/**
* Returns a class which has a static method with the same name as 'method', whose body creates an
* new instance of 'specimen', casts it to 'iface' (including the type parameters) and invokes
* 'method' upon it via an invokeinterface instruction with 'args' as function call parameters.
*/
private Class invokeInterfaceHarness(
Class specimen, Extends iface, AbstractMethod method, String... args) {
Interface istub =
new Interface(
iface.getType().getName(),
iface.getType().getAccessFlags(),
iface.getType().getParameters(),
null,
Arrays.asList((Method) method));
Class cstub = new Class(specimen.getName());
String params = toJoinedString(args, ", ");
ConcreteMethod sm =
new ConcreteMethod(
"int",
SourceModel.stdMethodName,
String.format(
"return ((%s)(new %s())).%s(%s);",
iface.toString(), specimen.getName(), method.getName(), params),
new AccessFlag("public"),
new AccessFlag("static"));
sm.suppressWarnings();
Class ii = new Class("II_" + specimen.getName() + "_" + iface.getType().getName(), sm);
ii.addCompilationDependency(istub);
ii.addCompilationDependency(cstub);
ii.addCompilationDependency(method);
return ii;
}
/**
* Compiles a hierarchy, starting at 'type' and return a mapping of the name to the location where
* the classfile for that type resides.
*/
private Map<String, File> compileHierarchy(Type type) {
HashMap<String, File> outputDirs = new HashMap<>();
File outDir = compileOne(type);
outputDirs.put(type.getName(), outDir);
Class superClass = type.getSuperclass();
if (superClass != null) {
for (Map.Entry<String, File> each : compileHierarchy(superClass).entrySet()) {
outputDirs.put(each.getKey(), each.getValue());
}
}
for (Extends ext : type.getSupertypes()) {
Type iface = ext.getType();
for (Map.Entry<String, File> each : compileHierarchy(iface).entrySet()) {
outputDirs.put(each.getKey(), each.getValue());
}
}
return outputDirs;
}
public static void main(String[] args) {
Extends ex = new Extends();
ex.getC();
}
