void ParseNamespace(LexSection section, ref int caret, ref ProtectLevel protectionLevel)
{
int begin = caret;
caret += "namespace".Length;
string namespaceName = ReadWord(section.data, ref caret);
int namespaceBegin = section.data.IndexOf('{', caret) + 1;
string block = ReadBlock(section.data, ref caret).Trim(' ', '\r', '\t', '\n');
string body = block.Substring(1, block.Length - 2).Trim(' ', '\r', '\t', '\n');
LexNamespace newNamespace = new LexNamespace()
{
begin = begin,
end = caret,
data = body,
name = namespaceName,
source = source,
parentLexSection = section
};
section.childSections.Add(newNamespace);
ParseLexSection(newNamespace, ProtectLevel.Public);
}
void CopyNamespace(LexNamespace source, LexNamespace target)
{
target.name = source.name;
target.classes.AddRange(source.classes);
target.childSections.AddRange(source.classes);
target.functions.AddRange(source.functions);
target.variables.AddRange(source.variables);
target.unknownBlocks.AddRange(source.unknownBlocks);
target.typedefs.AddRange(source.typedefs);
target.enums.AddRange(source.enums);
source.usingNamespaces.ForEach(x =>
{
if (target.usingNamespaces.Find(y => y.name == x.name) == null)
{
target.usingNamespaces.Add(x);
}
});
target.classes.ForEach(x => x.parentLexSection = target);
foreach (var chSource in source.childSections)
{
if (chSource.GetType() != typeof(LexNamespace))
{
continue;
}
var chTarget = target.childSections.Find(x =>
{
return(x.GetType() == typeof(LexNamespace) && (x as LexNamespace).name == (chSource as LexNamespace).name);
});
if (chTarget == null)
{
chTarget = new LexNamespace();
(chTarget as LexNamespace).name = (chSource as LexNamespace).name;
target.childSections.Add(chTarget);
}
chTarget.parentLexSection = target;
CopyNamespace(chSource as LexNamespace, chTarget as LexNamespace);
}
}
void ParseNamespace(LexSection section, ref int caret, ref ProtectLevel protectionLevel)
{
int begin = caret;
caret += "namespace".Length;
string namespaceName = ReadWord(section.data, ref caret);
int namespaceBegin = section.data.IndexOf('{', caret) + 1;
string block = ReadBlock(section.data, ref caret).Trim(' ', '\r', '\t', '\n');
string body = block.Substring(1, block.Length - 2).Trim(' ', '\r', '\t', '\n');
LexNamespace newNamespace = new LexNamespace()
{
begin = begin,
end = caret,
data = body,
name = namespaceName,
source = source,
parentLexSection = section
};
section.childSections.Add(newNamespace);
ParseLexSection(newNamespace, ProtectLevel.Public);
}
void CopyNamespace(LexNamespace source, LexNamespace target)
{
target.name = source.name;
target.classes.AddRange(source.classes);
target.childSections.AddRange(source.classes);
target.functions.AddRange(source.functions);
target.variables.AddRange(source.variables);
target.unknownBlocks.AddRange(source.unknownBlocks);
target.typedefs.AddRange(source.typedefs);
target.enums.AddRange(source.enums);
source.usingNamespaces.ForEach(x =>
{
if (target.usingNamespaces.Find(y => y.name == x.name) == null)
target.usingNamespaces.Add(x);
});
target.classes.ForEach(x => x.parentLexSection = target);
foreach (var chSource in source.childSections)
{
if (chSource.GetType() != typeof(LexNamespace))
continue;
var chTarget = target.childSections.Find(x =>
{
return x.GetType() == typeof(LexNamespace) && (x as LexNamespace).name == (chSource as LexNamespace).name;
});
if (chTarget == null)
{
chTarget = new LexNamespace();
(chTarget as LexNamespace).name = (chSource as LexNamespace).name;
target.childSections.Add(chTarget);
}
chTarget.parentLexSection = target;
CopyNamespace(chSource as LexNamespace, chTarget as LexNamespace);
}
}