public void testComparison() throws Exception {
DefDescriptor<?> fakeComponent =
DefDescriptorImpl.getInstance("aura:fakeComponent", ComponentDef.class);
DefDescriptor<?> fakeComponent2 =
DefDescriptorImpl.getInstance("Aura:FakeComponent", ComponentDef.class);
DefDescriptor<?> fooComponent = DefDescriptorImpl.getInstance("aura:foo", ComponentDef.class);
DefDescriptor<?> fakeComponentLayout =
DefDescriptorImpl.getInstance("aura:fakeComponent", LayoutsDef.class);
assertTrue(fakeComponent.compareTo(fakeComponent2) == 0);
assertTrue(fooComponent.compareTo(fakeComponent) > 0);
assertTrue(fakeComponent.compareTo(fooComponent) < 0);
assertTrue(fakeComponent.compareTo(fakeComponentLayout) < 0);
assertTrue(fakeComponentLayout.compareTo(fakeComponent) > 0);
}
public void testApexDescriptors() {
DefDescriptor<ControllerDef> descriptor =
DefDescriptorImpl.getInstance("apex://foo.Bar", ControllerDef.class);
assertEquals("apex", descriptor.getPrefix());
assertEquals("Bar", descriptor.getName());
assertEquals("foo", descriptor.getNamespace());
assertEquals("apex://foo.Bar", descriptor.getQualifiedName());
}
public void testControllerDescriptorStringLocation() {
DefDescriptor<ControllerDef> descriptor =
DefDescriptorImpl.getInstance("java://foo.Bar", ControllerDef.class);
assertEquals("java", descriptor.getPrefix());
assertEquals("Bar", descriptor.getName());
assertEquals("foo", descriptor.getNamespace());
assertEquals("java://foo.Bar", descriptor.getQualifiedName());
}
public void testBadNameChars() {
try {
DefDescriptorImpl.getInstance(
"markup://foo.1234567890ABCDEFGHIJKLMNOPQRSTUVWXYZ+/", ComponentDef.class);
fail("did not fail on invalid characters");
} catch (AuraRuntimeException expected) {
// ignore, I suppose we could check the string, but we should
// probably change the exception as well.
}
}
@ThreadHostileTest("cache dependent")
public void testGetInstance() throws Exception {
// test getInstance(tag, defClass)
DefDescriptor<?> testDescriptor =
DefDescriptorImpl.getInstance("aura:text", ComponentDef.class);
// getInstance should never return null
assertNotNull(testDescriptor);
// even if the component doesn't exist
assertNotNull(DefDescriptorImpl.getInstance("fake:component", ComponentDef.class));
// subsequent calls to getInstance should return objects that are the same.
assertSame(testDescriptor, (DefDescriptorImpl.getInstance("aura:text", ComponentDef.class)));
// test getInstance(null, defClass)
DefDescriptor<ComponentDef> testDescriptorNullTag = null;
try {
testDescriptorNullTag = DefDescriptorImpl.getInstance(null, ComponentDef.class);
fail("Should have thrown AuraException for null tag in ComponentDefDescriptor");
} catch (AuraRuntimeException expected) {
assertEquals("descriptor is null", expected.getMessage());
}
// test getInstance(name, null)
try {
testDescriptorNullTag = DefDescriptorImpl.getInstance("aura:text", null);
fail("Should have thrown AuraException for null defClass in ComponentDefDescriptor");
} catch (AuraRuntimeException expected) {
assertEquals("descriptor is null", expected.getMessage());
}
assertNull(testDescriptorNullTag);
// test getting type instances.
// Why did qualified name EVER match?? --fka3
// It is unncetain why this fails. Here is a bug for investigation: W-2051904.
// testDescriptor = DefDescriptorImpl.getInstance("Aura.Component", TypeDef.class);
// assertEquals(testDescriptor, (DefDescriptorImpl.getInstance("aura://Aura.Component",
// TypeDef.class)));
testDescriptor = DefDescriptorImpl.getInstance("aura://Aura.Component[]", TypeDef.class);
assertEquals(
testDescriptor, (DefDescriptorImpl.getInstance("Aura.Component[]", TypeDef.class)));
testDescriptor = DefDescriptorImpl.getInstance("aura://List<String>", TypeDef.class);
assertEquals(testDescriptor, (DefDescriptorImpl.getInstance("List<String>", TypeDef.class)));
testDescriptor = DefDescriptorImpl.getInstance("aura://List", TypeDef.class);
assertEquals(testDescriptor, (DefDescriptorImpl.getInstance("List", TypeDef.class)));
// no type validation for map sub-types
testDescriptor = DefDescriptorImpl.getInstance("Map<Aura.Component>", TypeDef.class);
assertEquals(testDescriptor, (DefDescriptorImpl.getInstance("Map<String>", TypeDef.class)));
}
public void testGetDefType() throws Exception {
DefDescriptor<ComponentDef> testDescriptor =
DefDescriptorImpl.getInstance("aura:text", ComponentDef.class);
assertEquals(testDescriptor.getDefType(), DefType.COMPONENT);
}
public void testSerialize2() throws Exception {
DefDescriptor<ControllerDef> descriptor =
DefDescriptorImpl.getInstance("java://foo.Bar", ControllerDef.class);
serializeAndGoldFile(descriptor);
}
public void testEquals() throws Exception {
testEquals(
DefDescriptorImpl.getInstance("aura:fakeComponent", ComponentDef.class),
vendor.makeComponentDefDescriptor("aura:fakeComponent"),
0);
testEquals(
DefDescriptorImpl.getInstance("aurA:Fakecomponent", ComponentDef.class),
vendor.makeComponentDefDescriptor("aura:fakeComponent"),
0);
testEquals(
DefDescriptorImpl.getInstance("fake:component", ComponentDef.class),
vendor.makeComponentDefDescriptor("fake:component"),
0);
testEquals(
DefDescriptorImpl.getInstance("aura:text", ComponentDef.class),
vendor.makeComponentDefDescriptor("aura:text"),
0);
testEquals(
DefDescriptorImpl.getInstance("some:component", ComponentDef.class),
DefDescriptorImpl.getInstance("markup://some:component", ComponentDef.class),
0);
/* this class of descriptors does not default a prefix, which makes sense in some cases like for renderer, provider, etc.
testEquals(DefDescriptorImpl.getInstance("js://some.component", HelperDef.class),
DefDescriptorImpl.getInstance("some.component", HelperDef.class), 0);
*/
testEquals(
DefDescriptorImpl.getInstance("aura:fakeComponent", ComponentDef.class),
vendor.makeComponentDefDescriptor("fake:component"),
-1);
testEquals(
DefDescriptorImpl.getInstance("aura:fakeComponent", ComponentDef.class),
vendor.makeComponentDefDescriptor("aura:text"),
-1);
testEquals(
DefDescriptorImpl.getInstance("fake:component", ComponentDef.class),
vendor.makeComponentDefDescriptor("aura:fakeComponent"),
1);
testEquals(
DefDescriptorImpl.getInstance("fake:component", ComponentDef.class),
vendor.makeComponentDefDescriptor("aura:text"),
1);
testEquals(
DefDescriptorImpl.getInstance("aura:text", ComponentDef.class),
vendor.makeComponentDefDescriptor("fake:component"),
-1);
testEquals(
DefDescriptorImpl.getInstance("aura:text", ComponentDef.class),
vendor.makeComponentDefDescriptor("aura:fakeComponent"),
1);
testEquals(
DefDescriptorImpl.getInstance("aura:text", ApplicationDef.class),
vendor.makeComponentDefDescriptor("aura:text"),
-1);
}
@Override
public <D extends Definition> Set<DefDescriptor<D>> find(DefDescriptor<D> matcher) {
Set<DefDescriptor<D>> matched;
if (matcher.getNamespace().equals("*")) {
matched = new LinkedHashSet<DefDescriptor<D>>();
String qualifiedNamePattern = null;
switch (matcher.getDefType()) {
case CONTROLLER:
case TESTSUITE:
case MODEL:
case RENDERER:
case HELPER:
case STYLE:
case TYPE:
case PROVIDER:
case SECURITY_PROVIDER:
qualifiedNamePattern = "%s://%s.%s";
break;
case ATTRIBUTE:
case LAYOUT:
case LAYOUT_ITEM:
case TESTCASE:
case APPLICATION:
case COMPONENT:
case INTERFACE:
case EVENT:
case DOCUMENTATION:
case LAYOUTS:
case NAMESPACE:
case THEME:
qualifiedNamePattern = "%s://%s:%s";
break;
case ACTION:
// TODO: FIXME
throw new AuraRuntimeException("Find on ACTION defs not supported.");
}
for (String namespace : delegateRegistries.getAllNamespaces()) {
String qualifiedName =
String.format(
qualifiedNamePattern,
matcher.getPrefix() != null ? matcher.getPrefix() : "*",
namespace,
matcher.getName() != null ? matcher.getName() : "*");
@SuppressWarnings("unchecked")
DefDescriptor<D> namespacedMatcher =
(DefDescriptor<D>)
DefDescriptorImpl.getInstance(
qualifiedName, matcher.getDefType().getPrimaryInterface());
DefRegistry<D> registry = getRegistryFor(namespacedMatcher);
if (registry != null) {
matched.addAll(registry.find(namespacedMatcher));
}
}
} else {
matched = getRegistryFor(matcher).find(matcher);
}
if (localDescs != null) {
DescriptorFilter filter = new DescriptorFilter(matcher.getQualifiedName());
for (DefDescriptor<? extends Definition> desc : localDescs) {
if (filter.matchDescriptor(desc)) {
@SuppressWarnings("unchecked")
DefDescriptor<D> localDesc = (DefDescriptor<D>) desc;
matched.add(localDesc);
}
}
}
return matched;
}
