vector<ReplicaDescription> PlacementAndLoadBalancingUnitTest::CreateReplicas(wstring replicas, std::vector<bool>& isReplicaUp)
{
StringCollection replicaSet;
vector<ReplicaDescription> replicaDescription;
StringUtility::Split<wstring>(replicas, replicaSet, ItemDelimiter);
if (replicaSet.size() != isReplicaUp.size())
{
return replicaDescription;
}
for (int i = 0; i < replicaSet.size(); i++)
{
replicaDescription.push_back(CreateReplicas(replicaSet[i], isReplicaUp[i])[0]);
}
return replicaDescription;
}
map<wstring, uint> PlacementAndLoadBalancingUnitTest::CreateCapacities(std::wstring capacityStr)
{
map<wstring, uint> capacities;
if (!capacityStr.empty())
{
StringCollection capacityCollection;
StringUtility::Split<wstring>(capacityStr, capacityCollection, ItemDelimiter);
for (int i = 0; i < capacityCollection.size(); ++i)
{
StringCollection capacityPair;
StringUtility::Split<wstring>(capacityCollection[i], capacityPair, PairDelimiter);
ASSERT_IFNOT(capacityPair.size() == 2, "Capacity error");
capacities.insert(make_pair(capacityPair[0], _wtoi(capacityPair[1].c_str())));
}
}
return capacities;
}
bool UnreliableTransportConfiguration::AddSpecification(std::wstring const & name, std::wstring const & data)
{
StringCollection params;
StringUtility::Split<wstring>(data, params, L" ");
wstring source = (params.size() > 0 ? params[0] : wstring());
wstring destination = (params.size() > 1 ? params[1] : wstring());
wstring action = (params.size() > 2 ? params[2] : wstring());
double probability = (params.size() > 3 ? Common::Double_Parse(params[3]) : 1.0);
TimeSpan delay = (params.size() > 4 ? ParseTimeSpan(params[4]) : TimeSpan::MaxValue);
TimeSpan delaySpan = (params.size() > 5 ? ParseTimeSpan(params[5]) : TimeSpan::Zero);
int priority = (params.size() > 6 ? Common::Int32_Parse(params[6]) : 0);
int applyCount = (params.size() > 7 ? Common::Int32_Parse(params[7]) : -1);
return AddSpecification(make_unique<UnreliableTransportSpecification>(name, source, destination, action, probability, delay, delaySpan, priority, applyCount));
}
void TestDirectory::TestGetFilesWithMask()
{
typedef std::vector<std::tstring> StringCollection;
StringCollection fileNames = Workshare::System::IO::Directory::GetFiles(TEST_FOLDER + _T("\\TestGetFiles"), _T("*.doc"));
assertEquals(2, (long)fileNames.size());
// make all fileNames lowercase, so we can find them.
std::for_each(fileNames.begin(), fileNames.end(), MakeFileNameLowerCase);
StringCollection::iterator fileName = std::find(fileNames.begin(), fileNames.end(), tolower(TEST_FOLDER + _T("\\testgetfiles\\filea.doc")));
assertMessage(fileName != fileNames.end(), _T("Expected to find [") + TEST_FOLDER + _T("\\testgetfiles\\filea.doc] in the returned list"));
fileName = std::find(fileNames.begin(), fileNames.end(), tolower(TEST_FOLDER + _T("\\testgetfiles\\fileb.doc")));
assertMessage(fileName != fileNames.end(), _T("Expected to find [") + TEST_FOLDER + _T("\\testgetfiles\\fileb.doc] in the returned list"));
}
bool TestMultiPackageHostContext::FromClientId(std::wstring const& clientId, TestMultiPackageHostContext & testMultiPackageHostContext)
{
StringCollection collection;
StringUtility::Split<wstring>(clientId, collection, TestMultiPackageHostContext::ParamDelimiter);
if(collection.size() == 2)
{
Federation::NodeId nodeId;
TestSession::FailTestIfNot(Federation::NodeId::TryParse(collection[0], nodeId), "Could not parse NodeId: {0}", clientId);
testMultiPackageHostContext = TestMultiPackageHostContext(nodeId.ToString(), collection[1]);
return true;
}
else
{
return false;
}
}
vector<ServiceMetric> PlacementAndLoadBalancingUnitTest::CreateMetrics(wstring metrics)
{
StringCollection metricCollection;
StringUtility::Split<wstring>(metrics, metricCollection, ItemDelimiter);
vector<ServiceMetric> metricList;
for (wstring const& metricStr : metricCollection)
{
StringCollection metricProperties;
StringUtility::Split<wstring>(metricStr, metricProperties, PairDelimiter);
ASSERT_IFNOT(metricProperties.size() == 4, "Metric error");
metricList.push_back(ServiceMetric(move(metricProperties[0]), Common::Double_Parse(metricProperties[1]), _wtoi(metricProperties[2].c_str()), _wtoi(metricProperties[3].c_str())));
}
return metricList;
}
map<wstring, ApplicationCapacitiesDescription> PlacementAndLoadBalancingUnitTest::CreateApplicationCapacities(wstring appCapacities)
{
map<std::wstring, ApplicationCapacitiesDescription> capacityDesc;
StringCollection capacityCollection;
StringUtility::Split<wstring>(appCapacities, capacityCollection, ItemDelimiter);
for (wstring const& metricStr : capacityCollection)
{
StringCollection metricProperties;
StringUtility::Split<wstring>(metricStr, metricProperties, PairDelimiter);
ASSERT_IFNOT(metricProperties.size() == 4, "CreateApplicationCapacities metric error");
wstring metricName = metricProperties[0];
capacityDesc.insert(make_pair(metricName,
ApplicationCapacitiesDescription(move(metricProperties[0]), _wtoi(metricProperties[1].c_str()), _wtoi(metricProperties[2].c_str()), _wtoi(metricProperties[3].c_str()))));
}
return capacityDesc;
}
vector<ReplicaDescription> PlacementAndLoadBalancingUnitTest::CreateReplicas(wstring replicas, bool isUp)
{
vector<ReplicaDescription> replicaVector;
// format [replica1], [replica2], ...
// each replica: [replicaRole]/[nodeIndex]/[IsToBePromoted][IsMoveInProgress][IsToBeDropped][IsInBuild]
// replicaRole: P or S or SB
// the last three descriptions optional inputs: PDB; treated as false by default
StringCollection placement;
StringUtility::Split<wstring>(replicas, placement, ItemDelimiter);
for (wstring const& replica : placement)
{
StringCollection replicaFields;
StringUtility::Split<wstring>(replica, replicaFields, PairDelimiter);
ReplicaRole::Enum role = ReplicaRole::None;
Reliability::ReplicaStates::Enum state = Reliability::ReplicaStates::Ready;
StringUtility::TrimSpaces(replicaFields[0]);
if (replicaFields[0] == L"P")
{
role = ReplicaRole::Primary;
}
else if (replicaFields[0] == L"S" || replicaFields[0] == L"I")
{
role = ReplicaRole::Secondary;
}
else if (replicaFields[0] == L"N")
{
role = ReplicaRole::None;
}
else if (replicaFields[0] == L"SB")
{
role = ReplicaRole::StandBy;
state = Reliability::ReplicaStates::StandBy;
}
else if (replicaFields[0] == L"D")
{
role = ReplicaRole::Dropped;
state = Reliability::ReplicaStates::Dropped;
}
int nodeIndex = _wtoi(replicaFields[1].c_str());
Reliability::ReplicaFlags::Enum flags = Reliability::ReplicaFlags::None;
if (replicaFields.size() >= 3)
{
wstring properties = replica.substr(replicaFields[0].length() + replicaFields[1].length() + 2);
if (StringUtility::Contains<wstring>(properties, L"B"))
{
state = Reliability::ReplicaStates::InBuild;
}
if (StringUtility::Contains<wstring>(properties, L"I"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::PrimaryToBeSwappedOut);
}
if (StringUtility::Contains<wstring>(properties, L"J"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::PrimaryToBePlaced);
}
if (StringUtility::Contains<wstring>(properties, L"K"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::ReplicaToBePlaced);
}
if (StringUtility::Contains<wstring>(properties, L"V"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::MoveInProgress);
}
if (StringUtility::Contains<wstring>(properties, L"D"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::ToBeDroppedByFM);
}
if (StringUtility::Contains<wstring>(properties, L"R"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::ToBeDroppedByPLB);
}
if (StringUtility::Contains<wstring>(properties, L"T"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::ToBeDroppedForNodeDeactivation);
}
if (StringUtility::Contains<wstring>(properties, L"P"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::ToBePromoted);
}
if (StringUtility::Contains<wstring>(properties, L"N"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::PendingRemove);
}
if (StringUtility::Contains<wstring>(properties, L"Z"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::Deleted);
}
if (StringUtility::Contains<wstring>(properties, L"L"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::PreferredPrimaryLocation);
}
if (StringUtility::Contains<wstring>(properties, L"E"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::EndpointAvailable);
}
if (StringUtility::Contains<wstring>(properties, L"M"))
{
flags = static_cast<Reliability::ReplicaFlags::Enum>(flags ^ Reliability::ReplicaFlags::PreferredReplicaLocation);
}
}
replicaVector.push_back(ReplicaDescription(
CreateNodeInstance(nodeIndex, 0),
role,
state,
isUp, // isUp
flags));
}
return replicaVector;
}
