MockKeyListView::MockKeyListView() {
BOOST_LOG_NAMED_SCOPE("MockKeyListView::MockKeyListView");
ON_CALL(*this,getBtnAddKey()) //
.WillByDefault(ReturnRef(itsMockBtnAddKey));
ON_CALL(*this,getBtnDelKey()) //
.WillByDefault(ReturnRef(itsMockBtnDelKey));
ON_CALL(*this,getBtnEditKey()) //
.WillByDefault(ReturnRef(itsMockBtnEditKey));
ON_CALL(*this,getBtnReload()) //
.WillByDefault(ReturnRef(itsMockBtnReloadKey));
}
TEST_F(CudaMultiplicativeInteractionModelTest, Construct) {
const int numberOfIndividuals = 10;
MKLWrapper& mklWrapper;
CudaMultiplicativeInteractionModel cudaMultiplicativeInteractionModel(kernelWrapper);
Container::PinnedHostVector snpData(numberOfIndividuals);
Container::PinnedHostVector envData(numberOfIndividuals);
Container::PinnedHostVector interData(numberOfIndividuals);
for(int i = 0; i < numberOfIndividuals; ++i){
snpData(i) = i;
}
for(int i = 0; i < numberOfIndividuals; ++i){
envData(i) = numberOfIndividuals - i;
}
Container::DeviceVector* snpDataDevice = hostToDeviceStream1.transferVector(snpData);
Container::DeviceVector* envDataDevice = hostToDeviceStream1.transferVector(envData);
Container::DeviceVector* interDataDevice = hostToDeviceStream1.transferVector(interData);
Container::SNPVectorMock<Container::DeviceVector> snpVectorMock;
EXPECT_CALL(snpVectorMock, getNumberOfIndividualsToInclude()).WillRepeatedly(Return(numberOfIndividuals));
EXPECT_CALL(snpVectorMock, getOriginalSNPData()).Times(1).WillRepeatedly(ReturnRef(*snpDataDevice));
Container::EnvironmentVectorMock<Container::DeviceVector> environmentVectorMock;
EXPECT_CALL(environmentVectorMock, getNumberOfIndividualsToInclude()).WillRepeatedly(Return(numberOfIndividuals));
EXPECT_CALL(environmentVectorMock, getEnvironmentData()).Times(1).WillRepeatedly(ReturnRef(*envDataDevice));
Container::InteractionVectorMock<Container::DeviceVector> interactionVectorMock;
EXPECT_CALL(interactionVectorMock, getNumberOfIndividualsToInclude()).WillRepeatedly(Return(numberOfIndividuals));
EXPECT_CALL(interactionVectorMock, getInteractionData()).Times(1).WillRepeatedly(ReturnRef(*interDataDevice));
EXPECT_CALL(interactionVectorMock, updateSize(numberOfIndividuals)).Times(1);
cudaMultiplicativeInteractionModel.applyModel(snpVectorMock, environmentVectorMock, interactionVectorMock);
Container::PinnedHostVector* interDataHostRes = deviceToHostStream1.transferVector(*interDataDevice);
for(int i = 0; i < numberOfIndividuals; ++i){
EXPECT_EQ(i * (numberOfIndividuals - i), (*interDataHostRes)(i));
}
delete snpDataDevice;
delete envDataDevice;
delete interDataDevice;
delete interDataHostRes;
}
IncreaseThirstTest()
:
mTimer((unsigned int)0)
{
ON_CALL(mOwner, hasAttribute("IncreaseThirst.timer"))
.WillByDefault(Return(true));
ON_CALL(mOwner, getAttribute("IncreaseThirst.timer"))
.WillByDefault(ReturnRef(mTimer));
}
TEST_F(IncreaseThirstTest, Execute_OwnerDies_IsPlayer_GameEnds)
{
Variant ownerIsPlayer = true;
ON_CALL(mOwner, hasAttribute("isPlayer"))
.WillByDefault(Return(true));
ON_CALL(mOwner, getAttribute("isPlayer"))
.WillByDefault(ReturnRef(ownerIsPlayer));
IncreaseThirst increaseThirst(mWorld, mOwner, 1);
increaseThirst.execute(1000);
EXPECT_FALSE(mWorld["running"].get<bool>());
}
TEST_F(CpuMultiplicativeInteractionModelTest, Construct) {
const int numberOfIndividuals = 10;
MKLWrapper& mklWrapper;
CpuMultiplicativeInteractionModel cpuMultiplicativeInteractionModel(mklWrapper);
Container::RegularHostVector snpData(numberOfIndividuals);
Container::RegularHostVector envData(numberOfIndividuals);
Container::RegularHostVector interData(numberOfIndividuals);
for(int i = 0; i < numberOfIndividuals; ++i){
snpData(i) = i;
}
for(int i = 0; i < numberOfIndividuals; ++i){
envData(i) = numberOfIndividuals - i;
}
Container::SNPVectorMock<Container::RegularHostVector> snpVectorMock;
EXPECT_CALL(snpVectorMock, getNumberOfIndividualsToInclude()).WillRepeatedly(Return(numberOfIndividuals));
EXPECT_CALL(snpVectorMock, getOriginalSNPData()).Times(1).WillRepeatedly(ReturnRef(snpData));
Container::EnvironmentVectorMock<Container::RegularHostVector> environmentVectorMock;
EXPECT_CALL(environmentVectorMock, getNumberOfIndividualsToInclude()).WillRepeatedly(Return(numberOfIndividuals));
EXPECT_CALL(environmentVectorMock, getEnvironmentData()).Times(1).WillRepeatedly(ReturnRef(envData));
Container::InteractionVectorMock<Container::RegularHostVector> interactionVectorMock;
EXPECT_CALL(interactionVectorMock, getNumberOfIndividualsToInclude()).WillRepeatedly(Return(numberOfIndividuals));
EXPECT_CALL(interactionVectorMock, getInteractionData()).Times(1).WillRepeatedly(ReturnRef(interData));
EXPECT_CALL(interactionVectorMock, updateSize(numberOfIndividuals)).Times(1);
cpuMultiplicativeInteractionModel.applyModel(snpVectorMock, environmentVectorMock, interactionVectorMock);
for(int i = 0; i < numberOfIndividuals; ++i){
EXPECT_EQ(i * (numberOfIndividuals - i), interData(i));
}
}
void MockYubikoOtpKeyView::setupDefaultOnCallHandlers() {
BOOST_LOG_NAMED_SCOPE("MockYubikoOtpKeyView::setupDefaultOnCallHandlers");
ON_CALL(*this,getEdtPrivateId()).WillByDefault(
ReturnRef(itsMockEdtPrivateId));
ON_CALL((const MockYubikoOtpKeyView&)(*this),getEdtPrivateId()).WillByDefault(
ReturnRef(itsMockEdtPrivateId));
ON_CALL(*this,getEdtSecretKey()).WillByDefault(
ReturnRef(itsMockEdtSecretKey));
ON_CALL((const MockYubikoOtpKeyView&)(*this),getEdtSecretKey()).WillByDefault(
ReturnRef(itsMockEdtSecretKey));
ON_CALL(*this,getEdtPublicId()).WillByDefault(
ReturnRef(itsMockEdtPublicId));
ON_CALL((const MockYubikoOtpKeyView&)(*this),getEdtPublicId()).WillByDefault(
ReturnRef(itsMockEdtPublicId));
ON_CALL(*this,getEdtDescription()).WillByDefault(
ReturnRef(itsMockEdtDescription));
ON_CALL((const MockYubikoOtpKeyView&)(*this),getEdtDescription()).WillByDefault(
ReturnRef(itsMockEdtDescription));
ON_CALL(*this,getSbxPublicIdLen()).WillByDefault(
ReturnRef(itsMockSbxPublicIdLen));
ON_CALL((const MockYubikoOtpKeyView&)(*this),getSbxPublicIdLen()).WillByDefault(
ReturnRef(itsMockSbxPublicIdLen));
ON_CALL(*this,getBtnSave()).WillByDefault(ReturnRef(itsMockBtnSave));
ON_CALL(*this,getEdtSysUser()).WillByDefault(
ReturnRef(itsMockEdtSysUser));
ON_CALL((const MockYubikoOtpKeyView&)(*this),getEdtSysUser()).WillByDefault(
ReturnRef(itsMockEdtSysUser));
ON_CALL(*this,getBtnSelectSysUser()).WillByDefault(
ReturnRef(itsMockBtnSelectSysUser));
ON_CALL(*this,getBtnGenPrivateId()).WillByDefault(
ReturnRef(itsMockBtnGenPrivateId));
ON_CALL(*this,getBtnGenPublicId()).WillByDefault(
ReturnRef(itsMockBtnGenPublicId));
ON_CALL(*this,getBtnGenSecretKey()).WillByDefault(
ReturnRef(itsMockBtnGenSecretKey));
}
