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#include "common/common_pch.h"
#include "gtest/gtest.h"
#include "common/construct.h"
#include "common/ebml.h"
#include "tests/unit/util.h"
#include <matroska/KaxTracks.h>
#include <matroska/KaxTrackEntryData.h>
#include <matroska/KaxTrackVideo.h>
namespace {
using namespace mtxut;
using namespace mtx::construct;
using namespace libmatroska;
TEST(ConstructAndEquality, EmptyMaster) {
auto a = ebml_master_cptr{ cons<KaxTracks>() };
auto b = ebml_master_cptr{ master<KaxTracks>() };
EXPECT_EQ(0u, a->ListSize());
EXPECT_EQ(0u, b->ListSize());
EXPECT_EBML_EQ(*a, *b);
}
TEST(ConstructAndEquality, SingleLevel) {
auto a = ebml_master_cptr{ cons<KaxTrackVideo>(new KaxVideoPixelWidth, 123, new KaxVideoPixelHeight, 456) };
auto b = ebml_master_cptr{ master<KaxTrackVideo>() };
b->PushElement(*new KaxVideoPixelWidth);
b->PushElement(*new KaxVideoPixelHeight);
*dynamic_cast<EbmlUInteger *>((*b)[0]) = 123;
*dynamic_cast<EbmlUInteger *>((*b)[1]) = 456;
EXPECT_EBML_EQ(*a, *b);
}
TEST(ConstructAndEquality, MultipleLevels) {
auto a = ebml_master_cptr{ cons<KaxTracks>(cons<KaxTrackEntry>(cons<KaxTrackVideo>())) };
auto b = ebml_master_cptr{ master<KaxTracks>() };
b->PushElement(*master<KaxTrackEntry>());
static_cast<EbmlMaster *>((*b)[0])->PushElement(*master<KaxTrackVideo>());
EXPECT_EBML_EQ(*a, *b);
}
TEST(ConstructAndEquality, MasterAtTheFront) {
auto a = ebml_master_cptr{ cons<KaxTracks>(cons<KaxTrackEntry>(), new KaxCodecID, std::string{"Stuff"}) };
auto b = ebml_master_cptr{ master<KaxTracks>() };
b->PushElement(*master<KaxTrackEntry>());
b->PushElement(*new KaxCodecID);
*static_cast<EbmlString *>((*b)[1]) = "Stuff";
EXPECT_EBML_EQ(*a, *b);
}
TEST(ConstructAndEquality, MasterInTheMiddle) {
auto a = ebml_master_cptr{ cons<KaxTracks>(new KaxTrackUID, 4711u, cons<KaxTrackEntry>(), new KaxTrackUID, 4712u) };
auto b = ebml_master_cptr{ master<KaxTracks>() };
b->PushElement(*new KaxTrackUID);
b->PushElement(*master<KaxTrackEntry>());
b->PushElement(*new KaxTrackUID);
*static_cast<EbmlUInteger *>((*b)[0]) = 4711;
*static_cast<EbmlUInteger *>((*b)[2]) = 4712;
EXPECT_EBML_EQ(*a, *b);
}
TEST(ConstructAndEquality, MasterAtTheBack) {
auto a = ebml_master_cptr{ cons<KaxTracks>(new KaxCodecID, "Stuff", cons<KaxTrackEntry>()) };
auto b = ebml_master_cptr{ master<KaxTracks>() };
b->PushElement(*new KaxCodecID);
b->PushElement(*master<KaxTrackEntry>());
*static_cast<EbmlString *>((*b)[0]) = "Stuff";
EXPECT_EBML_EQ(*a, *b);
}
TEST(ConstructAndEquality, NoMaster) {
auto a = ebml_master_cptr{ cons<KaxTracks>(new KaxCodecID, "Stuff1", new KaxCodecID, "Stuff2") };
auto b = ebml_master_cptr{ master<KaxTracks>() };
b->PushElement(*new KaxCodecID);
b->PushElement(*new KaxCodecID);
*static_cast<EbmlString *>((*b)[0]) = "Stuff1";
*static_cast<EbmlString *>((*b)[1]) = "Stuff2";
EXPECT_EBML_EQ(*a, *b);
}
TEST(ConstructAndEquality, AllTypes) {
auto a = ebml_master_cptr{ cons<KaxTracks>(cons<KaxTrackEntry>(new KaxCodecID, "Stuff",
new KaxCodecName, L"UniStuffAsWcharString",
new KaxCodecName, std::wstring{L"UniStuffAsStdWString"},
new KaxCodecName, std::string{"UniStuffAsStdString"},
new KaxCodecName, "UniStuffAsCharString",
new KaxTrackNumber, 4254,
new KaxTrackOffset, -22,
new KaxDateUTC, 98273,
new KaxDuration, 47.11,
cons<KaxTrackVideo>(new KaxVideoPixelWidth, 123,
new KaxVideoPixelHeight, 456)))
};
auto b = ebml_master_cptr{ master<KaxTracks>() };
auto m1 = master<KaxTrackEntry>();
auto m2 = master<KaxTrackVideo>();
b->PushElement(*m1);
m1->PushElement(*new KaxCodecID);
m1->PushElement(*new KaxCodecName);
m1->PushElement(*new KaxCodecName);
m1->PushElement(*new KaxCodecName);
m1->PushElement(*new KaxCodecName);
m1->PushElement(*new KaxTrackNumber);
m1->PushElement(*new KaxTrackOffset);
m1->PushElement(*new KaxDateUTC);
m1->PushElement(*new KaxDuration);
m1->PushElement(*m2);
m2->PushElement(*new KaxVideoPixelWidth);
m2->PushElement(*new KaxVideoPixelHeight);
*dynamic_cast<EbmlString *>((*m1)[0]) = "Stuff";
*dynamic_cast<EbmlUnicodeString *>((*m1)[1]) = L"UniStuffAsWcharString";
*dynamic_cast<EbmlUnicodeString *>((*m1)[2]) = L"UniStuffAsStdWString";
*dynamic_cast<EbmlUnicodeString *>((*m1)[3]) = L"UniStuffAsStdString";
*dynamic_cast<EbmlUnicodeString *>((*m1)[4]) = L"UniStuffAsCharString";
*dynamic_cast<EbmlUInteger *>((*m1)[5]) = 4254;
*dynamic_cast<EbmlSInteger *>((*m1)[6]) = -22;
dynamic_cast<EbmlDate *>((*m1)[7])->SetEpochDate(98273);
*dynamic_cast<EbmlFloat *>((*m1)[8]) = 47.11;
*dynamic_cast<EbmlUInteger *>((*m2)[0]) = 123;
*dynamic_cast<EbmlUInteger *>((*m2)[1]) = 456;
EXPECT_EBML_EQ(*a, *b);
}
TEST(ConstructAndEquality, Binary) {
auto a = ebml_master_cptr{ cons<KaxTracks>(new KaxCodecPrivate, memory_c::clone("Stuff", 5)) };
auto b = ebml_master_cptr{ master<KaxTracks>() };
b->PushElement(*new KaxCodecPrivate);
static_cast<EbmlBinary *>((*b)[0])->CopyBuffer(reinterpret_cast<binary const *>("Stuff"), 5);
EXPECT_EBML_EQ(*a, *b);
}
TEST(ConstructAndEquality, ConditionalConstruction) {
bool hmm = false;
auto a = ebml_master_cptr{ cons<KaxTracks>(cons<KaxTrackEntry>(new KaxCodecID, "Stuff",
hmm ? new KaxTrackNumber : nullptr, 4254,
new KaxTrackOffset, -22))
};
auto b = ebml_master_cptr{ cons<KaxTracks>(cons<KaxTrackEntry>(new KaxCodecID, "Stuff",
new KaxTrackOffset, -22))
};
EXPECT_EBML_EQ(*a, *b);
hmm = true;
auto c = ebml_master_cptr{ cons<KaxTracks>(cons<KaxTrackEntry>(new KaxCodecID, "Stuff",
hmm ? new KaxTrackNumber : nullptr, 4254,
new KaxTrackOffset, -22))
};
auto d = ebml_master_cptr{ cons<KaxTracks>(cons<KaxTrackEntry>(new KaxCodecID, "Stuff",
new KaxTrackNumber, 4254,
new KaxTrackOffset, -22))
};
EXPECT_EBML_EQ(*c, *d);
}
}
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