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aasmcpu.pas
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55d4ffa9de
m68k: add missing FINT and FINTRZ instructions to spilling_get_operation_type()
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4 lat temu |
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ag68kgas.pas
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ada3d2050c
m68k: write inline floating point immediates as hex consts, instead of scientific notation. the scientific notation format parsing depends on the libc the assembler was linked against, which can lead to varying results and compile errors
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4 lat temu |
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ag68kvasm.pas
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10191477ae
* m68k: allow vasm to be used for system_m68k_embedded target, simplify some code
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3 lat temu |
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aoptcpu.pas
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da1746426b
m68k: do not optimize away fmove fpureg0, intreg0; fmove intreg0; fpureg0; constructs, they're used for rounding to single on FPUs with no resultprecision encoding
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4 lat temu |
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aoptcpub.pas
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7d12e8cc6d
Avoid warnings for m68k compiler
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5 lat temu |
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aoptcpud.pas
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790a4fe2d3
* log and id tags removed
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20 lat temu |
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cgcpu.pas
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59c33d69ab
Revert "m68k: utilize cg.a_loadaddr_ref_cgpara in hlcgcpu" for now, turns out it's not needed
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3 lat temu |
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cpubase.pas
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2a7aa11163
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
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4 lat temu |
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cpuinfo.pas
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27fb9086aa
* cleanup: cs_opt_loopunroll is a generic optimization for a long time already
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3 lat temu |
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cpunode.pas
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b5216a1990
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
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4 lat temu |
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cpupara.pas
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6404478ea4
* cleanup of VER3_0 defines
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3 lat temu |
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cpupi.pas
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58d98d8cd7
m68k: made the PIC_OFFSET_REGs runtime changeable, and applied some defaults
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7 lat temu |
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cputarg.pas
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519701960c
m68k: initial commit to add the Sinclair QL as a compiler target
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4 lat temu |
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hlcgcpu.pas
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59c33d69ab
Revert "m68k: utilize cg.a_loadaddr_ref_cgpara in hlcgcpu" for now, turns out it's not needed
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3 lat temu |
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itcpugas.pas
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6753f86987
m68k: migrate the compiler to the new instruction tables and drop the old ones
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5 lat temu |
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m68kins.dat
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57107c3310
m68k: opcode table updates based on vasm 1.9 (used with permission)
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3 lat temu |
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m68knop.inc
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57107c3310
m68k: opcode table updates based on vasm 1.9 (used with permission)
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3 lat temu |
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m68kop.inc
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bc9b8af04b
m68k: add the converted includes, based on m68kins.dat
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5 lat temu |
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m68kreg.dat
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19a6964088
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
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6 lat temu |
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m68kstd.inc
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bc9b8af04b
m68k: add the converted includes, based on m68kins.dat
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5 lat temu |
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m68ktab.inc
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57107c3310
m68k: opcode table updates based on vasm 1.9 (used with permission)
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3 lat temu |
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n68kadd.pas
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22eb1e099f
* m68k: make sure right is in an address register for muln,addn,orn,xorn, before calling the low level cg
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3 lat temu |
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n68kcal.pas
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637976e83f
* patch by Marģers to unify internal error numbers, resolves #37888
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4 lat temu |
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n68kcnv.pas
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d29f44e1c7
m68k: rework of the inline nodes to use fpu_capabilities. added fast path for round/trunc (enabled for fastmath only)
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6 lat temu |
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n68kinl.pas
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77fee8b4eb
m68k: do not use OS_NO for FPU locations, but properly promote location sizes into the CG
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4 lat temu |
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n68kmat.pas
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637976e83f
* patch by Marģers to unify internal error numbers, resolves #37888
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4 lat temu |
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n68kmem.pas
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2703b36fe1
m68k: removed some helper function which was added, but in the end it never saw any use
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4 lat temu |
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n68kset.pas
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ca1ec0435d
m68k: fixed the signedness of conditional jumps while creating the jump list for case statements
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8 lat temu |
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n68kutil.pas
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b5216a1990
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
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4 lat temu |
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r68kbss.inc
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2934424c43
m68k: updated/added some reg includes as generated by the new tool
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9 lat temu |
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r68kcon.inc
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19a6964088
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
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6 lat temu |
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r68kgas.inc
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19a6964088
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
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6 lat temu |
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r68kgasf.inc
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19a6964088
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
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6 lat temu |
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r68kgri.inc
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2a7aa11163
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
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4 lat temu |
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r68knor.inc
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19a6964088
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
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6 lat temu |
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r68knum.inc
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19a6964088
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
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6 lat temu |
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r68krni.inc
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19a6964088
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
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6 lat temu |
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r68ksri.inc
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2a7aa11163
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
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4 lat temu |
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r68ksta.inc
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19a6964088
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
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6 lat temu |
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r68kstd.inc
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19a6964088
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
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6 lat temu |
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r68kstdf.inc
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19a6964088
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
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6 lat temu |
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r68ksup.inc
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19a6964088
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
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6 lat temu |
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ra68k.pas
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392da9e43f
* fix warnings when compiling the compiler with DFA optimizer enabled on m68k
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11 lat temu |
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ra68kmot.pas
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554ae218ca
* m68k: fix an endless syntax error loop in the assembler reader
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3 lat temu |
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rgcpu.pas
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0600287c63
* 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.
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3 lat temu |
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symcpu.pas
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7f3a5eb9ab
* extend tabstractprocdef.getcopyas by a parameter to control whether the copy should be registered or not
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3 lat temu |
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tripletcpu.pas
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eb7ba1690e
* mark all external assemblers using an LLVM tool using af_llvm
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5 lat temu |
Sven/Sarah Barth
7f3a5eb9ab
* extend tabstractprocdef.getcopyas by a parameter to control whether the copy should be registered or not