int CompareStmts(ImplAccStatement x, ImplAccStatement y)
{
if (x.Kind != y.Kind)
{
return(x.Kind.CompareTo(y.Kind));
}
switch (x)
{
case NoArgImplAccStatement:
return(0);
case EmmiImplAccStatement emmi_a:
var emmi_b = (EmmiImplAccStatement)y;
return(emmi_a.CompareTo(emmi_b));
case IntArgImplAccStatement ia_a:
var ia_b = (IntArgImplAccStatement)y;
return(ia_a.CompareTo(ia_b));
case IntX2ArgImplAccStatement ia2_a:
var ia2_b = (IntX2ArgImplAccStatement)y;
return(ia2_a.CompareTo(ia2_b));
case RegisterRangeImplAccStatement range_a:
var range_b = (RegisterRangeImplAccStatement)y;
return(range_a.CompareTo(range_b));
case RegisterImplAccStatement reg_a:
var reg_b = (RegisterImplAccStatement)y;
return(reg_a.CompareTo(reg_b));
case MemoryImplAccStatement mem_a:
var mem_b = (MemoryImplAccStatement)y;
return(mem_a.CompareTo(mem_b));
default:
throw new InvalidOperationException();
}
}
public override bool Equals([AllowNull] ImplAccStatement obj) => obj is RegisterRangeImplAccStatement other && Access == other.Access && RegisterFirst == other.RegisterFirst && RegisterLast == other.RegisterLast;
public override bool Equals([AllowNull] ImplAccStatement obj) => obj is IntX2ArgImplAccStatement other && Kind == other.Kind && Arg1 == other.Arg1 && Arg2 == other.Arg2;
