string toAndroidType(Interface& ext, string& androidPackageName, string& ctype, bool autoBox, bool constant, bool bytecode) {
int ptrDepth = 0;
string extractedType = extractPointerType(ctype, ptrDepth);
if (ptrDepth > 0) {
if (bytecode) {
return POINTER_CLASS;
} else {
string prefix = "";
string suffix = "";
for (int i = 0; i < ptrDepth; i++) {
prefix.append("Pointer<");
suffix.append(">");
}
return prefix + toAndroidType(ext, androidPackageName, extractedType, true, constant, bytecode) + suffix;
}
} else {
extractedType = resolveTypedef(ext, extractedType);
if (extractedType == "NCString" || extractedType == "MAString") {
if (bytecode) {
return constant ? JAVA_STRING_CLASS : CSTRING_CLASS;
} else {
return constant ? "String" : "CString";
}
}
if (autoBox) {
if (extractedType == "int") return "Integer";
if (extractedType == "char") return "Byte";
if (extractedType == "double") return "Double";
if (extractedType == "float") return "Float";
if (extractedType == "long long") return "Long";
} else {
if (extractedType == "int") return (bytecode ? "I" : "int");
if (extractedType == "double") return (bytecode ? "D" : "double");
if (extractedType == "float") return (bytecode ? "F" : "float");
if (extractedType == "void") return (bytecode ? "V" : "void");
if (extractedType == "long long") return (bytecode ? "J" : "long");
if (extractedType == "char") return (bytecode ? "B" : "byte");
// S - short, Z - boolean
}
// The rest are structs
return bytecode ?
getBytecodeStructClass(androidPackageName, extractedType) :
extractedType;
}
}
inline const T* resolveTypedefT(const z::Ast::TypeSpec& typeSpec) {
const z::Ast::TypeSpec* ts = resolveTypedef(typeSpec);
const T* td = dynamic_cast<const T*>(ts);
return td;
}
inline const z::Ast::TypeSpec& resolveTypedefR(const z::Ast::TypeSpec& typeSpec) {
const z::Ast::TypeSpec* ts = resolveTypedef(typeSpec);
return z::ref(ts);
}
