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Merge Create and Dispatch in Cue Alignment Tests 

Originally the create and dispatch of stream data in the cue
alignment tests were separate to improve readability. The idea was
to separate building each stream and dispatching the streams muxed
together would make it easier to understand the streams.

However, coming back to the code, this did not hold up as it took just as
long to understand the code. So merging the two together allows for the
code to be more concise.

Change-Id: I77f6bb67e7fb0ca7af0553c3baf07082770da74c
This commit is contained in:
Aaron Vaage 2018-06-19 13:23:39 -07:00
parent b5cdfee73f
commit 5a9a49034b
1 changed files with 155 additions and 223 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

378
packager/media/chunking/cue_alignment_handler_unittest.cc
View File

@ -25,37 +25,73 @@ namespace {
const size_t kOneInput = 1; const size_t kOneInput = 1;
const size_t kOneOutput = 1; const size_t kOneOutput = 1;
const size_t kThreeInput = 3; const size_t kThreeInputs = 3;
const size_t kThreeOutput = 3; const size_t kThreeOutputs = 3;
const bool kKeyFrame = true; const bool kKeyFrame = true;
const uint32_t kMsTimeScale = 1000; const uint32_t kMsTimeScale = 1000;
const char* kNoId = ""; const size_t kStreamIndex = 0;
const char* kNoPayload = "";
const size_t kChild = 0;
} // namespace } // namespace
class CueAlignmentHandlerTest : public MediaHandlerTestBase { class CueAlignmentHandlerTest : public MediaHandlerTestBase {
protected: protected:
Status DispatchStreamInfo(size_t stream, std::unique_ptr<SyncPointQueue> CreateSyncPoints(
std::shared_ptr<const StreamInfo> info) { std::initializer_list<double> cues) {
return Input(stream)->Dispatch( AdCueGeneratorParams params;
StreamData::FromStreamInfo(kChild, std::move(info)));
for (double cue_time : cues) {
Cuepoint cue;
cue.start_time_in_seconds = cue_time;
params.cue_points.push_back(cue);
} }
Status DispatchMediaSample(size_t stream, return std::unique_ptr<SyncPointQueue>(new SyncPointQueue(params));
std::shared_ptr<const MediaSample> sample) {
return Input(stream)->Dispatch(
StreamData::FromMediaSample(kChild, std::move(sample)));
} }
Status DispatchTextSample(size_t stream, Status DispatchAudioInfo(size_t input_index) {
std::shared_ptr<const TextSample> sample) { auto info = GetAudioStreamInfo(kMsTimeScale);
return Input(stream)->Dispatch( auto data = StreamData::FromStreamInfo(kStreamIndex, std::move(info));
StreamData::FromTextSample(kChild, std::move(sample)));
return Input(input_index)->Dispatch(std::move(data));
}
Status DispatchTextInfo(size_t input_index) {
auto info = GetTextStreamInfo(kMsTimeScale);
auto data = StreamData::FromStreamInfo(kStreamIndex, std::move(info));
return Input(input_index)->Dispatch(std::move(data));
}
Status DispatchVideoInfo(size_t input_index) {
auto info = GetVideoStreamInfo(kMsTimeScale);
auto data = StreamData::FromStreamInfo(kStreamIndex, std::move(info));
return Input(input_index)->Dispatch(std::move(data));
}
Status DispatchMediaSample(size_t input_index,
int64_t start_time,
int64_t duration,
bool keyframe) {
auto sample = GetMediaSample(start_time, duration, keyframe);
auto data = StreamData::FromMediaSample(kStreamIndex, std::move(sample));
return Input(input_index)->Dispatch(std::move(data));
}
Status DispatchTextSample(size_t input_index,
int64_t start_time,
int64_t end_time) {
const char* kNoId = "";
const char* kNoPayload = "";
auto sample = GetTextSample(kNoId, start_time, end_time, kNoPayload);
auto data = StreamData::FromTextSample(kStreamIndex, std::move(sample));
return Input(input_index)->Dispatch(std::move(data));
} }
Status FlushAll(std::initializer_list<size_t> inputs) { Status FlushAll(std::initializer_list<size_t> inputs) {
@ -75,10 +111,8 @@ TEST_F(CueAlignmentHandlerTest, VideoInputWithNoCues) {
const int64_t kSample1Start = kSample0Start + kSampleDuration; const int64_t kSample1Start = kSample0Start + kSampleDuration;
const int64_t kSample2Start = kSample1Start + kSampleDuration; const int64_t kSample2Start = kSample1Start + kSampleDuration;
AdCueGeneratorParams params; auto sync_points = CreateSyncPoints({});
SyncPointQueue sync_points(params); auto handler = std::make_shared<CueAlignmentHandler>(sync_points.get());
std::shared_ptr<MediaHandler> handler =
std::make_shared<CueAlignmentHandler>(&sync_points);
ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput)); ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput));
{ {
@ -98,15 +132,13 @@ TEST_F(CueAlignmentHandlerTest, VideoInputWithNoCues) {
EXPECT_CALL(*Output(kVideoStream), OnFlush(_)); EXPECT_CALL(*Output(kVideoStream), OnFlush(_));
} }
auto stream_info = GetVideoStreamInfo(kMsTimeScale); ASSERT_OK(DispatchVideoInfo(kVideoStream));
auto sample_0 = GetMediaSample(kSample0Start, kSampleDuration, kKeyFrame); ASSERT_OK(DispatchMediaSample(kVideoStream, kSample0Start, kSampleDuration,
auto sample_1 = GetMediaSample(kSample1Start, kSampleDuration, !kKeyFrame); kKeyFrame));
auto sample_2 = GetMediaSample(kSample2Start, kSampleDuration, kKeyFrame); ASSERT_OK(DispatchMediaSample(kVideoStream, kSample1Start, kSampleDuration,
!kKeyFrame));
DispatchStreamInfo(kVideoStream, std::move(stream_info)); ASSERT_OK(DispatchMediaSample(kVideoStream, kSample2Start, kSampleDuration,
DispatchMediaSample(kVideoStream, std::move(sample_0)); kKeyFrame));
DispatchMediaSample(kVideoStream, std::move(sample_1));
DispatchMediaSample(kVideoStream, std::move(sample_2));
ASSERT_OK(FlushAll({kVideoStream})); ASSERT_OK(FlushAll({kVideoStream}));
} }
@ -119,10 +151,8 @@ TEST_F(CueAlignmentHandlerTest, AudioInputWithNoCues) {
const int64_t kSample1Start = kSample0Start + kSampleDuration; const int64_t kSample1Start = kSample0Start + kSampleDuration;
const int64_t kSample2Start = kSample1Start + kSampleDuration; const int64_t kSample2Start = kSample1Start + kSampleDuration;
AdCueGeneratorParams params; auto sync_points = CreateSyncPoints({});
SyncPointQueue sync_points(params); auto handler = std::make_shared<CueAlignmentHandler>(sync_points.get());
std::shared_ptr<MediaHandler> handler =
std::make_shared<CueAlignmentHandler>(&sync_points);
ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput)); ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput));
{ {
@ -142,15 +172,13 @@ TEST_F(CueAlignmentHandlerTest, AudioInputWithNoCues) {
EXPECT_CALL(*Output(kAudioStream), OnFlush(_)); EXPECT_CALL(*Output(kAudioStream), OnFlush(_));
} }
auto stream_info = GetAudioStreamInfo(kMsTimeScale); ASSERT_OK(DispatchAudioInfo(kAudioStream));
auto sample_0 = GetMediaSample(kSample0Start, kSampleDuration, kKeyFrame); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample0Start, kSampleDuration,
auto sample_1 = GetMediaSample(kSample1Start, kSampleDuration, kKeyFrame); kKeyFrame));
auto sample_2 = GetMediaSample(kSample2Start, kSampleDuration, kKeyFrame); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample1Start, kSampleDuration,
kKeyFrame));
ASSERT_OK(DispatchStreamInfo(kAudioStream, std::move(stream_info))); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample2Start, kSampleDuration,
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(sample_0))); kKeyFrame));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(sample_1)));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(sample_2)));
ASSERT_OK(FlushAll({kAudioStream})); ASSERT_OK(FlushAll({kAudioStream}));
} }
@ -167,10 +195,8 @@ TEST_F(CueAlignmentHandlerTest, TextInputWithNoCues) {
const int64_t kSample2Start = kSample1End; const int64_t kSample2Start = kSample1End;
const int64_t kSample2End = kSample2Start + kSampleDuration; const int64_t kSample2End = kSample2Start + kSampleDuration;
AdCueGeneratorParams params; auto sync_points = CreateSyncPoints({});
SyncPointQueue sync_points(params); auto handler = std::make_shared<CueAlignmentHandler>(sync_points.get());
std::shared_ptr<MediaHandler> handler =
std::make_shared<CueAlignmentHandler>(&sync_points);
ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput)); ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput));
{ {
@ -190,15 +216,10 @@ TEST_F(CueAlignmentHandlerTest, TextInputWithNoCues) {
EXPECT_CALL(*Output(kTextStream), OnFlush(_)); EXPECT_CALL(*Output(kTextStream), OnFlush(_));
} }
auto stream_info = GetTextStreamInfo(kMsTimeScale); ASSERT_OK(DispatchTextInfo(kTextStream));
auto sample_0 = GetTextSample(kNoId, kSample0Start, kSample0End, kNoPayload); ASSERT_OK(DispatchTextSample(kTextStream, kSample0Start, kSample0End));
auto sample_1 = GetTextSample(kNoId, kSample1Start, kSample1End, kNoPayload); ASSERT_OK(DispatchTextSample(kTextStream, kSample1Start, kSample1End));
auto sample_2 = GetTextSample(kNoId, kSample2Start, kSample2End, kNoPayload); ASSERT_OK(DispatchTextSample(kTextStream, kSample2Start, kSample2End));
ASSERT_OK(DispatchStreamInfo(kTextStream, std::move(stream_info)));
ASSERT_OK(DispatchTextSample(kTextStream, std::move(sample_0)));
ASSERT_OK(DispatchTextSample(kTextStream, std::move(sample_1)));
ASSERT_OK(DispatchTextSample(kTextStream, std::move(sample_2)));
ASSERT_OK(FlushAll({kTextStream})); ASSERT_OK(FlushAll({kTextStream}));
} }
@ -217,11 +238,9 @@ TEST_F(CueAlignmentHandlerTest, TextAudioVideoInputWithNoCues) {
const int64_t kSample2Start = kSample1Start + kSampleDuration; const int64_t kSample2Start = kSample1Start + kSampleDuration;
const int64_t kSample2End = kSample2Start + kSampleDuration; const int64_t kSample2End = kSample2Start + kSampleDuration;
AdCueGeneratorParams params; auto sync_points = CreateSyncPoints({});
SyncPointQueue sync_points(params); auto handler = std::make_shared<CueAlignmentHandler>(sync_points.get());
std::shared_ptr<MediaHandler> handler = ASSERT_OK(SetUpAndInitializeGraph(handler, kThreeInputs, kThreeOutputs));
std::make_shared<CueAlignmentHandler>(&sync_points);
ASSERT_OK(SetUpAndInitializeGraph(handler, kThreeInput, kThreeOutput));
{ {
testing::InSequence s; testing::InSequence s;
@ -274,52 +293,31 @@ TEST_F(CueAlignmentHandlerTest, TextAudioVideoInputWithNoCues) {
EXPECT_CALL(*Output(kVideoStream), OnFlush(_)); EXPECT_CALL(*Output(kVideoStream), OnFlush(_));
} }
// Text samples
auto text_stream_info = GetTextStreamInfo(kMsTimeScale);
auto text_sample_0 =
GetTextSample(kNoId, kSample0Start, kSample0End, kNoPayload);
auto text_sample_1 =
GetTextSample(kNoId, kSample1Start, kSample1End, kNoPayload);
auto text_sample_2 =
GetTextSample(kNoId, kSample2Start, kSample2End, kNoPayload);
// Audio samples
auto audio_stream_info = GetAudioStreamInfo(kMsTimeScale);
auto audio_sample_0 =
GetMediaSample(kSample0Start, kSampleDuration, kKeyFrame);
auto audio_sample_1 =
GetMediaSample(kSample1Start, kSampleDuration, kKeyFrame);
auto audio_sample_2 =
GetMediaSample(kSample2Start, kSampleDuration, kKeyFrame);
// Video samples
auto video_stream_info = GetVideoStreamInfo(kMsTimeScale);
auto video_sample_0 =
GetMediaSample(kSample0Start, kSampleDuration, kKeyFrame);
auto video_sample_1 =
GetMediaSample(kSample1Start, kSampleDuration, !kKeyFrame);
auto video_sample_2 =
GetMediaSample(kSample2Start, kSampleDuration, kKeyFrame);
// Dispatch Stream Info // Dispatch Stream Info
ASSERT_OK(DispatchStreamInfo(kTextStream, std::move(text_stream_info))); ASSERT_OK(DispatchTextInfo(kTextStream));
ASSERT_OK(DispatchStreamInfo(kAudioStream, std::move(audio_stream_info))); ASSERT_OK(DispatchAudioInfo(kAudioStream));
ASSERT_OK(DispatchStreamInfo(kVideoStream, std::move(video_stream_info))); ASSERT_OK(DispatchVideoInfo(kVideoStream));
// Dispatch Sample 0 // Dispatch Sample 0
ASSERT_OK(DispatchTextSample(kTextStream, std::move(text_sample_0))); ASSERT_OK(DispatchTextSample(kTextStream, kSample0Start, kSample0End));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(audio_sample_0))); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample0Start, kSampleDuration,
ASSERT_OK(DispatchMediaSample(kVideoStream, std::move(video_sample_0))); kKeyFrame));
ASSERT_OK(DispatchMediaSample(kVideoStream, kSample0Start, kSampleDuration,
kKeyFrame));
// Dispatch Sample 1 // Dispatch Sample 1
ASSERT_OK(DispatchTextSample(kTextStream, std::move(text_sample_1))); ASSERT_OK(DispatchTextSample(kTextStream, kSample1Start, kSample1End));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(audio_sample_1))); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample1Start, kSampleDuration,
ASSERT_OK(DispatchMediaSample(kVideoStream, std::move(video_sample_1))); kKeyFrame));
ASSERT_OK(DispatchMediaSample(kVideoStream, kSample1Start, kSampleDuration,
!kKeyFrame));
// Dispatch Sample 2 // Dispatch Sample 2
ASSERT_OK(DispatchTextSample(kTextStream, std::move(text_sample_2))); ASSERT_OK(DispatchTextSample(kTextStream, kSample2Start, kSample2End));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(audio_sample_2))); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample2Start, kSampleDuration,
ASSERT_OK(DispatchMediaSample(kVideoStream, std::move(video_sample_2))); kKeyFrame));
ASSERT_OK(DispatchMediaSample(kVideoStream, kSample2Start, kSampleDuration,
kKeyFrame));
ASSERT_OK(FlushAll({kTextStream, kAudioStream, kVideoStream})); ASSERT_OK(FlushAll({kTextStream, kAudioStream, kVideoStream}));
} }
@ -336,15 +334,9 @@ TEST_F(CueAlignmentHandlerTest, VideoInputWithCues) {
static_cast<double>(kSample2Start) / kMsTimeScale; static_cast<double>(kSample2Start) / kMsTimeScale;
// Put the cue between two key frames. // Put the cue between two key frames.
Cuepoint cue; auto sync_points =
cue.start_time_in_seconds = static_cast<double>(kSample1Start) / kMsTimeScale; CreateSyncPoints({static_cast<double>(kSample1Start) / kMsTimeScale});
auto handler = std::make_shared<CueAlignmentHandler>(sync_points.get());
AdCueGeneratorParams params;
params.cue_points.push_back(cue);
SyncPointQueue sync_points(params);
std::shared_ptr<MediaHandler> handler =
std::make_shared<CueAlignmentHandler>(&sync_points);
ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput)); ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput));
{ {
@ -366,15 +358,13 @@ TEST_F(CueAlignmentHandlerTest, VideoInputWithCues) {
EXPECT_CALL(*Output(kVideoStream), OnFlush(_)); EXPECT_CALL(*Output(kVideoStream), OnFlush(_));
} }
auto stream_info = GetVideoStreamInfo(kMsTimeScale); ASSERT_OK(DispatchVideoInfo(kVideoStream));
auto sample_0 = GetMediaSample(kSample0Start, kSampleDuration, kKeyFrame); ASSERT_OK(DispatchMediaSample(kVideoStream, kSample0Start, kSampleDuration,
auto sample_1 = GetMediaSample(kSample1Start, kSampleDuration, !kKeyFrame); kKeyFrame));
auto sample_2 = GetMediaSample(kSample2Start, kSampleDuration, kKeyFrame); ASSERT_OK(DispatchMediaSample(kVideoStream, kSample1Start, kSampleDuration,
!kKeyFrame));
ASSERT_OK(DispatchStreamInfo(kVideoStream, std::move(stream_info))); ASSERT_OK(DispatchMediaSample(kVideoStream, kSample2Start, kSampleDuration,
ASSERT_OK(DispatchMediaSample(kVideoStream, std::move(sample_0))); kKeyFrame));
ASSERT_OK(DispatchMediaSample(kVideoStream, std::move(sample_1)));
ASSERT_OK(DispatchMediaSample(kVideoStream, std::move(sample_2)));
ASSERT_OK(FlushAll({kVideoStream})); ASSERT_OK(FlushAll({kVideoStream}));
} }
@ -390,15 +380,9 @@ TEST_F(CueAlignmentHandlerTest, AudioInputWithCues) {
const double kSample1StartInSeconds = const double kSample1StartInSeconds =
static_cast<double>(kSample1Start) / kMsTimeScale; static_cast<double>(kSample1Start) / kMsTimeScale;
Cuepoint cue; auto sync_points =
cue.start_time_in_seconds = static_cast<double>(kSample1Start) / kMsTimeScale; CreateSyncPoints({static_cast<double>(kSample1Start) / kMsTimeScale});
auto handler = std::make_shared<CueAlignmentHandler>(sync_points.get());
AdCueGeneratorParams params;
params.cue_points.push_back(cue);
SyncPointQueue sync_points(params);
std::shared_ptr<MediaHandler> handler =
std::make_shared<CueAlignmentHandler>(&sync_points);
ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput)); ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput));
{ {
@ -420,15 +404,13 @@ TEST_F(CueAlignmentHandlerTest, AudioInputWithCues) {
EXPECT_CALL(*Output(kAudioStream), OnFlush(_)); EXPECT_CALL(*Output(kAudioStream), OnFlush(_));
} }
auto stream_info = GetAudioStreamInfo(kMsTimeScale); ASSERT_OK(DispatchAudioInfo(kAudioStream));
auto sample_0 = GetMediaSample(kSample0Start, kSampleDuration, kKeyFrame); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample0Start, kSampleDuration,
auto sample_1 = GetMediaSample(kSample1Start, kSampleDuration, kKeyFrame); kKeyFrame));
auto sample_2 = GetMediaSample(kSample2Start, kSampleDuration, kKeyFrame); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample1Start, kSampleDuration,
kKeyFrame));
ASSERT_OK(DispatchStreamInfo(kAudioStream, std::move(stream_info))); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample2Start, kSampleDuration,
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(sample_0))); kKeyFrame));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(sample_1)));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(sample_2)));
ASSERT_OK(FlushAll({kAudioStream})); ASSERT_OK(FlushAll({kAudioStream}));
} }
@ -448,15 +430,9 @@ TEST_F(CueAlignmentHandlerTest, TextInputWithCues) {
const double kSample1StartInSeconds = const double kSample1StartInSeconds =
static_cast<double>(kSample1Start) / kMsTimeScale; static_cast<double>(kSample1Start) / kMsTimeScale;
Cuepoint cue; auto sync_points =
cue.start_time_in_seconds = static_cast<double>(kSample1Start) / kMsTimeScale; CreateSyncPoints({static_cast<double>(kSample1Start) / kMsTimeScale});
auto handler = std::make_shared<CueAlignmentHandler>(sync_points.get());
AdCueGeneratorParams params;
params.cue_points.push_back(cue);
SyncPointQueue sync_points(params);
std::shared_ptr<MediaHandler> handler =
std::make_shared<CueAlignmentHandler>(&sync_points);
ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput)); ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput));
{ {
@ -478,15 +454,10 @@ TEST_F(CueAlignmentHandlerTest, TextInputWithCues) {
EXPECT_CALL(*Output(kTextStream), OnFlush(_)); EXPECT_CALL(*Output(kTextStream), OnFlush(_));
} }
auto stream_info = GetTextStreamInfo(kMsTimeScale); ASSERT_OK(DispatchTextInfo(kTextStream));
auto sample_0 = GetTextSample(kNoId, kSample0Start, kSample0End, kNoPayload); ASSERT_OK(DispatchTextSample(kTextStream, kSample0Start, kSample0End));
auto sample_1 = GetTextSample(kNoId, kSample1Start, kSample1End, kNoPayload); ASSERT_OK(DispatchTextSample(kTextStream, kSample1Start, kSample1End));
auto sample_2 = GetTextSample(kNoId, kSample2Start, kSample2End, kNoPayload); ASSERT_OK(DispatchTextSample(kTextStream, kSample2Start, kSample2End));
ASSERT_OK(DispatchStreamInfo(kTextStream, std::move(stream_info)));
ASSERT_OK(DispatchTextSample(kTextStream, std::move(sample_0)));
ASSERT_OK(DispatchTextSample(kTextStream, std::move(sample_1)));
ASSERT_OK(DispatchTextSample(kTextStream, std::move(sample_2)));
ASSERT_OK(FlushAll({kTextStream})); ASSERT_OK(FlushAll({kTextStream}));
} }
@ -503,19 +474,12 @@ TEST_F(CueAlignmentHandlerTest, TextInputWithCueAfterLastStart) {
const int64_t kSample2Start = kSample1End; const int64_t kSample2Start = kSample1End;
const int64_t kSample2End = kSample2Start + kSampleDuration; const int64_t kSample2End = kSample2Start + kSampleDuration;
// Put the cue between the start and end of the last sample.
const double kCueTimeInSeconds = const double kCueTimeInSeconds =
static_cast<double>(kSample2Start + kSample2End) / kMsTimeScale; static_cast<double>(kSample2Start + kSample2End) / kMsTimeScale;
// Put the cue between the start and end of the last sample. auto sync_points = CreateSyncPoints({kCueTimeInSeconds});
Cuepoint cue; auto handler = std::make_shared<CueAlignmentHandler>(sync_points.get());
cue.start_time_in_seconds = kCueTimeInSeconds;
AdCueGeneratorParams params;
params.cue_points.push_back(cue);
SyncPointQueue sync_points(params);
std::shared_ptr<MediaHandler> handler =
std::make_shared<CueAlignmentHandler>(&sync_points);
ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput)); ASSERT_OK(SetUpAndInitializeGraph(handler, kOneInput, kOneOutput));
{ {
@ -537,15 +501,10 @@ TEST_F(CueAlignmentHandlerTest, TextInputWithCueAfterLastStart) {
EXPECT_CALL(*Output(kTextStream), OnFlush(_)); EXPECT_CALL(*Output(kTextStream), OnFlush(_));
} }
auto stream_info = GetTextStreamInfo(kMsTimeScale); ASSERT_OK(DispatchTextInfo(kTextStream));
auto sample_0 = GetTextSample(kNoId, kSample0Start, kSample0End, kNoPayload); ASSERT_OK(DispatchTextSample(kTextStream, kSample0Start, kSample0End));
auto sample_1 = GetTextSample(kNoId, kSample1Start, kSample1End, kNoPayload); ASSERT_OK(DispatchTextSample(kTextStream, kSample1Start, kSample1End));
auto sample_2 = GetTextSample(kNoId, kSample2Start, kSample2End, kNoPayload); ASSERT_OK(DispatchTextSample(kTextStream, kSample2Start, kSample2End));
ASSERT_OK(DispatchStreamInfo(kTextStream, std::move(stream_info)));
ASSERT_OK(DispatchTextSample(kTextStream, std::move(sample_0)));
ASSERT_OK(DispatchTextSample(kTextStream, std::move(sample_1)));
ASSERT_OK(DispatchTextSample(kTextStream, std::move(sample_2)));
ASSERT_OK(FlushAll({kTextStream})); ASSERT_OK(FlushAll({kTextStream}));
} }
@ -568,16 +527,10 @@ TEST_F(CueAlignmentHandlerTest, TextAudioVideoInputWithCues) {
static_cast<double>(kSample2Start) / kMsTimeScale; static_cast<double>(kSample2Start) / kMsTimeScale;
// Put the cue between two key frames. // Put the cue between two key frames.
Cuepoint cue; auto sync_points =
cue.start_time_in_seconds = static_cast<double>(kSample1Start) / kMsTimeScale; CreateSyncPoints({static_cast<double>(kSample1Start) / kMsTimeScale});
auto handler = std::make_shared<CueAlignmentHandler>(sync_points.get());
AdCueGeneratorParams params; ASSERT_OK(SetUpAndInitializeGraph(handler, kThreeInputs, kThreeOutputs));
params.cue_points.push_back(cue);
SyncPointQueue sync_points(params);
std::shared_ptr<MediaHandler> handler =
std::make_shared<CueAlignmentHandler>(&sync_points);
ASSERT_OK(SetUpAndInitializeGraph(handler, kThreeInput, kThreeOutput));
{ {
testing::InSequence s; testing::InSequence s;
@ -636,52 +589,31 @@ TEST_F(CueAlignmentHandlerTest, TextAudioVideoInputWithCues) {
EXPECT_CALL(*Output(kVideoStream), OnFlush(_)); EXPECT_CALL(*Output(kVideoStream), OnFlush(_));
} }
// Text samples
auto text_stream_info = GetTextStreamInfo(kMsTimeScale);
auto text_sample_0 =
GetTextSample(kNoId, kSample0Start, kSample0End, kNoPayload);
auto text_sample_1 =
GetTextSample(kNoId, kSample1Start, kSample1End, kNoPayload);
auto text_sample_2 =
GetTextSample(kNoId, kSample2Start, kSample2End, kNoPayload);
// Audio samples
auto audio_stream_info = GetAudioStreamInfo(kMsTimeScale);
auto audio_sample_0 =
GetMediaSample(kSample0Start, kSampleDuration, kKeyFrame);
auto audio_sample_1 =
GetMediaSample(kSample1Start, kSampleDuration, kKeyFrame);
auto audio_sample_2 =
GetMediaSample(kSample2Start, kSampleDuration, kKeyFrame);
// Video samples
auto video_stream_info = GetVideoStreamInfo(kMsTimeScale);
auto video_sample_0 =
GetMediaSample(kSample0Start, kSampleDuration, kKeyFrame);
auto video_sample_1 =
GetMediaSample(kSample1Start, kSampleDuration, !kKeyFrame);
auto video_sample_2 =
GetMediaSample(kSample2Start, kSampleDuration, kKeyFrame);
// Dispatch Stream Info // Dispatch Stream Info
ASSERT_OK(DispatchStreamInfo(kTextStream, std::move(text_stream_info))); ASSERT_OK(DispatchTextInfo(kTextStream));
ASSERT_OK(DispatchStreamInfo(kAudioStream, std::move(audio_stream_info))); ASSERT_OK(DispatchAudioInfo(kAudioStream));
ASSERT_OK(DispatchStreamInfo(kVideoStream, std::move(video_stream_info))); ASSERT_OK(DispatchVideoInfo(kVideoStream));
// Dispatch Sample 0 // Dispatch Sample 0
ASSERT_OK(DispatchTextSample(kTextStream, std::move(text_sample_0))); ASSERT_OK(DispatchTextSample(kTextStream, kSample0Start, kSample0End));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(audio_sample_0))); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample0Start, kSampleDuration,
ASSERT_OK(DispatchMediaSample(kVideoStream, std::move(video_sample_0))); kKeyFrame));
ASSERT_OK(DispatchMediaSample(kVideoStream, kSample0Start, kSampleDuration,
kKeyFrame));
// Dispatch Sample 1 // Dispatch Sample 1
ASSERT_OK(DispatchTextSample(kTextStream, std::move(text_sample_1))); ASSERT_OK(DispatchTextSample(kTextStream, kSample1Start, kSample1End));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(audio_sample_1))); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample1Start, kSampleDuration,
ASSERT_OK(DispatchMediaSample(kVideoStream, std::move(video_sample_1))); kKeyFrame));
ASSERT_OK(DispatchMediaSample(kVideoStream, kSample1Start, kSampleDuration,
!kKeyFrame));
// Dispatch Sample 2 // Dispatch Sample 2
ASSERT_OK(DispatchTextSample(kTextStream, std::move(text_sample_2))); ASSERT_OK(DispatchTextSample(kTextStream, kSample2Start, kSample2End));
ASSERT_OK(DispatchMediaSample(kAudioStream, std::move(audio_sample_2))); ASSERT_OK(DispatchMediaSample(kAudioStream, kSample2Start, kSampleDuration,
ASSERT_OK(DispatchMediaSample(kVideoStream, std::move(video_sample_2))); kKeyFrame));
ASSERT_OK(DispatchMediaSample(kVideoStream, kSample2Start, kSampleDuration,
kKeyFrame));
ASSERT_OK(FlushAll({kTextStream, kAudioStream, kVideoStream})); ASSERT_OK(FlushAll({kTextStream, kAudioStream, kVideoStream}));
} }