void Doclet::prewalk(Class& instance)
{
if (instance.isForwardDeclaration()) {
return;
}
if (instance.hasDocumentation()) {
Documentation* documentation = instance.getDocumentation();
if (documentation->containsAnnotation("@prototype") ||
documentation->containsAnnotation("@prototyped")) {
_hasClassAnnotationMatch = true;
_className = instance.getName();
_className += "Prototype";
_fileName = _outputDir + "/" + _className + "Prototype";
}
}
typedef std::vector <Attribute*>::iterator AttributeIterType;
for (AttributeIterType iter = instance.getAttributes().begin(); iter != instance.getAttributes().end(); iter++) {
prewalk(**iter);
}
typedef std::vector <Method*>::iterator MethodIterType;
for (MethodIterType iter = instance.getMethods().begin(); iter != instance.getMethods().end(); iter++) {
prewalk(**iter);
}
}
void Doclet::process(Class& instance)
{
if (instance.isForwardDeclaration()) {
return;
}
_outputBuffer += "class " + _className + "\n";
_outputBuffer += "{\n";
typedef std::vector <Attribute*>::iterator AttributeIterType;
for (AttributeIterType iter = instance.getAttributes().begin(); iter != instance.getAttributes().end(); iter++) {
process(**iter);
}
typedef std::vector <Method*>::iterator MethodIterType;
for (MethodIterType iter = instance.getMethods().begin(); iter != instance.getMethods().end(); iter++) {
process(**iter);
}
_outputBuffer += "};\n\n\n";
}