void ComponentsUnitTests::testLoadUninstallSequence()
{
Components components;
CmdComponent * component1 = new CmdComponent();
component1->id = DVLib::GenerateGUIDStringW();
components.add(ComponentPtr(component1));
CmdComponent * component2 = new CmdComponent();
component2->id = DVLib::GenerateGUIDStringW();
components.add(ComponentPtr(component2));
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceInstall).size() == 2);
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceInstall)[0]->id == component1->id);
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceInstall)[1]->id == component2->id);
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceUninstall).size() == 2);
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceUninstall)[0]->id == component2->id);
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceUninstall)[1]->id == component1->id);
}
void ComponentsUnitTests::testOsFilters()
{
Components components;
ComponentPtr component1(new MsiComponent());
component1->os_filter = L"!winXP";
ComponentPtr component2(new MsiComponent());
component2->os_filter = L"winXPsp1";
ComponentPtr component3(new MsiComponent());
component3->os_filter = L"winXP";
ComponentPtr component4(new MsiComponent());
components.add(component1);
components.add(component2);
components.add(component3);
components.add(component4);
Assert::IsTrue(components.size() == 4);
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceInstall).size() == 2);
}
void ComponentsUnitTests::testOsFiltersGreaterSmaller()
{
Components components;
ComponentPtr component1(new MsiComponent());
component1->os_filter_min = winNone;
component1->os_filter_max = winXPMax;
ComponentPtr component2(new MsiComponent());
component2->os_filter_min = winXP;
component2->os_filter_max = winServer2003Max;
ComponentPtr component3(new MsiComponent());
component3->os_filter_min = winXP;
component3->os_filter_max = winNone;
components.add(component1);
components.add(component2);
components.add(component3);
Assert::IsTrue(components.size() == 3);
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceInstall).size() == 1);
}
void ComponentsUnitTests::testLcidFilters()
{
Components components;
ComponentPtr component_currentlcid(new MsiComponent());
component_currentlcid->os_filter_lcid = L"1040";
ComponentPtr component_anotherlcid(new MsiComponent());
component_anotherlcid->os_filter_lcid = L"!1040";
components.add(component_currentlcid);
components.add(component_anotherlcid);
Assert::IsTrue(components.size() == 2);
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceInstall).size() == 1);
}
void ComponentsUnitTests::testExecNoCallback()
{
Components components;
CmdComponent * component1 = new CmdComponent();
component1->id = DVLib::GenerateGUIDStringW();
std::wstring check_file = DVLib::DirectoryCombine(DVLib::GetTemporaryDirectoryW(), component1->id);
Assert::IsTrue(! DVLib::FileExists(check_file));
component1->command = L"cmd.exe /C dir > \"" + check_file + L"\"";
components.add(ComponentPtr(component1));
components.Exec(NULL);
Assert::IsTrue(DVLib::FileExists(check_file));
DVLib::FileDelete(check_file);
}
void ComponentsUnitTests::testPAFilters()
{
Components components;
ComponentPtr component_currentpa(new MsiComponent());
component_currentpa->processor_architecture_filter = L"mips";
ComponentPtr component_anotherpa(new MsiComponent());
component_anotherpa->processor_architecture_filter = L"x86,x64";
components.add(component_currentpa);
components.add(component_anotherpa);
Assert::IsTrue(components.size() == 2);
Assert::IsTrue(components.GetSupportedComponents(LcidUser, SequenceInstall).size() == 1);
Assert::IsTrue(get(components.GetSupportedComponents(LcidUser, SequenceInstall)[0]) == get(component_anotherpa));
}
void ComponentsUnitTests::testAdd()
{
Components components;
ComponentPtr component1(new CmdComponent());
component1->id = DVLib::GenerateGUIDStringW();
ComponentPtr component2(new CmdComponent());
component2->id = DVLib::GenerateGUIDStringW();
components.add(component1);
components.add(component2);
Assert::IsTrue(components.size() == 2);
Assert::IsTrue(components.contains(component1->id));
Assert::IsTrue(components.contains(component2->id));
Assert::IsTrue(! components.contains(DVLib::GenerateGUIDStringW()));
}
void ComponentsUnitTests::testExecWithError()
{
Components components;
CmdComponent * component1 = new CmdComponent();
component1->id = DVLib::GenerateGUIDStringW();
component1->command = L"foobar.exe";
components.add(ComponentPtr(component1));
ExecuteComponentCallbackImpl callback;
components.Exec(& callback);
Assert::IsTrue(1 == callback.starts);
Assert::IsTrue(1 == callback.begins);
Assert::IsTrue(0 == callback.waits);
Assert::IsTrue(0 == callback.successes);
Assert::IsTrue(1 == callback.errors);
}
void ComponentsUnitTests::testExecWithCallback()
{
Components components;
CmdComponent * component1 = new CmdComponent();
component1->id = DVLib::GenerateGUIDStringW();
std::wstring check_file = DVLib::DirectoryCombine(DVLib::GetTemporaryDirectoryW(), component1->id);
Assert::IsTrue(! DVLib::FileExists(check_file));
component1->command = L"cmd.exe /C dir > \"" + check_file + L"\"";
components.add(ComponentPtr(component1));
ExecuteComponentCallbackImpl callback;
components.Exec(& callback);
Assert::IsTrue(DVLib::FileExists(check_file));
DVLib::FileDelete(check_file);
Assert::IsTrue(1 == callback.starts);
Assert::IsTrue(1 == callback.begins);
Assert::IsTrue(1 == callback.waits);
Assert::IsTrue(1 == callback.successes);
Assert::IsTrue(0 == callback.errors);
}
bool DataStreamSerializedComponents::deserializeRemaining(
Components& components,
QObject* entity)
{
auto& ctx = score::IDocument::documentContext(*entity);
auto& comp_factory
= ctx.app.interfaces<score::SerializableComponentFactoryList>();
for (auto it = data.begin(); it != data.end();)
{
DataStream::Deserializer s{it->second};
auto res = deserialize_interface(comp_factory, s, ctx, entity);
if (res)
{
components.add(res);
it = data.erase(it);
}
else
{
++it;
}
}
return data.empty();
}