void instantiateWithInjectableValues(@Nonnull Object testClassInstance) {
if (isAvailableDuringSetup() && getFieldValue(testedField, testClassInstance) != null) {
return;
}
injectionState.setTestedField(testedField);
Object testedObject = getTestedObjectFromFieldInTestClassIfApplicable(testClassInstance);
Class<?> testedClass = testedField.getType();
if (testedObject == null && createAutomatically) {
if (reusePreviouslyCreatedInstance(testClassInstance, testedClass)) {
return;
}
if (testedObjectCreation != null) {
testedObject = testedObjectCreation.create();
setFieldValue(testedField, testClassInstance, testedObject);
injectionState.saveTestedObject(testedClass, testedObject);
}
} else if (testedObject != null) {
String dependencyKey = InjectionPoint.dependencyKey(testedClass, testedField.getName());
injectionState.saveTestedObject(dependencyKey, testedObject);
testedClass = testedObject.getClass();
}
if (testedObject != null) {
performFieldInjection(testedClass, testedObject);
executeInitializationMethodsIfAny(testedClass, testedObject);
}
}
TestedField(
@Nonnull InjectionState injectionState, @Nonnull Field field, @Nonnull Tested metadata) {
this.injectionState = injectionState;
testedField = field;
this.metadata = metadata;
fullInjection = metadata.fullyInitialized() ? new FullInjection(injectionState) : null;
Class<?> fieldType = field.getType();
if (fieldType.isInterface()) {
testedObjectCreation = null;
} else {
testedObjectCreation = new TestedObjectCreation(injectionState, fullInjection, field);
injectionState.lifecycleMethods.findLifecycleMethods(fieldType);
}
}