public async Task ReportingStorageRepository_GetIntervals_ExistingEffectiveAuthorizationInterval_With_TargetPerson_Returns_EffectiveAuthorizationGrantedEvent_With_Right_EffectiveAuthorization()
{
//Arrange: create EffectiveAuthorizationInterval data to be stored
var owner = new ExternalId()
{
Context = _ownerContext, Id = _ownerId
};
var user = new Person(owner, new PersonalInfo()
{
BirthDate = _birthDate1,
Initials = _initials1,
LastNameAtBirth = _lastNameAtBirth1,
LastNameAtBirthPrefix = _lastNameAtBirthPrefix1
});
var target = new ExternalId()
{
Context = _ownerContext, Id = _targetId
};
var targetPerson = new Person(target,
new PersonalInfo()
{
BirthDate = _birthDate2,
Initials = _initials2,
LastNameAtBirth = _lastNameAtBirth2,
LastNameAtBirthPrefix = _lastNameAtBirthPrefix2
});
var permission = new HAS.Core.Domain.Permission()
{
Application = _applicationName,
Id = _Identifier,
Description = _Identifier
};
var interval = new Interval(_dateTimeStart1, null);
var effectiveAuthorizationInterval = new EffectiveAuthorizationInterval(interval, user, targetPerson, permission, _tenantId);
var effectiveAuthorization = new EffectiveAuthorization()
{
TenantId = _tenantId, Permission = permission, User = owner, Target = target
};
var intervalList = new List <EffectiveAuthorizationInterval>();
intervalList.Add(effectiveAuthorizationInterval);
//Act: Attempt to write effectiveAuthorizationInterval to repository and getting it back
_idToDeleteList.AddRange((await _repository.SaveAsync(intervalList)).Split(","));
var effectiveAuthorizationIntervals = await _repository.GetIntervals(effectiveAuthorization);
//Assert: check that there is a returned Id with some data
Assert.IsNotNull(effectiveAuthorizationIntervals);
Assert.IsTrue(effectiveAuthorizationIntervals.Count > 0);
Assert.IsInstanceOfType(effectiveAuthorizationIntervals[0], typeof(EffectiveAuthorizationInterval));
Assert.AreEqual(effectiveAuthorizationIntervals[0].TenantId, effectiveAuthorization.TenantId);
Assert.AreEqual(effectiveAuthorizationIntervals[0].User.Key, effectiveAuthorization.User);
Assert.AreEqual(effectiveAuthorizationIntervals[0].TargetPerson.Key, effectiveAuthorization.Target);
Assert.AreEqual(effectiveAuthorizationIntervals[0].Permission, effectiveAuthorization.Permission);
}
public async Task ReportingStorageRepository_SaveAsync_OnSuccessfulWritingEffectiveAuthorizationInterval_Without_TargetPerson_Returns_EffectiveAuthorizationInterval_Id()
{
//Arrange: create EffectiveAuthorizationInterval data to be stored
var owner = new ExternalId()
{
Context = _ownerContext, Id = _ownerId
};
var user = new Person(owner, new PersonalInfo()
{
BirthDate = _birthDate1, Initials = _initials1, LastNameAtBirth = _lastNameAtBirth1, LastNameAtBirthPrefix = _lastNameAtBirthPrefix1
});
var permission = new HAS.Core.Domain.Permission()
{
Application = _applicationName, Id = _Identifier, Description = _Identifier
};
var interval = new Interval(_dateTimeStart1, null);
var effectiveAuthorizationInterval = new EffectiveAuthorizationInterval(interval, user, null, permission, _tenantId);
var intervalList = new List <EffectiveAuthorizationInterval>();
intervalList.Add(effectiveAuthorizationInterval);
//Act: Attempt to write effectiveAuthorizationInterval to repository
_idToDeleteList.AddRange((await _repository.SaveAsync(intervalList)).Split(","));
//Assert: check that there is a returned Id with some data
Assert.IsNotNull(_idToDeleteList[0]);
Assert.IsTrue(_idToDeleteList[0].Length > 0);
}
public async Task ReportingStorageRepository_DeleteIntervals_ExistingEffectiveAuthorizationIntervals_Deletes_All_With_Same_Effective_Authorization_Values()
{
//Arrange: create EffectiveAuthorizationInterval data to be stored
var owner = new ExternalId()
{
Context = _ownerContext, Id = _ownerId
};
var user = new Person(owner, new PersonalInfo()
{
BirthDate = _birthDate1, Initials = _initials1, LastNameAtBirth = _lastNameAtBirth1, LastNameAtBirthPrefix = _lastNameAtBirthPrefix1
});
var target = new ExternalId()
{
Context = _ownerContext, Id = _targetId
};
var targetPerson = new Person(target, new PersonalInfo()
{
BirthDate = _birthDate2, Initials = _initials2, LastNameAtBirth = _lastNameAtBirth2, LastNameAtBirthPrefix = _lastNameAtBirthPrefix2
});
var permission = new HAS.Core.Domain.Permission()
{
Application = _applicationName, Id = _Identifier, Description = _Identifier
};
var interval = new Interval(_dateTimeStart1, null);
var effectiveAuthorizationInterval = new EffectiveAuthorizationInterval(interval, user, targetPerson, permission, _tenantId);
var effectiveAuthorization = new EffectiveAuthorization()
{
TenantId = _tenantId, Permission = permission, User = owner, Target = target
};
var intervalList = new List <EffectiveAuthorizationInterval>();
intervalList.Add(effectiveAuthorizationInterval);
//Act: Attempt to write effectiveAuthorizationInterval to repository, delete it and try to retrieve it back
_idToDeleteList.AddRange((await _repository.SaveAsync(intervalList)).Split(",")); //In case test fails
await _repository.DeleteIntervals(effectiveAuthorization);
var effectiveAuthorizationIntervals = await _repository.GetIntervals(effectiveAuthorization);
//Assert: check that there is no intervals
Assert.IsNotNull(effectiveAuthorizationIntervals);
Assert.IsTrue(effectiveAuthorizationIntervals.Count == 0);
}
public async Task ReportingStorageRepository_SaveAsync_IntervalList_Only_Saved_Ones_Remain_Stored()
{
//Arrange: create and insert interval list
var owner = new ExternalId()
{
Context = _ownerContext, Id = _ownerId
};
var user = new Person(owner, new PersonalInfo()
{
BirthDate = _birthDate1, Initials = _initials1, LastNameAtBirth = _lastNameAtBirth1, LastNameAtBirthPrefix = _lastNameAtBirthPrefix1
});
var target = new ExternalId()
{
Context = _ownerContext, Id = _targetId
};
var targetPerson = new Person(target, new PersonalInfo()
{
BirthDate = _birthDate2, Initials = _initials2, LastNameAtBirth = _lastNameAtBirth2, LastNameAtBirthPrefix = _lastNameAtBirthPrefix2
});
var permission = new HAS.Core.Domain.Permission()
{
Application = _applicationName, Id = _Identifier, Description = _Identifier
};
var intervalList = new List <EffectiveAuthorizationInterval>();
EffectiveAuthorizationInterval auxInterval;
auxInterval = new EffectiveAuthorizationInterval(new Interval(_dateTimeStart1, _dateTimeEnd1), user, targetPerson, permission, _tenantId);
intervalList.Add(auxInterval);
auxInterval = new EffectiveAuthorizationInterval(new Interval(_dateTimeStart1.AddDays(1), _dateTimeEnd1.AddDays(1)), user, targetPerson, permission, _tenantId);
intervalList.Add(auxInterval);
auxInterval = new EffectiveAuthorizationInterval(new Interval(_dateTimeStart1.AddDays(2), _dateTimeEnd1.AddDays(2)), user, targetPerson, permission, _tenantId);
intervalList.Add(auxInterval);
_idToDeleteList.AddRange((await _repository.SaveAsync(intervalList)).Split(",")); //In case test fails
var effectiveAuthorization = new EffectiveAuthorization()
{
TenantId = _tenantId, Permission = permission, User = owner, Target = target
};
//assert: check that the retrieved intervals from BBDD match
var retrievedIntervals = (await _repository.GetIntervals(effectiveAuthorization)).OrderBy(x => x.EffectiveInterval.Start).ToList <EffectiveAuthorizationInterval>();
Assert.IsNotNull(retrievedIntervals);
Assert.AreEqual(3, retrievedIntervals.Count);
Assert.AreEqual(_tenantId, retrievedIntervals[0].TenantId);
Assert.AreEqual(owner, retrievedIntervals[0].User.Key);
Assert.AreEqual(permission, retrievedIntervals[0].Permission);
Assert.AreEqual(target, retrievedIntervals[0].TargetPerson.Key);
Assert.AreEqual(_dateTimeStart1, retrievedIntervals[0].EffectiveInterval.Start);
Assert.AreEqual(_dateTimeEnd1, retrievedIntervals[0].EffectiveInterval.End);
Assert.AreEqual(_tenantId, retrievedIntervals[1].TenantId);
Assert.AreEqual(owner, retrievedIntervals[1].User.Key);
Assert.AreEqual(permission, retrievedIntervals[1].Permission);
Assert.AreEqual(target, retrievedIntervals[1].TargetPerson.Key);
Assert.AreEqual(_dateTimeStart1.AddDays(1), retrievedIntervals[1].EffectiveInterval.Start);
Assert.AreEqual(_dateTimeEnd1.AddDays(1), retrievedIntervals[1].EffectiveInterval.End);
Assert.AreEqual(_tenantId, retrievedIntervals[2].TenantId);
Assert.AreEqual(owner, retrievedIntervals[2].User.Key);
Assert.AreEqual(permission, retrievedIntervals[2].Permission);
Assert.AreEqual(target, retrievedIntervals[2].TargetPerson.Key);
Assert.AreEqual(_dateTimeStart1.AddDays(2), retrievedIntervals[2].EffectiveInterval.Start);
Assert.AreEqual(_dateTimeEnd1.AddDays(2), retrievedIntervals[2].EffectiveInterval.End);
}
public async Task ReportingStorageRepository_SaveAsync_ExistingInterval_Updates_And_Doesnt_Add_ANew()
{
//Arrange: create and insert interval to be udpated
var owner = new ExternalId()
{
Context = _ownerContext, Id = _ownerId
};
var user = new Person(owner, new PersonalInfo()
{
BirthDate = _birthDate1, Initials = _initials1, LastNameAtBirth = _lastNameAtBirth1, LastNameAtBirthPrefix = _lastNameAtBirthPrefix1
});
var target = new ExternalId()
{
Context = _ownerContext, Id = _targetId
};
var targetPerson = new Person(target, new PersonalInfo()
{
BirthDate = _birthDate2, Initials = _initials2, LastNameAtBirth = _lastNameAtBirth2, LastNameAtBirthPrefix = _lastNameAtBirthPrefix2
});
var permission = new HAS.Core.Domain.Permission()
{
Application = _applicationName, Id = _Identifier, Description = _Identifier
};
var interval = new Interval(_dateTimeStart1, null);
var effectiveAuthorizationInterval = new EffectiveAuthorizationInterval(interval, user, targetPerson, permission, _tenantId);
var effectiveAuthorization = new EffectiveAuthorization()
{
TenantId = _tenantId, Permission = permission, User = owner, Target = target
};
var intervalList = new List <EffectiveAuthorizationInterval>();
intervalList.Add(effectiveAuthorizationInterval);
_idToDeleteList.AddRange((await _repository.SaveAsync(intervalList)).Split(",")); //In case test fails
//Act: update the interval and save
var updatedInterval = new Interval(interval.Start, _dateTimeEnd1);
var updatedEffectiveAuthorizationInterval = new EffectiveAuthorizationInterval(updatedInterval, user, targetPerson, permission, _tenantId);
var updatedInternalList = new List <EffectiveAuthorizationInterval>();
updatedInternalList.Add(updatedEffectiveAuthorizationInterval);
_idToDeleteList.AddRange((await _repository.SaveAsync(updatedInternalList)).Split(",")); //In case test fails
//Assert: check that there is still only one interval
var wantedIntervals = await _repository.GetIntervals(effectiveAuthorization);
Assert.IsNotNull(wantedIntervals);
Assert.AreEqual(1, wantedIntervals.Count);
Assert.AreEqual(_tenantId, wantedIntervals[0].TenantId);
Assert.AreEqual(owner, wantedIntervals[0].User.Key);
Assert.AreEqual(permission, wantedIntervals[0].Permission);
Assert.AreEqual(target, wantedIntervals[0].TargetPerson.Key);
Assert.AreEqual(_dateTimeStart1, wantedIntervals[0].EffectiveInterval.Start);
Assert.AreEqual(_dateTimeEnd1, wantedIntervals[0].EffectiveInterval.End);
}
public async Task ReportingStorageRepository_DeleteIntervals_ExistingEffectiveAuthorizationIntervals_doesnt_delete_unrelated_Intervals()
{
int unrelatedEffectiveAuthorizationIntervals = 10;
//Arrange: create EffectiveAuthorizationInterval data to be stored
var owner = new ExternalId()
{
Context = _ownerContext, Id = _ownerId
};
var user = new Person(owner, new PersonalInfo()
{
BirthDate = _birthDate1, Initials = _initials1, LastNameAtBirth = _lastNameAtBirth1, LastNameAtBirthPrefix = _lastNameAtBirthPrefix1
});
var target = new ExternalId()
{
Context = _ownerContext, Id = _targetId
};
var targetPerson = new Person(target, new PersonalInfo()
{
BirthDate = _birthDate2, Initials = _initials2, LastNameAtBirth = _lastNameAtBirth2, LastNameAtBirthPrefix = _lastNameAtBirthPrefix2
});
var permission = new HAS.Core.Domain.Permission()
{
Application = _applicationName, Id = _Identifier, Description = _Identifier
};
var interval = new Interval(_dateTimeStart1, null);
var effectiveAuthorizationInterval = new EffectiveAuthorizationInterval(interval, user, targetPerson, permission, _tenantId);
var effectiveAuthorization = new EffectiveAuthorization()
{
TenantId = _tenantId, Permission = permission, User = owner, Target = target
};
var intervalList = new List <EffectiveAuthorizationInterval>();
intervalList.Add(effectiveAuthorizationInterval);
EffectiveAuthorizationInterval auxEffectiveAuthInt;
for (int i = 0; i < unrelatedEffectiveAuthorizationIntervals; i++)
{
//Just change the tenantId and the EffectiveAuthorization is different
auxEffectiveAuthInt = new EffectiveAuthorizationInterval(interval, user, targetPerson, permission, _tenantId + i);
var deleteInValidRecordIfExists = new EffectiveAuthorization()
{
TenantId = _tenantId + i, Permission = permission, User = owner, Target = target
};
await _repository.DeleteIntervals(deleteInValidRecordIfExists);
intervalList.Add(auxEffectiveAuthInt);
}
//Act: Attempt to write effectiveAuthorizationInterval to repository, delete it and try to retrieve it back
_idToDeleteList.AddRange((await _repository.SaveAsync(intervalList)).Split(",")); //In case test fails
await _repository.DeleteIntervals(effectiveAuthorization);
var intervals = new List <EffectiveAuthorizationInterval>();
for (int i = 0; i < unrelatedEffectiveAuthorizationIntervals; i++)
{
intervals.AddRange(await _repository.GetIntervals(new EffectiveAuthorization()
{
User = owner, Permission = permission, Target = target, TenantId = _tenantId + i
}));
}
var unwantedIntervals = await _repository.GetIntervals(effectiveAuthorization);
//Assert: check that there is no intervals
Assert.IsNotNull(intervals);
Assert.AreEqual(unrelatedEffectiveAuthorizationIntervals, intervals.Count);
Assert.IsNotNull(unwantedIntervals);
Assert.AreEqual(0, unwantedIntervals.Count);
}