253 lines
6.6 KiB
C++
253 lines
6.6 KiB
C++
// Copyright (c) 2016 The WebM project authors. All Rights Reserved.
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//
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// Use of this source code is governed by a BSD-style license
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// that can be found in the LICENSE file in the root of the source
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// tree. An additional intellectual property rights grant can be found
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// in the file PATENTS. All contributing project authors may
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// be found in the AUTHORS file in the root of the source tree.
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#include "src/cluster_parser.h"
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#include "gmock/gmock.h"
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#include "gtest/gtest.h"
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#include "test_utils/element_parser_test.h"
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#include "webm/element.h"
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#include "webm/id.h"
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using testing::_;
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using testing::DoAll;
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using testing::InSequence;
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using testing::NotNull;
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using testing::Return;
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using testing::SetArgPointee;
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using webm::Action;
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using webm::Ancestory;
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using webm::BlockGroup;
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using webm::Cluster;
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using webm::ClusterParser;
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using webm::ElementMetadata;
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using webm::ElementParserTest;
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using webm::Id;
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using webm::SimpleBlock;
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using webm::Status;
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namespace {
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class ClusterParserTest
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: public ElementParserTest<ClusterParser, Id::kCluster> {};
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TEST_F(ClusterParserTest, DefaultParse) {
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{
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InSequence dummy;
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EXPECT_CALL(callback_, OnClusterBegin(metadata_, Cluster{}, NotNull()))
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.Times(1);
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EXPECT_CALL(callback_, OnClusterEnd(metadata_, Cluster{})).Times(1);
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}
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ParseAndVerify();
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}
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TEST_F(ClusterParserTest, DefaultValues) {
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SetReaderData({
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0xE7, // ID = 0xE7 (Timecode).
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0x40, 0x00, // Size = 0.
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0xAB, // ID = 0xAB (PrevSize).
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0x40, 0x00, // Size = 0.
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0xA3, // ID = 0xA3 (SimpleBlock).
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0x85, // Size = 5.
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0x81, // Track number = 1.
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0x00, 0x00, // Timecode = 0.
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0x00, // Flags = 0.
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0x00, // Frame 0.
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0xA0, // ID = 0xA0 (BlockGroup).
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0x40, 0x00, // Size = 0.
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});
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{
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InSequence dummy;
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Cluster cluster{};
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cluster.timecode.Set(0, true);
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cluster.previous_size.Set(0, true);
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EXPECT_CALL(callback_, OnClusterBegin(metadata_, cluster, NotNull()))
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.Times(1);
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SimpleBlock simple_block{};
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simple_block.track_number = 1;
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simple_block.num_frames = 1;
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simple_block.is_visible = true;
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cluster.simple_blocks.emplace_back(simple_block, true);
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BlockGroup block_group{};
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cluster.block_groups.emplace_back(block_group, true);
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EXPECT_CALL(callback_, OnClusterEnd(metadata_, cluster)).Times(1);
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}
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ParseAndVerify();
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}
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TEST_F(ClusterParserTest, CustomValues) {
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SetReaderData({
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0xE7, // ID = 0xE7 (Timecode).
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0x40, 0x01, // Size = 1.
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0x01, // Body (value = 1).
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0xAB, // ID = 0xAB (PrevSize).
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0x40, 0x01, // Size = 1.
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0x02, // Body (value = 2).
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0xA3, // ID = 0xA3 (SimpleBlock).
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0x85, // Size = 5.
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0x81, // Track number = 1.
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0x00, 0x00, // Timecode = 0.
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0x00, // Flags = 0.
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0x00, // Frame 0.
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0xA3, // ID = 0xA3 (SimpleBlock).
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0x85, // Size = 5.
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0x82, // Track number = 2.
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0x00, 0x00, // Timecode = 0.
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0x00, // Flags = 0.
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0x00, // Frame 0.
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0xA0, // ID = 0xA0 (BlockGroup).
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0x40, 0x04, // Size = 4.
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0x9B, // ID = 0x9B (BlockDuration).
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0x40, 0x01, // Size = 1.
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0x01, // Body (value = 1).
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0xA0, // ID = 0xA0 (BlockGroup).
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0x40, 0x04, // Size = 4.
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0x9B, // ID = 0x9B (BlockDuration).
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0x40, 0x01, // Size = 1.
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0x02, // Body (value = 2).
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});
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{
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InSequence dummy;
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Cluster cluster{};
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cluster.timecode.Set(1, true);
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cluster.previous_size.Set(2, true);
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EXPECT_CALL(callback_, OnClusterBegin(metadata_, cluster, NotNull()))
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.Times(1);
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SimpleBlock simple_block{};
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simple_block.num_frames = 1;
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simple_block.is_visible = true;
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simple_block.track_number = 1;
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cluster.simple_blocks.emplace_back(simple_block, true);
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simple_block.track_number = 2;
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cluster.simple_blocks.emplace_back(simple_block, true);
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BlockGroup block_group{};
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block_group.duration.Set(1, true);
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cluster.block_groups.emplace_back(block_group, true);
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block_group.duration.Set(2, true);
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cluster.block_groups.emplace_back(block_group, true);
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EXPECT_CALL(callback_, OnClusterEnd(metadata_, cluster)).Times(1);
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}
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ParseAndVerify();
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}
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TEST_F(ClusterParserTest, SkipOnClusterBegin) {
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{
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InSequence dummy;
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EXPECT_CALL(callback_, OnClusterBegin(_, _, _)).Times(0);
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EXPECT_CALL(callback_, OnBlockGroupBegin(_, NotNull())).Times(1);
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EXPECT_CALL(callback_, OnClusterEnd(_, _)).Times(1);
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}
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ElementMetadata child_metadata = {Id::kBlockGroup, 0, 0, 0};
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Ancestory ancestory;
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ASSERT_TRUE(Ancestory::ById(child_metadata.id, &ancestory));
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// Skip the Segment and Cluster ancestors.
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ancestory = ancestory.next().next();
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parser_.InitAfterSeek(ancestory, child_metadata);
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std::uint64_t num_bytes_read = 0;
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const Status status = parser_.Feed(&callback_, &reader_, &num_bytes_read);
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EXPECT_EQ(Status::kOkCompleted, status.code);
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EXPECT_EQ(reader_.size(), num_bytes_read);
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}
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TEST_F(ClusterParserTest, SkipSimpleBlock) {
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SetReaderData({
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0xA3, // ID = 0xA3 (SimpleBlock).
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0x85, // Size = 5.
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0x81, // Track number = 1.
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0x00, 0x00, // Timecode = 0.
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0x00, // Flags = 0.
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0x00, // Frame 0.
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});
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{
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InSequence dummy;
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Cluster cluster{};
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EXPECT_CALL(callback_, OnClusterBegin(metadata_, cluster, NotNull()))
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.Times(1);
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SimpleBlock simple_block{};
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simple_block.num_frames = 1;
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simple_block.is_visible = true;
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simple_block.track_number = 1;
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EXPECT_CALL(callback_, OnSimpleBlockBegin(_, simple_block, NotNull()))
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.WillOnce(DoAll(SetArgPointee<2>(Action::kSkip),
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Return(Status(Status::kOkCompleted))));
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EXPECT_CALL(callback_, OnClusterEnd(metadata_, cluster)).Times(1);
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}
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ParseAndVerify();
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}
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TEST_F(ClusterParserTest, SkipBlockGroup) {
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SetReaderData({
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0xA0, // ID = 0xA0 (BlockGroup).
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0x40, 0x04, // Size = 4.
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0x9B, // ID = 0x9B (BlockDuration).
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0x40, 0x01, // Size = 1.
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0x01, // Body (value = 1).
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});
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{
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InSequence dummy;
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Cluster cluster{};
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EXPECT_CALL(callback_, OnClusterBegin(metadata_, cluster, NotNull()))
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.Times(1);
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EXPECT_CALL(callback_, OnBlockGroupBegin(_, NotNull()))
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.WillOnce(DoAll(SetArgPointee<1>(Action::kSkip),
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Return(Status(Status::kOkCompleted))));
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EXPECT_CALL(callback_, OnClusterEnd(metadata_, cluster)).Times(1);
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}
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ParseAndVerify();
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}
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} // namespace
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