api_dev/src/main/java/com/google/appengine/tools/development/testing/LocalTaskQueueTestConfig.java [60:499]:
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public final class LocalTaskQueueTestConfig implements LocalServiceTestConfig {
private static final Logger logger = Logger.getLogger(LocalTaskQueueTestConfig.class.getName());
private Boolean disableAutoTaskExecution = true;
private String queueXmlPath;
private String queueYamlPath;
private Class callbackClass;
private boolean shouldCopyApiProxyEnvironment = false;
private CountDownLatch taskExecutionLatch;
/**
* Disables/enables automatic task execution. If you enable automatic task
* execution, keep in mind that the default behavior is to hit the url that
* was provided when the {@link TaskOptions} was constructed. If you do not
* have a servlet engine running, this will fail. As an alternative to
* launching a servlet engine, instead consider providing a
* {@link LocalTaskQueueCallback} via {@link #setCallbackClass(Class)} so that
* you can assert on the properties of the URLFetchServicePb.URLFetchRequest.
*
* Once set, this value is persistent across tests. If this value needs to be
* set for any one test, it should be appropriately configured in the setup
* stage for all tests.
*
* @param disableAutoTaskExecution
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setDisableAutoTaskExecution(boolean disableAutoTaskExecution) {
this.disableAutoTaskExecution = disableAutoTaskExecution;
return this;
}
/**
* Overrides the location of queue.xml. Must be a full path, e.g.
* /usr/local/dev/myapp/test/queue.xml
*
* Once set, this value is persistent across tests. If this value needs to be
* set for an operation specific to any one test, it should appropriately
* configured in the setup stage for all tests.
*
* @param queueXmlPath
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setQueueXmlPath(String queueXmlPath) {
this.queueXmlPath = queueXmlPath;
return this;
}
/**
* Overrides the location of queue.yaml. Must be a full path, e.g.
* /usr/local/dev/myapp/test/queue.yaml
*
* Once set, this value is persistent across tests. If this value needs to be set for an
* operation specific to any one test, it should appropriately configured in the setup stage for
* all tests.
*
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setQueueYamlPath(String queueYamlPath) {
this.queueYamlPath = queueYamlPath;
return this;
}
/**
* Overrides the callback implementation used by the local task queue for
* async task execution.
*
* Once set, this value is persistent across tests. If this value needs to be
* set for any one test, it should be appropriately configured in the setup
* stage for all tests.
*
* @param callbackClass fully-qualified name of a class with a public, default
* constructor that implements {@link LocalTaskQueueCallback}.
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setCallbackClass(
Class callbackClass) {
this.callbackClass = callbackClass;
return this;
}
/**
* Enables copying of the {@code ApiProxy.Environment} to task handler
* threads. This setting is ignored unless both
*
* - a {@link #setCallbackClass(Class) callback} class has been set, and
*
- automatic task execution has been
* {@link #setDisableAutoTaskExecution(boolean) enabled.}
*
* In this case tasks will be handled locally by new threads and it may be
* useful for those threads to use the same environment data as the main test
* thread. Properties such as the
* {@link LocalServiceTestHelper#setEnvAppId(String) appID}, and the user
* {@link LocalServiceTestHelper#setEnvEmail(String) email} will be copied
* into the environment of the task threads. Be aware that
* {@link LocalServiceTestHelper#setEnvAttributes(java.util.Map) attribute
* map} will be shallow-copied to the task thread environents, so that any
* mutable objects used as values of the map should be thread safe. If this
* property is {@code false} then the task handler threads will have an empty
* {@code ApiProxy.Environment}. This property is {@code false} by default.
*
* Once set, this value is persistent across tests. If this value needs to be
* set for any one test, it should be appropriately configured in the setup
* stage for all tests.
*
* @param b should the {@code ApiProxy.Environment} be pushed to task handler
* threads
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setShouldCopyApiProxyEnvironment(boolean b) {
this.shouldCopyApiProxyEnvironment = b;
return this;
}
/**
* Sets a {@link CountDownLatch} that the thread executing the task will
* decrement after a {@link LocalTaskQueueCallback} finishes execution. This
* makes it easy for tests to block until a task queue task runs. Note that
* the latch is only used when a callback class is provided (via
* {@link #setCallbackClass(Class)}) and when automatic task execution is
* enabled (via {@link #setDisableAutoTaskExecution(boolean)}). Also note
* that a {@link CountDownLatch} cannot be reused, so if you have a test that
* requires the ability to "reset" a CountDownLatch you can pass an instance
* of {@link TaskCountDownLatch}, which exposes additional methods that help
* with this.
*
* Once set, this value is persistent across tests. If this value needs to be
* set for any one test, it should be appropriately configured in the setup
* stage for all tests.
*
* @param latch The latch.
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setTaskExecutionLatch(CountDownLatch latch) {
this.taskExecutionLatch = latch;
return this;
}
@Override
public void setUp() {
ApiProxyLocal proxy = LocalServiceTestHelper.getApiProxyLocal();
proxy.setProperty(
LocalTaskQueue.DISABLE_AUTO_TASK_EXEC_PROP, disableAutoTaskExecution.toString());
if (queueXmlPath != null) {
proxy.setProperty(LocalTaskQueue.QUEUE_XML_PATH_PROP, queueXmlPath);
}
if (queueYamlPath != null) {
proxy.setProperty(LocalTaskQueue.QUEUE_YAML_PATH_PROP, queueYamlPath);
}
if (callbackClass != null) {
String callbackName;
if (!disableAutoTaskExecution) {
EnvSettingTaskqueueCallback.setProxyProperties(
proxy, callbackClass, shouldCopyApiProxyEnvironment);
if (taskExecutionLatch != null) {
EnvSettingTaskqueueCallback.setTaskExecutionLatch(taskExecutionLatch);
}
callbackName = EnvSettingTaskqueueCallback.class.getName();
} else {
// Automatic task execution is disabled so the task is being executed
// manually.
callbackName = callbackClass.getName();
}
proxy.setProperty(LocalTaskQueue.CALLBACK_CLASS_PROP, callbackName);
}
}
@Override
public void tearDown() {
LocalTaskQueue ltq = getLocalTaskQueue();
if (ltq != null) {
for (String queueName : ltq.getQueueStateInfo().keySet()) {
ltq.flushQueue(queueName);
}
ltq.stop();
}
}
public static LocalTaskQueue getLocalTaskQueue() {
return (LocalTaskQueue) LocalServiceTestHelper.getLocalService(LocalTaskQueue.PACKAGE);
}
/**
* A {@link LocalTaskQueueCallback} implementation that automatically detects
* and runs tasks with a {@link DeferredTask} payload.
*
* Requests with a payload that is not a {@link DeferredTask} are dispatched
* to {@link #executeNonDeferredRequest}, which by default does nothing.
* If you need to handle a payload like this you can extend the class and
* override this method to do what you need.
*/
public static class DeferredTaskCallback implements LocalTaskQueueCallback {
private static final String CURRENT_NAMESPACE_HEADER = "X-AppEngine-Current-Namespace";
@Override
public void initialize(Map properties) {
}
@Override
public int execute(URLFetchServicePb.URLFetchRequest req) {
String currentNamespace = NamespaceManager.get();
String requestNamespace = null;
ByteString payload = null;
for (URLFetchServicePb.URLFetchRequest.Header header : req.getHeaderList()) {
// See if this is a DeferredTask.
if (header.getKey().equals("content-type") &&
DeferredTaskContext.RUNNABLE_TASK_CONTENT_TYPE.equals(header.getValue())) {
payload = req.getPayload();
} else if (CURRENT_NAMESPACE_HEADER.equals(header.getKey())) {
requestNamespace = header.getValue();
}
}
boolean namespacesDiffer =
requestNamespace != null && !requestNamespace.equals(currentNamespace);
if (namespacesDiffer) {
NamespaceManager.set(requestNamespace);
}
try {
if (payload != null) {
// It is a DeferredTask, so deserialize and run.
ByteArrayInputStream bais = new ByteArrayInputStream(payload.toByteArray());
ObjectInputStream ois;
try {
ois = new ObjectInputStream(bais);
DeferredTask deferredTask = (DeferredTask) ois.readObject();
deferredTask.run();
return 200;
} catch (Exception e) {
logger.log(Level.WARNING, e.getMessage(), e);
return 500;
}
}
return executeNonDeferredRequest(req);
} finally {
if (namespacesDiffer) {
NamespaceManager.set(currentNamespace);
}
}
}
/**
* Broken out to make it easy for subclasses to provide their own behavior
* when the request payload is not a {@link DeferredTask}.
*/
protected int executeNonDeferredRequest(URLFetchServicePb.URLFetchRequest req) {
return 200;
}
}
/**
* A class to delegate incoming task queue callbacks to HttpServlets based on a provided mapping.
*/
public abstract static class ServletInvokingTaskCallback extends DeferredTaskCallback {
@Override
public void initialize(Map properties) {
}
/**
* @return A mapping from url path to HttpServlet. Where url path is a string that looks like
* "/foo/bar" (It must start with a '/' and should not contain characters that are not
* allowed in the path portion of a url.)
*/
protected abstract Map getServletMap();
/**
* @return A servlet that will be used if none of the ones from {@link #getServletMap()} match.
*/
protected abstract HttpServlet getDefaultServlet();
private static Map extractParamValues(final String body) {
Map params = Maps.newHashMap();
if (body.length() > 0) {
for (String keyValue : body.split("&")) {
String[] split = keyValue.split("=");
try {
params.put(split[0], URLDecoder.decode(split[1], "utf-8"));
} catch (UnsupportedEncodingException e) {
throw new RuntimeException("Could not decode param " + split[1]);
}
}
}
return params;
}
@Override
protected int executeNonDeferredRequest(URLFetchServicePb.URLFetchRequest req) {
try {
FakeHttpServletResponse response = new FakeHttpServletResponse();
response.setCharacterEncoding("utf-8");
URL url = new URL(req.getUrl());
FakeHttpServletRequest request = new FakeHttpServletRequest();
request.setMethod(req.getMethod().name());
request.setHostName(url.getHost());
request.setPort(url.getPort());
request.setParametersFromQueryString(url.getQuery());
for (Header header : req.getHeaderList()) {
request.setHeader(header.getKey(), header.getValue());
}
String payload = req.getPayload().toStringUtf8();
for (Map.Entry entry : extractParamValues(payload).entrySet()) {
request.addParameter(entry.getKey(), entry.getValue());
}
String servletPath = null;
HttpServlet servlet = null;
for (Entry entry : getServletMap().entrySet()) {
if (url.getPath().startsWith(entry.getKey())) {
servletPath = entry.getKey();
servlet = entry.getValue();
}
}
if (servlet == null) {
servlet = getDefaultServlet();
request.setPathInfo(url.getPath());
} else {
int servletPathStart = servletPath.lastIndexOf('/');
if (servletPathStart == -1) {
throw new IllegalArgumentException("The servlet path was configured as: "
+ servletPath + " which does not contan a '/'");
}
request.setContextPath(servletPath.substring(0, servletPathStart));
request.setSerletPath(servletPath.substring(servletPathStart));
request.setPathInfo(url.getPath().substring(servletPath.length()));
}
servlet.service(request, response);
int result = response.getStatus();
return result;
} catch (Exception ex) {
logger.log(Level.WARNING, ex.getMessage(), ex);
return HttpServletResponse.SC_INTERNAL_SERVER_ERROR;
}
}
}
/**
* A {@link CountDownLatch} extension that can be reset. Pass an instance of
* this class to {@link LocalTaskQueueTestConfig#setTaskExecutionLatch)} when
* you need to reuse the latch within or across tests. Only one thread at a
* time should ever call any of the {@link #await} or {@link #reset} methods.
*/
// This is a bit odd - we're extending CountDownLatch so that instances of
// this class can be used anywhere a CountDownLatch is required, but we're
// overriding every public method in CountDownLatch, so that the state we
// inherit is completely ignored. At least the oddness isn't exposed to
// users.
public static final class TaskCountDownLatch extends CountDownLatch {
private int initialCount;
private CountDownLatch latch;
public TaskCountDownLatch(int count) {
super(count);
reset(count);
}
// Delegation methods
@Override
public long getCount() {
return latch.getCount();
}
@Override
public String toString() {
return latch.toString();
}
/** {@inheritDoc} Only one thread at a time should call this. */
@Override
public void await() throws InterruptedException {
latch.await();
}
/** {@inheritDoc} Only one thread at a time should call this. */
@Override
public boolean await(long timeout, TimeUnit unit) throws InterruptedException {
return latch.await(timeout, unit);
}
@Override
public void countDown() {
latch.countDown();
}
// End delegation methods
/**
* Shorthand for calling {@link #await()} followed by {@link #reset()}.
* Only one thread at a time should call this.
*/
public void awaitAndReset() throws InterruptedException {
awaitAndReset(initialCount);
}
/**
* Shorthand for calling {@link #await()} followed by {@link #reset(int)}.
* Only one thread at a time should call this.
*/
public void awaitAndReset(int count) throws InterruptedException {
await();
reset(count);
}
/**
* Shorthand for calling {@link #await(long, java.util.concurrent.TimeUnit)} followed by
* {@link #reset()}. Only one thread at a time should call this.
*/
public boolean awaitAndReset(long timeout, TimeUnit unit)
throws InterruptedException {
return awaitAndReset(timeout, unit, initialCount);
}
/**
* Shorthand for calling {@link #await(long, java.util.concurrent.TimeUnit)} followed by
* {@link #reset(int)}. Only one thread at a time should call this.
*/
public boolean awaitAndReset(long timeout, TimeUnit unit, int count)
throws InterruptedException {
boolean result = await(timeout, unit);
reset(count);
return result;
}
/**
* Resets the latch to its most recent initial count. Only one thread at a
* time should call this.
*/
public void reset() {
reset(initialCount);
}
/**
* Resets the latch to the provided count. Only one thread at a time
* should call this.
*/
public void reset(int count) {
this.initialCount = count;
this.latch = new CountDownLatch(count);
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api_dev/src/main/java/com/google/appengine/tools/development/testing/ee10/LocalTaskQueueTestConfig.java [63:502]:
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public final class LocalTaskQueueTestConfig implements LocalServiceTestConfig {
private static final Logger logger = Logger.getLogger(LocalTaskQueueTestConfig.class.getName());
private Boolean disableAutoTaskExecution = true;
private String queueXmlPath;
private String queueYamlPath;
private Class callbackClass;
private boolean shouldCopyApiProxyEnvironment = false;
private CountDownLatch taskExecutionLatch;
/**
* Disables/enables automatic task execution. If you enable automatic task
* execution, keep in mind that the default behavior is to hit the url that
* was provided when the {@link TaskOptions} was constructed. If you do not
* have a servlet engine running, this will fail. As an alternative to
* launching a servlet engine, instead consider providing a
* {@link LocalTaskQueueCallback} via {@link #setCallbackClass(Class)} so that
* you can assert on the properties of the URLFetchServicePb.URLFetchRequest.
*
* Once set, this value is persistent across tests. If this value needs to be
* set for any one test, it should be appropriately configured in the setup
* stage for all tests.
*
* @param disableAutoTaskExecution
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setDisableAutoTaskExecution(boolean disableAutoTaskExecution) {
this.disableAutoTaskExecution = disableAutoTaskExecution;
return this;
}
/**
* Overrides the location of queue.xml. Must be a full path, e.g.
* /usr/local/dev/myapp/test/queue.xml
*
* Once set, this value is persistent across tests. If this value needs to be
* set for an operation specific to any one test, it should appropriately
* configured in the setup stage for all tests.
*
* @param queueXmlPath
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setQueueXmlPath(String queueXmlPath) {
this.queueXmlPath = queueXmlPath;
return this;
}
/**
* Overrides the location of queue.yaml. Must be a full path, e.g.
* /usr/local/dev/myapp/test/queue.yaml
*
* Once set, this value is persistent across tests. If this value needs to be set for an
* operation specific to any one test, it should appropriately configured in the setup stage for
* all tests.
*
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setQueueYamlPath(String queueYamlPath) {
this.queueYamlPath = queueYamlPath;
return this;
}
/**
* Overrides the callback implementation used by the local task queue for
* async task execution.
*
* Once set, this value is persistent across tests. If this value needs to be
* set for any one test, it should be appropriately configured in the setup
* stage for all tests.
*
* @param callbackClass fully-qualified name of a class with a public, default
* constructor that implements {@link LocalTaskQueueCallback}.
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setCallbackClass(
Class callbackClass) {
this.callbackClass = callbackClass;
return this;
}
/**
* Enables copying of the {@code ApiProxy.Environment} to task handler
* threads. This setting is ignored unless both
*
* - a {@link #setCallbackClass(Class) callback} class has been set, and
*
- automatic task execution has been
* {@link #setDisableAutoTaskExecution(boolean) enabled.}
*
* In this case tasks will be handled locally by new threads and it may be
* useful for those threads to use the same environment data as the main test
* thread. Properties such as the
* {@link LocalServiceTestHelper#setEnvAppId(String) appID}, and the user
* {@link LocalServiceTestHelper#setEnvEmail(String) email} will be copied
* into the environment of the task threads. Be aware that
* {@link LocalServiceTestHelper#setEnvAttributes(java.util.Map) attribute
* map} will be shallow-copied to the task thread environents, so that any
* mutable objects used as values of the map should be thread safe. If this
* property is {@code false} then the task handler threads will have an empty
* {@code ApiProxy.Environment}. This property is {@code false} by default.
*
* Once set, this value is persistent across tests. If this value needs to be
* set for any one test, it should be appropriately configured in the setup
* stage for all tests.
*
* @param b should the {@code ApiProxy.Environment} be pushed to task handler
* threads
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setShouldCopyApiProxyEnvironment(boolean b) {
this.shouldCopyApiProxyEnvironment = b;
return this;
}
/**
* Sets a {@link CountDownLatch} that the thread executing the task will
* decrement after a {@link LocalTaskQueueCallback} finishes execution. This
* makes it easy for tests to block until a task queue task runs. Note that
* the latch is only used when a callback class is provided (via
* {@link #setCallbackClass(Class)}) and when automatic task execution is
* enabled (via {@link #setDisableAutoTaskExecution(boolean)}). Also note
* that a {@link CountDownLatch} cannot be reused, so if you have a test that
* requires the ability to "reset" a CountDownLatch you can pass an instance
* of {@link TaskCountDownLatch}, which exposes additional methods that help
* with this.
*
* Once set, this value is persistent across tests. If this value needs to be
* set for any one test, it should be appropriately configured in the setup
* stage for all tests.
*
* @param latch The latch.
* @return {@code this} (for chaining)
*/
public LocalTaskQueueTestConfig setTaskExecutionLatch(CountDownLatch latch) {
this.taskExecutionLatch = latch;
return this;
}
@Override
public void setUp() {
ApiProxyLocal proxy = LocalServiceTestHelper.getApiProxyLocal();
proxy.setProperty(
LocalTaskQueue.DISABLE_AUTO_TASK_EXEC_PROP, disableAutoTaskExecution.toString());
if (queueXmlPath != null) {
proxy.setProperty(LocalTaskQueue.QUEUE_XML_PATH_PROP, queueXmlPath);
}
if (queueYamlPath != null) {
proxy.setProperty(LocalTaskQueue.QUEUE_YAML_PATH_PROP, queueYamlPath);
}
if (callbackClass != null) {
String callbackName;
if (!disableAutoTaskExecution) {
EnvSettingTaskqueueCallback.setProxyProperties(
proxy, callbackClass, shouldCopyApiProxyEnvironment);
if (taskExecutionLatch != null) {
EnvSettingTaskqueueCallback.setTaskExecutionLatch(taskExecutionLatch);
}
callbackName = EnvSettingTaskqueueCallback.class.getName();
} else {
// Automatic task execution is disabled so the task is being executed
// manually.
callbackName = callbackClass.getName();
}
proxy.setProperty(LocalTaskQueue.CALLBACK_CLASS_PROP, callbackName);
}
}
@Override
public void tearDown() {
LocalTaskQueue ltq = getLocalTaskQueue();
if (ltq != null) {
for (String queueName : ltq.getQueueStateInfo().keySet()) {
ltq.flushQueue(queueName);
}
ltq.stop();
}
}
public static LocalTaskQueue getLocalTaskQueue() {
return (LocalTaskQueue) LocalServiceTestHelper.getLocalService(LocalTaskQueue.PACKAGE);
}
/**
* A {@link LocalTaskQueueCallback} implementation that automatically detects
* and runs tasks with a {@link DeferredTask} payload.
*
* Requests with a payload that is not a {@link DeferredTask} are dispatched
* to {@link #executeNonDeferredRequest}, which by default does nothing.
* If you need to handle a payload like this you can extend the class and
* override this method to do what you need.
*/
public static class DeferredTaskCallback implements LocalTaskQueueCallback {
private static final String CURRENT_NAMESPACE_HEADER = "X-AppEngine-Current-Namespace";
@Override
public void initialize(Map properties) {
}
@Override
public int execute(URLFetchServicePb.URLFetchRequest req) {
String currentNamespace = NamespaceManager.get();
String requestNamespace = null;
ByteString payload = null;
for (URLFetchServicePb.URLFetchRequest.Header header : req.getHeaderList()) {
// See if this is a DeferredTask.
if (header.getKey().equals("content-type") &&
DeferredTaskContext.RUNNABLE_TASK_CONTENT_TYPE.equals(header.getValue())) {
payload = req.getPayload();
} else if (CURRENT_NAMESPACE_HEADER.equals(header.getKey())) {
requestNamespace = header.getValue();
}
}
boolean namespacesDiffer =
requestNamespace != null && !requestNamespace.equals(currentNamespace);
if (namespacesDiffer) {
NamespaceManager.set(requestNamespace);
}
try {
if (payload != null) {
// It is a DeferredTask, so deserialize and run.
ByteArrayInputStream bais = new ByteArrayInputStream(payload.toByteArray());
ObjectInputStream ois;
try {
ois = new ObjectInputStream(bais);
DeferredTask deferredTask = (DeferredTask) ois.readObject();
deferredTask.run();
return 200;
} catch (Exception e) {
logger.log(Level.WARNING, e.getMessage(), e);
return 500;
}
}
return executeNonDeferredRequest(req);
} finally {
if (namespacesDiffer) {
NamespaceManager.set(currentNamespace);
}
}
}
/**
* Broken out to make it easy for subclasses to provide their own behavior
* when the request payload is not a {@link DeferredTask}.
*/
protected int executeNonDeferredRequest(URLFetchServicePb.URLFetchRequest req) {
return 200;
}
}
/**
* A class to delegate incoming task queue callbacks to HttpServlets based on a provided mapping.
*/
public abstract static class ServletInvokingTaskCallback extends DeferredTaskCallback {
@Override
public void initialize(Map properties) {
}
/**
* @return A mapping from url path to HttpServlet. Where url path is a string that looks like
* "/foo/bar" (It must start with a '/' and should not contain characters that are not
* allowed in the path portion of a url.)
*/
protected abstract Map getServletMap();
/**
* @return A servlet that will be used if none of the ones from {@link #getServletMap()} match.
*/
protected abstract HttpServlet getDefaultServlet();
private static Map extractParamValues(final String body) {
Map params = Maps.newHashMap();
if (body.length() > 0) {
for (String keyValue : body.split("&")) {
String[] split = keyValue.split("=");
try {
params.put(split[0], URLDecoder.decode(split[1], "utf-8"));
} catch (UnsupportedEncodingException e) {
throw new RuntimeException("Could not decode param " + split[1]);
}
}
}
return params;
}
@Override
protected int executeNonDeferredRequest(URLFetchServicePb.URLFetchRequest req) {
try {
FakeHttpServletResponse response = new FakeHttpServletResponse();
response.setCharacterEncoding("utf-8");
URL url = new URL(req.getUrl());
FakeHttpServletRequest request = new FakeHttpServletRequest();
request.setMethod(req.getMethod().name());
request.setHostName(url.getHost());
request.setPort(url.getPort());
request.setParametersFromQueryString(url.getQuery());
for (Header header : req.getHeaderList()) {
request.setHeader(header.getKey(), header.getValue());
}
String payload = req.getPayload().toStringUtf8();
for (Map.Entry entry : extractParamValues(payload).entrySet()) {
request.addParameter(entry.getKey(), entry.getValue());
}
String servletPath = null;
HttpServlet servlet = null;
for (Entry entry : getServletMap().entrySet()) {
if (url.getPath().startsWith(entry.getKey())) {
servletPath = entry.getKey();
servlet = entry.getValue();
}
}
if (servlet == null) {
servlet = getDefaultServlet();
request.setPathInfo(url.getPath());
} else {
int servletPathStart = servletPath.lastIndexOf('/');
if (servletPathStart == -1) {
throw new IllegalArgumentException("The servlet path was configured as: "
+ servletPath + " which does not contan a '/'");
}
request.setContextPath(servletPath.substring(0, servletPathStart));
request.setSerletPath(servletPath.substring(servletPathStart));
request.setPathInfo(url.getPath().substring(servletPath.length()));
}
servlet.service(request, response);
int result = response.getStatus();
return result;
} catch (Exception ex) {
logger.log(Level.WARNING, ex.getMessage(), ex);
return HttpServletResponse.SC_INTERNAL_SERVER_ERROR;
}
}
}
/**
* A {@link CountDownLatch} extension that can be reset. Pass an instance of
* this class to {@link LocalTaskQueueTestConfig#setTaskExecutionLatch)} when
* you need to reuse the latch within or across tests. Only one thread at a
* time should ever call any of the {@link #await} or {@link #reset} methods.
*/
// This is a bit odd - we're extending CountDownLatch so that instances of
// this class can be used anywhere a CountDownLatch is required, but we're
// overriding every public method in CountDownLatch, so that the state we
// inherit is completely ignored. At least the oddness isn't exposed to
// users.
public static final class TaskCountDownLatch extends CountDownLatch {
private int initialCount;
private CountDownLatch latch;
public TaskCountDownLatch(int count) {
super(count);
reset(count);
}
// Delegation methods
@Override
public long getCount() {
return latch.getCount();
}
@Override
public String toString() {
return latch.toString();
}
/** {@inheritDoc} Only one thread at a time should call this. */
@Override
public void await() throws InterruptedException {
latch.await();
}
/** {@inheritDoc} Only one thread at a time should call this. */
@Override
public boolean await(long timeout, TimeUnit unit) throws InterruptedException {
return latch.await(timeout, unit);
}
@Override
public void countDown() {
latch.countDown();
}
// End delegation methods
/**
* Shorthand for calling {@link #await()} followed by {@link #reset()}.
* Only one thread at a time should call this.
*/
public void awaitAndReset() throws InterruptedException {
awaitAndReset(initialCount);
}
/**
* Shorthand for calling {@link #await()} followed by {@link #reset(int)}.
* Only one thread at a time should call this.
*/
public void awaitAndReset(int count) throws InterruptedException {
await();
reset(count);
}
/**
* Shorthand for calling {@link #await(long, java.util.concurrent.TimeUnit)} followed by
* {@link #reset()}. Only one thread at a time should call this.
*/
public boolean awaitAndReset(long timeout, TimeUnit unit)
throws InterruptedException {
return awaitAndReset(timeout, unit, initialCount);
}
/**
* Shorthand for calling {@link #await(long, java.util.concurrent.TimeUnit)} followed by
* {@link #reset(int)}. Only one thread at a time should call this.
*/
public boolean awaitAndReset(long timeout, TimeUnit unit, int count)
throws InterruptedException {
boolean result = await(timeout, unit);
reset(count);
return result;
}
/**
* Resets the latch to its most recent initial count. Only one thread at a
* time should call this.
*/
public void reset() {
reset(initialCount);
}
/**
* Resets the latch to the provided count. Only one thread at a time
* should call this.
*/
public void reset(int count) {
this.initialCount = count;
this.latch = new CountDownLatch(count);
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