def _render_h(fout):
print("enum class OPC : uint8_t {", file=fout)
last = 0
print(f" INVALID = 0x00,", file=fout)
for opc in Opcode.Table.values():
if opc.group != OPC_GENUS.BASE:
continue
if (opc.no & 0xff0) != last & 0xff0:
print("", file=fout)
last = opc.no
name = opc.name.upper().replace(".", "_")
if opc.kind == OPC_KIND.DIRECTIVE:
name = "DIR_" + name[1:]
print(f" {name} = 0x{opc.no:02x},", file=fout)
print("};", file=fout)
# _render_enum("OpcodeFamily", ["OF.INVALID", "OF.DIRECTIVE"] +
# list(OFS_ALL))
# _render_enum("OperandKind", ["OK.INVALID"] +
# [x.upper() for x in OKS_ALL])
for cls in [OPC_GENUS, FUN_KIND, MEM_KIND, TC, OPC_KIND, DK, OP_KIND]:
cgen.RenderEnum(cgen.NameValues(cls), f"class {cls.__name__} : uint8_t",
fout)
cgen.RenderEnum(cgen.NameValues(OA), f"{OA.__name__} : uint16_t", fout)
def _EmitCodeH(fout):
print(f"constexpr const unsigned MAX_OPERANDS = {MAX_OPERANDS};", file=fout)
print(f"constexpr const unsigned MAX_BIT_RANGES = {MAX_BIT_RANGES};", file=fout)
cgen.RenderEnum(cgen.NameValues(FK), "class FK : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(OK), "class OK : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(SR_UPDATE), "class SR_UPDATE : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(MEM_WIDTH), "class MEM_WIDTH : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(OPC_FLAG), "OPC_FLAG", fout)
cgen.RenderEnum(cgen.NameValues(PRED), "class PRED : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(REG), "class REG : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(SREG), "class SREG : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(DREG), "class DREG : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(SHIFT), "class SHIFT : uint8_t", fout)
opcodes = list(sorted(Opcode.name_to_opcode.keys()))
# note we sneak in an invalid first entry
_render_enum_simple(["invalid"] + opcodes, "enum class OPC : uint16_t")
def _EmitCodeH(fout):
print(f"constexpr const unsigned MAX_OPERAND_COUNT = {MAX_OPERAND_COUNT};",
file=fout)
print(
f"constexpr const unsigned MAX_INSTRUCTION_LENGTH = {MAX_INSTRUCTION_LENGTH};",
file=fout)
print(
f"constexpr const unsigned MAX_INSTRUCTION_LENGTH_WITH_PREFIXES = {MAX_INSTRUCTION_LENGTH_WITH_PREFIXES};",
file=fout)
print(
f"constexpr const unsigned MAX_INSTRUCTION_NAME_LENGTH = {MAX_INSTRUCTION_NAME_LENGTH};",
file=fout)
print(f"constexpr const unsigned MAX_FINGERPRINT = {MAX_FINGERPRINT};",
file=fout)
cgen.RenderEnum(cgen.NameValues(MEM_MODE), "class MEM_WIDTH : uint8_t",
fout)
cgen.RenderEnum(cgen.NameValues(OK), "class OK : uint8_t", fout)
def _EmitCodeH(fout):
for cls in [IMM_KIND, PARAM]:
cgen.RenderEnum(cgen.NameValues(cls), f"class {cls.__name__} : uint8_t", fout)
def EmitEnumsH(fout):
for cls, info in CLASSES.items():
if info[0] is UNSUPPORTED: continue
name = f"class {cls.__name__} : uint{info[1]}_t"
cgen.RenderEnum(cgen.NameValues(cls), name, fout)
def _EmitCodeH(fout):
cgen.RenderEnum(cgen.NameValues(OK), "class OK : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(SR_UPDATE), "class SR_UPDATE : uint8_t",
fout)
cgen.RenderEnum(cgen.NameValues(BRK), "class BitRangeKind : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(MEM_WIDTH), "class MEM_WIDTH : uint8_t",
fout)
cgen.RenderEnum(cgen.NameValues(OPC_FLAG), "OPC_FLAG", fout)
cgen.RenderEnum(cgen.NameValues(PRED), "class PRED : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(REG), "class REG : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(SREG), "class SREG : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(DREG), "class DREG : uint8_t", fout)
cgen.RenderEnum(cgen.NameValues(ADDR_MODE), "class ADDR_MODE : uint8_t",
fout)
cgen.RenderEnum(cgen.NameValues(SHIFT), "class SHIFT : uint8_t", fout)
opcodes = [
opc.NameForEnum() for opc in _get_grouped_opcodes(_INS_CLASSIFIER)
]
# note we sneak in an invalid first entry
_render_enum_simple(["invalid"] + opcodes, "enum class OPC : uint16_t")