private string OpToString(CodeOperatorType codeOperatorType)
{
switch (codeOperatorType)
{
default: throw new NotImplementedException("Op: " + codeOperatorType);
case CodeOperatorType.Complement: return("~");
case CodeOperatorType.Mod: return("%");
case CodeOperatorType.Add: return("+");
case CodeOperatorType.Sub: return("-");
case CodeOperatorType.Gt: return(">");
case CodeOperatorType.Ge: return(">=");
case CodeOperatorType.Le: return("<=");
case CodeOperatorType.Lt: return("<");
case CodeOperatorType.IdentityEquality: return("==");
case CodeOperatorType.Equal: return("==");
case CodeOperatorType.IdentityInequality: return("!=");
case CodeOperatorType.NotEqual: return("!=");
case CodeOperatorType.Is: return("is");
case CodeOperatorType.BitAnd: return("&");
case CodeOperatorType.BitOr: return("|");
case CodeOperatorType.BitXor: return("^");
case CodeOperatorType.LogAnd: return("&&");
case CodeOperatorType.LogOr: return("||");
case CodeOperatorType.Not: return("!");
case CodeOperatorType.Assign: return(":=");
case CodeOperatorType.Mul: return("*");
case CodeOperatorType.Div: return("/");
case CodeOperatorType.Shl: return("<<");
case CodeOperatorType.Shr: return(">>");
case CodeOperatorType.AddEq: return("+=");
case CodeOperatorType.SubEq: return("-=");
case CodeOperatorType.ModEq: return("%=");
case CodeOperatorType.MulEq: return("*=");
case CodeOperatorType.DivEq: return("/=");
case CodeOperatorType.OrEq: return("|=");
case CodeOperatorType.AndEq: return("|=");
case CodeOperatorType.ShlEq: return("<<=");
case CodeOperatorType.ShrEq: return(">>=");
case CodeOperatorType.XorEq: return("^=");
}
}
public CodeBinaryOperatorExpression BinOp(CodeExpression l, CodeOperatorType op, CodeExpression r)
{
return(new CodeBinaryOperatorExpression(l, op, r));
}
public CodeUnaryOperatorExpression(CodeOperatorType codeOperatorType, CodeExpression e)
{
this.Operator = codeOperatorType;
this.Expression = e;
}
public CodeBinaryOperatorExpression BinOp(CodeExpression l, CodeOperatorType op, CodeExpression r)
{
return new CodeBinaryOperatorExpression(l, op, r);
}
public CodeBinaryOperatorExpression(CodeExpression l, CodeOperatorType op, CodeExpression r)
{
this.Left = l;
this.Operator = op;
this.Right = r;
}
private static Precedence operatorPrecedence(CodeOperatorType op) => op switch
{
private string OpToString(CodeOperatorType codeOperatorType)
{
switch (codeOperatorType)
{
default: throw new NotImplementedException("Op: " + codeOperatorType);
case CodeOperatorType.Complement: return "~";
case CodeOperatorType.Mod: return "%";
case CodeOperatorType.Add: return "+";
case CodeOperatorType.Sub: return "-";
case CodeOperatorType.Gt: return ">";
case CodeOperatorType.Ge: return ">=";
case CodeOperatorType.Le: return "<=";
case CodeOperatorType.Lt: return "<";
case CodeOperatorType.IdentityEquality: return "==";
case CodeOperatorType.Equal: return "==";
case CodeOperatorType.IdentityInequality: return "!=";
case CodeOperatorType.NotEqual: return "!=";
case CodeOperatorType.Is: return "is";
case CodeOperatorType.BitAnd: return "&";
case CodeOperatorType.BitOr: return "|";
case CodeOperatorType.BitXor: return "^";
case CodeOperatorType.LogAnd: return "&&";
case CodeOperatorType.LogOr: return "||";
case CodeOperatorType.Not: return "!";
case CodeOperatorType.Assign: return ":=";
case CodeOperatorType.Mul: return "*";
case CodeOperatorType.Div: return "/";
case CodeOperatorType.Shl: return "<<";
case CodeOperatorType.Shr: return ">>";
case CodeOperatorType.AddEq: return "+=";
case CodeOperatorType.SubEq: return "-=";
case CodeOperatorType.MulEq: return "*=";
case CodeOperatorType.DivEq: return "/=";
case CodeOperatorType.OrEq: return "|=";
case CodeOperatorType.AndEq: return "|=";
case CodeOperatorType.ShlEq: return "<<=";
case CodeOperatorType.ShrEq: return ">>=";
case CodeOperatorType.XorEq: return "^=";
}
}
