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Use lambdas for more concise code

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This commit is contained in:
Randy Heit 2016-03-03 13:27:52 -06:00
parent 2587e82a67
commit 6d68f69674
1 changed files with 50 additions and 292 deletions
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342
src/zscript/zcc_expr.cpp
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@ -181,142 +181,11 @@ ZCC_OpProto *ZCC_OpInfoType::FindBestProto(
return best_proto;
}
static ZCC_ExprConstant *EvalIncFloat64(ZCC_ExprConstant *val)
{
val->DoubleVal++;
return val;
}
static ZCC_ExprConstant *EvalIncInt32(ZCC_ExprConstant *val)
{
val->IntVal++;
return val;
}
static ZCC_ExprConstant *EvalDecFloat64(ZCC_ExprConstant *val)
{
val->DoubleVal--;
return val;
}
static ZCC_ExprConstant *EvalDecInt32(ZCC_ExprConstant *val)
{
val->IntVal--;
return val;
}
static ZCC_ExprConstant *EvalNegateFloat64(ZCC_ExprConstant *val)
{
val->DoubleVal = -val->DoubleVal;
return val;
}
static ZCC_ExprConstant *EvalNegateInt32(ZCC_ExprConstant *val)
{
val->IntVal = -val->IntVal;
return val;
}
static ZCC_ExprConstant *EvalIdentity(ZCC_ExprConstant *val)
{
return val;
}
static ZCC_ExprConstant *EvalBitNot(ZCC_ExprConstant *val)
{
val->IntVal = ~val->IntVal;
return val;
}
static ZCC_ExprConstant *EvalBoolNot(ZCC_ExprConstant *val)
{
val->IntVal = !val->IntVal;
return val;
}
static ZCC_ExprConstant *EvalAddFloat64(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->DoubleVal += r->DoubleVal;
return l;
}
static ZCC_ExprConstant *EvalAddInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal += r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalSubFloat64(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->DoubleVal -= r->DoubleVal;
return l;
}
static ZCC_ExprConstant *EvalSubInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal -= r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalMulFloat64(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->DoubleVal *= r->DoubleVal;
return l;
}
static ZCC_ExprConstant *EvalMulUInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->UIntVal *= r->UIntVal;
return l;
}
static ZCC_ExprConstant *EvalMulSInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal *= r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalDivFloat64(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->DoubleVal /= r->DoubleVal;
return l;
}
static ZCC_ExprConstant *EvalDivUInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->UIntVal /= r->UIntVal;
return l;
}
static ZCC_ExprConstant *EvalDivSInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal /= r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalModFloat64(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->DoubleVal = luai_nummod(l->DoubleVal, r->DoubleVal);
return l;
}
static ZCC_ExprConstant *EvalModUInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->UIntVal %= r->UIntVal;
return l;
}
static ZCC_ExprConstant *EvalModSInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal %= r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalPow(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->DoubleVal = pow(l->DoubleVal, r->DoubleVal);
return l;
}
static ZCC_ExprConstant *EvalConcat(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &strings)
{
@ -325,117 +194,6 @@ static ZCC_ExprConstant *EvalConcat(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FS
return l;
}
static ZCC_ExprConstant *EvalBitAnd(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal &= r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalBitOr(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal |= r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalBitXor(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal ^= r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalBoolAnd(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->IntVal && r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalBoolOr(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->IntVal || r->IntVal;
return l;
}
static ZCC_ExprConstant *EvalSHL(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal <<= r->UIntVal;
return l;
}
static ZCC_ExprConstant *EvalSHR_S(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal >>= r->UIntVal;
return l;
}
static ZCC_ExprConstant *EvalSHR_U(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->UIntVal >>= r->UIntVal;
return l;
}
static ZCC_ExprConstant *EvalLTSInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->IntVal < r->IntVal;
l->Type = TypeBool;
return l;
}
static ZCC_ExprConstant *EvalLTUInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->UIntVal < r->UIntVal;
l->Type = TypeBool;
return l;
}
static ZCC_ExprConstant *EvalLTFloat64(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->DoubleVal < r->DoubleVal;
l->Type = TypeBool;
return l;
}
static ZCC_ExprConstant *EvalLTEQSInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->IntVal <= r->IntVal;
l->Type = TypeBool;
return l;
}
static ZCC_ExprConstant *EvalLTEQUInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->UIntVal <= r->UIntVal;
l->Type = TypeBool;
return l;
}
static ZCC_ExprConstant *EvalLTEQFloat64(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->DoubleVal <= r->DoubleVal;
l->Type = TypeBool;
return l;
}
static ZCC_ExprConstant *EvalEQEQSInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->IntVal == r->IntVal;
l->Type = TypeBool;
return l;
}
static ZCC_ExprConstant *EvalEQEQUInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->UIntVal == r->UIntVal;
l->Type = TypeBool;
return l;
}
static ZCC_ExprConstant *EvalEQEQFloat64(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->DoubleVal == r->DoubleVal;
l->Type = TypeBool;
return l;
}
static ZCC_ExprConstant *EvalLTGTEQSInt32(ZCC_ExprConstant *l, ZCC_ExprConstant *r, FSharedStringArena &)
{
l->IntVal = l->IntVal < r->IntVal ? -1 : l->IntVal == r->IntVal ? 0 : 1;
@ -471,25 +229,25 @@ void ZCC_InitOperators()
{ PEX_PostDec , (PType **)&TypeUInt32, EvalIdentity },
{ PEX_PostDec , (PType **)&TypeFloat64, EvalIdentity },
{ PEX_PreInc , (PType **)&TypeSInt32, EvalIncInt32 },
{ PEX_PreInc , (PType **)&TypeUInt32, EvalIncInt32 },
{ PEX_PreInc , (PType **)&TypeFloat64, EvalIncFloat64 },
{ PEX_PreInc , (PType **)&TypeSInt32, [](auto *val) { val->IntVal += 1; return val; } },
{ PEX_PreInc , (PType **)&TypeUInt32, [](auto *val) { val->UIntVal += 1; return val; } },
{ PEX_PreInc , (PType **)&TypeFloat64, [](auto *val) { val->DoubleVal += 1; return val; } },
{ PEX_PreDec , (PType **)&TypeSInt32, EvalDecInt32 },
{ PEX_PreDec , (PType **)&TypeUInt32, EvalDecInt32 },
{ PEX_PreDec , (PType **)&TypeFloat64, EvalDecFloat64 },
{ PEX_PreDec , (PType **)&TypeSInt32, [](auto *val) { val->IntVal -= 1; return val; } },
{ PEX_PreDec , (PType **)&TypeUInt32, [](auto *val) { val->UIntVal -= 1; return val; } },
{ PEX_PreDec , (PType **)&TypeFloat64, [](auto *val) { val->DoubleVal -= 1; return val; } },
{ PEX_Negate , (PType **)&TypeSInt32, EvalNegateInt32 },
{ PEX_Negate , (PType **)&TypeFloat64, EvalNegateFloat64 },
{ PEX_Negate , (PType **)&TypeSInt32, [](auto *val) { val->IntVal = -val->IntVal; return val; } },
{ PEX_Negate , (PType **)&TypeFloat64, [](auto *val) { val->DoubleVal = -val->DoubleVal; return val; } },
{ PEX_AntiNegate , (PType **)&TypeSInt32, EvalIdentity },
{ PEX_AntiNegate , (PType **)&TypeUInt32, EvalIdentity },
{ PEX_AntiNegate , (PType **)&TypeFloat64, EvalIdentity },
{ PEX_BitNot , (PType **)&TypeSInt32, EvalBitNot },
{ PEX_BitNot , (PType **)&TypeUInt32, EvalBitNot },
{ PEX_BitNot , (PType **)&TypeSInt32, [](auto *val) { val->IntVal = ~val->IntVal; return val; } },
{ PEX_BitNot , (PType **)&TypeUInt32, [](auto *val) { val->UIntVal = ~val->UIntVal; return val; } },
{ PEX_BoolNot , (PType **)&TypeBool, EvalBoolNot },
{ PEX_BoolNot , (PType **)&TypeBool, [](auto *val) { val->IntVal = !val->IntVal; return val; } },
};
for (size_t i = 0; i < countof(UnaryOpInit); ++i)
{
@ -499,62 +257,62 @@ void ZCC_InitOperators()
// Binary operators
static const OpProto2 BinaryOpInit[] =
{
{ PEX_Add , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalAddInt32 },
{ PEX_Add , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalAddInt32 },
{ PEX_Add , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, EvalAddFloat64 },
{ PEX_Add , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal += r->IntVal; return l; } },
{ PEX_Add , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal += r->UIntVal; return l; } },
{ PEX_Add , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, [](auto *l, auto *r, auto &) { l->DoubleVal += r->DoubleVal; return l; } },
{ PEX_Sub , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalSubInt32 },
{ PEX_Sub , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalSubInt32 },
{ PEX_Sub , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, EvalSubFloat64 },
{ PEX_Sub , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal -= r->IntVal; return l; } },
{ PEX_Sub , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal -= r->UIntVal; return l; } },
{ PEX_Sub , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, [](auto *l, auto *r, auto &) { l->DoubleVal -= r->DoubleVal; return l; } },
{ PEX_Mul , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalMulSInt32 },
{ PEX_Mul , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalMulUInt32 },
{ PEX_Mul , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, EvalMulFloat64 },
{ PEX_Mul , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal *= r->IntVal; return l; } },
{ PEX_Mul , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal *= r->UIntVal; return l; } },
{ PEX_Mul , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, [](auto *l, auto *r, auto &) { l->DoubleVal *= r->DoubleVal; return l; } },
{ PEX_Div , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalDivSInt32 },
{ PEX_Div , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalDivUInt32 },
{ PEX_Div , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, EvalDivFloat64 },
{ PEX_Div , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal /= r->IntVal; return l; } },
{ PEX_Div , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal /= r->UIntVal; return l; } },
{ PEX_Div , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, [](auto *l, auto *r, auto &) { l->DoubleVal /= r->DoubleVal; return l; } },
{ PEX_Mod , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalModSInt32 },
{ PEX_Mod , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalModUInt32 },
{ PEX_Mod , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, EvalModFloat64 },
{ PEX_Mod , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal %= r->IntVal; return l; } },
{ PEX_Mod , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal %= r->UIntVal; return l; } },
{ PEX_Mod , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, [](auto *l, auto *r, auto &) { l->DoubleVal = luai_nummod(l->DoubleVal, r->DoubleVal); return l; } },
{ PEX_Pow , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, EvalPow },
{ PEX_Pow , (PType **)&TypeFloat64, (PType **)&TypeFloat64, (PType **)&TypeFloat64, [](auto *l, auto *r, auto &) { l->DoubleVal = pow(l->DoubleVal, r->DoubleVal); return l; } },
{ PEX_Concat , (PType **)&TypeString, (PType **)&TypeString, (PType **)&TypeString, EvalConcat },
{ PEX_BitAnd , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalBitAnd },
{ PEX_BitAnd , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalBitAnd },
{ PEX_BitAnd , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal &= r->IntVal; return l; } },
{ PEX_BitAnd , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal &= r->UIntVal; return l; } },
{ PEX_BitOr , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalBitOr },
{ PEX_BitOr , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalBitOr },
{ PEX_BitOr , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal |= r->IntVal; return l; } },
{ PEX_BitOr , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal |= r->UIntVal; return l; } },
{ PEX_BitXor , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalBitXor },
{ PEX_BitXor , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalBitXor },
{ PEX_BitXor , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal ^= r->IntVal; return l; } },
{ PEX_BitXor , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal ^= r->UIntVal; return l; } },
{ PEX_BoolAnd , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalBoolAnd },
{ PEX_BoolAnd , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalBoolAnd },
{ PEX_BoolAnd , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->IntVal && r->IntVal; l->Type = TypeBool; return l; } },
{ PEX_BoolAnd , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->UIntVal && r->UIntVal; l->Type = TypeBool; return l; } },
{ PEX_BoolOr , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalBoolOr },
{ PEX_BoolOr , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalBoolOr },
{ PEX_BoolOr , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->IntVal || r->IntVal; l->Type = TypeBool; return l; } },
{ PEX_BoolOr , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->UIntVal || r->UIntVal; l->Type = TypeBool; return l; } },
{ PEX_LeftShift , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeUInt32, EvalSHL },
{ PEX_LeftShift , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalSHL },
{ PEX_LeftShift , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->IntVal <<= r->UIntVal; return l; } },
{ PEX_LeftShift , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal <<= r->UIntVal; return l; } },
{ PEX_RightShift , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeUInt32, EvalSHR_S },
{ PEX_RightShift , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalSHR_U },
{ PEX_RightShift , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->IntVal >>= r->UIntVal; return l; } },
{ PEX_RightShift , (PType **)&TypeUInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->UIntVal >>= r->UIntVal; return l; } },
{ PEX_LT , (PType **)&TypeBool, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalLTSInt32 },
{ PEX_LT , (PType **)&TypeBool, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalLTUInt32 },
{ PEX_LT , (PType **)&TypeBool, (PType **)&TypeFloat64, (PType **)&TypeFloat64, EvalLTFloat64 },
{ PEX_LT , (PType **)&TypeBool, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->IntVal < r->IntVal; l->Type = TypeBool; return l; } },
{ PEX_LT , (PType **)&TypeBool, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->UIntVal < r->UIntVal; l->Type = TypeBool; return l; } },
{ PEX_LT , (PType **)&TypeBool, (PType **)&TypeFloat64, (PType **)&TypeFloat64, [](auto *l, auto *r, auto &) { l->IntVal = l->DoubleVal < r->DoubleVal; l->Type = TypeBool; return l; } },
{ PEX_LTEQ , (PType **)&TypeBool, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalLTEQSInt32 },
{ PEX_LTEQ , (PType **)&TypeBool, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalLTEQUInt32 },
{ PEX_LTEQ , (PType **)&TypeBool, (PType **)&TypeFloat64, (PType **)&TypeFloat64, EvalLTEQFloat64 },
{ PEX_LTEQ , (PType **)&TypeBool, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->IntVal <= r->IntVal; l->Type = TypeBool; return l; } },
{ PEX_LTEQ , (PType **)&TypeBool, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->UIntVal <= r->UIntVal; l->Type = TypeBool; return l; } },
{ PEX_LTEQ , (PType **)&TypeBool, (PType **)&TypeFloat64, (PType **)&TypeFloat64, [](auto *l, auto *r, auto &) { l->IntVal = l->DoubleVal <= r->DoubleVal; l->Type = TypeBool; return l; } },
{ PEX_EQEQ , (PType **)&TypeBool, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalEQEQSInt32 },
{ PEX_EQEQ , (PType **)&TypeBool, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalEQEQUInt32 },
{ PEX_EQEQ , (PType **)&TypeBool, (PType **)&TypeFloat64, (PType **)&TypeFloat64, EvalEQEQFloat64 },
{ PEX_EQEQ , (PType **)&TypeBool, (PType **)&TypeSInt32, (PType **)&TypeSInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->IntVal == r->IntVal; l->Type = TypeBool; return l; } },
{ PEX_EQEQ , (PType **)&TypeBool, (PType **)&TypeUInt32, (PType **)&TypeUInt32, [](auto *l, auto *r, auto &) { l->IntVal = l->UIntVal == r->UIntVal; l->Type = TypeBool; return l; } },
{ PEX_EQEQ , (PType **)&TypeBool, (PType **)&TypeFloat64, (PType **)&TypeFloat64, [](auto *l, auto *r, auto &) { l->IntVal = l->DoubleVal == r->DoubleVal; l->Type = TypeBool; return l; } },
{ PEX_LTGTEQ , (PType **)&TypeSInt32, (PType **)&TypeSInt32, (PType **)&TypeSInt32, EvalLTGTEQSInt32 },
{ PEX_LTGTEQ , (PType **)&TypeSInt32, (PType **)&TypeUInt32, (PType **)&TypeUInt32, EvalLTGTEQUInt32 },