Deprecate LogCB in favor of using MediaLog

media/formats/webm/webm_cluster_parser_unittest.cc

 // Copyright 2014 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.
 
 #include <algorithm>
 #include <cstdlib>
 #include <vector>
 
 #include "base/bind.h"
 #include "base/logging.h"
@@ skipping 250 matching lines @@
       : parser_(new WebMClusterParser(kTimecodeScale,
                                       kAudioTrackNum,
                                       kNoTimestamp(),
                                       kVideoTrackNum,
                                       kNoTimestamp(),
                                       TextTracks(),
                                       std::set<int64>(),
                                       std::string(),
                                       std::string(),
                                       kUnknownAudioCodec,
-                                      LogCB())) {}
+                                      new MediaLog())) {}
 
  protected:
   void ResetParserToHaveDefaultDurations() {
     base::TimeDelta default_audio_duration = base::TimeDelta::FromMilliseconds(
         kTestAudioFrameDefaultDurationInMs);
     base::TimeDelta default_video_duration = base::TimeDelta::FromMilliseconds(
         kTestVideoFrameDefaultDurationInMs);
     ASSERT_GE(default_audio_duration, base::TimeDelta());
     ASSERT_GE(default_video_duration, base::TimeDelta());
     ASSERT_NE(kNoTimestamp(), default_audio_duration);
     ASSERT_NE(kNoTimestamp(), default_video_duration);
 
-    parser_.reset(new WebMClusterParser(kTimecodeScale,
-                                        kAudioTrackNum,
-                                        default_audio_duration,
-                                        kVideoTrackNum,
-                                        default_video_duration,
-                                        TextTracks(),
-                                        std::set<int64>(),
-                                        std::string(),
-                                        std::string(),
-                                        kUnknownAudioCodec,
-                                        LogCB()));
+    parser_.reset(new WebMClusterParser(
+        kTimecodeScale, kAudioTrackNum, default_audio_duration, kVideoTrackNum,
+        default_video_duration, TextTracks(), std::set<int64>(), std::string(),
+        std::string(), kUnknownAudioCodec, new MediaLog()));
   }
 
   scoped_ptr<WebMClusterParser> parser_;
 
  private:
   DISALLOW_COPY_AND_ASSIGN(WebMClusterParserTest);
 };
 
 TEST_F(WebMClusterParserTest, HeldBackBufferHoldsBackAllTracks) {
   // If a buffer is missing duration and is being held back, then all other
   // tracks' buffers that have same or higher (decode) timestamp should be held
   // back too to keep the timestamps emitted for a cluster monotonically
   // non-decreasing and in same order as parsed.
   InSequence s;
 
   // Reset the parser to have 3 tracks: text, video (no default frame duration),
   // and audio (with a default frame duration).
   TextTracks text_tracks;
   text_tracks.insert(std::make_pair(TextTracks::key_type(kTextTrackNum),
                                     TextTrackConfig(kTextSubtitles, "", "",
                                                     "")));
   base::TimeDelta default_audio_duration =
       base::TimeDelta::FromMilliseconds(kTestAudioFrameDefaultDurationInMs);
   ASSERT_GE(default_audio_duration, base::TimeDelta());
   ASSERT_NE(kNoTimestamp(), default_audio_duration);
-  parser_.reset(new WebMClusterParser(kTimecodeScale,
-                                      kAudioTrackNum,
-                                      default_audio_duration,
-                                      kVideoTrackNum,
-                                      kNoTimestamp(),
-                                      text_tracks,
-                                      std::set<int64>(),
-                                      std::string(),
-                                      std::string(),
-                                      kUnknownAudioCodec,
-                                      LogCB()));
+  parser_.reset(new WebMClusterParser(
+      kTimecodeScale, kAudioTrackNum, default_audio_duration, kVideoTrackNum,
+      kNoTimestamp(), text_tracks, std::set<int64>(), std::string(),
+      std::string(), kUnknownAudioCodec, new MediaLog()));
 
   const BlockInfo kBlockInfo[] = {
       {kVideoTrackNum, 0, 33, true, NULL, 0},
       {kAudioTrackNum, 0, 23, false, NULL, 0},
       {kTextTrackNum, 10, 42, false, NULL, 0},
       {kAudioTrackNum, 23, kTestAudioFrameDefaultDurationInMs, true, NULL, 0},
       {kVideoTrackNum, 33, 33, true, NULL, 0},
       {kAudioTrackNum, 36, kTestAudioFrameDefaultDurationInMs, true, NULL, 0},
       {kVideoTrackNum, 66, 33, true, NULL, 0},
       {kAudioTrackNum, 70, kTestAudioFrameDefaultDurationInMs, true, NULL, 0},
@@ skipping 162 matching lines @@
 
   int result = parser_->Parse(cluster->data(), cluster->size());
   EXPECT_EQ(cluster->size(), result);
   ASSERT_TRUE(VerifyBuffers(parser_, kBlockInfo, block_count));
 }
 
 TEST_F(WebMClusterParserTest, IgnoredTracks) {
   std::set<int64> ignored_tracks;
   ignored_tracks.insert(kTextTrackNum);
 
-  parser_.reset(new WebMClusterParser(kTimecodeScale,
-                                      kAudioTrackNum,
-                                      kNoTimestamp(),
-                                      kVideoTrackNum,
-                                      kNoTimestamp(),
-                                      TextTracks(),
-                                      ignored_tracks,
-                                      std::string(),
-                                      std::string(),
-                                      kUnknownAudioCodec,
-                                      LogCB()));
+  parser_.reset(new WebMClusterParser(
+      kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
+      kNoTimestamp(), TextTracks(), ignored_tracks, std::string(),
+      std::string(), kUnknownAudioCodec, new MediaLog()));
 
   const BlockInfo kInputBlockInfo[] = {
       {kAudioTrackNum, 0, 23, true, NULL, 0},
       {kAudioTrackNum, 23, 23, true, NULL, 0},
       {kVideoTrackNum, 33, 34, true, NULL, 0},
       {kTextTrackNum, 33, 99, true, NULL, 0},
       {kAudioTrackNum, 46, 23, true, NULL, 0},
       {kVideoTrackNum, 67, 34, true, NULL, 0},
   };
   int input_block_count = arraysize(kInputBlockInfo);
@@ skipping 15 matching lines @@
   ASSERT_TRUE(VerifyBuffers(parser_, kOutputBlockInfo, output_block_count));
 }
 
 TEST_F(WebMClusterParserTest, ParseTextTracks) {
   TextTracks text_tracks;
 
   text_tracks.insert(std::make_pair(TextTracks::key_type(kTextTrackNum),
                                     TextTrackConfig(kTextSubtitles, "", "",
                                                     "")));
 
-  parser_.reset(new WebMClusterParser(kTimecodeScale,
-                                      kAudioTrackNum,
-                                      kNoTimestamp(),
-                                      kVideoTrackNum,
-                                      kNoTimestamp(),
-                                      text_tracks,
-                                      std::set<int64>(),
-                                      std::string(),
-                                      std::string(),
-                                      kUnknownAudioCodec,
-                                      LogCB()));
+  parser_.reset(new WebMClusterParser(
+      kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
+      kNoTimestamp(), text_tracks, std::set<int64>(), std::string(),
+      std::string(), kUnknownAudioCodec, new MediaLog()));
 
   const BlockInfo kInputBlockInfo[] = {
       {kAudioTrackNum, 0, 23, true, NULL, 0},
       {kAudioTrackNum, 23, 23, true, NULL, 0},
       {kVideoTrackNum, 33, 34, true, NULL, 0},
       {kTextTrackNum, 33, 42, false, NULL, 0},
       {kAudioTrackNum, 46, 23, true, NULL, 0},
       {kTextTrackNum, 55, 44, false, NULL, 0},
       {kVideoTrackNum, 67, 34, true, NULL, 0},
   };
   int input_block_count = arraysize(kInputBlockInfo);
 
   scoped_ptr<Cluster> cluster(
       CreateCluster(0, kInputBlockInfo, input_block_count));
 
   int result = parser_->Parse(cluster->data(), cluster->size());
   EXPECT_EQ(cluster->size(), result);
   ASSERT_TRUE(VerifyBuffers(parser_, kInputBlockInfo, input_block_count));
 }
 
 TEST_F(WebMClusterParserTest, TextTracksSimpleBlock) {
   TextTracks text_tracks;
 
   text_tracks.insert(std::make_pair(TextTracks::key_type(kTextTrackNum),
                                     TextTrackConfig(kTextSubtitles, "", "",
                                                     "")));
 
-  parser_.reset(new WebMClusterParser(kTimecodeScale,
-                                      kAudioTrackNum,
-                                      kNoTimestamp(),
-                                      kVideoTrackNum,
-                                      kNoTimestamp(),
-                                      text_tracks,
-                                      std::set<int64>(),
-                                      std::string(),
-                                      std::string(),
-                                      kUnknownAudioCodec,
-                                      LogCB()));
+  parser_.reset(new WebMClusterParser(
+      kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
+      kNoTimestamp(), text_tracks, std::set<int64>(), std::string(),
+      std::string(), kUnknownAudioCodec, new MediaLog()));
 
   const BlockInfo kInputBlockInfo[] = {
     { kTextTrackNum,  33, 42, true },
   };
   int input_block_count = arraysize(kInputBlockInfo);
 
   scoped_ptr<Cluster> cluster(
       CreateCluster(0, kInputBlockInfo, input_block_count));
 
   int result = parser_->Parse(cluster->data(), cluster->size());
   EXPECT_LT(result, 0);
 }
 
 TEST_F(WebMClusterParserTest, ParseMultipleTextTracks) {
   TextTracks text_tracks;
 
   const int kSubtitleTextTrackNum = kTextTrackNum;
   const int kCaptionTextTrackNum = kTextTrackNum + 1;
 
   text_tracks.insert(std::make_pair(TextTracks::key_type(kSubtitleTextTrackNum),
                                     TextTrackConfig(kTextSubtitles, "", "",
                                                     "")));
 
   text_tracks.insert(std::make_pair(TextTracks::key_type(kCaptionTextTrackNum),
                                     TextTrackConfig(kTextCaptions, "", "",
                                                     "")));
 
-  parser_.reset(new WebMClusterParser(kTimecodeScale,
-                                      kAudioTrackNum,
-                                      kNoTimestamp(),
-                                      kVideoTrackNum,
-                                      kNoTimestamp(),
-                                      text_tracks,
-                                      std::set<int64>(),
-                                      std::string(),
-                                      std::string(),
-                                      kUnknownAudioCodec,
-                                      LogCB()));
+  parser_.reset(new WebMClusterParser(
+      kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
+      kNoTimestamp(), text_tracks, std::set<int64>(), std::string(),
+      std::string(), kUnknownAudioCodec, new MediaLog()));
 
   const BlockInfo kInputBlockInfo[] = {
       {kAudioTrackNum, 0, 23, true, NULL, 0},
       {kAudioTrackNum, 23, 23, true, NULL, 0},
       {kVideoTrackNum, 33, 34, true, NULL, 0},
       {kSubtitleTextTrackNum, 33, 42, false, NULL, 0},
       {kAudioTrackNum, 46, 23, true, NULL, 0},
       {kCaptionTextTrackNum, 55, 44, false, NULL, 0},
       {kVideoTrackNum, 67, 34, true, NULL, 0},
       {kSubtitleTextTrackNum, 67, 33, false, NULL, 0},
@@ skipping 16 matching lines @@
         text_tracks.find(itr->first);
     ASSERT_TRUE(find_result != text_tracks.end());
     ASSERT_TRUE(VerifyTextBuffers(parser_, kInputBlockInfo, input_block_count,
                                   itr->first, itr->second));
   }
 }
 
 TEST_F(WebMClusterParserTest, ParseEncryptedBlock) {
   scoped_ptr<Cluster> cluster(CreateEncryptedCluster(sizeof(kEncryptedFrame)));
 
-  parser_.reset(new WebMClusterParser(kTimecodeScale,
-                                      kAudioTrackNum,
-                                      kNoTimestamp(),
-                                      kVideoTrackNum,
-                                      kNoTimestamp(),
-                                      TextTracks(),
-                                      std::set<int64>(),
-                                      std::string(),
-                                      "video_key_id",
-                                      kUnknownAudioCodec,
-                                      LogCB()));
+  parser_.reset(new WebMClusterParser(
+      kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
+      kNoTimestamp(), TextTracks(), std::set<int64>(), std::string(),
+      "video_key_id", kUnknownAudioCodec, new MediaLog()));
   int result = parser_->Parse(cluster->data(), cluster->size());
   EXPECT_EQ(cluster->size(), result);
   ASSERT_EQ(1UL, parser_->GetVideoBuffers().size());
   scoped_refptr<StreamParserBuffer> buffer = parser_->GetVideoBuffers()[0];
   VerifyEncryptedBuffer(buffer);
 }
 
 TEST_F(WebMClusterParserTest, ParseBadEncryptedBlock) {
   scoped_ptr<Cluster> cluster(
       CreateEncryptedCluster(sizeof(kEncryptedFrame) - 1));
 
-  parser_.reset(new WebMClusterParser(kTimecodeScale,
-                                      kAudioTrackNum,
-                                      kNoTimestamp(),
-                                      kVideoTrackNum,
-                                      kNoTimestamp(),
-                                      TextTracks(),
-                                      std::set<int64>(),
-                                      std::string(),
-                                      "video_key_id",
-                                      kUnknownAudioCodec,
-                                      LogCB()));
+  parser_.reset(new WebMClusterParser(
+      kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
+      kNoTimestamp(), TextTracks(), std::set<int64>(), std::string(),
+      "video_key_id", kUnknownAudioCodec, new MediaLog()));
   int result = parser_->Parse(cluster->data(), cluster->size());
   EXPECT_EQ(-1, result);
 }
 
 TEST_F(WebMClusterParserTest, ParseInvalidZeroSizedCluster) {
   const uint8_t kBuffer[] = {
     0x1F, 0x43, 0xB6, 0x75, 0x80,  // CLUSTER (size = 0)
   };
 
   EXPECT_EQ(-1, parser_->Parse(kBuffer, sizeof(kBuffer)));
 }
 
 TEST_F(WebMClusterParserTest, ParseInvalidUnknownButActuallyZeroSizedCluster) {
   const uint8_t kBuffer[] = {
     0x1F, 0x43, 0xB6, 0x75, 0xFF,  // CLUSTER (size = "unknown")
     0x1F, 0x43, 0xB6, 0x75, 0x85,  // CLUSTER (size = 5)
   };
 
   EXPECT_EQ(-1, parser_->Parse(kBuffer, sizeof(kBuffer)));
 }
 
 TEST_F(WebMClusterParserTest, ParseInvalidTextBlockGroupWithoutDuration) {
   // Text track frames must have explicitly specified BlockGroup BlockDurations.
   TextTracks text_tracks;
 
   text_tracks.insert(std::make_pair(TextTracks::key_type(kTextTrackNum),
                                     TextTrackConfig(kTextSubtitles, "", "",
                                                     "")));
 
-  parser_.reset(new WebMClusterParser(kTimecodeScale,
-                                      kAudioTrackNum,
-                                      kNoTimestamp(),
-                                      kVideoTrackNum,
-                                      kNoTimestamp(),
-                                      text_tracks,
-                                      std::set<int64>(),
-                                      std::string(),
-                                      std::string(),
-                                      kUnknownAudioCodec,
-                                      LogCB()));
+  parser_.reset(new WebMClusterParser(
+      kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
+      kNoTimestamp(), text_tracks, std::set<int64>(), std::string(),
+      std::string(), kUnknownAudioCodec, new MediaLog()));
 
   const BlockInfo kBlockInfo[] = {
     { kTextTrackNum,  33, -42, false },
   };
   int block_count = arraysize(kBlockInfo);
   scoped_ptr<Cluster> cluster(CreateCluster(0, kBlockInfo, block_count));
   int result = parser_->Parse(cluster->data(), cluster->size());
   EXPECT_LT(result, 0);
 }
 
@@ skipping 230 matching lines @@
   int result = parser_->Parse(cluster->data(), cluster->size());
   EXPECT_EQ(cluster->size(), result);
   ASSERT_TRUE(VerifyBuffers(parser_, kBlockInfo, block_count));
 }
 
 TEST_F(WebMClusterParserTest, ReadOpusDurationsSimpleBlockAtEndOfCluster) {
   // Reset parser to expect Opus codec audio.
   parser_.reset(new WebMClusterParser(
       kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
       kNoTimestamp(), TextTracks(), std::set<int64>(), std::string(),
-      std::string(), kCodecOpus, LogCB()));
+      std::string(), kCodecOpus, new MediaLog()));
 
   int loop_count = 0;
   for (const auto* packet_ptr : BuildAllOpusPackets()) {
     const BlockInfo kBlockInfo[] = {{kAudioTrackNum,
                                      0,
                                      packet_ptr->duration_ms(),
                                      true,  // Make it a SimpleBlock.
                                      packet_ptr->data(),
                                      packet_ptr->size()}};
 
     int block_count = arraysize(kBlockInfo);
     scoped_ptr<Cluster> cluster(CreateCluster(0, kBlockInfo, block_count));
     int result = parser_->Parse(cluster->data(), cluster->size());
     EXPECT_EQ(cluster->size(), result);
     ASSERT_TRUE(VerifyBuffers(parser_, kBlockInfo, block_count));
     loop_count++;
   }
 
   // Test should minimally cover all the combinations of config and frame count.
   ASSERT_GE(loop_count, kNumPossibleOpusConfigs * kMaxOpusPacketFrameCount);
 }
 
 TEST_F(WebMClusterParserTest, PreferOpusDurationsOverBlockDurations) {
   // Reset parser to expect Opus codec audio.
   parser_.reset(new WebMClusterParser(
       kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
       kNoTimestamp(), TextTracks(), std::set<int64>(), std::string(),
-      std::string(), kCodecOpus, LogCB()));
+      std::string(), kCodecOpus, new MediaLog()));
 
   int loop_count = 0;
   for (const auto* packet_ptr : BuildAllOpusPackets()) {
     // Setting BlockDuration != Opus duration to see which one the parser uses.
     int block_duration_ms = packet_ptr->duration_ms() + 10;
 
     BlockInfo block_infos[] = {{kAudioTrackNum,
                                 0,
                                 block_duration_ms,
                                 false,  // Not a SimpleBlock.
@@ skipping 21 matching lines @@
 // encoded duration in Opus packet (or hard coded duration estimates). Encoded
 // Opus duration is usually preferred but cannot be known when encrypted.
 TEST_F(WebMClusterParserTest, DontReadEncodedDurationWhenEncrypted) {
   // Non-empty dummy value signals encryption is active for audio.
   std::string audio_encryption_id("audio_key_id");
 
   // Reset parser to expect Opus codec audio and use audio encryption key id.
   parser_.reset(new WebMClusterParser(
       kTimecodeScale, kAudioTrackNum, kNoTimestamp(), kVideoTrackNum,
       kNoTimestamp(), TextTracks(), std::set<int64>(), audio_encryption_id,
-      std::string(), kCodecOpus, LogCB()));
+      std::string(), kCodecOpus, new MediaLog()));
 
   // Single Block with BlockDuration and encrypted data.
   const BlockInfo kBlockInfo[] = {{kAudioTrackNum,
                                    0,
                                    kTestAudioFrameDefaultDurationInMs,
                                    false,            // Not a SimpleBlock
                                    kEncryptedFrame,  // Encrypted frame data
                                    arraysize(kEncryptedFrame)}};
 
   int block_count = arraysize(kBlockInfo);
   scoped_ptr<Cluster> cluster(CreateCluster(0, kBlockInfo, block_count));
   int result = parser_->Parse(cluster->data(), cluster->size());
   EXPECT_EQ(cluster->size(), result);
 
   // Will verify that duration of buffer matches that of BlockDuration.
   ASSERT_TRUE(VerifyBuffers(parser_, kBlockInfo, block_count));
 }
 
 }  // namespace media