc
U compiler/msg/errore.msg
U compiler/utils/mkx86reg.pp
U tests/utils/avx/asmtestgenerator.pas
U tests/utils/avx/options.pas
U tests/utils/avx/avxtestgenerator.pp
U tests/test/units/character/tissurrogatepair2.pp
U tests/test/units/character/tissurrogatepair.pp
U tests/utils/avx/avxopcodes.pas
U .
-- Aufzeichnung der Informationen fĆ¼r ZusammenfĆ¼hrung zwischen Projektarchiv-URLs in Ā».Ā«:
U .
U packages/rtl-objpas/src/inc/rtti.pp
U packages/rtl-objpas/tests/tests.rtti.pas
U rtl
* compilation on i386 fixed
* intel asm reader: try to read avx512 extensions only if the instruction supports them
* cleanup
- don't create a heap segment for win16
* fixed quoting of the "description" wlink option on Windows
* limit the heapsize to 65520 bytes on win16 (the $M directive in win16 only
sets the size of the "local heap", which is limited to a single segment. The
actual heap in the large memory model is the "global heap", which doesn't have
a set limit, but grows with the memory allocated)
+ fill MinAllocSize in the NewExe segment table
+ fill SizeInFile properly in the NewExe segment table
* fix detection of floating point constants for arm
* fix return registers for hfa's containing singles
* enable TCpuAsmOptimizer.RemoveSuperfluousVMov for VLDR
* fixed TCpuAsmOptimizer.RemoveSuperfluousVMov to be actually applied
Merge: 416c974d3f ad791e8e34
-- ZusammenfĆ¼hren von
0042652 bis
0042673 in Ā».Ā«:
U compiler/x86/aasmcpu.pas
-- Aufzeichnung der Informationen fĆ¼r ZusammenfĆ¼hrung von
0042652 bis
0042673 in Ā».Ā«:
U .
* compilation on i386-linux fixed
* fix BccB2Cond optimization on arm
+ added class, representing a NewExe relocation entry
* reworked arm vfp capability handling to use fpu_capabilites
+ create defines with FPU capabilites
+ make use of FPU capability defines in the rtl
+ basic Neon support in the assembler writer
+ make use of VEOR if possible to clear VFP registers
* building with -Cfvfpv2 hopefully fixed
* forgotten part of previous commit: fix BccB2Cond optimization on arm
* fix tarminlinenode.first_sqrt_real
+ added and implemented method TNewExeRelocation.EncodeTo
* fixed compilation with -Sew
+ added constant NewExeRelocationRecordSize
* fix building for targets with no vfp support
* ensure that aprocdef is initialized to Nil to catch problems with compare_defs_ext() easier
+ x86 makes use of fpu_capabilities
* moved CPUX86_HAS_AVXUNIT to FPUX86_HAS_AVXUNIT
+ mm register allocator can be initialized with 32 mm registers of AVX512
Avoid error with -CR option in tobjectdef.vmt_def method
o overhaul-base.patch by J. Gareth Moreton, base for further patches
+ some inline directives added
+ some functions exported from units
Merge: 9230ae5aab a5e158f8d6
-- ZusammenfĆ¼hren von
0042706 bis
0042724 in Ā».Ā«:
U tests/utils/avx/avxopcodes.pas
U compiler/x86/aasmcpu.pas
U compiler/x86/rax86.pas
-- Aufzeichnung der Informationen fĆ¼r ZusammenfĆ¼hrung von
0042706 bis
0042724 in Ā».Ā«:
U .
* fix RemoveSuperfluousVMov if the VMov destination reg is an integer register, resolved
0035978
+ VMovVMov2VMov optimization
* factored out inlinenode check whether it may have a side effect
o also added register assert as having a side-effect (if asserts are
enabled)
m68k: fpu capabilities support
Avoid range check error for avr/i8086 CPU by changing local variable dist type to asizeuint
+ added and implemented the TNewExeRelocationList class
+ added a getter for the NewExeSegmentFlags property, that returns the
nesfHasRelocationData flag according to whether the Relocations list is
non-empty
m68k: added more cpu capabilities. changed the CG at a few places to actually use them
m68k: rework of the inline nodes to use fpu_capabilities. added fast path for round/trunc (enabled for fastmath only)
* support unique copies of currencies which are handles by torddef, resolves
0036013
+ FMA support for aaarch64
+ AArch64: support for vX.8b/vX.16b register names
+ support for more than 256 registers in the register dat files
- removed totherregisterset
+ AArch64: use vmov to load immediates if possible
+ AArch64: use eor to clear mm registers
+ small command line tool for quick creating of vfp register list in a64reg.dat
somehow committing went wrong, second part of last commit:
+ AArch64: support for vX.8b/vX.16b register names
+ support for more than 256 registers in the register dat files
- removed totherregisterset
+ AArch64: use vmov to load immediates if possible
+ AArch64: use eor to clear mm registers
* another missing part of
0042916 ...
* avoid that -0.0 is handled by the eor optimization
m68k: try to optimize realconst operands into B/W/L sized integer operands. these are shorter to encode - which almost always means faster on m68k
+ AArch64: FoldShiftProcess optimization
m68k: refactoring to use fpu_capabilities at more places instead of hardwiring certain fpu types
m68k: refactor some code to not fail when the tasmop set will be bigger than 256 elements
m68k: added the most important FPU instructions with explicit rounding precision (eg. FSADD/FDADD)
m68k: added the remaining instructions with explicit rounding precision. fixed fsflmul to be fsglmul (this is also typo in the original 68k PRM)
m68k: more refactoring for fpu_capabilities instead of hardwired fpu types. 68040 and 68060 fpu types should now work
Suppress range check/invalid typecast errors when compiling with -CriotR option
m68k: added some handling for the explicit precision FPU instructions in the spilling and optimizer. fixed a_fsabs and a_fdabs names
m68k: make sure we're not trying to allocate a subregister for float paras when R_SUBWHOLE <> R_SUBNONE
m68k: use cpu_capabilities when deciding to inject scaling into a ref. also allow scaling in more cases.
m68k: cleanup of the ancient mess from cgsize2subreg
+ AArch64: CMPB.E/NE2CBNZ/CBZ optimization
+ AArch64: implemented TCpuAsmOptimizer.OptPass1Data
+ AArch64: FoldShiftProcess fixed
m68k: added CPUM68K_HAS_BYTEWORDMATH and CPUM68K_HAS_INDEXWORD capabilities
m68k: build fix (premature commits are the root of all evil too)
* support taking the address of labels defined in assembler blocks in the
LLVM code genrator (for the rtti unit's thunk hacking)
* different definitions for the same Objective-C class (can happen with
external class declarations) need a type conversion in LLVM (because
they're represented by different LLVM types)
+ AAarch64: TCpuAsmOptimizer.OptPass1Shift makes use of RemoveSuperfluousMove
+ AArch64: implementation of taarch64casenode.genlinearlist
* document how tgotonode/tlabelnode copying works
* fixed loading the address of a copied labelnode in a loadnode
(mantis
0035877)
* fix potential crash with copied goto nodes on nestedparentfp platforms
o as described in the comment for the tgotonode.labsym field, it will
be null for copied gotonodes
* changed resulttype and firstpass processing from recursion into loop, based
on patch/idea by J. Gareth Moreton (as part of his patch in
0035857)
* fixed occasional rounding error with currency constants on the LLVM targets
(fixes test/tcustomattr13.pp)
+ add "thunk" attribute for stubs/thunks and emit it for LLVM
- also removed wrong "noreturn" attribute for interface thunks generated
for high level code generator targets
* cutils.pas (size_2_align): Move to..
globals.pas (size_2_align): ...here.
Change parameter type to asizeuint to avoid overflows.
(var_align_size, const_align_size): Also change parameter type to asizeuint.
i386/cpupara.pas, i8086/cpupara.pas, x86_64/cpupara.pas: Add globals
to implementation uses clause because of size_2_align move.
* assemble.pas (TInternalAssembler.TreePass0): Avoid range/overflow check error.
(TInternalAssembler.TreePass2): Check that objsymend and objsym are in same section
and avoid range/overflow check error.
m68k: add subregisters. on 68k, these are not as universal as on x86 and work differently, but the compiler needs this infrastructure to do 16bit math (which is a massive improvement on '000) or word-size indexes on CPUs which support it
m68k: allow vecnode to use word size index registers
m68k: also handle OS_64 register sizes in cgsize2subreg
* try to avoid to use pic based calls
* if we load a got depends only if one is needed, not if PIC is generated as this could be also caused by tls support
+ x86-64: implemented support for relocation needed by tls threadvars in the binary elf writer
* we have to use __tls_get_addr from the dyn. linker lib else tls on programs with pure pascal dyn. libraries fail
+ support tls threadvars with the internal assembler
+ command line switch -CV to select the threadvar model for section threadvars
* section thread vars need to be access with the symbol type AT_TLS
* loading a got depends only on the fact if a got is needed and not if pic shall be generated
* the general section threadvar model needs a got but pic is not required
* be able to set an AT_* for datablocks
* set AT_TLS if needed
* fix LLVM compilation after
0043076
* add "readonly" attribute for constant pointer parameters on LLVM
* finally implement tdynamicarray.equal so that exact match comdat sections work as well
* disable the use of C-operators inside the compiler's sources
* renamed tls model switches and symbols to match gcc
+ new relocations for arm tls
+ tls models tlsm_general_dynamic and tlsm_local_exec for arm
* it must be decided in g_maybe_tls_init if a tls is loaded
+ support for the gnu2 general-dynamic tls model on arm, use it instead of the gnu one as the gnu2 one can be relaxed (access optimizations by the linker)
+ support pic relocations in the internal assembler writer
* it must be decided in allocate_tls_register if a tls register is allocated
* general-dynamic -> global-dynamic
* arm-linux uses dwarf debug info by default
+ dwarf support for tls threadvars
* several linux targets switches from stabs to dwarf
+ support for arm attributes
* abi notes fixed
* compilation of x86 and PowerPC fixed
* reduce amount of software floating point exception checking, VSTR, VMOV, VLDR do not raise those
* moved array stride back to array entry (mantis
0036144)
* fixed peephole opitimizer removing some infinite loops (mantis
0036139)
+ x86: LeaLea2Lea optimization
+ LeaCallLeaRet2Jmp optimization
+ makefiles use -Sew, so added to the project as well
* updated for new format
* fix Dwarf 3 array location broken in
0043171 (fix by Martin Friebe,
mantis
0036144)
* don't try to bitpack arrays of non-ordinals (mantis
0036157)
* give an error if an explicit enumeration valid exceeds the valid range, resolves
0034633
Fix parsing error in GNU linker script, KEEP needs braces
* i386: with a fixed stack, exception handling does not need a frame pointer
* change TObjData.sectiontype2options to a class function so that it can be called without an instance of TObjData
+ add a method to TObjData to retrieve the TSectionProcBits and TSectionFlags values for a given section type
* fix for Mantis
0036174: correctly initialize secprocbits and secflags given the section type
* generate better code for length(
)=0, resolves 0036060
* fixed compilation for Darwin and AIX after addition of section attributes
* optimizing length()=0 is not possible for jvm
* fixed i8086 compilation after
0043265
Merge: 5bfebeea4e 99d44ce40e
-- ZusammenfĆ¼hren von
0042725 bis
0043306 in Ā».Ā«:
A tests/webtbs/tw32219.pp
U tests/utils/avx/avxopcodes.pas
U tests/utils/avx/asmtestgenerator.pas
U compiler/i386/i386tab.inc
U compiler/i386/i386nop.inc
U compiler/i8086/i8086tab.inc
U compiler/i8086/i8086nop.inc
U compiler/x86_64/x8664tab.inc
U compiler/x86_64/x8664nop.inc
U compiler/x86/aasmcpu.pas
U compiler/x86/x86ins.dat
U compiler/x86/rax86.pas
-- Aufzeichnung der Informationen fĆ¼r ZusammenfĆ¼hrung von
0042706 bis
0043306 in Ā».Ā«:
U .
Fix compilation error for i8086 cpu target
Change parent class of trv32aatreader to trvattreader
+ include -Avasm into the help screen
morphos: in SDK 3.14, the binutils is finally upgraded to 2.32 (from 2.9.1), which makes section smartlinking working with binutils, and also has finally properly working stabs relocations for lineinfo, etc. so it's the default again both cross and native compilations
* more precise estimation of subscript node complexity
* load nodes for variables in registers do not generated instructions, so their complexity is zero
* clean up TX86AsmOptimizer.OptPass1MOV
* optimize TAOptBase.SuperRegistersEqual
+ MovMov2Mov 6 and MovMov2Mov 7 optimization
* fix length(
)=0 optimization, resolves 0036215
* also type casts to booleans benefit if unneeded type widenings are removed
* fix compilation on PE/COFF based systems with GNU AS as there the progbits are not supported
* fix for Mantis
0036223: when parsing a helper type its extendeddef might be Nil
+ added test
* avr: apply LdiOp2Opi optimization also to and and sub
+ add a Flush method to TExeMap which is useful when debugging internal errors or crashes where the exemap instance has not yet been destroyed
* allow cmov with memory reference if it is a pure symbol or a rip relative symbol: as the symbol is
allocated within the image of the program, this should never cause a seg. fault, so it is save
to use cmov with it
* unified TX86AsmOptimizer.OptPass1MOVAP and TX86AsmOptimizer.OptPass1VMOVAP
* CallRet2Jmp works with PIC
* more aggressive LeaCallLeaRet2Jmp
Avoid warnings for m68k compiler
* replaced tentryfile.get/putsmall/normalset() with a common tget/putset
that expects an open array of byte, and use it for all sets
o since all sets need to be typecasted to an array type of the appropriate
size, we'll get a compilation error in case this needs to be done and
that also tells us at the same time that the ppu version will need to
be increased
* enabled {$packset 1} for the compiler, as this is now safe with the above
changes
* do not allocate an extra register for some integer operations if not needed
* removed accidently committed debug statement
* update generic linker script
* do not write section flags/progbits for .data, .rodata .data.norel as the compiler will ignore them anyways and warn about it
* parameters declared as out must be initialized
* fixed default value for progbits
+ MIPS: take care of setnoat
* read more types of references properly
* patch by J. Gareth Moreton, issue
0036271, part 1: general rework of the jump optimizer
* patch by J. Gareth Moreton, issue
0036271, part 2: x86 specific rework of the jump optimizer
* patch by J. Gareth Moreton, issue
0036271, part 3: support for the other architectures
Merge: e1e8986462 47bb71efc4
-- ZusammenfĆ¼hren von
0043307 bis
0043443 in Ā».Ā«:
D tests/webtbs/tw32219.pp
U compiler/i386/i386att.inc
U compiler/i386/i386atts.inc
U compiler/i386/i386int.inc
U compiler/i386/i386nop.inc
U compiler/i386/i386op.inc
U compiler/i386/i386prop.inc
U compiler/i386/i386tab.inc
U compiler/i8086/i8086att.inc
U compiler/i8086/i8086atts.inc
U compiler/i8086/i8086int.inc
U compiler/i8086/i8086nop.inc
U compiler/i8086/i8086op.inc
U compiler/i8086/i8086prop.inc
U compiler/i8086/i8086tab.inc
U compiler/x86/x86ins.dat
U compiler/x86_64/x8664ats.inc
U compiler/x86_64/x8664att.inc
U compiler/x86_64/x8664int.inc
U compiler/x86_64/x8664nop.inc
U compiler/x86_64/x8664op.inc
U compiler/x86_64/x8664pro.inc
U compiler/x86_64/x8664tab.inc
U tests/utils/avx/avxopcodes.pas
-- Aufzeichnung der Informationen fĆ¼r ZusammenfĆ¼hrung von
0042706 bis
0043443 in Ā».Ā«:
U .
* swapped decrefs and StripLabelFast as proposed by Gareth on the mailing list
* fix and improve MovImul2Imul: we cannot insert the move target into imul if the imul is 64 bit and the mov 32 bit as
we cannot ensure that the upper 32 bits of the move target are really clear
* load left properly into a register in tx86addnode.second_addordinal, resolves
0036287
* packed tabstractvarsym.addr_taken/different_scope fields into a set
* patch by J. Gareth Moreton to clean up TX86AsmOptimizer.OptPass2Jcc, resolves
0036295
* improve ShlAddLeaSubIncDec2Lea to take care of foldable LEAs
* patch by J. Gareth Moreton: fix compilation with debug info after
0043441 and friends, resolves
0036299
+ LeaOp2Op optimization
* replaced some manual removels of p by RemoveCurrentP calls
+ added comments for LeaOp2Op
* be carefully with references using RIP when doing LeaOp2Op optimizations
* check in the internal assembler for references with incorrect use of RIP
+ test
* do not remove cfi_endproc after jmps
+ separate JUMP_DEBUG define
* i386 does not use anymore its own assembler optimizer loops
* i386: more clean up of TCPUAsmOPtimizer.PeepHoleOptPass1Cpu
* patch by J. Gareth Moreton: fix building for armv6m after
0043441
* disable condition jump optimization on MIPS for now for the time being
* optimization Move removed 4 fixed
* fix usage of ppumove generated shared libraries
* values passed to const parameters are not limited to registers and constants
* relax conditions in tcallnode.optimize_funcret_assignment, resolves
0036279
* MM registers which might not be changed can be still used in 3 op mathematical operations as source
Fix invalid typecast revealed by -CriotR by changing order of terms in boolean expression
o patch by J. Gareth Moreton:
* fix jump optimizer for MIPS(EL).
+ New method called "MakeUnconditional" introduced that can do platform-specific changes
* do not generate conditional jump with full references
+ more assembler optimizer output
+ patch by J. Gareth Moreton: new method TAOptObj.CanDoJumpOpts and arm specific implementation
* write assembler optimizer messages into output file if DEBUG_AOPTOBJ is set
Use same entered_paren local variable as 64-bit counterpart and fix register names
Fixes by Gareth Moreton for problems exposed by use of -CriotR option
* make use of RemoveCurrentP
* also generate indirect symbols for AB_PRIVATE_EXTERN symbols as these might be used from a unit in another package due to inlining
* ensure that nothing assembly related is generated for generics when a typed constant (this also includes local variable initializations) are parsed
* restore localswitch settings after the initialization and finalization code was generated
* reference FPC_ABSMASK_SINGLE/-DOUBLE using the indirect symbol if required for dynamic packages
* register constant symbols
* symbols called by g_call might need to be imported from dynamic packages as well
* check the localswitches of the node instead of the global ones
* correctly check for the system unit
* ensure that generic symbols are not tried to be exported
* when creating the static field of a generic, insert it into the generic instead of the global symtable as it isn't really used anyway
* the VMT of the exception class needs to be referenced indirectly
* keep track of static symbols that a global function references, as those must now be exported from a dynamic package as well if the function can potentially be inlined
* the symbol of the interface wrapper function needs to be considered as referenced as well
+ add a description for the link_e_comdat_selection_differs message
+ add error messages for undefined symbols (both with a known object file and without)
* regenerate msg*.inc files after adding new error messages for undefined symbols
* use translateable error messages for undefined symbols and also report in which object file the symbol was first found
* fix condition for including a unit's object files or not when compiling with packages
* use a different name for the packages' entry point and use _DLLMainCRTStartup as an alias to avoid problems with the C-prefix
* ensure that the required functions are referenced for Win32 SEH for packages as well
Patch by Gareth Moreton.
* TAOptObj.CollapseZeroDistJump: Change hp1 to local variable,
initialized as p.next, to avoid problems of dangling pointers
revealed by use of "-CriotR -O2" compilation arguments.
Use correct macro to for 64-bit riscv CPU
Minimalist change to avoid Invalid Typecast error on class when compiled with '-CriotR -O2' for i386-go32v2 target
o patch by J. Gareth Moreton, resolves
0036352:
* The supplied patch cleans up some vestigial code from the i386 peephole
optimizer that has since been superseded by the jump optimisations over
at
0036271.
* The PrePeepholeOptsCPU method has had a minor restructuring to better
handle the rare case where InsContainsSegRef() returns True and
p becomes something that is no longer an instruction (it ultimately
removes a conditonal check and some overhead from repeated function calls).
* factored out TX86AsmOptimizer.OptPass1Cmp
* fixed it
* activated it for x86-64
- removed code not used for years
* more RemoveCurrentP usage
+ optimize integer expressions like 2*x*4; which were not found by the node simplifier yet
* cleaned up safecall support: use a hidden localvarsym instead of result
register hacking
o this also allowed fixing/adding safecall support for LLVM
o patch by J. Gareth Moreton:
* adds an extra optimisation to "PostPeepholeOptMov" in compiler/x86/aoptx86.pas:
If the instruction "MOV REG, -1" (Intel notation) is found, where REG is either
a 32- or 64-bit register, it is changed to "OR REG, -1" instead.
The effect is the same and takes exactly the same speed to execute, but the encoding is much smaller.
As it cause false data dependencies, it is only applied in -Os mode
For 16-bit registers, only AX is optimised this way because it has its own encoding for OR that takes fewer bytes.
* fixed safecall for non-LLVM after
0043578
* fix Linux/i386 and Win32 after
0043578
* treat a missing genericdef with no symname set as an internal error
- the error recovery handling is no longer required
* warn only in delphi mode if an explicit enumeration value exceeds the range, relaxes
0043191
o patch by J. Gareth Moreton, resolves
0036355
+ This patch serves to extend the JMP -> RET optimisation in OptPass2JMP by also doing the same
for JMP -> MOV/RET, since there are often cases where the result (e.g. EAX) is set just
prior to the function exiting.
* RemoveDeadCodeAfterJump will now drop out if it detects SEH information -
this stops exception information from being stripped if it is called on the final RET instruction.
o patch by J. Gareth Moreton, seeks to improve maintainability, safety and efficiency
in the peephole optimizer by slightly modifying some function headers based
on their intended purpose, resolves
0036353
* Non-virtual methods and class methods that don't need to access any fields from
the current object are now static methods, thus removing the hidden "Self"
parameter and reducing overhead. This includes a large number of
frequently-used functions such as SkipEntryExitMarker and SuperRegistersEqual.
* GetNextInstruction, GetLastInstruction, SkipEntryExitMarker and
SkipLabels have had their 'var' parameter changed to an 'out' parameter because
they shouldn't depend on its input value. This will cause the compiler to throw warnings
if you start using the value without initialising it first, and may open up optimisation
opportunities in the future (e.g. storing written values in a temporary register
and only writing it to the actual variable when the routine exits).
* do not convert cmp 0,... into test ...,... before the post pass of the peephole optimizer
as this conversion might result in missing further optimizer opportunities
Also accept -a5 for older binutils for mips and mpisel cpus
Add '.module nomips16' at assembly entry for mips/mipsel unless -a5 option is used
Fix trv32notnode, by using same code as for riscv64 CPU
Change parameter type to tcgint for is_imm12 and is_lui_imm functions to avoid range check errors
* unified internalerror, resolves
0036378
* patch by J. Gareth Moreton: x86 implementation of RegModifiedByInstruction, resolves
0036376
* better error recovery, resolves
0036377
Add explicit smallint typecast to first marameter of SarSmallint call to avoid range check errors
Comparison nodes are always in LOC_REGISTER, never in LOC_JUMP for riscv32 or riscv64 CPUs
* use tdef.unique_id_str to generate the unique internal name for anonymous record defs as using the count of the deflist is no longer correct
* adapt register if the size of the paraloc and the register differ, resolves
0034409
* simplified and improved TX86AsmOptimizer.RegModifiedByInstruction
+ add a method to tdef to initialize the defid from within a constructor
* initialize the defid in trecorddef.create_global_internal as unique_id_str needs it
* apply (adjusted) patch by Blaise.ru: vmtentries is always created since 2008, so treat it as such (also fixes a memory leak in tobjectdef.getcopy)
* apply patch by Blaise.ru to remove last remnants of VMT regeneration which is no longer needed/used
* better error recovery, resolves
0036397
* check in CheckLive* if a register allocator is initialized for a certain register type
o patch by J. Gareth Moreton, resolves
0036371:
* This patch makes some minor improvements to the cross-platform code that deals with jump optimisations.
More specifically, it attempts to do more in a single pass which has the nice side-effect of
fixing a couple of minor mistakes (in some situations, it would erroneously remove an alignment entry).
- Most improvements are with dealing with Jcc/JMP pairs and their equivalents on other platforms, by
collapsing label clusters and stripping dead code as soon as it has enough information to do so, and being
more intelligent before calling Continue to see if another optimisation can be performed in the same sitting.
- RemoveDeadCodeAfterJump is now a function that returns True if a jump was found among the dead code,
thus allowing the ability to flag the peephole optimizer for another iteration of Pass 1 - the
destination label may have appeared earlier in the code and become dead as a result of the removal
of the jump, thus opening up new optimisations with instructions that sat either side of the label.
- Preliminary tests show that it does sometimes reduce the number of passes required to optimise a subroutine
under -O3.
* fix J. Gareth Moreton to resolve
0036389
* Remove duplicate ibextraheader handling.
* Move SymAnsiStr boolean setting inside parseextraheader function.
* Only accept same CurrentPPULongVersion in parseextraheader function.
* TVMTBuilder.build_interface_mappings does not need to be public (based on patch by Blaise.ru)
* move the common sequence to build a VMT for an objectdef into a separate procedure (based on a patch by Blaise.ru)
* clear up file comment (based on patch by Blaise.ru)
* more correct method names (based on patch by Blaise.ru)
* fix number of last parser_* message entry
* use value_real rather than value_curency when writing currency
realconstnodes (fixes tcurrency1, tw33439 and tw36179 with LLVM)
o we need to load the fpu representation of the currency values,
not the scaled currency value
- removed LLVM support for clang < 7.0 and Xcode < 10.0: those versions
contain various bugs and can't even complete "make all", so there is no
point in keeping them
o changed default LLVM target version to 7.0
* regenerate msg*.inc files after adding a new error message related to C blocks
+ recognise LLVM 9.0 (no changes needed compared to LLVM 8.0)
* patch by J. Gareth Moreton to fix an ie 2018061400 on darwin
* in PeepHoleOptPass1Cpu when an instruction contains a segment, don't replace the current instruction with the next, cause then we get an infinite loop when compiling on Win32 with -dTEST_WIN32_SEH -O4
+ MULX instruction
* change information for RORX corrected
+ make use of mulx instruction, if available
* patch by Bart Broersma to allow to declare "LongInt = AnsiString" comparison
operator in non-macpas modes, resolves
0029460
* do not crash when an unsupported code page is encountered, resolves
0035581
* optimize case statements with a single branch into if statements (ord const only)
* last commit was not complete/earlier version committed
* common naming for fpu_none string
+ tf_init_final_units_by_calls
* arm-embedded generates direct calls for unit init/final now as well
* renamed getintparaloc to getcgtempparaloc
o it can be used for more than integer parameters
* support for marking arraydefs as vectors
* LLVM support for writing vector types
* fix paraloc def for vectors with vectorcall calling convention (was a single
element instead of a vector)
* fixed writing of calling convention for function declarations/definitions
in LLVM
* added is_normal_fieldvarsym() helper and use it
o fixes several places where there was a check whether something is a
fieldvarsym, but not whether it's an instance rather than a class field
* increase support for multilib binutils for RISC V by passing the ABI to the assembler
* increase support for multilib binutils for RISC V by passing the correct ABI to the linker
* correctly handle local reference in the RISC V assembler readers (both 32 and 64 bit)
* when copying goto nodes take care if the label node is part of the copied tree
or not, resolves
0035820
* write a proper error message if
/ is encountered while no
floating point support is available, resolves 0032006
* use 64 bit code page in tppcshlshrnode.pass_generate_code for all 64 bit types,
resolves
0033582
* correctly handle reading of class/object pointers in combination with @, resolves
0026326
+ support for LLVM metadata constant string parameters
o they are implemented as a new metadata register class, whereby the
subregister indicates the metadata type (currently always a string)
and the superregister is an index in the metadata array (which
contains the strings). LLVM metadata can only be passed as parameters
to intrinsics in bitcode, so moves of metadata into other registers
triggers internal errors and when moving them into parameters, we
replace the parameter's register with the metadata register (and look
up the corresponding string when writing out the bitcode)
* support nf_internal to ignore currency conversion adjustments also on
platforms that implement currency using a floating point type
* record whether a function uses fastmath, and define the function as
strictfp if it doesn't (so LLVM doesn't perform transformations that can
change the fp/exception behaviour)
* use constrained LLVM fp intrinsics for add/sub/mul/slash/fma/sqrt
operations when fastmath is not enabled
* use LLVM constrained fpext/fptrunc intrinsics when fastmath is not enabled
for accurate exception behaviour
* fix LLVM code generator after
0043808
o share the high/length code for LLVM rather than duplicating it, since
LLVM will optimize away the minor inefficiencies
o removed temp reference in the old code, as it was useless (it doesn't
prevent spilling to get to an SSA representation since the same
register is written at least twice in all cases)
* set default target iOS/iPhoneSim version to 9.0 so we no longer depend
on crt.o existing, which is not shipped with the current SDKs anymore
* unified loadnf_load_self_pointer into loadnf_load_addr
+ var parameters are now allowed when doing tail recursion optimziation, resolves
0032811
-- ZusammenfĆ¼hren von
0031198 in Ā».Ā«:
C compiler/arm/aasmcpu.pas
U compiler/arm/aoptcpu.pas
-- Aufzeichnung der Informationen fĆ¼r ZusammenfĆ¼hrung von
0031198 in Ā».Ā«:
U .
* the llvm.experimental.constrained.fpext intrinsic doesn't have a rounding
mode parameter
* support for constrained sitofp/uitofp with (the upcoming) LLVM 10.0
(fixes most of test/units/math/troundm, although there's still an LLVM
optimizer/code generation bug that breaks some qword -> double
conversions)
* use maytrap instead of strict FP exception behaviour in LLVM, so constant
propagation is still allowed
* fixed missing sign extension when adding a signed integer variable with
size < sizeof(pointer) to a pointer for LLVM (fixes tfmtbcd)
* fixed (harmless) wrong typecast
* fixed TAOptBase.SkipEntryExitMarker() not initialising out parameter in
all cases (patch by J. Gareth Moreton, mantis
0036372)
* Add riscv-embedded to targets that don't support non-constant leb128's.
* triggered by
0036505, removed CmpJxxDecJmp2SubJcc optimization as it was wrong anyways
* look further forward in TX86AsmOptimizer.OptPass1_V_MOVAP
* x86: avoid to put variables into registers if they are handled by the x87-FPU
+ MovMovMov2XChg optimization by J. Gareth Moreton
* copy fpu parameters using fld/fst onto the stack
* fixes TX86AsmOptimizer.OptPass1_V_MOVAP after
0043855
* avoid invalid type cast
* let the operation do the type conversion for x87 floating point operations
* Fixed safecall on win32 with -Ooregvar by making sure that $safecallresult
is never stored in a register.
+ infrastructure to profile different stages of the compiler
* missing part of last commit
* fix X86AsmOptimizer.RegModifiedByInstruction for VMOVSS/VMOVSD/IMUL
o patch by J. Gareth Moreton:
* applies some optimisations to OptPass1MOV. Repeated checks to the "GetNextInstruction_p Boolean"
variable are factored out, since all of the optimisations bar the first one require a
succeeding instruction.
* add forgotten exits, fixes
0043874
* do prefetching correctly
* more prefetching inserted
* unnecessary/wrong UpdateUsedRegs removed
* fixed for targets where currency is implemented via int64 after
0043829
* AArch64: fixed parameter defs for smallsets passed in registers whose size
is not a power of two
* handle non-smallset sets in registers in LLVM like arrays and records
* constrained sitofp is not yet supported in LLVM for all targets
* LLVM/AArch64: don't perform the parameter location extension workarounds
for LLVM, as that results in LLVM assuming exactly the opposite of
what's intended (namely that the extended locations contain valid
rather than invalid bits)
* accept locals replaced by symbols in inline assembly by the LLVM code
generator in the AArch64 assembler writer
* explicitly emit a sub instruction in tx86inlinenode.second_high, resolves
0036530
+ CalcUseSum: calculates a sum of all use sets of the current node and its children
* renamed sum -> defsum to avoid confusion with usesum
* factored out tcgprocinfo.OptimizeNodeTree
* moved conversion of for into while loops in a separate pass, so node optimizations on the node tree can be
carried out without losing information from for loops
* some fixes to loop strength reduction
* more fixes for loop strength reduction
* patch by J. Gareth Moreton: EAX -> EDX:EAX sign extension shortcuts, and MOVSX shortcuts for AX register, part 1 of
0036551
* patch by J. Gareth Moreton: EAX -> EDX:EAX sign extension shortcuts, and MOVSX shortcuts for AX register, part 2 of
0036551
* patch by J. Gareth Moreton: Some cleaning up of OptPass2JMP and OptPass2MOV, resolves
0036553
* compilation on i386 fixed
* ensure the rtl and the packages for embedded compile with features exceptions and classes disabled
- Handle jump optimizations on RISC-V
- RISC-V: Share optimizations between 32 and 64-bit.
- RISC-V: Add controller types for common RV32 MCUs.
- Adds initial controller units for these MCUs.
Code contributed by Michael Ring
* first part of merging parts of Jeppe's intrinsics patch, mainly
0031135
is merged by this commit with a lot of adaptions
* voidcodepointertype => voidpointertype as suggested by Pierre
* do for-loop unrolling after for-loop simplification, resolves
0036589
* patch by J. Gareth Moreton: get rid of another pass through the assembler list by integrating OptReferences
into the post optimizer pass
+ insert alignments after break/goto/exit/continue jmp instructions, if it is
superfluous, the assembler optimizer will take care of it
* enable tail recursion optimization also for const and constref open arrays
+ added test
* also allow by-value open array parameters for the tail recursion optimization
* adjusted test
* fix for
0032352: a unit does not need to be re-deref'ed if it just had been recompiled
* patch by Robert Roland to support the RaspberryPi 2 as a bare metal embedded target, resolves
0035236
* take care of m_duplicate_names when checking for duplicate locals, resolves
0033221
* patch by J. Gareth Moreton: x86 CMP/TEST/Jcc optimisations, resolves
0036624
* patch by J. Gareth Moreton: x86 SUB and LEA optimisations, resolves
0036622
* avoid internalerror for dec/inc(...,v) with v>high(int64), resolves
0035298
* do_loopvar_at_end is not possible if the loop counter would overflow with
the last iteration
* last commit fixing calculation of do_loopvar_at_end was not complete,
hopefully finally fixed
* take care of for loop counter read after loop
+ in some language modes the loop counter is undefined after the loop by language definition
* do not throw a warning about unreachable code if the responsible node was generated internally
*
0042239 broke the tw13948b test for aarch64. Fixed this and improved the test.
* Removed lot of unused local vars. It is useful to turn on the notes in options. :)
* Removed inline since it is not supported with open array parameters.
* improve LeaLea2Lea optimization
* fix internalerror if adding the object info for LLVM requires creating new defs
* disable cs_opt_regvar on all platforms when compiled for LLVM (LLVM does
that itself, our LLVM code generator can't handle it, and if it did then
afterwards we would have to spill 90% of those register variables again
to make them SSA)
* use same Windows platform name as clang
* never inline routines that call get_frame (otherwise get_frame would return
the frame of the caller rather than of the current routine, which could
cause e.g. stackframes to be missed in RTL helpers that are known to be
only called from run time error routines)
+ new pio_inline_forbidden flag to indicate that while parsing the
implementation the compiler determined the routine must never be
inlined
o difference with po_noinline: can also be set in the implementation
o difference with pio_inline_not_possible: it indicates that e.g.
LLVM must not inline the routine either
* safecall support is meanwhile generic, so enabled for all linux targets
* might_have_sideeffects takes care of absolute
* when optimizing boolean expressions, might_have_sideeffects is only relevant if the expression would be optimized away
+ might_have_sideeffects takes care of vo_volatile now (it is not exposed yet)
* patch by J. Gareth Moreton: x86 "OptPass1MOV" improvements - Part 2, resolves
0036608
* armhf/armel aligns sections to 16 byte, so allow a maximum c alignment of 16
* fixes copying of tcgpara
* fix PowerPC compilation
* patch by J. Gareth Moreton, avoid illegal MovAdd2Lea and MovSub2Lea optimziations, resolves
0036630
* added information about -M allowing to specify modeswitches
* patch by J. Gareth Moreton: CMOV extensions: frame/stack pointer relative references are always valid, resolves
0036675
* patch by J. Gareth Moreton: conditional Jump Inversion stoploop variable, resolves
0036680
Modify code to avoid error when compiling with -CriotR option
* patch by J. Gareth Moreton: deadstore removal improvement, resolves
0036669
* Fixed
0043577 for cases when the size of the new result of a simplified node after typecheckpass is smaller than the size of the original node's result. This caused internal errors or invalid assembly in some cases. Issue
0036587.
* patch by J. Gareth Moreton: processor-aware MOVZX optimisation cleanup, part one of
0036687
* fixed Mov2Movz optimization
* simplified TX86AsmOptimizer.OptPass1Movx
* patch by J. Gareth Moreton: cleanup TX86AsmOptimizer.OptPass1MOV after DeepMov changes, first part of
0036670
* do not fold constants if the resulttypes do not match, improved fix for #tw26587
* patch by J. Gareth Moreton: cleanup TX86AsmOptimizer.OptPass2MOV after DeepMov changes, second part of
0036670
* fix for Mantis
0036652: gracefully handle the error if one tries to implement a method of a type from another unit
+ added test
* regenerate msg*.inc after last commit
* do not allow constraints in headers of procedure implementations in delphi mode, resolves
0036584
* better error message if a constraint is found at a wrong location
* make maxpushedparasize a SizeInt: it must store an address size and not an alu value
* set nf_* correctly when an inc/dec node is converted into an add/sub node
* do not firstpass during dead store removal as it disturbes the for each calls
+ propagate constants across call nodes
* patch by J. Gareth Moreton: optimize MOVSXD as well, resolves
0036700
* fix global generic functions with constraints in mode Delphi by handling implementations with defines outside of parse_generic_parameters
+ added tests
* there is no exit stackframe needed if a subroutine never returns
+ CallRet2Call optimization
* (V)MOVA*(V)MOVS*2(V)MOVS* 1 optimization
* fixed tdel1/2 tests again for AArch64/LLVM
* AArch64 and i386: omit exit stackframe, same as
0044191 for x86-64
* in case a 32x32 -> 64 multiplication is converted into shl, the type casts need to be restored
* fold also pointer additions/subtractions
+ AAarch64: optimize divisions by constant
* revert accidently committed code
Fix linking error, in which libc.so.6 is not found on aarch64-linux when libdl.so is loaded, by adding appropriate directory
+ AArch64: profiler support for aarch64-linux
* reverted accidently committed changes again
* throw an error if the forward interface type and the actual interface type do not match, resolves
0036720
* (modified) patch by J. Gareth Moreton: processor-aware MOVZX optimisation cleanup, resolves
0036687
* debug statement removed
* track used register better: if a deallocation is moved/removed, the used register may not be removed from the current register used register set
* LeaCallLeaRet2Jmp is done in TX86AsmOptimizer.PostPeepholeOptLea
+ GetNextInstructionUsingRegTrackingUse
* better MovAnd2Mov optimization
+ TOptsToCheck to track expensive optimizations, needs more work
* ARM: optimize mov rX,#0 .... mul/mla/umull ...,rX,...
+ ARM: MovMLA2MUL optimization
* ARM: look further ahead when optimizing mov rX, yyyy
* ARM: fix Mov0 and MovMLA2MUL optimizations
* several fixes to get better reg. allocations in the arm assembler optimizer
+ take care of addn and subn in is_loop_invariant
* improve is_loop_invariant for load nodes
* CallRet2* optimization may not misalign the stack, reported by C Western on fpc-devel
* fixed JccAdd/Inc/Dec2*Adc/Sbb optimizations
* calculate complexity of an rtti node correctly
* more use of RemoveCurrentP(p)
* fix precedence of IS operator, resolves
0035909
+ JccAdd2SetccAdd optimization
* take care of C_C/C_NC in JccAdd/Inc/Dec2(Cmc)Adc/Sbb
* simple record accesses have not side effects
* do not do full boolean evaluation on LOC_FLAGS
* fix Peephole Optimization: Cmpcc2Testcc - condition AE/NB/NC/NO --> Always optimization
movhlps/movlhps only take xmm registers.
Handle spilling of SSE registers.
Add most SSE instructions as intrinsics.
* Show message about creating fppkg/conf.d directory
* add FreebSD to weaklinking targets.
+ OptimizeForLoop: convert for-loops into zero-based backward for-loops if possible, for most architectures, this results in simpler code
+ Xtensa: register information
+ Xtensa: lazarus project
+ Xtensa: initial skeleton completed
+ xtensa-embedded support in the compiler
+ Xtensa: support in the build utilities
* Xtensa: completed compiler skeleton
+ Xtensa: basic operations for Xtensa implemented
* Xtensa: initial controller types
+ Xtensa: a_loadaddr_ref_reg implemented
+ Xtensa: CALL0 abi started
cgcpu: Implement a_cmp_reg_reg_label
xtensa: Add preliminary support for comparisons
tgobj: Change direction of stack.
makefiles: Add support for xtensa-embedded target.
+ Xtensa: tcgcpu.a_load_ref_reg
+ Xtensa: tcgcpu.a_load_reg_ref
+ Xtensa: tcgcpu.a_op_reg_reg
ncpuadd: Fix handling of signs in comparisons
+ Xtensa: tcgcpu.a_op_const_reg
+ Xtensa: tcgcpu.a_op_const_reg_reg
+ Xtensa: tcgcpu.a_op_const_reg_reg
+ Xtensa: make use of ADDI
* Xtensa: cleanup unused stuff
+ Xtense: updated conditions
+ Xtensa: tcgcpu.g_concatcopy
* Xtense: prettify assembler output
+ Xtensa: implemented tcg64fxtensa.a_op64_reg_reg
+ Xtensa: initial tcg64fxtensa.a_op64_reg_reg_reg
Add immediate/zero comparisons.
+ Xtensa: make use of slli and srli
xtensa: Add 64bit arithmetic operations.
* Xtensa: cleanup dummy code
+ Xtensa: tcgcpu.maybeadjustresult
+ Xtensa: initial tcg64fxtensa.a_op64_const_reg_reg, still room for improvements
+ Xtensa: tcg64fxtensa.a_op64_const_reg
+ Xtensa: initial implementation of tcgcpu.g_proc_entry
+ Xtensa: tcpuinlinenode.second_abs_long
* Xtensa: set correct frame pointer register
* Xtensa: fix load_reg/ref_reg/ref
* Xtensa: improve tcgcpu.fixref
* Xtensa: more fixes for load_reg/ref_reg/ref
+ Xtensa: initial support of the windowed abi
* Xtensa: generate long calls
* fix LLVM backend compilation (mantis
0036833)
* Xtensa: fix txtensanodeutils.insert_init_final_table for the windowed abi
* Xtensa: no scheduler yet but loops can be unrolled
* Xtensa: improved handling of calling conventions
* Xtensa: parameter passing for the windowed abi
Fix handling of parameters with size below the size of a full register
* Xtensa: proper code generation for unit initialization
* Xtensa: system_xtensa_embedded is an embedded system
* Xtensa: align literals properly
+ Xtensa: implemented tcputypeconvnode.second_int_to_bool
* Xtensa: fix tcpunotnode.second_boolean
+ initial FreeRTOS RTL support, largely based on the Embedded target, limited to Xtensa so far
* Xtensa: tcgcpu.g_concatcopy fixed: keep registers alive
* Xtensa: fix tcgcpu.a_cmp_reg_reg_label
* Xtensa: use generic tcpuparamanager.getcgtempparaloc
* Xtensa: fix TCPUAddNode.second_cmp
* fix ppudump after addition of freertos-xtensa
+ -XlS option to specify a suffix for externally called LLVM utilities,
e.g. -XlS-7 to call clang-7 instead of clang)
* IMPORTANT: changed the -CL llvm code generation options to -Cl, for
consistency with the new -Xl option (-XL was already taken)
* Xtensa: returning of 32 Bit values fixes
* Xtensa: shift operations fixed
* make TLinkerInfo fields ansistrings as xtensa-freertos needs long command lines
+ Xtensa: generate all helper files to fpc can successfully compile a single program
* xtensa-freertos: enable softfloat for now
* ESP32: set flash size to a resonable value (assumes external flash for now)
* Xtensa: spilling for bigger offsets fixed
* Xtensa: reduce stack usage
* Xtensa: FreeRTOS uses windowed calling convention
+ Xtensa: boolean registers * Xtensa: register numbers of floating point registers corrected
* Xtensa: set fpu type dependending on the controller
* add support for creating non-address-only procvars to
cprocvar.getreusableprocaddr()
* use tprocvardef.getreusableprocaddr also for non-address-only copies of
proc(var)defs
* use typenames in more cases in the generated LLVM IR (results in smaller
IR in textual form)
+ Xtensa: the boolean extension is used as flags
+ Xtensa: hard float support, i.e. make use of floating point extension if available
* factor out first_addfloat_soft
* Xtensa: fix passing of floating point parameters
* compilation for non-Xtensa targets fixed
* building on non-x86/non-xtensa fixed
+ basic xtensa-linux support in the compiler
+ xtensa-linux added to systems_linux
Fix ppudump after addition of system_xtensa_linux target
* better setting of expectloc
+ optimize SUB for small constants using ADDI
* improve assembler reader
+ initial thlcgxtensa.g_intf_wrapper
+ initial xtensa-linux rtl
* fix taicpu.is_same_reg_move
* Xtensa: properly align maxpushedparasize
* Xtensa: register numbers fixed
* Xtensa: fix flag handling: B0 is considered as default flags
* Xtensa: fix expectloc of taddnode
* Xtensa: patch by Christo Crause to handle the sign extension architecture option, resolves
0036885
* Add FPCBINDIR macro for paths
* Do not expand FPCBINDIR on darwin
* Use exepath on all platforms
* Use exepath on all platforms
* reorganized arm cpu flags
+ fpu_fpv4_sp_d32
* some fixes to make fpv4-sp-d32 work
* arm: more fixes for fpu_fpv4_sp_d16
* take care of FPUARM_HAS_VFP_DOUBLE
* use FPUARM_HAS_VFP_EXTENSION instead of checking fpu_vfp_first and ...last
+ arm: optimize sxth/sxtb
* fixes compilation on WinCE
* get rid of fpu_vfp_first/last hack
* load 0 into unaligned memory in a simpler way
* Aarch64: UTX/STX instructions include now the postfix, so it is the same as for ARM
Handle all existing possible values for init_settings.fputype to set Tag_FP_Arch .eabi_attribute
+ common assembler optimizer base class for arm and aarch64
* check for stup instead of stp
* factored out TARMAsmOptimizer.OptPass1UXTB
* several other routines being very similar for ARM and AAarch64 moved to aoptarm
Avoid invalid typecast in tarmunaryminusnode.pass_1 method
* factored out TARMAsmOptimizer.OptPass1UXTH
* AArch64: use TARMAsmOptimizer.OptPass1UXTH
* factored out TARMAsmOptimizer.OptPass1SXTB
* AArch64: use TARMAsmOptimizer.OptPass1SXTB
* factored out TARMAsmOptimizer.OptPass1SXTH
* AArch64: use TARMAsmOptimizer.OptPass1SXTH
* re-added assembler optimization accidently removed in
0044738 as noted by margers on the mailing list
m68k-amiga: hack to avoid a linker (vlink) warning about merging sections with different flags together. Amiga doesn't support true read only sections anyway
+ AAarch64: FOpFMov2FOp assembler optimization
+ AAarch64: assembler optimization Bl2B
* bail out early if possible
+ AArch64: TCpuAsmOptimizer.OptPass1Mov
* Xtensa: dummy overflow checking
* factored out and improved TARMAsmOptimizer.RedundantMovProcess
+ AArch64: use TARMAsmOptimizer.RedundantMovProcess
* go through cg to generate jumps, so the right jump is generated always
* use j.l in external wrappers, this is not save yet as A15 might contain
an argument: externals need to be called with call4 if they use all
parameter registers, this needs to be implemented
* Xtensa: generate better code for adding/subtracting 16 bit constants
* Xtensa: handle localsize > 32760
* TARMAsmOptimizer.RemoveSuperfluousMove should not mess with PC
* adapted xtensa-freertos to work with the currently stable ESP-IDF 4.0, partially based on a patch by Michael Ring
* Xtensa: make use of extui for shifting with constant values >=16
+ initial support for arm-freertos largely based on patch by Michael Ring
Add several missing -T options in help
* fix for Mantis
0036935: apply patch by J. Gareth Moreton to fix a typo in cs_opt_remove_empty_proc
* for PE+ specific checks use a constant in systems.pas instead of an explicit list (easier to extend this way)
+ implement relocations for Aarch64 for the internal COFF linker
+ implement initial compiler support for Win64 on Aarch64
+ add a GAS compatible variant of the Clang assembler (currently used for Aarch64-Win64 as no GNU AS exists for that target, yet)
* Windows does not support a GOT, so rely on page relative addressing
* Windows on AArch64 does not support ProgBits either
* Windows on Aarch64 requires a relocation section
* Windows on AArch64 requires some DllCharacteristics in the header to be always set
+ add functionality to store a node tree's required temp nodes and their flag upon entering the tree
- remove sectiontype2options overload for mach-O, because the relevant sections have the correct flags in the base method already
* it's rather useless that sectiontype2options is virtual as we can't use a class type, not to mention that the classes doing the overriding are for the internal assemblers/linkers, but we need it also for external
Thus we move the functionality of the overloads to the basemethod and remove the virtual directive; maybe we'll find a better solution in the future...
* rename the local sectionflags and sectionprogbits variables to the more clear usesectionflags and usesectionprogbits
+ introduce a virtual method for writing the section flags
* the clang assembler for COFF requires at least an "r" to generate a readonly section
* use COFF sectionattrs for aarch64-win64 as well
* at least clang can savely generate relocatable readonly sections, so use "r" for aarch64-win64
* as a variant for SEH exception filters we allow them to be *duplicated* instead of being extracted; this can be done unconditionally as for extracted ones their code is set to Nil after they're done and thus won't be picked up by generate_code_exceptionfilters
+ implement compiler support for SEH on Win64
Note: due to the way we access variables in a nested function (which in this case includes exception filters) we can not extract the finally handlers and call them (like we do on i386 and x86_64, but instead we duplicate the finally code)
* the .pdata section currently only needs to be always included for arm-wince (at least until we have full SEH support there as well)
+ add an error message if the size of a function is invalid (in case of aarch64-win64: not a multiple of 4, the instruction size)
+ add Win64 target to help text
* regenerate msg{idx,txt}.inc
* the clang assembler does not provide support for the SEH directives we need (only the LLVM backend would be able to use them), thus we need to manually convert them to data sections
* due to an apparent bug in the clang assembler for COFF when assembling ADRP instructions we can't use symbols that are offset into their section
* generate jump tables into the same section as the code as otherwise we'll get bogus relocations (in case of clang.exe) or a future support for armasm64.exe will reject the relative symbols outright
* register the DLL scanner for aarch64-win64
* set implicitframe for copied tryfinally nodes as well
* implement dogetcopy for the Aarch64 variant of the tryfinally node
* Xtensa: do SAR by a constant using SRAI
+ Xtensa: make use of ADDX*
+ Xtensa: enable jump optimizer
+ assembler optimization MovxMov2Movx
* correctly set register size
* fix for Mantis
0035140: apply patch by Ryan Joseph together with some further changes by me to add support for constant parameters in generics
+ added tests
* fix tc_bool_2_int simplification in case pass typecheck runs again, e.g.
after getting a copy of the node during CSE (fixes taddset4 compilation
with LLVM after
0044712)
* destroying constnone constsyms can occur when parsing a generic with a constant parameter that results in an error (e.g. unsupported type)
* fix for Mantis
0036975: arraydefs are not allowed for generic types (this is only used for type declarations; for specializing constant strings which are char arrays are still allowed)
+ added test
+ add an explicit error message if a type is not supported for a generic constant parameter
* regenerate msg{txt,idx}.inc
* use a more detailed error message if a type is not allowed for a generic constant parameter
* Xtensa: set source_cpu_string
* simplify xtensa-linux building
+ initialize variables, so compilation with -O3 works
* patch by J. Gareth Moreton: refactor RemoveCurrentP
- removed GetHigh, GetNextReg, GetLastReg, GetOffsetReg and GetOffsetReg64 from cpubase. The methods
in cg should be used instead, because they do better error checking on the register used.
+ added Z80 helper functions is_regpair and split_regpair
+ added another helper for register pairs: register_in
z80: sdasz80 won't do section smartlinking for us, but it's used for the zx spectrum target
z80: added quick & dirty vasm assembler support to the target
* unfortunately tf_smartlink_sections is mutually exclusive with
tf_smartlink_library, and defining both breaks sdasz80, so put this behind
ifdef Z80_SMARTLINK_SECTIONS
Fix cross-compilation on aarch64-linux using -dFPC_SOFT_FPUX80 option
Fixed LLVM compilation after
0045143
+ z80: added range checking for d in the (IX+d) and (IY+d) addressing modes in
the sdasz80 assembler writer, because sdasz80 silently truncates d to shortint
which produces broken code and hides bugs in the z80 code generator. The check
is behind ifdef, because the system unit doesn't compile, when this check is
enabled, due to bugs that were previously unnoticed. When these bugs are
fixed, the ifdef will be removed.
+ z80: generate correct code in do_spill_read and do_spill_written for spilling to temp offsets outside the range -128..127
+ enable the sdasz80 lameness check permanently, because the system unit now
compiles, and it's important to catch other similar errors also
* do not generate moves unncesssarily in tcgloadparentfpnode.pass_generate_code
z80: fix global symbols and section attributes in the vasm writer
z80: fix typo in the previous commit
zxspectrum: added support for linking via vlink, and for pascal sysinit code. also some cleanup in the linker code
* fixed bug, causing the global variable stacksize to be destroyed
* added comment, stating that Z80 has no condition subsets
+ build an instruction table cache for the Z80
+ partial implementation of taicpu.Matches
* Z80: fixed code generation for pure assembler routines, that have no parameters, no local variables
and no 'nostackframe'
* do not use an extra register in tcginlinenode.second_IncDec if not needed
+ z80: added condition checking in taicpu.Matches
- z80: oops, forgot to delete some code from taicpu.Matches
+ z80: implemented taicpu.FindInsentry
+ z80: implemented taicpu.CheckIfValid
+ handle OT_IMM_PORT in taicpu.Matches
+ handle OT_REG8_C_PORT in taicpu.Matches
+ handle OT_RELJMP8 in taicpu.Matches
+ handle OT_IMM8 and OT_IMM16 for getting symbol addresses in taicpu.Matches
+ added Z80 inline asm instruction validation
+ z80: add operand info to the result of taicpu.GetString, this makes the
compiler produce nicer error messages, when it encounters an invalid
instruction in inline asm code
+ started work on the Z80 internal assembler
+ added class TRelObjOutput
m68k: have an arch-specific second_length implementation, to make sure length() doesn't return its result in an address register
* increase PPU version so that 3.2.0 correctly ignores 3.3.1 PPUs instead of fatally failing on the extended header entry
* GetCopyAndTypeCheck forces correct type
* propagate forinline flag through simplify
* allow recursive inlines, meanwhile, there are other means to avoid too deep recursion of inlining
+ enable the Z80 internal asm (which doesn't work, yet) if the compiler is compiled with -dZ80_INTERNAL_ASM
+ added an override of the abstract method TRelObjOutput.writeData (not implemented, yet)
* remove tempref mess for simple inlined functions
* compilation with -Oodfa fixed
ppudump: catch exception on illegal datetime (mainly cross compiled units)
* properly force the result type after
0045217
* correctly handle result type of string constant nodes for internally created
nodes
* handle generic parameters in Ord()
+ added test
* compilation with -Oodfa fixed
+ added build mode that enables the Z80 internal assembler
+ added class TRelObjData
+ override the abstract methods from TObjData.sectionname() and .writereloc(). Only sectionname() is implemented for now.
+ write the .rel file header and the list of external symbols
* the areas global symbols count must be in hex in the .rel format
+ write the areas (sections) in the .rel output
+ added the global symbols to the .rel output file
+ implemented pass1 (calcsize) of the instruction encoding for the Z80 internal asm
* Z80: match both signed and unsigned 16-bit constants as OT_IMM16 in the asm instab lookup
+ partial implementation of pass2 asm opcode generation for the Z80 internal asm writer
+ Z80 internal asm: produce correct opcodes for register operands
+ actually produce relocations in TRelObjData.writeReloc
* Xtensa: patch by Christo Crause: fix addmi/addi handling, resolves
0037015
+ write the section data in the .rel internal object writer (relocations aren't written, yet)
+ introduced the TRelRelocation class
+ added TRelRelocationFlags
+ initialize size and relflags in TRelRelocation
+ added method TRelRelocation.EncodeFlags that encodes the flags to string that can be included in the .rel file
* Put all code adding cs_fp_emulation by default inside one big
{$ifdef cpufpemu}
* Add system_arm_freertos and system_xtena_linux to the list
of systems that automatically add cs_fp_emulation to
init_settings.moduleswitches.
+ Do not use controller specfic default fputype for xtensa-linux
target that does not support use of -Wp option to set controller type.
Add -Wp option description for riscv32 and xtensa compiler
Do not use inherited first_int_to_real when arm FPU_HAS_FPA is in fpu_capabilities
+ also write the relocations in the .rel internal obj writer
* the parameter of WriteWord should be word, not byte :)
* xtensa-embedded: fix setting of the fpu and abi
* Release registers which have been used for a function call before adjusting the stack pointer. On i386 this allows to use eax,ecx,edx in POP instructions for stack adjustment.
+ lots of fixes to the Z80 internal asm writer
+ Z80 internal asm: support OT_REF_ADDR16 in taicpu.gencode.WrinteNN
+ support conditional operations in the Z80 internal asm
+ fix for conditional JP in the Z80 internal asm writer
+ support creating ar files in the Z80 internal obj writer
+ align files in generated .a files not by #0, but by #10 (Line Feed). This is
compatible with GNU ar and others, and fixes linking with sdcc-sdld.
* preserve the actual file size (before aligning it to even bytes), when adding files to .a archives
+ support the RST instruction in the Z80 internal asm writer
+ support relative jumps in the Z80 internal asm writer
+ Z80: support conditional JR
+ support the 'in A,(n)' and 'out (n),A' instrunction in the Z80 internal asm writer
+ support instructions like BIT, SET and RES in the Z80 internal asm writer
+ support signed 8-bit immediate constants in the Z80 internal asm writer as well
+ call ApplyAsmSymbolRestrictions for symbols that should be exported from ar files
+ added internal error in taicpu.gencode.WriteNN to catch unhandled asm instructions
- reverted previous commit, since it was incorrect
+ fix for writing absolute relocations in the .rel format
* fixed the TRelocDataInt to avoid truncating 16-bit addresses to 8-bit on 8-bit CPUs
- removed commented out writeln
* x86: Fixed peephole optimization introduced in
0044233. tb0219 and tb0548 tests have failed with -O2 since then.
* Added variants of the tb0219 and tb0548 tests with forced -O2.
* If a nested procedure does not access its parent's frame pointer, optimize it by removing the hidden $parentfp parameter.
* Improved the tisogoto1.pp test.
* only call cg64.a_XXX_loc for LOC_(C)REFERENCE and LOC_(C)REGISTER locations in
tcginlinenode.second_AndOrXorShiftRot_assign
* i8086 compilation fixed after
0045302
+ generate more optimal code for OP_NOT and OP_NEG in tcg64f8086.a_op64_ref
* call inherited in tcg64f8086.a_op64_reg_ref for OP_NEG and OP_NOT, because it is handled differently after
0045302
- remove unused files, resolves
0037032
m68k: preparations for upcoming full instruction tables, mostly converting code away from using sets of opcodes
+ use ApplyAsmSymbolRestrictions on all symbols in the NASM writer
m68k: added a full instruction table (minus CF MAC/EMAC instructions for now), based on vasm, and the required tool to process it
m68k: add the converted includes, based on m68kins.dat
m68k: migrate the compiler to the new instruction tables and drop the old ones
m68k: fixed instruction code formatting in the generated include
* fixed -Cl options now showing in the help of an LLVM compiler (and fixed
them to read -Cl rather than -CL)
* Always use parentfp for forward-declared nested procedures.
* Do not perform optimization of nested procedures for:
- targets which use a special struct to access parent's variables;
- pure assembler procedures (for compatibility with old code).
* avoid unncessary conversions of constants in 64 bit ints when doing constant folding
* improved heuristics for auto-inlining
* generate CFI data only if we're either using it for exception handling or if debug output is enabled (or should this only be generated for targets that in theory support DWARF exception handling?). This removes unnecessary bloat from e.g. Windows binaries
- cleaned up some x86-specific code from the Z80 inline asm reader
+ also recognize alternate registers in the Z80 inline asm scanner. This allows
the "EX AF,AF'" instruction to be accepted and assembled as well.
+ added the alternate Z80 register pairs BC', DE' and HL'
+ added a correct implementation of TAOptBase.SuperRegistersEqual for the Z80
+ Z80: added a registers_interfere helper function
+ introduced TAOptBase.RegistersInterfere (which might not always be equivalent to SuperRegistersEqual)
* use RegistersInterfere instead of SuperRegistersEqual in TAoptBase.RegInOp and TAoptBase.RegInRef
+ added subregisters for the Z80 flags
+ added the Z80 individual flag bits as subregisters
+ MovAndTest2Test optimization
+ Z80: implemented TCpuAsmOptimizer.InstructionLoadsFromReg
+ support the LD instruction in TCpuAsmOptimizer.RegLoadedWithNewValue
+ Z80: support all the flags subregisters in super_registers_equal
+ Z80: support the flags subregisters in the registers_interfere function
* handle OP_XOR for a full mm register correctly in tcgx86.opmm_loc_reg
* simplify constant expressions after re-ordering, resolves
0037062
- removed tabstractrecorddef.get_unit_symtable, which did not always return the unit
symtable (when you had a local recorddef in a procdef)
* modified tdef.get_top_level_symtable() so you can specify whether you want to
skip procdefs or not
* changed tobjectdef.vmt_def() to no longer require a typesym for the tobjectdef
(based on patch by Blaise)
* fix a typo in a comment. no functional change
* patch by Reynaldo to generate kernel image for the raspi2 embedded port, resolves
0027052
+ handle the flags register bits for many Z80 instructions in TCpuAsmOptimizer.RegLoadedWithNewValue
+ Z80: report flags register information in TCpuAsmOptimizer.RegLoadedWithNewValue for 16-bit ADD,ADC,SBC,INC and DEC
m68k: add support for bitfield instructions as CPU capability
* fix spilling for PAND, POR and PXOR, resolves
0037084
m68k: tabs to spaces and indentation fix, no functional change
+ Z80: report the flags usage for all the remaining instructions in TCpuAsmOptimizer.RegLoadedWithNewValue
+ z80: handle all instructions in TCpuAsmOptimizer.RegLoadedWithNewValue
* fixed IsJumpToLabelUncond for the Z80
- z80: disable regvars, because they don't work
* boolean or/and nodes might be swapped when they have no side effect, in case
of short boolean evaluation, firstcomplex is not called so this does not
hurt short boolean evaluation
* call x86 addordinal for non short boolean evaluated boolean nodes
as this results in better code
* when auto-inlining is used, do not require that inlining is explicitly turned on
* Z80: JR can be both conditional and uncoditional jump, just like JP
+ PXorPXor2PXor optimization
* Reworked the optimization of unused $parentfp for nested routines.
- Do not remove the $parentfp parameter as was done in the previous optimization approach. Instead when $parentfp is unused to the following:
- On the caller side: Omit passing the value for $parentfp for targets where tcgcallparanode.push_zero_sized_value_para=false (classic CPU targets).
Pass 0/nil as $parentfp for targets where tcgcallparanode.push_zero_sized_value_para=true;
- On the callee side: Prevent allocation of registers/resources for $parentfp.
- When possible keep $parentfp in a register.
- Set the pio_nested_access flag in tprocinfo.set_needs_parentfp() to properly handle deep nesting levels;
* Fixed the jvm target after
0045436.
* It is needed to mark $parentfp as used for all targets.
* Added the thlcgobj.a_load_undefined_cgpara() method to pass an undefined value as a parameter to a routine. The generic version passes the 0/nil value if the parameter's location is not a register.
* Use a_load_undefined_cgpara() to load values for unused parameters.
* exceptions are side effects which must be considered in boolean expressions
* patch by Karl-Michael Schindler to update the German help files, resolves
0037122
* Reg1ReadDependsOnReg2 moved to TAoptBaseCpu
* use Reg1ReadDependsOnReg2 in TAoptBaseCpu.RegModifiedByInstruction to handle properly Z80 subregisters
+ Z80: handle all instructions that modify registers, that are not an operand in TAoptBaseCpu.RegModifiedByInstruction
+ Z80: handle the flags register in TAoptBaseCpu.RegModifiedByInstruction
* Do not use the LOC_VOID location to indicate unused parameters.
* Added the tprocdef.parentfpsym property. Set parentfpsym.varstate to vs_read instead of using the pio_needs_parentfp flag.
* Replaced tcgcallparanode.push_zero_sized_value_para by tparamanager.has_strict_proc_signature.
* implemented a_load_undefined_cgpara for LLVM, fixes LLVM code generator
after the changes to optimize unused parentfp parameters
* replaced custom packed record with tmethod
* patch by Christo Crause: fix register search on xtensa, resolves
0037121
m68k: atari syscalls might also destroy D2 and A2
m68k: avoid more vlink warnings regarding changed section attributes, when the target system has no write-protected sections
* x86-64: adjust stack by push/pop if possible
* adapt optimizer to handle push/pop for stack alignment
* adapt test
* do not load unused parameters, as their localloc has not been set (and
there is no point in doing so if it were)
o fixes compilation of RTL with LLVM/AArch64
* compilation on i386 fixed
* re-activate copy_mm: using it instead of movs might reduce register pressure
* x86 has to use newalignment as well
+ x86: track use of full ymm registers and generate vzeroupper if needed
* create vpxor instead of pxor in avx mode
* factored out OptPass1VPXor
* improve copy_avx gencopy mode
* always use 1-byte section alignment for the rel internal obj writer
* the len parameter of TObjData.alloc changed to TObjSectionOfs
+ also write sections with no data in the .rel internal obj writer
+ enable the Z80 internal assembler
+ Z80: added the JRJP pseudo instruction
+ added JRJP to various instruction lists
* translate jrjp to jp in the sdcc-sdasz80 asm writer
* insert fwait after fcompp, resolves
0037136
Reorder and complete list of supported CPUs
+ Z80: implemented the JRJP pseudo instruction in the Z80 internal asm writer
* z80: use the JRJP pseudo instruction to generate shorter code (it is
translated to JR wherever possible, otherwise to JP)
* use const_align(sizeof(pint)) alignment instead of sizeof(pint) for various
compiler-generated structures, so they don't waste any extra alignment space
on 8-bit CPUs like the Z80 and the AVR
* ARM: (V)LDM do not load from the registers in the reg. set
+ started work on the Z80 internal linker
* ARM: get rid of more unneeded sxtb/h uxtb/h instructions
* ARM: factor out TARMAsmOptimizer.OptPass1And
+ implemented TRelObjInput.CanReadObjData
- removed the z80_internal_asm build mode, since it's now a feature enabled by default, not hidden behind an ifdef
* enable the Z80 internal linker (not working yet) if the compiler is compiled with the Z80_INTERNAL_LINKER define
+ added 'z80_internal_linker' build mode to the z80 lazarus project
* AArch64: enable TARMAsmOptimizer.OptPass1And
+ override TInternalLinkerZXSpectrum.InitSysInitUnitName
+ set cobjdata in TRelObjInput.create
+ set cobjdata in TIntelHexExeOutput.create;
+ create a linker script for the ZX Spectrum internal linker
+ override TInternalLinkerZXSpectrum.GetCode/Data/BssSize to avoid access violation error
* buffered text reading functions moved from being local to TRelObjInput.CanReadObjData
to being class members, so they can be used by ReadObjData as well
+ partial implementation of TRelObjInput.ReadObjData
+ parse the area records of REL files
* a nil node is also a constant pointer node
+ convert (v1=const1) and (v2=const2) into ((v1 xor const1) or (v2 xor const2))=0 if the expressions have no side effects
+ parse the REL symbol records
* TRelObjInput.ReadObjData: return success, if file was read correctly
* return the correct size for files in ar archive. This is required by the REL
reader, which reads files until the end of file
* set MaxMemPos to $FFFF in the Z80 internal linker
+ add .text, .data and .bss exe sections and define the entry point in the ZX Spectrum internal linker script
* group T and R records together and call a function (not implemented yet) to handle them in pairs
+ implemented reading of T and R records
* extended
0045555 to take care of chars as well
* renamed some REL sections to follow a similar naming convention
* avoid setting the oso_Data flag on bss sections
+ set IMAGEBASE in the Z80 internal linker script
* ImageBase changed to qword (same type as CurrMemPos) to avoid truncating to 8-bit on Z80
* ImageBase changed to qword to avoid 8-bit truncation in the internal linker map file
* avoid 8-bit truncation of the sizes in the internal linker map
+ implemented IHX writing in the Z80 internal linker
- removed the GetCode/Data/BssSize overrides in the ZX Spectrum internal linker,
since the default implementation, inherited from parent now works
+ implemented TIntelHexExeOutput.DoRelocationFixup
+ ZX Spectrum internal linker: invoke the ihx2tzx to postprocess the ihx file,
produced by the internal linker (in the future, the code of this utility may
be integrated into the compiler)
* changed the exe extension of ZX Spectrum to '.tzx'
+ enabled the ZX Spectrum internal linker
- removed the z80_internal_linker build mode from the lazarus project
+ allow specifying the program load address for the ZX Spectrum target via the -WB option
+ x86: optimziation MovMov2MovMov 2
+ add support for DEFB and DEFW directives to the internal assembler reader
* also handle single character register names (needed on Z80 for example)
* with ihx2tzx now also supporting binary output it makes sense to rename it to something more generic
+ add compiler support for the Z80 MSX-DOS target
* allow executable/library name to be changed for an intermediate file
* change exe extension for MSX-DOS from exe to com
+ add MSX-DOS to help text for -T
* regenerate msg{txt,idx}.inc after adding MSX-DOS to help text
* better rules if a 3 op mul operation is tried
+ add intrinsics for Z80 port IN/OUT
* include the Z80 specific intrinsic values
+ some basic stuff for mips64el
+ added the 'AREA' directive support to the Z80 inline assembler, that allows
you to define custom sections
+ support the OFFSET directive in the Z80 inline assembler reader
+ add the _BSSEND section after the _BSS section
* the len parameter of TObjData.writebytes changed to TObjSectionOfs to avoid 8-bit truncation on Z80
* use qword instead of aword for bsssize to avoid 8-bit truncation on Z80
* fixed a bug in the Z80 internal linker when reading symbol offsets from .rel files
+ optimize real operations with 0 and 1 if fast math is turned on
* optimize a/a and a-a if fast math is on
* swap fpu stack correctly when moving data into xmm registers
* ensure that the BSS section for MSX-DOS is correctly initialized to 0
* fix typo (no code changes)
* for adding procdefs to forwarddefs check for the specialization flag instead of whether it's a full specialization; fixes implicit finalization handlers on x86_64-win64 not being found
+ added tests
* Aarch: handle 0 in AndAnd2And and check if the resulting constant
is really a shifter constant, resolves
0037203
* slash and divn might have an exception as side effect
* write length/code page when writing the string type
* temporarily fix
0037034 by disabling the problematic optimization until the real cause is fixed
+ might_have_sideeffects checks also if the tempinitcode of a tempref node might have side effects
* better check for short boolean evaluation in firstcomplex
* fixed copy&paste error of
0045658
* Optimize parentfp when optimization level 1 and higher to be debugger friendly.
z80: vasm doesn't support the JRJP pseudo instruction, so change it to JP during write
* Fixed the parentfp optimization for some cases when nested procvars are used.
* Improved the parentfp optimization to properly handle cases when a nested routine calls other nested routines.
* Added optimization option cs_opt_unused_para. It is enabled for -O2 and higher. The parentfp optimization is tied to cs_opt_unused_para.
+ support z80 in the fpc launcher utility
* fix -Agas-darwin to say Aas-darwin for x86-64, and also add it for i386
(mantis
0037230)
* regenerated message files
o patch for Xtensa by Christo Crause, resolves
0037099
+ Added postfix parsing in tattreader.GetToken
- Removed all postfixed versions of OpCodes from the instruction list
+ Added all missing OpCodes from Xtensa ISA
* Changed branch OpCode to A_B, similar to ARM
+ Added missing branch condition flags BCI and BSI
* Updated existing compiler code that referred to the old postfixed instructions
+ Added prefix and postfix handling in TxtensaInstrWriter.WriteInstruction
* Updated TCPUAddNode.second_addfloat to specify .S postfix
* Updated tcpuunaryminusnode.second_float to specify .S postfix
+ Implemented prefix and postfix identification in txtensaattreader.is_asmopcode
* Adapted branch condition extraction to respect postfixes
* Changed itcpugas to call findreg_by_name_table from raatt.pas (same as issue
000037121, difficult to test these changes without including a fix for the register name search problem)
* Xtensa: MatchInstruction requires a postfix parameter
* Reworked tprocdef.is_implemented to fix a bug with the parentfp optimization. The bug was detected when using the llvm backend.
+ Added a test.
* limit the ZX Spectrum programs address space up to $FDFC, because the RTL now
installs an interrupt handler at $FDFD
+ Xtensa: patch by Christo Crause to add optional MAC16 registers, resolves
0037130
* fix typo (no code changes)
+ Xtensa: patch by Christo Crause: support call0 abi in init final code part of
0037242
* patch by Christo Crause: support call0 abi in entry/exit code, part of
0037242
* fix for Mantis
0037251: apply patches by Bi0T1N to implement the IsConstValue() intrinsic
+ added tests
* Xtensa: patch by Christo Crause: fix controller date for esp8266, part of
0037242
* Xtensa: patch by Christo Crause: add IDF_PATH variable, read from the appropriate environment variable, part of
0037242
* fix for Mantis
0037272: also allow the empty set for dynamic array parameters; Delphi probably started to allow that together with array constructors.
+ added tests
* reverted some stuff accidently committed in
0045704
* correctly handle sign/zero extensions for optimization "var3", resolves
0037254
* delay setting of pd_body and pd_implement till the header of a generic
procedure is parsed, resolves
0037261
* use the fpu on suitable x86 targets to copy extended values
* set mm register subreg properly when cleaning them with xor
* fix compilation with newer FPC
+ handle OS_128 in mm code
bump ppudump copyright year
* (modified) patch by Michael Ring from the mailing list to fix linking for arm-freertos
+ Xtensa: more cpu capabilites
+ Xtensa: set cpu for xtensa-linux as call window support is required
* fix abs() intrinsic optimisation, resolves
0037301
Fix overflow when value is high(int64) in OptPass1And method
* AAarch64: handle initializations of vector registers with zero properly
* properly calc new src register for OP_XOR
* patch by Christo Crause: fix volatile registers for call0 abi, resolves
0037317
Try to fix tarmunaryminusnode.pass_1
Only try to use softfpu functions when fputype is fpu_soft
tarmunaryminusnode.pass_1 must call inherited method for system_arm_wince
Do not use .hidden for systems_wince, as is done for systems_windows
* scalar operations should take single/double values and not full registers
* TAOptObj.MakeUnconditional: Set as internal error for MIPS cpu:
MIPS conditional instructions conntain the
computation of the condition itself, so
changing the instruction to unconditional
should never be done.
* TAOptObj.OptimizeConditionalJump: Return false early if
the conditional instruction has more than one operand.
* tcg.a_load_cgparaloc_ref: Always enable SHR instruction for mips/mipsel CPUs
This is normally only used on big-endian targets, to re-convert records
of size < OS_INT into values fitting inside the byte size of the record,
after it was left-shifted to comply with ABI stipulating it but be
writable as a full-size register into a OS_INT size memory.
Do not set value of stoploop to avoid infinite loop
Also check that HP1 is a jump instruction with more than one operand to exit early
Fix several warnings about uninitialized local variables
* Handle R_SUBMMWHOLE in reg_cgsize for R_MMREGISTER type
* Disable range and overflow checking inside is_continuous_mask function.
* generate soft float code for arm vfp units which have no double operation support
* completely disable records containing float fields in registers again, as
the code generator does not support subsetreg loads of floats
* enable putting records that contain a single field into records on all
targets (patch by J. Gareth Moreton, mantis
0037343)
* properly handle boolean64 xor boolean64 on i386
* revert part of
0044879: flock must use kernel_off_t: off_t breaks e.g. i386
+ patch by J. Gareth Moreton: SHL-centric peephole optimisations, resolves
0037389
Try to fix mipsel-android by making sure P does not point to a freed instruction
* revert part of
0045810 which was accidently committed
Avoid wrong overflow error when using -Criot options
Avoid overflow errors on z80 CPU by changing local variable type from aint to tcgint
* float operations can have an exception as a side effect, resolves
0037398
* Fixed the peephole optimization of conditional movs for mips.
z80: preserve system ID and linker ID for the Amstrad CPC
* Fixed indentations of the interference graph.
* Added register names to the interference graph.
* To check the size of a register(s) corresponding to a variable it is needed to use localloc.size instead of def_cgsize(vardef).
* Try to avoid spilling of an imm register if it contains a value loaded from an already spilled imm register. It likely leads to an endless loop and the register allocation fails.
This fixes the register allocation for i8086 when handling registers for very constrained instructions such as "mov ireg1,[ireg2+ireg3]".
Here ireg2 can be only BX or BP. So in most cases only BX is available. When ireg2 is spilled, its value must be loaded to BX only.
Coloring of the ireg which holds the spilled value must be as early as possible to be able to assign BX to this ireg.
This fix should also help register allocation for other constrained/old CPUs.
* i8086: Removed internal error, since global vars can be in registers if used only in pascalmain.
* i8086: Fixed referencing using BP and SP as base when FAR or HUGE memory model is used.
* i8086: Enabled the cs_opt_regvar optimization. It works fine now.
- removed no longer used -target $TARGET parameter (triplet is used instead)
+ optimize
mod for x86-64 as well
* In Delphi mode throw a conversion error when trying to typecast a pointer to a procdef when they use different memory models.
* Changed tsuperregisterworklist.get() to always return the last item from the list.
* Reversed sort order of simplifyworklist so nodes with most interferences will get their colors first.
Since degree of nodes in simplifyworklist before sorting is always
less than the number of usable registers this should not trigger spilling
and should lead to a better register allocation in some cases.
After these changes sysutils.o for i386-win32 is 80 bytes less. :)
* patch by J. Gareth Moreton: fix for incorrect alignment removal, resolves
0037420
* modified patch by J. Gareth Moreton: MovOpMov2Op/Lea2Add/Lea2Sub consolidation, resolves
0037422
* mips: Added support for unaligned load/store. It greatly improves performance and prevents bus errors on systems which do not emulate unaligned memory access.
* Aarch64: set register size correctly for AndStrb2Strb optimization, resolves
0037427
* Re-enabled safe generic jump optimizations for mips.
* Fixed TAOptObj.CollapseZeroDistJump to properly handle delay slots.
* patch by J. Gareth Moreton: Minor oversight in MovAnd2Mov 3 optimisation, resolves
0037442
+ simplify "x mod -1", resolves
0037449
* reject overloads if they only differ in the result types (as long as they aren't operator overloads)
+ added tests
* do not throw an internal error later on in case of a recursive call, if the declaration of the function was faulty, resolves
0037460
* do not throw an internal error if an errorneous type is passed to str, resolves
0037462
* Count the number of interferences with real registers.
* Do not coalesce registers 'u' and 'v' if 'u' is the last usable real register available for imaginary register 'n' which also interferences with 'v'.
This prevents endless spilling in some cases for constrained CPUs such as AVR. Resolves issue
0037421.
Also this reduces the number of spilled registers in some cases and even eliminates spilling completely for some simple routines for i386 and AVR.
* Added a debug output of the number of spilled registers for each routine. This allows to easily compare results after changes in spilling algorithms.
* allow overloads with same result type for external Java classes due to Java supporting covariant return types for interfaces
* replace explicit (sometimes incomplete) tests with calls to doshortbooleval()
* the c-style boolean evaluation of "and" is independent of short-circuit evaluation
(you always have to consider the complete values in case the first one is <> 0)
* Enhanced the debug output of spilling statistics. Now it includes efficiency of the spilling which is based on
weight and usage count of registers. Range 0-100%. Such statistics are very handy when you modify the register allocator.
* Count only usable real registers.
* Early during register allocation, spill registers which interfere with all usable real registers.
It is pointless to keep them for further processing. Also it may
cause endless spilling.
This can happen when compiling for very constrained CPUs such as
i8086 where indexed memory access instructions allow only
few registers as arguments and additionally the calling convention
provides no general purpose volatile registers.
* Removed the i8086 specific hack. Since
0046199 the register allocator is able to handle the problem code.
* For 8 and 16 bit CPUs preload the ref base and index to a separate temp register in the generic implementation of a_load64_reg_ref() and a_load64_ref_reg().
This reduces spilling and produces a better code.
* i8086: When a ref points to the 32-bit data, preload the ref base to a temp register to reduce spilling.
* fixed LLVM register allocator after
0046199
* fixed peephole optimizer replace lea by add even if the flags were in use
(patch by J. Gareth Moreton)
* fix for Mantis
0036775: apply patch by J. Gareth Moreton
+ added tests
Disable limitation of handling of negative shift values, can be enalbed again by setting LIMIT_NEG_SHIFTVALUES macro
* For 8/16 bit CPUs and TP mode, disable expansion to a larger integer type for subtract operations on unsigned integers. This is TP7 compatible.
* patch by J. Gareth Moreton: unifies internalerrors, resolves
0037471
* made internalerror unique
* reworked usage of tcgnotnode.handle_locjump
* reverted
0046220 as it is fixed now properly
- do not call firstpass in tinnode.pass_typecheck as it prevents further optimizations
* In assembly comments include all used registers by a variable for 8/16 bit CPUs.
* Do not add comments about unused varlocs.
* msdos: Include debug info only when it is enabled by options.
* Added virtual function TObjSection.GetAltName to be able to specify additional section name by descendants.
* OMF: Use the name of the first global symbol as an addition section name. This name is visible in the linker map file and helps tracking of section references.
* setelementn cannot be the root node of a cse domain, resolves
0037477
m68k: fixed a long standing issue, where FPU registers would be clamped to single precision during spilling
* insert type casts when creating new unaryminus nodes during simplification, resolves
0037508
* do not spill_replace if the register is used another time in the instruction
- no need to call add_move_instruction if data is moved between different register classes
* update version
- -Oodfa removed
* patch by J. Gareth Moreton: Long-range MOV + MOVS/Z optimisation, resolves
0037390
* attempt to correct bitpacked arrays on big-endian systems after
0043186. this fixed tparray13 test on m68k at least
* patch by Kai Burghardt to use https urls, resolves
0037522
* better complexity handling of mul, slash, div, mod
+ add option -FF to force the use of fpcres as RC compiler
Note: if we merge this to 3.2.x then we can switch to this by default once 3.2.2 is released
* make sure that the resource compiler related globals are reset
* regenerate msg*.inc files
+ add a constant that describes all internal COFF writers (be it PE/COFF or not)
* fix for Mantis
0037559: the adjustment of the section type should only be done for internal COFF writers
* Reverted accidentally committed files.
* patch by Christo Crause to make nostackframe with the windowed xtensa abi working, resolves
0037550
* Fixed nasm writer by adding a new line after the GLOBAL directive.
* 8086: Fixed calling of local routines with the near attribute in the 'far code' memory models.
* msdos: By default external routine names with the pascal calling convention must be all upper case. This is TP and TASM compatible.
* 8086: Do not force far calls in the TP mode by default. This is TP compatible. Other modes need forced far calls by default in order to compile non-TP code.
* do not try to unroll a loop if previously an error was thrown, resolves
0037475
* don't convert lea to add/inc/dec/sub if there's a symbol in the reference
o fixes make cycle on Darwin/i386
* when a function returns a value in a register, but normally that type
would never be put in that kind of register by the compiler, store
it to memory to avoid issues down the line
o fixes tcalext6 on darwin/i386
* do not apply range test optimization if the variable is a string being compared against a char constants, resolves
0037476
* 8086: enable cs_force_far_calls when m_nested_procvars is enabled.
* 8086: when the compiler mode switches to a non-TP mode, enable cs_force_far_calls.
* msdos: Force names of external routines to be all uppercase only in TP mode.
* execute the tempinitcode whent the tempcreate node gets processed rather
than when the first temprefnode to it gets processed. Solves the issue
the foreachnodestatic processes the tempinitcode when seeing the
tempcreatenode and ignores it when seeing temprefnodes, even though
it may actually be executed/generated for the temprefnode. It's
impossible to easily process it for the "correct" temprefnode
(since there may be multiple temprefnodes for the same tempcreatenode)
o fixes tarray12 for Darwin/i386 and Linux/i386
- reverted
0046457, accidentally committed (breaks -Oooptcse)
* RTTI: Offset of record fields is defined as SizeInt not ptruint.
+ AAarch64: FMovFMov2FMov optimization
* wlib: Explicitly specify the smallest possible record align to reduce the size of .a files.
+ Xtensa: L32IMov2L32I optimization
+ Xtensa: consider also floating point stores in TCpuAsmOptimizer.RegLoadedWithNewValue
* In the TP mode for 16-bit CPUs uint8+uint8 is extended to sint16+sint16. This is TP compatible.
* 8086: Fixed Ofs() for far routines.
resultdef of typeconvnode.typecheck_proc_to_procvar() is reused every time you get an address of a proc. So it is forbidden to change the far/near attribute of resultdef - it leads to mess during code generation.
Instead it is needed to use separate reusable resultdefs with new flags pc_far_address and pc_offset.
* fix for Mantis
0037579: mark the 'German' tokens with the characters they represent
* 8086: Fixed an internal error for cases like FarPtr2 := FarPointer($12345678) + int16;
* 8086: More fixes for Ofs() handling.
* Added on option to implement library based smartlinking of the dead stripable vectorized lists (e.g. resource strings index). By default smartlinking of such lists only supported when the section based smartlinking (tf_smartlink_sections) is enabled for a target.
* msdos: Implemented library based smartlinking of the dead stripable vectorized lists. It is enabled for the internal linker and wlink. These linkers sort sections by name by default.
* Allow library based smartlinking of indirect symbol entries.
* Corrected
0046481. Use both tcalo_new_section and tcalo_make_dead_strippable flags since only the default implementation implies a new section creation when tcalo_make_dead_strippable is specified.
* wlib: calculate the record size according to the number of files in the library.
* Xtensa: set abi correctly
* 8086: Fixed loading a 32-bit ref to a register in case the target register is used as the ref base or index.
* 8086: Also fixed loading a register to a 32-bit ref in case the source register is used as the ref base or index.
* do not throw an internal error on illegal assembler expressions, resolves
0037439
* msdos: Fixed section based smartlinking after my recent changes.
* 8086: Fixed very long section names when $HUGECODE is ON and section based smartlinking is used.
* Added a utility function TrimStrCRC32().
* When optimization is off always load unused parentfp to a local location to be debugger friendly.
* msdos: Fixed AV in the internal linker in some cases when code or data exceeds 64k.
* If parentfp is passed in the stack it can be skipped only if po_delphi_nested_cc is set for the routine.
x86: It is more optimal to push some register (NR_FRAME_POINTER_REG) instead of a constant value in a_load_undefined_cgpara().
* Added assembler comments about unused parameters.
* patch by Christo Crause, resolves
0037335
* ESP8266 support for t_freertos.pas
+ -Ff switch to be able to pass the IDF_PATH without using an evironment variable
* insert literals after the section start which belongs to the current procedure
* reset idfpath when globals are initialized (needed for the textmode IDE)
* cleanup ARM remainders
* locals can have 0 as offset, force a reference in this case
* Xtensa: needs no mul helper, all variants have the MULL instruction
* ait_varloc instructions are handled and removed by Trgobj.translate_registers() and never left for an assembler.
* fix for Mantis
0037616: apply patch by Kai Burghardt to complain about the correct type used by setjmp/longjmp
+ Xtensa: make use of muluh/mulsh instructions
* Xtensa: make use of divide extension if available
+ Xtensa: implemented TCPUAddNode.second_cmp64bit properly
* Xtensa: fixed tcg64fxtensa.a_op64_reg_reg_reg for unsigned operations
* ait_comment,ait_regalloc,ait_tempalloc,ait_varloc instructions produce only comments in the external assembler output. Moved handling of these instructions to TExternalAssembler.WriteComments().
This eliminates code duplication and improves maintainability.
* Xtensa: more fixes to tcg64fxtensa.a_op64_const_reg_reg and tcg64fxtensa.a_op64_reg_reg_reg
* Use TExternalAssembler.WriteComments() also by nasm and intel assembler writers.
* 8086: Use CX as a scratch register instead of BX.
* Xtensa: optimize some shifts by constants
* 8086: If a far procvar is called, it must be in a memory location. This fixes a hack to emulate CALL reg1:reg2.
* 8086: Fixed using far procvars in a near code memory model and vice versa.
* 8086: Do not destroy contents of the BX parameter when calling a procvar by ref with a base.
* 8086: Fixed register allocation failure after
0046559.
* 8086: Reverted
0046557. It must be implemented differently.
* 8086: Proper implementation of: If a far procvar is called, it must be in a memory location. This fixes a hack to emulate CALL reg1:reg2.
* never create a regular temp for inline parameters that can be modified by
the caller (mantis
0037465)a
o in theory, the regular checks for doing so should never trigger, but due
to compiler-generated nodes (such as calls to fpc_ansistr_unique), they
could. Internal address nodes can deal with taking the address of the
function result in this case.
+ Xtensa: use extui for and with constants
* Xtensa: tcpunotnode.second_boolean fixed
* emit the correct declaration for procdefs used to force a procname in LLVM
o fixes lazarus startup on macOS/AArch64 when compiled with the LLVM cg
* add Xcode-11.0 as LLVM target version versin
* Xtensa: fixed TCPUAddNode.second_cmpsmallset
Fix EXTDEBUG code: tai_comment requires use of strpnew function with constant string
Replace outdated cgop2string function by tcgsize2str function from cgbase unit to fix EXTDEBUG cycle on powerpc64le-linux
* Xtensa: force correct location into a register in tcpunotnode.second_boolean
* reverted 46417: if a assembler subroutine needs an entry instruction, it should be added explicitly
* Xtensa: several issues with parameter passing of the windowed api fixed
* Xtensa: some issues with large parameters fixed
* Xtensa: record alignment is upto 8 bytes done
* Xtensa: fix single<>single
+ Xtensa: implemented tcpuparamanager.ret_in_param according to API
* fixed passing of variant parameters
+ Xtensa: reused constant pool entries if possible
* Xtensa: various stack handling fixes
* better calculation of estimated stack frame size
* Xtensa: rewrote parameter handling
* Xtensa: aggregate types up to 16 bytes are returned in registers
* Xtensa: fix operand size and location handling in TCPUAddNode.second_cmp
* stack size estimation again improved
* Xtensa: set expectloc of not nodes correctly
* fix for Mantis
0037650: apply adjusted patch by Ryan Joseph do not range check the length of ShortStrings if their length parameter is based on a generic constant
+ added test
* Xtensa: arrays are always passed as by reference but still returned in up to 4 registers
* fix tw3930 after
0037927
o "unique" class (and interface) type aliases should actually not exist at
all except for overload resolution. All the rest (VMT, UUID, RTTI, ...)
should be taken from the aliased class/interface
o there is one Delphi-incompatibily left after this change, but it shouldn't
matter: tw8180 does not compile if you change the declaration to
"tcl=class(TInterfacedObject,XStr,iinterface)", while Kylix does compile
that. It doesn't really matter though, because in Kylix this actually
adds iinterface twice as implemented interface, so there is no point
in accepting this.
* prevent quadratic complexity in the size of the inheritance chain when
comparing objectdefs for equality
* Improved output of spilling statistics:
- Do not use count_uses, since weight already represents a usage count of a register.
- Do not count spills of registers with weight less than 100.
* Use the initial location of stack parameters as a spilling location if spilling is needed. This leads to the following optimizations:
- no spill temp is allocated;
- no load of a stack parameter to a spill temp;
- if a stack parameter is used only once do not preload it to a register. The parameter can be accessed directly in the stack if the target CPU supports this.
* Fixed
0046776: With -O3 do not "coalesce" spilled nodes if the initial location is set.
* Xtensa: tcgcpu.g_concatcopy uses OC_NE so the branch requires one instruction less
* Xtensa: tcpuunaryminusnode.second_float fixed for double
* Xtensa: tcgcpu.g_concatcopy makes use of loop extensions if available
* Xtensa-freeRTOS: fix linking against libc
* more ABI compliant parameter passing
* Xtensa: handle references with offset only properly
* Fixed the stack parameters optimization (
0046776) for big endian CPUs.
* improve call0 calling conventions
* Do not use stack parameter location for spilling if its size is less than the register size for all CPU targets except x86.
* Fixed
0046801 for the case of int64 params with a single paralocation.
* RiscV32: corrected tcpuparamanager.getcgtempparaloc, resolves
0037709
* cleanup
* Xtensa: taicpu.spilling_get_operation_type improved
* Xtensa: trgcpu.do_spill_op fixed
* cleanup
* Xtensa: stack size calculation for the call0 abi fixed
* Include stack location of spilled variables in the assembler output.
* Moved spilling of registers which have the initial memory location and are used only once to a stage after coalescing is done. This produces a better code.
* a classrefdef might also be created with a forwarddef, so handle that correctly
+ Xtensa: make use of ABS.S
+ extended test for abs(...) with single tests
* Reverted
0046836, since it does not work as expected for yet unknown reason.
+ introduce tcgobj.a_loadfpu_reg_intreg
+ make use of it in tcgtypeconvnode.second_nothing
+ Xtensa: implementation of a_tcgcpu.a_loadfpu_intreg_reg and tcgcpu.a_loadfpu_reg_intreg
* RiscV32 correctly set operands of div/mod operations, resolves
0037743
* patch by J. Gareth Moreton: introduce RemoveInstruction and make as much as possible use of RemoveCurrentP, resolves
0037399
* write a proper error message if types are read/written which are not supported in iso mode, resolves
0037763
* m68k: fix index register usage in memory references, when the index is 8 or 16 bit wide and unsigned
* fix for Mantis
0037221: apply adjusted patch by Ondrej Pokorny to allow the use of Copy() on open array parameters (the result will be a dynamic array)
+ added test
* fix for Mantis
0036909: apply patch by Ryan Joseph so that array constructors can be used for static arrays as well.
+ added test
* small formatting adjustments for the sake of consistency
* correctly handle static arrays with a lower index <> 0
+ added test
+ allow in ISO mode that { ... } and (* ... *) comments are paired, resolves at least partly
0037428
* don't print range check warnings when evaluating inlined explicit typecasts
* don't perform "(x=y) or (z=u)" -> "(x xor y) or (z xor u)" optimization
if z or u may raise exceptions (mantis
0037780)
* do not set nonlocal for inter-procedural labels, this is not needed, they use
the jmpbuf to reach the target
* MovzAnd2Movz* optimization improved
+ MovzAnd2And optimization introduced
* extended AndMovzToAnd to support more variants
* compilation on i386 fixed
* fix for Mantis
0037779: use init RTTI instead of full RTTI when copying an array
+ added test
Disable af_smartlink_sections option for Z80 vasm and z80asm assemblers, as it leads to errors
+ modified patch by J. Gareth Moreton: Aarch64: LDR/STR pairing optimisation, resolves
0037580
* better error message in case of illegal nodes for string constants, resolves
0034054
Avoid range check error in a_op_const_reg_reg method when compiled with -CriotR
* another error message changed into a better one
* do not copy unused paravarsyms
* x86: ImulMov2Imul optimization
* x86: apply OptPass1VOP also to vsqrts*
* xtensa-freertos: patch by Alfred for better tool search, resolves
0037308
* Xtensa: set is_jmp flag so branch optimization works
* xtensa-freertos: run python helpers only on non unix by directly calling python
+ xtensa: make use of float.s instruction
+ xtensa: make use of nsau to implement Bsr*
* patch (with little modification) by J. Gareth Moreton: refactor ARM/Aarch64 peephole optimizer, first part of
0037526
patch by J. Gareth Moreton: GetNextInstructionUsingReg drops out earlier, second part of
0037526
z80: cleaned up some tabs vs. spaces indentation mess in the vasm writer. no functional change.
z80: re-enabled af_smartlink_sections for vasm which is required for the vasm + vlink combo, partially reverting
0046916
z80: added handling of sections provided by the startup code to the vlink linker script. this fixes executable building, but the resulting executables still don't work at this point
+ evaluate typeinfo(
)=/<>typeinfo() at compile time, resolves 0030260
* use fld/fst on i386 to copy doubles
Add conversion from "$" to "." for i386-watcom target and avoid iteration if no char modification is wanted in ApplyAsmSymbolRestrictions function
Use ApplyAsmSymbolRestrictions function and limit label sie to 247 for watcom assembler
Rename pvmt internal type to lower_pvmt for i386-watcom as watcom assembler is not case sensitive
* Fix NaN for watcom assembler (C000h is considered as a label, use 0xC000 instead)
* Also use ApplyAsmSymbolRestrictions for label names (required for units using embedded '.'
* Add ':' after a label if there is hp^.next is not assigned
+ x86: FstpFld2Fst optimization (re-enabled for safe cases)
+ optimize comparisons of constant pointers
* set default processor for i386 to Pentium2
* AVR: MovMov2Mov 2 optimization
z80-zxspectrum: fix the the linking order in the bss section, so the startup code doesn't crash when linked with vlink
Treat metadata as data in agppcmpw.pas
+ support all XSAVE instructions, resolves
0037864
+ use pxor/vpxor to load 0.0
+ more pxor/vpxor optimizations
* inline more aggressively, if the ie for the initial change re-appears, it must be fixed differently
* don't do illegal type conversions on GetNextInstructionUsingReg results
* avx-512 has 32 mm registers
* load 0.0 by (V)XORPS/D instead of (V)PXOR in mm registers
* use (V)XORPS/D for unary minus
* use V* instructions if possible
* fix i386 compilation
* mm registers 16-31 are also volatile during a call
+ make use of avx-512 instructions vcvtuis2s* if possible
* improved (V)MOVA*(V)MOVA*2(V)MOVA* 2 optimization
* proper change information for avx-512 vcvt* instructions
* generate simplified code for unary minus when sse/avx is used
* is_signed does not check the ordtype but the ranges, so it cannot be used to
check for valid types for cvtsi2sd/s
* patch by Marģers to unify internal error numbers, resolves
0037888
powerpc: added support for 64bit explicit locations in legacy MorphOS syscalls. improved error handling of various corner cases or explicit paraloc handling
* turn the recently added 3357 warning into an error, to avoid another compiler IE later
* when setting up the symbol for the SEH data don't check whether it is global, instead check whether it's a function
* reset the stored symbol for SEH data once a new section is encountered
* use the name of the symbol instead of the name of the section as the later is always lowercased
* (slightly) modified (formatting, warning) patch by Jan Bruns to speed up overloading search, resolves
0036666
* naturally align threadvar lists/tables
o required for (future) Darwin arm64e target, and a good idea elsewhere too
(on constrained targets, it won't make a difference because the alignment
of pointers won't be > sizeof(longint))
* AArch64: added SIMD instructions (only plain ARMv8-A for now)
o added AArch64 regset parsing support in assembler reader, means that "{"
no longer starts comments there (like in the ARM assembler reader)
o added AArch64 indexed SIMD register support and removed old cg hacks
that worked around its absence
+ Add new LastCommonAsmOp constant to arm and aarch64 CPU targets.
* Uses this new constant to define TCommonAsmOps set type.
+ Use this constant in armgen/aoptarm MatchInstruction function,
to avoid a range check error when compiling with -CriotR with optimization.
* fix try_make_mul32to64() if it's called with a constant node on the
left (mantis
0037878)
o can happen if use_generic_mul32to64 returns false
* patch by J. Gareth Moreton to improve LEA/SHL -> LEA optimisation, resolves
0037954
* (slight modified) patch by J. Gareth Moreton to reduce number of assembler optimizer passes, resolves
0037959
* better complexity calculation of tvecnodes
* explicitly convert array indicies to pointer sized integers, so cse
can handle the conversion
* simplify tcgunaryminusnode.second_integer
+ remove type conversions also for unary operations if possible
* try_make_mul32to64: restore original node order if transformation failed
o this gets called by taddnode.pass_1, which caches the left/right
node types/resultdefs
* LLVM: ensure that the parameter types are processed of procdefs that are
declared when they get first called
o fixes compilation of several tests/test/tobjc* tests after
0046675
+ x86: MovxMov2Mov optimization
* patch by J. Gareth Moreton: minor refactor of reduced iterations of pass 1 of the assembler optimizer, resolves
0037972
* colored message output as requested in
0037331, so far linux only
Also look for function name of 'result' is not found in load_result_node
* patch by Jan Bruns to solve an issue with the new overloading selection code, resolves
0037969
+ inline subroutines with formal parameters as well
* directly copy the result of set set into the left side of an assignment
Add explicit longint typecast to avoid range check errors with unwindrec longword variable
Display xtensa specific options for ppcxtensa -h
* delphi has excessprecision turned on by default
* excess precision should not be applied to comp or currency
i386-go32v2 also does not support progbits, as other COFF targets
Disable use of cmov instructions in alignment patterns for some i386 targets (it prevents use of some emulators)
- remove unused trimbspace
+ added ansistring variants for some helpers
* use AnsiString for file names to overcome length limitations
m68k: add missing FINT and FINTRZ instructions to spilling_get_operation_type()
* reverted accidental change
m68k: change the stack push order in the register calling convention to left-to-right. This should fix parameter handling in nested procedures (tnest5)
* bump ppu version after
0047279. it changes the ABI (m68k only), so units are incompatible even if the format didn't change
+ patch by Anton Kavalenka to support coloured output on windows, resolves
0038025
* added "const" to some string parameters
* give an error when trying to define a macro/compiler variable with
an empty name
* changed TIDString and tsymentry.realname to TSymStr
o for TIDString: prevents shortstring -> ansistring conversions with
-dsymansistr when looking up symbols
o for realname: consistency with name
m68k: initial commit to add the Sinclair QL as a compiler target
* m68k: enabled vasm assembler support for the Sinclair QL, and added linking
* using ymm registers for copying data is always useful, regardless of alignment
* fix tcgx86.a_loadmm_reg_ref and tcgx86.a_loadmm_ref_reg for 64 OS_M512
* allow var alignment up to 64 bytes
+ i386 supports also avx-512
* i386 can use only 8 mm registers with avx-512
* also use avx copying for mod 4=0 memory blocks
* patch by J. Gareth Moreton: MOV/LDR/STR/MOV optimisations for ARM/AArch64, resolves
0037638
+ completed Ch_* information for VMOVD*
+ take care of vzeroupper in exit code optimizations
+ tx86addnode.second_opvector makes use of AVX instructions
* moved UseAVX from cgx86 to cpubase
+ UseAVX512
sinclairql: when linking with vlink, generate an unrelocated binary with appended relocation info, so the startup code can relocate it
* fix for Mantis
0038051: make Chr() a real intrinsics so that it can be used in type declarations as well
+ added test
* increase PPU version so that the change of Chr() to a full intrinsic will not lead to problems
* fixed type of size parameter passed to fpc_getmem() when translating
new(pointer) (mantis
0038054)
m68k: fix references like (An) to parse properly in the assembler reader
sinclairql: make sure the default CPU target is 68000 for the QL. also, some cleanups
Move explicit typecast to after check to avoid RTE when compiled with -CR
* use VPXORD in avx-512 mode as VPXOR does not work for the upper 16 registers
* compilation on i386 fixed
* regenerated msgidx/msgtxt after
0047376
* Arm Thumb does not support complex references including SP, resolves
0038056
Remove setting of USE_FAKE_SYSUTILS macro for MacOSClassic, as sysutils is now compiled for that OS
Use MPW linker variant also for m68k-macosclassic target
Avoid uninitialized variable warning with -O4 option
Merge: 06f5e293df 897322868b
-- ZusammenfĆ¼hren von
0047033 bis
0047401 in Ā».Ā«:
C compiler/i386/i386nop.inc
U compiler/i386/i386tab.inc
U compiler/i386/i386atts.inc
U compiler/i386/i386att.inc
C compiler/i8086/i8086nop.inc
U compiler/i8086/i8086tab.inc
U compiler/i8086/i8086atts.inc
U compiler/i8086/i8086att.inc
U compiler/x86/x86ins.dat
C compiler/x86/rax86.pas
U compiler/x86/aasmcpu.pas
U compiler/x86/cpubase.pas
U compiler/x86/agx86att.pas
U compiler/x86/itcpugas.pas
U compiler/x86/rax86att.pas
C compiler/x86_64/x8664nop.inc
U compiler/x86_64/x8664tab.inc
U compiler/x86_64/x8664ats.inc
U compiler/x86_64/x8664att.inc
U compiler/utils/mkx86ins.pp
U tests/utils/avx/asmtestgenerator.pas
U tests/utils/avx/avxopcodes.pas
-- Aufzeichnung der Informationen fĆ¼r ZusammenfĆ¼hrung von
0047033 bis
0047401 in Ā».Ā«:
U .
KonfliktĆ¼bersicht:
Textkonflikte: 4
KonfliktĆ¼bersicht:
Textkonflikte: 4
* fixes for nasm writer, resolves
0038074
+ test
sinclairql: reduce default stack size to 8K
sinclairql: add a note about .bss sections and the binary size, no functional change
m68k: fixed parsing of absolute addresses in the assembler reader
m68k: fixed parsing of constants to absolute addresses
* simplified and fixed code of (v1=const1) and (v2=const2) optimization, resolves
0038066
sinclairql: the newline on this system is LF, not CRLF
sinclairql: following Frank Wille's advices, reworked the linker script to omit .bss section from the binary. this reduces a simple 'hello, world' size by ~5K. needs matching startup code.
Revert commit
0047257, Disable use of cmov instructions in alignment patterns for some i386 targets (it prevents use of some emulators)
Replace it by a new set of i386 targets, for which the default cpu is set to i80486 instead of pentium2
to avoid (for default configuration) use of CMOVxx or PREFETCHyyy instructions, not supported by some emulators.
* better writing of ordinal const. nodes
* correctly simplify tree transforms of (a+c1+c2) if a is a pointer, resolves
0037671
* Give access to CPU specific fields of tsettings record
in GENERIC_CPU mode, to be used by ppudump utility.
generic/cpuinfo.pas: Add tinstructionset, used for ARM cpu.
globals.pas: Put all CPU specific fields of tsettings record
inside a variant part when GENERIC_CPU is defined.
Also import llvm unit when GENERIC_CPU is defined.
+ utils/Makefile.fpc: Add -Fu../llvm option to compile ppudump,
as it now also needs llvm specific code decause of globals unit change.
bugfix gnu-assembler platform i386 vcvtsi2sd,vcvtsi2ss,vcvtusi2sd,vcvtusi2ss
bugfix gnu-assembler platform i386 vcvtsi2sd,vcvtsi2ss,vcvtusi2sd,vcvtusi2ss
bugfix gnu-assembler platform i386 vcvtsi2sd,vcvtsi2ss,vcvtusi2sd,vcvtusi2ss
bugfix gnu-assembler platform i386 vcvtsi2sd,vcvtsi2ss,vcvtusi2sd,vcvtusi2ss
Do not set USE_FAKE_SYSUTILS for MacOS anymore
Add separate cs_assemble_on_target tglobalswitch entry
+ options.pas: Add new option -sT, to do only the linking on target, by
opposition to the old -st option, which does
both assembling and linking on target.
msg/errore.msg: Add new -sT help message
modify -st help message, to explicitly say that both assembling and linking
scripts are prepared for target system.
* msgidx.txt, msgtxt.inc: Regenerated
In FindObjectFile check the assembly file if cs_assemble_on_target is in globlaswitches
Replace cs_link_on_target by cs_assemble_on_target in assemble unit
sinclairql: make sure the Sinclair QL defaults to vlink
+ optimization type converted (modulo) divisions as well by removing up/down converting but,
insert a test and separate code path for -1 if needed
* fits_in_mm_register takes care of avx(512) support
* fix spilling of avx(512) registers
* get_scalar_mm_op fixed for M256
+ implement prefetch intrinsic for aarch64
* set reasonable defaults for arm eabi
* patch by J. Gareth Moreton: fixes crash on ARM with -CriotR, resolves
0038116
+ Aarch64: call OptPass1FData for FMA instructions as well
+ Aarch64: implemented FMovFMov2FMov, not yet used
m68k: fix DB/DW/DD handling in inline assembler, update BuildConstant() method to current standards. issue reported/initial patch by Marcel Kilgus in QLForum.co.uk
* remove obsolete comment from rautils/ConcatConstant, issue reported/initial patch by Marcel Kilgus in QLForum.co.uk
sinclairql: use .exe as extension for executables instead of .bin, patch by Marcel Kilgus at qlforum.co.uk
Also accept s80bit real constants when FPC_SOFT_FPUX80 macro is defined
sinclairql: map file generation support with vlink, inspired by a patch posted by Marcel Kilgus in qlforum.co.uk
* backported vlink map file generation to other targets using vlink: Amiga, Atari and ZXSpectrum
+ Xtensa: make use of the LSX/SSX instructions
* Xtensa: cleanup of getreferencestring
+ added coloured compiler output support for OS/2 and DOS targets, platform-specific parts refactored to a standalone unit to remove the heap of ifdefs in unit comphook
sinclairql: added platform specific options to allow specifying executable metadata format
sinclairql: drop support for the BASIC loader, write Q-emuLator or XTcc compatible metadata to the executable instead. based on a patch by Marcel Kilgus in qlforum.co.uk
sinclairql: mark the qhdr metadata format as default in the help text
* when getting an llvm temporary recorddef, recurse into arrays rather than
treating them as opaque defs. This is required to ensure that the temporary
recorddef for all x86-64 function results are the same on the caller and
callee side, as we allocate new arrays when generating them
* pass lp64d to GNU AS for abi_riscv_hf to get the right ABI set
* .def must be set on linux else it might be that the created executable is
deleted after compilation
Allow easier disabling of $inline on, by using -dDISABLE_INLINE
Improve CRC_checksum testing code with -dDEBUG_UNIT_CRC_CHANGES -dTest_Double_checksum -dTest_Double_checksum_write
Add {$i fpcdefs.inc} to units that do not have that include
bugfix internal assembler-reader x86 opsize local var
bugfix internal assembler-reader x86 opsize local var
Fix compilation with DEBUG_PPU macro set
* do not include fpcdefs in the cepiktimer unit
+ factor out PostProcessELFExecutable
+ write executable section size on linux
* take care of po_noreturn in more cases
* Fix for Mantis
0038122: when a deref node is passed as a Self parameter for a type helper (which is a var parameter) we need to pass the non-derefentiated value so that the data it points to can be modified by the helper's method (this is Delphi compatible)
+ added tests
* Improve Test_Double_checksum with Test_Double_checksum_write CRC testing code.
Pass the three checksum arrays from ppufile to module owner,
to be able to check that the checksums computed at the time pf ppu writing
are compatible with the ones computed at interface level.
+ #QLvember work: stack frame optimization for m68k
* check if an invisible parameter for the result occupies parameter space
working on new testmethods (memref-operands)
working on new testmethods (memref-operands)
working on new testmethods memref operands
working on new testmethods memref operands
* allow an AT&T suffix for movabs
+ -Xa option: generate code which allows to use more than 2 GB of static data on 64 Bit targets
+ implemented support for x86-64
* more than 2 GB static data requires to use the --no-relax option on linux
+ range check enumeration array indicies, range checking is after all a safety mean
working on new testmethods (memref-operands)
working on new testmethods (memref-operands)
Add internalerror when V_Error level is used in Test_double_checksum code, only with TEST_CRC_ERROR macro set
Apply patch proposed by J. Gareth Moreton in:
bug report
000036882: [Feature] Class and record definition XML dump extension
These patches extend the node dump feature (enabled with DEBUG_NODE_XML)
so it also dumps class and record definitions to the XML file. They are contained within
tags.
Currently only fields and constants are dumped to the XML file. Methods, constant and variable definitions may be added later.
* dir_push might not flush pending switch changes but has to read the pending
record if needed
working on internal assembler-reader x86 opsize local var
working on internal assembler-reader x86 opsize local var
Fix i8086 compiler failure due to move of printnodeindention variable into verbose unit in commit
0047658
* Second patch xml-node-dump-defs.patch from J. Gareth Moreton from bug report 36882.
With same changes to ensure that xmllint find no errors in generated xml files.
+ add endsym to ConcatConstSymbol
Fix z80 compiler failure after change to ConcatConstSymbol in commit
0047668
working on new testmethods and bug-fixing size of (memref-operands | global and local variable
working on new testmethods and bug-fixing size of (memref-operands | global and local variable
* fix in
0047632 should be enabled for all targets as it is a stack tainting
parameter
bugfix internal assembler-reader x86 opsize local va
bugfix internal assembler-reader x86 opsize local va
working on new testmethods and bug-fixing size of (memref-operands | global and local variable
working on new testmethods and bug-fixing size of (memref-operands | global and local variable
* don't do x*x -> optimziation for xtensa as it causes a recursive call in sqr(...)
Raise internalerror inside RemoveCurentP is called with p=hp1, because it leads to using a class instance after it has been freed
Avoid internalerror in RemoveCurrentP for arm compiler
* cleanup merge overlefts
+ min/max intrinsics for internal use by the compiler
+ replace appropriate if statements by min/max intrinsics
+ support min/max intrinsic on xtensa
+ project file for PowerPC64LE
+ read 64-Bit ELF executable info correctly
* x86 change information updated
* (modified) patch by Christo Crause: ESP8266 doesn't support min/max instructions, resolves
0038175
* patch Christo Crause: Use LDS for 8 bit references, resolves
0038173
+ min/max support for x86
* quick fix for llvm compilation
* limit min/max optimization to fastmath for now, as the NaN handling is not working yet
working on internal assembler-reader x86 opsize local var
working on internal assembler-reader x86 opsize local var
* Adapted from patch node-dump-pass-1.patch submitted by J. Gareth Moreton from bug report 38156.
This patch extends the DEBUG_NODE_XML debug feature by also outputting,
to the *-node-dump.xml files, the node tree as it appears after the first pass,
since it often contains many more internal nodes like temporary allocations that may need
to be evaluated for debugging and development purposes, or node-level optimisation opportunities.
+ added explanation for min/max intrinsics
* prepared x86 implementation for proper NaN handling
Fix bug introduced in commit
0047709, by only calling node_complexity if first pass was already done (bug report 38183)
* handle min/max properly if it is applied to NaNs
* test extended
Fix pos field closing in XML node output after commit 47720
+ m68k: JSR, RTS to JMP optimization
m68k: in g_concatcopy, check the actual alignment of references being copied rather than always excluding word and dword sized direct copies on a 68000
cleanup bugfix internal assembler-reader x86 opsize local/global var
cleanup bugfix internal assembler-reader x86 opsize local/global var
amiga: fixed the recently added link map generation to work properly. needs recent vlink to work
* fix regression introduced with
0047625 for Mantis
0038122: when checking for a dereferentiation of the Self parameter subscript and vec nodes need to be kept
+ added test
* made optimization JSR, RTS to JMP more bullet proof, added comment
* m68k: MOVE, TST, Jxx/Sxx to MOVE, Jxx optimization
* Try to read command line exec name on linux, using argv[0], in order to be able
to use the symbolic link name instead of the real executable name.
This allows to use symbolic links to gppc386, named gppc1
to be able to launch ppc1 under gdb, as it is already possible
under OpenBSD (which returns the command line name via paramstr(0),
or under Windows if is used (generated by mklink).
+ Generate errors if compiler executable is not found, or if gdb binary
is not found.
* allow absolute variables with an address to be used as syscall base
* m68k: proper values for first_*_reg
+ m68k: LEA, MOVE(M) to MOVE(M) predecremented optimization and MOVE(M), LEA to MOVE(M) postincremented optimization
* call node_complexity correctly in order_parameters when sorting parameters
+ optimize if x>a then x:=a; into min(a,x);, similiar for max
* test extended
* min/max optimization on x86 can be applied now without fastmath as NaN is handled properly now
* x86: apply VOpVmov2VOp optimization to vmins*/vmaxs*
Fix ash_savefregp_x handling, as revealed by range check error
* improved change information
Fix compilation failure for avr compiler with -dDEBUG_NODE_XML, to fix bug report 38222
cleanup and add comments to div. vcvt.. opcodes
cleanup and add comments to div. vcvt.. opcodes
* apply doremoveinttypeconvs to unary minus and not on 8 and 16 bit targets as well
* do an unsigned division if one operand is unsigned an the other
one a constant in its range, resolves
0038180
* x86-64: correctly translate and with large constants in mod optimizations, resolves
0038164
* change def parameter of single_type() from var to out (part of patch by Blaise.ru)
* apply slightly adjusted patch by Blaise.ru which moves parsing of result types to a separate functions thus ensuring that File types can't be used for procedure variables (just like they already couldn't be used as a result type for normal functions)
+ added test
working on internal assembler-reader x86 opsize local/global var
working on internal assembler-reader x86 opsize local/global var
* Aarch64: fix 32 bit div operations with constant denominators, resolves
0038225
working on new testmethods and bug-fixing size of (memref-operands | global and local variable - append correct gas-suffix on any vcvt.. opcodes
working on new testmethods and bug-fixing size of (memref-operands | global and local variable - append correct gas-suffix on any vcvt.. opcodes
+ patch by J. Gareth Moreton: some new x86 assembler optimizations, resolves
0038130
* apply patch by Blaise.ru to enable the correct generation of names for classes/interfaces inside local symtables; these will be required for reference function types which are in fact interfaces and classes, this does not mean that ordinary classes can be declared inside functions
Note: no test as the functionality is not yet used
* fix the m68k cross-builds by disabling part of
0047824
external gas-assembler - handling special opcodes with multiple memref-size e.g. vfpclassps/pd - if operand-opsize < S_XMM =>> use memref-min-size
external gas-assembler - handling special opcodes with multiple memref-size e.g. vfpclassps/pd - if operand-opsize < S_XMM =>> use memref-min-size
Appply fix from Gareth Moreton in bug report 38247
* implemented UseAVX512 properly
+ make use of VREDUCE* for frac(...) if AVX512QD is a available
* Ch_ information for vreduce* fixed
* min/max optimization needs to check both operands of the if condition, even if no else-statement is passed, resolves
0038249
Fix compilation of i8086 compiler after commit
0047840
* lines with 255 chars a little bit long, reformated them
m68k: the LEA+MOVEM to MOVEM optimization is not feasible on a ColdFire
+ Xtensa: support large stack frames for the call0 abi
m68k: new CPU capability - the LINK instruction supports LONG displacements (68020+)
+ support got modifier on labels
* fixed llvm shadow symtable construction in case fields are reordered
(-Ooorderfields) and hence their offsets are no longer monotonically rising
* also fixed padding for variant bitpacked records in llvm shadow symtable
* generate more efficient code for trunc(currency), trunc(comp), and
round(comp) on platforms where currency and comp are handled using the FPU
o also fixes trunc(comp) and trunc(currency) compilation for x86 on LLVM
with -Oofastmath
* add missing removal of excess fpu precision typecasts for trunc/round
- revert
0047208
* properly fix the internalerror it hid: only replace the local symbols
migrated to the parentfpstruct right before generating debug information,
so that internally generated self/result loads during optimisation passes
don't get confused by the replacement absolutevarsyms (those are normally
never encountered during optimisation, as regular absolutevarsyms are
replaced during parsing)
* use new TSym.EscapedRealName property when creating new symbols with the
same name as existing symbols
* factored out the creation of loadnodes for special variables/parameters
+ $codealign directive accepts setting maxcrecord
external gas assembler: special handling for correct suffix in vfpclass-opcodes
external gas assembler: special handling for correct suffix in vfpclass-opcodes
* fix comment typo mentioned by Bart
internal assembler-reader x86 opsize local/global var - cleanup
internal assembler-reader x86 opsize local/global var - cleanup
working on internal assembler-reader x86 opsize local/global var
working on internal assembler-reader x86 opsize local/global var
* fixed error in load_fpu_location triggered by round() (fixes webtbs/tw32671
on i386 after
0047854)
+ implement align directive for records, resolves
0028927
* correctly handle inlined exits in dfa, resolves
0038259
internal assembler-reader x86 opsize local/global var - cleanup
internal assembler-reader x86 opsize local/global var - cleanup
* Fixed missing slash in fppkg.cfg when installed in the root
* do not check inlined exit nodes for unset results, resolves
0038259
* first part of fixing
0038267: do not bail out early during constant folding
if the constant is 1 or -1
* refactored constant folding code
* properly fold string+string const+string const., resolves
0038267
internal assembler-reader x86 (local/global var) - validate asm-opcode-attsuffix and memrefsize
internal assembler-reader x86 (local/global var) - validate asm-opcode-attsuffix and memrefsize
+ fold also (string const+(string const+string var))
* string tree folding code moved into level 2 opt. block
* instead of blindly consuming whatever comes next trigger an explicit error if the parsed expression does not match for "INDEX ordexpr" or "NAME strexpr"
+ added tests
* always add a generic dummy if it is a procsym
* ensure that the dummy symbol is registered if it's added due to a routine
* use a case statement instead of nested if-then statements
* also handle call nodes when determining the generic symbol for inline specializations
* when only a symbol name is provided to generate_specialization_phase1 allow a symbol table to be provided as well
* correctly handle the case should the generic dummy symbol be a procsym instead of a typesym
* Delphi does not allow a generic method to be overloaded by a non generic type of the same name (unlike for generic types and non generic routines); this is probably done to simplify the implementation of implicit specializations of generic methods so we do this as well. For this we change the dummy symbol for generic routines from a typesym to a procsym
+ added tests
Note: what Delphi /does/ allow however is to overload a generic routine with a generic type... go figure. :/ We currently don't allow that
* fix compilation on targets that use Stabs debug information: ignore generic dummy symbols with no procdefs for generating stabs data
+ added newly used opcodes to avx_opcode_only_op0_may_be_memref
-- RĆ¼ckwƤrtiges ZusammenfĆ¼hren von
0047837 bis
0047033 in Ā»ppcx64.lpiĀ«:
U ppcx64.lpi
-- Aufzeichnung der Informationen fĆ¼r rĆ¼ckwƤrtiges ZusammenfĆ¼hren von
0047837 bis
0047033 in Ā»ppcx64.lpiĀ«:
G ppcx64.lpi
-- Entfernung der ZusammenfĆ¼hrungsinformationen von Ā»ppcx64.lpiĀ«:
U ppcx64.lpi
-- RĆ¼ckwƤrtiges ZusammenfĆ¼hren von
0047837 bis
0047033 in Ā»ppcx64.lpiĀ«:
U ppcx64.lpi
-- Aufzeichnung der Informationen fĆ¼r rĆ¼ckwƤrtiges ZusammenfĆ¼hren von
0047837 bis
0047033 in Ā»ppcx64.lpiĀ«:
G ppcx64.lpi
-- Entfernung der ZusammenfĆ¼hrungsinformationen von Ā»ppcx64.lpiĀ«:
U ppcx64.lpi
* use str(...) instead of typinfo unit
* use str(...) instead of typinfo unit
+ patch by J. Gareth Moreton: Advanced MOVZX optimisations, resolves
0038294
* fix for Mantis
0038310: ignore procsyms that have no procdefs for checking overloads, or more precisely to stop checking for overloads; these are generic dummy symbols
+ added (simplified) tests
* weight currency->float conversions the same regardless if
the currency type is handled by the integer unit or the x87 fpu,
resolves
0038309
* have the generic dummy symbols for procsyms keep track of their overloaded generic procsyms so that they can be easily found (will be needed for implicit specializations)
* llvm: only set custom parameter alignments for byval parameters, the rest
is handled automatically by llvm (and since llvm 11.0 you get an error if
you specify an alignment for them anyway)
* throw a proper error if a contructur has a type parameter in delphi mode, resolves
0037217
+ AddLea2Lea optimization
* improved LeaLea2Lea
* patch by J. Gareth Moreton to resolve bug introduced in the first patch, resolves
0038294
* simplified code for JccAdd2SetccAdd optimization
* patch by J. Gareth Moreton to fix MovzxCmp2CmpMovzx, resolves
0038339
* clear up message that a global generic references a static symbol a bit
* regenerate msg*.inc files
* add parameter cleanup nodes to the call cleanup block (mantis
0038316)
* do not extend 8 bit return values to 32 bit when loading them into eax,
this is not required by the api, neither does e.g. clang it
cleanup + add internal error if all asmr_e_not_supported_combination_attsuffix_memrefsize_type are reported
cleanup + add internal error if all asmr_e_not_supported_combination_attsuffix_memrefsize_type are reported
* avoid widening of shl operations, this is not necessary for them either
+ support R_X86_64_GOTPCRELX and R_X86_64_REX_GOTPCRELX
* patch by J. Gareth Moreton: refactor OptPass2Jcc, resolves
0038343
* simplify tx8664shlshrnode.pass_generate_code, it should not mess with the result type, this
is a matter of the type check pass
* x86: some fixes to enable 8 and 16 bit operations
* arm*: fix SxtbAndImm2Sxtb (now SxtbAndImm2Uxtb) optimization as proposed by Pierre and Gareth
* similiar fix to
0048167 for OptPass1SXTH
+ remove try ... finally statements if the finally block is empty
Fix clearing of single type register variable in initialize_regvars method for ARM cpu (with -Ooregvar)
* patch by J. Gareth Moreton: Unitialized result variable fix on non-x86 debug builds, resolves
0038371
Avoid inlining of real constant for m68k if type is not best precision
* arm/aarch64: patch by J. Gareth Moreton: fix register allocation information for Mov2None 2, should resolve
0038055
Reset paratargetdbg to dbg_none when handling -g- option, to really suppress debug information generation
* patch by J. Gareth Moreton: aarch64 EXTDEBUG fixes and extensions, resolves
0038383
* give a proper error if macros are too deeply nested
* Removed/ifdefed lots of unused variables.
* Corrected visibility of overridden methods.
* Commented out some unused (yet?) local variables.
* Fixed a wrong code caused by a typo. It has been revealed by a note about an unused var.
* Fixed
0044145. To test if a constant is declared it is needed to use {$if declared()} instead of {$if defined()}.
* Commented out the unneeded/unfinished code.
* Removed/ifdefed the assigned and unused variables.
* Removed more assigned but unused vars.
* Corrected method's visibility.
+ modified patch by Christo Crause: if the target support, the switch -Xu can be used to generate the executable as an uf2 file
* Removed in_x86mm_last (the duplicate no and unused) from the tinlinenumber enum.
* Fixed value of the LF_PAD13 enum element.
* do not output error numbers for options
Add cs_generate_uf2 entry into ppudump
+ write message number to docs
+ enclose arguments in text angles
* rgobj: ungetiftemp can't be used here since it frees only temps of the tt_normal type.
* compiler utils cannot depend on StrUtils
* use generic VFP type instead of VFP list prone to changes
* properly mangle interface wrapper names to avoid duplicate label errors, resolves
0038385
m68k: revert
0048224, the fix proposed in that patch was just hiding an underlying issue
* fix type conversion for array indicies if the ordinal ranges of the involved types do not overlap, resolves
0038413
* handle generic with ord call of sub-range and enumeration data excluding 0 correctly, resolves
0038412
* removed accidently committed printnode
* the size of the CIE_pointer in an FDE is always 32 bit
* allow sub/add nodes in constant pointer expressions, resolves
0034027
* create \index entries in the messages.inc for an index of message texts and numbers in the user manual
bugfix
000037785 cvtsi2sd,cvtsi2ss for platform i386
bugfix
000037785 cvtsi2sd,cvtsi2ss for platform i386
+ throw a warning in ISO mode if a constant string is assigned to a char and the sizes do not match, resolves
0038439
* do not initialize unncessary register allocators
* Fixed expectloc of local variables passed as a formal parameter. This issue is caught by cycling the compiler with -dEXTDEBUG. Yet the compiler can't cycle with EXTDEBUG due to other issues with wrong expectloc.
* more helpful message if an unknown field is accessed in the assembler reader, resolves
0038475
- armv5 never existed (without extension), removed
* do not mess with FPA registers if they are not available
* factored out tbasecgarm.init_mmregister_allocator
+ throw an error if hardware floating point operations are used in thumb(-1) mode, this is not supported
* arm: taicpu uses set instead of boolean to store instruction states
+ track if an instruction is a thumb instruction in taicpu
* forgotten part of last commit
* arm thumb1: several fixes for the internal assembler writer
* initialize current_settings as early as possible so cs_debugswitch is set correctly if needed
* ARM: NR_RETURN_ADDRESS_REG is R14
* arm thumb: generate proper cfi
* initial implementation of CFI support for arm (non-thumb)
* generate advance_loc records only if there was code/data since the last advance_loc entry
+ (safe) heuristics to use DW_CFA_advance_loc1 in CFI
+ generate initial cfi for aarch64
* more cfi support for aarch64
m68k: extend the the register to full size, when multiplied by an immediate in memory references. Patch based on the work of Pierre Muller.
* patch by Alfred to fix cutils.CompareVersionStrings, resolves
0038514
+ array defs. of open arrays are now marked by ado_OpenArray, so (internally!) zero sized array can be declared with 0..-1
* string constants have a size of 0, resolves
0038504
* correctly set the defowner of the exception symtable to the surrounding routine as suggested by Blaise.ru
+ add modeswitch for anonymous function and function references
* allow in-operator to be used on type parameters, resolves
0038497
* Darwin targets that don't support link order sym files can't smart link
vectorized sections
* attempt to fix bitpacked records with qwords in them (tw36156) when cross-compiling to big endian targets from x86. essentially the x86 shifting workarounds in the code already weren't covering all corner cases.
bugfix
000037785 cvtsi2ss and cvtsi2sd in x86_64 { att}
bugfix
000037785 cvtsi2ss and cvtsi2sd in x86_64 { att}
* correctly allocate edx for mulx, resolves
0038533
Apply patch proposed by J. Gareth Moreton in bug report
000038527
The patch reworks the LeaLea2Lea optimisation and hopefully fixes the bug (admittedly by adding a brand new optimisation!).
m68k: removed some helper function which was added, but in the end it never saw any use
m68k: adjusted some max alignment values for m68k-linux based on i386-linux, because the ELF loader on m68k should be able to provide the same alignments for globals
Patch by Gareth Moreton
* Fix lea optimizations which lead to more failures with -O3 and -O4 options.
- LeaLea2Lea now checks to see if the index register is in use.
- For both the base and index registers, RegUsedBetween is changed to
RegModifiedBetween, since just reading the register is harmless for the
optimisation (it finds additional optimisations in the RTL as a result).
- Because I saw the mis-optimisation with MOVZX that occurred (even
though it was due to the mis-optimisation of LEA instructions), I wrote
some extra code in OptPass2Movx as a safety measure to ensure this
doesn't happen (although no additional instances of it happening have
been noted so far - best be safe than sorry).
+ added b.cc/b.cs support to AArch64 assembler reader (mantis
0038485)
* applied patch by Pierre to fix make cycle -Cr
+ SETcc/Mov -> SETcc optimization
m68k-linux: revert maxCrecordalign to 2, as an experiment to fix some linking-against-C regressions since the alignment changes
* for setjmp based exception handling, get the type of the exception reason from the setjmp result
* fixed JVM stack height calculation after calls returning an
implicit pointer tpe
* the new constant string arraydefs are also implicit pointers types for JVM
* support Objective-C classes and protocols with -gw3 (mantis
0036250)
* fix LLVM after
0048828
* global gotos really use the return type of fpc_setjmp to test where we come from
+ apply excess precision also to unary minus nodes
* made excess precision really working
+ optimize (a and b) or (c and not(b)) into c xor ((c xor a) and b)
+ test
* sar*/ro* do not call location_force_reg if not needed
* do not omit location_force_reg on second operand of sar/ro* if
it is used to adapt the size of the operand
* patch by J. Gareth Moreton: MOV/SHR reference optimisation, resolves
0038560
* patch by J. Gareth Moreton: SubMov2LeaSub optimisation improvement, resolves
0038555
* patch by J. Gareth Moreton: take care of -Os for SubMov2*, part of
0038579
* do not generate mul instructions if the mul extension is not available
* do not apply the (a and b) or (c and not(b)) into c xor ((c xor a) and b) optimziation if short boolean evaluation is used, should resolve
0038576
* improved test
* improved last commit, better handling of boolean expressions
* last commit fixed, hopefully final fix
* Improve DEBUG_PPU code
* Move flog file closing from closefile method to destroy destructor.
* Fix write_data output into flog
* RiscV32: properly read references with record offsets and base register
+ RiscV32: sanity check in assembler writer
* unified RiscV32 and RiscV64 GAS readers
+ initial (and so far experimental) implementation of -ix to output -i in xml format for further automated processing
+ support for .dc.a directive
* read multiple section flags
* RiscV: basic CFI stuff fixed
* RiscV: if shared libraries are involved, we have to link always against the crt*S.o variants
+ RiscV: initial support of pic generation
* riscv64-linux: generate PIC for all units as it is required for shared libraries
Rough fix for riscv32 failure
* RiscV: unified itcpugas.pas
* RiscV: integer type conversions fixed
- cosmetics: superfluous newlines removed
* the TFPList.List property made protected in order to discourage using it
directly, as this circumvents range checking
Use uvalue field to get unsigned and avoid range check or overflow errors
Avoid invalid typecast error when using -CR option
+ introduced TFPList.IndexOfItem and TFPObjectList.IndexOfItem, which are like
IndexOf, but can also search backwards. The same method already exists in
FPC's classes unit.
* when parsing unions, set the uniondef reference to nil in
current_module.deflist after freeing the object to prevent dangling pointers
and use after free
+ patch by J. Gareth Moreton: AddMov2LeaAdd and AddMov2Lea optimizations, resolves
0038579
+ X86: JccMovJmpMov2MovSetcc optimization
* instead of registering all and then deleting non-propgetter/setter procdefs in
pdecvar.read_property_dec, don't register them by default, and then only
register them, if they are propgetter/setter. This prevents dangling pointers
in current_module.deflist and potential use-after-free bugs.
+ RiscV: initial OpAddi02Op implementation
* RiscV64: type conversion to 8 bit improved
* remove nf_write from the counter node when converting for loops into while loops if the counter is only read
* Dwarf: write variant fields only if the require features are present, resolves
0038651
* Add SAMD51P19A controller type. Unit generated by Michael Ring and slightly modified.
* patch by J. Gareth Moreton: Nothing (NOP) node optimisation, resolves
0038194
* copy and compare the typesym inside type nodes as well
* fix for Mantis
0038642: for enumerations with jumps Delphi behaves as follows:
- GetTypeKind returns tkEnumeration (FPC previously generated a compile error here)
- GetTypeInfo on a generic parameters returns Nil for such types (FPC previously generated a compile error here)
- GetTypeInfo otherwise generates a compile error (as before)
* the offset parameter of reference_reset* must be asizeint rather than
longint (mantis
0038636)
* allow also 8 byte string constants in assembler, resolves
0028640
* fixed assembling via pipe on Darwin
* fixed memory leak, introduced accidentally in
0048998
* cpubase.cgsize2subreg should handle all valid sizes, resolves
0038557
+ Xtensa: tcpuinlinenode.second_prefetch
+ some more change information entries added
Avoid keeping optimized out node in callcleanupblock.statements or callinitblock.statements
Use value $00000F00 instead of $F0000000 for IF_FPMASK, and adapt all floating point constants, to avoid IF_VFPv4 having the same value as IF_PASS2
* x86-64: we can spill replace 32 bit operations if the operation does not modify a register
+ enable colored output on darwin, resolves
0038693
* fix for Mantis
0037426: don't allow an instance function of a type helper to be used on the type instead of a concrete value
+ added test
* Windows on ARM64 adheres to the usual Aarch64 ABI, thus references need to be copied on the caller side as well
+ Aarch64: cpu_capabilities support
+ write controller unit wiht -ix as well
* Aarch64: the M1 is an ARM v8.4-a CPU
* Aarch64: cpu capabilites defines properly named
* Aarch64: enable defining cpu capabilites
* Aarch64: support LSE instructions
* fixes to deadstore optimization
* do not remove register deallocations/allocation pairs if the register is written
* Xtensa: fix crash in TCpuAsmOptimizer.RegLoadedWithNewValue
* allow procvars to not be registered right away
* set proctypeoption for procvars
* extend procvar_dec so that procvars don't have to be registered
+ Aarch64: create better code for not()
* don't override specified assembler on the command line when leaving
assembler files in case that specified assembler is already an
external one
* don't generate high-level CFI statements when the selected assembler
does not support them, even if the target normally uses them
o fixes assembling with -Aas-darwin for i386/arm/x86-64 (on OS
versions that used those)
* allow also CSUBSETREG in tx86inlinenode.second_IncludeExclude, resolves
0038733
* PowerPC: initial (and primitive) implemenation of TCpuAsmOptimizer.RegLoadedWithNewValue
Refactor code to avoid problems with -CR option
+ FreeBSD/AArch64 support (patch by Mikaƫl Urankar, mantis
0038441)
* fixed win32 testsuite regressions after
0049084
sinclairql: enable commandargs and exitcode features
* use up to 16 bytes alignment for the WASI target
+ common assembler optimizer base class for powerpc and powerpc64
* factored out TPPCAsmOptimizer.RegLoadedWithNewValue
- obsolete defines removed
- forgotten file, obsolete define removed, belongs to last commit
* Delphi-mode calling without parenthesis
Also avoid invalid typecast for RegLoadedWithNewValue method for mips, sparcgen and xtensa
m68k: cleaned up some ancient mess from cpunode.pas, no significant functional change, apart from unit inclusion order
m68k: on the Sinclair QL insert the main program's name into the object, so the RTL later can set it as default job name
+ optimized multiplication for "symmetric" bit patterns on arm
m68k: always use ELF objects with vasm for improved cross-compatibility with other tools and compilers
+ Aarch64: completed LSE support for all interlocked operations
* avoid leaving a dangling pointer in pparautl.proc_add_definition to prevent
use after free in different parts of the compiler
Add fForceUseForwardSlash to TLinkRes class, used for vlink linker on hosts using backslashes
* fix for Mantis
0038771: the owner of the procdef might be Nil in case of a specialization (that virtual can't be used on generics is caught later on)
+ added test
Add systems_openbsd to suppported_targets_x_smallr and modify GenerateExecutable in t_bsd unit accordingly
* moved a bunch of constants from dbgdwarf to dbgdwarfconst
* if left is a smaller type, then an extension operation for shr can be removed
m68k: added support to references like (a0,d0.w) in inline assembly, also fixed a bug, where sometimes the index register would have been randomly set as smaller than .l size, when the size wasn't specified
sinclairql: support the upcoming QL binary linking feature of vlink (still in development). it's behind an undocumented -WL switch now. also, reduce the amount of used dataspace by the size of the relocation table in the current linking mode
* patch by J. Gareth Moreton: AArch64 OptPass1Shift register tracking fault fix, resolves
0038691
* moved warning about suspicious comp assignment to type check pass, catches also
assignments of constants
Remove unused, obsolete -dBROWSERLOG option
* NDS: fix condition when to default to apptype arm9
Fix gotpcrel relocation for TESTQ x86_64 instruction
+ Aarch64: use frintz for int(...) instead of creating a helper call
+ Aarch64: directly inline code for frac(...)
* prevention of dangling pointers and use after free after free_unregistered_localsymtable_elements
* decrease macro nesting counter early when expanding empty macro
to avoid errors about too depth macro nesting, resolves
0038802
* patch by Christo Crause to fix
0038789: writing of linker commands should not depent in -s
Add -march=XXX option for aarch64 external assemblers
Add .force_thumb pseudo-directive support forarm reader
Avoid invalid typecast if hp is not an instruction
m68k: fixed a comment. no functional change
Avoid range check error inside genitem_thumb2 by changing local variable i type
Make sure nf_usercode_entry get transferred inside firstpass procedure
Set string length before calling move to avoid problems with global data analysis on systems using C library
* fix compilation of arm compiler on 32 bit hosts
Avoid warning with -O4 option
* avoid overflow during register allocation
Add several missing -AXXX options
Use as-clang as idtxt for as_aarch64_clang_gas_info
* patch by J. Gareth Moreton: AArch64 "magic division"
(replace division by constant with multiplication), part of
0038806
Also check *.pas and *.inc files inside sub-directories in msgused.pl
Add -TFreeBSD target OS option to -h output for aarch64 compiler ppc64
m68k: D2 is considered volatile on macosclassic
m68k-sinclairql: apply the same hack as for amiga and atari to avoid vlink section attribute warning
m68k: sinclair ql now requires vlink 0.16h or newer.
Avoid range/overflow error after commit
0049290
* fix finally block getting unconditionally removed if try-block is empty
(hasnocode(nil) always returns true). Regression from
0048174
* support arbitrary record regvars on AArch64: it has fairly complete support
for inserting/extracting bitfields (although the compiler doesn't use those
instructions yet in all possible cases, it seems)
* patch by J. Gareth Moreton: AArch64: Improved speed and efficiency with constant generation, resolves
0038837
* combine the Boolean parameters of read_proc and read_proc_dec into a set
* have read_body return the created procdef
* use tparse_proc_flags for parse_proc_head as well
* use tproc_parse_flags in parse_proc_dec_finish as well
+ initial support for anonymous functions, for now as essentially nested functions
Based on work by Blaise.ru
Destroy tfornode class loopiteration field if assigned
* (modified) patch by J. Gareth Moreton to unify ldr/str optimizations on Aarch64/ARM, part of
0038841
Avoid using UXT and SXT instructions on arm version below 6
* patch by J. Gareth Moreton, second part of
0038841
+ ARM: basic vasm support
+ initial support for ARMv2
* check for unassigned valuestr when writing ntbs eabi attributes
Try to fix handle of large stack size in xtensa gen_proc_entry/gen_proc_exit
* AVR: made avr_des intrinsic more usefull
sinclairql: enable weak linking support for the Sinclair QL
* patch by J. Gareth Moreton: x86 MOVZX/CMP optimisation, resolves
0038882
* fix building on i386 after
0049366
* first part of AVR assembler optimizer reword
* AVR: second part of assembler optimizer rework
sinclairql: make sure the end of bss (hence the bss size) is also aligned to two bytes
* patch by J. Gareth Moreton: Memory CMP optimisation, resolves
0038907
* patch by J. Gareth Moreton: TEST chain shortcutting, resolves
0038908
* patch by J. Gareth Moreton: Additional SETcc optimisations, resolves
0038767
* more fixes to support vasm on arm
* do not crash on empty eabi attribute strings
* more fixes for VASM for ARM
* patch by J. Gareth Moreton: x86 JccMovJmpMov2MovSetcc improvement, resolves
0038761
* keep track of symbols that are accessed from a nested/anonymous function that belong to a surrounding scope
* check whether an anonymous function can be assigned to a global, method or nested function variable
* the MovOpMov2Op optimization needs to take care of the second operand, should resolve
0038359
* check used registers properly for SETcc/TEST/Jcc -> Jcc, resolves
0038940
* prevent a range check error in TFPList.IndexOfItem when searching backwards in
an empty list and the compiler is compiled with range checking turned on
* Aarch64: apply OptPass1Data to CSEL as well
* set self to nil in current_module.deflist for registered defs in the
tstoreddef.destroy destructor, instead of doing it after each call to
x.owner.deletedef(x)
* patch from Alfred for setting source_cpu_string for the wasm32 platform
Fix duplicate source_cpu_string after last patch, by using cpuwasm32 instead of wasm32 conditional
* improvements to the prevention of dangling pointers in tmodule.deflist,
introduced in
0049417. Now it no longer depends on current_module, so it
handles the case when current_module changes between the time the tdef was
registered and the time it was freed. It also supports freeing the tmodule
before the defs, so the freeing order of the object is once again flexible.
* fixed typecast in tmodule.destroy after
0049426, since registered_in_module is introduced in tdef, not in tstoreddef
- removed the (deflist[i] is tdef) check from the tmodule destructor, since
only tdef descendants are added to the deflist and casting deflist entries to
tdef directly appears to be safe and is done in other parts of the compiler
* change fma cpu flag into an fpu flag
Fix check that third parameter of ADDI hp1 instruction is a constant
Add A_CALL to the list of instructions considered as a calljmp, even though it is a pseudo-instruction, fixes a long list of -O3 and -O4 testsuite failures
* aarch64-darwin supports unaligned memory access, confirmed by testing with clang 12
Add -march option to clang call for llvm target
Return -1 if size of file is smaller tham header size in tppufile.readheader method
Fix compilation for x86_64 llvm variant
* for variant dispatch calls, use the parameter name in source case, not upper case
* improved AndUtxh2And optimization
* ARM: split TCpuThumb2AsmOptimizer.PeepHoleOptPass1Cpu
* patch by J. Gareth Moreton: refactoring to standardise the "Peephole Optimization: " prefix on peephole debug messages, part of
0038975
+ patch by J. Gareth Moreton: New label debugging feature, resolves
0038980
* patch by Alfred to use new linker names for Android NDK >=22, resolves
0038987
* patch by J. Gareth Moreton: ARM - str/str -> stm optimisation, second part of
0038975
* optimization "Merging stores: STR/STR -> STM" cannot be carried out when generating thumb code
* use smaller alignment when generating thumb code
* do not generate exit code for arm (thumb and thumb-2) if a routine is marked as noreturn
+ Merge Add/Sub optimization
+ ARM: PushPop optimziation
activate 'compressed disp8*N' for VCVTQQ2PS xmmreg, xmmrm and VCVTTPD2UDQ xmmreg, xmmrm
activate 'compressed disp8*N' for VCVTQQ2PS xmmreg, xmmrm and VCVTTPD2UDQ xmmreg, xmmrm
activate 'compressed disp8*N' for VCVTQQ2PS xmmreg, xmmrm and VCVTTPD2UDQ xmmreg, xmmrm
activate 'compressed disp8*N' for VCVTQQ2PS xmmreg, xmmrm and VCVTTPD2UDQ xmmreg, xmmrm
* ARM (thumb): do not save registers in routines marked as noreturn
* ARM: fix for Merge Add/Sub optimization
+ stack pages need to be touched on aarch64-win64 as well
* r/esp cannot be used as index register
* throw an error if esp/rsp are used as index register
* allow char constant to be used for const string parameters in generic specializations, resolves
0039030
* patch by J. Gareth Moreton to fix faulty conditional jump logic, resolves
0038985
* DeepMovOpt requires that the target reg of the mov is not modified before hp2
+ SHXXMov2SHXX optimization
* patch by J. Gareth Moreton: improve MovAndTest2Test optimization, resolves
0039156
* patch by J. Gareth Moreton: x86: MovMovSar2MovCltd bug fix, resolves
0039180
* fix for Mantis
0026760: apply patch by Ondrej Pokorny to ensure that units referenced by an "in"-clause are recompiled when they have been changed
+ added test (though due to the nature of the bug it needs to be interactive)
* patch by J. Gareth Moreton: x86: RegLoadedWIthNewValue overhaul and bug fix, resolves
0039187
* patch by J. Gareth Moreton: CMP chain shortcutting, resolves
0039141
* might_have_sideeffects in gen_c_style_operator as proposed by runewalsh, resolves
0039206
* patch by J. Gareth Moreton: x86: Lea2Nop for stack pointer, resolves
gitlab 0039225
* further fix for Mants
gitlab 0026760: applied patch by Ondrej Pokorny to fix recompilation of units referenced with an "in" clause if no file extension is provided
+ added (interactive) test
* patch by J. Gareth Moreton: x86: Minor bitwise optimisations, resolves
gitlab 0039299
* Xtensa: unified DataMov2Data optimization
* Xtensa: optimize constant multiplications
* avr4 has mul instructions
* revert last commit, avr4 has no call/jmp
* remove mhs_exceptions in might_have_sideeffects call for C operators: it improves code
and shouldn't hurt as this is no regression in comparison with current 3.2.x
+ add modeswitch for anonymous functions
* ensure that nested functions of main program, main program finalization and unit initialization/finalization are generated
* consider Self parameters of nested functions as captured as well
* allow to ignore Self parameters; for this the parameter skipping needs to be repeated to correctly catch all cases
* implement assignment of anonymous functions to procedure or method variables if they either capture nothing or (in case of method variables) at most the Self variable
+ add function to check whether a def is an invokable function reference
* Prevent double release of a temp.
* It is still needed to release the temp allocated for the result of an assembler function if the result is not referenced. This fixes some EXTDEBUG warnings.
* optimize tests for a single bit "(a and one_bit_mask_const) = <> one_bit_mask_const" into "(a and one_bit_mask_const) <> = 0" to enable further CPU specific optimizations.
* x86: Added the "test $-1,%reg" condition to the MovAndTest2Test optimization.
* patch by J. Gareth Moreton: AND/CMP optimisation, resolves
gitlab 0039287
* Before
gitlab 0035961 (back in 2017) some simple assignment optimizations, such as "x:=x+y" to "inc(x,y)", were performed when -O2 in tassignmentnode.simplify. In
gitlab 0035961 these optimizations were moved to a separate pass which is enabled only when -O3 by cs_opt_use_load_modify_store. This separate pass can benefit from other optimization. But worse code is generated with -O2 since then.
This commit restores applying of simple assignment optimizations when -O2.
compiler/msg/errord*.msg: Update of German error messages
* Support for sleb128 and uleb128 constants in the NASM writer.
* Added sleb128tostr() and uleb128tostr() methods to TExternalAssembler.
* Use these methods in assembler writers instead of code duplication.
* Added support for the old Turbo Pascal INLINE(data/data/...) statement.
It is available only in the TP mode.
* TP compatibility: For retro CPUs always copy the function result to
the register(s) on function exit if assembler blocks are present.
* In TP-style INLINE, allowed the > modifier for global vars and relaxed range checks.
* sizeof(array) and length(array) must return sizeUint in case the array
size does not fit in sizeint. This fixes a range check error during
compilation on small CPU targets where allowed array size is 64K, but
sizeint is 32K max.
* fix change information for popcnt
* change information for round* fixed
* change information for round* fixed
+ Add support for -Adefault.
* Move help message for option -sT to the correct group of messages.
* Use shorter message to indicate switch to external asm.
* Adapted -sX messages because -sT doesn't force external assembler writer.
+ Add support for -Adefault.
* Move help message for option -sT to the correct group of messages.
* Use shorter message to indicate switch to external asm.
* Adapted -sX messages because -sT doesn't force external assembler writer.
+ Aarch64: FMovFMov2FMov 2 optimization
+ Aarch64: FMovFMov2FMov 2 optimization
* reverted wrongly committed file
* reverted wrongly committed file
* fix for
gitlab 0039310 by fixing various small issues in tabstractrecordsymtable.has_single_field:
- initialize the returned def to a safe default
- correctly reset the found symbol for each loop
- reset the result when descending into a record
+ added test
+ move often used floating point constants into registers
* generate a def. file only if really necessary
* we cannot do SSA during partial writes to arrays which span multiple registers, resolves
gitlab 0039325
* we cannot do SSA during partial writes to arrays which span multiple registers, resolves
gitlab 0039325
* move more node tree optimizations to tcgprocinfo.OptimizeNodeTree
* patch by J. Gareth Moreton: x86: SETcc/TEST/SETcc -> SETcc/SETcc optimisation, resolves
gitlab 0039271
Add 'treated as Error:' to compiler messages
* Avoid some wrong error messages after initial error
On x86_64-openbsd, cycling with -O3 option fails due to
a wrong warning about uninitialized zeros variable in
compilation of ogbase unit
ogbase.pas(2310,41) Warning: Local variable "zeros" does not seem to be initialized
ogbase.pas(2318,39) Error: Can't evaluate constant expression
The second message is due to the fact that simplify is not
called inside nadd unit if errorcount is non-zero.
By replacing errorcount<>0 by not codegenerror,
this message disappears.
* Added trgobj.remove_ai(), call it instead of code duplication.
No functional changes.
* Patch by J. Gareth "Kit" Moreton (issue
gitlab 0039343). x86 peephole
optimization of conditions which are always true or false.
* x86: ShlOp2Op optimization
* Use a register alias while handling reg deallocs in trgobj.instr_spill_register()
to be in sync with commit b96057ad.
* make ShlOp2Op optimization more fool proof
* Prevent spilling of spill-helper registers which contain the value of a
previously spilled register. These helper registers must never be spilled.
This fixes failures of the register allocator in rare corner cases.
+ for loop optimizations can be controller by a switch (-Oo(no)forloop)
* (modified) patch by J. Gareth Moreton: ARM/AArch64 Some short-range LDR/STR optimisations, last part of
gitlab 0038841
+ keep addresses of thread vars in registers if possible and likely an advantage
* x86: only add mm capable consts to register candidate list, this is better
than checking when they are assigned
* fix code for ARM FPA, just in case ...
* x86: Do not replace inc/dec with add/sub 1 because this code path is
executed only for the C_Z,C_NZ,C_E,C_NE conditions, so inc/dec can be
used.
* Fixed lack of the calculation code for the strength reduction optimization.
* Fixed a typo in the condition, though it seems this code path is not used now.
* Fixed the strength reduction optimization for loops containing 'continue'.
The compiler now cycles properly with -O3 -OoSTRENGTH.
* mark temps as deallocated
(cherry picked from commit 50452e5707b1d5f8590042ed55fc5f47bce33962)
* Fixed missing assignments with the strength reduction optimization.
* x86: Fixed attributes of the LEAVE instruction - it reads EBP.
This fixes crashes with -O3s in some cases due to an incorrect peephole
optimization.
Added correction to AllocRegBetween
+ added target flags for the different WebAssembly exception modes that I'm
planning to implement
* increased size of ttargetswitchinfo.define to fit the string added in my
previous commit
* fixed compilation of ppudump
+ added usage info to the compiler help screen for the WebAssembly
target-specific exception handling modes
+ added validation to ensure no more than one WebAssembly exception support
mode is enabled
+ set the NOEXCEPTIONS mode by default for the WebAssembly targets
+ support writing the new tai_tagtype directive in the asm output
* Reverted the accidentally committed debug code in 4a7a113a.
x86: MOV constant optimisation
* is_calljmp really means calls and jmp
* is_calljmpuncondret includes ret
* handle - more cleverly if SSE is used
* fix alignment issues with - when using SSE
+ started the wasmbase unit (similar to elfbase and omfbase)
+ implemented TWasmObjData.sectionname
+ write the wasm binary module header and version
* fixed TWasmObjData.sectionname_gas
+ enabled the WASM32_INTERNALASM define when compiling with the lazarus project file
+ write some debug info to the console in the wasm obj writer
+ added TWasmObjSection class
+ introduced TWasmObjSection.IsCode and .IsData
+ count the number of segments and assign segment indices to the wasm sections
+ start writing the wasm sections. The DataCount section is the first section to be implemented.
* simplify real expressions involving unary minus
+ test
+ create the data section and the first entry of the import section
+ add the __stack_pointer global import
+ added the indirect function table to the imports section
+ debug print the obj symbols to the console
* fixed crash when writing a binary wasm module with a .bss section
+ print more symbol properties to the console
+ added the TWasmRelocationType enum
+ added the TWasmLinkingSubsectionType enum
+ more unary minus optimizations
* test extended
+ more unary minus optimizations
* test extended
Expanding division to 64-bit and tests
* some fixes for expectloc
+ added function name to functype hashlist in the wasm objdata class
+ apply unary minus optimizations also to /
* test extended
o manually applied merge request 46 by J. Gareth "Kit" Moreton:
+ x86_64: XMM-based block move optimisation
* set expectloc properly for x87 on x86
* fixed the writing of the external functions in the import table
* store the funcname to functype index in a TFPHashObjectList, instead of
TFPHashList with the index converted to pointer, which was a hack and didn't
allow adding more fields, which we would need to do for e.g. import_module
and import_name
+ added method TWasmObjData.AddOrCreateObjSymbolExtraData
+ handle the import_module and import_name directives in the internal
assembler and store them as obj symbol extra data
+ handle tai_local in the internal asm writer and store the locals in the
wasm obj extra symbol data object
obcpas: fix categories implementing protocols
Allocate the ImplementedInterfaces array for them and save to/load from ppu
Solves
gitlab 0039375
+ generate and write the functions table in the wasm binary module,
produced by the internal obj writer
+ write the code section (still, without the actual function code, but with
the correct locals)
* replaced TWasmObjData(Data) with FData in TWasmObjOutput.writeData
+ write the actual function code in the code section
+ partial implementation of emitting RELOC_FUNCTION_INDEX_LEB relocations
+ add relocation objects for the RELOC_FUNCTION_INDEX_LEB relocation to
the relocation list. They are not written to the object file, yet.
+ added enums for the wasm symbol type and constnats for the bitflags
+ write the linking section (empty for now)
Revert " * patch by J. Gareth Moreton: Nothing (NOP) node optimisation, resolves
gitlab 0038194"
This reverts commit c2ff85ac5ba307d7cc10cae7ee17d479c83c9119.
That change duplicates the logic of tstatementnode.simplify in
tblocknode.simpify in a very complex way, and in case of issue
gitlab 0039336 results
in adding a non-tstatementnode in a tblocknode, which is illegal. If
tstatementnode.simplify cannot catch all cases, then that one should
preferably be improved instead (and if not possible, we can look into
catching those edge cases in tblocknode.simplify rather than duplicating
everything).
Resolves issue
gitlab 0039336
* Aarch64: taicpu.spilling_get_operation_type with new instructions extended
+ write the externals to the symbol table
+ write the non-external functions to the symbol table as well
+ also write the data symbols to the symbol table
+ write the segment info (names and alignment) to the linking custom section
+ write the relocation tables for the code and data sections (empty for now)
+ fully implemented the RELOC_FUNCTION_INDEX_LEB relocations
+ introduced TObjData.SymbolPairDefine, to allow custom handling of symbol
pairs in the internal object writer
+ support tai_symbolpair in the wasm internal obj writer, so that the
PASCALMAIN alias of main can be created
+ support generating R_WASM_TABLE_INDEX_I32 relocations
+ support writing RELOC_FUNCTION_INDEX_LEB relocations to non-external functions
+ support writing imports from a different module in the wasm binary object writer
+ support writing R_WASM_MEMORY_ADDR_I32 relocations
+ add threadvar symbols to the symbol table
* generate an internal error if an attempt is made to emit a
R_WASM_MEMORY_ADDR_LEB relocation, that points to code, instead of
data
+ re-added accidently removed internal error
* made the constructor of TObjSymbol virtual, so it can be overriden
* fixed bug in the code, generated for the RELOC_FUNCTION_INDEX_LEB
relocation
+ fixed the addend in the relocations that point to data
Bug fix to XMM block move optimisation
Changed get_volatile_registers_mm to not return XMM16 to XMM31 when not under AVX512
- removed unused constructor of tai_impexp, as well as unused member variable extmodule
* tai_impexp renamed tai_export_name
* ait_importexport renamed ait_export_name
* simplified and integrated the WriteImportExport procedure into the case
statement. Use similar statements to write the asm code for the export_name,
like we use for the import_name directive.
+ generate the export section in the wasm internal obj writer
- removed debug writelns from the wasm internal object writer
+ generate funcdef for external procs, that don't have an import dll
+ enable the WebAssembly internal assembler and object writer
* use objsym.size to determine the code size of the function (instead of
writing until the end of the section) in the wasm internal object writer.
This removes the extra padding of 'unreachable' instructions at the end of
each function (which are zeroes, added for alignment - they are harmless,
but are unnecessary and cause a slight increase of the size of the
resulting binaries), after the final 'return' instruction of the function.
* use an incrementing counter variable to determine the numbers for the code
and data section, so they can be used in the relocation section, without
hardcoding them as constants. This will automatically adjust the numbers
when we add more sections, or when we make writing some of the sections
optional.
* omit writing the export section if there are no exported functions from
the module. This reduces object file size slightly for modules without
exports.
+ support the 'try' instruction in the wasm internal assembler
+ implemented the 'delegate' and the 'rethrow' instructions in the wasm internal assembler
* emit a tai_tagtype for __FPC_exception instead of hardcoding the asm output
directly when wasm native exceptions are enabled
* introduced the tai_globaltype asm directive, use that to declare the stack
pointer global symbol
+ introduced the AT_WASM_GLOBAL asm symbol type
* track wasm global types in the internal object writer
+ proper support for WASM globals in the internal object writer - emit
relocations, generate a Global section, if they are declared in the object
file, etc.
* combined TWasmObjSymbol.ImportIndex and .FuncIndex into just .FuncIndex,
because there's no point in having them separate, and the name ImportIndex
is misleading, as there are multiple import indices (they are separate for
functions, globals, tables, memories, etc.)
* the data section is now only written by the internal wasm object writer, when
there are data segments in the module
+ also support immutable wasm globals in the wasm assembler writer (both internal and external)
+ introduced the FPC_EXCEPTION_TAG_SYM string constant
+ introduced the AT_WASM_EXCEPTION_TAG asm symbol type, use that for specifying
the parameter to the 'throw' and 'catch' instructions
+ added support for exception tags and for the 'throw' and 'catch' instructions
in the wasm internal assembler and object writer
* fill exceptstate variables and update flowcontrol in
twasmexceptionstatehandler_nativeexceptions.new_exception
- removed the TODO comment, generated in the asm output by
twasmexceptionstatehandler_nativeexceptions.free_exception
+ support in_wasm32_throw_fpcexception in twasminlinenode.pass_typecheck_cpu
* emit a weak symbol for the exception tag, since that's what the LLVM linker
wants to treat them as shared between .o files
* updated ppudump with the new asm symbol types and binding types
* fixes to the try..finally code generation in wasm native exceptions mode
- get rid of fpc_PushExceptAddr and fpc_PopAddrStack entirely, when compiling in
wasm native exceptions mode - these helper routines aren't necessary in this
mode
* decblock moved after end_try, instead of after catch
+ initial implementation of try..except..end in wasm native exceptions mode.
The 'on' statements are not implemented yet.
+ override the 'on' node for WebAssembly
* x86_64-linux doesn't need .data.rel.ro either
+ implemented the 'on' node for WebAssembly in native exceptions mode
+ generate functype directives for all functions in all used units, regardless
of whether they have paraloc info created. This fixes linking of WebAssembly
programs that declare their own classes, because that causes the compiler to
generate a VMT, containing references to virtual methods, and these don't
necessarily have paraloc info (if they're not called from within the program)
* the fpc_Catches result test code was inverted
+ implemented sqrt via the f32.sqrt and f64.sqrt instructions
* fixed opcode generation for the f32.const in the WebAssembly internal asm
+ implemented abs(real) for WebAssembly via the f32.abs and f64.abs instructions
+ implemented int(real) for WebAssembly via the f32.trunc and f64.trunc instructions
* fixed output of 32-bit floating point constants in the llvm-mc asm output
+ implemented trunc(real) for WebAssembly via the i64.trunc_f32_s and i64.trunc_f64_s instructions
+ implemented round(real) for WebAssembly via the fXX.nearest and i64.trunc_fXX_s instructions
x86_64: Fix to tw8573 overflow bug under -Cg option
* properly search in GetMMRegisterBetween and GetIntRegisterBetween for usable
volatile registers (low() .. high(
and not only the included ones)
* fixed code generation for 'boolean64 and/or boolean64' for WebAssembly
* fixed WebAssembly code generation for 'if boolean64 then ... else ...'
* int64/boolean64 fix in twasmtypeconvnode.second_int_to_bool
* fixed 'not(boolean64)' for WebAssembly
* fixed second_int_to_bool for cbool types for WebAssembly
* another WebAssembly cbool fix in twasmtypeconvnode.second_int_to_bool
* fixed WebAssembly cbool support for OP_NOT
* fixed WebAssembly code generation for not(cbool64)
* modified (cosmetics) patch by Rika: replace DJB2 with MurmurHash3, resolves
gitlab 0039377
+ Aarch64: AndCmpB.E/NE2Tbnz/Tbz optimization
+ Aarch64: Ldr
Mov2Ldr optimization
x86: Missed logic with CMP and MOV optimisations
+ added the memory.copy and memory.fill WebAssembly instructions
+ added inline numbers for a memory.copy and a memory.fill intrinsic
+ implemented FillChar for WebAssembly via the memory.fill instruction
+ implemented move() for WebAssembly via the memory.copy instruction
* fixed OS_S8 to OS_16 conversion for WebAssembly. This fixes test/cg/tcnvint6
+ enabled compilation of the fpintres unit for the WASI target and enabled tf_has_winlike_resources for the target
+ added system_wasm32_embedded to systems_embedded
+ use the aasmdef unit in wasm32/cpunode.pas
- don't set casmdata in wasm32/aasmcpu.pas, so that the aasmdef unit can override it
* fixed WebAssembly method pointer assignment
+ workaround for WebAssembly treating the stack parameter of the store and load
instructions as unsigned. This caused an 'out of bounds memory access' trap
when accessing arrays with negative offset index, e.g. in test/cg/tvec.pp
+ implemented the <= operator for smallsets for WebAssembly
Fix bitpacking 62/63 bit fields on 64 bit targets
As reported on the lazarus forum:
* https://forum.lazarus.freepascal.org/index.php?topic=56341.new
* https://forum.lazarus.freepascal.org/index.php/topic,56339.msg418608/topicseen.html
Also optimized nextpowerof2 in the compiler
+ support equality comparison of smallsets on the Z80
+ support the <= and >= operators for smallsets on the Z80
* define DEBUG_AOPTCPU if EXTDEBUG is used
Fixed bug where hp1 object was used after being freed
Typed constants: no internalerror on failure
Don't check whether the expression queue is empty in the destructor in case
there was an error. Also improved error messages (constant expression instead
of variable expression expected).
Resolves
gitlab 0039393
+ x86: MovOp2Op optimization
+ introduced WebAssembly branchful exceptions
+ increase string type to avoid const string truncation
+ fixed compilation of ppudump
- removed msg2inc. Stupid git added it without my consent.
AArch64 popt: don't replace registers with X/WZR
Most arithmetic/logica instructions don't support X/WZR as operand (since
you should use movk with the calculated constant in that case)
Resolves
gitlab 0039372
Avoid range check error in TCpuAsmOptimizer.OptPostAnd method
* bail out early in MatchInstruction
* cloned the WebAssembly native exceptions code generation and rtl support into
the branchful exceptions (which will be modified later, but we're using this
as their starting point, because we can get a snapshot built, without compiler
internal errors)
- don't generate any WebAssembly native exception handling instructions, nor
relocations, when compiling in branchful exceptions mode. This produces a
currently not working, but accepted by wasmtime binary (otherwise, it
complains it doesn't support exceptions and refuses to try to run it).
+ introduced raiseBr, similar to exitBr, but will point to the current
innermost exception handler, if there is such a handler in the current
procedure, otherwise it will be the same as exitBr.
+ added comment that states that raiseBr is only used in branchful exceptions mode
+ insert exception flag check and branch after each function call, when
compiling in WebAssembly branchful exceptions mode
+ implemented try..finally in branchful exceptions mode
+ initial implementation of try..except in branchful exceptions mode
+ implemented the 'on' node code generation (try except 'on' ...) for the
branchful exceptions mode
+ call g_checkexceptions after calls to fpc_reraise and fpc_raise_nested in
branchful exceptions mode
* x86: Refactored CMOV optimisations and permitted the use of constants in some cases.
* use 'br_if' instead of 'if br end_if' sequence in the code, generated by
thlcgwasm.g_checkexceptions
+ support exception object cleanup, when 'exit', 'break' or 'continue' is used
in the except 'on' statements, in branchful WebAssembly exceptions mode
+ exception cleanup when break, continue or exit is used inside a
try .. except 'on' block, in WebAssembly native exceptions mode
Expanded MM block move to include YMM registers under AVX
+ proper exception cleanup for try except blocks that use exit, break or
continue in WebAssembly branchful exceptions mode
+ proper exception object cleanup when using break, continue or exit in try
except blocks in WebAssembly native exceptions mode
- removed duplicated assignment
* twasmexceptionstatehandler_nativeexceptions.handle_nested_exception and
twasmexceptionstatehandler_bfexceptions.handle_nested_exception should not be
called, so now they cause an internal error
* thlcgwasm.g_checkexceptions renamed .g_maybe_checkforexceptions, added also as
an empty virtual method in thlcgobj and modified the WebAssembly
implementation, so that it can be called from any exceptions mode (so it
emits no code in exception modes that don't require it, instead of generating
an internal error). This will allow .g_maybe_checkforexceptions to be called
from the generic parts of the code generator, after calls to systemprocs that
could raise an exceptions.
+ added call to g_maybe_checkforexceptions after generating call to fpc_iocheck
* partially applied patch by J. Gareth "Kit" Moreton to inline parts of cclasses, resolves
gitlab 0039344
* use source register as second register in VCVTSD2SS and VCVTSS2SD, this should break
dependency chains better and resolves partially
gitlab 0039360
* Optimized evaluation of the condition.
* Strength reduction optimization: - Use a temp for complex loop start values to prevent double evaluation.
- For slow CPUs perform the optimization for all sizes of array elements.
* generate VMOVAPS for (V)Cvtss2CvtSd(V)Cvtsd2ss optimization, resolves
gitlab 0039360
+ added the current WebAssembly exceptions mode to the .ppu module flags and
perform a check to ensure all units are compiled in the same exceptions mode
as the main program
* another location to use source register as second register in VCVTSD2SS and VCVTSS2SD
to break dependency chains, hopefully final fix for
gitlab 0039360
+ support of SHA extension in the internal assembler
Better handling of zeroing upper parts of registers
Better handling of zeroing upper parts of registers
xor optimisation now doesn't check to see if the REX prefix will actually be removed, as it's beneficial for speed reasons to only use the 32-bit register when zeroing the whole thing
o based on a patch by Rika, resolves
gitlab 0039401:
* use Base64 (62=_, 63=$) encoded FNV hash (instead of CR-32) to shorted identifiers
* renamed fpccrc to fpchash
+ test
* fix x86 compilation after my last commit
* by default, DEBUG_AOPTCPU is only enabled if the compiler is compiled with -dEXTDEBUG
+ being able to define change information for xmm0
* corrected change information for SHA256RNDS2
* patch by Dean Mustakino to avoid generation of debug info for generics, resolves
gitlab 0038827
+ test
* add no internal flag when folding constants in taddnode.simplify, resolves
gitlab 0039308
+ pass 64-bit structures by address in WebAssembly for compatibility with LLVM's C ABI
* Removed unused tlocation.registers[].
* itcpugas unit for Z80 providing gas_regname to fix compilation with -dDEBUG_NODE_XML
* C ABI fixes for the passing of records in WebAssembly
* fixed formatting in defToWasmBasic
+ added support for the handling of singleton record and array types in
defToWasmBasic
* fixed passing of singleton record parameters, containing a float in WebAssembly
+ support cdecl and stdcall on the WebAssembly target. They are essentially the
same, the only difference is that cdecl creates an unmangled alias
* replaced the 'if br end_if' sequence with the 'br_if' instruction, when
generating WebAssembly code for try..finally blocks (in all exception modes)
+ extend assembler optimization MovxMov2Mov to MovxOp2Op
* merge request 75 by J. Gareth "Kit" Moreton manually applied:
This merge request makes a number of improvements to the DeepMOVOpt method and supporting functions:
* ReplaceRegisterInInstruction now replaces registers in references that are written to
(since the registers themselves won't change)
* RegModifiedByInstruction will no longer return True for a register that appears in a reference
that's written to (for the same reason as above) - special operations like MOVSS
(the 0-operand version) aren't affected.
* DeepMOVOpt returning True will now always set the Result of OptPass1MOV to True even though p
wasn't directly modified, since this often caused missed optimisations.
* Some of the speed-ups in the patch from
gitlab 0032916 have also been applied in order to make
the general DeepMOVOpt run faster, notably it tries to avoid calling UpdateUsedRegs where possible.
* manually merged merge request 69 by J. Gareth "Kit" Moreton:
x86: CMP/MOV refactoring and expansion
This merge request refactors the SwapMovCmp routine, and calls to it, to be more self-contained,
having the preliminary checks built-in to ensure that moving the MOV instruction is
actually a sound idea, while also making it more general-purpose so it can handle instructions
that are not MOV operations. This feature is primarily for future expansion,
but also cleans up the code for the x86 peephole optimizer.
* patch by Sergey Larin: Reducing and aligning the size of TAnsiRec, TUnicodeRec for CPU64, resolves
gitlab 0038018:
For CPU64, the size of record TAnsiRec and TUnicodeRec is 16 bytes instead of 24.
Which is very good also because of the alignment. when allocating memory, the address
of the first character of the string will be aligned on the 16-byte boundary.
At the same time, the useless Dummy field, which is needed in CPU64 for exactly alignment, has been removed.
For CPU32 (and CPU16), the record size has not changed, so procedures such as
fpc_AnsiStr_Decr_Ref, implemented in assembler (see i386, arm), remained working correctly.
* tests adapted
+ support reading of .p2align with op code and/or max. bytes in the gas assembler reader
+ test
+ introduced the use of asm labels for WebAssembly. Resolve them in
tcpuprocinfo.postprocess_code. Use them when generating code for the
'continue' label jumps.
+ use WebAssembly asm labels for the code generation of 'break' statements as well
* fixed some more warnings
* use WebAssembly asm labels for generating code for the 'exit' statement
* leave unresolved branches in the asm output, when the compiler is compiled with -dEXTDEBUG
* if a label cannot be associated with the previous block instruction, try
matching it with the next instruction
+ wrap block nodes with exit in a_block..a_end_block instructions. This fixes
'exit' in inlined procedures on the WebAssembly target.
* moved the 'end_block' WebAssembly instruction before the 'exit' label right
before the procedure finalization code. This fixes compilation errors in
procedures with implicit finalization code (e.g. for ansistring local vars,
etc).
* match the label to the wider block, if it is adjacent to both the brevious
and the next instruction
internalerror if the section we're about to keep has no exesection assigned
* use WebAssembly asm labels for the raise branch instruction in branchful
exceptions mode
+ added sanity check when resolving labels to ensure we don't get any jumps with
negative nesting depth
* moved the default procedure CurrRaiseLabel to the end of the procedure, not
at the exit label. This fixes problems when using units with finalization
code that contain classes with class destructors in branchful WebAssembly
exceptions mode.
Bug fix to MovMov2Mov 6 optimisation exposed by 4012c3dbd47f661805bb7a831c6c687807ede3b4 (and miscellaneous code refactors)
* WebAssembly code generation for 'case' nodes changed to use labels
- removed thlcgwasm.incblock, .decblock and br_blocks, as branching is now done
entirely with labels
+ TDFABuilder.redodfainfo
* keep track of the block stack, when resolving labels and check whether the
blocks match (i.e. block..end_block, if..end_if, loop..end_loop, try..end_try)
+ added 'else' tracking for the if..end_if blocks
* TX86AsmOptimizer.OptPass1MOVXX takes care of volatility
* improved TX86AsmOptimizer.OptPass1MOVXX
+ print full file path if -vb is passed even if no line number is known, resolves
gitlab 0039419
Improved ADD and SUB optimisations for LEA instructions
* Better coalescing with real registers. This improves setting of parameters
in registers.
* Removed superfluous condition in trgobj.enable_moves().
* Fixed flags checking in trgobj.adjacent_ok().
* Added assembler comments about coalescing when DEBUG_SPILLCOALESCE is defined.
Fixed some range check problems
* correctly read the region label in $region directives, resolves
gitlab 0039395
Fixed OptPass2Lea not honouring symbols
+ write code and data size for Mach-O files if possible
* cleanup of 2.7.0 defines
+ fold real constants c1,c2 for v+c1+c2 or c1+(c2+v) (+ being either + or *) as well if fastmath is enabled
Record variant discriminators: check types
* AArch64: TCpuAsmOptimizer.RegLoadedWithNewValue: check if p.ops=0
* Corrected calculation of spilling efficiency.
optcse: fix wrong typecast
* Write interference graphs to the unit output directory.
* Removed unused and confusing tnode.parent and tnode.concattolist().
* Removed obsolete OLDREGVARS ifdefs.
* Corrected setting of the flag.
* tcgaarch64.g_concatcopy calls tcgaarch64.g_concatcopy_move only if the current subroutine has pi_do_call set
* fixed copy loop in tcgaarch64.g_concatcopy if ldp/stp is used: fixed increment calculation and fixed tail length calculation
* improved heurisics when thread var addresses or float constants are put in registers
* corrected accidently made changs in 01a449c8, resolves
gitlab 0039424
+ ARM: started on vfpv5 support
+ fp-armv8 fpu type added
* tcgsizep2size now supports all tcgsize values
* Fixed node coalescing with real registers.
+ be able to add single cpu capabilites by the command line
+ AArch64: SHA2 capability
+ more Aarch64 cpu capability flags added
* fix (V)Cvtss2CvtSd(V)Cvtsd2ss2* optmizations for non-avx code, resolves
gitlab 0039416
* my last commit hopefully fixed
+ Aarch64: read register sets with ranges properly
+ tests
* when converting a*a into sqr(a), set the result type correctly
* removefloatupcasts takes care of cs_excessprecision, resolves
gitlab 0039012
Explicitly disable overflow for offset propagation optimization
* patch by Rika to pass some strings by reference, resolves
gitlab 0039338
* patch by Don Siders: Fixes spelling, grammar errors in source and compiler messages, resolves
gitlab 0039434
llvm: version 12.0 support
x86: new optimisation to change add/sub 128,(dest) to sub/add -128,(dest) to reduce binary size
Add -WP option so that IDF version can be passed in - stored in globals.idf_version. The version is checked in t_freertos.pas and for esp-idf version 4.3.x an extra link file is added, also running ldgen.py is skipped as that seems unused.
* inputfilepath might not be empty
+ draft for esp-idf version specific rtl unit which contains the necessery linklib statements
* correct idf version check
* better code and data size info for FreeRTOS
The linklib list for esp-idf v4.2 is also needed for v4.3
Place IDF related files in executable output folder.
Remove unused $OUTPUT substtution and empty check of outputexedir.
- Bug fix to new ADD/SUB optimisation where conditions are concerned
- Register allocation fixes for overflow checks
Bug fixes to magic division and vectorcall code that trigger -CriotR checks
* cleanup of VER3_0 defines
+ Aaarch64: support adr instructions with local labels in the assembler reader
+ throw an error if an illegal instruction extension is passed as command line option
+ more AArch64 extensions
* x86-64 can handle overflows in 64 bit multiplications directly, part of resolving
gitlab 0039450
* fix conditional statement as pointed out by Sergey Larin
* last commit was not correct, fixed
Keep esp32 and esp8266 version specific tweaks separate.
Extract linker script generation as separate method. Check if esp linker scripts can be found in library paths, if not then generate scritps.
* Added Tmoveins.id to be used for sorting and searching in Tmovelist, to
produce the consistent order of elements.
This fixes occasional differences in the register allocation caused by
the address space randomization. When ASLR is in effect, the previous
approach to sort elements by their memory addresses can't guarantee the
consistent elements order for each compilation of the same source code.
* Use longint for Tmoveins.id instead of word to prevent overflow in extreme cases.
Add output path to kconfig source file location parameters.
Always call DoExec to generate linker scripts. Even if cs_link_nolink is set, the ldgen scipt needs to be called in the generated ppas script.
Change declaration of DynLinkStr local variable of MakeExecutable method to ansitring to avoid short string overflows
Fixes to ADD/SUB 128 optimisation that didn't check flags properly, and also handling ADC/SBB properly
+ - can be used to remove options from a cpu capability switch
Fixed Unreachable code warning when building on a 32-bit platform with DEBUG_NODE_XML
* fixes excluding of cpu capabilities
New MovxMovxOp2OpMovx optimisation
* generate no exit code at all on x86-64 if the subroutine is compiled with po_noreturn
Bolder OptPass2Movx optimisations, including a simplification fix
New Movz ###,%ecx, shift/rotate %cl,... optimisation
* compilation of x86_64-win64 fixed
MovZX->MovSX optimisation
Improved handling of signed sequences in OptPass2Movx
Massive overhaul to OptPass2Movx to favour operand shrinkage
New MovxAndTest2Test optimisation to mirror the regular MovAndTest2Test optimisation
Added missing MOVSXD check to PostPeepHoleOptsCpu
+ store references to global variables in registers if benefical (currrently used for aarch64 only)
* Increased the bounds of TBooleanArray to prevent a range check error while linking Lazarus.
* Prevent a range check error in case of big unsigned values.
* Fixed random AVs when targeting the AVX FPU.
x86: New TEST optimisations
Safety checks on TEST removals and better FLAG tracking
* fix m68k IE after e9acd759, patch by Yuriy Sydorov
New optimisation that merges small constants written to the stack
Fixed bug in new TEST optimisation where a FLAGS check always returned "in use"
* make tgobj.pas less verbose in extdebug mode, use separate define DEBUG_FREETEMP for the really
verbose stuff
Removed incorrect logic in TEST optimisation
+ in_min/max_single/double support for aarch64
* ARMv7A / A64: Constant writes to memory merged to larger forms where possible
+ in_min/max_dword/longint support for aarch64
* compilation with i386 fixed
Overflow bug fixes to MovZX/SX optimisations when CMP instructions are encountered.
Fixed MovxOp2Op failing on i386 due to lack of register check
* TX86AsmOptimizer.OptPass1MOVXX should search only over other instructions if it works with registers only
* patch by Rika: improve ctuils.newalign/align, part of
gitlab 0039496
x86: New double CMP optimisation to remove a branch
i386: Correction to GetIntRegisterBetween to ensure we only get 8-bit registers that we can actually encode
x86: Additions to OptPass2Movx to better synergise with new CMP optimisation under -O2
Refactoring of OptPass2Movx to remove goto
Fixed bug in MovxMovx2Movx optimisation that would specify a 64-bit destination instead of 32-bit one
* patch by Rika: another improvement of cutils.newalignment, part of
gitlab 0039496
Procedure-saved registers are now recorded for peephole optimizers to use
JccAdd2SetccAdd modified to make use of GetIntRegisterBetween
* use an anonymous symbol for the record operator table as its typing is different for each incarnation anyway
* Amiga-likes: set some sensible heapsize defaults, for OSHeap support
MOV/CMP optimisation is now in both Pass 1 and Pass 2 to catch more
eventualities
* allow %... for binary constants in delphi mode, resolves
gitlab 0039503
+ modeswitch UNDERSCOREISSEPERATOR, active by default in delphi modes:
support _ as seperator in numbers, it is ignored while reading them, resolves
gitlab 0039504
Additional copyright header
Debugging code in AllocRegBetween is now safer and more accurate, and p2 can no longer be nil
* (modified) patch by Rika: optutils.SetNodeSucessors improvement, resolves
gitlab 0039509
* compilation with -Oodfa fixed
PostPeepholeOptTestOr now removes TEST when dealing with POPCNT and LZCNT
Use different library link lists for esp8266-rtos-sdk v3.3 and v3.4.
Avoid range check error inside tcgcasenode.pass_generate_code method
Ignore NR_DEFAULTFLAGS for ait_regalloc, because there is no default flags for JVM
New backward MOV optimisation
Add help message for xtensa-freertos -WP option
* apply patch by Blaise.ru:
- avoid creation of a dummy typesym just to call parse_var_proc_directives() by introducing a new parse_proctype_directives() that takes a tprocvardef instead of a symbol like the former does
- have parse_var_proc_directives() call parse_proctype_directives() to avoid duplicated code
* apply patch by Blaise.ru:
- all call sites of parse_var_proc_directives() have the tprocvardef easily available, so use parse_proctype_directives() directly
- remove the now no longer required parse_var_proc_directives()
* apply patch by Blaise.ru: parse_object_proc_directives() and parse_object_record_directives() should only be called with procdefs, so change the parameter from tabstractprocdef to tprocdef to make this explicit
* apply part of patch by Blaise.ru: check only once whether writable consts are enabled or not by determining the type of the assembly list earlier (it's only not needed in an error case anyway)
* apply part of patch by Blaise.ru: reduce code duplication when parsing anonymous procvar types
- apply patch by Blaise.ru: pdflags are no longer required in generate_specialization_phase2() after parse_proc_directives() was done, so remove its unused modification after that call
* throw an error if raise is called in a noreturn subroutine outside of any exception frame, resolves
gitlab 0039514
* apply patch by Blaise.ru: reject assignments of instance methods, accessed via a type, to method pointers
+ add tests
* apply patch by Blaise.ru: avoid internal error when assigning class methods, accessed via a class reference type, to incompatible procvars
+ added tests
* apply patch by Blaise.ru: proper code generation for assigning class non-static methods, accessed via a class reference type, to method pointers
+ added test
* x86: Fixes to GetInt/MMRegisterBetween assignments
Turn TCallCandidates into an object, make it create FIgnoredCandidateProcs on demand, and outline such adding on demand into dedicated TFPList.AddOnDemand.
* New UpdateUsedRegsBetween utility subroutine
* x86: OptPass1_V_MOVAP now uses GetNextInstructionUsingReg and UpdateUsedRegsBetween
Fixed Internal Error 2020120501 number clash
+ apply patch by Blaise.ru: allow initialisation of method pointers with class methods (when class types are
known at compile time)
* adjust error message when a method pointer isn't suitable
+ add tests
* regenerate msg{idx,txt}.inc after message change in last commit
Use '.rodata' for read-only data section for aarch64 CPU
New MOV optimisation that helps reduce instruction count and memory accesses
+ add method ResetSourceLines to TExternalAssembler to reset already written lines
* reset written source lines once a section is encountered
Remove fall-through logic and separate idf_version checks of esp32 and esp8266. Also warn if idf_version is below the supported range.
+ DestSize parameter for fpc_Val_UInt functions
Refactoring procedures in aoptx86 to gain speed boosts
Merge foreachnodes into one version that uses a context object.
Add a bound parameter to node_count(_weighted).
Allocate THashSet item and its key together when FOwnKeys=true.
Get rid of some global variables.
Fixed and refactored MOVX optimisation that occasionally caused crashes on i386 platforms
Correct linker script for aarch64-embedded
Start address was wrong, should be 0x80000, not 0x8000
* extract a symbol or def from its previous owner if that owner has OwnsObjects set to true
+ provide a tsym based variant of ChangeOwnerAndName
* a function also captures other nested functions when these are called
* generate a better name if the procdef is an anonymous one
+ add method register_implemented_interface to tobjectdef which registers an implemented interface and - if desired - also initializes the GUID related fields of the objectdef
* use that method in all locations outside symdef that add add an implemented interface
Based on work by Blaise.ru
Add link unit for esp-idf v4.1. Version checks to allow for different patch levels in idf_version.
GenerateDefaultLinkerScripts should set out_ld_filename.
esp32.rom.api.ld was only introduced in esp-idf v4.3. Remove invalid linker search path.
* High() and Length() for dynamic arrays deal with sizesinttype instead of ossinttype (on AVR the former is 16-bit while the later is 8-bit thus this is an important distinction)
+ MovapXComisX2ComisX2 optimization
+ add constants for the Invoke symbol of a function reference interface (both for declaring and finding it)
+ add utility function to retrieve the invoke procdef of a function reference interface
Refactoring and bug fix in OptPass2Movx that could cause incorrect
values in overflow conditions
* Aarch64: operations affect always the full 64 bit register, so
TCpuAsmOptimizer.RegLoadedWithNewValue can use SuperRegistersEq
+ Aarch64: SxthSxtw2Sxth optimization
* Pass 2 can now be run multiple times when
under -O3 and above.
Added correct flag tracking for JccMov2CMov optimisations
* change cgsize2subreg and reg_cgsize on Z80 to behave more like they do on AVR; this fixes compilation of Z80 now that the array and string length fields are indeed of type SizeSInt instead of OSSInt
* move the handling of the symbol found in factor_read_id to a separate function
* ensure that an expression that involves an overloaded generic in mode Delphi isn't handled as a specialization if it shouldn't be
+ added tests
* ensure that result of factor_handle_sym is initialized
* check also for 64 bit registers in TX86AsmOptimizer.RegModifiedByInstruction
Fix linker commandline for m68k-atari
CMOV now modifies rather than writes to the destination register so RegUsedAfterInstruction behaves properly
Fix linker script for atari/gnu ld
* m68k-sinclairql: fix the inclusion of the target proper
+ fix support for 8-byte records, held in a register pair on the WebAssembly target. This fixes
gitlab 0039524
* adjust parse_proctype_directives so that it can handle a function reference as well
+ m68k-atari: fixed bogus TOS program flags passed to VLink. added -WF argument to allow the user to specify their own flags if needed
* regenerated message includes
* m68k-atari: make the Atari target use 68000 CPU as default
* m68k-atari: make the Atari target always default to VLink, even for crosscompilers
* m68k-atari: make vasm the default assembler. also don't claim we have an internal linker
Fixed registers in references not being tracked properly in MovMovXX2MovXX 1 optimisation
Add internalerror if ogwasm tries to write unset Func/Global or TagIndex of TWasmObjSymbol
* when adding WebAssembly object info, traverse through current_module.used_units,
as well as the usedunits global. This resolves
gitlab 0039543
Optimized the comparison of a widestring variable with ''
Fixed optimization `Length(W)=0` -> `(Pointer(W)=nil) or (PLongword(Pointer(W)-4)^=0)` for WideString
* name of result variable of anonymous functions can be changed (and must be in modes without modeswitch Result)
* extend parse_proctype_directives to handle proc(var)defs as well as invokables
* adjust handle_calling_convention so that it can be used with both proc(var)defs and invokables
* correctly handle directives for anonymous functions
Allow WideChar const to UTF8String const conversion
* handle result type of unsigned ordinal operations in ISO/Extpas mode similiar to TP, solves
gitlab 0037875
* Removed unused parameter
* Section-offsets have 64 bits in the Dwarf-64 format
Update build and link requirements for esp-idf v4.4. Refactor the version dependent linker fragments list into an array of version specific array of strings for easier updating in future.
Improved JccMov1JmpMov0Jmp -> SETcc optimisation
* declare the type symbol of an internal def as sp_internal
+ add a constructor for trecorddef to declare an internal record type as part of a specific other type
Based on code by Blaise.ru
* make the VMT symbol and type def of the corresponding class or object instead of having them be global
* bump PPU version to avoid potential compilation errors due to this
Based on code by Blaise.ru
atari: pass tos exe flags also to ld
atari: add -Wt option to allow specifying the executable format
This is useful to create aoutmint format binaries using vlink,
which have a symbol table that has no limit for the name length.
* mips64el compiler can be compiled
mips64 define must also set mips
Also set mipseb or mipsel macro for 64-bit mips CPU
Add default macros inoptions unit for mips64 and mips64el CPUs
Add use of SD instruction in tcgmips.a_load_reg_ref method
* move checking for a def in the hierarchy to a separate nested function and use it to check the hierarchy of the current def being specialized as well
* check hierarchy of the current generic or specialization def independant of whether it's a record- or objectdef
+ add a field to denote that a symbol (mainly local and parameter ones) was captured through another symbol
* don't check for a duplicate internal symbol in inherited symtables
* set the type symbol of the procvar while it is parsed so that a function reference can have itself as part of the parameters or the return type
* set the flag that the symtable contains a generic at the end of the corresponding block of types_dec() to ensure that the owner is assigned correctly
+ add function funcref_equal to check whether two function references are considered equal enough to be assignable
* consider invokables as related when they're equal
* correctly handle calling convention for function references
* protected symbols are visible for defs declared in a local symtable as well
+ some basic stuff for MIPS64
* register MIPS64 targets properly
+ add utility function to retrieve a file position of a usage of a type symbol from a type's definition
* an internal definition in a specialization might not have a genericdef
* if a symbol is not part of a symtable then assume it's from the current module
+ add an error message for when a symbol can't be captured
* regenerate msg{idx,txt}.inc
+ add necessary core functions and functionality to implement capturing of variables
Based on code by Blaise.ru
* do not insert the $result symbol again when the VMT for the capturer is built
+ add function to check whether a procdef can be converted to a function reference
* two function references are equal to each other as long as their signatures match
+ implement necessary functionality in tcgprocinfo to initialize and populate the capturer
Based on code by Blaise.ru
+ startup code skeleton for MIPS64
* aros64: recent developments hanged the library call ABI, lets try to follow it (aros64 is experimental)
* also handle function references when a generic one had been parsed
+ add flag to denote an object def as a function reference
+ add support for parsing function references
* revert accidently committed code
+ add flag to denote that an objectdef is invokable, thus can be used like a function variable
+ add utility function to check whether an objectdef is an invokable one
* if an interface is declared inherit the invokable flag from the parent interface
* sorted defines in the compiler: mips64 is defined on all 64 Bit mips platforms, mips64el for little endian, misp64eb for big endian
Fixed bug on x86 platforms where the stack pointer was not allocated if it was different to the frame pointer
* m68k: do not generate unnecessary unaligned load sequences for byte loads into registers, this fixes tcnvint1 test on plain 68000
* m68k: don't attempt to copy less than 1 byte in g_concatcopy, this fixes tdfa7.pp on 68000 and removes some superfluous address processing on 68020+ in the same test
* Some streamlining in x86's OptPass1LEA routine now that the stack
pointer is properly tracked, which also permits some deeper
optimisations on -O1 and -O2 virtually for free.
+ add utility function to check whether an invokable can be invoked without explicit parameters
* MIPS64 can
* MIPS64 does not need separate 64 bit code path for ordinals
+ add a new tproccopytyp pc_normal_no_paras to copy an abstractprocdef without its parameters (useful if the parameters themselves will be reused and the original def otherwise deleted)
* do not copy parameters onto the stack using FPU registers if the type is
actually handled by the MM unit, resolves
gitlab 0039567
+ emit an error message if the ihxutil is not found when compiling an ZX Spectrum executable with the internal linker
+ emit a 'tried' message (fpc -vt) when using ihxutil for ZX Spectrum
* m68k-atari: override the exeext globally, not just at the final step of the linking. this fixes 'Linking .ttp' messages, when in fact .prg gets generated
Resolve address of a symbol defined as absolute of another symbol, in assembler code.
Fix compilation of mips64 compiler by simple use of 'make mips64'
Fix loading of 64-bit constant into register for 64-bit mips CPU
Fix invalid typecast by postponing sym change to after address resolution in 44094dba
* Local speedup in OptPass1LEA that avoids expensive calls if p and
hp1 are adjacent.
* if an invokable that isn't a function reference is followed by a point in a mode that doesn't use TP/Delphi style calling without parameters then don't call it like is done with normal procvars
- removed spurious comment
* use 'with' in tlinkerwasi.SetDefaultInfo
* set and use ExeCmd instead of DllCmd when making an WASI executable
* some fixes to the WASI library compilation (not ready, yet)
+ added separate startup code for libraries, that declares _initialize, instead of _start
- removed --allow-undefined linker option when compiling a WASI library
- removed commented out code for executing WASI dllcmd[2]
- don't pass --export-dynamic to the linker when linking a library for the WASI target
* x86: Improvements to JccMov2CMov to catch Jcc @Lbl; ; JMP @Lbl
* hopefully final fix for absolute references to absolute symbols
- don't write the wasm-ld command line to the screen when linking a WASM
library. The command line, passed to the linker is dumped when compiling with
-vv anyway.
* move determine_generic_def out from pdecl.types_dec to pgenutil
* extract the code to parse a forward declaration out from types_dec into its own function parse_forward_declaration
+ add ability to strictly compare defs with generic constraints (this is needed for declarations, while for normal code we're rather relaxed)
+ add a method to retrieve a copy of a specialization context
+ add support for forward declarations of generic classes and interfaces (any implicit pointer type really); fixes
gitlab 0034128
* fix typos in comments, no code changes
* just copy value parameters to a temp. when inlining instead of
using (@...)^ constructs, resolves
gitlab 0039590
Add section directive for subroutines for embedded and freertos systems.
* throw an internal error if the reference of lea contains a segment register
* powerpc-morphos: add support for linker map file generation, some code cleanups
help text: vlink is no longer default on MorphOS for a while now, remove from help text, add Atari and Sinclair QL where it is the default
* regenerated message files
* reorder string expressions with parentheses so fpc_*_concat_multi can be used efficiently, resolved
gitlab 0039479
Move member variable "section" to tprocdef. Type of "section" to agree with symansistr define.
* throw error properly if a target does not support sections
* z80-msxdos: cleaned up some msdos leftovers in i_msxdos. no functional changes.
* x86: Fix to MOV/CMP register deallocation positioning
* x86: RegModifiedByInstruction and RegInInstruction
are now more accurate for (I)MUL and (I)DIV.
* var, type, threadvar, const sections require also in classes etc. at least one declaration, resolves
gitlab 0039599
* building for LLVM fixed
* do not throw an internal error in case of a misplaced string, resolves
gitlab 0039609
* m68k: allow vasm to be used for system_m68k_embedded target, simplify some code
* z80-amstradcpc: add some initial files for the target (mostly just the clone of ZX Spectrum files for now)
* prevent that a absolute symbol references itself, resolves
gitlab 0039604
* m68k: fix an endless syntax error loop in the assembler reader
* regenerated message files after adding the z80-amstradcpc target files
* cleanup: cs_opt_loopunroll is a generic optimization for a long time already
* z80-amstradcpc: fixed target naming mess, so -Tamstradcpc works now, also fixed the help text
* regenerated message files after CPC naming fix
* fix MovapXComisX2ComisX2 optimization
* m68k: disable the frame pointer optimization on subarchs that don't support long displacements for now, until the shortcomings of the cg can be addressed
* m68k: spilling read, write, and replace is now bound to CPU capabilities instead of CPU family. This probably fixes some issues on 68000, where spilling replacement was not respecting CPU displacement handling boundaries, leading to assembler errors.
Extra code generation options for shift with compile time constant.
* fix change information for a lot of MMX instructions
* m68k: fixed the register save/restore for larger than 32K stackframes on subarchs which has no long displacement, to not trash register A0
* more change information fixed
* more change information updates
* m68k: make sure right is in an address register for muln,addn,orn,xorn, before calling the low level cg
* more change information updated
* change information updates
* fixed SSSE3 change information
* change information for SSE4.1 instructions
* change information for SSE 4.2 instructions
* AES instruction change information fixed
* few more updated change information entries
* continued to update change information
m68k: utilize cg.a_loadaddr_ref_cgpara in hlcgcpu, as m68k has an instruction for loading addresses directly to the stack (PEA), and the default implementation of hlcg.a_loadaddr_ref_cgpara doesn't use that code path
Revert "m68k: utilize cg.a_loadaddr_ref_cgpara in hlcgcpu" for now, turns out it's not needed
* continued to update change information
* another change information update
* more change information
* finished change information for AVX1 instructions
* completed change information for AVX-2
* change information for AVX-512 mask register instructions
* started with change information for AVX-512
* extend tabstractprocdef.getcopyas by a parameter to control whether the copy should be registered or not
* rework tprocsym.Find_procdef_byprocvardef so that its implementation can be used in a more generic manner
+ add method tprocsym.Find_procdef_by_funcrefdef to find a procdef that's compatible with the specified function reference
* make tprocinfo.addnestedproc public so that it can be used to add generated functions
* do not throw an error if syscall is used with a syntax not applicable for the current
target, resolves
gitlab 0039640
* fix
gitlab 0035261: apply slightly adjusted changes by Ryan Joseph to implement support for implicit generic function specializations
The main adjustments were as follows:
- fixing coding style and identation
- fixing some typos
- using a better name for the property in tcallcandidates which holds the symbols created for anonymous parameter values
* probably check type for int_to_real instruction selection
Symbolic constants: don't range check on use
If these constants are defined with an explicit type, they are already
truncated/checked at that point. If we range check them again on use, we
may get errors because at that point there is no explicit type cast
any more.
* [x86] Added new RefsMightOverlap method and implemented it into the XMM memory move optimisations to catch memory overlaps; fixes bug i39627
Symbolic constants: don't range check on in use in typed constants
Same as 3da54dcf9f, but this type when used in type constant definitions
like record fiels
AArch64 asm reader: add support for fpcmp(e) conditions
Resolves
gitlab 0039643
* i386: make also use of VCVTUSI2S* instruction if possible
* x86: m128 etc. are now vector arrays (giving correct memory alignment) and "use_vectorfpu" will return True for these types
m68k: opcode table updates based on vasm 1.9 (used with permission)
* factored out tx86typeconvnode.int_to_real_mm_location
* do not crash in case of too many $push directives, resolves
gitlab 0039652
LLVM: enable DWARF debug info generation
LLVM: data location debug info support
This was added to LLVM for Fortran arrays, but can also be used for Pascal
dynamic arrays
LLVM: support for attaching metadata to instructions
agllvm: remove useless code
LLVM: factor out writing operands in agllvm
Check mf_symansistr is compatible with current compiler mode and issue a message before failing PPU loading
* Compiler error is now thrown if record alignment is not a power of 2 or is greater than 64.
+ recurse into multiple subscription nodes when calculating contant @... expressions, resolves
gitlab 0039665
* disallow offsetof trick for types involving implicit dereferences, resolves
gitlab 0039667 partially
* x86: New CMP optimisation that mimics some of the CMOV optimisations and removes unnecessary conditions.
* Removed foolish inline from StripLabelFast
agllvm: support for writing specialised metadata nodes
tnodeuitls: merge GenerateObjCImageInfo into InsertObjectInfo
LLVM needs to insert the Objective-C image info into the general object info
metadata. This way we don't need to store a reference to that metadata so
as to add extra data to it later (tnodeutils is never instantiated, it only
contains class methods)
LLVM: assign procdef.procstarttai, like in the regular code generator
* x86: Introduced TrySwapMovOp method, and redesigned TrySwapMovCmp
to use it while also trying to move one more instruction back
* x86: New jump/label tracking in CrossJump optimisations
tfileposinfo: separate types for the fields
Allows other units to declare variables of the appropriate type when storing
those values separately
* x86_64: do not use copy_mm in g_concatcopy for 8 byte sized copies
+ add method to find a procinfo for a nested function by the corresponding procdef
* x86: Changed the names of temporary register
stores in OptPass1MOV for reasons of clarity,
and other minor optimisations.
* x86: Extension to CanBeCMOV that permits a potentially unsafe reference if it appears in the previous comparison
* use MOVDQA instead of MOVQ in spilling_create_store
* call OptPass1_V_MOVAP for MOVDQA
* call OptPass1_V_MOVAP for MOVDQA on i386
* x86: Fixed bugs in and refactored and renamed
DoSubAddOpt optimisation method
Typed const builder: store tsym
Useful for LLVM debug info generation
llvmdbg: initial version based on dbgdwarf
Line information is mostly functional, type information not yet (except
for basic procdef info, as that's required for line info)
+ fold "a shl n1 shl n2" and "a shr n1 shr n2" into "a shl (n1+n2)" and "a shr (n1+n2)", resolves
gitlab 0039629
dbgllvm: remove restriction to only write struct procdef in context of struct
Does not make a difference for LLVM since all debug info for procdefs is
assigned to the definition instructions for the procdef anyway, and avoids
issues when only generating line info (in that case the structs will never
be processed, but we still have to generate the basic debug info for their
procdefs to provide a scope for their line info)
Use a set instead of boolean arguments to TCallCandidates.
Outline freeing TFPList with disposing its items into TFPList.FreeAndNilDisposing.
* only abort due to a missing overload directive if there indeed was any procdef found (due to implicit specializations there might be none), fixes compilation of tests webtbs/tw38310b and webtbs/tw38310c
* move handling of a dummy symbol (mainly either resolving it or generating a suitable error) inside single_type to a nested function as the same code is used multiple times
* fix
gitlab 0039673: also resolve the dummy symbol in case this isn't a reuse of the current generic's name
+ added test
* fix
gitlab 0039679 and fix
gitlab 0039680: for implicit specializations a parameter used in a call might also inherit in some depth from a specialization used as parameter type
+ added tests
* the index of the generic type parameter is not the same index of the paras list
+ added test
* a function can't be used to implicitely specialize a specialized procedure variable parameter and vice versa
+ added test
* fix
gitlab 0039681: also handle the result type of a specialized procvar when checking for a possible implicit specialization
+ added test
* fix
gitlab 0039675: consider the symbols for unnamed parameters as used so that there won't be unnecessary hints about them
+ added test
* x86: Improvement to CMP/JE/CMP/@Lbl/SETE ->
CMP/SETE/CMP/SETE/OR optimisation to reduce
pass counts (and work better with improved
FLAGS register allocation).
* use a single if-condition for both check_hints and addsymref
* in case of an implicit specialization ensure that the symbol of the generic is indeed considered as used once the final implicit specialization has been picked
+ added test
* x86: Improved TrySwapMovCmp to insert before
the FLAGS register is allocated.
* AVR: fix TCpuAsmOptimizer.InstructionLoadsFromReg for MOVW
* simplify code for MovMov2Movw optimization
* AVR: moved MovMov2Movw optimization into pass2 as it might prevent other optimizations
* Fixed bug in register preservation tracking
LLVM lineinfo: fix nolineinfo generation
LLVM requires line info metadata for all call instructions that may potentially
be inlined. So attach one to all call instructions in nolineinfo regions, but
set their line number to 0 (same as what clang does)
llvmtype: ensure all processed defs get recorded
This is necessary so they get reset as well, as they may be reprocessed while
compiling other units (both by llvmtype and dbgllvm)
llvmdbg: add declaration for all DISPFlags
dbgllvm: create dummy line info for instructions that shouldn't have any
Use line 0 for that, like clang does
dbgllvm: handle array of const (stub)
dbgllvm: handle empty spFlags
llvm metadata: use cardinal instead of tsuperregister for unnamed metadata numbers
We're not putting these into registers, so no need to limit ourselves
dbgllvm: fix infinite loop when writing multi-dimensional array info
cutils: also use minalign, when varalign equals it, not only when varalign is less than it (21 years old bug?)
LLVM: fix fileinfo of temp allocations
dbgllvm: fix crash when generating debug info for procdef of imported struct
dbgllvm: fix crash for files without procedures/functions
dbgllvm: add scopeLine attribute for function debug info
Ensures that breaking on the function correctly sets the breakpoint on the
first source line of the function (rather than potentially in the prologue
without line information)
* allow 32 byte alignment of constants and variables on aarch64-darwin
+ AVR: helpers take care of ADIW
* AVR: use adiw to create spilling constants if possible
* AVR: insert allocations for registers used by spilling so the assembler optimizer does not remove spilling code
llvm metadata: counter per unit rather than globally
Results in less high numbers, and reproducible results when partially
rebuilding
llvmdbg: diflags/dispflags fixes
Fix MainSubprogram flag for older LLVM versions, as it was a plain flag rather
than a subprogram flag there.
Added visibility flags for procdefs (public/private/protected)
Write flags as enum rather than integer to avoid issues with changing values
across different LLVM versions
Fix generation of default linker script for esp-idf v4.4
+ AVR: track flag usage
+ AVR: take care of allocated flags when spilling
* AVR: trgcpu.do_spill_read might also use ADIW
* Bug fix that prevents downsizing of
"(x div y) and z" when "x div y" is 64-bit and
z is 32-bit or less. Fixes i39646
Rename tsymtable.insert and delete methods to insertsym ands deletesym
* x86: Bug fix where aoc_ForceNewIteration was
checked in the wrong pass.
* AVR: trgcpu.do_spill_read must load ofs
* Corrected label reference counts caused by TAsmLabel.GetName incrementing refs
* set minimum compiler to compile the compiler to 3.2.0
SymAnsiStr: fix "make all" and webtbs/tw39661*
Fixes compilation with LLVM backend
TSymStr: more consistent usage
* x86_64-linux and i386-linux align variables and constants up to 64 byte boundaries
PPU version: bump
fcaea210758 changed name mangling
* arm-linux: set max. alignment for constants and variables to 32 byte boundaries
Fix for variables longer than 127 chars
* set max. variable and constant alignment for win32 and win64 to 64 byte boundaries
LLVM debug info: LLVM 7.0 support
Also defined some llvm flags in a negative way so they can be removed from
later versions rather than added
* Fix to bug that would reset nf_write flag on tempref nodes in assignments
Use round to convert float constant into s64comp type for LLVM compiler as is done in general case
* simplifications by Rika (*2 loops => shl/Bsr), resolves
gitlab 0039717
aasmtai: added tai_string.Create(ansistring)
Also prevent range check errors for empty strings
LLVM metadata: specialised metadata fleshing out
+ added the atomic memory access WebAssembly instructions from the threading proposal for WebAssembly
+ enable the atomics extension on the llvm-mc command line (extension appears
to be recognized since LLVM 8.0, so it should be safe to always enable this
from the llvm-mc command line)
* patch by Rike: Use reverse_longword instead of manually reversing longword, resolves
gitlab 0039720
+ added intrinsic (for RTL internal use) that emits the WebAssembly atomic.fence instruction
+ support the atomic.fence instruction in the WebAssembly internal object writer
llvmdbg: disable open array data location
Since we don't generate full debug info for parameters yet, this internalerrors
llvmdbg: remove some commented dbgdwarf code
Also adjusted some hashtable sizes
Fix syntax error for isLocal field for function/procedure type LLVM debug information
Use '.L' as labelprefix for LLVM compiler variant
+ Aarch64: MovOp2AddUtxw optimization
LLVM: separate as_clang_llvm_darwin
The Darwin local label prefix ('L') is different from that on most other
platforms ('.L). While LLVM generally handles that for us, for inline
assembly it's still FPC's job to adhere to the target conventions.
Only use Win64 vectorcall special case if calling convention is vectorcall.
* a64: Fix where hp1's was assumed to be an instruction and not actually checked
* a64: New movz reg,#0 -> mov reg,xzr (or wzr) optimisation
* more readable fix for the missing ait_instruction check
* arm/a64: New sbfx/ubfx -> mov optimisation
* a64: Updated debug messages to follow standard.
Call increfs manually to avoid removal of stabs debug related labels
* increase default dwarf version for linux targets where current distributions exist
Do not alloc/dealloc NR_DEFAULTFLAGS for wasm32, as it is NR_NO
* implement necessary conversion functionality for anonymous procdefs to function reference interfaces including capturing of variables
* Streamlined label referencing
* better constant propation for inline nodes
+ added instrinsic support for the all the 2-parameter read-modify-write
WebAssembly atomic operations (add, sub, and, or, xor, xchg). Note that they
are not implemented in the internal assembler, yet.
+ added intrinsic support for the WebAssembly cmpxchg atomic operations as well
Add missing reference increases for ait_jvar labels
* if a for loop does not change a variable, we can propate it if it is a constant, resolves
gitlab 0039726
+ support the new WebAssembly threads and atomics instructions in the internal assembler
+ support intrinsics for the WebAssembly memory.atomic.wait32 and memory.atomic.wait64 instructions
+ support intrinsic for the memory.atomic.notify WebAssembly instruction
+ add a new symoption for symbols created for nameless types during implicit function specialization so that they can be recognized
* if the symbol belongs to the current def also consider it a specialization if it's a nameless type symbol from an implicit function specialization as their owner gets changed to the function itself
agllvm: fix writing metadata operands for variable declarations
llvm metadata: add DIGlobalVariableExpression enum
Only documented as of LLVM 9.0, but existed already in 7.0.
Also fixed DIGlobalVariable not being marked as unique
llvmdbg: handle nil in more places
"void" is represented as "null" in LLVM debug information, which we represent
by nil
llvmdbg: build hashtable to lookup llvmdecl belonging to a global variable
We need to attach the debug info to it
llvmdbg: fix missing initialisation when there are no procedures
llvmdbg: emit debug information for global variables
llvmdbg: emit uppercase symbol names unless C++-style debug info is selected
Otherwise gdb won't find the symbols unless you use the exact case
* more robust code for constant propagation in for loops
llvm: replaced boolean fields in tllvmcallpara with a set
* continue const. propagation after a for loop when possible
llvm: changed llvm_metadatatype from untyped pointer to undefineddef
That matches its meaning better, as it should not result in type conversions.
E.g. some kinds of metadata parameters expect a "type register" parameter such
as "metadata i32* %reg.3"
- remove duplicate paraprintnodetree to ensure that there the right paraprintnodetree is used (namely the one from globals)
* ensure insert_self_and_vmt_para can deal with a preexisting self symbol as long as it has the expected type
* patch by Pierre, which fixes WebAssembly code generation for signed div/mod with overflow checking
* WebAssembly code generation fix in thlcgwasm.a_op_reg_reg_reg_checkoverflow, based on patch by Pierre (but simplified, to use a single block)
* fixed WebAssembly code generation in thlcgwasm.g_overflowCheck_loc (patch by Pierre)
* replaced several internal errors, related to the WebAssembly labels
resolution with more meaningful error messages, in order to ease the
debugging of the compiler. Based on patch by Pierre.
+ reserved inline numbers for the WebAssembly atomic loads and stores
+ implemented WebAssembly atomic load intrinsics
+ added WebAssembly atomic store intrinsics
* implement assignment of procedure and method variables and routines (global, instance and nested) to function references
Add help for -Aomf option for wasm32 CPU and new message for ogwasm binary writer
Avoid some range check error and convert internalerror into error messages
tllvmcallpara: turned into object and added convenience methods
* the WebAssembly internal assembler renamed WASM (previously it was OMF, which was the ID of the MS-DOS .obj writer, which I forgot to rename)
* fixed the message in the previous commit
TCGParaLocation: remove alignment gap
+ support different versions of llvm-mc (version 10 seems to be the earliest that works)
* correctly handle directives for function references
+ added "(experimental)" to the compiler help screen for the WebAssembly compiler options that are still unstable/experimental
* compilation with -O3 fixed
Fix cycling with -CR option
* fix
gitlab 0039736: ensure that the capturer object and any converted function reference interface are considered used
+ added test
* fix compilation with DEBUG_NODE_XML defined
Avoid invalid typecast to tabstractvarsym
agllvm: support nested constants in parameters
Needed for metadata support
agllvm: support specialised metadata with field names
Necessary for DIExpression
tllvmcallpara: record whether it's passed to metadata
Sometimes we need the def to store a the original def of the passed parameter,
e.g. for the first argument to llvm.dbg.addr
hlcgobj: new getlocal and recordnewsymloc methods
Call hlcg.getlocal instead of tg.getlocal when used for actual parameters/local
variables. Has an extra tsym parameter, which will enable the LLVM backend to
insert debug information.
Call hlcg.recordnewsymloc when the location of a (local/para) symbol changes,
so debug info tracking can be updated (only done for LLVM currently)
+ enable the ROL/ROR instructions for WebAssembly
+ implemented popcnt via the popcnt instruction in WebAssembly
* Risc-V: return with mret from interrupt handlers, resolves
gitlab 0039737
+ added the memory.init and data.drop instructions
+ added the WebAssembly reference instructions ref.null, ref.is_null and ref.func
+ added the WebAssembly table instructions
+ added the WebAssembly reference and vector types to TWasmBasicType
+ support all the new types in encode_wasm_basic_type
+ added the 'wasmthreads' target switch (enabled via -CTwasmthreads)
* fixed compilation of ppudump
+ added a 'producers' custom section to WebAssembly object modules, containing the FPC version
+ produce a target_features section when compiling with -CTwasmthreads
ngtcon: fix def of emitted vmt in procedure of object typed constants
Fixes compilation of tests/test/tprocvar17 with the LLVM backend, and probably
some other tests as well
rautils: don't interpret ".L3" as potentially meaning "unitx.identifier"
Fixes compilation of webtbs/tw10641.pp with a compiler compiled with
range checking
taddnode.cmp_of_disjunct_ranges: fortify in case of programs with errors
Fixes compilation of webtbf/tw3116 with a compiler compiled with -Cr
+ support the memory.init and the data.drop instructions in the internal asm writer for WebAssembly
+ added the WebAssembly saturating truncation instructions to the internal assembler
* pass the option to create shared, imported memory to the linker, in case the module is compiled with -CTwasmthreads
Note that this breaks running programs compiled with -CTwasmthreads with "wasmtime run --wasm-features threads", but
there's not much we can do about that, since shared memory is required for threading, and wasmtime still doesn't
support it.
* the stack pointer on Risc-V points always at the last used position, resolves
gitlab 0039739
* pseudo instructions for flag handling
* standard Risc-V pseudo instructions for Risc-V 32 completed
* unified Risc-V 32 and 64 cpubase.pas
+ completed Risc-V 64 pseudo instructions
* typo fixed
llvm: support for adding/subtracting constants to pointers in typed constants
Fixes webtbs/tw34027 for llvm
do_set: immediately exit in case of range error
Prevents run time error in case of a compiler compiled with range checks
enabled (webtbf/tw10890a)
tarraydef.elecount: fix overflow detection
It did not trigger in case of an array[0..high(asizeint)]. Fixes compilation
of webtbs/tw9039[ab] with a compiler built with range checking enabled.
llvmdbg: fix overflows for aggregates > 2^61 bytes
LLVM does not support aggregates larger than that at all, because internally
it stores all sizes in bits in an uint64. Their rationale for not having
special support for that is that there is no hardware with full 64 bit VM
address space anyway. So truncate our size emissions in debug info also to
that.
read_record_fields: fix overflows of variant record size variables
Could happen in case of > 32 bit variant parts, or variant parts at offsets
> 32 bit offsets.
Fixes webtbs/tw9039c with a compiler compiled with -Cr
* set the correct symtable level for the invoke procdef
* ensure that the VMT for the function reference interface is generated correctly, but for this the invokedef needs to be copied without hidden parameters (and handle_calling_convention will be done by the VMT builder as well)
function references: make names of interface methods valid Pascal identifiers
On high level targets, and on PowerPC/PowerPC64, interface method thunks are
implemented using internally-generated Pascal wrappers, so the method names
need to be valid Pascal identifiers.
Additionally, that wrapper code uses the procsym's realname, so also
update the realname field when changing the name of anonymous methods.
* unified Risc-V 32 and 64 register data file
+ "rescued" mkrvreg.pp from old svn data
* fix
gitlab 0039745: the conversion from ordinals to pointer types in mode Delphi is not allowed for a void type (happens when using a typecast to convert a method without parameters to a function reference)
+ added test
Fix compilation of sparc compiler with -dDEBUG_ALL_OPT
Also add a comment when a label has been optimized out when compiled DEBUG_LABEL
Manually increase refs of newly created labelsymbol in insertpcrelativedata
Add several increfs to avoid troubles on AIX target OS
+ added Risc-V register information file generation to the compiler Makefile
* more stringent naming of register file information for Risc-V
* make proc_to_funcref_conv publicly available
+ add an error message that a nested function variable can not be assigned to a function reference
* regenerate msg{idx,txt}.inc
* ensure that a nested function variable can not be assigned to a function reference
* the check for nested procvars is now done during the conversion in capturer_add_procvar_or_proc so loosen the check in proc_to_funcref_equal_internal
* fix
gitlab 0039740: consider a conversion of a procedure or procedure variable to a function reference as a bit more expensive than otherwise
+ added test
* fix
gitlab 0039742: when assigning a function to a function reference it's not the function itself that needs to be checked to be captureable, but instead what it captures (this applies for both the non-generic and the generic case)
+ added tests
Disable finalisation code fro LLVM compiler to avoid interface finalisation troubles
Fix compliation error with -Oodfa option as reported by Gareth
+ forgotten pseudo-instructions added
* zero is a valid Risc-V register alias
* "fast lane" code and comment fixed
Fix compilation of 32-bit powerpc compiler
llvm: version 13.0 support
* Risc-V: allow also register aliases in register modification lists after asm blocks, last part to resolve
gitlab 0039738
llvm: added support for newer Xcode toolchains
Based on https://en.wikipedia.org/wiki/Xcode#Xcode_11.x_-_13.x_(since_SwiftUI_framework)_2
LLVM: list supported LLVM/Xcode versions
Use the -i or -il command line parameter
llvm: version 14.0 support
llvminfo: fix copy/paste error in llvm 14 comment
Spotted by @Alexey-T1
dbgllvm: rename hastable for staticvarsym declarations
llvmdbg: support for generating debug information for local/para varsyms
Note that not all symbols are covered yet, because absolutevarsyms are not
yet supported and those are e.g. used for function result aliases.
Additionally, not all types are fully supported yet.
* patch by Rika: improve EncodeUleb128/EncodeSleb128, part of
gitlab 0039750
llvm: removed Xcode 10.0/10.1 as supported versions
These already did not work because they predate clang 7
parentfpstruct: don't add vo_is_firstfield to first field of record
That flag is only for the first field of variant parts of records
objcdef: remove duplicate variant start check
aasmllvmmetadata: remove leftover unused type
dbgllvm: support for record field debug information
Try to fix real constant problems for llvm compiler
dbgllvm: added appenddef_struct_named
Factored out of appenddef_record_named for reuse by objectdefs.
Also moved responsibility of adding the struct dinode to the asmlist
to the caller, as the name of this method does not imply it will do
that.
dbgllvm: remove tmembercallbackinfo
Leftover from dbgdwarf, not used here
dbgllvm: skip static fields when writing struct fields
These are not part of the struct instances
dbgllvm: struct_metadef fixes
It will be used to hold a reference to the underlying structure of a class,
whose type is represented as a pointer to a DW_TAG_class_type for compatibility
with the debug information generated by the FPC backend (otherwise we could
instead just add a deref expression to all variables of such a type)
dbgllvm: support for tobjectdef debug information
Classes, objects, interfaces, Objective-C classes, ...
dbgllvm: emit all symbolic constants as enum values/strings
Easier to read in the .ll files, and avoids potential mismatches with their
value in LLVM (in case it changes across LLVM versions)
Fix compilation of arm compiler with LLVM=1
Fix oversized type size constant
Avoid Invalid typecast error when using -CR option by using tabstractrecordsymtable type for record or object symtable
dbgllvm: removed some commented-out declarations
* patch by Rika: Replace some instances of manual work with endianness with cryptic oneliners, resolves
gitlab 0039719
defutil: new is_address() helper
Returns whether a def represents an address
nllvmadd: fix not always forcing pointer constants in registers
There could have been a typeconversion around the pointerconstn/niln.
This was hidden because llvmtype fixed it up later, but with opaque
pointers it showed up again.
* a few more MISP64 fixes
agllvm: missing space between type and tai operand
llvm: support for opaque pointers
Will be the default starting with LLVM 15, and required with LLVM 16.
Tested with LLVM 14 and '-mllvm -opaque-pointers'. See
https://releases.llvm.org/14.0.0/docs/OpaquePointers.html for more
information.
llvm: use formaldef rather than undefineddef for llvm_metadata
Better matches the intent, and fixes compilation issues on AArch64
+ RiscV32: patch by kupferstecher: compiler support of CH32V30*, part of
gitlab 0039777
arm paramanager: always create at least one paraloc
Even for parameters of 0 bytes. Matches behaviour on other targets.
* use a TCmdStr as parameter for SetVerbosity as it gets passed a TCmdStr in the option handling, thus may contain a parameter value (especially -vmXXX) larger than 255 characters
+ add a AnsiString based overload of GetToken
* change ChangeMessageVerbosity from String to AnsiString as long parameters might be passed to it
llvmpara: don't crash if a parameter has no paralocs
* don't load the controller unit if the currently compiled unit *is* the controller unit (which might happen if one compiles the controller unit as part of a program)
* do not throw messages on potentially uninitialized internal symbols, resolves
gitlab 0039744
Put systems_bsd into systems_weak_linking to fix heaptrc compilation failure for netbsd and dragonfly target OS introduced by commit ae346a87
llvmdbg: fixed variant fields
They have to be members with a union type, rather than union types
themselves.
* optimize a-const1-const2 when const1 and const2 are real constants and fast math is on, part of fixing
gitlab 0039782
darwin: also run dsymutil for DWARF 4
x86-64: keep tcgpara vardef the same as the para's real def
Only override the paraloc's vardef if necessary. This fixes compilation of
tests/test/cg/tvectorcall*.pp for LLVM
x86-64: properly set parameter alignment if not default
* get rid of cs_opt_none
* $O+ sets cs_opt_level2 instead of cs_opt_none which made no sense
* do not use Dwarf-4 yet as it is too little tested and has no benefits
* remove accidently commited writeln
Support arrays and classes in compile-time OffsetOf.
* WebAssembly exceptions fix: fixed raise without parameters in except..end
blocks in WebAssembly native and branchful exceptions mode. Fixes
gitlab 0039752
+ added check whether PPU and program are compiled in the same WebAssembly
exceptions mode (either both are turned on, or both are turned off)
* Don't call secondpass(left) in twasmtypeconvnode.second_int_to_real, this fixes bug
gitlab 0039735.
+ WebAssembly: use the 64-bit div instruction, instead of an RTL helper for 64-bit division
* fixed WebAssembly code generation for integer unary minus with overflow checking
+ generate exception checks after calls to fpc_overflow class in WebAssembly
branchful exceptions mode, because fpc_overflow can raise an exception in case
unit SysUtils is included.
+ make use of the unsigned remainder instructions in WebAssembly (i32.rem_s, i64.rem_u)
* fix
gitlab 0039795: when extracting make_prettystring it was forgotten to also append the const part of the name to the specialize name
Simplify SanitiseXMLString.
* do not throw an internal error if slice is used on dyn. array paramters, resolves
gitlab 0039806
* Fixed infinite loop when CONSTPROP is enabled
but USELOADMODIFYSTORE is not.
riscv32: Fix potential FP proc_exit bug
* do not optimize away +0.0 if no fastmath is passed as -0.0+(+0.0)=+0.0
* x86: MovAndTest2Test optimisation now accepts a smaller sub-regiser on the TEST instruction
cresstr: fix length specified for resource strings to typed const builder
Copy/paste error
* allow type parameters in variant parts of records as we do not now
what type is used during specialization, resolves
gitlab 0039805
* x86: Shrink TEST instruction on MovAndTest2Test
where possible.
set Tag_ABI_VFP_args to 1 only if the hard float abi is used, should resolve
gitlab 0039817
* convert a+/-const1-/const2 in into a+/-(-const1)+(-const2) to enable further optimizations, resolves
gitlab 0039782
riscv: Merge stack code, fix interrupted code
- Stack pointer is kept below register save area. This ensures that
registers are not overwritten by interrupt handlers.
- RV32 and 64 code is merged to base class.
__fpc_valgrind symbol: use correct size when inserting definition
x86 BuildInsTabMemRefSizeInfoCache: don't read past end of instab
Add cntfrq_el0 and cntpct_el0 AArch64 registers
tstringconstnode.changestringtype: fix buffer overrun
Found by asan
* handle absolute on strings correctly for dwarf debug info, resolves
gitlab 0039816
ttai_typedconstbuilder: do not remove tcalo_vectorized_dead_strip_item
This was done because originally getting the finalized asmlist happend
through a single proc that either called the vectorized version or the
regular version depending on the presence of tcalo_vectorized_* flags.
Nowadays, calling either get_final_asmlist_vectorized_dead_strip or
get_final_asmlist happens directly as needed.
This flag will be used by the LLVM asmwriter to add appropriate
address sanitizer information.
LLVM backend: address sanitizer support
Activate with -Clfsanitize=address. Only tested on Darwin/x86-64 for now.
agllvm: fix writing strings in metadata arrays
They were interpreted as part of larger strings
llvm: fix reading past end of data for some parameter references
Fixes false positives when using address sanitizer
* a64: New conditional branch to CSET peephole optimisation
* a64: Porting of MatchOperand function from x86 that takes integer parameter
Adding AArch64 CurrentEL register
CurrentEL is used to determine the current "exception level" in the CPU.
It has four possible results:
0b00 - EL0 - Application
0b01 - EL1 - Rich OS
0b10 - EL2 - Hypervisor
0b11 - EL3 - Firmware
https://developer.arm.com/documentation/ddi0595/2020-12/AArch64-Registers/CurrentEL--Current-Exception-Level
https://developer.arm.com/documentation/102412/0100/Privilege-and-Exception-levels
* Reference counts are now properly incremented on duplicated taicpu objects
LLVM address sanitizer: add asan library and rpath on Darwin
Also verified that "make all" works with asan on macOS/AArch64
* Always generate CFI-information. During linking it can be omitted when
no debug-information is requested. On Linux this needed a change in the
linker-script. On Windows it already works as desired. Other targets
may need some adjustments as well.
* arm: Symbol reference counts are corrected when PC-relative data is inserted
* arm: Labels to constants are now data labels and not jump labels
x86: Direct assignment instructions are no longer checked prior to calling CheckJumpMovTransferOpt, instead relying on the callee to do the heavy lifting (also fixed -Os bug)
* correctly truncate rtti symbol names of enumeration types, resolves
gitlab 0039829
* x86: Fixed bug in "Mov0LblCmp0Je -> Mov0JmpLblCmp0Je" optimisation
where the reference count was increased twice.
+ support writing of 32-bit and 64-bit relocations in the REL object writer
for Z80. This fixes DWARF debug output and makes it behave consistently with
the Z80 external assembler writer.
* patch by rika: simplify tscannerfile.readstring, resolves
gitlab 0039835
+ added the WASM_SYM_TLS symbol flag constant
+ added WASM segment flag constants
+ set the TLS flag for threadvar sections when WASM threads are enabled
+ prefix the threadvar sections with '.tbss' when WASM multithreading is enabled
+ WebAssembly multithreading: also declare threadvar sections as TLS and prefix their name with '.tbss' when using the external assembler
+ introduced trefaddr.addr_got_tls, to be used for generating WebAssembly threadvar access, when WASM multithreading is turned on
+ generate proper WebAssembly threadvar access when multithreading is turned on
+ declare the three magic global variables (__tls_size, __tls_align, __tls_base), created by the linker, when WebAssembly multithreading is enabled
+ added WebAssembly intrinsics for reading __tls_size, __tls_align and __tls_base
+ add the "-m wasm32" parameter to the linker, when linking for the WASI
target. No idea if it does anything, but is passed to the linker by the
official WASI SDK, so it shouldn't hurt.
* set the default stack size for the WASI platform to 65536 bytes (this is the
default, used by the linker)
+ allow changing the stack size for the WASI platform
* stack alignment on the WASI platform is 16 bytes
* set the stack size to 64kb and stack align to 16 bytes for the wasm32-embedded target
+ allow setting the stack size for the wasm32-embedded target
+ pass '-m wasm32' to the linker, when compiling for the wasm32-embedded target
+ allow creating a linker map file, when compiling for the wasm32-embedded target
* use current_module.sharedlibfilename instead of current_module.exefilename, when linking a library for the wasm32-embedded target
+ allow specifying custom extra linker options for the wasm32-embedded target
+ allow specifying custom extra linker options for the wasm32-wasi target
- removed debug writeln when calling the linker for the wasm32-embedded target
+ show a "linking" message before invoking the linker for the wasm32-embedded target
* fix
gitlab 0039826: correctly handle function references that are part of generics/specializations, but are not generics/specializations themselves
+ added test
* apply the same alignment parameters to wasm32-embedded as wasm32-wasi
- disable the cs_opt_nodecse optimization from the -O2 for the WebAssembly target, because it causes a crash, when compiling the classes unit
+ added custom section descriptions for DWARF debug info for the WebAssembly object writer (not actually emitted, yet)
+ introduced TWasmObjSection.IsDebug
* fixed crashes with the WebAssembly internal object writer, when debug info is enabled. The debug info itself is not yet written to the file, though.
+ write the actual DWARF debug sections in the WebAssembly object writer. The relocations aren't ready, yet, though.
+ emit WASM DWARF debug info relocations
+ implemented the R_WASM_FUNCTION_OFFSET_I32 relocation in the WebAssembly object writer
+ always (even when multithreading is off) create a "target features" section
in the WebAssembly object writer, since we still require some (very commonly
supported) extensions, even without multithreading
* don't write R_WASM_TABLE_INDEX_I32 relocations, always use R_WASM_FUNCTION_OFFSET_I32 in debug sections
* workaround crash when generating WebAssembly DWARF debug info for threadvars, while multithreading is turned off
llvm: move asan library linking support to texternallinker
This way other platforms besides Darwin can also use it.
* an attempt to fix WebAssembly debug info section relocations
+ support RV32E Extension
* RiscV: generate mret only for FreeRTOS and Embedded
* RiscV: pass the same default directories to the linker as on other architectures
* Riscv32 and Riscv64 on linux: enable safecall support
llvm: support for getting the llvm rtl (rt) architecture name
This is the name used as part of the llvm rt libraries, like
asan (address sanitizer)
llvm: generalised sanitizer linking support
Also enabled automatic detection of sanitizer library + setting rpath to Linux
Fix compilation with -Oodfa
ARM: fixed compiler compilation after 75c16b612660
+ allow the 'section' directive for the WebAssembly platforms
+ introduced tcpustaticvarsym.is_wasm_global
* don't reserve bss data for wasm global vars
+ introduced methods for converting WebAssembly global var types from a Pascal type to TWasmBasicType
+ declare user-defined wasm globals in the llvm-mc assembly output
* WebAssembly high level code generator: use the global.get and global.set
instructions to access references to symbols of type AT_WASM_GLOBAL
* x86: Bug fix where a tai type was assumed and could sometimes trigger an invalid typecast under -CriotR
variable trashing: don't trash internal syms
Since they're managed by the code generator, they should always be valid.
parentfpstruct: explicitly trash before initialising
It's an internal sym, but it contains user data. Together with the previous
commit resolves
gitlab 0039845
* x86: Fixed minor logic bug in aoc_ForceNewIteration check where UpdateUsedRegs was called at the wrong time.
* x86: Corrected some incorrect uses of RemoveCurrentP in OptPass1_V_MOVAP.
* x86: Refactor of a DeepMOVOpt call to make use of a while loop and aoc_ForceNewIteration to increase compiler speed and efficiency.
+ VPXorVMov2Mov optimization
llvm: correctly write aliases when using opaque pointers
llvm: llvm/clang 15.0 support
* fix
gitlab 0039849: it's an error when the file (or string) parameter of a Read*/Write* is followed by a ":"
+ added test
* do not warn on anonymous functions without captured variables about being not used, resolves
gitlab 0039853
* x86: Fixed bug where redirected jump has its condition changed (fixes i39851)
* x86: Reference count fix in CMP/Jcc and TEST/Jcc redirect optimisations
+ VPXor2VPXor optimization
* x86: Correct fileinfo and some refactoring for imul2leashl optimisation
* x86: Correct fileinfo and some refactoring for OptPass1LEA
* x86: Correct fileinfo and some refactoring for OptPass1SHLSAL
* x86: Correct fileinfo and some refactoring for OptPass1CMP
* x86: Correct fileinfo for OptPass2MOV
* x86: Correct fileinfo for PostPeepholeOptCall
+ support declaring wasm globals in the WebAssembly internal object writer
+ forgotten comments for new optimizations
Update errord*.msg
new messages and other changes in errore.msg have been translated or ported to the German message files.
* captured variables cannot be in registers typically
* wasm32 obj writer: writing the debug section symbols to the symbol table moved before the writing of the debug sections themselves
* wasm32 obj writer: moved the writing of the data sections ahead
* wasm32 obj writer: determine the section number for the datacount, code, data and debug sections ahead of time (before writing the sections)
* wasm32 obj writer: do the relocations before writing the code, data and debug sections
* wasm32 obj writer: use Data.ObjSectionList.Find to find the debug section by name in MaybeWriteDebugSection
* use simpler FMOV instead of UMOV
+ introduced TWasmCustomDebugSectionType
* use WasmCustomSectionName to obtain the debug section names in MaybeWriteDebugSection and MaybeAddDebugSectionToSymbolTable
+ handle LOC_FLAGS in thlcgobj.location_force_mem, resolves
gitlab 0039292
* fix
gitlab 0039860: even if the block type is not correct for the specialization of a generic routine continue to specialize it to not trigger e.g. an internal error
+ added tests
* extract generating the specialization from a specialize node into a separate function
* try to specialize a specialize node if it's followed by a < in a non-code section so that we might get better error messages
* the clause for converting the captured symbols of a nested function must not be entered by an anonymous function
* fix
gitlab 0039858: correctly keep track of symbols that need to be captured into the capturer
+ added test
* Fixed internal error number clash (2021102610)
Mark .noinit section with nobits flag.
* x86: New SHR-based optimisations
* improved FstpFld2 optimization
* x86: New "shr %cl; shr x" swap optimisation
+ some debug messages added
* cosmetics
do not publish enums with jumps
do not publish enums with jumps - keep error on static properties
* x86: Fixed bug where the magic number of an integer division wasn't fully sign-extended, causing incorrect logic within the compiler.
* Converted assertion into an internal error
* x86: New MovShr/Sar2Movx optimisation
* patch by Rika: This speeds up DefaultReplacements by a lot (order of magnitude or so), resolves
gitlab 0039722
* x86: Improved unsigned integer division for when BMI2 is available.
Revert " * patch by Rika: This speeds up DefaultReplacements by a lot (order of magnitude or so), resolves
gitlab 0039722"
This reverts commit a2d7503f714ee8ff856efd8d17548fbab928f0ec.
Reason: breaks replacements in config file parsing.
* apply default replacements also to defines set by -d:
- -d with $ is not possible so this should not break any existing compiler call
- this fixes also the strange error message "Error: malformed parameter: -dlinux"
when e.g. -d$FPCOS is passed as the default replacements are applied to the
error message
* x86: 64-bit integer division reciprocal algorithm uses IMUL
with an immediate for the modulus version where possible
* handle also simulated flags in tmipselnotnode.second_boolean, resolves
gitlab 0039877
m68k: use CPU capabilities at places instead of hardwiring cpu_coldfire
m68k: disable an A_MOVE in the spilling code in an effort to finally try to unbreak paszlib
m68k: add a CPU capability to signal the CPU has no 48 bit encodiing limits
* fix
gitlab 0039876: correctly Read(Str) enum types which have a size smaller than 4 Byte
+ added tests
* fix
gitlab 0039857: don't trash symbols marked as vo_is_internal
+ added test
* fix
gitlab 0039875: when a WideString constant is used to initialize a PChar the constant needs to be converted to the current code page
+ added test
* improves node complexity calculations
powerpc-morphos: enable 'section' keyword support, and force the startup code to be in the .text section, to fix linking external objects with unnamed sections on this platform
* don't switch a+/-/sqr(b) into an fma statement if b is too complex
* x86: EDX is now deallocated before MULX instructions in the "magic div" algorithm so it can be used as the destination
* correctly convert a single WideChar to a PChar constant with the correct code page
+ added test
+ MovzMovz2Movz optimization
m68k: fixed the capabilities flags inverted logic issues committed in 7d23c2e9
+ AArchz64: TCpuAsmOptimizer.OptPass1SXTW
* fix for TCpuAsmOptimizer.OptPass1SXTW
* refactor TCpuAsmOptimizer.OptPass1SXTW
+ Aarch64: SxtwOp2Op optimization
* refactoring
* cosmetics
* factor out GetNextInstructionUsingReg calls in TARMAsmOptimizer.OptPass1*XT*
+ ARM/Aarch64: *xt*Op2Op optimizations
* building of arm compiler fixed
* AArch64: extended SxtwMov2Data to CMP and CMN
* factor out TARMAsmOptimizer.USxtOp2Op
* use the bts instruction on x86 if possible, the reg,reg variant is better than a mov/shl/or sequence
* apply OptPass1Data to neg as well
* x86: Added BEXTR and BZHI to special spilling rules since they follow the same format as SHRX etc.
* x86: Added SARX to BMI2 code generator
* x86: Made a check for BMI2 more explicit in the integer division code generator
vector support: check supported type during parsing already
Avoids internalerrors at the code generation stage when using an unsupported
type
vector support: use vector result types
Set the result of a vector add node to a vector type.
Ensure that that these vector types are still asignment-compatible with
regular array types (may want to change this when we expose vector types),
and don't remove type conversions from vector types to array types (so the
code generator pass can still rely on the resultdef being a vector type)
High level codegen: set MM register type for vectors
LLVM: support for -Sv (manual vector usage)
Override register type for vectors to "integer registers" because we don't
use mmregister on LLVM (they're all virtual, so it doesn't matter)
* Seems not all was committed
Darwin version comparisons: factored out into object
Use numeric instead of string comparisons
objc: use compile-time macOS version checks
Use "modern" APIs for calling inherited messages when targeting Mac OS X 10.6
or later
objc: stop generating coalesced sections
When targeting >= Mac OS X 10.6, don't generate coalesced sections anymore
because they are deprecated. Resolves
gitlab 0039818
Overload selection: call procvars if result is compatible with parameter
Previously we only autmatically called procvars without parameters in TP/Delphi
modes if their result type was equal to the parameter type to which they were
passed. Resolves
gitlab 0039748.
symcreat: support for scanner/parser escape sequences
Support escape sequences when parsing internally generated code. Used for now
to force interpreting certain identifiers as unit/namespace identifiers.
* allocate registers correctly for method pointers on 16 bit address cpus, resolves
gitlab 0039603
* i8086 compiler fixed after 9848349610219cd0d2dadc67b112fb09a8317e91
* hopefully final fix after 9848349610219cd0d2dadc67b112fb09a8317e91
* fix
gitlab 0039903: correctly parse anonymous function references in records (and classes/objects)
+ added test
* check whether the hdef is still a procvardef before accessing it as such
* handle_calling_convention is only needed for a function reference used in a record/class/object when it's an anonymous one
* fix
gitlab 0039902: correctly handle assignment of procvars to properties with a field write accessor
+ added adjusted/extended test
* fix
gitlab 0039902: in case of mode ObjFPC function pointers passed to parameters need to be checked for the correct procdef as well
+ added adjusted/extended test
Missing file from b26703feaa9
* patch by Rika: Use linear file list in FInput.TInputFileManager instead of linked, resolves
gitlab 0039880
* mark units compiled with cs_compilesystem with a corresponding flag
* fix
gitlab 0039907: only load system class types from units that are marked as a System unit
+ added test
x86: Deeper insight in OptPass2ADD and OptPass2SUB to produce more efficient code
* end of an include file works like a new line with regard to single line (//) comments, resolves
gitlab 0039912
* fix
gitlab 0039898: when a loadnode is captured ensure that its nf_load_procvar flag is applied to the subscript node as well
+ added tests
Change is_macro to return true for A_JAL if in pic mode
Add name of unit for return type if not from current module in tprocdef.customprocname
Fix loading of ObjC protocol type after c8fee69345
That type lives in the objcbase unit, not in the system unit
Resolves
gitlab 0039914
* cleanup captured symbols when moving them from the nested function to the new method
* when generating the call to the extracted function reference inside the nested routine we need to use the parameters of the nested function and not those of the newly created procdef (fixes some of the test case failures with -O2)
* propertly check equality with the for-counter when propagating constants, resolves
gitlab 0039915
* apply ShlOp2Shl optimization also to floating point operations
* look ahead for ShlOp2Op optimization
* use append_object_struct also for dwarf-3 when creating dwarf debug info for objects, resolves
gitlab 0039920
* small correction to linker script
* improve dwarf cfi on avr
* cfi for avr needs 32 bit pc begin and range
+ add utility function to retrieve a signed integer def for a given integer def
+ add message in case an ordinal or pointer expression is expected (e.g. for the atomic intrinsics)
* set the maximum alignment values for constants and variables to 64 on aarch64-linux
* fix for commit a91e5478, mixed localalignmax and constalignmax
* patch by Rika: Optimize some compiler/CFileUtl.pas functions for returning unchanged strings, resolves
gitlab 0039882
* $P/$OpenStrings is supposed to be a local switch, so change that accordingly
+ added tests
* change PPU version as the change regarding $P/$OpenStrings affects the token buffers of generics (which contains the current settings)
* enable OpenStrings by default in mode Delphi
+ added test
cs_opt_consts: disable when non-local gotos are active
This optimisation can insert code after the call to fpc_setjmp, resulting in
it not getting executed after a longjmp. Fixes tmacnonlocalgoto on AArch64
with -O2 or higher.
* fix copy/paste typo in comments
* optimize shortstring concatenations if they're on the right side of an assignment to directly use the left side instead of a temporary
* use AllocRegbetween in TARMAsmOptimizer.RemoveSuperfluousMove, resolves
gitlab 0039921
* TDebugInfoDwarf3.appenddef_object should not write an extra finish_entry for objects and C++ classes
* the right side of a concatenation of multiple ShortString values can directly pass any String[x] to the utility routine, because only the Length() is used, not High() and nothing is modified (also typed pointers must not be used for them); this allows for better code generation for strings with a maximum length < 255
cgbase: make first parameter of supregset_reset "out"
rgobj: reduce compilation time of programs with long movelists
Reduces compilation time of webtbs/tw2242 for AArch64 with -O2 from
15 minutes to 10 seconds on my system.
from 15 minutes to 10 seconds
Darwin: don't try to print size statistics if the binary wasn't linked
* x86: Bug fix where improved AddMov2Mov optimisation didn't
check to see if the other register was modified in between
* x86: Improvement to bug fix so an optimisation can still be made even if the other register is in use
* x86: Bug fix where "mov $0,%reg" was inserted on the wrong side of a SETcc instruction
* x86: Fixed mistake in var9 optimisation under -Os; "andl $255,%eax" is not
smaller than "movzbl %al,%eax" because the immediate is sign-extended,
not zero-extended, so $255 will be stored as a 32-bit value.
* fixes tcg64frv.a_op64_const_reg_reg based on the analysis of Bart B, resolves
gitlab 0039953
* x86: ConvertJumpToRET now sets the condition to C_None
* if a pointer_to_array type conversion is applied to a variable, it is not written, resolves
gitlab 0039957
riscv32: Fix 64bit comparisons
- Code taken from MIPS backend
- Removed some unused code generated for RV32 64bit integer ops
* properly reset nf_write/nf_modify flags for min/max inline nodes, needed by dead store optimization, resolves
gitlab 0039958
* factored out nutils.node_reset_pass1_write
+ added WASI multithreading helper for setting the stack pointer for the linear stack
* a_load_subsetreg_reg will no longer generate an AND instruction if it isn't necessary
* x86: Modification to PostPeepholeOptShr to skip over MOV instructions if they don't modify the current register
* make the hidden high parameter for short strings a byte for 8 bit CPUs
Fix incorrect dwarf entry count. Issue
gitlab 0039928 introduced in 1b6982107f1ac4b4111e37be0a3649d155a2bc1e
* x86: The code generator will now attempt manipulate "x and (not y)" (where x and y are ordinals) to use ANDN.
- remove unused consume_generic_interface; it has been superseded by handle_generic_interface in 17a0ac7fc03
* x86: Extended FuncMov2Func optimisation to handle 1, 3 and 4-operand functions
+ print optinfo pointer if set
* check if optinfo is assigned before using it, resolves
gitlab 0039913
* x86: FuncMov2Func moved to separate method and also called by OptPass2MOV.
* x86: Changed BMI2 check to BMI1 for ordinal ANDN optimisation
* x86: CheckJumpMovTransferOpt now also copies over register deallocations to allow better optimisations
+ apply OpTest/Or2Op optimization to ANDN as well
+ DebugMsg for OpTest/Or2Op added
* x86: PostPeepholeOptTestOr has different debug messages for each found instruction, and also tests for BEXTR and BZHI.
* fix life information propagation for while loops, resolves
gitlab 0039971
* warnings/errors fixed which are caused by the new life information propagation
+ test
* more warnings after last commit fixed
Fix internalerror generated with riscv32 compiler.
Fix
Compiling ./fcl-passrc/src/pscanner.pp
pscanner.pp(2512,40) Fatal: Internal error 2006010801
error generated for riscv32-linux target after commit #c83e6c34
by correcting expectloc for riscv32 for 64-bit comparisons.
Add a small test.
* x86: Updated Mov0LblCmp0Jne optimisation to work when alignment hints appear before the label
* more debug messages
* better exit codes for test
* x86: FuncMov2Func now has code to remove "mov %reg,%reg" (since it doesn't get removed in Pass 2).
* generate the generic name for a specialization of a generic interface alias in the same way as for specializations in general
* fix
gitlab 0029859: ensure that it's correctly passed down into generate_specialization whether a unit name was provided for the specialization and if so search the generic only in that unit
+ added tests
* ensure that hmodule is initialized correctly
RTTI: don't generate full RTTI for internal types
These are types created by the code generator for internal purposes, and hence
are never queried by user code
AArch64: X18 is not a volatile register
It may be unused on some platforms, but in general it's reserved for OS library
usage (usually related to TLS)
Darwin: fix mac0S 11.0 version string
Prevents LLVM warnings
systems_iphonesym -> systems_iphonesim
It's a simulator, not a symbolator
Darwin: really fix -Xg for DWARF4
+ MovSubCmp2MovSub optimization
Linux: don't discard CFI when using it for exceptions
Allow cycle to finish successfully with -dEXTDEBUG without ALLOW_WARNINGS=1
* fix FindUnitSymtable for exception symtables, resolves
gitlab 0024801 and
gitlab 0039974
* more consistent naming of exceptsymtable enumeration symbol
* stop generation of typed array constants if the size does not match, resolves
gitlab 0039980
* x86: Added new emit_reg_ref_reg routine and related methods to support BMI2 instructions
* x86: The code generator will now attempt to manipulate "x and ((1 shl y) - 1)" to use BZHI
* x86: "x and ((1 shl y) - 1)" to BZHI adapted for in_and_assign_x_y
* dead store elimnation should not remove statements which can cause an exception
* run dead store elimination multiple times if needed
* changed of do_optdeadstoreelim must be passed by reference as noted by Alexey Torgashin
dwarf-eh: don't emit header if there's no data to emit
Fix the ~ is NOR rather than NOT
Fix the edge of first_imaginary in move op
Add loongarch64 architecture support to compiler
Add loongarch64 linux support to compiler
add loongarch64 linux rtl support
* generate correct dfa for subroutines declared as safecall
llvmdbg: fixes for method debug info
Mark "self" parameter as artificial
Add methods to the scope of the class/record rather than to the file scope
Add the vmt field, strip the "($)hidden" prefix from its name, and emit its
real type
* check if a target really supports safecall before calling load_safecallresult_node
* ensure that newly created tloadparentfpnodes have a valid resultdef as they might be created in situation where the loadnode itself is no longer typechecked
* fix
gitlab 0039981: retrieve the symbol that returns the desired procdef/procvardef not maybe the Self or something else as we need that symbol to differentiate the procdefs
+ added test
+ mark the def for a capturer class with a corresponding object option
* ensure that the correct overload is picked for function reference parameters
+ added tests
* fix
gitlab 0039978: ensure that Self is captured when a method of the current class is captured into a function reference
+ added test
* fix
gitlab 0039977: allow a capturer to access any method independant of visibility as the visibility checks are supposed to have been done before the captured symbol was converted
+ added test
* only i386 uses same special fastcall calling convention
* x86: New TEST->BT peephole optimisation
* x86: New OR->BTS peephole optimisation
* x86: New AND(NOT X)->BTR peephole optimisation
llvmdbg: remove unnecessary typedef intermediates
* fix crash in debug output in TX86AsmOptimizer.DoArithCombineOpt for DEC/INC $reg
* x86: CMOV optimisations now check optimizecputype rather than cputype
* x86: LeaLea2Lea now handles cases where the second LEA instruction
has a second register in the reference.
* x86: The LEA/LEA optimisations can now work with a different
destination register and the intermediate register still in
use.
* x86: New CPU feature flags in cpuinfo units
x86: MovMovMov2XChg optimisation now makes use of the CPUX86_HAS_FAST_XCHG flag
Avoidd to use hp1 after calling RemoveInstruction, as the VMT is invalidated
* x86: Converted BTR and BTS tests to use a new utility function to check if BTx instructions are acceptable to use
* x86: New XOR->BTC peephole optimisation
* x86: Zen processors now marked with CPUX86_HAS_FAST_BT_MEM flag
* x86: Flags that relate to optimization hints rather than features have been moved to a separate set
* calculate life info for if nodes correctly if the then branch is empty, resolves
gitlab 0039992
* x86: Refactored SetCC optimisations to better
spot label clusters and alignment hints.
* x86: New RET/lbl/RET optimisation
* x86: TEST and CMP optimisations now perform jump optimisations prematurely to remove unnecessary TEST/CMPs
* propagate life info properly
* x86: Extension to Cmp1Jl2Cmp0Jle to catch inverted variant
* CollapseZeroDistJump no longer updates registers or strips dead labels, instead just setting p to p.Next
+ FstpFldFstp2Fstp optimization
* further look ahead for temp. deallocation for FstpFldFstp2Fstp and FstpFld2
+ ShlShl2Shl optimization
* x86-64: movl/movq -> movl/movl zero-extension optimisation
* x86-64: Extended the movl/movq optimisation to cover more distance
* convert n-n mod const into n div const*const, resolves
gitlab 0039615
* x86: Addition of AMD CPUs: Bobcat, Jaguar, Piledriver, Excavator, Zen2 and Zen3 (and supporting flags)
* x86: Added FMA as an FPU target distinct from AVX and AVX2 (the latter of which has a new FPUX86_HAS_AVX2 flag)
Use correct class typecast for commit ba4cee279b
Fix compilation failure of RTL with -Co option for x86_64-linux target
* New 'do not execute' flag for notes and respective internal error triggering
* x86: 'and not' optimisation now sets the NOT node to 'do not execute' as it is skipped over
* x86: BZHI optimisation now sets the subtract and shift nodes to 'do not execute' as they are skipped over.
* create muln with create instead of create_internal when converting "n - n mod const)" so pass1 works properly, resolves
gitlab 0040004
* TAddNode.Simplify now uses pruning methods
* New node pruning methods
* More complex uses of the pruning methods in TAddNode.Simplify
* x86: Fixed movzwl/movzbl bug in OptPass2Movx (resolves i40003)
* use bzhi only (if at all) for in_and_assign_x_y and not other in_*_x_y operations, resolves
gitlab 0040016
LLVM: fix variant records when alignment of first part is not the highest
Resolves
gitlab 0040015
* In TAddNode.Simplify, commutative operations now ensure integer constant operands go on the right for simplicity
* Dead code in TAddNode.Simplify has been stripped
* as long as the type passed into a TypeInfo() is not an undefined or error def the resulting value will always be constant at compile time, so it can be compared to another then no matter if typenode or not
+ added tests
Set current_filepos in Internal assembler class also if DEBUG macro is set
+ more change information fixed
AArch64 cgcpu: add missing brackets around and/or expression
* New is_cyclic function to detect if def references itself - fixes
gitlab 0040010
* continued to fix change information
* Refactor of is_cyclic to use a linked list on the stack instead of a dynamic array
LLVM: us paraloc def instead of para def for byval
We also use the paraloc instead of the para to write the def
LLVM: add Xcode 14.0 support (-ClvXcode-14.0)
* another change information update
* Adjustment to TBLockNode.pass_1 to actually strip nothing nodes
Darwin/AArch64: adjust alignment info of custom-aligned paralocs
Resolves
gitlab 0040019
Use bitpacked indices in TViHashList.
Do not set usesectionprogbits and usesectionflags to true for solaris assembler
* Fix testing of A_JCC and A_SETCC, add A_CMOVCC
* Add $PIC for i386 and x86_64 solaris assemblers
Refuse A_Jcc, A_SETcc, and A_CMOVcc without condition
* Implement -t and -x options
* Fix spurious warning of already specified -t
* If no subtarget file found, error out instead of hint/warn
* Globals needs subtarget for macro substitution
* New intrinsiccode field for TCallNode to track transmutation from TInlineNode
* tinlinenode.handle_str now uses the new intrinsiccode field for TCallNode
* A call node's original parameter ordering can now be remembered, and a method introduced to access this
* TCallNode.simplify method introduced to convert Str with a constant into a direct string assignment
* get rid os some warnings
* Delegate darwin ifdef out of program flow, towards const, for clarity
* Define char as AnsiChar
* properly transform a+const1-const2 into a+const1+(-const2), resolves
gitlab 0040041
* improve module local data accesses by avoiding a got read
m68k: updated instruction tables to match vasm release 1.9a
m68k: add some initial CPU-specifc boilerplate for an internal ELF writer
* Allow widechar sets, reduce to ansichar set
* Do not insert widechar -> ansichar conversion node in const declaration
* Allow array constructor to contain widechars in mode unicodestring.
* Do not insert a widestring <-> ansistring conversion node when checking for (un)equal empty string.
* fix
gitlab 0040061: the Self of types that aren't implicit pointers (recods, TP-style objects, primitive types (for helpers)) needs to be stored as a Pointer in the Capturer so that modifications are correctly visible
+ added tests
* fix
gitlab 0040060: ensure that Self is not added for anonymous functions that are part of a static class method
+ added test
* a callnode for an anonymous function can have its procdefinition fixed, thus avoid the need to check for overloads
* don't free the old, captured Self symbol as that does not belong to the anonymous function
* when assigning an anonymous function to a method pointer move the function to the normal function level to avoid potential problems when accessing other variables
* fix
gitlab 0040062: ensure that Self is only added to anonymous functions when dealing with method pointers
+ added test
* do not throw an internal error on typed constants with wrong element count, resolves
gitlab 0040066
* ensure that all hidden parameter symbols are removed when adding an anonymous function to a capturer (they'll be added again later on)
* also skip high parameters when pc_normal_no_hidden is given to tprocdef.getcopyas
* fix
gitlab 0040031: with support for inline specializations it no longer makes sense to make the parameter symtable of a procedure variable type readonly as there *are* defs that are added to it
+ add adjusted test
- remove no longer required readonly functionality from tparasymtable
symcreat: add hidden high parameters in create_procdef_alias
No longer happens automatically for pc_bareproc procdef copies
llvm:a fix opaque ptr IR for Objective-C protocol
Also for interfacecom functions and properties. Fixes test/tobjc9 and
test/tobjc9b with LLVM 15.0+
thlcgobj.g_undefined_ok: new method
Specify that a register's contents may be undefined because of previous
operations (e.g. shifting by more bits than the register has, whose result
depends on the target architecture), but that the code generator will
later on ensure that if this is the case, that result will be overwritten/
masked.
LLVM: override thlcgobj.g_undefined_ok
Uses the freeze instruction available in LLVM 10.0+. If we don't freeze undef/
poison values before using them in a calculation (even if that calculation is
something like "and 0", which masks the result completely), the result will
still be undef/poison and will keep propagating.
tcginnode.pass_generate_code: use tlhcgobj.g_undefined_ok
Also override the code that uses this for LLVM with a variant that does not
need it for LLVM versions that do not support the freeze instruction.
m68k: added a helper function to check if a register is an FPU register
Avoid generation of invalid 'cb(n)z sp,label' instruction
Implicit specialisation: use regular array parameters for array constructors
Fixes compilation of test/timpfuncspez5 with LLVM and debug info, as the LLVM
debug info writer internalerror's when you try to generate debug info for
an array constructor (since those types should never appear as parameter/
variable types).
Replace them with reusable regular array types, so that multiple invocations
of the same generic function with array constructors of the same type and
number of elements are collapsed into the same specialisation
macOS: set max var/constalign to 64
For all non-ppc(64) targets. Fixes test/talignrec1.
* Forbid use of string alias in system unit
* Check that system unit is actually loaded before using it to search for system symbols
(cherry picked from commit 9e5ee68887dcb8acf66caf873bc5cfc58fb25316)
* Add is_systemunit_unicode function (cchartype suymbol)
* add uachar loading for unicode rtl
m68k: more boiler plate and refactor for a future internal assembler
LLVM: remove use of getelementptr in make_simple_ref_ptr
We cannot safely infer whether it needs to be indirect or not there,
it should be done at a higher level if appropriate.
m68k: removed the unused S_IQ opsize
m68k: more work on instruction validation for the internal assembler
Add sign extension to 32-bit for unaligned OS_8 and OS_16 types (to try to solve
gitlab 0040102)
Only signed extension is needed
* avoid internal error in case of an illegal generic declaration
* undid accidentely activated define
* do not warn on lea e/rsp with negative address offset, part of
gitlab 0040113
+ tests
* i386: Bug fix where EBP was marked as preserved when it wasn't, causing faulty optimisations
* x86_64: warn only on negative offsets if rsp is involed, second part of
gitlab 0040113
+ tests
Darwin: support -Xg for DWARFv4
+ support procvar[] in tp/mac procvar mode if the procvar returns an array type
* compile float*2 as float+float if possible as proposed by Rika, resolves
gitlab 0040116
LLVM: workaround to fix make all
* mark constant symbols used in preprocessor expressions as used, resolves
gitlab 0040108
* compilation after merge fixed
+ add utility function to retrieve the char type def from a stringlike def
* use new chartype_for_stringlike function to retrieve the char type for a stringlike def instead of casting to a stringdef
* get_stringconst should handle widestring correctly: library & import names are unicodestring constants in unicode rtl
* Unicode resource strings
* initial preparations for riscv32-freertos
+ first work for esp32-c3 support
* transform a/a only into 1 if fastmath is on
* more riscv32-freertos-esp32c3 stuff added
m68k: add tables to convert from some stub opcodes + condition into real opcodes. Use them in the external assembler writer for now. Later the internal assembler will need these tables too.
m68k: do not generate LEA instructions with explicitly specified size. only long is possible anyway.
* SetString needs correctly typed argument
* x86: Fixed bad register tracking in OptPass2JMP
* x86: More accurate register tracking in CheckJumpMovTransferOpt
* x86: Registers are now allocated properly during a FuncMov2Func
optimisation
* x86: Converted bit-test optimisations to use
debug_hexstr so comments aren't truncated
(and put $ before BTx values)
* x86: New debug_hexstr instruction to help produce concise debug comments
JVM: add typesym for anonymous record typed constants
Fixes compilation of system unit with JVM compiler after b38d13577f943
* patch by Jinyang He to fix building loongarch64 with -Oodfa/-O4
* enable to check the existing of environment variables in config files
+ completed identifiers for RiscV ABIs
* set fpu type correctly for riscv32-freertos
riscv32-freertos:
* unit name fixed
* linker script fixed
* assembler supports dwarf
* don't not generate non-constant leb128 entriesm for riscv32-freertos
* set FPU type properly for riscv32-freertos
* call esptool.py properly on Darwin
+ exec_e_cant_call_linker shows now the error message
Add support for -Ploongarch64 option
* x86: Some refactoring to use aoc_ForceNewIteration instead of manually advancing p
Aslo check that live_end is assigned before refering to it
* x86: TEST/Jcc/TEST optimisations can now look beyond the next instruction under -O3
* x86: JccMovJmpMov2CMovCMov will no longer move
MOV instructions (fixes i40122)
* x86: PostPeepholeOptCmp and PostPeepholeOptTestOr
now do a final attempt of TrySwapMovCmp to
clean up Pass 2 optimisations
* also count the use of enum syms in preprocessor expressions correctly
* post/pre inc/decrement references modify obviously the base register on avr, resolves
gitlab 0040153
* completed post/pre inc/decrement addressing mode instructions in TAoptBaseCpu.RegModifiedByInstruction
* patch by ccrause: do not load .fpc* sections into avr microcontroller to save space, resolves
gitlab 0040160
* patch by ccrause: fixes another .fpc* section problem for AVR, resolves
gitlab 0040162
* x86: Fixed oversight in RegModifiedByInstruction not checking W0, W1 and WU-type flags
* fix compilation with -dEXTDEBUG
* Speed optimisations for peephole register tracking functions
* check if a linker with the postfix .bfd exists, if yes, use it, resolves
gitlab 0040175
* fix (hopefully) build without an ld.bfd variant
x86: Some oversights fixed where another iteration of pass 1 wasn't performed when it should have been
+ x86: AND/CMP -> CMP optimiziation
* fixed comment
* shortened code
* FindRegAllocBackward will now return nil if it hits a dealloc for the register first
* Allow hidden units to be found when replaying generic
* Allow System.Variants (Delphi-compatible name) to be found when inserting variants unit
* Do not crash when module pointer is nil
(cherry picked from commit e6f71b6accd4949b8dec86fdd93d27e0c109732b)
* second mul might get called with a zero operand if the other has a side effect,
handle this correctly in ti386addnode.second_mul64bit, resolves
gitlab 0040182
+ riscv32-freertos: first version of TlinkerFreeRTOS.GenerateDefaultLinkerScripts
* compilation fixed with -Oodfa
* ensure that a procvar (especially a "REFERENCE TO") begins either with FUNCTION or PROCEDURE
+ added test
* PopCount takes care only of the bit pattern, so take the uvalue to avoid an internal error, resolves
gitlab 0040190
WPO: also consider NewInstance to detect class instancing
Resolves
gitlab 0040200
LLVM: don't use type names in ctor/dtor arrays
Workaround for https://github.com/llvm/llvm-project/issues/56809
LLVM: LLVM 16 support
No changes compared to LLVM 15 that affect us
LLVM: cleaned up some comments
* also initalize default helper variables of initialization sections, resolves
gitlab 0040183
+ support FILEEXISTS(...) in preprocessor expressions, resolves
gitlab 0039527
+ tests
* tscannerfile.readpreproc sets preproc_pattern correctly for quoted strings
Optimize {$DEFINE x := y} and refactor tmacro.buftext.
Report correct error positions inside macros (at least more often).
* write types declared in the interface section with a DW_AT_external tag, should resolve
gitlab 0040210
* revert use of DW_AT_external for types as this is not covered by the dwarf standard
WPO: fix dead code detection, and handle procvars
Extend dead code detection to not only look for the main mangled name, but also
for any aliases before deciding that a routine has been dead-stripped.
Assume objects/classes can also be constructed if the address of one of their
constructors or of the TObject.NewInstance class method has been taken.
Resolves
gitlab 0040204
* patch by Rika: Shorten cutils.compareansistrings, resolves
gitlab 0040213
* patch by Rika: Use Index* for pointer lists, resolves
gitlab 0040218
* do not replace index registers with esp/rsp, resolves
gitlab 0040223
Do not always set DEBUG_AOPTCPU
* wasm32: generate module info by traversing through current_module and its
used_units list recursively. This should fix
gitlab 0040229
* use a TFPList, instead of a dynamic array in twasmnodeutils.InsertObjectInfo.
No functional changes.
* some error messages use nicer symbol names
Add tf_use_psabieh for LLVM for x86_64-iphonesim, aarch64-ios and aarch64-iphonesim targets
* patch by Rika: Fix and possible simplification of SanitiseXMLString, part of
gitlab 0039800
Use systems_darwin set for supported targets for as_clang_llvm_darwin
RP2040 support based on modification by Michael Ring (https://github.com/michael-ring/freepascal).
Specify endianess and abi when calling xtensa linker
Add -EB or -EL paramter to xtensa assembler call (Warning: this requires a patched 2.40 release\!)
* Fixed bug in "JccMovJmpMov2CMovCMov" optimisation where it didn't track registers in references getting changed
Add missing swaping in case of different endianess of stab entry inside TInternalAssembler.WriteStab
Fix for tentryfile.getreal with FPC_SOFT_FPUX80, putreal still needs the same change
Restrict previous change to compilers that do not have 10-byte extended type
Use GetExceptionMask/SetExceptionMask to avoid floating point exception inside FPC_SOFT_FFPUX80 code
* Use correct sizeof to check if entry size is large enough
Only modify softfloat_exception_mask, as this is not handled equally for all CPUs with GetEXceptionMask/SetExceptionMask
Set defdynlinker depending on selected ABI for riscv32 and riscv64
* More efficient if-statement construction in tmoddivnode.simplify
* Code that checks for divisions against -1 is now not inserted if
it's not necessary (e.g. no downsizing)
Restore start section at end of assembler block inside z80 asm reader
* Refactor processorname -> suffix name for clarity of flow
Refactor initialization of binary and processor name for clarity of flow
Refactor check for -PB and -PP for clarity of flow
* Refactor: Rename some variables for clarity
* Refactor: add utility routine to handle command-line changes
* loongarch64 architecture reinstated
Add new test code to verify that tentfile.buf limits are not overpassed
Use clang instead of as for AsBinStr for aarch64-win64 target
* clearified message is mentioned in documentation issue 39349
Add '-b pei_aarch64' option for aarch64-win64 system
Add -Awin64-as option for aarch64 compiler for win64 target
Disable -EB/-EL passing for freertos OS as the corresponding released binutils do not support this option
Try to fix linker script for aarch64-win64
* Add option to allow emitting comments in RTTI info
* Emit comments in RTTI info for classes/interfaces
* Define RTTI directive parameters
+ Implement support for parsing sets in preprocessor directives
* Implement parsing of RTTI directive
* Introduce RTTI options in symbol definition
* Apply RTTI directive status to symbol
* Allow RTTI directive also before uses clauses
* Write extended RTTI info
* Dump extended RTTI info from PPU
* Implement -t options for fpc executable
* Remove some debugging statements
* Refactor processorname -> suffix name for clarity of flow
* Refactor initialization of binary and processor name for clarity of flow
* Rename variables for clarity
* subroutine to simplify command-line handling
* Limited subtarget config file parsing to detect -V
* Specifying multiple -V should not give an error but warn, as for -T or -t
+ introduced [hl]cg.a_label_pascal_goto_target. It is similar to [hl]cg.a_label
and is called by the code generator, when the label generated is the result of
a Pascal label.
+ added wasm32-specific flag tai_label.is_pascal_goto_target
+ added the wasmfuncref directive for procvars. Not actually implemented, just
parsed.
* ppudump compilation fixed
+ handle wasm funcrefs in tgcpu.defToWasmBasic
* added support and simplified the handling of results in create_functype_common for reference types
+ also support funcref parameters in create_functype_common
+ introduced flag is_wasm_externref to tcpupointerdef for wasm32. This is to be
used for declaring WebAssembly externref reference types.
+ magically insert a void externref type in the System unit, called WasmExternRef
+ support externref in defToWasmBasic
+ handle externref parameters in create_functype_common
+ introduced is_wasm_funcref(tdef) helper
+ introduced is_wasm_externref(tdef) helper
+ introduced the is_wasm_reference_type(tdef) helper
Add new substitute_env_variables parameter for DefaultReplacements function (with default true value)
Disable substitution by environment variables in message comment related functions
* the a_ref_null instruction split into two subinstructions - a_ref_null_externref and a_ref_null_funcref
+ enable the reference types extension in llvm-mc via a command line option
* fixed the textual representation of the ref.null instruction for llvm-mc
+ implemented WebAssembly code generator support for funcref and externref data
types, using new register types R_FUNCREFREGISTER and R_EXTERNREFREGISTER
+ WebAssembly internal asm support for the ref.null instruction
+ WebAssembly internal assembler support for the ref.is_null instruction
+ disallow taking the address of WebAssembly externref type
* check for codegenerror in twasmaddrnode.pass_typecheck and exit early, to avoid crashes
+ also check for assigned(left) after calling inherited in twasmaddrnode.pass_typecheck, to avoid another crash
* disallow conversion between regular pointers and WasmExternRef
- removed redundant semicolon
+ support using nil constants for setting values of WebAssembly reference types (funcref and externref)
+ support nil comparison of WebAssembly reference types (externref and funcref)
* disallow WebAssembly reference types to be declared as var, constref or out parameters
* disallow passing WebAssembly reference types as untyped var/constref/const parameters
* fixed bug, introduced in 6ff566350cbc2ecf8615cae6cc6792939a288ec8, due to
missing parenthesis
* fixed another crash, introduced in 6ff566350cbc2ecf8615cae6cc6792939a288ec8
* fixed crash in twasmcallnode.pass_typecheck when there is no procdefinition (for generic methods)
* use tcallparanode.parasym to find the tparavarsym in twasmcallnode.pass_typecheck
+ support WebAssembly reference types as WebAssembly globals
+ support externref and funcref WebAssembly globals in the internal object writer
+ added parser support for the 'suspending' directive
* ppudump compilation fixed
+ initial attempt (not fully working, yet) at implementing WebAssembly suspending externals
* fixed compilation with -Sew
* fixed creating suspended wrappers for functions without parameters
Handle the specific NaN pattern of mips floating-point unit
+ initial implementation of WebAssembly promising exports
* fixed generating wrappers for suspending functions that return something, other than double
+ comments for tsk_wasm_suspending and tsk_wasm_promising
+ comment for the po_wasm_suspending value
+ support 'suspending last' externals as well
+ also allow declaring an external as 'suspending first'
* eo_promising renamed eo_promising_first
* assert that any exported promising function is not synthetic
+ introduced tcpuprocdef.add_promising_export
+ introduced implement_wasm_promising_wrapper
+ added last:boolean parameter to implement_wasm_promising_wrapper
+ added 'last' or 'first' to the internal promising wrapper name
Set defualt riscv32 linux abi to abi_riscv_ipl32
Set defualt riscv32 linux abi to abi_riscv_ipl32
Fix fullcycle compilation error due to -Sew option
Add 'else' branch to 'case' keyword construct
for the setting of ABI in riscv32 assembler call.
Do the same for riscv64 assembler call.
Set default abi for riscv 32/64 embedded
* tcpuprocdef.promising_export_name renamed promising_first_export_name
+ support 'promising last' exports
+ print an error message, in case 'promising' exports are used on non-WebAssembly platform
* ensure that the functions that insert the hidden parameters (function result, open array high parameters, etc.) are idempotent
* revert 430bcac389c29a5ceca7759cfca69454aa31abf9 as with the change that the functions to insert hidden parameters are idempotent this is no longer required and also wrong as uses of the deleted symbols aside from Self and the framepointer would be left dangling
* fix
gitlab 0040221: don't allow a conversion from an anonymous function to a procvar type if compare_defs_ext already rejected them
+ added tests
Added generic WCH32Vx RISC-V processor types using memory size suffixes
Modified low-level startup code for RISCV32 embedded microcontrollers to
allow user code override of reset handlers for non-power-up reset events
as well as enabling user code override handlers for all 255 possible
interrupt vectors.
Separated out the low-level startup memory init into a callable procedure
to allow users that have caught reset events to init memory again if needed.
Signed-off-by: Interferon
* tsk_wasm_suspending renamed tsk_wasm_suspending_first
+ print a proper error message if a suspending external is used on a non-WebAssembly platform
* fixed erroneously duplicated code from previous commit
+ added mutable globals to the target switches section
There is code in the register allocator to restrict register allocation to the
first 16 registers in RISC-V RVE and RVEC modes. However, there was still
code in tcpuparamanager.create_paraloc_info_intern that allowed the allocation
of up to register X17 in RVE and RVEC modes. Modified this function to
take the processor mode into account and restrict it to X0..X15 in RVE and RVEC modes.
Also put conditional code in setjump.inc assembler code to only set the first
16 registers in RVE and RVEC modes.
The entire embedded-riscv32 RTL can now compile successfuly in RVEC mode.
* Split out option parsing in one routine per letter
* Make use of copy() without count when rest of string is needed
* Fix compilation for ARM
+ comments for the new error messages
* bump CurrentPPULongVersion
+ disallow WebAssembly reference types in records, objects and classes
+ added comment for the new error message
+ disallow using sizeof() and bitsizeof() on WebAssembly reference types
- rm commented out debug writeln left over from previous commit
Omit FPC_INIT_FUNC_TABLE generation if no unit initialization is registered for current project.
* for unique type aliases keep track of the original def
* increase PPU version
* a type helper that inherits from another type helper may extend a unique type helper of the parent's extended type (thus allowing to make the type helper of the original type available for the aliased type)
+ added tests
* don't insert anonymous functions into a withsymtable
+ added test
* fix
gitlab 0040142 and
gitlab 0040324: don't alias the function name to the $result variable for anonymous functions unless an explicit result name is provided
+ added tests
* fix
gitlab 0040332: apply patch by Rika to avoid a crash when an overload can't be picked outside of a function (e.g. when using intrinsics inside constants)
+ added test
* in case there hasn't been an error generated with an invalid attribute declaration then print at least "illegal expression" error
+ add a tcallnodeflag value that prohibits the tcallnode.pass_typecheck to return a procvar in case of a call without parameters with a found symbol, but no suitable procdef
* fix
gitlab 0040095: when searching a suitable constructor for the custom attribute don't allow the return of a procvar which can happen in Mac/TP procvar modes (like Delphi)
+ added test
* fix
gitlab 0039447: when checking whether the parameters are valid for pointer arithmetic check the *correct* parameter for being valid pointer-like type (I'd say that this was a copy&paste mistake...)
+ added test
* fixed ppudump for WebAssembly after the JS Promise Integration branch merge
* Generate hidden class to be used for TVirtualInterface (wasm only)
Add -Tlinux for loongarch64 compiler
Introduce -XLL option for link using ld.lld linker
* Restore -aR, lost in refactoring
* Lowercase subtarget file, as done in compiler
git ignore msg2inc binary
Regenerate msgidx.inc and msgtxt.inc files
* change TCachedSearchRec.Attr to longint as TCachedDirectoryEntry.Attr is also a longint, resolves
gitlab 0040343
Switch from functions for the Atomic*-family to intrinsics
* Additional fields/enums for invoke helper
* Mark method for invoke helper
Create invoke helper if requested and reference it in RTTI
Handle unaligned copy in TCGSparcGen.g_concatcopy method
* Handle some options required by android, nasm and darwin assemblers
* Shorter form of copy, remark by Alexey Torgashin
* x86: Fixed bug where OptPass2Jcc CMOV optimisation sometimes
put the wrong-sized register into an operand (fixes i40307)
* x86: Revamped OptPass2Jcc CMOV code to shrink and reuse registers as much as possible
* x86: Fixed bug with BT optimisation where operand
sizes bigger than the register word size caused
incorrect code generation (fixes
gitlab 0040358)
Attempt to get ogcoff to work on CPU with opposite endianness
Add missing TPECoffExpDir variantr of MaybeSwap procedure
Cleanup TLinkerLinux.SetDefaultInfo method in t_linux unit
Add x86_64-openbsd to LLVM supported list
* x86: Fixed bug in TEST/JNE/TEST/JNE optimisation that caused bad code to be generated under -O3
* Improvement to TEST/JNE/TEST/JNE code to be more accurate where register deallocations are concerned
Update errore.msg
Someminor corrections, found when translating to german.
LLVM: only add sret attribute for first parameter on caller side
We already did this when generating the definitions, but not yet
when generating the calls
LLVM: LLVM 17.0 support
No changes in IR (that affect us) since LLVM 16.0
* fix parameter alignment on x86_64 when more than 6 parameters are involved (aka the stack is used)
+ added test
[AVR] Add command line options to selectively remove portions of the RTL startup code.
Fix syntax errors in make fullcycle
Add unit specifiers for tlsdirectory fields: they need to be PUInt from globtype unit
Applied fix for binutils 2.41 for loongarch64 suggested by Jinyang He
https://gitlab.com/MQ-mengqing/source/-/commit/32fa3e9eb1a31fa6c4262623dbe432919f66419c
with modifications reported in comments.
volatile: allow for assignments
* factor out subreg2opsize
default values: store as staticvarsyms in staticsymtable
Previously, they were stored as localvarsyms in either the localsymtable
(for procedures/functions) or as localvarsyms in the staticsymtable (for
init/fini code of units/main programs). The latter was a hack (staticsymtables
normally cannot contain localvarsyms) and caused the temp allocator to also
allocate them as a local in fini code even if the default was only in the init
code.
The new approach ensures at most one copy gets allocated per unit, it doesn't
require explicit initialisation (since staticvarsyms are in bss -> zeroed by
default), gets rid of the localvarsyms in staticsymtables, and as a bonus
solves an issue with inconsistent LLVM debug information for the localvarsym
in init/fini code (since the staticsymtable is shared between the init and
fini code, so was the local, and therefore we generated debug info stating
it was defined in the fini code but within the scope of the init code).
Resolves
gitlab 0040395
default value: fix issue with inlining
Ensure the mangled name is always the same
Resolves
gitlab 0040404
default(): fix webtbf/tw37303 after previous changes
* x86: Fixed bug where incorrect SSE/AVX peephole optimisations were performed under -O3 in some situations.
* Added missing register allocations to SSE/AVX optimisations
default(): fix in generics for non-procvars after 1be741681648
Block added in the wrong place :|
Resolves
gitlab 0040409
read user-defined compiler messages in source codepage
Add main inputfilename for V_Parallel option to allow easier debugging of parallel compilation issues
* fix
gitlab 0040381: also check for hints when parsing the parameters of a routine (including open array parameters) or the result type of a function
+ added tests
* fix
gitlab 0040390: implement support for handling parameter names (including __SELF and __HIGH(
)) that resolve directly to registers
+ added tests
Add globals to implementation _USES clause to prepare move of V_XXX constants to globals unit
Avoid double definition of V_XXX constants by moving them to globals unit
Add new V_Parallel constant
Add -vj option in options unit to set V_Parallel
Add mainsourcefile to all messages when V_Parallel verbosity option is set
Flatten out -vX options in help message to make changes easier
Add -vj option in help message
Regenerate msg*.inc files after adding -vj option description
Compile ālength(string or array) = 0ā as āpointer(string or array) = nilā without further check, unless really required.
Also handle length <> 0, > 0, < 0, >= 0, <= 0, assuming lengths are never negative.
Change V_Parallel so that V_All doesn't contain V_Parallel, only explicit -vj will add main source file information
default parameter values: fix crash
Fix crash when declaring default parameter values while current_procinfo
is not yet valid
resolves
gitlab 0040413
Use PID to generate unique GDB script names
Limit this to cases when -vj or -vJ option is
used to call the compiler, which adds a PID prefix
to all compiler output.
This feature is useful to debug parallel make issues.
Cast properly to avoid range error
LLVM: fix double init/fini of local managed variables accessed from nested functions
resolves
gitlab 0040392
Change loongarch64 default dynamic linker directory according to gcc
* throw an error if instructions which needs an operand size is used with one operand being a reference without size
Rename fields of tspillregsinfo record to avoid having same field names as treginfo record
Try to fix crash in loongarch64 compiler
loongarch64 compiler has a specific routine,
called fixupref that generates some instructions that are
stored into a tasmlist given as an input parameter.
This function returns a boolean,
if the return value is false, the populated list gets
sometimes discarded.
This can lead to a later crash, because the unused
and freed instructions might have been stored
in live and live_end fields of the reginfo record
used inside rgobj unit.
The fix checks if any of the to be discarded instructions
has been stored inside reginfo records,
and resets the field in that case.
The fix might need to be more general,
because other parts of the compiler,
like all optimization code, also remove
instructions...
Fixing trying to consume ID for anonymous switch field
* 3-operand LEA instructions are now expanded if the latency could cause slowdown
* New "fast 3-component LEA hint" and "Icelake" CPU options
+ introduced classes for WebAssembly structured form of instructions
+ added code for converting wasm asmlists to structured lists (i.e. lists, using the new wasm structured instructions classes)
* fixed bug in wasm_convert_to_structured_asmlist
* fixed more bugs in the wasm structured asmlist construction
* set typ of wasm structured instructions to ait_wasm_structured_instruction
+ for debug purposes print wasm structured instructions in the llvm-mc assembler output
* shorten the string for ait_wasm_structured_instruction in taitypestr to fit in string[24]
* constructors made public to avoid warnings
+ added else to case statement, avoid the warning, produce an internal error in this unexpected case
+ added else to case statement to avoid warning
+ added compiler internal error when encountering certain unexpected wasm instructions (indicating improper nesting)
+ more consistency checks for unexpected instructions when converting to wasm structured instruction form
+ also debug print structured try..catch and try..delegate blocks
+ also check for unexpected delegate instructions when converting to wasm structured form
+ fix for the conversion of try..catch blocks to structured form
Add Exception backtrace when compiled with -dDUMP_EXCEPTION_BACKTRACE
* correctly name nested enum type debug symbols, resolves
gitlab 0040462
Attempt to fix tcalext3 big-endian powerpc64 failure
+ introduced map_structured_asmlist
+ introduced twasmstruc_stack
+ added a block stack parameter to TAsmMapFunc
+ added code for creating labels, associated with blocks and converting branch with consts to the corresponding block's label
+ in case of unresolved labels, call resolve_labels_complex, which will eventually implement the stackifier algorithm. Currently, it converts the asmlist to structured.
+ always call resolve_labels_complex, if DEBUG_WASM_GOTO is defined.
+ define DEBUG_WASM_GOTO in ppcwasm32.lpi (but not in the makefiles)
+ added ait_wasm_structured_instruction to the SkipLineInfo set
* moved the code that converts branch numbers to labels in the cpupi unit and call it from resolve_labels_complex
* fixed hang in map_structured_asmlist_inner
* fixed crash in map_structured_asmlist_inner, when the TAsmList parameter is nil
+ convert wasm structured list to flat list
+ added method tai_wasmstruc_if.ConvertToBrIf
+ added support for params and results in tai_wasmstruc_if.ConvertToBrIf
* ARM: Fixed issue where some offsets of ADR assembly instructions
were incorrectly encoded by the internal assembler
+ added and implemented tcpuprocinfo.AllocWasmLocal
* Local var templist renamed localslist. No functional changes.
* moved the preparation of the locals asm list in tcpuprocinfo.postprocess_code to a local subroutine
* moved the insertion of the wasm locals asmlist to a local subroutine
* insert the wasm locals asm list after resolve_labels_complex, since it will (in the future) be able to allocate more locals, in order to resolve the branches and goto
* set the last=true property of the last tai_local in the locals list in the
beginning of insert_localslist, instead of in the end of prepare_locals
+ support mapping of structured instructions also in map_structured_asmlist_inner
* convert if structured instructions to br_if + labels
+ added amfrtDeleteAi, support deleting instructions in map_structured_asmlist_inner
* convert loop..end_loop blocks to flat list + branch instruction
* strip block instructions
+ add the extra allocated locals before inserting the locals list in wasm32 tcpuprocinfo.postprocess_code
* a64: Fixed bug where BIC instructions were treated as having 2 operands rather than 3
* a64: Corrected supported shifter/extender mnemonics for arithmetic/logical instructions
* fix
gitlab 0040451: load the assembly symbol into a separate operand so that an offset already contained in oper isn't discarded + added test
* fix
gitlab 0040410: allow specialization of a procdef also inside exception handlers + added test
* the unit name has already been uppercased for the search, so no need to uppercase it again for the message output
* a64: Renamed OptPostCMP/And to PostPeepholeOptCMP/AND for internal consistency
+ added label resolution via state machine
* fixes to the mangling of the entry and exit code during the state machine label resolution
* fixed branch ordering in resolve_labels_via_state_machine
+ allow jumps to goto targets
* support local.get/set/tee with a const parameter in the wasm internal assembler writer
* temporary workaround for the is_pascal_goto_target check not working properly in a_jmp_always
* fixed a div by zero error, when compiling a wasi-hosted compiler
* fixed the label resolution for asmlists with WebAssembly native exceptions
* arm/a64: New AND/CMP -> TST or ANDS optimisation
* refactor: wasm_convert_to_flat_asmlist and wasm_convert_to_structured_asmlist now accept a single var parameter
* fixed and enabled the is_pascal_goto_target check
* refactored thlcgwasm.a_jmp_always. No functional changes.
* arm/a64: Added new TST post-peephole optimisation to replace previous AND/CMP/B(c) optimisation
+ introduced thlcgobj.a_jmp_always_pascal_goto - same as .a_jmp_always, but generated by a pascal goto statement
* refactored the taicpu_wasm_structured_instruction descendants to use a wstyp enum variable, instead of using the 'is' operator to determine the class type
+ check whether all br instructions, generated by goto point to a pascal goto label
Fix possible overflow in riscv32 compiler
* New "TryRemoveRegAlloc" optimisation utility
* x86: Fixed bug in "LeaLea2Lea 2" optimisation where final offset was calculated incorrectly
Change AVOID_OVERFLOW to avoid warning about inequality being always true
* arm/a64: New "OptPass2TST" routine to catch "TST; B.c; AND -> ANDS; B.c" optimisation
* x86: Fixed inefficiency in the long-range MOV optimisations
* x86: Factored out the MovMov2MovMov 2 optimisation to
catch an inefficiency in the "Deep MOV" optimisations
* Enable function references and anonymous functions in Delphi mode
* Label and align optimisation is now only done in the post-peephole
stage rather than passes 1 and 2.
Change internal linker in cross-endian message.
Change message level from error to warning,
in order to allow to work on full support of
cross-endian internal assemblers and linkers.
* SkipInstr now includes ait_align
* Search config file in same directory as actual compiler binary
+ added methods for writing ints with specific endianess in TObjData
* some fixes for the x86 assembler writer, when running on a big-endian hosted platform
* UpdateUsedRegsAndOptimize improved to clear aligns that don't have
any live labels after them, and to better handle non-jump labels.
+ introduced methods for writing endian-specific integers to TObjSection
* big endian fix in TOmfObjData.writeReloc
* use NtoLE instead of LEtoN in OMF DoRelocationFixup when converting from native to little endian. No functional changes, just better readability.
* write pretty symbol name of a generic is not found during specialization
* x86: CMOV block optimisation overhauled
LLVM: fix currency parameters passed on the stack on x86-64
Resolves
gitlab 0040496
* a64: Node parser now attempts to directly create BIC, ORN and EON instructions
* Fixed internal error number clash (2022102110)
* Avoid access violation, use internalerror instead. See also issue
gitlab 0040502
* Refer to bugreport for internal error 20231102
Check that tai returned by GetNextInstruction is really a taicpu object before using an explicit typecast
Use faster check for type of tai object
Fix handling of ST_LOADMESSAGES token
* fix
gitlab 0040500: do a for-in on a string variable using low(strvar) to high(strvar) so that zero based strings are handled correctly
+ added test
* fix
gitlab 0040504: always provide the global enum symbol for anonymous enum types (e.g. as part of a set)
+ added test
* x86: Additional TEST/CMP optimisations to optimise CMOV blocks
that aren't optimal due to register pressure
* x86: PostPeepholeOptMov attempts to convert mov $0,%reg to
xor %reg,%reg and mov $-1,%reg to or $-1,%reg under
-Os even if the flags are in use by looking ahead.
* Allow to disable 8.3 filename search
Fix for trunk arm STM optimize bug
* check for *-1 multiplications after folding, resolves
gitlab 0040448
* a64: New CSEL block optimisations ported over from x86 CMOV block optimisations
+ added TWasmObjInput class. To be used in the WASM internal linker. Not doing anything, yet.
+ implemented TWasmObjInput.CanReadObjData: checks for WASM header and version
+ started implementing TWasmObjInput.ReadObjData
* Properly zero-terminate ansistring when calling unicode2ascii
+ added TInternalLinkerWasi class (not fully implemented, yet)
+ added TWasmExeOutput class (not implemented, yet)
m68k: initial compiler changes for Human68k (Sharp X68000) support
tabs to spaces cosmetics. no functional change
* patch by lagprogramming: Improvement of function SetCompileModeSwitch, resolves
gitlab 0040525
Add missing token buffer index update for ST_LOADMESSAGES handling
Improve token buffer size checks.
* For settings comparison: call CompareByte only on copy_size.
* For mesgnb: verify that there is enough memory space
in rest of tokenbuf to hold the number of messages.
+ Add a check that tbi is not greater than tokenbufsize.
human68k: this system has internal sysinit
human68k: ppudump typo/build fix
human68k: regenerated Makefiles
human68k: fix xecutable generation
m68k: basic DOS syscall generation for human68k
Call FindUtil for ld or nlmconv utils at linking stage, not before
* arm: Fixed "RegInInstruction" and "RegModifiedByInstruction" not handling the flags properly
AVR optimization LdsMov2Lds
* arm: "OpCmp2OpS" moved to Pass 2 so it doesn't conflict with AND; CMP -> TST optimisation
* arm/a64: "OptPass2AND" and "OptPass2CMP" adapted to remove vestigial CMP and TST instructions
nested procvars: support assignments when switch not active
Support assigning one nested procvar to another even when the nestedprocvars
modeswitch is not active. This can happen when the type was declared in a
different unit that was compiled with this modeswitch, or in internally
generated wrapper code (which uses "pure" objfpc mode)
* a64: SkipAligns calls removed.
* x86: SkipAligns calls removed.
* SkipAligns method removed
* SkipLabels now handles alignment fields correctly
* x86: Safety check, since after calling DoJumpOptimizations, the input may no longer be the same tai
* GetFinalDestination now calls SkipLabels on an alignment field
* x86: Fixed inefficiencies revealed in "TEST/JNE/TEST/JNE"
optimisations after SkipAligns cull.
A variant "TEST/JNE/TEST/JE/@Lbl" optimisation now exists to
accommodate for an intermediate jump optimisation that prevents
the original optimisation from working if performed first.
Move test to end of possible conversion and add check_valid_var boolean variable
Fix usage of GNU assembler for i386-nativent target
m68k: do not generate argument popping for a noreturn call
regenerated msg*.inc files for the compiler after human68k merge
m68k: have the targets in alphabetical order in the help text
Add human68k OS to list of supported OSes for m68k GNU assembler
Improve GNU linker call for m68k-human68k target
+ Add '-b xfile' option
+ Add '-m human68kxfile' option
+ Add $GCSECTIONS and set GCSectionStr for GNU linker
trealconstnode.printnodedata: fix currency values getting written to stdout
* fix output position of deprecated hint for certain cases where it was wrong, resolves
gitlab 0040534
human68k: set default stack size to 16KiB
human68k: more work on getting tinyheap right. still doesn't seem to work, sadly, so still disabled
LLVM: only round currency values when storing them back to memory
Resolves
gitlab 0040550
LLVM: recognise Xcode-15 as LLVM codegen target
LLVM: use llvm.dbg.declare instead of llvm.dbg.addr for variable declarations
Even though it's supposedly deprecated, clang also still uses it and without
the declaration ranges of local variables are sometimes cut off
* Node dumps now output the convention if it's not pocall_default
* do str(...) optimization only in level 3+ mode
m68k: fix the assembler reader to bail out earlier on a failed parsing of a constant expression
+ added ld_int_wasi constant. Register the WASI internal linker.
* enable the WASM internal linker, in case the compiler is compiled with the ENABLE_WASM_INTERNAL_LINKER define
* override and implement TInternalLinkerWasi.InitSysInitUnitName
* set CObjData in the TWasmExeOutput constructor
* override GetCodeSize, GetDataSize and GetBssSize in TInternalLinkerWasi to avoid crash
* write a WebAssembly header in TWasmExeOutput.writeData
* implementation of TInternalLinkerWasi.DefaultLinkScript. Create a script that reads all the object files.
+ added functions for reading the different types of Wasm object sections
+ introduced decode_wasm_basic_type function
+ Wasm internal linker, object reader: implemented parsing of the type section
+ input error message in case the type section size is unexpected/wrong
+ import section duplicate check
+ added const sets for the WebAssembly reference, numeric and vector types
+ WebAssembly object reader: implemented parsing of the import section
+ function section duplicate check
+ read the functions count from the functions section
+ parse the rest of the function section
+ parse the data count section
+ introduced ReadUleb32 to avoid code repetition of the >high(uint32) checks
* use ReadUleb32 in more places
* the ReadUleb, ReadUleb32 and ReadName methods moved to be local functions inside TWasmObjInput.ReadObjData.ReadSection
- removed the TObjectReader parameter from ReadUleb, ReadUleb32 and ReadName
+ added section bounds checking to the read function, used inside TWasmObjInput.ReadObjData.ReadSection
- removed the repeated section bounds check in the section parsing code,
because now all reads go through the read function, which does section bounds
checking on every read
+ added code section duplicate check in wasm object reader
+ read the code entries count from the code section
+ started parsing of custom sections - known custom sections are dispatched to
a specialized parsing function for each of them, while unknown custom sections
(currently the ones, not produced by FPC) produce an error
+ parse and check the version of the 'linking' section
+ parse the linking custom section by splitting it into subsections and call subfunctions (dummy for now) for each subsection
* the 'linking' section is a section, not a subsection. Fix error messages.
* set FReader and InputFileName in the beginning of TWasmObjInput.ReadObjData
+ parse the WASM_SEGMENT_INFO subsection
+ check for duplicated WASM_SEGMENT_INFO subsections
+ added DataSegments dynarray of record, that will store data segment info
+ check for duplicated data sections
+ read the data count from the data section. Set size of the DataSegments
array, if the data count section hasn't been encountered. Compare the count
with the value from the data count section, in case the data count section
has been encountered, and issue an error, if they differ.
* check that the data count section preceeds the data section and report an error otherwise
+ parse the data section in the wasm object reader
+ verify the segment count when parsing the WASM_SEGMENT_INFO subsection
* moved local vars to avoid bug
* moved another local var to avoid bug
* fill the data in the DataSegments array when parsing the WASM_SEGMENT_INFO subsection
+ read the section content in the wasm object reader
+ check for memory index other than 0 in the wasm object reader and report an error, since that is not supported
+ check and report an error if a passive data segment is encountered by the wasm object reader
* attempt to avoid warning, treated as error, causing CI failure
+ symbol table subsection duplicate check
+ implemented parsing of the symbol table in the wasm object reader
+ wasm object reader: store the symbol table in a dynamic array, so it can be processed later
+ check bounds for SymIndex of SYMTAB_DATA symbols
+ create data symbols in the wasm object reader
+ support local binding when reading data symbols in the internal wasm object reader
+ wasm obj reader: store the parsed import data from the import section in local arrays and structures
+ store in the FuncTypes array the func types, parsed in the function section
+ wasm object reader: range check the symbol indices of SYMTAB_FUNCTION entries
+ partially implemented the creation of symbols for SYMTAB_FUNCTION entries
+ include mod name in symbols
* The "Val" intrinsic is now simplified for string constants akin to a
pure function.
* Fixed bug where a call node's intrinsic code
wasn't copied over during "DoGetCopy"
* Fixed bug where the original index of a call
para wasn't copied over during "DoGetCopy"
+ wasm object reader: implemented parsing of the global section
+ fully implemented reading the code section
+ check the code entries count in the wasm object reader
+ wasm object reader: create code sections and symbols
+ parse the export table in the wasm internal object reader
+ add oso_keep flag to the code sections that contain an export
+ create exe sections in the wasi internal linker script
+ auto add oso_data and oso_sparse_data when creating a .bss segment on the wasm target
* set MaxMemPos in the wasm internal linker
+ started implementing the reading of relocation sections in the wasm object reader
+ implemented parsing of the relocation section
+ check for supported relocation types, report an error if an unsupported type is found
+ keep track of section indexes. Save the code and data section indexes.
* disallow (for now) relocations for sections other than the code and data sections
+ store the parsed relocation table in an array
+ find the code and data segment of each relocation
+ create relocation objects for R_WASM_FUNCTION_INDEX_LEB relocations in the wasm object reader
+ create relocation objects for R_WASM_TABLE_INDEX_SLEB relocations in the wasm object reader
+ create relocation objects for R_WASM_TABLE_INDEX_I32 relocations in the wasm object reader
+ create relocation objects for R_WASM_MEMORY_ADDR_LEB relocations in the wasm object reader
+ create relocation objects for R_WASM_MEMORY_ADDR_SLEB relocations in the wasm object reader
+ create relocation objects for R_WASM_MEMORY_ADDR_I32 relocations in the wasm object reader
+ create relocation objects for R_WASM_TYPE_INDEX_LEB relocations in the wasm object reader
+ create relocation objects for R_WASM_FUNCTION_OFFSET_I32 relocations in the wasm object reader
* also keep track of captured def (necessary when functions are captured)
* correctly handle managed function results when converting a global or nested function to a function reference
+ added test
* the adjusted nested function needs to access the parent function for the capturer
* only walk the node tree if there are indeed captured symbols to convert
* ensure that nested functions that are assigned to function pointers are considered as captured as well
* keep track which nested function definition the new method has been converted from
* allow a nested function that calls itself can be converted to a function reference
+ added test
LLVM: enforce line information for invoke instructions
Like with call instructions, when generating debug information LLVM requires
line information for invoke instructions that may be inline
+ Extracted the func list maintenance functionality from the WebAssembly object
writer to a new TWasmFuncTypeTable class. This will allow for it to be reused
in the WebAssembly exe writer as well.
* TWasmFuncTypeTable.AddFuncType renamed .AddOrGetFuncType
Try to compute correct page size for wlib call
- removed TWasmObjData.AddFuncType, instead call directly [F]FuncTypes.AddOrGetFuncType
+ initialize TWasmObjData.FFuncTypes in TWasmObjData's constructor
+ added a TWasmFuncTypeTable instance to TWasmExeOutput
* SymbolTable.ObjSym type changed from TObjSymbol to TWasmObjSymbol
+ WebAssembly object reader: create symbols for imports that have the
WASM_SYM_EXPLICIT_NAME flag set. Save the import module and name info inside
a new field TWasmObjSymbol.LinkingData.
+ implemented TWasmExeOutput.GenerateLibraryImports
+ process the module imports and write them to the map file in TWasmExeOutput.AfterUnusedSectionRemoval
+ store the functype in TWasmObjSymbolLinkingData
+ added TWasmFuncType.ToString implementation
+ also write the functype of imported functions in the linker map file
+ WebAssembly internal linker, exe writer: keep track of exe import functions. Add and fill TWasmObjSymbolLinkingData.ExeFunctionIndex
+ added a section array to the wasm exe writer
* converted some helper methods from TWasmObjOutput to global functions, so they can be reused in the exe writer
+ added and implemented TWasmExeOutput.WriteWasmSection
+ initialize TWasmExeOutput.FWasmSections
* WriteWasmBasicType and WriteWasmResultType converted to global functions to allow reuse in the exe writer
* writing of the type wasm object section extracted to a method TWasmFuncTypeTable.WriteTo, so it can be reused in the exe writer
+ generate and write the Type section in the WebAssembly internal exe writer
+ generate the import section in the wasm exe writer
+ WebAssembly exe writer: write the code section
* set TWasmObjSection.MainFuncSymbol in the wasm object reader
* extracted the import preparation to a separate method TWasmExeOutput.PrepareImports
+ write the type indexes correctly
+ added check for the ExeFunctionIndex inside WriteCodeSegments
+ fill the memory section in the wasm exe writer
+ partial implementation of RELOC_FUNCTION_INDEX_LEB relocations in the wasm internal linker
+ write the import function indexes in the linker map file
+ wasm internal linker: write the functions, defined in the current module in the linker map file
* wasm internal linker: use the main symbol (without WASM_SYM_EXPLICIT_NAME,
i.e. not an alias) to define code section names in the wasm object reader.
For example, the section for the INITHEAP function is now called:
.text.n_SYSTEM_$$_INITHEAP
instead of
.text.n__FPC_InitHeap
(which is based on an explicit alias for the function - '_FPC_InitHeap')
+ report an error in case a wasm object file has a code section, without a main symbol
* only set MainFuncSymbol of code sections to the main (non-alias) symbol
+ wasm internal linker: fill ExeFunctionIndex of alias code symbols as well
* produce an internal error, instead of a warning in case of RELOC_FUNCTION_INDEX_LEB pointing to a function with missing ExeFunctionIndex
* refactor: invert if condition and else statement (reducing the nesting level), because then terminates the function. No functional changes.
+ implemented RELOC_TYPE_INDEX_LEB relocations in the wasm internal linker
* wasm internal linker: start the data section at offset 0, as WebAssembly is a Harvard architecture.
+ webassembly internal linker: create separate exe sections for .rodata and .bss
+ WASI internal linker: implemented GetCodeSize, GetDataSize and GetBssSize.
+ write the data section in the wasm internal linker exe writer
+ implemented R_WASM_MEMORY_ADDR_I32 relocations in the wasm internal linker
+ implement R_WASM_TABLE_INDEX_I32 relocations in the wasm internal linker
+ create the Table and Elem sections in the wasm exe writer
+ implemented R_WASM_MEMORY_ADDR_LEB relocations in the wasm internal linker
+ implemented R_WASM_MEMORY_ADDR_SLEB and R_WASM_TABLE_INDEX_SLEB relocations in the wasm internal linker
* wasm internal linker: produce an error if an R_WASM_SECTION_OFFSET_I32 or an
R_WASM_TAG_INDEX_LEB relocations is encountered - these aren't implemented,
and are not required for 'hello, world', so will be done later.
+ wasm internal object reader: process SYMTAB_GLOBAL import entries
+ wasm internal linker: internally define the '__stack_pointer' global symbol
+ also define non-imported SYMTAB_GLOBAL symbols in the wasm internal object reader
+ create relocations for R_WASM_GLOBAL_INDEX_LEB entires in the wasm object reader
* define the __stack_pointer symbol in a different way, so it doesn't crash during linking
* use SizeInt instead of PtrInt for the stack area size (this both matches the declaration in TypInfo as well as enough on 16-bit targets like i8086)
+ wasm internal obj reader: add globals to a '.wasm_globals' object section
* set the size of AT_WASM_GLOBAL symbols to 1
+ wasm internal linker: put all wasm global symbols in separate sections,
called .wasm_globals.n_XXX. This allows section-based smartlinking to work on
global symbols.
* more clean variable initialization
+ implemented R_WASM_GLOBAL_INDEX_LEB relocations in the wasm internal linker
+ generate the global section in the wasm internal linker exe writer
+ write export section in the wasm internal linker exe writer, only the memory is exported for now
+ wasm internal linker: write the exported functions to the export section in the exe writer
* fixed bug in the application of RELOC_GLOBAL_INDEX_LEB fixups in the wasm internal exe writer
+ allocate stack and set the initial value for the stack pointer in the wasm internal exe writer
* start the data at offset 1024 instead of 0, just like the LLVM linker
* wasm internal linker: start the .text section at mempos 0
* wasm internal exe writer: set mempos for code sections to the offset within
the code section. This does not affect the .wasm binary generation, only the
linker map file.
+ added check for whether R_WASM_TABLE_INDEX_I32 relocations always point to a function symbol in the wasm internal object reader
Fix wrong explicit typecast of srsym variable (caught by -CR option)
Add emulation_opt settings for all four mips CPUs
+ fill the correct minimal number of memory pages required in the wasm internal linker
+ increased the default stack size of the WASI platform from 64 KB to 8 MB (like in i386-linux)
+ read debug sections in the wasm internal object reader
* ignore relocation sections for custom sections for now (will be done later), so that we can proceed with the debug info generation in a later phase
+ wasm object reader: allow other sections to be created before the first code section
+ add the debug sections in the WASI internal linker script file
Add string constant values to stringconstn nodes in parse tree output
LLVM: fix missing line debug info for some invokes in specialised functions
Required when the code can be inlined. Fixes compilation with debug info of
system.messaging.pp
Extended RTTI: optimise fetching VMT index
Extended RTTI: fix use of wrong def for the methods table
Fixes LLVM compilation
* increase PPU version due to Extended RTTI related changes
* for some reason my ppu.pas had a version of 18, instead of 20... so now the correct version m(
Add struct field names to subscriptn nodes in parse tree output
+ write debug sections in the wasm internal exe writer
+ wasm internal object reader: pass a TWasmCustomDebugSectionType parameter to ReadDebugSection
+ wasm internal object reader: also read the '.debug_frame' and '.debug_str' sections
+ wasm internal object reader: record section indices for debug sections. Check for duplicated debug sections.
+ wasm internal object reader: support relocations for debug sections
+ support R_WASM_SECTION_OFFSET_I32 relocations in the wasm internal object reader
* wasm internal object reader: validation of the RelocIndex range moved to a single place - in ReadRelocationSection
* wasm internal object reader: removed the warnings in case of missing symbol (this will now create an internal error, instead)
* refactor: changed the type RelocationTable.RelocType to avoid type casts. No functional changes.
* refactor: changed the type of SymbolTable.SymKind to TWasmSymbolType, to avoid type casts. No functional changes.
+ wasm internal object reader: validate that relocations that should point to a SYMTAB_FUNCTION entry, actually point to such entry
+ wasm internal object reader: added range check to the reader of the SymKind field
+ wasm internal object reader: check that relocations that should point to a SYMTAB_DATA symbol, actually point to such symbol
+ wasm internal object reader: check that R_WASM_GLOBAL_INDEX_LEB point to a SYMTAB_GLOBAL symbol
* wasm internal linker: perform R_WASM_SECTION_OFFSET_I32 relocations
* wasm internal linker: set mempos of debug sections to 0
- wasm internal object reader: removed redundant check for R_WASM_TABLE_INDEX_I32 pointing to a SYMTAB_FUNCTION entry (we now do this check earlier)
+ wasm internal linker: implemented R_WASM_FUNCTION_OFFSET_I32 relocations
+ WASI internal linker: add all object sections, starting with '.bss' to the .bss section
+ WASI internal linker: also add .debug_frame and .debug_str sections to the output binary
+ WASI internal linker: simplify linker script generation for the .text, .rodata, .data and .bss sections via the use of ScriptAddGenericSections
* wasm internal linker: fixed the relocation of imported function symbol aliases
* wasm internal linker: skip the element section when reading object files. This fixes linking with object modules, produced by the external assembler.
+ wasm internal object reader: parse the tag section
+ wasm internal object reader: read tag imports
+ wasm internal object reader: store the tags from the tag section in the TagTypes array
+ wasm internal object reader: bounds check the tag type index against the types table
+ wasm internal object reader: read tags from the export section
+ wasm internal object reader: range check event symbols against the tag index space (imports + tag section)
+ wasm internal object reader: create symbols for SYMTAB_EVENT entries in the symbol table
* wasm internal object reader: validate that R_WASM_TAG_INDEX_LEB relocations point to a SYMTAB_EVENT symbol
* wasm internal object reader: convert R_WASM_TAG_INDEX_LEB relocations to relocation objects
* wasm internal linker: treat exception symbols as AB_COMMON
+ WASI internal linker: added the .wasm_tags exe section to the linker script
* wasm internal object reader: handle tag symbol flags properly (support weak and local symbols)
* wasm internal linker: set mempos of the .wasm_tags (and .wasm_globals) section to 0
+ wasm internal linker: create the tag section (if not empty)
+ wasm internal linker: implemented RELOC_TAG_INDEX_LEB relocations
* wasm internal linker: produce an internal error on unknown relocations
+ enable the WASI internal linker
* fixed internal linker crash if no tags are defined (i.e. no WASM native exceptions used)
LLVM: remove flags used to support older LLVM versions
* search using the real package name instead of the uppercased one so that an as-is cased package will be found as well
* range checking is already performed in pass_typecheck
* ensure that the legacy method table has the correct alignment on platforms that require it (e.g. SPARC64)
* Fix missing escape for dollar sign
+ generate DWARF debug info for WebAssembly locals
do not display the changing assembler note, if the internal and the external assemblers are the same, or there's no internal assembler defined
tabs to spaces cosmetics, no functional change
m68k: add more cases, where TST instructions can beoptimized away, because the previous instruction already sets all the required flags
m68k: refactored the optimizer to avoid direct asml management where possible, and use standard functions instead
* fixed bug that caused 'c in ['a'..'z']' to fail on the WebAssembly target, when code is compiled with {$packset 1}
Avoid range check error in AddNormalStringDef
* Vectors of string constants are now simplified into ordinal constants
Issue internal error in def type is errordef
- removed the ENABLE_WASM_INTERNAL_LINKER define from the .lpi file
- removed the DEBUG_WASM_GOTO define from the .lpi file
* Fixed issue where Val shortcutting would not compile under 32-bit systems
* several issues with the in_val_x optimization fixed
* print the whole symbol name for hint messages
* fixed bug in the handling of WebAssembly goto
+ support for .debug_loc and .debuc_loclist sections
+ added a zero/unitialized/unknown value to TWasmBasicType: wbt_Unknown
+ introduced TWasmValueStack for tracking the state of the WebAssembly stack. Not used, yet, but will be in the future.
Add MaybeSwap for coffsectionrec records (needed for cross-endian compilation)
Also swap word/dword in case of cross-endian compilation
* fix compilation on 32 bit hosts
* last commit was not complete, fixed
Use writeUInt32LE/writeUInt16LE method to write multi-byte integer in importlib method in t_win unit (as all supported CPUs are little endian)
+ added TWasmControlStack and frame. Not used, yet. Will be used in the future
for WebAssembly stack tracking and validation.
* inverted the indices of TWasmValueStack, so that item 0 is top of stack
* fix
gitlab 0040593: don't check for a static method when assigning a methodpointer to a function reference
+ added test
- the setter for tloadnode.procdef is not used, so remove it so that that tloadnode.setprocdef can be extended
* fix
gitlab 0040594: when assigning a nested function to a function reference don't check for the nested procvars parameter, because nested functions can be treated like anonymous functions here
+ added test
* disable OptPass2Test and OptPass2CMP for now as it seems to result in buggy code
* Added field to identify blocknodes that wrap entire subroutines
Fix writing of low qword of floatx80 real type into 10-byte array on big endian systems
* Fix writing of 'comp' type depending on FPC_COMP_IS_INT64 macro.
* Fix writing of floatx80 on systems with gaps due to alignment requirements.
* Add internal_endian field to tppudumpfile class
* Check that this new field is indeed set, once only, by
header flags.
* Use this flag to extract high and low parts of floatx80
record for soft floatx80 support.
Use reverse_byte to write constant sets in cross-endian configuration
Add writeInt8/writeUInt8 methods to fix some cross-endian generation issues
Use writeint8/writeuint8 methods to avoid cross-endian issues
Support cross-endian compilation for telfobjdata.writereloc method
* Fixed issue where OptPass2CMP and OptPass2TEST didn't drop out on labels etc.
* Fix writereloc for cross-endian compilation
* Fixed issue where TryCmpCMovOpts produced bad
code if the last MOV got moved.
* New Boolean "SetAndTest" utility function
* x86: New "STC/CLC; MOV" peephole optimisation
* inserting $result into the symtables should never trigger a duplicate symbol error, resolves
gitlab 0040608
Swap real constant in internal assembler
* x86: New "Jcc; CLC/STC; .Lbl" optimisation
* Fixed internal error 2022041701 number clash (LLVM changed to 2022041730)
* x86: Separated out Jcc; STC/CLC optimisation and added additional peephole optimisations
* x86: Additional STC/CLC; J(N)C deterministic jump optimisation
* x86: STC/CLC optimisations can now handle multiple Jcc instructions
* x86: New "aoc_DoPass2JccOpts" option to catch branch and
STC/CLC optimisations that only manifest in Pass 2
Avoid 'false' warning: Local variable "gap_index" does not seem to be initialized on cycle with -O3 option
* DRY Refactoring: introduce discardppu
* Refactory: remove current_module use from top-level parsing
* Move implementation part to separate routine so we can split tasks later
* Move interface parsing part to separate routine so we can split tasks later
* Split parsing from post-processing, code generation and linking
* Move program/library header parsing to separate routines
* Remove commented variables
* split module creation from parsing start
+ more CPU and FPU flags added
* TWasmControlFrame changed to a record
+ implemented methods in TWasmControlStack: Push, Pop, GetItems, SetItems
+ implemented TWasmValueStack.GetCount
+ implemented TWasmControlStack.GetCount
+ implemented TWasmValidationStacks.PopVal
+ introduced TWasmBasicTypeList
+ introduced TWasmValidationStacks.PopVal(expect)
+ introduced TWasmValidationStacks.PushVals
+ introduced TWasmValidationStacks.PopVals
+ introduced TWasmValidationStacks.PushCtrl
+ introduced TWasmValidationStacks.PopCtrl
+ introduced TWasmValidationStacks.label_types
+ introduced TWasmValidationStacks.Unreachable
* replace/restore_scanner use var in state to make sure the correct scanner is freed
* Make current_scanner a function/procedure to better control lifetime
* use set_current_scanner, add mainscanner
* Remove use of current_module
save/restore state when loading other modules.
+ introduce x86-64 microarchitecture levels for cpu and fpu flags
* Remove freeold from set_current_scanner
* Make tglobalstat a class
* Remove loaded_from in tmodule. The same unit can be loaded from different places
* Split load_ppu for clarity
* Check whether call to deref(impl) is needed during re-resolve (indexes may be -1 if not yet built)
* Introduce task (Single main-level task at the moment, no change in behaviour).
* fixed some issues with the x86-64 instruction versions
* use more of the constants
* fix
gitlab 0040618: apply adjusted patch by ŠŠ²Š³ŠµŠ½ŠøŠ¹ Š”Š°Š²ŠøŠ½ (@jack128a) so that a non-load case expression is loaded into a temp first when converting a single range branch into an if-clause
+ added test
* fix typos in comment, no code changes
* decide more sophisticately if a temp. var is needed for fixing
gitlab 0040618
* extend LeaCallLeaRet2Jmp optimization to work on windows
+ also add x86-64 as cpu type (gcc compatibility)
+ implemented TWasmValidationStacks.Validate for many (but not all, yet) instructions
* x86: Replaced CPU features array with "cpu_x86_64_v1_flags" where possible
* x86: Fixed CPU feature flags for AMD Jaguar and Piledriver
* comment fixed, hint by Maxim Ganetsky
* Introduce state variables, used to construct list of used units
* Return first waiting in usedunitsloaded
* generate init_final table from actual uses clauses
+ implemented support for the local.get, local.set and local.tee instructions in TWasmValidationStacks.Validate
* protect against comparisons of nested types of generics and specializations
* use iscurrentunit only when there isn't a suitable def that the moduleid of the symtables can be compared to
* fix
gitlab 0040621: when checking for visibility of members then always use the genericdefs for specializations for correct scoping
+ added test
* clean up of arrayconstructor_to_set, the stringdef case didn't work for years and is not tested, so it probably is not supposed to be there at all
* complain about turned off support of c style operators only in the parser,
so error recovery is better
* x86-64: Typo fixed in FPU type string array
Avoid wrong typecast by adding check that p1 is an instuction before casting it to taicpu
* Framework for more complex block node simplification
Follow sdas documentation for .ascii limitations by using only printable chars and .byte for others
* New block node optimisation that attempts to
flatten nested blocks (makes labels and later
optimisation more efficient).
+ when calling FPC_THROWFPUEXCEPTION in a sub routine, pi_do_call must be set, fixed for aarch64
+ function needs_check_for_fpu_exceptions to unify fpu exception handling
* Handle finish state separately
* Introduce constwresourcestring - in unicode mode, resource strings are unicode strings, and must be streamed differently
+ set pi_do_call on xtensa as well if we check for fpu exceptions
* cosmetics
* Only perform the block flattening if "forinline" is true or under -O2 and above
+ lazarus project for a loongarch64 compiler
+ set pi_do_call on loongarch64 as well if we check for fpu exceptions
* fix
gitlab 0040634: correctly check visibility for child classes in case of a mixture of specializations and non-specializations
+ added test
* x86: Minor efficiency gains in OptPass1CMP
+ set pi_do_call on RiscV as well if we check for fpu exceptions
* x86: Fixed "Cmp1Jl2Cmp0Jle" and "CmpJe2NegJo" optimisations
being applied incorrectly if another jump follows
* Fix compilation with DEBUG_NODE_XML
* x86: Fixed error in "LeaLea2Lea 1" optimisation
not properly accounting for the first LEA
instruction having a repeated register
+ set pi_do_call on ARM as well if we check for fpu exceptions
* move the checks for strict private and protected into their own nested functions
* use check_strict_private and check_strict_protected in their respective non-strict checks to avoid code duplication
- remove no longer required check as that is now handled by check_strict_private (not to mention that the check had been placed incorrectly anyway...)
* fix
gitlab 0040634 the 2nd: a (strict) protected symbol in a parent class of the owner is supposed to be visible
+ added test
Restrict use of A_MOVE to ufromsize and utosize = OS_INT. (contributed by Jinyang He)
Fix issue
gitlab 0040648
* Fix latex error due to unescaped dollar
* generate specializations only of no error happened so far to prevent further (internal)errors, resolves
gitlab 0040646
Avoid warning about unintialized 'ba' variable
* improve pretty printing of symbols
WPO: handle classes defined in localsymtables
Can happen since the support for anonymous methods
Set ba variable upfront to avoid warning treated as error
+ thlcgobj.location_force_mem now supports LOC_JUMP as well, resolves
gitlab 0040650
* Add Logging of tasks under define
* Properly handle finish state
* allow type = type ... ; syntax only for previously declared types, avoids also internal error for
gitlab 0040566
* fix
gitlab 0040655: apply changes to packrecords, packenum and setalloc using the recordpending*() functions so that they are applied correctly in case of them being used directly after a {$POP}{$PUSH} sequence
+ added test
* Fixed signature of insert_init_final_table
* patch by Rika: Fold repetitive scandir.pas cases, resolves
gitlab 0040660
* don't throw an internalerror in case of an illegal assignment to an open array, resolves
gitlab 0040662
* Force VMT at first position in system.tobject
* ensure that "type SomeName = type reference" is still allowed when function references are disabled
+ added test
Also reset check_valid_var after calling var_para_allowed
Be sure not to add a symbol with empty name as an alias for function return variable
* x86: "StcClcSet(c)2Mov" optimisation now checks to see if the destination register is in use
* fixed fpu_x86_64_v4_flags
+ support a_call_indirect in TWasmValidationStacks.Validate
+ added a second TWasmFuncType parameter to the CALL WebAssembly instruction. It
is not part of the WebAssembly syntax and binary encoding, but it helps
WebAssembly stack tracking and validation.
+ support the CALL instruction in TWasmValidationStacks.Validate
+ introduced TAsmData.RefAsmSymbolByClass - similar to RefAsmSymbol, but allows
to create a subclass of TAsmSymbol even in the case of external symbol.
+ introduced TAsmData.WeakRefAsmSymbolByClass
+ introduced TWasmGlobalAsmSymbol subclass of TAsmSymbol. Use it for all
AT_WASM_GLOBAL symbols. This allows in the future to add extra data to the
TWasmGlobalAsmSymbol, such as the WebAssembly global type, which will aid in
WebAssembly validation and stack tracking.
+ added the WasmBasicType to TWasmGlobalAsmSymbol. This will help WebAssembly
validation and stack tracking.
* Create and correctly typed variable for fieldsym instead of using typecasts
+ support the global.get and global.set instructions in TWasmValidationStacks.Validate
+ support if,block,loop,else,end_if,end_block,end_loop in TWasmValidationStacks.Validate
+ support the BR and BR_IF instructions in TWasmValidationStacks.Validate
* Allow use of attributes on fields and properties in records and classes
+ perform WebAssembly validation, if the compiler is compiled with the
DEBUG_WASM_VALIDATION defined
Take care about endianess in arm eabi attribute section
Take care about endianess in arm instruction binary code generator
Add ogmacho unit loading unless NOOGMACHO macro is defined
* fixed bug in thlcgwasm.a_op_reg_reg_reg_checkoverflow that used to generate
code that fails WebAssembly validation
+ support the native exception instructions in TWasmValidationStacks.Validate
* stack checking is actually 'S'
* arm/a64: Fixed bug where shifter operand was not preserved in AND/CMP -> TST optimisation
* Add codeaddress to extended RTTI for static methods
* Attributes must be assigned only to elements before the first colon
* Flags specific to TVecNode have been moved to their own field
* Clarity over blocknode and VMT flags. nf_usercode_entry doesn't need to be cascaded in "firstpass" as TBlockNode.Simplify already does this
* Flags specific to TAddNode have been moved to their own field
* Flags specific to TModDivNode have been moved to their own field
* Flags specific to TAsmNode have been moved to their own field
* Flags specific to TAssignmentNode have been moved to their own field
* Flags specific to TArrayConstructorNode have been moved to their own field
* Flags specific to TDerefNode have been moved to their own field
* Flags specific to TInlineNode have been moved to their own field
* Reduced the number of expensive calls to "GetUserCode" in DFA
* Atributes for class/record methods
* increase ppu long version as the format changed
* nf_pass1_done, nf_error, nf_processing and nf_do_not_execute
have been moved to a new "transientflags" node field that
isn't stored in PPU files
* patch by Rika: Donāt pretend optinfo^.index can be aword(ā1), resolves
gitlab 0040405
* arm/a64: Bug fix where instructions optimised into "mov r0,r0"
could leave registers undefined in some circumstances
* Indentation and casing changes
* patch by Sergey Larin: Compile dynarr := nil (and, preferably, SetLength(dynarr, 0)) as fpc_dynarray_clear, resolves
gitlab 0040309
* a64: Several secondary peephole optimizations that clean up CSEL instructions
* fix compilation with 3.2.2 rtl
* fix building of llvm compiler after node flag refactoring
Fix post_load_or_compile tppumodule method for SHORT_ON_FILE_HANDLES code by adding from_module parameter
Fixes compilation of text mode IDE for go32v2 target.
Fix compilation with -dEXTDEBUG
Fix compilation with -dDEBUG_DEVIRT
* Initialize firstwaiting, after remark by Pierre
* optimize also -(x+1) and -(1+x) into not(x)
* Handle rename of module during parsing, rebuild hash list. Fixes broken test tb0406.pas
* Fix tgeneric91, need to postpone some additional generic procedures
* x86: CMOVcc/Jcc pairs are now changed to MOV/Jcc if the register is not used if the jump doesn't branch
* x86: Improvement to CMOVcc/Jcc optimisation that attempts to remove temporary registers storing constants
* x86: Additional optimisation in OptPass2MOV to help with sub-optimal MOV/CMP/MOV triplets (and a minor refactor).
* Only consume semicolon after uses clause when units have been connected. Fixes remaining failing tests
* set packenum and setalloc to defined values when changing mode, resolves
gitlab 0040056
* transform -1-x into not(x)
* optimize additions of empty sets away if possible, part of
gitlab 0040384
* x86: New Op/TEST optimisation that rearranges register usage for the most efficient execution
Be sure not to consume semicolon after _USES twice
* Added missing "override" directive for XML node dump routine on TDerefNode
* Adjustment to "(v>=x) and (v<=y)" so it also optimises its inverse: "(vy)"
* Added support for 64-bit min/max intrinsics
* a64: Fixed bug where unsigned min/max inlines used a signed comparison
* x86: Min/max intrinsic support
* x86: Added new OptPass1CMOVcc peephole optimisation routine to dust up min/max code
* i8086: Local variables unused in "second_AndOrXorShiftRot_assign" on i8086 are now not defined on this platform
* overflow check abs(...) for x86
* Min/max intrinsics now simplify deterministic results
* more overflow checking for abs(...)
* overflow checking for ti386inlinenode.second_abs_long
FFix compilation of compiler with -dTest_Double_checksum
* use destination location instead of a temp when constructing sets, resolves
gitlab 0040384
+ optimize s:=s+[e] into include(s,e)
* a64: New B -> RET peephole optimisation
* write correct type name in error message
Ensure register to be eliminated is de-allocated before applying optimization LdsMov2Lds.
* AArch64: avoid false overflow error in case of -2^63+0
* AArch64: overflow checking for abs
* tabs adapted: also abs(longint) must overflow check on 64 bit platforms
* avoid to generate bts/r with memory operand
+ thlcgx86.a_bit_set_reg_reg
* thlcgobj.a_load_regconst_subsetref_intern uses a_bit_set_reg_reg if applicable
Fix generation of i8086 CPU code, as BTR/BTS instructions require at least 386 CPU
* proper fix for 9056ab80257b71fb8bcdf90be2f71e2fbbf912b9
Add $EMUL also for sparc CPU GNU linker call on solaris OS
Add -32/-64 for sparc GNU assembler calls
* use bit_set_reg_reg also to clear single bits in thlcgobj.a_load_regconst_subsetref_intern
* Fix access violation: module can be reset while loading dependent units. Fixes issue
gitlab 0040705
* avoid CMPs with constants outside the range of signed 32 bit values
* fix simplication of max(double,double) with both values being constants
* fix i386 building after fb3c4ff75be75c367f4f4d505563475ef7accdb5
* compilation with -dEXTDEBUG fixed
+ 8086: overflow checking for abs()
+ arm: internal abs()
+ arm: overflow checking for abs(...)
+ generic implementation of abs()
* overflow checking for generic abs()
* fix overflow checking on arm for 64 bit signed numbers
* arm uses generic abs()
* all CPUs use now internal abs() so overflow checking is possible
+ added overflow checking to generic abs()
* i386 uses generic x86 abs(long/int64) code now
* compilation on 64 bit targets fixed
+ abs(long/int64): overflow checking for xtensa implemented
* don't remove align directives before case jump tables (they have the type alt_addr)
+ comment to explain last commit
Fixed missing section for Raspberry Pi Pico
* fix min/max intrinsics on x86_64 for non constant/reference/register locations, resolves
gitlab 0040721
* sparc: overflow support for 64 bit operations
+ avr: overflow checking for abs, together with the other recent abs-related commits, resolves
gitlab 0040694
* another fix for min/max intrinsics on x86_64 for non constant/reference/register locations, resolves
gitlab 0040724
Increase default stack size to 8Mb for i386 and sparc solaris systems
Use correct check for unsigned size in a_op64_{const/reg}_reg_reg_checkoverflow methods
* arm / a64: Extended the AND; CMP -> ANDS family of optimisations to catch BIC as well as AND
* a64: ARMv8.7 through ARMv8.9 have been added as AArch64 CPU types, along with support for the CSSC extension.
* a64: Added DOTPROD and PAUTH support flags to relevant instruction sets (v8.4+ and v8.3+ respectively)
* a64: Added "ABS" and "CTZ" mnemonics (CSSC instructions)
* fix internalerror 200502052 with certain min/max optimizations on x86-64, resolves
gitlab 0040730
+ introduced cgbase.topcg2str and topcmp2str for converting TOpCg and TOpCmp to strings (useful for debug logging, etc)
* second_abs: don't supply a separate 64 bit code path for high level cpu targets
* ensure that left and right have a result type set in tx86addnode.pass_1, resolves
gitlab 0040727
* fix
gitlab 0040708: when creating the sub-arraydefs for comma separated arrays, ensure that the new sub array also has the generic related information set up correctly
+ added test
* check that the corresponding genericdef of the adjusted def is indeed valid
* extend read_anon_type() so that it can take a genericdef as well
* fix
gitlab 0040721: correctly set up the generic defs when parsing fields, especially important when dealing with anonymous fields
+ added tests
* Fix
gitlab 0040716: only add helpers if the type doesn't belong to the current object/class/record hierarchy
+ added test
* fix
gitlab 0040725: pass along whole array constructor to the Insert() so that it's converted with the correct checks
+ added test
+ propagate pointer constants
+ also fold nil nodes when used as pointer constants
* run constant propagation multiple times if needed and if slow optimizations are turned on
+ propagate also widechar/pointer constants
+ fold also constant pointer operations on nil nodes
+ fold also divisons involving pointer constants (those nodes are internally generated only)
- AND and DeepMovOpt optimisations upgraded.
- OR and extension optimisations upgraded.
- Const and ref merge optimisations upgraded.
Fix compilation of i8086/n8086add.pas unit after introduction of get_int_value function
* x86-64: Bug fix where RIP-relative references were made absolute in minmax optimisations by mistake.
* optimize x < length(arr) and x >= length(arr) as proposed in
gitlab 0040292
- 32-to-64-bit zero extension optimisations upgraded.
* x86: New reference support methods to detect modification
- Mov2Nop 5a and Mov2Nop 5b optimisations upgraded.
* x86: CheckMovMov2MovMov2 now sets "Force New Iteration" if it optimises
- MovLea2Add optimisation upgraded.
- MovOp2Op optimisation upgraded.
* optimize x = length(...) also if the operands are swapped
* x86: Bug fix in OptPass1MOV long-range optimisations where
the wrong register was checked to see if had changed.
* do not limit the number of interfaces per class, resolves
gitlab 0040268
* workaround unsupported -march=...+pauth for some assembler/clang versions
* avoid range check error in TVMTBuilder.intf_optimize_vtbls by early bailing out if a class has no interfaces
* allow swapping of operands for three operand instructions if they are commutative
* i386: Fixed issue where the peephole optimizer entered an infinite loop when building for CPUs older than Pentium II
* disable (type ...), it did never work and there are not test, resolves
gitlab 0040562
* ensure that Insert() of a single element into a dynamic array is typechecked in a way that the user is notified of errors
+ added test
* revert the changes from b0d61558e38f7e9ceb3918dbbaab13bc49496320, as 61397d40ae0c43083844e850d87c60ba74b34d28 fixes it more correctly
* (hopefully) more consistent message when the compiler is stopped during showing the help screen, resolves
gitlab 0039455
* accidently committed debug statement removed
* more debug statments removed
* Calling "internalstatements" now sets the "bnf_strippable" flag on the result
* do_optconstpropagate and do_optdeadstoreelim now set their
"changed" parameter properly and is now an out type.
* Optimisations on calls to said functions
* x86: The ADD/SUB peephole optimisations that combine adjacent operations are now much more careful about the flags
* x86: Arithmetic combination optimisations are now much more careful about the flags being in use
* genlinearlist and genlinearcmplist for case blocks now allocate the flags properly
Force usage of ld.lld for x86_64-openbsd system, because ld.bfd generates invalid executable which SIGSEGV at exit
Do not set USEINLINE macro if DISABLE_INLINE macro is set
* x86: Improved "Test2Bt" peephole optimisation
* Block nodes are now marked as strippable when created from "begin" statements
* Bug fix where copied block nodes didn't inherit the original's flags
* Inc/Dec nodes converted to Add/Sub now remove
the "nf_modify" flag from the destination so
constant propagation works more efficiently.
* Correct location of new error message
* Replace object with record where possible
* Blocks of statements are now pruned (within reason) if a raise, exit, break, continue or goto node is found
* Fix creating thunk class when inherited interfaces are used
* hlgcodegen needed when creating module info (fixes AV)
* remove do_compile, clearer flow when loading ppu/pas files
* Wasm: generator for invoke helper now handles overloaded methods in interfaces
* Emit better error when not able to load auto units
+ store pic references in registers if possible
+ do do_consttovar optimization on i386 as well
* allow sp_generic_dummysym for procsyms even if there are no generic overloads
* fix
gitlab 0040764: declare procsyms of a class/object also as sp_generic_dummysym if a symbol in a parent class has it set so that the parser will treat it as a potential generic
+ added test
m68k-palmos: do not try to write section attributes, they're not really useful, and lead to assembler warnings
+ enable cs_opt_consts on arm as well
+ cs_opt_consts for sparc
* Added new node utility function to search for nodes of a specific type in a node tree
* Node-stripping optimisation in "TBlockNode.simplify" now uses "has_child_of_type" to determine stop point
* "no_exit_statement_in_block" replaced with "not has_child_of_type(..., [exitn])"
* "checkcontinue" replaced with "has_child_of_type(..., [continuen])"
* proper alignment information for constant addresses stored in registers
Make use of CPUX86_HINT_BSX_DEST_UNCHANGED_ON_ZF_1 in Bsf*/Bsr*.
+ cs_opt_consts for sparc64
Simplify constexp.pas and fix certain edge cases.
High(uint64) - 2 - High(uint64) now gives correct ā2.
* arm / a64: Factored out common conditional checks in "OptPass1UXTB",
"OptPass1SXTB", "OptPass1UXTH" and "OptPass1SXTH" to
improve performance.
* arm / a64: New optimisation for removing the number of necessary S/UXTB/H instructions
Do not set default target to system_sparc64_solaris on solaris OS for sparc64 compiler as this target is not yet supported
* throw an error if varargs is used without appropriate calling conventions, resolves
gitlab 0040342
* unified g_concatcopy_move
+ CPUX86_HINT_FAST_SHORT_REP_MOVS
* use FPC_MOVE instead of rep movs if possible, partially fixes
gitlab 0040785
Extend riscv32-freertos functionality for esp32c3
Fix exclusion of ogelf unit using $ifndef NOOGELF
Add -WP option to help for ppcrossrv32
Add insert_init_final_table method
* reorganize Tcgx86.g_concatcopy
Group linker scripts and search paths
Add support for esp-idf v4.4
* handle complexer references in tcg8086.a_loadaddr_ref_cgpara properly
Move .data with fpc specific information to outside normal memory range.
Do not pass esp32c3.rom.newlib-time.ld to the linker, it causes the ROM version of _isatty_r to be linked instead of the newlib library version.
* factor out tcgx86.getcopymode
* x86: Minor change to lineinfo in "MovAdd2Lea" so debugging is more logical
* oc_blue properly named as noted by Don Siders
* Stripped down and refactored TAsmNode XML node dumps
for better platform-specific implementations.
+ CPUX86_HINT_BSX_DEST_UNCHANGED_ON_ZF_1
m68k: also allow TST from before Sxx instructions with explicit .b size to be optimized away
m68k: try to fold two consecutive AND instructions into one. This usually happens when a zero extension is followed by another AND.
m68k-palmos: further fixes to assembly section. also actually use aout, as we have aout binutils for palmos
Initial support for esp32-c6-s2-s3. Support for idf versions 5.0.6 and 5.2.1
+ check for tf_init_final_units_by_calls in trv32nodeutils.insert_init_final_table
+ do do_consttovar on RiscV
* do no generated debug comment in assembler output of RiscV if not requested
* a64: win64 implementation of jump table now
uses 64-bit absolute references.
* x86: Reimplemented TAsmNode XML dumping using new framework
* arm / a64: TAsmNode debugging info is now output for ARM and AArch64
Make idfpath and idf_version macros available as replacement vars in fpc.cfg
Add -Ff to firstpass options
* patch by Marģers: patch to enable ENTER asm instruction
+ test
* patch by Marģers
- Rename 3DNow instruction (fixed long lasting typo in mnemonic). PMULHRWA --> PMULHRW
- Add vpclmullqlqdq, vpclmulhqlqdq, vpclmullqhqdq, vpclmulhqhqdq.
- Fix "typo" for SHA1MSG2
* patch by Marģers to bump version
* correct change information for some instructions where the change
information cannot be modelled in x86ins.dat
* forgotten part of last commit
+ set CPUX86_HINT_BSX_DEST_UNCHANGED_ON_ZF_1 for suitable CPUs
+ more change information
* missing AVX-2 change information fixed
* fix
gitlab 0040563: apply slightly adjusted patch by byte bites to use fixed range of 1..Length(str) for for-in loops iterating over ShortStrings
+ added test
* load 2 on x86 stack by fld1/fadd, if pic code is generated. It is more efficient as two memory accesses are saved.
* fold the MIPS tabitype into tabi as the former wasn't really used or hooked up anyway; this way the ABI can be set using -Ca
* also optimize loading of -1.0
* use fld1/fchs regardless of pic
* allow the COMDAT selection to be 0 in which case we'll simply assume that we don't have a COMDAT section (but we'll nevertheless look up a potentially associative section)
* the COMDAT record contains the section number which is off-by-one to the section index
* move setup of secrec outside of the if-statement as it's the same for both cases
* exact-match COMDAT sections are already supported since tdynamicarray.equal() has been implemented a couple of yours ago, so allow them
* small fix of change information
Remove compiler/msgtxt.inc and compiler/msgidx.inc from tracked file list
Add missing information about -T option for embedded and iphonesim target OS for aarch64 compiler help using -h option
Respect alphabetical order in -T listing for aarch64 compiler
+ more change information
Avoid unnecessary call when length(s) is zero, which avoids range check error
* don't throw an internal error if a procedure is passed to a const formal parameter, resolves
gitlab 0040817
* bail out early in tcgaarch64.make_simple_ref if possible
* Properly reset state when (re)compiling, by Artem Izmaylov. Fixes issue
gitlab 0040825
* (lsighly, added safety check) patch by ŠŠ²Š³ŠµŠ½ŠøŠ¹ Š”Š°Š²ŠøŠ½, resolves
gitlab 0040784
+ initial compiler support for WebAssembly resources. Requires WebAssembly
support in the fpcres utility, which is not implemented, yet.
* changed the resource object extension for the WASI platform to .or (similar to Linux)
+ WASI internal linker: add the 'fpc.resources' and 'fpc.reshandles' sections as well
+ wasi internal linker: also write the fpc.resources section to the file
+ wasm internal linker optimization: write only the non-empty data sections to
the resulting .wasm file (the 'fpc.resources' section specifically can be
empty, if the binary doesn't use resources)
+ wasm internal linker: count the 'fpc.resources' section towards the binary
data size
+ wasm internal linker: count the 'fpc.reshandles' section towards the bss size
of the binary
* split the sections strings into groups and add comments about the importance
of the section order and grouping. No functional changes.
* wasi internal linker: fixed crashes introduced by previous commit in
GetDataSize and GetBssSize
* fixed another crash in the wasi internal linker, caused by missing resource section
* change information updates
* more change information updates
* Properly release procdefs. Patch by Evgenij Savin, fixes issue
gitlab 0040844
+ add missing instructions
* x86-64: Workaround to permit CPU types in command line with dashes in names (e.g. X86-64-V3)
* ensure register size is set properly by AndSxt2And
+ introduced WebAssembly helper is_atomic_op
* fail with an internal compiler error in case an atomic WebAssembly instruction
is generated, while WebAssembly multithreading is disabled
* TARMAsmOptimizer.USxtOp2Op sets register size if needed
const array - reducing unnecessary data copying
Immediately set the capacity
Immediately set the capacity
* set operand size properly for STX*
Partial revert "Immediately set the capacity"
(capacity assignments of type TFPHashObjectList)
+ started working on a WebAssembly inline assembler reader. Not ready, yet, just
includes a basic tokenizer for now.
* fixed some WebAssembly instruction names in the wasm_op2str array
* Patch by Evgenii Savin to avoid IE 2010021502 when calling generic from other generic. Fixes issue
gitlab 0040770
+ WebAssembly inline assembler instruction parsing work in progress
+ added else clause to silence warning, treated as error in CI
Use IndexQWord_SSE41 directly if -Cp RTL compiled with supports SSE 4.1.
* Do not free used units during reset, they can be in use during load cycle. Fixes issue
gitlab 0040852
+ parse the instructions with integer parameter i32.const and i64.const in twasmreader.HandlePlainInstruction
* changed twasmreader.HandlePlainInstruction to return an instruction
* Need IFDEF, compiler stops "with unreachable code"
+ support the f32.const and f64.const instructions in twasmreader.HandlePlainInstruction
+ recognize the memory access instructions with an optional memarg operand (not
parsed, yet) in twasmreader.HandlePlainInstruction
+ handle the local and global variable instructions with a constant integer
parameter in twasmreader.HandlePlainInstruction
+ insert plain instructions and parse nested instructions in twasmreader.HandleFoldedInstruction
+ call ConcatInstruction for plain instructions in twasmreader.HandleInstruction
* started implementing twasmreader.HandleBlockInstruction
+ actually enable the parsing of WebAssembly inline asm instructions
+ set result.ops in twasmreader.HandlePlainInstruction
+ respect the nostackframe directive in WebAssembly inline asm routines
* don't do anything in postprocess_code for WebAssembly inline asm routines
* don't create block..end_block around WebAssembly inline asm routines
* make warning on unsupported esp-idf version a warning string so it can be translated
* Do not generate RTTI for generic methods (delphi compatible)
* Inherit extended RTTI settings from parent object
* handle adress registers properly in tcg64f68k.a_op64_reg_ref
* write dependent rtti for non-published in case of extended RTTI
* WebAssembly temp gen: introduced localsfirsttemp and localslasttemp, use these
for the locals temps indices, instead of firsttemp and lasttemp, which refer
to the temps on the linear stack
+ support OPR_FLOATCONSTANT in TInstruction.ConcatInstruction
+ allow referencing '$__stack_pointer' in WebAssembly inline asm as argument to
the global.get and global.set instructions. This will be used in the future to
implement the thread start routine in inline asm.
* Do not try to export symbol if an error occurred, avoid internal error. Fixes issue
gitlab 0040858
+ support the call instruction in the WebAssembly inline asm
* fixed the WebAssembly inline asm call instruction with the internal assembler writer
* fixed WebAssembly inline asm parsing bug for the global.get/global.set ID instruction
- removed debug printing from the WebAssembly inline assembler reader
+ support the atomic instructions in the WebAssembly inline asm reader
+ allow referencing TLS_SIZE_SYM, TLS_ALIGN_SYM and TLS_BASE_SYM from WebAssembly inline asm
* Some minor rewordings as per 39349
* x86: Fixed an issue where invalid typecast errors would be raised in the peephole optimizer under -CriotR
* Do not include class and array properties in RTTI
+ riscv32: trv32shlshrnode.second_64bit
+ apply OptPass1OP also to SRL/SLL
* fix commit
+ S*LI x,x,0 to nop optimization
compiles cube.pas example
* better zero extension for Risc-V32
* apply OptPass1OP to more instructions
+ Risc-V 32: optimize QWord(1) shl ...
DynArrays works
because of InitHeap3, malloc3 and free3 functions from the psy-q-sdk
+ Risc-V 32: apply OptPass1OP also on ADD
* Risc-V: use OptPass1OP more
Remap .data with fpc specific information to outside normal memory range.
* factor out TRVCpuAsmOptimizer.OptPass1Add
+ show a message and automatically switch to external linking if WebAssembly multithreading is enabled
* WebAssembly: allow specifying the initial and max memory size via the $M
directive
+ Risc-V 32: tcpuparamanager.get_saved_registers_fpu
* WebAssembly threads: use the stack size, specified for the main thread (via
the $M directive, or the '-Cs' compiler option) as the default stack size for
other spawned threads
+ Risc-V 32: tcpuparamanager.get_saved_registers_int
+ Risc-V: apply OptPass1OP to more operations
+ WASI: enable the generic stack checking
+ Risc-V 64: tcpuparamanager.get_saved_registers_int and tcpuparamanager.get_saved_registers_fpu
* Risc-V 32 has also a GC variant
+ enable WebAssembly threads with the internal linker (which still doesn't work
with threads) if FPC is compiled with the FPC_WASM_THREADS_INTERNAL_LINKER
define
+ enable FPC_WASM_THREADS_INTERNAL_LINKER (not stable, yet) in ppcwasm32.lpi
* WebAssembly threads internal linker: fix validation of R_WASM_GLOBAL_INDEX_LEB relocations in modules that support threads
* WebAssembly threads internal linker: declare the __tls_base, __tls_size and
__tls_align symbols in the internal linker script if threads are enabled
* WebAssembly threads internal linker: declare the symbol __wasm_init_tls in the
.text section (function will be generated later by the linker)
* WebAssembly threads internal linker: add the .tbss section to the linker
script in case threads are enabled
+ WebAssembly threads internal linker: create the __wasm_init_tls symbol's
special WebAssembly properties, such as FuncType
+ WebAssembly threads internal linker: debug print threadvar relocations,
instead of stopping with an internal error
* WebAssembly threads internal linker: mark the __tls_base, __tls_size and __tls_align symbols as WebAssembly globals
* WebAssembly threads internal linker: import WASM_SYM_TLS symbols as AT_TLS, instead of AT_DATA
* improve Risv-V optimizer
* WebAssembly threads internal linker: set MemPos for data sections correctly
when threads are enabled (take into account that the first data section with
threads enabled is .tbss, instead of .rodata)
+ WebAssembly threads internal linker: create a global symbol for all AT_TLS data symbols
* WebAssembly threads internal linker: set objsection properly for global
symbols, created for AT_TLS entries
* WebAssembly threads internal linker: create double relocation entries for
AT_TLS entries: one points to the AT_TLS entry (the data segment), the other
points to the WebAssembly global, holding that address. This causes the
smartlinking optimization to keep both the AT_TLS entry in the data segment,
as well as the WebAssembly global.
* WebAssembly threads internal linker: ignore RELOC_GLOBAL_INDEX_LEB
relocations, pointing to AT_TLS entries, because the actual relocation is done
by another relocation, overlaid on top of this one, pointing to a WebAssembly
global. The reason we use two relocations, is to cause the smartlinker to keep
both the AT_TLS symbol, thus reserving data space in linear memory for the
threadvar, as well as the WebAssembly global variable, used for holding the
address of the threadvar.
+ WebAssembly threads internal linker: introduced TWasmExeOutput.GenerateCode_InitTls (not ready, yet, just writes some dummy data)
* WebAssembly threads internal linker: set the global type of threadvar globals to wbt_i32
* WebAssembly threads internal linker: set MainFuncSymbol of the section of threadvar globals
* WebAssembly threads internal linker: starting working on TWasmExeOutput.SetThreadVarGlobalsInitValues
* WebAssembly threads: don't do anything in TWasmExeOutput.SetThreadVarGlobalsInitValues
and TWasmExeOutput.GenerateCode_InitTls if threads are disabled
* WebAssembly threads internal linker: introduced TWasmObjSymbol.TlsDataSym
* WebAssembly threads internal linker: set initial values for threadvar globals
* WebAssembly threads internal linker: implemented the actual code generation in TWasmExeOutput.GenerateCode_InitTls
* WebAssembly threads internal linker: set threadvar globals as mutable
* WebAssembly threads internal linker: set initial values for __tls_size, __tls_align and __tls_base
* WebAssembly threads internal linker: use imported and shared memory if multithreading is enabled
* WebAssembly threads internal linker: create a startup function for
initializing shared memory (dummy for now)
+ WebAssembly threads internal linker: partial implementation of TWasmExeOutput.GenerateCode_InitSharedMemory
* WebAssembly threads internal linker: generate passive data segments, when multithreading is on
* WebAssembly internal linker: moved the DataSections const array from local to
the method writeData to local to the class. No functional changes.
* WebAssembly threads internal linker: implement memory initialization in TWasmExeOutput.GenerateCode_InitSharedMemory
* WebAssembly threads internal linker: generate data.drop instructions in
TWasmExeOutput.GenerateCode_InitSharedMemory. This drops the passive memory
segments, after the memory has been initialized.
* WebAssembly threads internal linker: use WriteUleb instead of WriteUleb5 in
TWasmExeOutput.GenerateCode_InitTls and TWasmExeOutput.GenerateCode_InitSharedMemory.
This generates equivalent, but shorter code.
* WebAssembly threads internal linker: micro optimization in
TWasmExeOutput.GenerateCode_InitTls - skip generating instructions that add
zero
* WebAssembly threads internal linker: use signed LEB when needed in TWasmExeOutput.GenerateCode_InitTls and TWasmExeOutput.GenerateCode_InitSharedMemory
+ enable the WebAssembly internal linker with multithreading
* WebAssembly internal linker: add the .tbss section size to the result of GetBssSize
* WebAssembly internal linker: reduced exe section alignment to 16 bytes
+ Risc-V: instructions of B extension
+ Risc-V: make use of zext.h if available
+ WebAssembly internal linker: take into account the min heap size (specified
with the $M directive), when determining FMinMemoryPages
* WebAssembly internal linker: the PageSize constant, which was repeated twice,
moved to the class level and renamed WasmPageSize. No functional changes.
* Risc-V: make use of sext.h instruction if available
Fix compilation with -dDEBUG_PPU
Rename conditional: INTFPPU => DEBUG_GENERATE_INTERFACE_PPU
* corrected alignment for Risc-V on Linux
* FCVT.W.D returns only a 32 bit int
* get rid of WebAssembly constant DefaultMaxMemoryForThreads, because it was
repeated twice. Instead, set maxheapsize correctly with the default value in
init_parser.
* increased the default max memory for WebAssembly threads to 256 MiB
* WebAssembly threads default maxheapsize constant changed to more readable form - 256*1024*1024 instead of 268435456
* generic second_addordinal can handle swapped nodes
* WebAssembly internal linker: allow specifying the max memory size also for
binaries that don't use threads and shared memory. Unlike the shared memory
case, in this case the max memory limit is optional.
+ introduced method tscannerfile.readval64, similar to readval, but returns an int64
+ WebAssembly: allow specifying heapsize and maxheapsize larger than 2GiB
(WebAssembly has a 32-bit address space, so there's still a 4GiB limit)
* ignore the '-gl' parameter on WebAssembly, since it's impossible to implement
this feature on this target. WebAssembly is a Harvard architecture and allows
no way for inspecting code addresses in stack traces from within the program
itself. Maybe a future extension to the WebAssembly spec would allow that, but
currently, it's not possible. The '-gl' option is ignored (producing only a
warning, instead of a fatal error), because not having line info should not be
fatal for most programs. It also reduces the number of test failures, since
many tests compile with '-gl', but don't actually require the line info, it's
just there for debugging purposes.
* throw an error in iso/extended pascal mode if enum types are passed to writeln, resolves
gitlab 0040896
* fix bug in thlcgwasm.a_op_reg_reg_reg_checkoverflow when either src1 or src2
is the same as dst
* WebAssembly: fixed overflow checking for unsigned subtraction
* WebAssembly: changed the generated code in a_op_reg_reg_reg_checkoverflow to
avoid using a label
+ WebAssembly: check for exceptions after call of fpc_rangeerror in branchful
exceptions mode. This fixes catching of ERangeError exceptions when using
SysUtils and runtime errors are converted to exceptions.
- disallow enabling regvars for WebAssembly, because it's not supported, yet
* WebAssembly: fixed crash when attempting to generate a functype directive for
a generic function
* estimate complexity of ordconst node better on RiscV
+ AArch64: apply OptPass1FData also to FCSEL
* armv7 should a synonyme for arm7a
+ apply OptPass1FData on FRINT*
Remove the rest of the VER3_0 conditionals.
Exclude AW flags for sec_fpc data for embedded and freertos targets.
+ WebAssembly external asm writer: workaround for the 'missing functype' error,
produced by LLVM-MC versions 13 and above
+ pass '--no-type-check' to llvm-mc-13, because its type checking is broken
+ add explicit support for LLVM-MC versions 15..18
* WebAssembly code generator: don't emit a return instruction at the end of the
function, because it's redundant
+ disable the WebAssembly type checker for all LLVM-MC versions since version 13
+ emit a size directive for the internal dynarray const label. This fixes
WebAssembly dynarray consts with the llvm-mc external asm.
- don't generate .size directives for function symbols on WebAssembly, to avoid
warnings from the external assembler
+ indicate which LLVM-MC versions are broken in the compiler help screen
- WebAssembly internal object writer is no longer experimental
* WebAssembly wabt assembler id as_wasm32_wabt renamed as_wasm32_wasa
* WebAssembly WABT assembler ID changed to WASA
* as_wasm_wabt_info renamed as_wasm_wasa_info
* TWabtTextAssembler class renamed TWasaTextAssembler
* unit agwat renamed agwasa
* renamed the wabt assembler to wasa in the compiler help screen as well
+ added an optional nil pointer checking for WebAssembly (similar to
PowerPC-AIX), that can be activated via the -CN option
+ added -CN to the help screen of the WebAssembly compiler as well
+ added several missing targets to the help screen for the -P compiler option
* WebAssembly internal object writer: generate the symbol table after the
section numbers have been calculated. This is preparation for exporting
symbols from debug sections, which will be implemented in the future. No
functional changes.
+ WebAssembly object writer: record the custom section index for debug sections
in a new field TWasmObjSection.CustomSectionIdx
+ WebAssembly internal assembler and linker: support exporting symbols from
debug sections, via a FPC-specific extension. Unfortunately, this is not
supported by the LLVM external assembler and linker.
* fix warning (second attempt :) )
* Added missing i386-win32 target selection
* More efficient condition checks for "tnodeutils.has_init_list"
"tnodeutils.has_init_list" is now static
* generate debuginfo for WebAssembly threadvars like for normal vars, when
WebAssembly threads are turned off
+ WebAssembly DWARF debug info: generate DW_AT_frame_base entries for functions
+ WebAssembly internal linker: support data relocations to threadvars, resolve
them as relative values to the beginning of the TLS section. Will be used for
generating debug info for threadvars.
+ support writing R_WASM_GLOBAL_INDEX_I32 relocations in the WebAssembly internal object writer
+ generate proper reference to the TLS_BASE_SYM global in the WebAssembly debug info for threadvars
+ WebAssembly internal linker: support the R_WASM_GLOBAL_INDEX_I32 relocation,
used for threadvar debug info, among another possible uses.
+ more relocation types added to the enum TWasmRelocationType
* create a TWasmGlobalAsmSymbol instead of TAsmSymbol when generating debug info
for thread vars. This fixes a memory corruption error, when later the compiler
tries to access the extra fields in TWasmGlobalAsmSymbol for the '__tls_base'
symbol.
* fixed blocksize when generating debug info for WebAssembly threadvars
* fix the final entry size in the .debug_aranges table on platforms where the
ALU size differs from the address size (such as WebAssembly 32-bit)
* set procalign and loopalign to 0 for WebAssembly - code alignment is unnecessary, as this is a VM.
* WebAssembly internal object writer: fixed helper function SlebSize()
+ WebAssembly internal object writer: added safety check for catching bugs,
caused by instruction size changes between Pass1 and Pass2
* fix generation of addend for R_WASM_FUNCTION_OFFSET_I32 relocations. This
improves code address accuracy for WebAssembly debug line info information.
* WebAssembly: generate the final bashB opcode of a function via the
end_function instruction, instead of adding it magically in the object writer.
This makes the WebAssembly debug line info more accurate, covering the
end_function instruction as well.
Set DynamicLinker for FreeBSD systems
* use also an FNV hash to shorten interface wrapper names
* use proper value for Fnv64 initialization
* PPU version increased
+ AVR: dummy thlcgcpu.g_intf_wrapper implementation
- WebAssembly: removed tai_local.name, because we don't use it
* WebAssembly: refactored tai_local, so that it is a single directive,
containing multiple locals, instead of creating multiple tai_local directives,
each containing a single local. No functional changes.
* TWasmObjData.DeclareLocal renamed DeclareLocals. No functional changes.
+ WebAssembly: insert a tai_local directive also for assembler functions
* WebAssembly internal assembler writer: generate the function locals header
when assembling the tai_local directive, instead of injecting them manually in
TWasmObjOutput.WriteFunctionCode. This makes function code offsets correct
and avoids the need to manually adjust relocation fixups by adding the locals
header size. It also fixes relative relocations, used in DWARF debug line
info.
+ introduced LINE_RANGE constant in the DWARF debug info generation unit
WebAssembly debug info: use different LINE_BASE and LINE_RANGE on WebAssembly to
improve compatibility with WasmTime's debugger support
* WebAssembly internal linker: don't remove unused code sections if smartlinking
is turned off. This is needed for debugging, because FPC doesn't support debug
info with smartlinking on most platforms, and that includes WebAssembly.
* WebAssembly internal linker: also don't remove unused data sections if
smartlinking is turned off.
* WebAssembly debug info: make wasmtime happy by not emitting line info end
sequences for procedures that lack any debug lines emitted previously
* make UpdateFnv64 closer to the original algorithm as proposed by Gareth
Handle cross-endian case inside TCoffObjData.writereloc method
* revert check for boolean type when handling LOC_FLAG in tcgassignmentnode.pass_generate_code. This makes pas boolean the default,
resolves
gitlab 0040908
+ WebAssembly internal linker: create a name custom section to help debugging
- WebAssembly code generator: removed the g_fingerprint hack, that added 4
useless i64 constants on the stack with random numbers and then drop them. It
was used for primitive debugging, since previously it wasn't possible to
identify the function name. Now we can produce DWARF debug info, as well as a
"names" custom section to give each function a name and most WebAssembly
environments support at least one of the two mechanisms. Therefore the
g_fingerprint hack is no longer necessary.
Handle floatx80 records with gaps also in InternalAssembler
* handle except blocks as normal code block with regard to specialization of generics, resolves
gitlab 0040890
+ added extra values to TWasmNameSubsectionType from the extended name section
proposal and the gc proposal
+ introduced private type TCustomSectionNameMapEntry to class TWasmExeOutput
+ introduced private type TCustomSectionNameMap to class TWasmExeOutput
+ introduced method TWasmExeOutput.AddToNameMap
+ introduced method TWasmExeOutput.AddToGlobalNameMap
+ introduced local method WriteNameMap for writing name maps in the WebAssembly name custom section
+ WebAssembly interal linker: add global names to the name custom section
* WebAssembly internal linker: add the data segment names to the name section
* properly unlink unused type symbols from their defs to avoid
internal errors when generating debug info, resolves
gitlab 0040886
+ add tag names to the WebAssembly name section
* WebAssembly internal linker: refactor writing the name custom section - group
generating subsection data with the actual writing of the subsection data
* WebAssembly internal linker: only generate the tag name subsection if there
are any tags in the module
- removed obsolete define FPC_WASM_THREADS_INTERNAL_LINKER from ppcwasm32.lpi
+ add optimizer units (empty for now) for the WebAssembly target
+ include unit aoptcpu in wasm32/cputarg.pas
* RiscV64: better code generation to clear upper 32 bit of a register
Fix 2nd compilation in Textmode IDE
if not ps1 setup FPU defines
resolveReadAfterWrite moved to aasmcpu.pas
* RiscV: fix AndiAndi2Andi optimization
+ RiscV: AndiAddwi02Andi optimization
if taicpu(p).opcode in [....] beautiy fix
thx god You seen it! (reverse)
hlcgcpu.pas: uses unit systems + t_ps1.pas: correct Message3
check if next instruction exists
* fix RiscV32 compilation
* RiscV64: don't use addiw for OS_32 to OS_32 type conversions obviously
case statiment insteed of ifs
set_source_info behind defines
Fix display of 80bit floats in cross-endian case
psy-q-sdk lib duplicate named *.o files excluded from link
* FSRM works only with movsb
* fix alphabetical sorting of targets in comment
* MIPS code generator: don't put floating point results in FPU registers for
function results, if the SoftFPU is enabled
* MIPS code gen: don't use FPU registers for function parameters in case SoftFPU
is enabled
+ added fpu_libgcc to MIPS
+ define cpufpemu for MIPS in order to enable (optionally) FPU emulation
+ enable SoftFPU by default for the PS1 target
* MIPS: don't generate FPU code for abs(real), sqr(real) and sqrt(real) in case
FPU emulation is enabled
* MIPS: don't generate FPU code for int to real conversion when FPU emulation is enabled
+ RiscV: Addi0Op2Op optimization
Add -msoft-float or -mhard-float option to GNU assembler calls
* RiscV: extend Addi0Op2Op
* Addi0Op2Op has to consider both operands
switch all optimizations off
link all the sdk bindings .o files
removed InitSysInitUnitName
optimizecputype back to cpu_mips1
+ first batch of instructions added for Addi0Op2Op
Fixing bug where in const init no typecheck for symbol was performed
* improve RiscV assembler optimizer
Rename function to reset_all_default_types
* reduced the default stack size for PS1 to 256KB
+ PS1: initialize StackLength and StackBottom
+ PS1: allow creating a linker map file with the -Xm option
+ PS1: show linking message
+ RiscV: FOp.sFsgnj.s02FOp.s optimization
* generalize FOpFsgnj02FOp optimization
* PS1 target name in help screen changed to PlayStation 1
* apply OptPass1FOP to more opcodes
* do not generate lea with 16 bit references on x86-64, resolves
gitlab 0040936
* accidentally committed with a set debug define
* partial fix
gitlab 0040934: don't remove the DEF file if cs_link_deffile is set (thus if the user explicitly wants the file)
* partial fix
gitlab 0040934: enable def file generation if only -D is provided as argument (as the help suggests and which also makes sense if -Dd is not set as then a default description is used)
* add procsyms from exports also to deffile if user explicitly asked for one
* ensure that Default() symbols that use management operators are properly initalized/finalized
+ added test
Adding for-in loop iteration over slices
* extend use of OptPass1FOP
* load 64 bit constants through a register into memory to avoid store-forwarding stalls, resolves
gitlab 0040945
* apply OptPass1FOP to FCVT.*.*
* Generate correct type name for procedural type arguments in thunk class
* patch by lag programming: Code cleanup at function TAOptBase.RegInInstruction, resolves
gitlab 0040952
* ignore the -gl parameter (and print a warning) on the embedded targets
Force shortcut boolean evaluation when rewriting length(Windows widestring) = 0.
* fix
gitlab 0040259: global managed records with Initialize operator need to be initialized no matter if they are referenced in the current unit or not.
+ added test
* MIPS64: make use of DMTC1 instruction
+ enable strength reduction for -O3, probably an oversight for years that it was not included in -O3
* do not set the addr taken flag for nodes to passed to const/var/out parameters, if
the code of the callee is known and within the callee no address of the parameters
is taken
+ print all sub nodes of call nodes
* properly process all child nodes of call nodes in foreachnode, resolves
gitlab 0040957
+ add printing of all fields of tcallnode in TCallNode.XMLPrintNodeData as well
* mark symbols used in conditional compiling expressions using sizeof, resolves
gitlab 0040955
+ more fixes to mark symbols used by preprocessor expressions properly
+ made MarkSymbolAsUsed more fail safe
+ tests
Remove unneeded, and possibly wrong typecast to fix cycle with -CR option
* patch by lag programming to replace bitcnt by popcnt, resolves
gitlab 0040962
* set ra_addr_taken for addr. param only if really needed
* get rid of the hack that tlabelnode inherits from tunarynode and stores a statement in left, resolves
gitlab 0040964
* compilation fixed
* cosmetics: trailing spaces removed
Use TFPList.FreeAndNilDisposing in four more places.
Align htypechk.pas:is_better_candidate to the left edge of the screen.
* properly reject function calls as target of absolute, resolves
gitlab 0040977
* better error message on invalid expressions for absolute
Fixing a bug where an empty postfix for enum was allowed
Implementing `TImplementedInterface.getcopy` to allow copying of interfaced objectcs
It's probably not fully correct(see comment about procdef copy) but
seems good enough ĀÆ\_(ć)_/ĀÆ
* do not eat the semicolon after an absolute expression to a symbol, noted in
gitlab 0040978
Adding support for indexed properties in extended RTTI
+ added a missing 'br 1' instruction in the code, generated by
GenerateCode_InitSharedMemory. This should fix the loading error in browsers,
when using multithreading.
* generate fmrx instruction only if the cpu has the vfp extension, resolves
gitlab 0040985
Postponing building of VMT until inheritance chain is specialized
This commit does 3 changes:
1. Introduce new option `oo_inherits_not_specialized` indicating if
somewhere in the inheritance chain of an object there is a non
specialized generic parameter
2. Avoid building the VMT for an object which has a generic parameter in
the inheritance chain (fixes
gitlab 0040983)
3. When no vmt is build `insert_struct_hidden_paras` usually called as
part of `build_vmt` will be called seperately to add missing
parameters
Use āset of (op_unary, op_binary)ā to check for supported operator overloads.
* avoid code duplication :)
Remove conditionals that rely on not defined(FPC_HAS_CPSTRING).
Remove unused cutils functions.
* fix
gitlab 0040993: "inherit" the default RTTI options of a non-System unit from TObject as that picks up whatever had been declared in the System unit
* Attributes for methods. Fixes issue 41001
* fix
gitlab 0039407: multi variable initialization is not allowed in any mode, so don't say it's only not allowed in Delphi mode
* pass all const record parameters on aarch64-win64 as references due to the habit of passing records as pointers by using the const modifier in the Windows unit
* fix encoding of ash_savereg and ash_savereg_x
* on aarch64-win64 do the assignment of the exception frame pointer only after the SEH prologue has been done as there is no SEH directive for assigning a register to FP
* on aarch64-win64 we need to restore the stack by first increasing the stackpointer and then restoring FP to match the code from the prologue
* patch by Rika to fix position reporting in macro redefintions, resolves
gitlab 0040082
* don't generate pdata and xdata if there is neither a relevant prologue nor a handler
* when removing the STP FP,LR and MOV FP,SP instructions, also remove the corresponding SEH directives if available
clearing the bss section on startup
this allows smart linking
* Fixed bug in "node_complexity" where a TLabelNode was put through an invalid typecast.
* don't restore SP if we hadn't stored it originally
* also restore SP on aarch64-win64 if registers had been stored
* fix encoding for save_freg_x
* Avoid calling copy operator when moving data from temporary objects
When a function returns a managed record, a new temporary object is
created for the result, which is then copied to the real destination.
For managed records with a deep copy implementation, this can create
immense overhead. So instead this introduces a move, which basically
consists of
```pascal
procedure Move(var src, dst);
begin
Finalize(dst); // Finalize existing data
Move(src,dst,sizeof(dst)); // Shallow copy
Initialize(src); // Clear source
```
* nld.pas: use MOVE when assigning the function result from the
temporary return object
* rtl/inc/systemh.pas: Adding new macro to mark new RTTI version with MOVE
operation
* rtl/inc/compproc.inc, rtl/inc/rtti.inc: Adding new move mechanism when
indicated by the compiler.
+ RiscV64: apply OptPass1OP also to addiw
Adding static properties to extended RTTI
* don't mess with boolean and/or operations in mixed short/full evaluated expressions, resolves
gitlab 0041012
Specialized fpc_copy_with_move_semantics for destructive copies.
+ more RiscV extensions
* make use of F and D extension flags
Update errore.msg
typo fix and correct position of 11068
Update errord*.msg
new messages and other changes in errore.msg have been translated or ported to the German message files.
* RiscV: more reliable use_fma
* correctly calculate the number of labels of a c boolean in case statemnts, resolves
gitlab 0041025
* adjust comments to better match the situation with aarch64-win64 added to the mix
* ensure that the section with the case-labels is 8-Byte aligned
* on aarch64-win64 the case-labels are a list of 8-Byte aligned 8āByte values, so adjust the alignment to avoid 2 32-bit loads
* use a static data label for the case-label table on aarch64-win64 to avoid the linker discarding it
* revert for loops also if the upper limit is non-constant
* Add missing methods to thunk class for parent interfaces without RTTI
* Allow to parse internal symbol names generated for generics.
* properly take care of tempinitcode when calculating def./use. sums of tempcreate nodes
* avoid that types of limits of reverted loops are widened
* less strict condition when a loop decrement can be moved to the end of a loop to increase code quality
* better code for ... downto 1 for-loops
Allow to use ld64.lld if -XLL option is used
* don't see illegal calling conventions for procedure variables, resolves
gitlab 0041041
* draft of improving Addi0Op2Op
cmpxchg16b instruction uses no size suffix in ATT syntax
+ zen5 architecture for completeness
* inline nodes can specify whether their result needs to be used
+ add support for Delphi-compatible atomic intrinsics
* set types of start value calculation correctly when doing strength reduction, resolves
gitlab 0041054
* fix
gitlab 0041062: correctly handle atomic intrinsics inside generics
+ added test
* ensure that any Boolean type can be used for the Succeeded parameter and that there are no unitialized warnings
+ added test
* apply Addi0Op2Op to more operations
* skeleton to unify the RiscV paramgr
* first routines unified
* more RiscV paramgr unification
* Correctly handle missing extensions for dotted include file names. Fixes issue
gitlab 0041064
* more RiscV paramgr unification
* continued unification of RiscV paramgr
* major parts of the RiscV paramgr unified, improves code generation and less failures in RiscV32 regression tests
* partly revert 8cd6606970c8fedda95a3411d684dbd57379b46d, resolves
gitlab 0041052
(cherry picked from commit 854d4e6f4a5b53040160f8921d0089167f6b00be)
* formatting
+ test for issue
gitlab 0041066 which was already resolved previously
* fpu type must be fpu_soft if the cpu is rv32ima
* RiscV: emit an error if fpu_fd is used on a cpu without f and d extensions
* RiscV: floating point registers are saved only for hard float ABIs
+ RiscV: vector registers
Do not add abi-call0 to linker options for esp8266
+ write .option pic directive if needed
* make use of LA pseudo-instruction
+ apply OptPass1OP to LA as well
* fix
gitlab 0041072: proc_to_procvar_equal_internal() might be passed a procvar in case of "procvar := @
", reject that as incompatible
+ added test
* RiscV: unify push_addr_param
* fix
gitlab 0041074: adjust conversion level of class/interface to pointer and class to interface conversions so that sub class to class conversions take precedence
+ added tests
* fix
gitlab 0041063: don't add classrefdefs or objectdefs to the WPOInfo if they are declared locally (e.g. capturer instances)
+ added test
* RiscV: push_addr_param unified
* fix
gitlab 0041007: only unlink typesyms from their typedefs when releasing an unused implicit specialization if the typesym was created for the implicit specialization
+ added test
Remove one of two CPULLVM define macro
def_system_macro -> undef_system_macro (fix oversight as if then block is equal to else block)
* keep track of the current specialization state of the current module
* keep track of the current generic def in the specialization state
+ add utility function to check whether a generic belongs to the currently parsed generic even if it's further up in the specialization stack
* when parsing generic parameter types allow the use of generics that are part of the current specialization stack (this can be the case if a generic is used inside itself as a type parameter for a specialization)
+ added tests
* fix
gitlab 0040653: don't allow the use of a class during its declaration as parent for a nested class (Delphi compatible)
+ added test
* apply OptPass1OP to SLT/SLTU as well
* reset oo_is_forward object option for external classes after parsing the parent classes
* RiscV: write also nopic directive
* use dispose() instead of freemem() for consistency with the allocation of pmessagestaterecord
* ensure that flushpendingswitchesstate had been called before the start of replaying tokens
* apply message state to the pending state so that they are applied at the correct moment
* when restoring the state after parsing the last token of the token buffer append the message state to the pending state so that they are reapplied at the correct time
* tai_eabi_attribute -> tai_attribute so it can be used by other architectures
* write basic attributes for riscvXX-linux
+ add method to TMessage to check whether a message is valid
* don't use tmessage.setverbosity() to check whether the message is valid as it should only be applied when the switches are flushed, so use the new tmessage.valid() instead
* ensure that current_settings.pmessage is reset when doing a replay and when loading the current message state from the token stream
* also (re)store the pending state when replaying a token stream
* reset the message state only inside flushpendingswitchesstate(), not during $POP itself
* store the current verbosity as part of the settings so that they're stored as part of a generic token stream as well
* ensure that only the newest message state is applied
* don't use $MINSTACKSIZE and $MAXSTACKSIZE on non-Windows instead of disabling the warning
WPO: don't crash on TP-style objects with only abstract virtual methods
* fix trvinlinenode.second_fma
Extended RTTI: generate RTTI for Objective-C fields like for generic pointers
Resolves
gitlab 0041034
+ as-macos for using as from Retro68
* fix
gitlab 0040876: correctly check for generic constant parameters without concrete value
+ added test
* better checking of valid addr_no
* write sections/section names correctly for as-macos
* MacOS Classic uses apparently very similiar mechanisms for the TOC as powerpc-aix
* .toc sections do not need a .csect on powerpc-macosclassic
* write " as octal number as well in assembler output, it is more compatible
* fix
gitlab 0038122 in a more correct way than previously done: instead of adjusting the methodpointer node when it's a deref node adjust what value is stored in a temp if a call node is encountered: store the pointer value, not the pointed to value to avoid the reference getting lost
+ added test (note: the test fails at least on x86_64-win64 due to some different reason :/ )
* RiscV64: optimize 32 bit shift instructions as well
* cleanup merge artefacts
* if an outer capturer is required then that outer capturer must not be optimized into a register (fixes compilation with -Ooregvar enabled (e.g. in -O3))
* use HAS_MINMAX_INTRINSICS define
+ random bits for quad support on RiscV
* apply OptPass1FOP to FMIN/FMAX as well
+ min/max optimization support for RiscV
+ OptPass1FSGNJ optimization
* Better fix for atomic operations on wasm
Avoid wrong typecast by checking explictly that hp1 is indeed an instruction
+ add missing cpu64bit defines for consistency
cpuNbitalu is not the correct type for fpc_atomic_cmp_xchg_alu on webassembly
+ RiscV: make use of the fneg.* instruction
Fix compilation of riscv32 compiler
* fix compiling binaries on JVM: the entries list contains pinitfinalentry values, not tused_unit
* missing Copyright year update
+ RiscV: make use of the fl* rd,symbol,rd pseudoinstruction
+ RiscV: make use of the fmv.w.x/fmv.d.x instruction to load 0.0
* factor out TRVCpuAsmOptimizer.OptPass1Sub
* remove accidently committed debug statement
* RiscV: check for cpu capabilities before using fmv for loading zero
Check that index value is not below lower bound in TMessage.Valid method
* reformat statement for better readability
* don't cast the succeeded node succn to a tcallparanode (it's usually a tloadnode or something similar instead)
* change some getglobaldatalabel into getlocaldatalabel to simplify code if pic is used
* factor out TRVCpuAsmOptimizer.OptPass1SLTx
* fix
gitlab 0040979: don't recurse further into the nested hierarchy for code generation if the function is generic
+ added test
LoongArch: Always emit la.got for global symbol
+ RiscV: write arch attribute
* factor out TRVCpuAsmOptimizer.OptPass1SLTI
+ WebAssembly internal linker: rewrite the fpc_wasm_invoke_helper function in the linker, so that it becomes functional
+ RiscV: support ZMMUL extension
* fixed WebAssembly code generator internal error when passing real constants as
constref parameters. Also fixes test webtbs/tw41011
* properly write RV32E/RV64E architecture tags
* WebAssembly codegen: fixed access to absolute variables, pointing to just a constant address, e.g. var a: longint absolute 5;
* WebAssembly: also handle dup=true in thlcgwasm.prepare_stack_for_ref for absolute address refs
+ added ref2string debug helper function to the WebAssembly code generator
* WebAssembly codegen: enable -CN nil pointer checks in more places: a_cmp_const_ref_stack, a_cmp_ref_reg_stack and a_cmp_reg_ref_stack
* override tcpuparamanager.has_strict_proc_signature and return true for WebAssembly
* check for 64 bit registers in TX86AsmOptimizer.RegReadByInstruction as well for sanity reasons
* SubLea2Lea has to check both times for equal super registers, resolves the second part of
gitlab 0041126
Symbol browser information collection improvements
Symbol browser consolidate units
* Allow to process .fmx files just as .lfm/.dfm files
Change CompareChar uses inside compiler/RTL to CompareByte.
+ a_bit_scan_reg_reg gets a flag if src cannot be zero: this simplifies the generated code
+ function node_not_zero and make use of it
Make use of not_zero in x86 bitscans.
* extend node_not_zero and make more use of it
+ extend node_not_zero to take range types into account
+ aarch64: if no FPC_DIVBYZERO call is needed, div nodes do not generate calls
* apply OptPass1Data to UDIV/SDIV as well
* node_not_zero can be apply to int->int conversion only if no data is cut off
+ apply OptPass1Data to variable shifting/rotating operations as well
* WebAssembly: optimized the number of nested blocks inside the invoke helper
* WebAssembly: impose a limit on the br_table instruction length, when generating the invoke helper
* WebAssembly: micro optimization in the invoke helper - omit the last 'return' instruction
Symbol browser information collection improvements part 2
Disable high(taitype)<=31 check for LLVM compiler
* allow absolutes on open arrays (use of this is doubtful though), resolves
gitlab 0041147
* Fields used in local records in for-loops are now promoted
into registers via temprefs if register pressure permits.
* make use of not_zero in tbasecgarm.a_bit_scan_reg_reg
* WebAssembly internal linker: invoke helper code generation moved earlier,
before the relocation fixups are applied. This should make the DWARF debug
line info correct again. Also, the offsets in the linker map file should be
correct now, as well.
+ WebAssembly internal linker: add the contents of the type section to the map file
+ WebAssembly internal linker: write the indirect function table to the linker map file
* x86_64: Extension to MovMov2Mov optimisations to allow more MOVL to MOVQ zero-extensions
+ x86: proper flag (de)alloc in a_bit_scan
* RiscV: fixing spilling_get_operation_tpye for LI
* improve complexity calculation for tempref nodes
+ WebAssembly internal linker: write the contents of the memory section to the linker map file
+ WebAssembly internal linker: write the export section to the linker map file
+ WebAssembly internal linker: write the import section in the linker map file
* WebAssembly internal linker: write the memory section before the export section, so it appears in a more logical order in the map file
+ WebAssembly internal linker: write the global section in the linker map file
* fixed warning after previous commit
* WebAssembly internal linker: refactored the writing of the memory section and
the memory import section: introduced a TWasmMemoryType record, and structures
for holding the memory entries in the import and memory sections, instead of
writing them in an ad hoc manner. The memory information in the linker map
file is now also a little more detailed.
* RiscV: play safe in taicpu.spilling_get_operation_type
m68k: new CPU capability - the TST instruction supports address registers (68020+ and CF)
m68k: do not try to optimize CMP #0,Ax to TST Ax, if the CPU doesn't support it
m68k: refactor - use the new CPUM68K_HAS_TSTAREG capability where applicable
* RiscV: fix AddiAddi2Addi optimization
* RiscV64: make use of zext.w instruction if available
* RiscV: handle more instructions in taicpu.spilling_get_operation_type
* fix typo
* properly pass zba, zbb, zbs to march
Fix ld.lld options for i386-freebsd target
Disable limitation of nonlocal setting for LLVM compiler
* RiscV64: make use of sext.h instruction
* x86: Fixed bug in "MovMovMov2MovMovMov" optimisation where a register wasn't properly tracked
* WebAssembly: fixed type conversion from pointer to qword (fixes bug
gitlab 0041092)
* WebAssembly goto support: skip unused labels in resolve_labels_via_state_machine. Fixes
gitlab 0041093
+ RiscV32: use sext.b if available
* most of tcgcallparanode.secondcallparan's code was moved into two new methods:
secondcallparan_do_secondpass and secondcallparan_after_secondpass. These are
protected methods, meant to be called in secondcallparan's descendants, to
provide alternative parameter handling algorithms (needed for WebAssembly). No
functional changes.
* On WebAssembly, when calling a function, first generate code for evaluating
all the parameters, and only after that, push them on the stack. This avoids
problems with our 'goto' support.
* fixed WebAssembly goto in case statement crash with internal error 2021011801
+ WebAssembly: added support for using saturating (non-trapping) float-to-int conversion instructions via the new target switch SATURATINGFLOATINGTOINT
* the FPC_WASM_SATURATING_FLOAT_TO_INT_CONVERSIONS define shortened to FPC_WASM_SATURATING_FLOAT_TO_INT
* increased the max string length of ttargetswitchinfo.define in order to fit the new define
* fix compilation of ppudump
+ define EOL_ONE_CHAR for the WASI platform
* x86: Fixed bug where flags register wasn't tracked during
long-range "AddMov2LeaAdd" and "SubMov2LeaSub" optimisations
* x86: Refactoring register update code in "OptPass2ADD" and "OptPass2SUB"
* x86: "OptPass2ADD" and "OptPass2SUB" now force another iteration if "OptPass2MOV" returned True
* x86: Fixed bug where "aoc_ForceNewIteration" wouldn't update the registers properly in some circumstances
* x86: Fixed oversight in LeaLea2LeaLea optimisations where bad code is
generated if the intermediate register appears in the first reference
* system_wasm32_wasi renamed system_wasm32_wasip1
* the name string of the WASI target changed from 'The WebAssembly System Interface (WASI)' to 'The WebAssembly System Interface Preview 1 (WASI 0.1)'
* system_wasm32_wasi_info renamed system_wasm32_wasip1_info
+ add WASI as extra define for the wasip1 target
* ifdef on wasip1 when setting the source OS info to wasip1
* wasi renamed wasip1 in the compiler help screen
+ compiler support for a new target: wasip1threads
* fixed compilation of ppudump
* WASI renamed WASIp1 in ppudump
* increased string size of tsysteminfo.shortname in order to fit 'wasip1threads'
+ register the wasip1threads target in the compiler
* Invoke helper also needs generic ids
+ added system_wasm32_wasip1threads to systems_wasm
* factor out TRVCpuAsmOptimizer.OptPass1Andi
+ added system_wasm32_wasip1threads to systems_internal_sysinit
+ also handle system_wasm32_wasip1threads in the compiler anywhere system_wasm32_wasip1 is handled
+ added tf_no_pic_supported to the WASI platforms
* avoid that not explicitly as vectors marked arrays end up in registers where they are handled not properly
* factor out TRVCpuAsmOptimizer.OptPass1SLTIU
* another ; after then removed, hopefully finally resolves
gitlab 0041171
* wasip1threads needs 14 characters
* Enlarge target os/full variable for wasip1threads
Add/actualize CPUX86_HAS_SSSE3.
* factor out TRVCpuAsmOptimizer.OptPass1SxxI
+ write more information ttypeconvnodes
* Fixed internal error 200411013 when typecasting and dereferencing nil into an array
+ RiscV: SltiuAndi2Sltiu optimization
Enable -Aas-clang for unix and embedded targets for aarch64 compiler
* fix SltiuAndi2Sltiu optimization
* make TRVCpuAsmOptimizer.OptPass1SLTIU look further ahead
+ SltiAndi2Slti optimization
* Define for mormot memory manager. Speeds up by 66%
+ added new target to the compiler: wasm32-wasip2. Not working, yet.
* removed tf_under_development from the wasip1 and wasip1threads targets, since they're now relatively stable (unlike wasip2)
+ added wasip2 to the compiler help screen (marked as experimental)
* enclose {$define DEBUG_AOPTCPU} in {$ifdef EXTDEBUG}
* Remove MMM after discussion on core
* some RiscV optimizer improvements and fixes
- disable Slti0B2B as well
* Create proper unicode string for single char if in unicode rtl
* Change pchar to dynamic array of ansichar
* Replace labeltable with dynamic array
* Use new instead of getmem
* Use dynamic array instead of pointer for character map
* Use dyn array for bitset
* Allow to write tbytedynarray
* user dyn array for Superregister
* Dyn array for interference bitmap
* Use dynamic arrays instead of getmem for spill temp
* Use dynamic arrays for compiler messages
* use dynamic arrays instead of getmem for resource strings
* Use dyn array for input buffer
* source linebuf as dyn array
* Use dyn array of byte for CRC buffer
* Use dyn array of boolean for isHandled
* Convert shstrtab to dyn array of ansichar
* Convert strtab to dyn array of ansichar
* Convert symversions to dyn array of word
convert lfnstrs to array of ansichar
* Dyn array for ReadArchive variables
* Use new and dispose for asmmodeinfos
* Dyn ansichar array for fcoffstrs
* Dyn array for FSecTbl and FSymTbl
* Fix range check error (len=0)
* Change buffer to dyn array
* allow type casted pointer constants being used as arrays which address can be takes, resolves
gitlab 0041177
* Use dyn array of char for macro contents
* Change pointer-to-array of deref to dynamic array
+ RiscV: FcmpAndi2Fcmp optimization
* Make compilerwidestring a class using dyn array, rework tstringconstnode: value_str -> valueas, valuews
* Undo changes to lpi files, committed by accident
* Do not enable new debug define
Fix range check error inside tsuperregisterworklist.addnodup method
Avoid range error in tbitset.clear method
* Call free instead of destroy
* Do not set strval for unicode strings in tc_emit_stringdef
* Print unit name, flush output in status messages
* simple clean ups after dyn. array conversion
tai_aggregatetypedconst.add_to_string: fix off-by-one errors
LLVM: fix compilation after rgobj dynarray changes
+ RiscV: handle rol(w) in the assembler optimizer
* Correct allocation size for IsHandled, index is 1-based
Fix emit_ansistr_const: its input is not guaranteed to be #0-terminated
Also cleaned up all memory leaks where pchars were allocated, but never freed.
Before the change to dynamic arrays, these pchars were kept in the tai_string,
but now they got copied. Changed the tai_string constructor to support adding
a terminating #0, so we don't need to create intermediates just for that.
tai_string: remove useless #0 terminators
The string data in the array alrady includes any necessary #0 terminators
and the length of the array contains the length of the data, so there is
no need to add an additional #0 terminator
+ RiscV: handle ror(i)(w) in the assembler optimizer
Avoid range check error in TObjData.writebytes overloads using dynamic arrays
+ RiscV: ROL/ROR code generation support
+ RiscV: flags for crypotography extensions
+ RiscV has internal rol/r support
* fix rol/ror instruction usage and spilling on RiscV
* more aggressive cse on thread vars
* patch by Pierre to fix spilling and jump handling of pseudo-instructions
Handle ADR LDM and STM arm instructions
in taicpu.spilling_get_operation_type method
* x86: Fixed bug and refactored optimisations where SHR instructions were
merged incorrectly when a condition appears between them
* x86_64: Bug fix in "PrePeepholeOptSxx" where shifts greater than or equal to 32 weren't handled correctly
* use for threadvars on RiscV always the size optimization code path as loading addresses is expensive
* Fixed oversight in TStringConstNode that stopped it building under DEBUG_NODE_XML
* align stack to 16 bytes on RiscV32 as required by the ABI
* align stack to 16 bytes on riscv32-embedded as well
Regenerate all Makefile's after: Change resource string extension variable RSTEXT to '.rsj'
* constref does not mean that a variable is written, resolves
gitlab 0041206
* Avoid access violation. Use internal error instead
* Use linear mechanism to check whether function types were emitted
Return NaN from sin/cos(Ā±ā/NaN).
* don't do MovOpMov2MovOp optimization reducing bit width of the operation if symbols are involved, resolves
gitlab 0040269
* Dwarf: write enum symbol constants with the size of the enum, as proposed in
gitlab 0041021
* Dwarf 3+: write always a type for enums
* Determine publishable property type only when specializing a generic
* x86_64: More support for transferring directly between MM and int registers
* x86: New peephole optimisation for improving newly inserted (V)MOVD/(V)MOVQ instructions
* x86_64: "a_loadmm_intreg_reg" and "a_loadmm_reg_intreg" now use VMOVD/Q if AVX is selected
Avoid out of range access to instab array
* throw an error if a second forward type declaration is found at the place of this second
declaration, resolves
gitlab 0041150
* unify internalerror
* Aarch64: handle ASRV in taicpu.spilling_get_operation_type
Check that sizeof(tppuheader) was indeed read in ReadHeader method
Use same order in writeppu and getppucrc to get same output in debug files
Check index of CRC tables for Test_double_checksum_write code
Add information about different CPU or OS in CheckHeader local function of tppumodule.openppu method
Give integer value of not found ppufile.header.common.target in CheckHeader
Add all CRC values into .INT and .IMP files
Fix usage of DEBUG_GENERATE_INTERFACE_PPU together with Test_Double_checksum conditional
* Reduce object size, use ansistring. Results in faster compilation, less memory usage
* arm/a64: Be more careful about hp1 and p_second being null in "TryConstMerge"
* Reduce memory usage of tspecializationcontext
Other improvements and fixes for PPU debug code
Prepare for long GFNI instructions.
Add x86 instruction sets SHA512, SM3, GFNI. Pseudo-ops for VCMP*, VPCMP*.
Fix error in substitution character for commit d79db82ca2
Avoid calling compareword with maxi=0, as this generates an dynamic index range error when comiled with -CriotR option
Fix previous commit 105382b8 by setting Temp to zero if maxi is zero
* Stopped Internal Error 2013032603 from triggering if a non-numeric ordinal type is passed into "Str"
* Str returns a nicer error (and corrects the position) if a non-ordinal type is passed into it
* Specify that an integer expression was expected for inline constant simplification routines
* Replaced Illegal Expression error with Internal Error for
"getaddsub_for_incdec" since it should never logically reach this point
* Replaced impossible-to-reach errors in case blocks with internal errors in "texprvalue.evaluate"
Instruction flags for SM3, SM4
Add x86 instructions of SM4, VP2INTERSECT.
* avoid to call a_loadmm_reg_intreg for mm registers larger than the int registers, resolves
gitlab 0041252
Ensure that real constant put into rodata also get a end symbol to generate .size directive (required at least by llvm-mc-16 for wasm32 compiler)
Avoid adding size if tf_needs_symbol_size is not in target_info.flags
Discard ait_symbol_end if tai_symbol_end(hp).sym.is_used is false
* store lower set bound in a setdef
Fix failure in ppudump after 5462dd38
+ Handle new SetLow PPU field of TSetDef
Introduced 16 bit broadcast functionality.
Distinct destination and source registers.
Add x86 instruction sets FP16, BF16, 4VNNIW, 4FMAPS. Small updates.
Error message about distinct destination and source registers.
* Small refactor for easier debugging
* Flush output in case of redir
* Propagate delphi mode when scanning generated code for wasm (specially generic specialization)
* x86: Fixed oversight in OptPass2Movx where a "movzwl/movzbl"
duplet didn't consider a different destination register
Modify is_inlimit function to use setlow instead of setbase field
Use setlow field of tsetdef class to generate new set typedef in set add node
* x86: Fixed bug where XMM7 wasn't used by the register allocator
+ comments to explain difference between setbase and setlow
* avoid warning on unintialized variable
Remove llvm-mc-10 support in agllvmmc unit
Remove option -Allvm-mc-10 for wasm32 compiler
* x86: "MovMov2Mov 1" now removes the first instruction if the intermediate register is not in use afterwards.
Allow more than 255 registers.
Support for ymmreg_sae, ymmreg_er.
Support ModRM 11:rrr:000. Only for TILEZERO.
Instruction match tests supported register numbers. Thx to VMPSADBW.
Add x86 instruction set AVX102.
Add x86 instruction set AVX102 for targets i386 and i8086.
Generalize asm error message for distinct registers.
Add new warning about variable with excessive align specification
Accept aign larger than varalignmax but issue a warning
Add new message about local variable with excessive alignment
Add tsym parameter to ttgobj.getlocal method.
* tgobj.pas: Change virtula method getlocal to
add tsym paramter to allow for bettter warning when
required alignment is more than localalignmax.
* hlcgobj.pas: Adapt thlcgobj.getlocal method to new ttgobj.getlocal
* ncgflw.pas: Add exceptvarsym as new parameter to getlocal methos
* jvm/tgcpu.pas: Adapt to added parameter for overloaded virtual method
* wasm32/tgcpu.pas: Same.
* llvm/tgllvm.pas: Same.
Downgrade warning to note for scanner_w_local_alignment_large_than_max (fixes cycle for i386-linux taeget)
Do not set alignment above varalignmax, as this breaks msdos/win16 targets
Also downgrade alignment warning about variables to a note
* Remove underscores from tex code
* x86: New post-peephole optimisation that converts 32-bit registers
in a LEA reference to 64-bit if the destination is 32-bit
* x86: Refactored and optimised "PostPeepholeOptLea"
* throw proper error if no suitable NewInstance method is found, resolves
gitlab 0041274
LLVM: always added related high parameters to parentfpstruct
Sometimes the high parameter is only first accessed during the first
pass, while we already need to know everything that will go into the
parentfpstruct during the typechecking pass.
resolves
gitlab 0041282
LLVM: don't do anything for -OoUSELOADMODIFYSTORE
LLVM itself can do this itself already, and the FPC transformations
apparently don't respect the types so they generate invalid LLVM IR
* x86: New MOV/AND peephole optimisation and more efficient optimisation searching in "OptPass1MOV"
Add new messages about win16 memory models
Check memory model for i8086-win16 system use large memory model by default
x86: Fixed syntax error when DEBUG_REGISTERLIFE is enabled
* Improved register allocator and fixed bug where a call to "is_same_reg_move" would leave behind dangling pointers
* x86: MOV/AND optimisations now check for the flags being in use
* allow absolute on array of const parameters, resolves
gitlab 0041292
Add counter for tissurrogatepair2 test
* x86: Minor refactoring of "VmovdqxVmovdqxVmovdqxVmovdqx2VmovdqyVmovdqy" optimisations to avoid requirement of AVX2
* x86: AND %reg,%reg removal is now more thorough under -O3.
* x86_64: Deep MOV optimisation extended to attempt to replace registers after
MOV %reg1d,%reg2d; AND %reg1d,%reg1d pair.
* Fixed bug where a TCallParaNode's "originalindex" defaulted to the wrong value when loading from PPU
* Added missing "ait_tempalloc" to 7a4dbdc5 commit
* x86_64: Moved "MovlMovq2MovlMovl 1" optimisation to pass 2 (fixes
gitlab 0041317)
* Removed random call to "printnode" at internal error 2011010418
* don't crash on external generic subroutines, resolves
gitlab 0041330
* Delphi-style multiline strings
* Enable multiline strings by default for objfpc/delphi
* initialize all variables
* formatting
* triple-quoted string needs to be ended by triple-quoted string.
Fix error in test inside AddChar local procedures
* Additional fix for cornercase backtick
* Correctly initialize/finalize had_multiline_string, fixes issue
gitlab 0041359
* fix
gitlab 0041254: move setting up the relationship between current_structdef and its type symbol for records from parse_record_members() to record_dec() so that its also applied for non-advanced records (other code still ensures that the record type itself can't be used inappropriately)
+ added test
* we don't want N-commas for the name of a generic, but N-1 (as the comment suggests)
Update German translations of error message files.
* users can use the internalproc directive in their code, so throw a proper error if the supplied number is not known, resolves
gitlab 0041310
* strange oversight fixed that tcgassignmentnode.pass_generate_code doesn't handle a certain
combination of locations, resolves
gitlab 0041366
* allow generic parameters to be used as array limits, resolves
gitlab 0041358
at90usb8u2 and atmega8u2 should use rjmp/rcall because of small flash size.
* make thread var count size CPU dependent
+ implement while i>0 do ... dec(i); to if i>0 then repeat ... dec(i) until i=0; as proposed by Rika in m
gitlab 001122
* fix and simplify twhilerepeatnode.internalsimplify
* Debug: Register read/write information is now clearer under "DEBUG_INSTRUCTIONREGISTERDEPENDENCIES"
+ implement while (simple expr.) do ... to if (simple expr.) then repeat ... until not(simple expr.); optimization as proposed by Rika
* fix tx64tryfinallynode.dogetcopy
* x86-64: Fixed bug where the wrong operand was checked for the "Mov2Nop 8" peephole optimisation (fixes i41367)
* x86-64: Efficiency boost for "MovlMovq2MovlMovl 1" / "Mov2Nop 8" optimisation
Add missing firstpass as suggested by rasberryrabbit, and fix formatting issues
* Refactored the internal "TryMovArith2Lea" in OptPass2MOV to be more self-contained
* Under -O3, "MovlMovq2MovlMovl" is now deferred to produce better optimisations overall
* x86: "NotFirstIteration" is now configured for Pass 2 of the peephole optimizer
Support āinā in node_complexity.
* x86: Fixed optimisation where OptPass2Movx didn't search ahead properly for shift/rotate instructions
* x86: Corrected placement of ECX deallocation for shift/rotate instructions
* x86-64: Improved shift/rotate code generation, taking advantage of byte-sized registers being available for all
* i386: New peephole optimisation to help shrink MOV instructions used to write to %cl for shift/rotate
* Fixed inefficiency in register allocator where resized registers weren't considered
Add atxmega, AVR-Dx and AVR-Ex controllers.
Copy x86_64-win64 specific code of tx64tryfinallynode.pass_generate_code over to taarch64tryfinallynode.pass_generate_code
* Improved shift-to-rotate node optimisation to reduce code size and permit the use of a variable index
Remove nonexistent controller.
compiler: tmodulestate comments and removed unused ms_error
compiler: re-added ms_moduleerror, small optimization
compiler: added module state ms_compiled_waitcrc and delay writing ppu until all used unit crcs are computed
compiler: wait for crc: clean up waitingforunit, processqueue: stop endless loop
* Added new "SetAndPassThrough" support function to set an integer variable in a condition
* x86: New "GetRMReadIndex" function to detect where
input registers can be replaced with references for the
"MovOp2Op" optimisation, which is now wider reaching
Introduce CPU_BC_HAS_SIZE_LIMIT to limit acceptable range when looking for unconditional jump label, to remain eligible for exchange with conditional jump
working register name mapping
Update esp32c3 for esp-idf v5.5
* x86: New "Not/And -> Andn/Not" peephole optimisation
* x86: Added new post-peephole optimisations to convert BMI2 shift/rotate instructions to their smaller traditional versions if possible
* x86: Convert isolated "(1 shl y) - 1" to BZHI, not just "x and ((1 shl y) - 1)"
* compilation with -dextdebug fixed
Fix error about unset result in TDebugInfoLLVM.getabstractprocdeftypes method
optloop.pas: move global variables to a context object.
* spelling
* check against current_settings.cputype
Fix LLVM cycle with -O4 option.
symsym.pas: add tabsoloutevarsym.reftyp method
which returns the typ of the absolute refered variable.
procdeutils.pas: add acceptable_typ function
to avoid cycle failure for LLVM with -O4 option
due to internal error in get_capturer function.
m68k: fix indentation, no functional change
m68k: add support for OP_ROL/OP_ROR to a_op_reg_reg. this fixes m68k builds after 0af3f2a9
m68k: allow the optimizer to fold of two differently sized ANDs, but use the larger size in the resulting instruction
m68k: fix typos in 6a82ca8a - caused by blind refactor before committing
m68k: on CF, sign_extend the clone register not the original dst for rotate/shift ops
Set unititialized local boolean variables to false to avoid random behavior
scanner: actually use the result of readquotedstring as cpattern. this fixes the fileexists() preprocessor directive, broken since 2c1fa9e9
scanner: please do not try to byte swap a byte. not even on big endian.
msg: fixed typos in the description of improperly indented multi-line strings error
* generating a linear sub list makes no sense for RiscV
Test local fix for powerpc out of reach conditional jump
+ define FPC_ABI_WIN64 for systems that use the Win64 ABI (currently it's only x86_64-win64, but there are also x86_64-nativent and x86_64-uefi as potential targets)
* fix AndiSb2Sb optimization
compiler: when stuck with waiting queue, write items, issue
gitlab 0041386
* fixed a few issues with last merge
compiler: when queue is stuck, write state of waiting for, issue
gitlab 0041386
* handle more inline operations in node_complexity
* reduce register usage in tcgmoddivnode.pass_generate_code
* emit_div/mod_reg_reg_reg takes now three operands
Reenable conditional jump optimization for powerpc CPUs using CPU_BC_HAS_SIZE_LIMIT code
m68k: do not allow the members of the register pair in division/remainder instructions be the same register
ncgmat: fix location for constant divisions-by-power-of-two after a291347d
add bare-metal to makefile.fpc
Make Zicsr and Zifencei explicitly part of subarch name since it is not included in the base ISA 20191213
moved __bss_start__ to .sbss section
* WebAssembly internal linker: fixed bug, when reading very large (in absolute
value) signed negative LEB128 numbers (encoded as 10 bytes). It is very
unlikely for this to have presented a problem in practice on the 32-bit
WebAssembly platforms, since reading signed LEB numbers is only used for
reading the initial value of WebAssembly globals in external modules, and the
affected values are unlikely, but it is still bug, which is why I'm fixing it.
* added 'legacy' to comment before the WebAssembly exceptions instructions, because they've been declared 'legacy' now
* WebAssembly: a_try instruction renamed a_legacy_try
* WebAssembly: a_catch instruction renamed a_legacy_catch
* WebAssembly: a_catch_all instruction renamed a_legacy_catch_all
* WebAssembly: a_delegate instruction renamed a_legacy_delegate
* WebAssembly: a_throw instruction renamed a_legacy_throw
* WebAssembly: a_rethrow instruction renamed a_legacy_rethrow
* WebAssembly: a_end_try instruction renamed a_end_legacy_try
+ added instructions for the new WebAssembly exception handling with exnref
* ts_wasm_native_exceptions renamed ts_wasm_native_legacy_exceptions
* updated comment and URL for the WebAssembly legacy exceptions proposal
* removed the JSEXCEPTIONS WebAssembly exceptions mode. It was never completed
and was made obsolete by the other exceptions modes, so it's unlikely it will
ever be implemented.
* fixed compilation of ppudump
+ added target switch ts_wasm_native_exnref_exceptions for the future implementation of WebAssembly 'exceptions with exnref' support
+ also create the FPC_EXCEPTION_TAG_SYM for exnref exceptions (the exception tag is the same, like in the legacy exceptions proposal)
+ avr: LddMov2Ldd optimization
* twasmraisenode.pass_1_native_exceptions renamed .pass_1_native_legacy_exceptions
* twasmtryexceptnode.pass_generate_code_native_exceptions renamed .pass_generate_code_native_legacy_exceptions
* twasmtryfinallynode.pass_generate_code_native_exceptions renamed .pass_generate_code_native_legacy_exceptions
* twasmonnode.pass_generate_code_native_exceptions renamed .pass_generate_code_native_legacy_exceptions
+ support the end_try_table instruction in the internal WebAssembly assembler writer
+ support the throw instruction in the internal WebAssembly assembler writer
+ support the throw_ref instruction in the internal WebAssembly assembler writer
Add debugging of changed nodes inside opttail unit with DEBUG_OPTTAIL
Add DEBUG_OPTTAIL to list of defined conditionals if DEBUG_ALL_OPT is set
Add separate function printfileinfo
+ RiscV: CPU type rv32imaf added
* ttgobj.isstartoftemp now returns false in case it finds that the temp has been
freed. This prevents a compiler crash in tcgassignmentnode.maybechangetemp
when compiling packages/fcl-json/tests/testjson with -O2 on WebAssembly.
* fixed WebAssembly signed overflow check for the subtraction operation
+ RiscV: CPU type rv32imafc added
* fixed WebAssembly overflow checking for 64-bit multiplication
+ support all subset locations in twasmaddnode.second_generic_compare. This improves support for bitpacked records and arrays in WebAssembly.
* bitpacked record/array fixes for platforms with 64-bit ALU and 32-bit address space (WebAssembly, JVM)
Allow cross-OS compilation of LLVM compiler
* fix tstoreddef.is_fpuregable for RiscV
* forgotten part of commit
* RiscV64: default CPU type now rv64imafdc
* RiscV: get rid of ambiguous abi type abi_riscv_hf
* RiscV: rewrote CPU and FPU type checking in options.pas
Fix compilation of loongarch64 compiler, by removing reference to a riscv ABI abi_riscv_hf that was removed
Fix tentryfile.getrealsize soft fpux80 code
* Allow to specify message when calling internal error
* Provide more info when certain internal errors occur
* fixed compilation of loongarch compiler
* proper declaration of ABIs
* RiscV: ABI naming compliant with official docs
* compilation (hopefully) fixed
* internal object writer: the 'section too large' check should be disabled for platforms with 64-bit address size, not for 64-bit ALU size
+ WebAssembly internal linker: added check for relocations increasing section
data's size. The check is behind ifdef EXTDEBUG_WASM, because it slows down
compilation.
+ override TObjRelocation.ToString, to help with debugging
+ override TWasmObjRelocation.ToString, to dump the extra fields in the descendant
+ override TObjSection.ToString to help with debugging
+ override TObjSymbol.ToString to aid in debugging
* small fixes for RiscV ABI regarding floating point registers
* fix CPU checks in tstoreddef.is_fpuregable
Fix unaligned memory read inside x80 fpu type getrealsize method
+ { optimze @
=/<>@
* get rid of superfluous code
* better reuse the initial resulttype when optimizing constant =/<>
+ implemented code generation for WebAssembly exnref exceptions by copying the
code generation from the legacy exceptions. This is to make stuff compile in
the exnref exceptions mode. After that, the code will be adapted to use the
new try_table instruction.
* twasmexceptionstatehandler_nativeexceptions renamed twasmexceptionstatehandler_nativelegacyexceptions. No functional changes.
+ added twasmexceptionstatehandler_nativeexnrefexceptions - currently a copy of twasmexceptionstatehandler_nativelegacyexceptions. Will be updated for exnref exceptions later.
* the FPC_WASM_NATIVE_EXCEPTIONS define renamed FPC_WASM_LEGACY_EXCEPTIONS
+ support try_table/end_try_table in tcpuprocinfo.postprocess_code.resolve_labels_pass1
* proper llvm-mc name for the end_try_table instruction
+ added a try_table_catch_clauses assembler list field to WebAssembly's taicpu, to hold the catch clause list parameter to the try_table instruction
* in taicpu.op_XXX call create(op) instead of inherited create(op), because we want to call our overriden constructor
+ support writing the catch clauses in the LLVM-MC assembler output for the try_table instruction
* use the new WebAssembly exception handling instruction try_table for try..finally blocks
* Aarch64: don't emit illegal shifter operands, resolves
gitlab 0041424
+ support writing the try_table instruction in the internal assembler writer
+ handle a_end_try_table in the labels resolution in resolve_labels_pass1
* make the newly added internal error numbers unique
+ support try_table in resolve_labels_pass2
+ introduced taicpu.op_catch
* use taicpu.op_catch to construct the try_table instruction more easily. No functional changes.
+ use the new try_table instruction for try..except code generation in exnref exceptions mode
* use a_throw instead of a_legacy_throw in exnref exceptions mode
+ use the new try_table instruction in exnref exceptions mode for 'on' except nodes
* use a_throw instead of a_legacy_throw in twasminlinenode.second_throw_fpcexception, unless legacy exceptions mode is selected
* bug fixes to the try..finally exnref exceptions code generation
* fix in exnref exceptions generation code for 'on' nodes
* aitws_try_delegate renamed aitws_legacy_try_delegate
* aitws_try_catch renamed aitws_legacy_try_catch
* tai_wasmstruc_try renamed tai_wasmstruc_legacy_try
* tai_wasmstruc_try_delegate renamed tai_wasmstruc_legacy_try_delegate
* tai_wasmstruc_try_catch renamed tai_wasmstruc_legacy_try_catch
+ implemented tai_wasmstruc_try_table - structured version ot the try_table instruction, used in goto label resolution
+ support a_catch,a_catch_ref,a_catch_all and a_catch_all_ref in tcpuprocinfo.ConvertBranchTargetNumbersToLabels
+ introduced taiwstype.aitws_try_table
+ support try_table blocks in resolve_labels_of_asmlist_with_try_blocks_recursive
+ handle try_table in resolve_labels_via_state_machine
* fixed tai_wasmstruc_try_table.create_from to stop on a_end_try_table, instead of a_end_block
* fixed check in resolve_labels_via_state_machine
* fixed try_table bug in resolve_labels_via_state_machine
* Changed the WebAssembly exception mode switches:
-CTwasmexceptions becomes -CTlegacyexceptions
-CTexnrefexceptions becomes -CTwasmexceptions
In other words, -CTwasmexceptions now selects the newer exnref exceptions
proposal, while the previous exceptions mode (which retains compatibility with
earlier browser versions) is still available as -CTlegacyexceptions.
* changed the default WebAssembly exceptions mode from 'no exceptions' to
'branchful exceptions'. Rationale: modern Free Pascal code relies on working
exceptions support, so it's better to offer a slower, but more compatible
option by default.
* fix ABIs used by RiscV64
* more bitpacked fixes for 64-bit ALU, 32-bit address space
* WebAssembly: stop with internal error in case the code generator is requested to a binary operation with two different sized registers
* 64-bit ALU, 32-bit address space fixes in thlcgobj.a_load_reg_subsetref
* 64-bit ALU, 32-bit address space fixes in tcgvecnode.update_reference_reg_packed
* converted tcgvecnode.update_reference_reg_packed to use the high level code generator when the ALU and address sizes are different, like on WebAssembly
* another 64-bit ALU, 32-bit address fix in tcgvecnode.update_reference_reg_packed
* fix bug in thlcgwasm.a_load_reg_reg when fromsize is a 32-bit pointer and tosize is 64-bit
Change do_internalerror into do_internalerrorex to avoid warning when TEST_CRC_ERROR macro is set
List all VMT entry with same name as method generating no overload error
* do not copy the full while loop body when converting while loops into if/repeat loops to avoid
the hazzle of copying labels, resolves
gitlab 0041440
* fixed bug with LOC_SUBSETREG/LOC_CSUBSETREG/LOC_SUBSETREF/LOC_CSUBSETREF in thlcgwasm.a_cmp_ref_loc_stack
* fix for 64-bit ALU/32-bit address space targets in thlcgobj.get_bit_reg_ref_sref
+ introduced optimize_op_const method to the high level code generator, similar to the low level code generator
+ use optimize_op_const in thlcgwasm.a_op_const_reg_reg
+ use optimize_op_const in thlcgwasm.a_op_const_ref
+ optimization in thlcgwasm.a_load_reg_reg: don't emit any instructions when moving the same size from a register to itself
* optimization in thlcgwasm.resize_stack_int_val to avoid some redundant conversions
+ use optimize_op_const in thlcgwasm.a_op_const_stack as well
* disable DEBUG_NORMALIZE
Fix for bug report 41443:
Also register procsym of procedure definition if assigned
Add explicit error for unregistered definition or symbol,
for which registering should have been done.
Add tw41443.pp and unit files uw41443*.pp to check bug fix.
* extend add_generic_dummysym so that an explicit name can be provided in case the symbol does not yet have one set
* when declaring a generic type ensure that the newly added dummy symbol correctly resolves to potential symbols from another unit
+ added tests
+ add an explicit function to compare two return types of a function or operator (in contrast to compare_defs it also treats two undefined defs as different if they aren't the exactly same)
* use new compare_rettype() to compare the return types of functions to decide whether they can be added as overloads so that operator overloads that have (different) generic types as return values are treated as different
+ added tests
* revert 95ad8f16 as Delphi does in fact *not* compile such code, but *does* compile {$REGION 'Foobar} (mind the missing ' at the end!)
* adjusted test
gitlab 0039395 which now fails
+ added test for correct behavior
* RiscV32: load 64 bit parameters more efficently
+ tcg64frv.a_load64_reg_ref
[AVR] Add device information in .note.gnu.avr.deviceinfo section.
Remove extra dot from ..ARM.attributes section name.
+ RiscV 32: first implementation of overflow checking
* Delphi allows comparisons (>, >=, < and <=, but not = or <>) for different pointer types if POINTERMATH is enabled either for the involved code or for both involved pointer types
+ added tests
* also store and restore the optoken when specializing to avoid potential issues when checking for compatible operator overloads
+ added test
* when checking for the + overload then *both* sides need to be dynamic arrays
+ added test
* handle Delphi's $DEFINITIONINFO and $YD like $REFERENCEINFO as the unsupported $Y switch
+ added test
* started to fix RiscV 64
* when searching for an assignment operator to a typed pointer type then also search for an assignment operator to an untyped pointer if nothing suitable was found
+ added test
* RiscV 32: range check also signed divisions
Fix typo, as suggested in issue 41465
* RiscV 32: overflow checking for unary minus
* fix
gitlab 0041458: when registering the procdef ensure that it's owner is set to the same symtable as the procsym's owner
+ added test
- remove internal error 20231102 and the associated define SKIP_INTERNAL20231102 as I've now found an example that would trigger the internal error, but shouldn't fail
+ added test
* improvement and fixes to RiscV 32 overflow checking code
* compilation of all target cpus fixed
Add new utility function vgppcx64
This works like gppc386 but for 'valgrind' instead of 'gdb'.
Use sysutils.ExecuteProcess to avoid truncation to 255 chars inside Dos.Exec
valgrind args must be passed before compiler executable
Avoid leaking localnamespacelist field of TPPUModule class
* use the pretty symbol name when generating the name for a "class of" type
* also pass in the symbol parsed on the right side of "as" and "is" to generate_inline_specialization() which means that gensym can now be considered non-Nil
* always forward the symbol to generate_specialization_phase1() in handle_specialize_inline_specialization()
* adjust generate_specialization() so that it always takes a symbol name and its symtable
* compilation with -Oodfa fixed
* unified RiscV32 and RiscV64 overflow checking code
Read verbosity field added in commit 558a7ef1edf
* overleft formatting issue
Dispose of removed task in ttask_handler.processqueue
Avoid memory leak on macrosymtablestack
Avoid memory leak in genconstsymtree
Add VALGRIND_FPC environment variable
+ add method to reset a procdef after its been converted to another kind of procdef
* ensure that the nested procdef's internal fields are properly reset when its adjusted
+ added test
* Aarch64: allow differently size arangement specifiers, resolves
gitlab 0041468
Try to fix conditional out of range problem.
+ Add TAOptObj.GetInstructionDistance method.
* Use it inside TAOptObj.OptimizeConditionalJump method
to disable optimization if label is too far away
from conditional jump instruction.
Currently only active for powerpc and powerpc64 CPUs.
+ RiscV: first set of Zfa instructions
+ completed Zfa instructions
* properly handle pointer consts in texprvalue.destroy, resolves
gitlab 0041487
* patch by rasberryrabbit to solve another internal error reported in
gitlab 0041487
* stabs is getting removed from gdb, so make dwarf the default debugging format for most
linux targets excepts ones not really supported anymore. resolves
gitlab 0041474
* fix trvinlinenode.second_fma
* avoid illegal type case for in_ro*_*
* patch by rasberryrabbit: Preventing release register for lealea2lealea optimization. This patch doesn't skip lealea2lealea optimization, resolves
gitlab 0041466
Add explicitalignment field to record symtable and getlocal method
Fix duplicate error number failure of msg2inc
Add support for FreeBSD/PowerPC64
Update logic for address check
Add missing brackets in logic for address check.
Check that Ausable does not contain the same register twice
Add -XlS option for wasm32
Add braces for TOC/GOT logic.
Avoid double RS_R15 which was generating wrong value for usable_reg_count
Add some explanation about different register ranges
+ missing mips targets added
* couple of fixes and improvements
* factor out trvrealconstnode.is_real_constant
+ RiscV: support for real constants in assembler
* missing part of fpc_x86_pause support
+ support for fpc_aarch64_yield and fpc_arm_yield
+ intrinsics unit for aarch64 and arm
* ensure ccpuinnr.inc is found
* RiscV: check if the currently selected instruction set supports pause
First try to find compiler in same directory for vppc64
* RiscV: factor out some common stuff into cpuinfo.inc
Update code to fix test compilation errors.
* RiscV: write top_realconst properly
* initialize global and static symtables using the real module name (it will be uppercased for the name anyway)
* fix 41526: use the pretty type name for the RTTI name
+ added test
* fix
gitlab 0041506: check against the correct symtable type (namely static instead of record)
+ added tests
* also allow Delphi-style specializations when parsing nested types
* allow specializations when parsing nested types
* when specializing a generic also push symtables of structured owners
* when checking whether the last parameter is an array of const then first check whether there is a parameter at all
* fix 41504: to support calling varargs functions with no declared arguments at all allow currpara and def_to to be Nil while iterating through the parameters
+ added test
Fix tcgloongarch64.fixref method
Add second out parameter tmpreg2, to handle possible need for a second register allocation.
Be sure to only allocate a second temporary register only when needed.
* ARM: CPUARM_HAS_MP_INSTRUCTIONS
Support explicit casts for floating point types in mode Delphi, issue
gitlab 0041533
Disallow published array properties in mode Delphi
* fix
gitlab 0041504: don't create synthetic methods for an objectdef that's a unique alias as that will use the original VMT and thus lead to duplicate assembly labels
+ added test
* encode yield as hex code so the assembler will accept it regardless of the selected CPU type
* Add unit name to unit init table
Update FreeBSD/PowerPC64 context mappings.
compiler: set to nil after free
compiler: set to nil after free
compiler: set to nil after free
compiler: set to nil after free
compiler: set to nil after free
compiler: set to nil after free
compiler: set to nil after free
compiler: set to nil after free
compiler: set nil after free
compiler: fixed compile on linux
Fix error in register allocation inside fixref method
compiler: set nil after free
* Revamped local record optimisation to use an all-encompassing scoring system
+ handle also optimizer switches by $push/$pop
+ support of proper unordered floating point comparisons
* RiscV: do only proper unordered comparisons if no fast math is done
* Correct check on published array properties
compiler: loadunits: fixed isLoaded
* make ccpuinnr.inc available for 32 bit PowerPC as well
Fix powerpc64 compiler after in_ppc_yield introduction
Do not ignore .inc and .pas files in compiler/ppcgen directory
Add compiler/ppcgen/ccpuinnr.inc which should not be ignored...
+ add a few power architectures so we can check for yield support
Compiler message typo fixes.
* use a yield mnemonic on power7+
* use yield on PowerPC64 only
Update freebsd/powerpc64 startup files
Fix taicpu.op_reg_reg_sym_ofs and taicpu.op_reg_bool_reg_const methods with wrong indexes (thanks to Curtis Hamilton)
* throw an error if sizeof in the scanner is applied to a type having no defined size
* Allow to ask pretty format when giving full hierarchy name
Fix LLVM compiler compilation after change of fullownerhierarchyname parameters in commit d57974dde70
* po_has_mangledname is set anyway at the end of tprocdef.setmangledname(), so don't set it twice unnecessarily for the JVM target
* when generating the mangled parameter names, if the vardef is not defined then trigger an internal error
* don't check for local forwards being resolved for specialization procdefs
* if a generic parameter is local to the current procdef then use the local symtable for the specialization
+ added test
* hidden symbols must be global on the object level, so generate them as global on platforms that do not support hidden symbols
* don't use pointer after free
* ensure the test tests the right thing and not the error message on missing -Sg
* indexed interface properties are allowed
* fixed previous messy commit: indexed interface properties are allowed in delphi mode (still not in objfpc mode)
* avoid range check error for compile time val evaluation
* set names of record defs (and objects) correctly after copying them, resolves
gitlab 0041565
* make SYSTEM_HAS_FEATURE_MONITOR a compiler based feature so programs can depend on it
* fix test
* darwin targets should have also monitor support
Skip note "variable has align directive larger than system maximum alignment" for systems with maxalignvar=1
Do not disable monitor feature for Android OS, but disable it for win16 OS
Fix powerpc64 a_load_subsetreg_reg when tosize definition is smaller in bit number than sreg sub-register
Fix go32v2 target by adding tf_supports_hidden_symbols flag and do nothing for hidden symbols
morphos: enable support for hidden symbols as recent binutils is available
* reverted changes after copyright year update gone wrong
* forgotten file committed
Symbol browser information collection improvements part 3.
+ Show type and variable for absolute variables.
+ Properties show read and write function (or field).
+ Self referencing symbol detection. Avoid infinite loops.
compiler: consistent indent, missing semicolon
compiler: fixed loadppu to reload ppu when a circular dependency changed, see bug41457
Avoid to have defined two memory models at the same time for cpu i8086.
* patch by Anton Kavalenka: Use colored compiler messages on FreeBSD ansi-capable terminals, resolves
gitlab 0041582
Declare MaybeSwap in ogcoff interface part to allow use in t_win unit in PostProcessExecutable
compiler: ctask: schedule modules to write ppus asap
+ optimize nil - val into - val
Add -Tfreebsd to help for powerpc64 compiler after MR 1211
Check all existing riscv ABI
powerpc: fix 32bit PowerPC build after FreeBSD/PPC64 merge
Fix compiltion of powerpc compiler
Remove use of _CALL_ELF which is not correct inside compiler
This solve cross-endian compilation for powerpc64-linux target
Set StackSize to 8Mb for all x86_64 BSD variants
Avoid range check error inside ppudump.
Change the type of all fields set by a call
to getasizeint or getaint to int64 to avoid range check errors
* convert pointer(0) into a niln
* allow nil for constants of procedure variables
Set little endian as default endianess for powerpc64-freebsd only on little endiannative powerpc64-freebsd machine
Set little endian as default endianess for powerpc64-freebsd
Simplify code setting default endianess for powerpc64_freebsd target
compiler: fixed ctask scheduler using dependent units
* remove unclear test (ni regression in any test) in taddnode.pass_typecheck_internal to resolve
gitlab 0041595
Allow to compile tiny memory model for i8086. Bypass internal error.
compiler: load_usedunits must stop on ms_compiling_wait* too
moved gte_command() into CPU specific intrinsics code
Regenerate Makefile after: Allow cross-OS compilation of LLVM compiler
- don't pre-allocate 32 Byte of stack for the finalization proc, that's a remnant from x86_64-win64 for the shadow space
* adjust stored flow control flags like is done on x86_64-win64 for proper label generation in specific situations
* align exception handling on aarch64-win64 more with the one on x86_64-win64 by not creating a *copy* of the finalization code, but by *extracting* it
* introduce and use support_rodata define in the compiler
* handle rodata correctly in the binary elf writer
Consider also enumeration defs to fix wrong typecasting in commit 35d9f304
remove commented out debug code
* sanitize pass1 flag reseting, resolves infinite inline recursion, resolves
gitlab 0041616
Allocate TCMOVTracking on the stack.
moved intristic behind defines
+ factor out a cdynset unit
* move pattern variables into tscannerfile
[AVR] Add support for compact vector table generation
* make inlinelevel a member field of tcallnode
* storing pattern is not needed anymore as it is part of tscannerfile now
* currentmodulestate needs same size as ModuleStateStr. Fixes issue
gitlab 0041618
compiler: started alternative scheduler, also scheduling ppu files
* current_commentstyle converted from a global variable to a field inside the tscannerfile class
- removed the 'full' parameter from the save_global_state and restore_global_state functions
- removed the 'savefull' parameter from tglobalstate.create
- removed parameter 'full' from method tglobalstate.save
compiler: unified variable names, debug indirect_crc
- removed parameter 'full' from method tglobalstate.restore
compiler: fixed ctask ppu scheduler waitforcrc, verbose show linenumbers: show mem used after ppu write
* first prototype (compiles rtl and works with simple example) to factor out inlining in optcall.do_optinline
+ actual code doing the work
* parameter of tscannerfile.illegal_char renamed from 'c' to 'ch'
* the global variable 'c' moved inside tscannerfile
* move check_inlining back at its initial location for now
* the global variable 'token' moved inside tscannerfile
compiler: ctask scheduler loads ppu files, fixed cycle check, fixed -Ur
compiler: fixed ctask reload result
* fixed compilation of the JVM compiler after the previous commit
compiler: fixed fppu result
* fixed compilation of the i8086 compiler
* fixed compilation of the RISCV compiler
* the global variable 'idtoken' moved inside tscannerfile
* fixed i8086 compilation
* fixed RISCV compilation
- removed old_token from tscannerstate, because that is now part of tscannerfile
- removed old_c from tscannerstate, because that is now part of tscannerfile
- removed old_orgpattern from tscannerstate, because that is now part of tscannerfile
- removed old_idtoken from tscannerstate, because that is now part of tscannerfile
* debug statement removed
* handle mm register in tcgcallnode.handle_return_value;
* fixed compilation with -dPREPROCWRITE
compiler: faster cyrcle check, ctask cycle check now uses cancontinue, better debug scheduler
* fix
gitlab 0041625: fix compilation of the i386 compiler after f5cec4db
* do not run pass_1 if we can simplify the call node
compiler: fixed ctask hash, do_reload cycle and comment style
* fix conditions and restored note if no inlining happens
* check for inlining before temps. for parameters are inserted
* run another simplify pass after inlining for better code
* handle mm registers in tcgcallnode.handle_return_value as well
Don't add in list duplicate dependent units.
* debugging writeln removed
compiler: ctask uses scc - strongly connected components to find cycles and mark finished modules, fixed reload of unitimportsyms, wait for whole scc before writeppu or finish loading ppu
Set application extension regardless (target MSDOS, cpu i8086).
* Bug fix in "OptPass1STCCLC" where a change in destination label wasn't tracked properly. Fixes
gitlab 0041611.
compiler: fixed delay specialization when ppu symbols not yet resolved
compiler: fixed uninitialized result
compiler: clean up ifdefs
compiler: fixed debug_ctask
compiler: replaced unit_index with moduleid
compiler: ctask queue order has no effect, no need to reorder
compiler: buildderef support reload, from rasberryrabbit
compiler: using an array to map moduleid to tmodule
compiler: tglobalstate: restore references to globalsymtable and globalmacrosymtable
compiler: tglobalstate: do not save state for ppus
compiler: tglobalstate: do not save state for ppus
compiler: fixed save/restore state by recompiling outside in ctask
compiler: crc includes inlininginfo
compiler: crc generics implementation
compiler: simplified recompile calls
compiler: ctask replaced hash and support module name clash
compiler: fixed module cycle test
compiler: fixed invalid cycle test
compiler: fixed loading rtl units after parsing program
compiler: clear state after reloadig a module
compiler: fixed compile fpcp
compiler: fixed finishing loading auto loaded units
compiler: allow recompiling a pas unit with -Ur, added ifndef EnableUrCRC for checking crc of -Ur units
compiler: simplified canreload, more information about -Ur crc fails, ctask: clear whole state
compiler: reduced unneeded tasks, clear program used_units before freeing modules, remove obsolete events
compiler: continueloadppu: restore and save settings
* x86: Fixed bug that caused access violations on -Os due to unaligned SSE constants
compiler: do not clear current_settings during task switches
Make document generations for the compiler work again
compiler: fixed -Ur recompile
compiler: ppu modules now save/restore full state except for symstacks
compiler: call parsing_done only once
Rewind more carefully used and dependent units.
Add description for gppc386 and vppcx64 utilities
compiler: do not save pmessage state for ppu modules
compiler: fixed calling parsing_done for non ppu modules, simplified setting ms_processed
compiler: flush pending messages before compiling first module, reset messages before loading used units, so they dont store callers pmessage
compiler: call end_of_parsing after do_extractsymbolinfo
* a64: Added node-level (x and const) = 0 optimisation to directly generate TST instructions
* a64: New TST; CSET -> AND peephole optimisation
compiler: ifdef for hard fail if Ur ppu is recompiled
+ redo parameter ordering after inlining a call
* save the correct blocktype field in tnode.ppuwrite
compiler: fixed checking all used units even indirect before setting ms_compiled
Correctly update statements inside tbblocknode.pass_1 method
compiler: fixed error on system.ppu not found, better debug on invalid reload
compiler: Add only when inlinecleanupblock has actual content, fixing issue
gitlab 0041655
Ensure that GDB helper functions dprintnode and dprintfileinfo are inserted into compiler executable
Ensure that GDB helper functions dprintnode and dprintfileinfo are inserted into compiler executable
compiler: fixed scc_tree_crc_wait
compiler: made scc_tree_crc_wait nil for self
compiler: fixed waiting of a recompiled unit so ppus can check crc, added ifdefed heavy checks
compiler: copy scc_tree_unfinished and other_scc_unfinished to all scc nodes
compiler: fixed dependent_module_crc_mismatch checking if crc valid
compiler: fixed ppuloadcancontinue returning scc_tree_crc_wait
Avoid dangling tcallparanode.callnode field
* Store callnode internally as _callnode field.
+ Add getcallnode and setcallnode methods
which check validity of _callnode.
+ Add callnode property using getcallnode and setcallnode.
+ Ensure that _callnode field is reset when
a tcallparanode parent is changed.
* Corrected "RegLoadedWIthNewValue" for arm and AArch64 so it
doesn't include instructions that also read from the register.
- removed unused global variable fmodule.compiled_module
+ also save and restore tsettings.asmcputype in tscannerfile.tokenwritesettings and tscannerfile.tokenreadsettings
* Overridden "RegEndOfLife" for arm and AArch64 to account for
change of behaviour with "RegLoadedWithNewValue"
* i386: Fixed bug with "MovOp2MovOp 1" and "MovxOp2Op 1" optimisations and non-existent 8-bit registers (fixes
gitlab 0041698)
llvm: initialise overflow location if no overflow check needed
No test, already tested by tabs.pp
resolves
gitlab 0041695
llvm: initialise overflow location if no overflow check needed
No test, already tested by tabs.pp
resolves
gitlab 0041695
Handle empty record as function result type
Handle empty record as function result type
Reject non-lvalue argument to Volatile/Aligned/Unaligned (
gitlab 0041693)
* Corrected "tcallnode.handle_compilerproc" for "in_str_x_string" where
optional parameter was treated as an encoding setting rather than the
maximum output length of the destination
* handle LOC_FPUREGISTER in tcgcallnode.handle_return_value
Handle all funcretnode.location.loc types when loc=LOC_REFERENCE in tcgcallnode.handle_return_value
* fix tcgcallnode.handle_return_value as proposed by Pierre
* Constant propagation now re-evaluates the call node if its parameters were changed
compiler: loadppu: restore current module
compiler: loadppu: restore current module
Add help line missing for '-Aomf' option for i8086 compiler
* rename OptimizeNodeTree to make it clear that it does not optimize nodes only
Resource strings: fix compiler types for unicode versions
Resolves
gitlab 0041709
Resource strings: fix warnings in compiler code after c8cf3ca2
Force linkage of shared libc for dragonfly libraries
Re-init varargs `paraloc` in `redoalinaparams` (
gitlab 0041703)
`redoalinaparams` calls `order_parameters` on all call nodes after
inlining, but varargs paraloc may have been invalidated by
`init_paraloc_info` calls triggered during the inlining pass.
Requires building the compiler with `-dFPC_SOFT_FPUX80`.
* fixed crash on systems with memory protection, due to the compiler writing to the arraytokeninfo array (indirectly via pointer) in unit tokens
* ppudump compilation fix
* fixed compilation of unit ppheap
* unit browcol compilation fix
Allow -Aas-clang option fro x86_64-dragonfly target
Call InitSysInitUnitName again in MakeExecutable and MakeSharedLibrary to update prtobj if needed
Add /usr/local/lib to default library path list for DragonFly OS
build+fix: Correctly reate html/
* fix compilation with DEBUG_NORMALIZE
Fix `normalize()` IE 200108231 under `-O3 -OoDEADSTORE` (
gitlab 0041682)
Four bugs in the `blockn` extraction path in `searchblock()`,
all gated on dead-store elimination:
- void-result extraction
- tempref to a temp deleted in the same block (the reported IE)
- splice order leaving `tempdelete` before use
- missing `pass_1` on the fresh `tempcreate`
Add missing record field for explicit alignment
Add ppo_default_is_set and ppo_default_is_single
to be able to correctly treat default properties
which are sets or singles
Check that, in the optimization CMP/Jcc/@Lbl/CMP/Jcc -> CMP/Jcc, redirecting first jump
both CMP instructions are of the same size.
Fixes
gitlab 0041743.
Avoid Try/Except inside printfileinfo procedure
Add check about equal instruction size
dwarf: clean up, don't write empty child sections (DW_TAG_variant without member / DW_TAG_interface_type without inheritance)
indentation for aasmcpu.pas
indentation for aasmcpu.pas again
sorry forgot this
intristic code moved to mpis/ccpuinnr.inc
removed define in ncpuinln.pas
intristic moved from MIPSEL to MIPS
Indentation in aasmcpu.pas
newline in ncpuinln.pas removed
Bump CurrentPPULongVersion to 31 for single/set default properties PPU handling
* Add TModule.ByteSizeOfPppuReal field.
+ Add tentryfile.getrealbytesize method
to computed the correct value.
+ Load/Store this field into PPU extraheader
+ Increment LongPPUVersion
+ Use this field inside ppudump
- Remove ppudump local function CpuRealByteSize
rendered unless by addition of this new field.
+ Give better error message if LongVersion is
different from expected version.
Fix variable name error in last commit
Fix default single reading for cross-configuration
* x86: Fixed minor register tracking issue with "LeaMov2Lea" peephole optimisation
* x86: Fixed bug in "LeaOp2Op" peephole optimisation where the registers
in the reference weren't properly tracked (fixes
gitlab 0041746)
Try to handle compile type range check correctly inside ncgmem unit
* "in_str_x_string" handling now generates more efficient code for single-digit constants
Generate CFI for DWARF versions 4 and 5
Lift procedure parameter count limit to 32k.
Chage type of fullprocname to AnsiString.
To linkunitofiles add clean object file name without paths. Fixes issue
gitlab 0040602.
* added proper object format for assembling with nasm for target os2 (requires nasm version supporting 32-bit OS/2 object files)
Add DEBUG_JUMP to list of macros set when DEBUG_ALL_OPT is used
Exclude register allocation to local absolute variable using different register types (fixes
gitlab 0041446)
PS1: Insert a nop after MFC2 instruction if needed
Fix local variable type currparanr, to avoid range check error when compiling tcalfunc9 after commit 98af4c2b
Avoid accessing SIGSEGV for webtbf/tw39604.pp after commit 693a0e2b
(inactive) Revisions in this set d65737393352eabc8aff52f9c7b6545d09c578c8,eab079c7bd9d93bc3f02309e9ada641a7c43c60d,f82cc96cb939da4edee6680f28b0331ddc490b20,971d7baa8a050489fe3f45db09669076d2c61b4b,49edb0b60641bd52de8dddb80b687197c35b6f1e,314d3579fc29303cbeed06286e951ae31a2ed556,5d97ff43fa4b34f88279ef6e944fd1874cfa5c0e,7822a90e209cc3f1cf74c0eedd100b2ae0f4b523,289fdc72c5e692069d120e45031bee68b3ca3f20,be54d40660a006800d6e55c8cf5f0cc5d48aa84b,5e05630713d4bd9fb63ed493dcea80aa83027135,1ed9054bb9e2e228524c475cbf10d389e5d09967,a685e2aa5a9a37bc09efe484f9f2e2c825b46a3b,8e58bbea61d4288547dd5ef7aedc06b7651e0673,00fc962ca310f7bc56a3962918a83fb68a7f8459,04a56e2900f80fd62e34223b3b5bc72e74c77b7d,87d4c189927636dd8bff5bb0275ff998347ab0fc,7cb2e5a180df00eb8b5b18fa24a12564ea1bfa09,3681dbf0c9c365a1123509564040a0aeb9d3a306,a43f1bc1d0fcc3518412feb61019d124ff170f58,7878a7b390e07d0ea5000510a9634181afbed6cb,b0003f71dda8388ad74292edb82ba401296fc106,89d98d9bf1a1e0268d68c3cd436c53e30b4cbd2f,916810db415fd9e4b7546c91c0a76492f3934562,01628263bb22eac246034a75f0e7a24b50ce5951,56447ec169ae8dc87931a296ae799bb306cd293c,ab8097c06307d2df5a98b35a10bee94f764abc38
* patch by J. Gareth Moreton which avoids that the optimizer causes reads of invalid memory, resolves
0035187
* fixed cbool "and" with full boolean evaluation, and cbool "xor"
(mantis
0035272)
Check that inserttypeconv really change node type to ttypeconvnode before setting convtype field (should fix taddbool.pp bytebool failure on powerpc)
* patch by Cyrax: Quote path - which is passed to Windres or alike program, resolves
0036526
* AVR: fix TAoptBaseCpu.RegModifiedByInstruction, resolves
0039623
* avr3 and avr31 should also have a movw instruction
Increase reference count of jump label, fixes
0039784
[AVR] Include bootloader starting address and max size where relevant.
Also add boot information to board aliases.
* fix the internal error of
0040639; however as the test code in question will only compile correctly with the next commit no test is added yet
+ avrsim6 controller type
* set proper expectloc for dyn. array comparisons, resolves
0040947
+ fix
0040963: print suitable messages for local unit, include, library and object paths if -vt is given
+ added test
* properly calculate the size of enumeration types having negative elements and a max. value exceeding the upper bound of
the elsewhere matching signed type, resolves
0041019
Every compile gets actual current directory (fix for Textmode IDE)
Browser information for generic records
Symbol browser fix object tree for 64bit procesors
Change branch and jump destinations to byte based distances.
* better error reporting
* indentation
Check rjmp destination range.
Add more tinyAVR 2 controllers.
* avr: optimized code generation for ... xor constant
Fix for bug report 41460.
Solve internal error 2008030101 for constant pointer difference in {$T-} mode
* properly update copyright year
Recreate "arraydefs" to be able to get variable size information for some variables.
Revisions in bigsets in this set 500e29e5e2c9b1ae310bd2193c493a221e55972c,433050a2c41069ba5dd519058e47166aba1adfc5,65ef6f1f3726680eaecc2ae24a2da30ee249c54a,271ba59cf1c1780d8c0b120dff107c42bcfe1e02,53e5a4a03a6f802a5ee2217d326eb4f5af87bc5c,b407b67ca1afef62a10c9bcd06539b480250d580,21593942a16d2788103501ee1e2921fef90cedba,4da4c96349d205cf99a8aff0618315904f451935,ad2ac98858f5c422ddf016b4941a503090b73792,2f28c5596ff22f288c64a297c30b7d33a7efe284,783bbb66f9324152ba2f2914c8a2a9a1884c37e4,bb1b1bc70558bed46b5b10b03777312fb204dbbc,6b3739f26cfd6f3f4f11e7a101178d2e7130ad72,3d536547eb124b203dbd3668a56c6fb0ee4eaad2