@MediumTest
@LargeTest
public void testExecuteSingleGet() {
Request request =
new Request(
null,
"TourEiffel",
null,
null,
new ExpectSuccessCallback() {
@Override
protected void performAsserts(Response response) {
assertNotNull(response);
GraphPlace graphPlace = response.getGraphObjectAs(GraphPlace.class);
assertEquals("Paris", graphPlace.getLocation().getCity());
}
});
TestRequestAsyncTask task = new TestRequestAsyncTask(request);
task.executeOnBlockerThread();
// Wait on 2 signals: request and task will both signal.
waitAndAssertSuccess(2);
}
@MediumTest
@LargeTest
public void testExecuteSingleGetFailureCase() {
Request request = new Request(null, "-1", null, null, new ExpectFailureCallback());
TestRequestAsyncTask task = new TestRequestAsyncTask(request);
task.executeOnBlockerThread();
// Wait on 2 signals: request and task will both signal.
waitAndAssertSuccess(2);
}
@LargeTest
public void testBatchUploadPhoto() {
TestSession session = openTestSessionWithSharedUserAndPermissions(null, "user_photos");
final int image1Size = 120;
final int image2Size = 150;
Bitmap bitmap1 = createTestBitmap(image1Size);
Bitmap bitmap2 = createTestBitmap(image2Size);
Request uploadRequest1 = Request.newUploadPhotoRequest(session, bitmap1, null);
uploadRequest1.setBatchEntryName("uploadRequest1");
Request uploadRequest2 = Request.newUploadPhotoRequest(session, bitmap2, null);
uploadRequest2.setBatchEntryName("uploadRequest2");
Request getRequest1 =
new Request(
session,
"{result=uploadRequest1:$.id}",
null,
null,
new ExpectSuccessCallback() {
@Override
protected void performAsserts(Response response) {
assertNotNull(response);
GraphObject retrievedPhoto = response.getGraphObject();
assertNotNull(retrievedPhoto);
assertEquals(image1Size, retrievedPhoto.getProperty("width"));
}
});
Request getRequest2 =
new Request(
session,
"{result=uploadRequest2:$.id}",
null,
null,
new ExpectSuccessCallback() {
@Override
protected void performAsserts(Response response) {
assertNotNull(response);
GraphObject retrievedPhoto = response.getGraphObject();
assertNotNull(retrievedPhoto);
assertEquals(image2Size, retrievedPhoto.getProperty("width"));
}
});
TestRequestAsyncTask task =
new TestRequestAsyncTask(uploadRequest1, uploadRequest2, getRequest1, getRequest2);
task.executeOnBlockerThread();
// Wait on 3 signals: getRequest1, getRequest2, and task will all signal.
waitAndAssertSuccess(3);
}
@SmallTest
@MediumTest
@LargeTest
public void testBatchWithoutAppIDIsError() throws Throwable {
Request request1 = new Request(null, "TourEiffel", null, null, new ExpectFailureCallback());
Request request2 = new Request(null, "SpaceNeedle", null, null, new ExpectFailureCallback());
TestRequestAsyncTask task = new TestRequestAsyncTask(request1, request2);
task.executeOnBlockerThread();
// Wait on 3 signals: request1, request2, and task will all signal.
waitAndAssertSuccessOrRethrow(3);
}
@SmallTest
@MediumTest
@LargeTest
public void testExecuteBatchWithNullRequestThrows() throws Exception {
try {
TestRequestAsyncTask task = new TestRequestAsyncTask(new Request[] {null});
task.executeOnBlockerThread();
waitAndAssertSuccessOrRethrow(1);
fail("expected NullPointerException");
} catch (NullPointerException exception) {
}
}
@SmallTest
@MediumTest
@LargeTest
public void testExecuteBatchWithZeroRequestsThrows() throws Exception {
try {
TestRequestAsyncTask task = new TestRequestAsyncTask(new Request[] {});
task.executeOnBlockerThread();
waitAndAssertSuccessOrRethrow(1);
fail("expected IllegalArgumentException");
} catch (IllegalArgumentException exception) {
}
}
@LargeTest
public void testLongTimeoutAllowsSuccess() {
TestSession session = openTestSessionWithSharedUser();
Request request = new Request(session, "me", null, null, new ExpectSuccessCallback());
RequestBatch requestBatch = new RequestBatch(request);
// 10 second timeout should be long enough for successful response from server.
requestBatch.setTimeout(10000);
TestRequestAsyncTask task = new TestRequestAsyncTask(requestBatch);
task.executeOnBlockerThread();
// Note: plus 1, because the overall async task signals as well.
waitAndAssertSuccess(2);
}
@MediumTest
@LargeTest
public void testShortTimeoutCausesFailure() {
TestSession session = openTestSessionWithSharedUser();
Request request = new Request(session, "me/likes", null, null, new ExpectFailureCallback());
RequestBatch requestBatch = new RequestBatch(request);
// 1 millisecond timeout should be too short for response from server.
requestBatch.setTimeout(1);
TestRequestAsyncTask task = new TestRequestAsyncTask(requestBatch);
task.executeOnBlockerThread();
// Note: plus 1, because the overall async task signals as well.
waitAndAssertSuccess(2);
}
@LargeTest
public void testMixedSuccessAndFailure() {
TestSession session = openTestSessionWithSharedUser();
final int NUM_REQUESTS = 8;
Request[] requests = new Request[NUM_REQUESTS];
for (int i = 0; i < NUM_REQUESTS; ++i) {
boolean shouldSucceed = (i % 2) == 1;
if (shouldSucceed) {
requests[i] = new Request(session, "me", null, null, new ExpectSuccessCallback());
} else {
requests[i] = new Request(session, "-1", null, null, new ExpectFailureCallback());
}
}
TestRequestAsyncTask task = new TestRequestAsyncTask(requests);
task.executeOnBlockerThread();
// Note: plus 1, because the overall async task signals as well.
waitAndAssertSuccess(NUM_REQUESTS + 1);
}
