[Cronet] Clean up tests

components/cronet/android/test/javatests/src/org/chromium/net/QuicTest.java

 // Copyright 2015 The Chromium Authors. All rights reserved.
 // Use of this source code is governed by a BSD-style license that can be
 // found in the LICENSE file.
 
 package org.chromium.net;
 
 import android.support.test.filters.LargeTest;
 import android.support.test.filters.SmallTest;
 
 import org.json.JSONObject;
@@ skipping 10 matching lines @@
 import java.io.IOException;
 import java.util.Date;
 import java.util.concurrent.Executors;
 
 /**
  * Tests making requests using QUIC.
  */
 public class QuicTest extends CronetTestBase {
     private static final String TAG = QuicTest.class.getSimpleName();
     private static final String QUIC_PROTOCOL_STRING_PREFIX = "http/2+quic/";
-    private CronetTestFramework mTestFramework;
     private ExperimentalCronetEngine.Builder mBuilder;
 
     @Override
     protected void setUp() throws Exception {
         super.setUp();
         // Load library first, since we need the Quic test server's URL.
         System.loadLibrary("cronet_tests");
         QuicTestServer.startQuicTestServer(getContext());
 
         mBuilder = new ExperimentalCronetEngine.Builder(getContext());
@@ skipping 24 matching lines @@
     @Override
     protected void tearDown() throws Exception {
         QuicTestServer.shutdownQuicTestServer();
         super.tearDown();
     }
 
     @LargeTest
     @Feature({"Cronet"})
     @OnlyRunNativeCronet
     public void testQuicLoadUrl() throws Exception {
-        mTestFramework = startCronetTestFrameworkWithUrlAndCronetEngineBuilder(null, mBuilder);
+        ExperimentalCronetEngine cronetEngine = mBuilder.build();
         String quicURL = QuicTestServer.getServerURL() + "/simple.txt";
         TestUrlRequestCallback callback = new TestUrlRequestCallback();
 
         // Although the native stack races QUIC and SPDY for the first request,
         // since there is no http server running on the corresponding TCP port,
         // QUIC will always succeed with a 200 (see
         // net::HttpStreamFactoryImpl::Request::OnStreamFailed).
-        UrlRequest.Builder requestBuilder = mTestFramework.mCronetEngine.newUrlRequestBuilder(
-                quicURL, callback, callback.getExecutor());
+        UrlRequest.Builder requestBuilder =
+                cronetEngine.newUrlRequestBuilder(quicURL, callback, callback.getExecutor());
         requestBuilder.build().start();
         callback.blockForDone();
 
         assertEquals(200, callback.mResponseInfo.getHttpStatusCode());
         String expectedContent = "This is a simple text file served by QUIC.\n";
         assertEquals(expectedContent, callback.mResponseAsString);
         assertIsQuic(callback.mResponseInfo);
         // The total received bytes should be larger than the content length, to account for
         // headers.
         assertTrue(callback.mResponseInfo.getReceivedByteCount() > expectedContent.length());
         // This test takes a long time, since the update will only be scheduled
         // after kUpdatePrefsDelayMs in http_server_properties_manager.cc.
         while (true) {
             Log.i(TAG, "Still waiting for pref file update.....");
             Thread.sleep(10000);
             boolean contains = false;
             try {
                 if (fileContainsString("local_prefs.json", "quic")) break;
             } catch (FileNotFoundException e) {
                 // Ignored this exception since the file will only be created when updates are
                 // flushed to the disk.
             }
         }
         assertTrue(fileContainsString("local_prefs.json",
                 QuicTestServer.getServerHost() + ":" + QuicTestServer.getServerPort()));
-        mTestFramework.mCronetEngine.shutdown();
+        cronetEngine.shutdown();
 
         // Make another request using a new context but with no QUIC hints.
         ExperimentalCronetEngine.Builder builder =
                 new ExperimentalCronetEngine.Builder(getContext());
         builder.setStoragePath(CronetTestFramework.getTestStorage(getContext()));
         builder.enableHttpCache(CronetEngine.Builder.HTTP_CACHE_DISK, 1000 * 1024);
         builder.enableQuic(true);
         JSONObject hostResolverParams = CronetTestUtil.generateHostResolverRules();
         JSONObject experimentalOptions = new JSONObject()
                                                  .put("HostResolverRules", hostResolverParams);
         builder.setExperimentalOptions(experimentalOptions.toString());
         CronetTestUtil.setMockCertVerifierForTesting(
                 builder, QuicTestServer.createMockCertVerifier());
-        mTestFramework = startCronetTestFrameworkWithUrlAndCronetEngineBuilder(null, builder);
+        cronetEngine = builder.build();
         TestUrlRequestCallback callback2 = new TestUrlRequestCallback();
-        requestBuilder = mTestFramework.mCronetEngine.newUrlRequestBuilder(
-                quicURL, callback2, callback2.getExecutor());
+        requestBuilder =
+                cronetEngine.newUrlRequestBuilder(quicURL, callback2, callback2.getExecutor());
         requestBuilder.build().start();
         callback2.blockForDone();
         assertEquals(200, callback2.mResponseInfo.getHttpStatusCode());
         assertEquals(expectedContent, callback2.mResponseAsString);
         assertIsQuic(callback.mResponseInfo);
         // The total received bytes should be larger than the content length, to account for
         // headers.
         assertTrue(callback2.mResponseInfo.getReceivedByteCount() > expectedContent.length());
     }
 
@@ skipping 10 matching lines @@
     }
 
     /**
      * Tests that the network quality listeners are propoerly notified when QUIC is enabled.
      */
     @LargeTest
     @Feature({"Cronet"})
     @OnlyRunNativeCronet
     @SuppressWarnings("deprecation")
     public void testNQEWithQuic() throws Exception {
-        mTestFramework = startCronetTestFrameworkWithUrlAndCronetEngineBuilder(null, mBuilder);
+        ExperimentalCronetEngine cronetEngine = mBuilder.build();
         String quicURL = QuicTestServer.getServerURL() + "/simple.txt";
 
         TestNetworkQualityRttListener rttListener =
                 new TestNetworkQualityRttListener(Executors.newSingleThreadExecutor());
         TestNetworkQualityThroughputListener throughputListener =
                 new TestNetworkQualityThroughputListener(Executors.newSingleThreadExecutor());
 
-        mTestFramework.mCronetEngine.addRttListener(rttListener);
-        mTestFramework.mCronetEngine.addThroughputListener(throughputListener);
+        cronetEngine.addRttListener(rttListener);
+        cronetEngine.addThroughputListener(throughputListener);
 
-        mTestFramework.mCronetEngine.configureNetworkQualityEstimatorForTesting(true, true, true);
+        cronetEngine.configureNetworkQualityEstimatorForTesting(true, true, true);
         TestUrlRequestCallback callback = new TestUrlRequestCallback();
 
         // Although the native stack races QUIC and SPDY for the first request,
         // since there is no http server running on the corresponding TCP port,
         // QUIC will always succeed with a 200 (see
         // net::HttpStreamFactoryImpl::Request::OnStreamFailed).
-        UrlRequest.Builder requestBuilder = mTestFramework.mCronetEngine.newUrlRequestBuilder(
-                quicURL, callback, callback.getExecutor());
+        UrlRequest.Builder requestBuilder =
+                cronetEngine.newUrlRequestBuilder(quicURL, callback, callback.getExecutor());
         requestBuilder.build().start();
         callback.blockForDone();
 
         assertEquals(200, callback.mResponseInfo.getHttpStatusCode());
         String expectedContent = "This is a simple text file served by QUIC.\n";
         assertEquals(expectedContent, callback.mResponseAsString);
         assertIsQuic(callback.mResponseInfo);
 
         // Throughput observation is posted to the network quality estimator on the network thread
         // after the UrlRequest is completed. The observations are then eventually posted to
         // throughput listeners on the executor provided to network quality.
         throughputListener.waitUntilFirstThroughputObservationReceived();
 
         // Wait for RTT observation (at the URL request layer) to be posted.
         rttListener.waitUntilFirstUrlRequestRTTReceived();
 
         assertTrue(throughputListener.throughputObservationCount() > 0);
 
         // Check RTT observation count after throughput observation has been received. This ensures
         // that executor has finished posting the RTT observation to the RTT listeners.
         // NETWORK_QUALITY_OBSERVATION_SOURCE_URL_REQUEST
         assertTrue(rttListener.rttObservationCount(0) > 0);
 
         // NETWORK_QUALITY_OBSERVATION_SOURCE_QUIC
         assertTrue(rttListener.rttObservationCount(2) > 0);
 
         // Verify that effective connection type callback is received and
         // effective connection type is correctly set.
-        assertTrue(mTestFramework.mCronetEngine.getEffectiveConnectionType()
-                != EffectiveConnectionType.TYPE_UNKNOWN);
+        assertTrue(
+                cronetEngine.getEffectiveConnectionType() != EffectiveConnectionType.TYPE_UNKNOWN);
 
         // Verify that the HTTP RTT, transport RTT and downstream throughput
         // estimates are available.
-        assertTrue(mTestFramework.mCronetEngine.getHttpRttMs() >= 0);
-        assertTrue(mTestFramework.mCronetEngine.getTransportRttMs() >= 0);
-        assertTrue(mTestFramework.mCronetEngine.getDownstreamThroughputKbps() >= 0);
+        assertTrue(cronetEngine.getHttpRttMs() >= 0);
+        assertTrue(cronetEngine.getTransportRttMs() >= 0);
+        assertTrue(cronetEngine.getDownstreamThroughputKbps() >= 0);
 
         // Verify that the cached estimates were written to the prefs.
         while (true) {
             Log.i(TAG, "Still waiting for pref file update.....");
             Thread.sleep(10000);
             try {
                 if (fileContainsString("local_prefs.json", "network_qualities")) {
                     break;
                 }
             } catch (FileNotFoundException e) {
                 // Ignored this exception since the file will only be created when updates are
                 // flushed to the disk.
             }
         }
         assertTrue(fileContainsString("local_prefs.json", "network_qualities"));
-        mTestFramework.mCronetEngine.shutdown();
+        cronetEngine.shutdown();
     }
 
     @SmallTest
     @OnlyRunNativeCronet
     @Feature({"Cronet"})
     public void testMetricsWithQuic() throws Exception {
-        mTestFramework = startCronetTestFrameworkWithUrlAndCronetEngineBuilder(null, mBuilder);
+        ExperimentalCronetEngine cronetEngine = mBuilder.build();
         TestRequestFinishedListener requestFinishedListener = new TestRequestFinishedListener();
-        mTestFramework.mCronetEngine.addRequestFinishedListener(requestFinishedListener);
+        cronetEngine.addRequestFinishedListener(requestFinishedListener);
 
         String quicURL = QuicTestServer.getServerURL() + "/simple.txt";
         TestUrlRequestCallback callback = new TestUrlRequestCallback();
 
-        UrlRequest.Builder requestBuilder = mTestFramework.mCronetEngine.newUrlRequestBuilder(
-                quicURL, callback, callback.getExecutor());
+        UrlRequest.Builder requestBuilder =
+                cronetEngine.newUrlRequestBuilder(quicURL, callback, callback.getExecutor());
         Date startTime = new Date();
         requestBuilder.build().start();
         callback.blockForDone();
         requestFinishedListener.blockUntilDone();
         Date endTime = new Date();
 
         assertEquals(200, callback.mResponseInfo.getHttpStatusCode());
         assertIsQuic(callback.mResponseInfo);
 
         RequestFinishedInfo requestInfo = requestFinishedListener.getRequestInfo();
         MetricsTestUtil.checkRequestFinishedInfo(requestInfo, quicURL, startTime, endTime);
         assertEquals(RequestFinishedInfo.SUCCEEDED, requestInfo.getFinishedReason());
         MetricsTestUtil.checkHasConnectTiming(requestInfo.getMetrics(), startTime, endTime, true);
 
         // Second request should use the same connection and not have ConnectTiming numbers
         callback = new TestUrlRequestCallback();
         requestFinishedListener.reset();
-        requestBuilder = mTestFramework.mCronetEngine.newUrlRequestBuilder(
-                quicURL, callback, callback.getExecutor());
+        requestBuilder =
+                cronetEngine.newUrlRequestBuilder(quicURL, callback, callback.getExecutor());
         startTime = new Date();
         requestBuilder.build().start();
         callback.blockForDone();
         requestFinishedListener.blockUntilDone();
         endTime = new Date();
 
         assertEquals(200, callback.mResponseInfo.getHttpStatusCode());
         assertIsQuic(callback.mResponseInfo);
 
         requestInfo = requestFinishedListener.getRequestInfo();
         MetricsTestUtil.checkRequestFinishedInfo(requestInfo, quicURL, startTime, endTime);
         assertEquals(RequestFinishedInfo.SUCCEEDED, requestInfo.getFinishedReason());
         MetricsTestUtil.checkNoConnectTiming(requestInfo.getMetrics());
 
-        mTestFramework.mCronetEngine.shutdown();
+        cronetEngine.shutdown();
     }
 
     // Helper method to assert that the request is negotiated over QUIC.
     private void assertIsQuic(UrlResponseInfo responseInfo) {
         assertTrue(responseInfo.getNegotiatedProtocol().startsWith(QUIC_PROTOCOL_STRING_PREFIX));
     }
 }