@Override protected void onLoadFinished(GraphObjectPagingLoader<GraphPlace> loader, SimpleGraphObjectCursor<GraphPlace> data) { super.onLoadFinished(loader, data); // We could be called in this state if we are clearing data or if we are being re-attached // in the middle of a query. if (data == null || loader.isLoading()) { return; } hideActivityCircle(); if (data.isFromCache()) { // Only the first page can be cached, since all subsequent pages will be round-tripped. Force // a refresh of the first page before we allow paging to begin. If the first page produced // no data, launch the refresh immediately, otherwise schedule it for later. loader.refreshOriginalRequest(data.areMoreObjectsAvailable() ? CACHED_RESULT_REFRESH_DELAY : 0); } }
private void onPlacePickerDone(PlacePickerFragment fragment) { FragmentManager fm = getSupportFragmentManager(); fm.popBackStack(); String result = ""; GraphPlace selection = fragment.getSelection(); if (selection != null) { result = selection.getName(); } else { result = getString(R.string.no_place_selected); } place = selection; showAlert(getString(R.string.you_picked), result); }
public static Request newStatusUpdateRequest(Session paramSession, String paramString, GraphPlace paramGraphPlace, List<GraphUser> paramList, Callback paramCallback) { ArrayList localArrayList = null; if (paramList != null) { localArrayList = new ArrayList(paramList.size()); Iterator localIterator = paramList.iterator(); while (localIterator.hasNext()) localArrayList.add(((GraphUser)localIterator.next()).getId()); } String str; if (paramGraphPlace == null) str = null; else str = paramGraphPlace.getId(); return newStatusUpdateRequest(paramSession, paramString, str, localArrayList, paramCallback); }
@MediumTest @LargeTest public void testExecuteSingleGetUsingHttpURLConnection() { 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()); } }); HttpURLConnection connection = Request.toHttpConnection(request); TestRequestAsyncTask task = new TestRequestAsyncTask(connection, Arrays.asList(new Request[] { request })); task.executeOnBlockerThread(); // Wait on 2 signals: request and task will both signal. waitAndAssertSuccess(2); }
@MediumTest @LargeTest public void testExecuteSingleGet() { final TestSession session = openTestSessionWithSharedUser(); Request request = new Request(session, "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); }
protected void onLoadFinished(GraphObjectPagingLoader<GraphPlace> paramGraphObjectPagingLoader, SimpleGraphObjectCursor<GraphPlace> paramSimpleGraphObjectCursor) { super.onLoadFinished(paramGraphObjectPagingLoader, paramSimpleGraphObjectCursor); if ((paramSimpleGraphObjectCursor == null) || (paramGraphObjectPagingLoader.isLoading())) return; PlacePickerFragment.this.hideActivityCircle(); if (paramSimpleGraphObjectCursor.isFromCache()) { long l; if (paramSimpleGraphObjectCursor.areMoreObjectsAvailable()) l = 2000L; else l = 0L; paramGraphObjectPagingLoader.refreshOriginalRequest(l); } }
@MediumTest @LargeTest public void testExecuteSingleGetUsingHttpURLConnection() { final TestSession session = openTestSessionWithSharedUser(); Request request = new Request(session, "TourEiffel", null, null, new ExpectSuccessCallback() { @Override protected void performAsserts(Response response) { assertNotNull(response); GraphPlace graphPlace = response.getGraphObjectAs(GraphPlace.class); assertEquals("Paris", graphPlace.getLocation().getCity()); } }); HttpURLConnection connection = Request.toHttpConnection(request); TestRequestAsyncTask task = new TestRequestAsyncTask(connection, Arrays.asList(new Request[] { request })); task.executeOnBlockerThread(); // Wait on 2 signals: request and task will both signal. waitAndAssertSuccess(2); }
@MediumTest @LargeTest public void testExecuteBatchedGets() throws IOException { TestSession session = openTestSessionWithSharedUser(); Request request1 = new Request(session, "TourEiffel"); Request request2 = new Request(session, "SpaceNeedle"); List<Response> responses = Request.executeBatchAndWait(request1, request2); assertEquals(2, responses.size()); assertTrue(responses.get(0).getError() == null); assertTrue(responses.get(1).getError() == null); GraphPlace eiffelTower = responses.get(0).getGraphObjectAs(GraphPlace.class); GraphPlace spaceNeedle = responses.get(1).getGraphObjectAs(GraphPlace.class); assertTrue(eiffelTower != null); assertTrue(spaceNeedle != null); assertEquals("Paris", eiffelTower.getLocation().getCity()); assertEquals("Seattle", spaceNeedle.getLocation().getCity()); }
@MediumTest @LargeTest public void testExecuteBatchRequestsPathEncoding() throws IOException { // ensures that paths passed to batch requests are encoded properly before // we send it up to the server setBatchApplicationIdForTestApp(); Request request1 = new Request(null, "TourEiffel"); request1.setBatchEntryName("eiffel"); request1.setBatchEntryOmitResultOnSuccess(false); Request request2 = new Request(null, "{result=eiffel:$.id}"); List<Response> responses = Request.executeBatchAndWait(request1, request2); assertEquals(2, responses.size()); assertTrue(responses.get(0).getError() == null); assertTrue(responses.get(1).getError() == null); GraphPlace eiffelTower1 = responses.get(0).getGraphObjectAs(GraphPlace.class); GraphPlace eiffelTower2 = responses.get(1).getGraphObjectAs(GraphPlace.class); assertTrue(eiffelTower1 != null); assertTrue(eiffelTower2 != null); assertEquals("Paris", eiffelTower1.getLocation().getCity()); assertEquals("Paris", eiffelTower2.getLocation().getCity()); }
@MediumTest @LargeTest public void testExecuteBatchedGets() throws IOException { setBatchApplicationIdForTestApp(); Request request1 = new Request(null, "TourEiffel"); Request request2 = new Request(null, "SpaceNeedle"); List<Response> responses = Request.executeBatchAndWait(request1, request2); assertEquals(2, responses.size()); assertTrue(responses.get(0).getError() == null); assertTrue(responses.get(1).getError() == null); GraphPlace eiffelTower = responses.get(0).getGraphObjectAs(GraphPlace.class); GraphPlace spaceNeedle = responses.get(1).getGraphObjectAs(GraphPlace.class); assertTrue(eiffelTower != null); assertTrue(spaceNeedle != null); assertEquals("Paris", eiffelTower.getLocation().getCity()); assertEquals("Seattle", spaceNeedle.getLocation().getCity()); }
@Override public void attach(GraphObjectAdapter<GraphPlace> adapter) { super.attach(adapter); this.adapter.setDataNeededListener(new GraphObjectAdapter.DataNeededListener() { @Override public void onDataNeeded() { // Do nothing if we are currently loading data . We will get notified again when that load finishes if the adapter still // needs more data. Otherwise, follow the next link. if (!loader.isLoading()) { loader.followNextLink(); } } }); }
/** * Creates a new Request that is configured to perform a search for places near a specified location via the Graph * API. At least one of location or searchText must be specified. * * @param session * the Session to use, or null; if non-null, the session must be in an opened state * @param location * the location around which to search; only the latitude and longitude components of the location are * meaningful * @param radiusInMeters * the radius around the location to search, specified in meters; this is ignored if * no location is specified * @param resultsLimit * the maximum number of results to return * @param searchText * optional text to search for as part of the name or type of an object * @param callback * a callback that will be called when the request is completed to handle success or error conditions * @return a Request that is ready to execute * * @throws FacebookException If neither location nor searchText is specified */ public static Request newPlacesSearchRequest(Session session, Location location, int radiusInMeters, int resultsLimit, String searchText, final GraphPlaceListCallback callback) { if (location == null && Utility.isNullOrEmpty(searchText)) { throw new FacebookException("Either location or searchText must be specified."); } Bundle parameters = new Bundle(5); parameters.putString("type", "place"); parameters.putInt("limit", resultsLimit); if (location != null) { parameters.putString("center", String.format(Locale.US, "%f,%f", location.getLatitude(), location.getLongitude())); parameters.putInt("distance", radiusInMeters); } if (!Utility.isNullOrEmpty(searchText)) { parameters.putString("q", searchText); } Callback wrapper = new Callback() { @Override public void onCompleted(Response response) { if (callback != null) { callback.onCompleted(typedListFromResponse(response, GraphPlace.class), response); } } }; return new Request(session, SEARCH, parameters, HttpMethod.GET, wrapper); }
