internal async Task TestIndexesWithDeactivations <TIGrain, TProperties>(int intAdjustBase = 0)
where TIGrain : ITestMultiIndexGrain, IIndexableGrain where TProperties : ITestMultiIndexProperties
{
using (var tw = new TestConsoleOutputWriter(this.Output, $"start test: TIGrain = {nameof(TIGrain)}, TProperties = {nameof(TProperties)}"))
{
// Use intAdjust to test that different values for the same grain type are handled correctly; see MultiIndex_All.
var intAdjust = intAdjustBase * 1000000;
var adj1 = intAdjust + 1;
var adj11 = intAdjust + 11;
var adj111 = intAdjust + 111;
var adj1111 = intAdjust + 1111;
var adj2 = intAdjust + 2;
var adj3 = intAdjust + 3;
var adj4 = intAdjust + 4;
var adj1000 = intAdjust + 1000;
var adj2000 = intAdjust + 2000;
var adj3000 = intAdjust + 3000;
var adj4000 = intAdjust + 4000;
var adjOne = "one" + intAdjust;
var adjEleven = "eleven" + intAdjust;
var adjOneEleven = "oneeleven" + intAdjust;
var adjElevenEleven = "eleveneleven" + intAdjust;
var adjTwo = "two" + intAdjust;
var adjThree = "three" + intAdjust;
var adjFour = "four" + intAdjust;
var adj1k = "1k" + intAdjust;
var adj2k = "2k" + intAdjust;
var adj3k = "3k" + intAdjust;
var adj4k = "4k" + intAdjust;
const string unindexedString = "unindexed_";
async Task <TIGrain> makeGrain(int uInt, string uString, int nuInt, string nuString)
{
var grain = this.GetGrain <TIGrain>(GrainPkFromUniqueInt(uInt));
await grain.SetUniqueInt(uInt);
await grain.SetUniqueString(uString);
await grain.SetNonUniqueInt(nuInt);
await grain.SetNonUniqueString(nuString);
await grain.SetUnIndexedString(unindexedString + uString);
return(grain);
}
var p1 = await makeGrain(adj1, adjOne, adj1000, adj1k);
var p11 = await makeGrain(adj11, adjEleven, adj1000, adj1k);
var p111 = await makeGrain(adj111, adjOneEleven, adj1000, adj1k);
var p1111 = await makeGrain(adj1111, adjElevenEleven, adj1000, adj1k);
var p2 = await makeGrain(adj2, adjTwo, adj2000, adj2k);
var p3 = await makeGrain(adj3, adjThree, adj3000, adj3k);
// UniqueInt and UniqueString are defined as Unique for non-PerSilo partitioning only; we do not test duplicates here.
var intIndexes = await this.GetAndWaitForIndexes <int, TIGrain>(ITC.UniqueIntProperty, ITC.NonUniqueIntProperty);
var isActiveUqInt = intIndexes[0].GetType().IsActiveIndex();
var isActiveNonUqInt = intIndexes[1].GetType().IsActiveIndex();
var stringIndexes = await this.GetAndWaitForIndexes <string, TIGrain>(ITC.UniqueStringProperty, ITC.NonUniqueStringProperty);
var isActiveUqString = stringIndexes[0].GetType().IsActiveIndex();
var isActiveNonUqString = stringIndexes[1].GetType().IsActiveIndex();
Assert.Equal(1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj1));
Assert.Equal(1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj11));
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjOne));
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjEleven));
Assert.Equal(1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj2));
Assert.Equal(1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj3));
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjTwo));
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjThree));
Assert.Equal(1, await this.GetNonUniqueIntCount <TIGrain, TProperties>(adj2000));
Assert.Equal(1, await this.GetNonUniqueIntCount <TIGrain, TProperties>(adj3000));
Assert.Equal(1, await this.GetNonUniqueStringCount <TIGrain, TProperties>(adj2k));
Assert.Equal(1, await this.GetNonUniqueStringCount <TIGrain, TProperties>(adj3k));
async Task verifyCount(int expected1, int expected11, int expected1000)
{
Assert.Equal(expected1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj1));
Assert.Equal(expected1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjOne));
Assert.Equal(isActiveUqInt ? expected11 : 1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj11));
Assert.Equal(isActiveUqString ? expected11 : 1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjEleven));
Assert.Equal(isActiveNonUqInt ? expected1000 : 4, await this.GetNonUniqueIntCount <TIGrain, TProperties>(adj1000));
Assert.Equal(isActiveNonUqString ? expected1000 : 4, await this.GetNonUniqueStringCount <TIGrain, TProperties>(adj1k));
}
Console.WriteLine("*** First Verify ***");
await verifyCount(1, 1, 4);
Console.WriteLine("*** First Deactivate ***");
await p11.Deactivate();
await Task.Delay(ITC.DelayUntilIndexesAreUpdatedLazily);
Console.WriteLine("*** Second Verify ***");
await verifyCount(1, 0, 3);
Console.WriteLine("*** Second and Third Deactivate ***");
await p111.Deactivate();
await p1111.Deactivate();
await Task.Delay(ITC.DelayUntilIndexesAreUpdatedLazily);
Console.WriteLine("*** Third Verify ***");
await verifyCount(1, 0, 1);
Console.WriteLine("*** GetGrain ***");
p11 = this.GetGrain <TIGrain>(p11.GetPrimaryKeyLong());
Assert.Equal(adj1000, await p11.GetNonUniqueInt());
Assert.Equal(unindexedString + adjEleven, await p11.GetUnIndexedString());
Console.WriteLine("*** Fourth Verify ***");
await verifyCount(1, 1, 2);
Console.WriteLine("*** Fifth Verify ***");
Assert.Equal(1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj3));
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjThree));
Assert.Equal(1, await this.GetNonUniqueIntCount <TIGrain, TProperties>(adj3000));
Assert.Equal(1, await this.GetNonUniqueStringCount <TIGrain, TProperties>(adj3k));
Console.WriteLine("*** Update 3x to 4x ***");
await p3.SetUniqueInt(adj4);
await p3.SetUniqueString(adjFour);
await p3.SetNonUniqueInt(adj4000);
await p3.SetNonUniqueString(adj4k);
Console.WriteLine("*** Sixth Verify ***");
Assert.Equal(0, await this.GetUniqueIntCount <TIGrain, TProperties>(adj3));
Assert.Equal(0, await this.GetUniqueStringCount <TIGrain, TProperties>(adjThree));
Assert.Equal(0, await this.GetNonUniqueIntCount <TIGrain, TProperties>(adj3000));
Assert.Equal(0, await this.GetNonUniqueStringCount <TIGrain, TProperties>(adj3k));
Assert.Equal(1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj4));
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjFour));
Assert.Equal(1, await this.GetNonUniqueIntCount <TIGrain, TProperties>(adj4000));
Assert.Equal(1, await this.GetNonUniqueStringCount <TIGrain, TProperties>(adj4k));
}
}
internal async Task TestIndexesWithDeactivations <TIGrain, TProperties>(int intAdjust = 0)
where TIGrain : ITestIndexGrain, IIndexableGrain where TProperties : ITestIndexProperties
{
using (var tw = new TestConsoleOutputWriter(this.Output, $"start test: TIGrain = {nameof(TIGrain)}, TProperties = {nameof(TProperties)}"))
{
// Use intAdjust to test that different values for the same grain type are handled correctly; see MultiIndex_All.
var adj1 = intAdjust + 1;
var adj11 = intAdjust + 11;
var adj111 = intAdjust + 111;
var adj1111 = intAdjust + 1111;
var adj2 = intAdjust + 2;
var adj3 = intAdjust + 3;
var adj1000 = intAdjust + 1000;
var adj2000 = intAdjust + 2000;
var adj3000 = intAdjust + 3000;
var adjOne = "one" + intAdjust;
var adjEleven = "eleven" + intAdjust;
var adjOneEleven = "oneeleven" + intAdjust;
var adjElevenEleven = "eleveneleven" + intAdjust;
var adjTwo = "two" + intAdjust;
var adjThree = "three" + intAdjust;
var adj1k = "1k" + intAdjust;
var adj2k = "2k" + intAdjust;
var adj3k = "3k" + intAdjust;
Task <TIGrain> makeGrain(int uInt, string uString, int nuInt, string nuString)
=> this.CreateGrain <TIGrain>(uInt, uString, nuInt, nuString);
var p1 = await makeGrain(adj1, adjOne, adj1000, adj1k);
var p11 = await makeGrain(adj11, adjEleven, adj1000, adj1k);
var p111 = await makeGrain(adj111, adjOneEleven, adj1000, adj1k);
var p1111 = await makeGrain(adj1111, adjElevenEleven, adj1000, adj1k);
var p2 = await makeGrain(adj2, adjTwo, adj2000, adj2k);
var p3 = await makeGrain(adj3, adjThree, adj3000, adj3k);
var intIndexes = await this.GetAndWaitForIndexes <int, TIGrain>(ITC.UniqueIntIndex, ITC.NonUniqueIntIndex);
var nonUniqueIntIndexType = intIndexes[1].GetType();
bool ignoreDeactivate = typeof(ITotalIndex).IsAssignableFrom(nonUniqueIntIndexType) ||
typeof(IDirectStorageManagedIndex).IsAssignableFrom(nonUniqueIntIndexType);
var stringIndexes = await this.GetAndWaitForIndexes <string, TIGrain>(ITC.UniqueStringIndex, ITC.NonUniqueStringIndex);
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjOne));
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjEleven));
Assert.Equal(1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj2));
Assert.Equal(1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj3));
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjTwo));
Assert.Equal(1, await this.GetUniqueStringCount <TIGrain, TProperties>(adjThree));
Assert.Equal(1, await this.GetNonUniqueIntCount <TIGrain, TProperties>(adj2000));
Assert.Equal(1, await this.GetNonUniqueIntCount <TIGrain, TProperties>(adj3000));
Assert.Equal(1, await this.GetNonUniqueStringCount <TIGrain, TProperties>(adj2k));
Assert.Equal(1, await this.GetNonUniqueStringCount <TIGrain, TProperties>(adj3k));
async Task verifyCount(int expected1, int expected11, int expected1000)
{
Assert.Equal(expected1, await this.GetUniqueIntCount <TIGrain, TProperties>(adj1));
Assert.Equal(expected11, await this.GetUniqueIntCount <TIGrain, TProperties>(adj11));
Assert.Equal(expected1000, await this.GetNonUniqueIntCount <TIGrain, TProperties>(adj1000));
Assert.Equal(expected1000, await this.GetNonUniqueStringCount <TIGrain, TProperties>(adj1k));
}
Console.WriteLine("*** First Verify ***");
await verifyCount(1, 1, 4);
Console.WriteLine("*** First Deactivate ***");
await p11.Deactivate();
await Task.Delay(ITC.DelayUntilIndexesAreUpdatedLazily);
Console.WriteLine("*** Second Verify ***");
await verifyCount(1, ignoreDeactivate? 1 : 0, ignoreDeactivate? 4 : 3);
Console.WriteLine("*** Second and Third Deactivate ***");
await p111.Deactivate();
await p1111.Deactivate();
await Task.Delay(ITC.DelayUntilIndexesAreUpdatedLazily);
Console.WriteLine("*** Third Verify ***");
await verifyCount(1, ignoreDeactivate? 1 : 0, ignoreDeactivate? 4 : 1);
Console.WriteLine("*** GetGrain ***");
p11 = this.GetGrain <TIGrain>(p11.GetPrimaryKeyLong());
Assert.Equal(adj1000, await p11.GetNonUniqueInt());
Console.WriteLine("*** Fourth Verify ***");
await verifyCount(1, 1, ignoreDeactivate? 4 : 2);
}
}
internal async Task TestEmployeeIndexesWithDeactivations <TIPersonGrain, TPersonProperties, TIJobGrain, TJobProperties, TIEmployeeGrain, TEmployeeProperties>(int intAdjustBase = 0)
where TIPersonGrain : IIndexableGrain, IPersonGrain, IGrainWithIntegerKey
where TPersonProperties : IPersonProperties
where TIJobGrain : IIndexableGrain, IJobGrain, IGrainWithIntegerKey
where TJobProperties : IJobProperties
where TIEmployeeGrain : IIndexableGrain, IEmployeeGrain, IGrainWithIntegerKey
where TEmployeeProperties : IEmployeeProperties
{
using (var tw = new TestConsoleOutputWriter(this.Output, $"start test: TIPersonGrain = {nameof(TIPersonGrain)}, TIJobGrain = {nameof(TIJobGrain)}, TIEmployeeGrain = {nameof(TIEmployeeGrain)}"))
{
// Use intAdjust to test that different values for the same grain type are handled correctly; see MultiInterface_All.
const int grainIdBase = 1000000;
var intAdjust = intAdjustBase * grainIdBase;
var name1 = $"name_{intAdjust + 1}";
var name11 = $"name__{intAdjust + 11}";
var name111 = $"name__{intAdjust + 111}";
var name1111 = $"name__{intAdjust + 1111}";
var name2 = $"name_2_{intAdjust}";
var name3 = $"name_3_{intAdjust}";
var name4 = $"name_4_{intAdjust}";
var age1 = intAdjust + 1;
var age2 = intAdjust + 2;
var age3 = intAdjust + 3;
var age4 = intAdjust + 4;
var title1 = $"title_{intAdjust + 1}";
var title11 = $"title_{intAdjust + 11}";
var title111 = $"title_{intAdjust + 111}";
var title1111 = $"title_{intAdjust + 1111}";
var title2 = $"title2_{intAdjust}";
var title3 = $"title3_{intAdjust}";
var title4 = $"title4_{intAdjust}";
var dept1 = $"department_{intAdjust + 1}";
var dept2 = $"department_{intAdjust + 2}";
var dept3 = $"department_{intAdjust + 3}";
var dept4 = $"department_{intAdjust + 4}";
const int employeeIdBase = grainIdBase * 100;
int id = intAdjust;
async Task <(TIPersonGrain person, TIJobGrain job, IEmployeeGrain employee)> makeGrain(string name, int age, string title, string dept)
{
var personGrain = this.GetGrain <TIPersonGrain>(GrainPkFromUniqueInt(++id));
var transactionalPersistence = personGrain as ITestTransactionalPersistence;
if (transactionalPersistence != null)
{
await transactionalPersistence.InitializeStateTxn();
}
await personGrain.SetName(name);
await personGrain.SetAge(age);
var jobGrain = personGrain.Cast <TIJobGrain>();
await jobGrain.SetTitle(title);
await jobGrain.SetDepartment(dept);
var employeeGrain = personGrain.Cast <TIEmployeeGrain>();
await employeeGrain.SetEmployeeId(id + employeeIdBase);
await employeeGrain.SetSalary(id); // not indexed
await jobGrain.SetDepartment(dept);
Task writeGrainAsync()
{
var selector = id % 3;
if (transactionalPersistence != null)
{
return(transactionalPersistence.WriteStateTxn());
}
return(selector == 0
? personGrain.WriteState()
: (selector == 1) ? jobGrain.WriteState() : employeeGrain.WriteState());
}
await writeGrainAsync();
return(personGrain, jobGrain, employeeGrain);
}
var p1 = await makeGrain(name1, age1, title1, dept1);
var p11 = await makeGrain(name11, age1, title11, dept1);
var p111 = await makeGrain(name111, age1, title111, dept1);
var p1111 = await makeGrain(name1111, age1, title1111, dept1);
var p2 = await makeGrain(name2, age2, title2, dept2);
var p3 = await makeGrain(name3, age3, title3, dept3);
// Name and Title are defined as Unique for non-PerSilo partitioning only; we do not test duplicates here.
// Age and Department may have multiple entries; additionally, they may or may not be of a type that
// is "Total" -- either TotalIndex or DSMI, in which case deactivations do not really deactivate them.
var nameIndex = await this.GetAndWaitForIndex <string, TIPersonGrain>(ITC.NameProperty);
var isActiveName = nameIndex.GetType().IsActiveIndex();
var ageIndex = await this.GetAndWaitForIndex <int, TIPersonGrain>(ITC.AgeProperty);
var isActiveAge = ageIndex.GetType().IsActiveIndex();
var jobIndexes = await this.GetAndWaitForIndexes <string, TIJobGrain>(ITC.TitleProperty, ITC.DepartmentProperty);
var isActiveTitle = jobIndexes[0].GetType().IsActiveIndex();
var isActiveDept = jobIndexes[1].GetType().IsActiveIndex();
var employeeIdIndex = await this.GetAndWaitForIndex <int, TIEmployeeGrain>(ITC.EmployeeIdProperty);
var isActiveEmployeeId = employeeIdIndex.GetType().IsActiveIndex();
Assert.Equal(1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name1));
Assert.Equal(1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name11));
Assert.Equal(1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name2));
Assert.Equal(1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name3));
Assert.Equal(1, await this.GetPersonAgeCount <TIPersonGrain, TPersonProperties>(age2));
Assert.Equal(1, await this.GetPersonAgeCount <TIPersonGrain, TPersonProperties>(age3));
Assert.Equal(1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title1));
Assert.Equal(1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title11));
Assert.Equal(1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title2));
Assert.Equal(1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title3));
Assert.Equal(1, await this.GetJobDepartmentCount <TIJobGrain, TJobProperties>(dept2));
Assert.Equal(1, await this.GetJobDepartmentCount <TIJobGrain, TJobProperties>(dept3));
async Task verifyCount(int expectedDups, int expected11, int expected111, int expected1111)
{
// Verify the duplicated count as well as sanity-checking for some of the non-duplicated ones.
Assert.Equal(1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name1));
Assert.Equal(isActiveName ? expected11 : 1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name11));
Assert.Equal(isActiveName ? expected111 : 1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name111));
Assert.Equal(isActiveName ? expected1111 : 1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name1111));
Assert.Equal(1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name2));
Assert.Equal(isActiveAge ? expectedDups : 4, await this.GetPersonAgeCount <TIPersonGrain, TPersonProperties>(age1));
Assert.Equal(1, await this.GetPersonAgeCount <TIPersonGrain, TPersonProperties>(age2));
Assert.Equal(1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title1));
Assert.Equal(isActiveTitle ? expected11 : 1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title11));
Assert.Equal(isActiveTitle ? expected111 : 1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title111));
Assert.Equal(isActiveTitle ? expected1111 : 1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title1111));
Assert.Equal(1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title2));
Assert.Equal(isActiveDept ? expectedDups : 4, await this.GetJobDepartmentCount <TIJobGrain, TJobProperties>(dept1));
Assert.Equal(1, await this.GetJobDepartmentCount <TIJobGrain, TJobProperties>(dept2));
// EmployeeId is in parallel with expected11(1(1))
var employeeId0 = employeeIdBase + intAdjust;
Assert.Equal(1, await this.GetEmployeeIdCount <TIEmployeeGrain, TEmployeeProperties>(employeeId0 + 1));
Assert.Equal(isActiveEmployeeId ? expected11 : 1, await this.GetEmployeeIdCount <TIEmployeeGrain, TEmployeeProperties>(employeeId0 + 2));
Assert.Equal(isActiveEmployeeId ? expected111 : 1, await this.GetEmployeeIdCount <TIEmployeeGrain, TEmployeeProperties>(employeeId0 + 3));
Assert.Equal(isActiveEmployeeId ? expected1111 : 1, await this.GetEmployeeIdCount <TIEmployeeGrain, TEmployeeProperties>(employeeId0 + 4));
}
Console.WriteLine("*** First Verify ***");
await verifyCount(4, 1, 1, 1);
Console.WriteLine("*** First Deactivate ***");
await p11.person.Deactivate();
await Task.Delay(ITC.DelayUntilIndexesAreUpdatedLazily);
Console.WriteLine("*** Second Verify ***");
await verifyCount(3, 0, 1, 1);
Console.WriteLine("*** Second and Third Deactivate ***");
await p111.person.Deactivate();
await p1111.person.Deactivate();
await Task.Delay(ITC.DelayUntilIndexesAreUpdatedLazily);
Console.WriteLine("*** Third Verify ***");
await verifyCount(1, 0, 0, 0);
Console.WriteLine("*** GetGrain ***");
var p11person = this.GetGrain <TIPersonGrain>(p11.person.GetPrimaryKeyLong());
var p11transactionalPersistence = p11person as ITestTransactionalPersistence;
await(p11transactionalPersistence != null ? p11transactionalPersistence.InitializeStateTxn() : p11person.InitializeState());
Assert.Equal(name11, await p11person.GetName());
var p11job = p11person.Cast <TIJobGrain>();
Assert.Equal(title11, await p11job.GetTitle());
var p11employee = p11job.Cast <TIEmployeeGrain>();
// EmployeeId is incremented in parallel with intAdjust
Assert.Equal(intAdjust + 2, await p11employee.GetSalary());
Console.WriteLine("*** Fourth Verify ***");
await verifyCount(2, 1, 0, 0);
Console.WriteLine("*** Fifth Verify ***");
Assert.Equal(1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name3));
Assert.Equal(1, await this.GetPersonAgeCount <TIPersonGrain, TPersonProperties>(age3));
Assert.Equal(1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title3));
Assert.Equal(1, await this.GetJobDepartmentCount <TIJobGrain, TJobProperties>(dept3));
Console.WriteLine("*** Update 3x to 4x ***");
await p3.person.SetName(name4);
await p3.person.SetAge(age4);
await p3.job.SetTitle(title4);
await p3.job.SetDepartment(dept4);
var p3transactionalPersistence = p3.person as ITestTransactionalPersistence;
await(p3transactionalPersistence != null ? p3transactionalPersistence.WriteStateTxn() : p3.person.WriteState());
Console.WriteLine("*** Sixth Verify ***");
Assert.Equal(0, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name3));
Assert.Equal(0, await this.GetPersonAgeCount <TIPersonGrain, TPersonProperties>(age3));
Assert.Equal(0, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title3));
Assert.Equal(0, await this.GetJobDepartmentCount <TIJobGrain, TJobProperties>(dept3));
Assert.Equal(1, await this.GetNameCount <TIPersonGrain, TPersonProperties>(name4));
Assert.Equal(1, await this.GetPersonAgeCount <TIPersonGrain, TPersonProperties>(age4));
Assert.Equal(1, await this.GetJobTitleCount <TIJobGrain, TJobProperties>(title4));
Assert.Equal(1, await this.GetJobDepartmentCount <TIJobGrain, TJobProperties>(dept4));
}
}
