// e.g. given the method void f() {...}, prints "void f"
// for a cast operator #fn(Foo, #cast, #(...)) it prints "operator Foo" if requested
private LNode PrintTypeAndName(bool isConstructor, bool isCastOperator = false, AttrStyle attrStyle = AttrStyle.IsDefinition, string eventKeywordOpt = null)
{
LNode retType = _n.Args[0], name = _n.Args[1];
var ifClause = GetIfClause();
if (retType.HasPAttrs())
{
using (With(retType))
G.Verify(0 == PrintAttrs(StartStmt, AttrStyle.NoKeywordAttrs, 0, null, "return"));
}
G.Verify(0 == PrintAttrs(StartStmt, attrStyle, 0, ifClause));
if (eventKeywordOpt != null)
{
_out.Write(eventKeywordOpt, true);
}
if (_n.Name == S.Delegate)
{
_out.Write("delegate", true);
_out.Space();
}
if (isCastOperator)
{
_out.Write("operator", true);
_out.Space();
PrintType(retType, ContinueExpr, Ambiguity.AllowPointer | Ambiguity.DropAttributes);
}
else
{
if (!isConstructor)
{
PrintType(retType, ContinueExpr, Ambiguity.AllowPointer | Ambiguity.DropAttributes);
_out.Space();
}
if (isConstructor && name.IsIdNamed(S.This))
{
_out.Write("this", true);
}
else
{
PrintExpr(name, ContinueExpr, Ambiguity.InDefinitionName);
}
}
return(ifClause);
}
// e.g. given the method void f() {...}, prints "void f"
// for a cast operator #fn(Foo, #cast, #(...)) it prints "operator Foo" if requested
private void PrintTypeAndName(bool isConstructor, bool isCastOperator = false, AttrStyle attrStyle = AttrStyle.IsDefinition, string eventKeywordOpt = null)
{
LNode retType = _n.Args[0], name = _n.Args[1];
if (retType.HasPAttrs())
using (With(retType, StartStmt))
G.Verify(0 == PrintAttrs(AttrStyle.NoKeywordAttrs, null, "return"));
G.Verify(0 == PrintAttrs(attrStyle));
var target = _n.Target; // #fn or #prop
PrintTrivia(target, trailingTrivia: false);
PrintTrivia(target, trailingTrivia: true);
if (eventKeywordOpt != null)
_out.Write(eventKeywordOpt, true);
if (_name == S.Delegate)
{
_out.Write("delegate", true);
_out.Space();
}
if (isCastOperator)
{
_out.Write("operator", true);
_out.Space();
PrintType(retType, ContinueExpr, Ambiguity.AllowPointer);
}
else
{
if (!isConstructor) {
PrintType(retType, ContinueExpr, Ambiguity.AllowPointer | Ambiguity.NoParentheses);
if (_out.LastCharWritten != '\n')
_out.Space();
}
if (isConstructor && name.IsIdNamed(S.This))
_out.Write("this", true);
else
PrintExpr(name, ContinueExpr, Ambiguity.InDefinitionName | Ambiguity.NoParentheses);
}
}
// e.g. given the method void f() {...}, prints "void f"
// for a cast operator #fn(Foo, #cast, #(...)) it prints "operator Foo" if requested
private void PrintTypeAndName(bool isConstructor, bool isCastOperator = false, AttrStyle attrStyle = AttrStyle.IsDefinition, string eventKeywordOpt = null)
{
LNode retType = _n.Args[0], name = _n.Args[1];
if (retType.HasPAttrs())
{
using (With(retType, StartStmt))
G.Verify(0 == PrintAttrs(AttrStyle.NoKeywordAttrs, null, "return"));
}
G.Verify(0 == PrintAttrs(attrStyle));
var target = _n.Target; // #fn or #prop
PrintTrivia(target, trailingTrivia: false);
PrintTrivia(target, trailingTrivia: true);
if (eventKeywordOpt != null)
{
_out.Write(eventKeywordOpt, true);
}
if (_name == S.Delegate)
{
_out.Write("delegate", true);
_out.Space();
}
if (isCastOperator)
{
_out.Write("operator", true);
_out.Space();
PrintType(retType, ContinueExpr, Ambiguity.AllowPointer);
}
else
{
if (!isConstructor)
{
PrintType(retType, ContinueExpr, Ambiguity.AllowPointer | Ambiguity.NoParentheses);
if (_out.LastCharWritten != '\n')
{
_out.Space();
}
}
if (isConstructor && name.IsIdNamed(S.This))
{
_out.Write("this", true);
}
else
{
PrintExpr(name, ContinueExpr, Ambiguity.InDefinitionName | Ambiguity.NoParentheses);
}
}
}
// e.g. given the method void f() {...}, prints "void f"
// for a cast operator #fn(Foo, #cast, #(...)) it prints "operator Foo" if requested
private LNode PrintTypeAndName(bool isConstructor, bool isCastOperator = false, AttrStyle attrStyle = AttrStyle.IsDefinition, string eventKeywordOpt = null)
{
LNode retType = _n.Args[0], name = _n.Args[1];
var ifClause = GetIfClause();
if (retType.HasPAttrs())
using (With(retType))
G.Verify(0 == PrintAttrs(StartStmt, AttrStyle.NoKeywordAttrs, 0, null, "return"));
G.Verify(0 == PrintAttrs(StartStmt, attrStyle, 0, ifClause));
if (eventKeywordOpt != null)
_out.Write(eventKeywordOpt, true);
if (_n.Name == S.Delegate)
{
_out.Write("delegate", true);
_out.Space();
}
if (isCastOperator)
{
_out.Write("operator", true);
_out.Space();
PrintType(retType, ContinueExpr, Ambiguity.AllowPointer | Ambiguity.DropAttributes);
}
else
{
if (!isConstructor) {
PrintType(retType, ContinueExpr, Ambiguity.AllowPointer | Ambiguity.DropAttributes);
_out.Space();
}
if (isConstructor && name.IsIdNamed(S.This))
_out.Write("this", true);
else
PrintExpr(name, ContinueExpr, Ambiguity.InDefinitionName);
}
return ifClause;
}
