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Copy pathIncludeManagerTest.cpp
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747 lines (632 loc) · 31.4 KB
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#include "runcpp2/IncludeManager.hpp"
#include "DSResult/DSResult.hpp"
#include "CppOverride.hpp"
#include "ssLogger/ssLog.hpp"
CO_DECLARE_INSTANCE(OverrideInstance);
#define INTERNAL_RUNCPP2_UNDEF_MOCKS 1
#include "Tests/IncludeManager/MockComponents.hpp"
#include <memory>
#if !INTERNAL_RUNCPP2_UNIT_TESTS || !defined(INTERNAL_RUNCPP2_UNIT_TESTS)
static_assert(false, "INTERNAL_RUNCPP2_UNIT_TESTS not defined");
#endif
struct IncludeManagerAccessor
{
inline static const ghc::filesystem::path&
GetIncludeRecordDir(const runcpp2::IncludeManager& includeManager)
{
return includeManager.IncludeRecordDir;
}
inline static ghc::filesystem::path
GetRecordPath( const runcpp2::IncludeManager& includeManager,
const ghc::filesystem::path& sourceFile)
{
return includeManager.GetRecordPath(sourceFile);
}
};
DS::Result<void> TestMain()
{
#if defined(_WIN32)
const std::string absPathPrefix = "C:";
#elif defined(__unix__) || defined(__APPLE__)
const std::string absPathPrefix;
#endif
std::unique_ptr<runcpp2::IncludeManager> includeManager(nullptr);
const std::string buildDirPath = absPathPrefix + "/tmp/Build";
const std::string includeMapsPath = buildDirPath + "/IncludeMaps";
std::vector<std::string> sourcePaths =
{
absPathPrefix + "/tmp/Source/test.cpp",
absPathPrefix + "/tmp/Source/test2.cpp",
absPathPrefix + "/tmp/Source/test3.cpp"
};
std::vector<std::string> includePaths =
{
absPathPrefix + "/tmp/Include/header1.hpp",
absPathPrefix + "/tmp/Include/header2.hpp",
absPathPrefix + "/tmp/Include/header3.hpp"
};
auto setup = [&includeManager]()
{
includeManager.reset(new runcpp2::IncludeManager());
CO_CLEAR_ALL_INSTRUCTS(OverrideInstance);
};
auto cleanup = []()
{
ssLOG_SET_CURRENT_THREAD_TARGET_LEVEL(ssLOG_LEVEL_DEBUG);
};
//Initialize Should Create Directory When It Doesn't Exist
{
setup();
using namespace CppOverride;
//Check if directory exists
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Returns<bool>(false)
.Times(1)
.Expected();
//Create directory
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_create_directories)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Returns<bool>(true)
.Times(1)
.Expected();
DS_ASSERT_TRUE(includeManager->Initialize(buildDirPath));
DS_ASSERT_EQ(IncludeManagerAccessor::GetIncludeRecordDir(*includeManager), includeMapsPath);
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//Initialize Should Succeed When Directory Already Exists
{
setup();
using namespace CppOverride;
//Check if directory exists
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Returns<bool>(true)
.Times(1)
.Expected();
//Create directory should not be called
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_create_directories)
.ExpectedNotSatisfied();
DS_ASSERT_TRUE(includeManager->Initialize(buildDirPath));
DS_ASSERT_EQ(IncludeManagerAccessor::GetIncludeRecordDir(*includeManager), includeMapsPath);
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//Initialize Should Fail When Directory Creation Fails
{
setup();
ssLOG_SET_CURRENT_THREAD_TARGET_LEVEL(ssLOG_LEVEL_FATAL);
using namespace CppOverride;
//Check if directory exists
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Returns<bool>(false)
.Times(1)
.Expected();
//Create directory fails
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_create_directories)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Returns<bool>(false)
.Times(1)
.Expected();
DS_ASSERT_FALSE(includeManager->Initialize(buildDirPath));
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//WriteIncludeRecord Should Write Multiple Includes Successfully
{
setup();
using namespace CppOverride;
//Initialize first
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Times(1)
.Returns<bool>(true)
.Expected();
//Mock GetRecordPath
const std::string recordPath = absPathPrefix + "/tmp/Build/IncludeMaps/test.Includes";
CO_INSTRUCT_NO_REF (OverrideInstance, GetRecordPath)
.WhenCalledWith<const ghc::filesystem::path&>(sourcePaths[0])
.Returns<ghc::filesystem::path>(recordPath)
.Times(1)
.MatchesObject(includeManager.get())
.Expected();
//Open output file
CO_INSTRUCT_NO_REF (OverrideInstance, Mock_ofstream)
.WhenCalledWith<const ghc::filesystem::path&>(recordPath)
.Returns<void>()
.Times(1)
.Expected();
//Check if file is opened
CO_INSTRUCT_REF (OverrideInstance, Mock_std::Mock_ifstream, is_open)
.Returns<bool>(true)
.Times(1)
.Expected();
//Capture content on close
std::string writeResult;
CO_INSTRUCT_REF (OverrideInstance, Mock_std::Mock_ofstream, close)
.Returns<void>()
.Times(1)
.WhenCalledExpectedly_Do
(
[&](void* instance, ...)
{
writeResult =
static_cast<Mock_std::Mock_ofstream*>(instance)->
StringStream.str();
}
)
.Expected();
//Initialize first
DS_ASSERT_TRUE(includeManager->Initialize(buildDirPath));
//Write includes
std::vector<ghc::filesystem::path> includes =
{
includePaths[0],
includePaths[1],
includePaths[2]
};
DS_ASSERT_TRUE(includeManager->WriteIncludeRecord(sourcePaths[0], includes));
//Verify content
for(const ghc::filesystem::path& include : includes)
{
DS_ASSERT_NOT_EQ(writeResult.find(include.string()), std::string::npos);
//ssTEST_OUTPUT_VALUES_WHEN_FAILED(writeResult, include.string());
}
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//WriteIncludeRecord Should Fail With Invalid Paths
{
setup();
ssLOG_SET_CURRENT_THREAD_TARGET_LEVEL(ssLOG_LEVEL_FATAL);
using namespace CppOverride;
//Initialize first
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Times(1)
.Returns<bool>(true)
.Expected();
//Initialize first
DS_ASSERT_TRUE(includeManager->Initialize(buildDirPath));
//Test with relative source path
std::vector<ghc::filesystem::path> includes = { includePaths[0] };
DS_ASSERT_FALSE(includeManager->WriteIncludeRecord("relative/path", includes));
//Test when file open fails
const std::string recordPath = absPathPrefix + "/tmp/Build/IncludeMaps/test.Includes";
CO_INSTRUCT_NO_REF (OverrideInstance, GetRecordPath)
.WhenCalledWith<const ghc::filesystem::path&>(sourcePaths[0])
.Returns<ghc::filesystem::path>(recordPath)
.Times(1)
.MatchesObject(includeManager.get())
.Expected();
CO_INSTRUCT_NO_REF (OverrideInstance, Mock_ofstream)
.WhenCalledWith<const ghc::filesystem::path&>(recordPath)
.Returns<void>()
.Times(1)
.Expected();
CO_INSTRUCT_REF (OverrideInstance, Mock_std::Mock_ofstream, is_open)
.Returns<bool>(false)
.Times(1)
.Expected();
DS_ASSERT_FALSE(includeManager->WriteIncludeRecord(sourcePaths[0], includes));
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//ReadIncludeRecord Should Read Multiple Includes Successfully
{
setup();
using namespace CppOverride;
//Initialize first
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Times(1)
.Returns<bool>(true)
.Expected();
//Mock GetRecordPath
const std::string recordPath = absPathPrefix + "/tmp/Build/IncludeMaps/test.Includes";
CO_INSTRUCT_NO_REF (OverrideInstance, GetRecordPath)
.WhenCalledWith<const ghc::filesystem::path&>(sourcePaths[0])
.Returns<ghc::filesystem::path>(recordPath)
.Times(1)
.MatchesObject(includeManager.get())
.Expected();
//Check if record file exists
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(recordPath, CO_ANY)
.Returns<bool>(true)
.Times(1)
.Expected();
//Mock last_write_time
const auto recordTime = ghc::filesystem::file_time_type::clock::now();
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(recordPath, CO_ANY)
.Returns<ghc::filesystem::file_time_type>(recordTime)
.Times(1)
.Expected();
//Open input file
CO_INSTRUCT_NO_REF (OverrideInstance, Mock_ifstream)
.WhenCalledWith<const ghc::filesystem::path&>(recordPath)
.Returns<void>()
.Times(1)
.Expected();
//Check if file is opened
CO_INSTRUCT_REF (OverrideInstance, Mock_std::Mock_ifstream, is_open)
.Returns<bool>(true)
.Times(1)
.Expected();
using TypedDataVec = std::vector<CppOverride::TypedDataInfo>;
//Mock getline to return includes
int callCount = 0;
CO_INSTRUCT_REF (OverrideInstance, Mock_std, Mock_getline)
.Returns<bool>(true)
.WhenCalledExpectedly_Do([&callCount, &includePaths]( void*,
TypedDataVec& args)
{
if(args.at(1).IsType<std::string&>())
{
*(args.at(1).GetTypedDataPtr<std::string&>()) =
includePaths[callCount++];
}
})
.Times(3);
//Mock getline to return false for end of file
CO_INSTRUCT_REF (OverrideInstance, Mock_std, Mock_getline)
.Returns<bool>(false)
.Times(1)
.Expected();
//Initialize first
DS_ASSERT_TRUE(includeManager->Initialize(buildDirPath));
//Read includes
std::vector<ghc::filesystem::path> outIncludes;
ghc::filesystem::file_time_type outRecordTime;
DS_ASSERT_TRUE(includeManager->ReadIncludeRecord(sourcePaths[0], outIncludes, outRecordTime));
//Verify content
DS_ASSERT_EQ(outIncludes.size(), 3);
for(std::size_t i = 0; i < outIncludes.size(); ++i)
{
DS_ASSERT_EQ(outIncludes[i], includePaths[i]);
//ssTEST_OUTPUT_VALUES_WHEN_FAILED(outIncludes[i].string(), includePaths[i]);
}
DS_ASSERT_TRUE(outRecordTime == recordTime);
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//ReadIncludeRecord Should Fail When Record Doesn't Exist
{
setup();
ssLOG_SET_CURRENT_THREAD_TARGET_LEVEL(ssLOG_LEVEL_FATAL);
using namespace CppOverride;
//Initialize first
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Times(1)
.Returns<bool>(true)
.Expected();
//Initialize first
DS_ASSERT_TRUE(includeManager->Initialize(buildDirPath));
//Test when record doesn't exist
const std::string recordPath = absPathPrefix + "/tmp/Build/IncludeMaps/test.Includes";
CO_INSTRUCT_NO_REF (OverrideInstance, GetRecordPath)
.WhenCalledWith<const ghc::filesystem::path&>(sourcePaths[0])
.Returns<ghc::filesystem::path>(recordPath)
.Times(1)
.MatchesObject(includeManager.get())
.Expected();
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(recordPath, CO_ANY)
.Returns<bool>(false)
.Times(1)
.Expected();
std::vector<ghc::filesystem::path> outIncludes;
ghc::filesystem::file_time_type outRecordTime;
DS_ASSERT_FALSE(includeManager->ReadIncludeRecord(sourcePaths[0], outIncludes, outRecordTime));
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//ReadIncludeRecord Should Fail When File Open Fails
{
setup();
ssLOG_SET_CURRENT_THREAD_TARGET_LEVEL(ssLOG_LEVEL_FATAL);
using namespace CppOverride;
//Initialize first
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includeMapsPath, CO_ANY)
.Times(1)
.Returns<bool>(true)
.Expected();
//Initialize first
DS_ASSERT_TRUE(includeManager->Initialize(buildDirPath));
//Test when file open fails
const std::string recordPath = absPathPrefix + "/tmp/Build/IncludeMaps/test.Includes";
CO_INSTRUCT_NO_REF (OverrideInstance, GetRecordPath)
.WhenCalledWith<const ghc::filesystem::path&>(sourcePaths[0])
.Returns<ghc::filesystem::path>(recordPath)
.Times(1)
.MatchesObject(includeManager.get())
.Expected();
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(recordPath, CO_ANY)
.Returns<bool>(true)
.Times(1);
const auto recordTime = ghc::filesystem::file_time_type::clock::now();
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(recordPath, CO_ANY)
.Returns<ghc::filesystem::file_time_type>(recordTime)
.Times(1)
.Expected();
CO_INSTRUCT_NO_REF (OverrideInstance, Mock_ifstream)
.WhenCalledWith<const ghc::filesystem::path&>(recordPath)
.Returns<void>()
.Times(1)
.Expected()
CO_INSTRUCT_REF (OverrideInstance, Mock_std::Mock_ifstream, is_open)
.Returns<bool>(false)
.Times(1)
.Expected();
std::vector<ghc::filesystem::path> outIncludes;
ghc::filesystem::file_time_type outRecordTime;
DS_ASSERT_FALSE(includeManager->ReadIncludeRecord(sourcePaths[0], outIncludes, outRecordTime));
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
};
//NeedsUpdate Should Return True When Source Is Newer
{
setup();
using namespace CppOverride;
//Setup timestamps
const auto recordTime = ghc::filesystem::file_time_type::clock::now();
const auto sourceTime = recordTime + std::chrono::seconds(1);
const auto includeTime = recordTime - std::chrono::seconds(1);
//Mock source file time
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(sourcePaths[0], CO_ANY)
.Returns<ghc::filesystem::file_time_type>(sourceTime)
.Times(1)
.Expected();
//Mock include file time (shouldn't be called since source is newer than record time)
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includePaths[0], CO_ANY)
.Returns<ghc::filesystem::file_time_type>(includeTime)
.ExpectedNotSatisfied();
//Mock include file exists (shouldn't be called since source is newer than record time)
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includePaths[0], CO_ANY)
.Returns<bool>(true)
.ExpectedNotSatisfied();
std::vector<ghc::filesystem::path> includes = { includePaths[0] };
DS_ASSERT_TRUE(includeManager->NeedsUpdate(sourcePaths[0], includes, recordTime));
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//NeedsUpdate Should Return True When Include Is Newer
{
setup();
using namespace CppOverride;
//Setup timestamps
const auto recordTime = ghc::filesystem::file_time_type::clock::now();
const auto sourceTime = recordTime - std::chrono::seconds(1);
const auto includeTime = recordTime + std::chrono::seconds(1);
//Mock source file time
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(sourcePaths[0], CO_ANY)
.Returns<ghc::filesystem::file_time_type>(sourceTime)
.Times(1)
.Expected();
//Mock include file exists
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includePaths[0], CO_ANY)
.Returns<bool>(true)
.Times(1)
.Expected();
//Mock include file time
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includePaths[0], CO_ANY)
.Returns<ghc::filesystem::file_time_type>(includeTime)
.Times(1)
.Expected();
std::vector<ghc::filesystem::path> includes = { includePaths[0] };
DS_ASSERT_TRUE(includeManager->NeedsUpdate(sourcePaths[0], includes, recordTime));
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//NeedsUpdate Should Return False When Record Is Newest
{
setup();
using namespace CppOverride;
//Setup timestamps
const auto recordTime = ghc::filesystem::file_time_type::clock::now();
const auto sourceTime = recordTime - std::chrono::seconds(1);
const auto includeTime = recordTime - std::chrono::seconds(2);
//Mock source file time
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(sourcePaths[0], CO_ANY)
.Returns<ghc::filesystem::file_time_type>(sourceTime)
.Times(1)
.Expected();
//Mock include file exists
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includePaths[0], CO_ANY)
.Returns<bool>(true)
.Times(1)
.Expected();
//Mock include file time
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includePaths[0], CO_ANY)
.Returns<ghc::filesystem::file_time_type>(includeTime)
.Times(1)
.Expected();
std::vector<ghc::filesystem::path> includes = { includePaths[0] };
DS_ASSERT_FALSE(includeManager->NeedsUpdate(sourcePaths[0], includes, recordTime));
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//NeedsUpdate Should Return True When Missing Include File
{
setup();
using namespace CppOverride;
//Setup timestamps
const auto recordTime = ghc::filesystem::file_time_type::clock::now();
const auto sourceTime = recordTime - std::chrono::seconds(1);
//Mock source file time
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(sourcePaths[0], CO_ANY)
.Returns<ghc::filesystem::file_time_type>(sourceTime)
.Times(1)
.Expected();
//Mock first include file exists (false)
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includePaths[0], CO_ANY)
.Returns<bool>(false)
.Times(1)
.Expected();
//Mock second include file exists (true)
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includePaths[1], CO_ANY)
.Times(0)
.Expected();
//Mock second include file time
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_last_write_time)
.WhenCalledWith<const ghc::filesystem::path&,
CO_ANY_TYPE>(includePaths[1], CO_ANY)
.Times(0)
.Expected();
std::vector<ghc::filesystem::path> includes = { includePaths[0], includePaths[1] };
DS_ASSERT_TRUE(includeManager->NeedsUpdate(sourcePaths[0], includes, recordTime));
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
//GetRecordPath Should Generate Valid And Unique Paths
{
setup();
using namespace CppOverride;
auto ProcessPath = [](const std::string& path)
{
std::string processedPath;
for(int i = 0; i < path.size(); ++i)
{
if(path[i] == '\\')
processedPath += '/';
else
processedPath += path[i];
}
return processedPath;
};
//Initialize first
CO_INSTRUCT_REF (OverrideInstance, ghc::filesystem, Mock_exists)
.Returns<bool>(true)
.Expected();
using TypedDataVec = std::vector<CppOverride::TypedDataInfo>;
//Mock hash for first source file
CO_INSTRUCT_REF (OverrideInstance, Mock_std::Mock_hash<std::string>, operator())
.If([&sourcePaths, ProcessPath](void*, const TypedDataVec& args)
{
if(args.empty())
return false;
if( args.at(0).IsType<std::string>() &&
ProcessPath(*args.at(0).GetTypedDataPtr<std::string>()) ==
sourcePaths.at(0))
{
return true;
}
return false;
})
.Returns<std::size_t>(123)
.Times(1)
.Expected();
//Mock hash for second source file
CO_INSTRUCT_REF (OverrideInstance, Mock_std::Mock_hash<std::string>, operator())
.If([&sourcePaths, ProcessPath](void*, const TypedDataVec& args)
{
if(args.empty())
return false;
if( args.at(0).IsType<std::string>() &&
ProcessPath(*args.at(0).GetTypedDataPtr<std::string>()) ==
sourcePaths.at(1))
{
return true;
}
return false;
})
.Returns<std::size_t>(456)
.Times(1)
.Expected();
//Mock hash for third source file
CO_INSTRUCT_REF (OverrideInstance, Mock_std::Mock_hash<std::string>, operator())
.If([&sourcePaths, ProcessPath](void*, const TypedDataVec& args)
{
if(args.empty())
return false;
if( args.at(0).IsType<std::string>() &&
ProcessPath(*args.at(0).GetTypedDataPtr<std::string>()) ==
sourcePaths.at(2))
{
return true;
}
return false;
})
.Returns<std::size_t>(789)
.Times(1)
.Expected();
//Initialize first
bool initializeResult = includeManager->Initialize(buildDirPath);
//Get paths for different source files
ghc::filesystem::path path1 = IncludeManagerAccessor::GetRecordPath(*includeManager,
sourcePaths[0]);
ghc::filesystem::path path2 = IncludeManagerAccessor::GetRecordPath(*includeManager,
sourcePaths[1]);
ghc::filesystem::path path3 = IncludeManagerAccessor::GetRecordPath(*includeManager,
sourcePaths[2]);
DS_ASSERT_TRUE(initializeResult);
//Verify exact paths
DS_ASSERT_EQ(path1, includeMapsPath + "/123.Includes");
DS_ASSERT_EQ(path2, includeMapsPath + "/456.Includes");
DS_ASSERT_EQ(path3, includeMapsPath + "/789.Includes");
DS_ASSERT_EQ(CO_GET_FAILED_FUNCTIONS(OverrideInstance).size(), 0);
cleanup();
}
return {};
}
int main(int argc, char** argv)
{
try
{
TestMain().DS_TRY_ACT( ssLOG_LINE(CO_GET_FAILED_REPORT(OverrideInstance));
ssLOG_LINE(DS_TMP_ERROR.ToString());
return 1);
return 0;
}
catch(std::exception& ex)
{
ssLOG_LINE(ex.what());
return 1;
}
return 1;
}