Java 类com.badlogic.gdx.utils.IdentityMap.Entry 实例源码

/** @param context will contain instances of scanned components. This method will clear scanners, as they are no
 *            longer expected to be needed.
 * @param contextDestroyer used to register destruction callbacks. */
private void initiateRegularComponents(final Context context, final ContextDestroyer contextDestroyer) {
    final Array<Class<?>> componentTypes = GdxArrays.newArray();
    for (final Entry<Class<?>, ClassScanner> scannerData : scanners) {
        componentTypes.addAll(scannerData.value.findClassesAnnotatedWith(scannerData.key, scannedAnnotations));
    }
    final Array<Object> components = createComponents(componentTypes, context);
    // Manually added components are already mapped. Now they will be initiated:
    components.addAll(manuallyAddedComponents);
    manuallyAddedComponents.clear();
    initiateComponents(components, context, contextDestroyer);
    // Scanners no longer needed, all components found:
    if (clearProcessors) {
        scanners.clear();
    }
}

/** @param context will contain instances of scanned components. This method will clear scanners, as they are no
 *            longer expected to be needed.
 * @param contextDestroyer used to register destruction callbacks. */
private void initiateRegularComponents(final Context context, final ContextDestroyer contextDestroyer) {
    final Array<Class<?>> componentTypes = GdxArrays.newArray();
    for (final Entry<Class<?>, ClassScanner> scannerData : scanners) {
        componentTypes.addAll(scannerData.value.findClassesAnnotatedWith(scannerData.key, scannedAnnotations));
    }
    final Array<Object> components = createComponents(componentTypes, context);
    // Manually added components are already mapped. Now they will be initiated:
    components.addAll(manuallyAddedComponents);
    manuallyAddedComponents.clear();
    initiateComponents(components, context, contextDestroyer);
    // Scanners no longer needed, all components found:
    if (clearProcessors) {
        scanners.clear();
    }
}

/** @param context will contain instances of scanned annotation procesors.
 * @param contextDestroyer used to register destruction callbacks. */
private void initiateMetaComponents(final Context context, final ContextDestroyer contextDestroyer) {
    final Array<Class<?>> metaComponentTypes = GdxArrays.newArray();
    for (final Entry<Class<?>, ClassScanner> scannerData : scanners) {
        metaComponentTypes
                .addAll(scannerData.value.findClassesAnnotatedWith(scannerData.key, scannedMetaAnnotations));
    }
    final Array<Object> metaComponents = createComponents(metaComponentTypes, context);
    metaComponents.addAll(manuallyAddedProcessors);
    manuallyAddedProcessors.clear();
    initiateComponents(metaComponents, context, contextDestroyer);
}

/** @param context will contain instances of scanned annotation procesors.
 * @param contextDestroyer used to register destruction callbacks. */
private void initiateMetaComponents(final Context context, final ContextDestroyer contextDestroyer) {
    final Array<Class<?>> metaComponentTypes = GdxArrays.newArray();
    for (final Entry<Class<?>, ClassScanner> scannerData : scanners) {
        metaComponentTypes
                .addAll(scannerData.value.findClassesAnnotatedWith(scannerData.key, scannedMetaAnnotations));
    }
    final Array<Object> metaComponents = createComponents(metaComponentTypes, context);
    metaComponents.addAll(manuallyAddedProcessors);
    manuallyAddedProcessors.clear();
    initiateComponents(metaComponents, context, contextDestroyer);
}

private boolean selectFirstEnabledTab () {
    for (Entry<Tab, TabButtonTable> entry : tabsButtonMap) {
        if (entry.value.button.isDisabled() == false) {
            switchTab(entry.key);
            return true;
        }
    }

    return false;
}