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quakeforge/libs/gamecode/opcodes.py

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[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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bitmap_txt = """
0 0000 mmss load
0 0001 mmss store
0 0010 mmss push
0 0011 mmss pop
0 0100 ccmm branch
0 0101 0nnn rcall 1-8 (0 0100 11mm with 0 params for [r]call0)
0 0101 10ss return
0 0101 1100 returnv
0 0101 1101 with (reg encoded in st->c)
0 0101 111t state
0 0110 ccmm branch2
0 0111 tooo vecops
0 1ccc ttss compare
1 0ooo ttss mathops
1 011r tuss shiftops
1 0110 o1oo string
1 1ccc t0ss compare2
1 1000 ooss bitops
1 1001 t1ss scale
1 1001 t100 swizzle
1 1010 d1xx convert
1 1011 00mm lea
1 1011 01ss any
1 1011 0100 lea_e
1 1011 10ss all
1 1011 1000 pushregs
1 1011 11ss none
1 1011 1100 popregs
1 1101 01oo move
1 1101 11oo memset
1 1110 d1xx convert2
1 11dd t100 vecops2
1 1100 ooss boolops
n 1111 nnnn
0 1011 nnnn
"""
[gamecode] Fix incorrect entity load format Had a typo in load and forgot to edit lea, but now they share the formats (like they should have in the first place).
2022-01-06 02:51:38 +00:00
load_fmt = [
"%Ga.%Gb(%Ea), %gc",
"*%Ga, %gc",
"*(%Ga + %sb), %gc",
"*(%Ga + %Gb), %gc",
]
branch_fmt = [
[gamecode] Fix some more operand formats With and relative branches.
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"branch %sa (%Oa)",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"*%Ga",
"%Ga[%sb]",
"%Ga[%Gb]",
]
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
compare_ccc = [ "eq", "lt", "gt", None, "ne", "ge", "le", None]
type_tt = ['I', 'F', 'L', 'D']
etype_tt = ["ev_integer", "ev_float", "ev_long", "ev_double"]
unsigned_t = ["ev_uinteger", "ev_ulong"]
float_t = ["ev_float", "ev_double"]
[gamecode] Fix incorrect entity load format Had a typo in load and forgot to edit lea, but now they share the formats (like they should have in the first place).
2022-01-06 02:51:38 +00:00
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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all_formats = {
"opcode": "OP_ALL_{ss+1}",
"mnemonic": "all",
"opname": "all",
"format": "%Ga, %gc",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
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"widths": "{ss+1}, 0, 1",
"types": "ev_integer, ev_integer, ev_integer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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}
any_formats = {
"opcode": "OP_ANY_{ss+1}",
"mnemonic": "any",
"opname": "any",
"format": "%Ga, %gc",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, 0, 1",
"types": "ev_integer, ev_integer, ev_integer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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}
bitops_formats = {
"opcode": "OP_{op_bit[oo].upper()}_I_{ss+1}",
"mnemonic": "{op_bit[oo]}",
"opname": "{op_bit[oo]}",
"format": "{bit_fmt[oo]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, {ss+1}, {ss+1}",
"types": "ev_integer, ev_integer, ev_integer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_bit":["bitand", "bitor", "bitxor", "bitnot"],
"bit_fmt": [
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %gc",
],
},
}
boolops_formats = {
"opcode": "OP_{op_bool[oo].upper()}_I_{ss+1}",
"mnemonic": "{op_bool[oo]}",
"opname": "{op_bool[oo]}",
"format": "{bool_fmt[oo]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, {ss+1}, {ss+1}",
"types": "ev_integer, ev_integer, ev_integer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_bool":["and", "or", "xor", "not"],
"bool_fmt": [
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %gc",
],
},
}
branch_formats = {
"opcode": "OP_{op_cond[cc].upper()}_{op_mode[mm]}",
"mnemonic": "{op_cond[cc]}",
"opname": "{op_cond[cc]}",
"format": "{cond_fmt[cc]}{branch_fmt[mm]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
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"widths": "{cond_widths[cc]}",
"types": "ev_void, ev_void, ev_integer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_mode": "ABCD",
"op_cond": ["ifnot", "if", "jump", "call"],
"branch_fmt": branch_fmt,
"cond_fmt": ["%Gc ", "%Gc ", "", ""],
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"cond_widths": [
"0, 0, 1",
"0, 0, 1",
"0, 0, 0",
"0, 0, 0",
],
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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},
}
branch2_formats = {
"opcode": "OP_{op_cond[cc].upper()}_{op_mode[mm]}",
"mnemonic": "{op_cond[cc]}",
"opname": "{op_cond[cc]}",
"format": "%Gc {branch_fmt[mm]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{cond_widths[cc]}",
"types": "ev_void, ev_void, ev_integer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_mode": "ABCD",
"op_cond": ["ifa", "ifbe", "ifb", "ifae"],
"branch_fmt": branch_fmt,
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"cond_widths": [
"0, 0, 1",
"0, 0, 1",
"0, 0, 1",
"0, 0, 1",
],
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
},
}
compare_formats = {
"opcode": "OP_{op_cmp[ccc].upper()}_{cmp_type[tt]}_{ss+1}",
"mnemonic": "{op_cmp[ccc]}.{cmp_type[tt]}",
"opname": "{op_cmp[ccc]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, {ss+1}, {ss+1}",
"types": "{cmp_types[tt]}, {cmp_types[tt]}, ev_integer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"args": {
"op_cmp": compare_ccc,
"cmp_type":type_tt,
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"cmp_types":etype_tt,
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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},
}
compare2_formats = {
"opcode": "OP_{op_cmp[ccc].upper()}_{cmp_type[t]}_{ss+1}",
"mnemonic": "{op_cmp[ccc]}.{cmp_type[t]}",
"opname": "{op_cmp[ccc]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, {ss+1}, {ss+1}",
"types": "{cmp_types[t]}, {cmp_types[t]}, ev_integer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"args": {
"op_cmp": compare_ccc,
"cmp_type":['u', 'U'],
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"cmp_types":unsigned_t,
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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},
}
convert_formats = {
"opcode": "OP_CONV_{op_conv[d*4+xx]}",
"mnemonic": "conv.{op_conv[d*4+xx]}",
"opname": "conv",
"format": "%Ga %gc",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "1, 0, 1",
"types": "{cnv_types[xx][d]}, ev_invalid, {cnv_types[xx][1-d]}",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_conv": ["IF", "LD", "uF", "UD", "FI", "DL", "Fu", "DU"],
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"cnv_types": [
["ev_integer", "ev_float"],
["ev_long", "ev_double"],
["ev_uinteger", "ev_float"],
["ev_ulong", "ev_double"],
],
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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},
}
lea_formats = {
"opcode": "OP_LEA_{op_mode[mm]}",
"mnemonic": "lea",
"opname": "lea",
"format": "{lea_fmt[mm]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, 1",
"types": "ev_pointer, ev_pointer, ev_pointer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"args": {
"op_mode": "ABCD",
"lea_fmt": [
"%ga, %gc",
"*%Ga, %gc",
"*(%Ga + %sb), %gc",
"*(%Ga + %Gb), %gc",
],
},
}
lea_e_formats = {
"opcode": "OP_LEA_E",
"mnemonic": "lea",
"opname": "lea",
[gamecode] Fix incorrect entity load format Had a typo in load and forgot to edit lea, but now they share the formats (like they should have in the first place).
2022-01-06 02:51:38 +00:00
"format": "{load_fmt[0]}",
"format": "%Ga.%Gb(%Ea), %gc",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"types": "ev_entity, ev_field, ev_pointer",
"widths": "0, 0, 1",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
}
load_formats = {
"opcode": "OP_LOAD_{op_mode[mm]}_{ss+1}",
"mnemonic": "load",
"opname": "load",
"format": "{load_fmt[mm]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, {ss+1}",
"types": "ev_void, ev_void, ev_void",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"args": {
"op_mode": "EBCD",
[gamecode] Fix incorrect entity load format Had a typo in load and forgot to edit lea, but now they share the formats (like they should have in the first place).
2022-01-06 02:51:38 +00:00
"load_fmt": load_fmt,
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
},
}
mathops_formats = {
"opcode": "OP_{op_math[ooo].upper()}_{math_type[tt]}_{ss+1}",
"mnemonic": "{op_math[ooo]}.{math_type[tt]}",
"opname": "{op_math[ooo]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, {ss+1}, {ss+1}",
"types": "{math_types[tt]}, {math_types[tt]}, {math_types[tt]}",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"args": {
"op_math": ["mul", "div", "rem", "mod", "add", "sub", None, None],
"math_type":type_tt,
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"math_types": etype_tt,
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
},
}
memset_formats = {
"opcode": "OP_MEMSET_{op_memset[oo].upper()}",
"mnemonic": "memset.{op_memset[oo]}",
"opname": "memset",
"format": "{memset_fmt[oo]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, 0",
"types": "ev_integer, ev_void, ev_void",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"args": {
"op_memset": [None, "i", "p", "pi"],
"memset_fmt": [None, "%Ga, %sb, %gc", "%Ga, %Gb, %Gc", "%Ga, %sb, %Gc"],
},
}
move_formats = {
"opcode": "OP_MOVE_{op_move[oo].upper()}",
"mnemonic": "memset.{op_move[oo]}",
"opname": "memset",
"format": "{move_fmt[oo]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, 0",
"types": "ev_integer, ev_void, ev_void",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"args": {
"op_move": [None, "i", "p", "pi"],
"move_fmt": [None, "%Ga, %sb, %gc", "%Ga, %Gb, %Gc", "%Ga, %sb, %Gc"],
},
}
none_formats = {
"opcode": "OP_NONE_{ss+1}",
"mnemonic": "none",
"opname": "none",
"format": "%Ga, %gc",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, 0, 1",
"types": "ev_integer, ev_invalid, ev_integer",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
}
push_formats = {
"opcode": "OP_PUSH_{op_mode[mm]}_{ss+1}",
"mnemonic": "push",
"opname": "push",
"format": "{push_fmt[mm]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, 0, 0",
"types": "ev_void, ev_void, ev_invalid",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"args": {
"op_mode": "ABCD",
"push_fmt": [
"%Ga",
"*%Ga",
"*(%Ga + %sb)",
"*(%Ga + %Gb)",
],
},
}
pushregs_formats = {
"opcode": "OP_PUSHREGS",
"mnemonic": "pushregs",
"opname": "pushregs",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, 0",
"types": "ev_invalid, ev_invalid, ev_invalid",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"format": None,
}
pop_formats = {
"opcode": "OP_POP_{op_mode[mm]}_{ss+1}",
"mnemonic": "pop",
"opname": "pop",
"format": "{pop_fmt[mm]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, 0, 0",
"types": "ev_void, ev_void, ev_invalid",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"args": {
"op_mode": "ABCD",
"pop_fmt": [
"%ga",
"*%Ga",
"*(%Ga + %sb)",
"*(%Ga + %Gb)",
],
},
}
popregs_formats = {
"opcode": "OP_POPREGS",
"mnemonic": "popregs",
"opname": "popregs",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, 0",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"format": None,
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
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"types": "ev_invalid, ev_invalid, ev_invalid",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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}
scale_formats = {
"opcode": "OP_SCALE_{scale_type[t]}_{ss+1}",
"mnemonic": "scale.{scale_type[t]}",
"opname": "scale",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, 1, {ss+1}",
"types": "{scale_types[t]}, {scale_types[t]}, {scale_types[t]}",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"scale_type": ['F', 'D'],
"scale_types": float_t,
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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},
}
shiftops_formats = {
"opcode": "OP_{op_shift[u*2+r].upper()}_{shift_type[u*2+t]}_{ss+1}",
"mnemonic": "{op_shift[u*2+r]}.{shift_type[u*2+t]}",
"opname": "{op_shift[u*2+r]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{ss+1}, {ss+1}, {ss+1}",
"types": "{shift_types[t][u]}, {shift_types[t][0]}, {shift_types[t][u]}",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_shift": ["shl", "asr", "shl", "shr"],
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
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"shift_type": ['I', 'L', 'u', 'U'],
"shift_types": [
["ev_integer", "ev_uinteger"],
["ev_long", "ev_ulong"],
],
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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},
}
state_formats = {
"opcode": "OP_STATE_{state[t]}",
"mnemonic": "state.{state[t]}",
"opname": "state",
"format": "{state_fmt[t]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "1, 1, 1",
"types": "ev_float, ev_func, {state_types[t]}",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"state": ["ft", "ftt"],
"state_fmt": ["%Ga, %Gb", "%Ga, %Gb, %Gc"],
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"state_types": ["ev_invalid", "ev_float"],
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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},
}
store_formats = {
"opcode": "OP_STORE_{op_mode[mm]}_{ss+1}",
"mnemonic": "store",
"opname": "store",
"format": "{store_fmt[mm]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
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"widths": "{ss+1}, 0, {ss+1}",
"types": "ev_void, ev_void, ev_void",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_mode": "ABCD",
"store_fmt": [
"%Gc, %ga",
"%Gc, *%Ga",
"%Gc, *(%Ga + %sb)",
"%Gc, *(%Ga + %Gb)",
],
},
}
string_formats = {
"opcode": "OP_{op_str[o*4+oo].upper()}_S",
"mnemonic": "{op_str[o*4+oo]}.s",
"opname": "{op_str[o*4+oo]}",
"format": "{str_fmt[o*4+oo]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "1, 1, 1",
"types": "{str_types[o*4+oo]}",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_str": ["eq", "lt", "gt", "add", "cmp", "ge", "le", "not"],
"str_fmt": [
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %Gb, %gc",
"%Ga, %gc",
],
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
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"str_types": [
"ev_string, ev_string, ev_integer",
"ev_string, ev_string, ev_integer",
"ev_string, ev_string, ev_integer",
"ev_string, ev_string, ev_string",
"ev_string, ev_string, ev_integer",
"ev_string, ev_string, ev_integer",
"ev_string, ev_string, ev_integer",
"ev_string, ev_invalid, ev_integer",
],
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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},
}
swizzle_formats = {
"opcode": "OP_SWIZZLE_{swiz_type[t]}",
"mnemonic": "swizzle.{swiz_type[t]}",
"opname": "swizzle",
"format": "%Ga %sb %gc",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
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"widths": "4, 0, 4",
"types": "{swizzle_types[t]}",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
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"swiz_type": ['F', 'D'],
"swizzle_types": float_t,
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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},
}
rcall_formats = {
"opcode": "OP_CALL_{nnn+1}",
"mnemonic": "rcall{nnn+1}",
"opname": "rcall{nnn+1}",
"format": "{rcall_fmt[nnn]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, 0",
"types": "ev_func, ev_void, ev_void",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"rcall_fmt": [
"%Fa (%P0b)",
"%Fa (%P0b, %P1c)",
"%Fa (%P0b, %P1c, %P2x)",
"%Fa (%P0b, %P1c, %P2x, %P3x)",
"%Fa (%P0b, %P1c, %P2x, %P3x, %P4x)",
"%Fa (%P0b, %P1c, %P2x, %P3x, %P4x, %P5x)",
"%Fa (%P0b, %P1c, %P2x, %P3x, %P4x, %P5x, %P6x)",
"%Fa (%P0b, %P1c, %P2x, %P3x, %P4x, %P5x, %P6x, %P7x)",
],
},
}
return_formats = {
"opcode": "OP_RETURN_{ss+1}",
"mnemonic": "return{ss+1}",
"opname": "return{ss+1}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, 0",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"format": "%Ra",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"types": "ev_void, ev_invalid, ev_invalid",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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}
returnv_formats = {
"opcode": "OP_RETURN_0",
"mnemonic": "return",
"opname": "return",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, 0",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
"format": None,
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"types": "ev_invalid, ev_invalid, ev_invalid",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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}
vecops_formats = {
"opcode": "OP_{op_vop[ooo].upper()}_{vop_type[t]}",
"mnemonic": "{op_vop[ooo]}.{vop_type[t]}",
"opname": "{op_vop[ooo]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "{vec_widths[ooo]}",
"types": "{vec_types[t]}, {vec_types[t]}, {vec_types[t]}",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_vop": ["cdot", "vdot", "qdot", "cross",
"cmul", "qvmul", "vqmul", "qmul"],
"vop_type": ['F', 'D'],
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"vec_widths": [
"2, 2, 2",
"3, 3, 3",
"4, 4, 4",
"3, 3, 3",
"2, 2, 2",
"4, 3, 3",
"3, 4, 3",
"4, 4, 4",
],
"vec_types": float_t,
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
},
}
vecops2_formats = {
"opcode": "OP_{op_vop[dd].upper()}_{vop_type[t]}",
"mnemonic": "{op_vop[dd]}.{vop_type[t]}",
"opname": "{op_vop[dd]}",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "4, 4, 4",
"types": "{vec_types[t]}, {vec_types[t]}, {vec_types[t]}",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
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"args": {
"op_vop": [None, "qv4mul", "v4qmul", None],
"vop_type": ['F', 'D'],
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"vec_types": float_t,
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
},
}
with_formats = {
"opcode": "OP_WITH",
"mnemonic": "with",
"opname": "with",
[gamecode] Fix some more operand formats With and relative branches.
2022-01-06 13:27:09 +00:00
"format": "%sa, %sb, %sc",
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
"widths": "0, 0, 0",
"types": "ev_void, ev_void, ev_void",
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
}
group_map = {
"all": all_formats,
"any": any_formats,
"bitops": bitops_formats,
"boolops": boolops_formats,
"branch": branch_formats,
"branch2": branch2_formats,
"compare": compare_formats,
"compare2": compare2_formats,
"convert": convert_formats,
"convert2": convert_formats,
"lea": lea_formats,
"lea_e": lea_e_formats,
"load": load_formats,
"mathops": mathops_formats,
"memset": memset_formats,
"move": move_formats,
"none": none_formats,
"push": push_formats,
"pushregs": pushregs_formats,
"pop": pop_formats,
"popregs": popregs_formats,
"scale": scale_formats,
"shiftops": shiftops_formats,
"state": state_formats,
"store": store_formats,
"string": string_formats,
"swizzle": swizzle_formats,
"rcall": rcall_formats,
"return": return_formats,
"returnv": returnv_formats,
"vecops": vecops_formats,
"vecops2": vecops2_formats,
"with": with_formats,
}
def parse_bits(bit_string):
bits = [""]
isbit = bit_string[0] in ['0', '1']
lastbit = bit_string[0]
while bit_string:
bit = bit_string[0]
bit_string = bit_string[1:]
if isbit and bit in ['0', '1']:
bits[-1] = bits[-1] + bit
elif lastbit == bit:
bits[-1] = bits[-1] + bit
else:
bits.append(bit)
lastbit = bit
isbit = bit in ['0', '1']
return bits
opcodes = [None] * 512
def expand_opcodes(bits, group, num=0):
if not bits:
opcodes[num] = group
return
block = bits[0]
bits = bits[1:]
num <<= len(block)
if block[0] in ['0', '1']:
num |= int(block, 2)
expand_opcodes(bits, group, num)
else:
for n in range(1<<len(block)):
if group is not None:
expand_opcodes(bits, group + f",{block}={n}", num | n)
else:
expand_opcodes(bits, group, num | n)
def process_opcode(opcode, group):
data = group.split(',')
params = {}
for d in data[1:]:
p = d.split('=')
params[p[0]] = int(p[1])
gm = group_map[data[0]]
if "args" in gm:
params.update(gm["args"])
inst = {}
opcodes[opcode] = inst
inst["op"] = eval(f'''f"{gm['opcode']}"''', params)
mn = eval(f'''f"{gm['mnemonic']}"''', params)
inst["mn"] = f'"{mn}"'
on = eval(f'''f"{gm['opname']}"''', params)
inst["on"] = f'"{on}"'
fmt = "%Ga, %Gb, %gc"
if "format" in gm:
if gm["format"] is not None:
fmt = eval(f'''f"{gm['format']}"''', params)
else:
fmt = None
if fmt is None:
fmt = "0"
else:
fmt = f'"{fmt}"'
inst["fmt"] = fmt
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
inst["wd"] = "{%s}" % eval(f'''f"{gm['widths']}"''', params)
inst["ty"] = "{%s}" % eval(f'''f"{gm['types']}"''', params)
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
lines = bitmap_txt.split('\n')
for l in lines:
if not l:
continue
c = l.split(' ')
bits = "".join(c[0:3])
group = c[3:] and c[3] or None
descr = ' '.join(c[4:])
#print(bits, group, descr)
#print(parse_bits(bits))
expand_opcodes(parse_bits(bits), group)
for i, group in enumerate(opcodes):
if group is not None:
process_opcode (i, group)
N = 8
W = 9
#for i in range(len(opcodes)//N):
# print("%03x" % (i << 3), " ".join(map(lambda op: "%-*.*s" % (W, W, op and op["op"] or None), opcodes[i*N:i*N+N])))
for i, group in enumerate(opcodes):
if group is not None:
print(eval('f"[{op}] = {{\\n'
'\\t.opname = {on},\\n'
'\\t.mnemonic = {mn},\\n'
[gamecode] Generate instruction widths and types Not everything is correct, but this is enough to get started on supporting disassembly in the various tools and code generation in qfcc.
2022-01-05 13:33:59 +00:00
'\\t.widths = {wd},\\n'
'\\t.types = {ty},\\n'
[gamecode] Generate the new opcode table As I expect to be tweaking things for a while, it's part of the build process. This will make it a lot easier to adjust mnemonics and argument formats (tweaking the old table was a pain when conventions changed). It's not quite done as it still needs arg widths and types.
2022-01-05 10:09:07 +00:00
'\\t.fmt = {fmt},\\n'
'}},"', group))
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