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calyp/app/catch2/CalypResourcesTests.cpp
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/* This file is a part of plaYUVer project
* Copyright (C) 2014-2021 by Joao Carreira (jfmcarreira@gmail.com)
* Luis Lucas (luisfrlucas@gmail.com)
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License along
* with this program; if not, write to the Free Software Foundation, Inc.,
* 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
*/
/**
* \file CalypResourcesTests.cpp
* \brief Resouce handling tests
*/
#include <QString>
#include <catch2/catch.hpp>
#include <filesystem>
#include <iostream>
#include <variant>
#include "ResourceHandle.h"
#include "lib/CalypFrame.h"
#include "lib/CalypStream.h"
#include "models/VideostreamResource.h"
using namespace std::chrono_literals;
constexpr int kFrameRate{ 30 };
constexpr auto kStreamType = CalypStream::Type::Input;
auto getFileTestFilename( const char* test_sequence ) -> std::string
{
return std::string( CALYP_TEST_DATA_DIR ) + std::string( "/" ) + std::string( test_sequence );
}
TEST_CASE( "Can construct and destruct a resource", "VideoResource" )
{
auto videoResource = std::make_unique<VideostreamResource>();
CHECK( videoResource != nullptr );
}
TEST_CASE( "Can load a YUV file", "VideoResource" )
{
constexpr unsigned int kWidth{ 352 };
constexpr unsigned int kHeight{ 288 };
constexpr auto kInputFormat{ ClpPixelFormats::YUV420p };
constexpr unsigned int kBitsPel{ 8 };
constexpr auto KEndianness{ CLP_LITTLE_ENDIAN };
const auto kFilename = getFileTestFilename( "Foreman.yuv" );
REQUIRE( std::filesystem::exists( std::filesystem::path( kFilename ) ) );
auto resourceHandle = std::make_unique<ResourceHandle>( nullptr );
auto videoResource = std::make_unique<VideostreamResource>();
CalypFileInfo streamInfo{ .m_cFilename = QString::fromStdString( kFilename ) };
CHECK_FALSE( videoResource->loadFile( streamInfo, false ) );
SECTION( "Now use a valid config" )
{
streamInfo = CalypFileInfo{ .m_cFilename = QString::fromStdString( kFilename ),
.m_uiWidth = kWidth,
.m_uiHeight = kHeight,
.m_iPelFormat = kInputFormat,
.m_uiBitsPelPixel = kBitsPel,
.m_iEndianness = KEndianness,
.m_uiFrameRate = kFrameRate };
REQUIRE( videoResource->loadFile( streamInfo ) );
const auto& test_stream = videoResource->getStream();
CHECK( test_stream.getWidth() == kWidth );
CHECK( test_stream.getHeight() == kHeight );
CHECK( test_stream.getBitsPerPixel() == kBitsPel );
CHECK( test_stream.getFormatName() == "YUV" );
CHECK( test_stream.getCodecName() == "Raw Video" );
CHECK( test_stream.getEndianess() == CLP_BIG_ENDIAN );
auto frame = videoResource->getCurrFrame();
CHECK( frame->getPixel( 2, 0 ) == CalypPixel{ CLP_COLOR_YUV, 201, 129, 125 } );
CHECK( frame->getPixel( 336, 278 ) == CalypPixel{ CLP_COLOR_YUV, 99, 111, 142 } );
}
}
TEST_CASE( "Can load a MKV file", "VideoResource" )
{
constexpr unsigned int kWidth{ 352 };
constexpr unsigned int kHeight{ 288 };
constexpr unsigned int kBitsPel{ 8 };
const auto kFilename = getFileTestFilename( "Foreman.mkv" );
REQUIRE( std::filesystem::exists( std::filesystem::path( kFilename ) ) );
auto resourceHandle = std::make_unique<ResourceHandle>( nullptr );
auto videoResource = std::make_unique<VideostreamResource>( nullptr );
CalypFileInfo streamInfo{ .m_cFilename = QString::fromStdString( kFilename ) };
REQUIRE( videoResource->loadFile( streamInfo ) );
const auto& test_stream = videoResource->getStream();
CHECK( test_stream.getWidth() == kWidth );
CHECK( test_stream.getHeight() == kHeight );
CHECK( test_stream.getBitsPerPixel() == kBitsPel );
CHECK( test_stream.getFormatName() == "MKV" );
CHECK( test_stream.getCodecName() == "h264" );
CHECK( test_stream.getEndianess() == CLP_BIG_ENDIAN );
auto frame = videoResource->getCurrFrame();
CHECK( frame->getPixel( 311, 255 ) == CalypPixel{ CLP_COLOR_YUV, 83, 120, 132 } );
}
TEST_CASE( "Can load a PNG file", "VideoResource" )
{
constexpr unsigned int kWidth{ 352 };
constexpr unsigned int kHeight{ 288 };
constexpr unsigned int kBitsPel{ 8 };
const auto kFilename = getFileTestFilename( "Foreman.png" );
REQUIRE( std::filesystem::exists( std::filesystem::path( kFilename ) ) );
auto resourceHandle = std::make_unique<ResourceHandle>( nullptr );
auto videoResource = std::make_unique<VideostreamResource>( nullptr );
CalypFileInfo streamInfo{ .m_cFilename = QString::fromStdString( kFilename ) };
REQUIRE( videoResource->loadFile( streamInfo ) );
const auto& test_stream = videoResource->getStream();
CHECK( test_stream.getWidth() == kWidth );
CHECK( test_stream.getHeight() == kHeight );
CHECK( test_stream.getBitsPerPixel() == kBitsPel );
CHECK( test_stream.getFormatName() == "PNG" );
CHECK( test_stream.getCodecName() == "png" );
CHECK( test_stream.getEndianess() == CLP_BIG_ENDIAN );
auto frame = videoResource->getCurrFrame();
CHECK( frame->getPixel( 292, 263 ) == CalypPixel{ CLP_COLOR_RGB, 92, 83, 54 } );
}
TEST_CASE( "Resource handle can store a video resource", "VideoResource" )
{
constexpr unsigned int kWidth{ 352 };
constexpr unsigned int kHeight{ 288 };
constexpr auto kInputFormat{ ClpPixelFormats::YUV420p };
constexpr unsigned int kBitsPel{ 8 };
constexpr auto KEndianness{ CLP_LITTLE_ENDIAN };
const auto kFilename = getFileTestFilename( "Foreman.yuv" );
REQUIRE( std::filesystem::exists( std::filesystem::path( kFilename ) ) );
auto resourceHandle = std::make_unique<ResourceHandle>( nullptr );
CalypFileInfo streamInfo{ .m_cFilename = QString::fromStdString( kFilename ),
.m_uiWidth = kWidth,
.m_uiHeight = kHeight,
.m_iPelFormat = kInputFormat,
.m_uiBitsPelPixel = kBitsPel,
.m_iEndianness = KEndianness,
.m_uiFrameRate = kFrameRate };
{
auto videoResource = std::make_unique<VideostreamResource>( nullptr );
REQUIRE( videoResource != nullptr );
CHECK( videoResource->loadFile( streamInfo ) );
CHECK( resourceHandle->appendResource( std::move( videoResource ) ) == 0 );
}
auto videoResource = std::make_unique<VideostreamResource>( nullptr );
REQUIRE( videoResource != nullptr );
CHECK( videoResource->loadFile( streamInfo ) );
auto resource_id = resourceHandle->appendResource( std::move( videoResource ) );
CHECK( resource_id == 1 );
SECTION( "Can start and stop resource" )
{
resourceHandle->startResourceWorker( resource_id );
std::this_thread::sleep_for( 20ms );
resourceHandle->stopResourceWorker( resource_id );
CHECK( true );
}
SECTION( "Can start without stopping (RAII will clear resource)" )
{
resourceHandle->startResourceWorker( resource_id );
CHECK( true );
}
resourceHandle->removeResource( resource_id );
}
TEST_CASE( "Resource handle can play a video resource", "VideoResource" )
{
constexpr unsigned int kWidth{ 352 };
constexpr unsigned int kHeight{ 288 };
constexpr auto kInputFormat{ ClpPixelFormats::YUV420p };
constexpr unsigned int kBitsPel{ 8 };
constexpr auto KEndianness{ CLP_LITTLE_ENDIAN };
const auto kFilename = getFileTestFilename( "Foreman.yuv" );
REQUIRE( std::filesystem::exists( std::filesystem::path( kFilename ) ) );
auto resourceHandle = std::make_unique<ResourceHandle>( nullptr );
CalypFileInfo streamInfo{ .m_cFilename = QString::fromStdString( kFilename ),
.m_uiWidth = kWidth,
.m_uiHeight = kHeight,
.m_iPelFormat = kInputFormat,
.m_uiBitsPelPixel = kBitsPel,
.m_iEndianness = KEndianness,
.m_uiFrameRate = kFrameRate };
auto videoResource = std::make_unique<VideostreamResource>( nullptr );
REQUIRE( videoResource != nullptr );
CHECK( videoResource->loadFile( streamInfo ) );
auto frame = videoResource->getCurrFrame();
CHECK( frame->getPixel( 2, 0 ) == CalypPixel{ CLP_COLOR_YUV, 201, 129, 125 } );
CHECK( frame->getPixel( 336, 278 ) == CalypPixel{ CLP_COLOR_YUV, 99, 111, 142 } );
auto resource_id = resourceHandle->appendResource( std::move( videoResource ) );
resourceHandle->executeResourceAction<VideostreamResource>( resource_id, []( auto* resource ) {
resource->play();
return true;
} );
resourceHandle->startResourceWorker( resource_id );
resourceHandle->executeResourceAction<VideostreamResource>( resource_id, [&frame]( auto* resource ) {
resource->playEvent();
frame = resource->getCurrFrame();
return true;
} );
CHECK( frame->getPixel( 298, 237 ) == CalypPixel{ CLP_COLOR_YUV, 82, 115, 134 } );
resourceHandle->executeResourceAction<VideostreamResource>( resource_id, [&frame]( auto* resource ) {
resource->playEvent();
frame = resource->getCurrFrame();
return true;
} );
CHECK_FALSE( frame->getPixel( 298, 237 ) == CalypPixel{ CLP_COLOR_YUV, 82, 115, 134 } );
SECTION( "Can Stop" )
{
resourceHandle->executeResourceAction<VideostreamResource>( resource_id, [&frame]( auto* resource ) {
resource->playEvent();
frame = resource->getCurrFrame();
return true;
} );
resourceHandle->executeResourceAction<VideostreamResource>( resource_id, [&frame]( auto* resource ) {
resource->stop();
frame = resource->getCurrFrame();
return true;
} );
CHECK( frame->getPixel( 2, 0 ) == CalypPixel{ CLP_COLOR_YUV, 201, 129, 125 } );
CHECK( frame->getPixel( 336, 278 ) == CalypPixel{ CLP_COLOR_YUV, 99, 111, 142 } );
}
resourceHandle->stopResourceWorker( resource_id );
}