public static UnaryOperator UnaryOp(this AnyInstruction instr, uint bcv)
{
if (bcv > 0xE)
{
switch (instr.OpCode.VersionF)
{
case FOpCode.Neg:
return(UnaryOperator.Negation);
case FOpCode.Not:
return(UnaryOperator.Complement);
case FOpCode.Ret:
return(UnaryOperator.Return);
case FOpCode.Exit:
return(UnaryOperator.Exit);
case FOpCode.Conv:
return(UnaryOperator.Convert);
case FOpCode.Dup:
return(UnaryOperator.Duplicate);
}
}
else
{
switch (instr.OpCode.VersionE)
{
case EOpCode.Neg:
return(UnaryOperator.Negation);
case EOpCode.Not:
return(UnaryOperator.Complement);
case EOpCode.Ret:
return(UnaryOperator.Return);
case EOpCode.Exit:
return(UnaryOperator.Exit);
case EOpCode.Conv:
return(UnaryOperator.Convert);
case EOpCode.Dup:
return(UnaryOperator.Duplicate);
}
}
return(0);
}
public static ExpressionType ExprType(this AnyInstruction instr, uint bcv)
{
if (bcv > 0xE)
{
switch (instr.OpCode.VersionF)
{
case FOpCode.PushCst:
case FOpCode.PushGlb:
case FOpCode.PushVar:
case FOpCode.PushI16:
case FOpCode.PushLoc:
return(instr.Push.Type == DataType.Variable ? ExpressionType.Variable : ExpressionType.Literal);
case FOpCode.Set:
return(ExpressionType.Set);
case FOpCode.Call:
return(ExpressionType.Call);
}
}
else
{
switch (instr.OpCode.VersionE)
{
case EOpCode.Push:
return(instr.Push.Type == DataType.Variable ? ExpressionType.Variable : ExpressionType.Literal);
case EOpCode.Set:
return(ExpressionType.Set);
case EOpCode.Call:
return(ExpressionType.Call);
}
}
if (instr.UnaryOp(bcv) != 0)
{
return(ExpressionType.UnaryOp);
}
if (instr.BinaryOp(bcv) != 0)
{
return(ExpressionType.BinaryOp);
}
return(0);
}
public static InstructionKind Kind(this AnyInstruction instr, uint bcv) => instr.OpCode.Kind(bcv);
public static uint Rest(this AnyInstruction instr) => instr.InstrData & 0x00FFFFFF;
public static BinaryOperator BinaryOp(this AnyInstruction instr, uint bcv)
{
if (bcv > 0xE)
{
switch (instr.OpCode.VersionF)
{
case FOpCode.Add:
return(BinaryOperator.Addition);
case FOpCode.Sub:
return(BinaryOperator.Subtraction);
case FOpCode.Mul:
return(BinaryOperator.Multiplication);
case FOpCode.Div:
return(BinaryOperator.Division);
case FOpCode.Rem:
return(BinaryOperator.Remainder);
case FOpCode.Mod:
return(BinaryOperator.Modulo);
case FOpCode.And:
return(BinaryOperator.And);
case FOpCode.Or:
return(BinaryOperator.Or);
case FOpCode.Xor:
return(BinaryOperator.Xor);
case FOpCode.Shl:
return(BinaryOperator.LeftShift);
case FOpCode.Shr:
return(BinaryOperator.RightShift);
case FOpCode.Cmp:
switch (instr.DoubleType.ComparisonType)
{
case ComparisonType.Equality:
return(BinaryOperator.Equality);
case ComparisonType.Inequality:
return(BinaryOperator.Inequality);
case ComparisonType.GreaterThan:
return(BinaryOperator.GreaterThan);
case ComparisonType.LowerThan:
return(BinaryOperator.LowerThan);
case ComparisonType.GTOrEqual:
return(BinaryOperator.GTOrEqual);
case ComparisonType.LTOrEqual:
return(BinaryOperator.LTOrEqual);
}
return(0); // ?
}
}
else
{
switch (instr.OpCode.VersionE)
{
case EOpCode.Add:
return(BinaryOperator.Addition);
case EOpCode.Sub:
return(BinaryOperator.Subtraction);
case EOpCode.Mul:
return(BinaryOperator.Multiplication);
case EOpCode.Div:
return(BinaryOperator.Division);
case EOpCode.Rem:
return(BinaryOperator.Remainder);
case EOpCode.Mod:
return(BinaryOperator.Modulo);
case EOpCode.And:
return(BinaryOperator.And);
case EOpCode.Or:
return(BinaryOperator.Or);
case EOpCode.Xor:
return(BinaryOperator.Xor);
case EOpCode.Shl:
return(BinaryOperator.LeftShift);
case EOpCode.Shr:
return(BinaryOperator.RightShift);
case EOpCode.Ceq:
return(BinaryOperator.Equality);
case EOpCode.Cne:
return(BinaryOperator.Inequality);
case EOpCode.Cgt:
return(BinaryOperator.GreaterThan);
case EOpCode.Clt:
return(BinaryOperator.LowerThan);
case EOpCode.Cge:
return(BinaryOperator.GTOrEqual);
case EOpCode.Cle:
return(BinaryOperator.LTOrEqual);
}
}
return(0);
}