@Test
public void testParserClass() throws Exception {
SpecParser parser = new SpecParser(ImmutableList.of(DUMMY_CLASS_NAME));
List<Spec> specs = parser.parse();
assertEquals(1, specs.size());
Spec spec = specs.get(0);
assertEquals(UnannotatedTestClass.class, spec.getSpecClass());
assertEquals(DUMMY_CLASS_NAME, spec.getSpecName());
assertEquals(0, spec.getMethods().size());
}
@Test
public void testParserMethod() throws Exception {
String specString = DUMMY_CLASS_NAME + "#" + DUMMY_METHOD_NAME;
SpecParser parser = new SpecParser(ImmutableList.of(specString));
List<Spec> specs = parser.parse();
assertEquals(1, specs.size());
Spec spec = specs.get(0);
assertEquals(UnannotatedTestClass.class, spec.getSpecClass());
assertEquals(DUMMY_CLASS_NAME, spec.getSpecName());
assertEquals(ImmutableList.of(DUMMY_METHOD_NAME), spec.getMethods());
}
/**
* Parse the specs passed in to the constructor.
*
* @return List of parsed specs
* @throws SpecException
*/
public List<Spec> parse() throws SpecException {
for (String specString : testSpecStrings) {
if (specString.indexOf('#') >= 0) {
addMethod(specString);
continue;
}
// The specString is expected to be the same as the fully qualified class name
if (classNamesInSpecs.contains(specString)) {
Spec spec = getOrCreateSpec(specString, specString);
if (!spec.getMethods().isEmpty()) {
throw new SpecException(
specString, "Request for entire class already requesting individual methods");
}
continue;
}
getOrCreateSpec(specString, specString);
}
return ImmutableList.copyOf(specs.values());
}
