/**
* Finds the configuration methods based on the configured {@link ConfigurationStrategy}.
*
* @return collection of configuration methods (cannot be null but can be empty)
* @throws Exception - If test instance cannot be created - Re-thrown while finding the
* configuration methods
*/
protected Collection<JUnit4ConfigMethod> getConfigurationMethods() throws Exception {
final Object testInstance = m_testClass.getJavaClass().newInstance();
ConfigurationStrategy configStrategy =
m_testClass.getJavaClass().getAnnotation(ConfigurationStrategy.class);
if (configStrategy == null) {
configStrategy =
DefaultConfigurationStrategy.class.getAnnotation(ConfigurationStrategy.class);
}
final Class<? extends JUnit4ConfigMethods>[] configMethodsClasses = configStrategy.value();
final List<JUnit4ConfigMethod> configMethods = new ArrayList<JUnit4ConfigMethod>();
for (final Class<? extends JUnit4ConfigMethods> configMethodsClass : configMethodsClasses) {
final Collection<? extends JUnit4ConfigMethod> methods =
configMethodsClass.newInstance().getConfigMethods(m_testClass, testInstance);
if (methods != null) {
configMethods.addAll(methods);
}
}
Configuration profileConfiguration =
m_testClass.getJavaClass().getAnnotation(Configuration.class);
if (profileConfiguration != null) {
for (final Class<? extends CompositeOption> options : profileConfiguration.extend()) {
configMethods.add(
new JUnit4ConfigMethod() {
public boolean matches(Method testMethod) {
// match all
return true;
}
public Option[] getOptions() throws Exception {
return options.newInstance().getOptions();
}
});
}
}
return configMethods;
}
