public Method(string identifier, TypeOf returnType, Member info)
: base(info)
{
this.Identifier = identifier;
this.ReturnType = returnType;
this.ParameterTypes = TypeOf.EmptyList();
}
public Method(string identifier, TypeOf returnType, List<TypeOf> parameterTypes, Member info)
: base(info)
{
this.Identifier = identifier;
this.ReturnType = returnType;
this.ParameterTypes = parameterTypes.AsReadOnly();
}
protected Member(Member source)
{
this.Annotations = source.Annotations;
this.Modifiers = source.Modifiers;
}
public Member(Member source, Modifiers newModifiers)
{
this.Annotations = source.Annotations;
this.Modifiers = newModifiers;
}
/// <summary>
/// Recursively reads all members of a Type, including all nested Types. Called on a cloned JavaCodeParser that only
/// contains contents of the Type block.
/// </summary>
private void ReadTypeContents(Type type)
{
// enum values
if (type.Declaration == Type.DeclarationType.Enum){
Type.DataEnum enumData = type.GetData<Type.DataEnum>();
JavaCodeParser enumParser = ReadToIfBalanced(';');
if (enumParser.Contents.Length == 0)enumParser = this;
foreach(string enumValue in enumParser.ReadEnumValueList()){
enumData.EnumValues.Add(enumValue);
}
if (Char == ';')Skip();
}
// members
int skippedMembers = 0;
while(!IsEOF && skippedMembers < 50){
Member memberInfo = SkipReadMemberInfo(); // skips spaces at the beginning and end
// nested types
Type.DeclarationType? declaration = ReadTypeDeclaration();
if (declaration.HasValue){
string identifier = SkipSpaces().ReadIdentifier();
if (identifier.Length == 0)break; // error, break out
Type nestedType = new Type(declaration.Value, identifier, memberInfo);
((JavaCodeParser)SkipTo('{').ReadBlock('{', '}')).ReadTypeContents(nestedType);
SkipSpacesAndSemicolons();
type.NestedTypes.Add(nestedType);
continue;
}
// static / instance initializer
if (Char == '{'){
Method method = new Method(memberInfo.Modifiers.HasFlag(Modifiers.Static) ? "<clinit>" : "<init>", TypeOf.Void(), memberInfo);
SkipProcessCodeBlock();
type.GetData().Methods.Add(method);
continue;
}
// fields and methods
TypeOf? returnOrFieldType = ReadTypeOf(false);
if (returnOrFieldType.HasValue){
int prevCursor = cursor;
string identifier = SkipSpaces().ReadIdentifier();
if (identifier.Length == 0 && string.Equals(returnOrFieldType.Value.AsSimpleType(), type.Identifier)){ // constructor
identifier = Method.ConstructorIdentifier;
returnOrFieldType = TypeOf.Void();
}
if (identifier.Length == 0)break; // error, break out
if (SkipSpaces().Char == '('){ // method
List<TypeOf> parameterList = ((JavaCodeParser)ReadBlock('(', ')')).ReadMethodParameterList();
if (type.Declaration == Type.DeclarationType.Annotation){
if (SkipSpaces().SkipIfMatch("default^n")){
memberInfo = new Member(memberInfo, memberInfo.Modifiers | Modifiers.Default);
SkipTo(';');
}
}
else{
if (SkipSpaces().SkipIfMatch("throws^s")){
while(true){
ReadFullTypeName();
if (SkipSpaces().Char == ',')Skip().SkipSpaces();
else break;
}
}
}
if (Char == ';')Skip();
else{
SkipProcessCodeBlock();
SkipSpacesAndSemicolons();
}
type.GetData().Methods.Add(new Method(identifier, returnOrFieldType.Value, parameterList, type.GetData().UpdateMethodInfo(memberInfo)));
}
else{ // field
Type.TypeData data = type.GetData();
cursor = prevCursor;
foreach(string fieldIdentifier in ReadToIfBalanced(';').ReadFieldIdentifierList()){
data.Fields.Add(new Field(fieldIdentifier, returnOrFieldType.Value, data.UpdateFieldInfo(memberInfo)));
}
Skip();
}
continue;
}
// extra checks before the skip
if (Char == ';'){
Skip();
continue;
}
if (IsEOF)break;
// skip
if (skippedMembers == 0){
System.Diagnostics.Debugger.Break();
}
SkipBlock('{', '}');
SkipSpacesAndSemicolons();
++skippedMembers;
}
}