public void When_it_was_not_possible_to_establish_a_connection_to_target_the_status_of_collect_result_must_be_error()
{
IDocumentSession fakeSession = provider.GetSession();
var fakeRequestCollect = this.GetCollectRequest();
var definitions = new OvalDocumentLoader().GetFakeOvalDefinitions("definitionsWithLocalVariable.xml");
var newDefinitiondoc = new DefinitionDocument()
{
OriginalId = "01", Text = definitions.GetDefinitionsXml()
};
session.Store(newDefinitiondoc);
fakeRequestCollect.OvalDefinitionsId = newDefinitiondoc.Oid;
var factory = new CollectExecutionManagerFactory(fakeRequestCollect, session);
var executionManager =
factory
.CreateExecutionManagerWithCannotConnectToHostExceptionScenario(
this.GetResultForRegistry(fakeRequestCollect, new List <String>()),
this.GetResultForFamily(fakeRequestCollect, new string[] { "oval:org.mitre.oval:obj:1000" }.ToList()),
true);
//fakeRequestCollect.Collects.Add(new CollectExecution(session));
//fakeRequestCollect.Collects.Add(new CollectExecution(session));
//fakeRequestCollect.Collects.Add(new CollectExecution(session));
session.SaveChanges();
executionManager.ExecuteCollect(fakeSession, fakeRequestCollect, FamilyEnumeration.windows);
var requestCollectAfterExecution = session.Load <CollectRequest>(fakeRequestCollect.Oid);
Assert.AreEqual(CollectStatus.Error, requestCollectAfterExecution.Result.Status);
}
public void Should_be_possible_identify_when_an_unrecoverable_error_occurs()
{
IDocumentSession fakeSession = provider.GetSession();
CollectRequest collectRequest = this.GetCollectRequest();
session.SaveChanges();
CollectExecutionManagerFactory factory = new CollectExecutionManagerFactory(collectRequest, session);
session.SaveChanges();
List <string> registryObjectsThatNotProcessInFirstTime = new List <string>()
{
"oval:org.mitre.oval:obj:4000"
};
List <string> familyObjectsThatNotProcessInFirstTime = new List <string>();
CollectExecutionManager executionManager = factory.CreateExecutionManagerWWithInvalidCredentialsScenario(this.GetResultForRegistry(collectRequest, registryObjectsThatNotProcessInFirstTime),
this.GetResultForFamily(collectRequest, familyObjectsThatNotProcessInFirstTime));
session.SaveChanges();
executionManager.ExecuteCollect(fakeSession, collectRequest, FamilyEnumeration.windows);
session.SaveChanges();
CollectRequest collectRequestAfterExecute = session.Load <CollectRequest>(collectRequest.Oid.ToString());
this.CheckTheDefaulStateOfRequestCollectAfterOneExecution(collectRequestAfterExecute);
Assert.AreEqual(true, collectRequestAfterExecute.GetCollectExecutions(session).First().ProbeExecutions.First().HasErrors());
Assert.IsTrue(collectRequestAfterExecute.isClosed(), "the request Collect is not closed");
}
public void Should_be_possible_finalize_the_collectRequest_if_the_number_of_execution_exceeds_of_limits()
{
IDocumentSession fakeSession = provider.GetSession();
CollectRequest collectRequest = this.GetCollectRequest();
oval_definitions definitions = new OvalDocumentLoader().GetFakeOvalDefinitions("definitionsWithLocalVariable.xml");
var objList = new List <ObjectType>();
objList.Add(new family_object()
{
id = "oval:org.mitre.oval:obj:1000"
});
objList.Add(new file_object()
{
id = "oval:org.mitre.oval:obj:5000"
});
definitions.objects = objList.ToArray();
var newDefinitiondoc = new DefinitionDocument()
{
OriginalId = "01", Text = definitions.GetDefinitionsXml()
};
session.Store(newDefinitiondoc);
collectRequest.OvalDefinitionsId = newDefinitiondoc.Oid;
CollectExecutionManagerFactory factory = new CollectExecutionManagerFactory(collectRequest, session);
List <string> registryObjectsThatNotProcessInFirstTime = new List <string>();
List <string> familyObjectsThatNotProcessInFirstTime = new List <string>();
CollectExecutionManager executionManager = factory.CreateExecutionManagerForTheSuccessScenario(this.GetResultForRegistry(collectRequest, registryObjectsThatNotProcessInFirstTime),
this.GetResultForFamily(collectRequest, familyObjectsThatNotProcessInFirstTime));
session.Store(collectRequest);
var newExecution1 = new CollectExecution()
{
RequestId = collectRequest.Oid
};
session.Store(newExecution1);
var newExecution2 = new CollectExecution()
{
RequestId = collectRequest.Oid
};
session.Store(newExecution2);
var newExecution3 = new CollectExecution()
{
RequestId = collectRequest.Oid
};
session.Store(newExecution3);
executionManager.ExecuteCollect(fakeSession, collectRequest, FamilyEnumeration.windows);
session.SaveChanges();
CollectRequest collectRequestAfterExecute = session.Load <CollectRequest>(collectRequest.Oid.ToString());
Assert.IsNotNull(collectRequest);
Assert.AreEqual(4, collectRequestAfterExecute.GetNumberOfExecutions(session));
Assert.IsTrue(collectRequestAfterExecute.isClosed());
}
public void Should_be_possible_to_execute_a_collect()
{
IDocumentSession fakeSession = provider.GetSession();
CollectRequest collectRequest = this.GetCollectRequest();
CollectExecutionManagerFactory factory = new CollectExecutionManagerFactory(collectRequest, session);
List <string> registryObjectsThatNotProcessInFirstTime = new List <string>(); //{"oval:org.mitre.oval:obj:4000"};
List <string> familyObjectsThatNotProcessInFirstTime = new List <string>();
CollectExecutionManager executionManager = factory.CreateExecutionManagerForTheSuccessScenario(this.GetResultForRegistry(collectRequest, registryObjectsThatNotProcessInFirstTime),
this.GetResultForFamily(collectRequest, familyObjectsThatNotProcessInFirstTime));
executionManager.ExecuteCollect(fakeSession, collectRequest, FamilyEnumeration.windows);
session.SaveChanges();
CollectRequest collectRequestAfterExecute = session.Load <CollectRequest>(collectRequest.Oid.ToString());
this.CheckTheDefaulStateOfRequestCollectAfterOneExecution(collectRequest);
}
public void Should_be_possible_to_update_systemInformation_of_target_after_a_collect()
{
IDocumentSession fakeSession = provider.GetSession();
CollectRequest collectRequest = this.GetCollectRequest();
CollectExecutionManagerFactory factory = new CollectExecutionManagerFactory(collectRequest, session);
List <string> registryObjectsThatNotProcessInFirstTime = new List <string>()
{
"oval:org.mitre.oval:obj:4000"
};
List <string> familyObjectsThatNotProcessInFirstTime = new List <string>();
CollectExecutionManager executionManager = factory.CreateExecutionManagerForTheSuccessScenario(this.GetResultForRegistry(collectRequest, registryObjectsThatNotProcessInFirstTime),
this.GetResultForFamily(collectRequest, familyObjectsThatNotProcessInFirstTime));
session.SaveChanges();
executionManager.ExecuteCollect(fakeSession, collectRequest, FamilyEnumeration.windows);
session.SaveChanges();
CollectRequest collectRequestAfterExecute = session.Load <CollectRequest>(collectRequest.Oid.ToString());
Assert.IsNotNull(collectRequestAfterExecute);
Assert.IsTrue(collectRequestAfterExecute.Target.IsSystemInformationDefined(), "the system information is not defined");
}
public void When_it_was_not_possible_to_establish_a_connection_to_target_the_status_of_collect_result_must_be_error()
{
IDocumentSession fakeSession = provider.GetSession();
var fakeRequestCollect = this.GetCollectRequest();
var definitions = new OvalDocumentLoader().GetFakeOvalDefinitions("definitionsWithLocalVariable.xml");
var newDefinitiondoc = new DefinitionDocument() { OriginalId = "01", Text = definitions.GetDefinitionsXml() };
session.Store(newDefinitiondoc);
fakeRequestCollect.OvalDefinitionsId = newDefinitiondoc.Oid;
var factory = new CollectExecutionManagerFactory(fakeRequestCollect, session);
var executionManager =
factory
.CreateExecutionManagerWithCannotConnectToHostExceptionScenario(
this.GetResultForRegistry(fakeRequestCollect, new List<String>()),
this.GetResultForFamily(fakeRequestCollect, new string[] { "oval:org.mitre.oval:obj:1000" }.ToList()),
true);
//fakeRequestCollect.Collects.Add(new CollectExecution(session));
//fakeRequestCollect.Collects.Add(new CollectExecution(session));
//fakeRequestCollect.Collects.Add(new CollectExecution(session));
session.SaveChanges();
executionManager.ExecuteCollect(fakeSession, fakeRequestCollect, FamilyEnumeration.windows);
var requestCollectAfterExecution = session.Load<CollectRequest>(fakeRequestCollect.Oid);
Assert.AreEqual(CollectStatus.Error, requestCollectAfterExecution.Result.Status);
}
public void Should_be_possible_finalize_the_collectRequest_if_the_number_of_execution_exceeds_of_limits()
{
IDocumentSession fakeSession = provider.GetSession();
CollectRequest collectRequest = this.GetCollectRequest();
oval_definitions definitions = new OvalDocumentLoader().GetFakeOvalDefinitions("definitionsWithLocalVariable.xml");
var objList = new List<ObjectType>();
objList.Add(new family_object() { id = "oval:org.mitre.oval:obj:1000" });
objList.Add(new file_object() { id = "oval:org.mitre.oval:obj:5000" });
definitions.objects = objList.ToArray();
var newDefinitiondoc = new DefinitionDocument() { OriginalId = "01", Text = definitions.GetDefinitionsXml() };
session.Store(newDefinitiondoc);
collectRequest.OvalDefinitionsId = newDefinitiondoc.Oid;
CollectExecutionManagerFactory factory = new CollectExecutionManagerFactory(collectRequest, session);
List<string> registryObjectsThatNotProcessInFirstTime = new List<string>();
List<string> familyObjectsThatNotProcessInFirstTime = new List<string>();
CollectExecutionManager executionManager = factory.CreateExecutionManagerForTheSuccessScenario(this.GetResultForRegistry(collectRequest, registryObjectsThatNotProcessInFirstTime),
this.GetResultForFamily(collectRequest, familyObjectsThatNotProcessInFirstTime));
session.Store(collectRequest);
var newExecution1 = new CollectExecution() { RequestId = collectRequest.Oid };
session.Store(newExecution1);
var newExecution2 = new CollectExecution() { RequestId = collectRequest.Oid };
session.Store(newExecution2);
var newExecution3 = new CollectExecution() { RequestId = collectRequest.Oid };
session.Store(newExecution3);
executionManager.ExecuteCollect(fakeSession, collectRequest, FamilyEnumeration.windows);
session.SaveChanges();
CollectRequest collectRequestAfterExecute = session.Load<CollectRequest>(collectRequest.Oid.ToString());
Assert.IsNotNull(collectRequest);
Assert.AreEqual(4, collectRequestAfterExecute.GetNumberOfExecutions(session));
Assert.IsTrue(collectRequestAfterExecute.isClosed());
}
public void Should_be_possible_to_update_systemInformation_of_target_after_a_collect()
{
IDocumentSession fakeSession = provider.GetSession();
CollectRequest collectRequest = this.GetCollectRequest();
CollectExecutionManagerFactory factory = new CollectExecutionManagerFactory(collectRequest, session);
List<string> registryObjectsThatNotProcessInFirstTime = new List<string>() { "oval:org.mitre.oval:obj:4000" };
List<string> familyObjectsThatNotProcessInFirstTime = new List<string>();
CollectExecutionManager executionManager = factory.CreateExecutionManagerForTheSuccessScenario(this.GetResultForRegistry(collectRequest, registryObjectsThatNotProcessInFirstTime),
this.GetResultForFamily(collectRequest, familyObjectsThatNotProcessInFirstTime));
session.SaveChanges();
executionManager.ExecuteCollect(fakeSession, collectRequest, FamilyEnumeration.windows);
session.SaveChanges();
CollectRequest collectRequestAfterExecute = session.Load<CollectRequest>(collectRequest.Oid.ToString());
Assert.IsNotNull(collectRequestAfterExecute);
Assert.IsTrue(collectRequestAfterExecute.Target.IsSystemInformationDefined(), "the system information is not defined");
}
public void Should_be_possible_identify_when_an_unrecoverable_error_occurs()
{
IDocumentSession fakeSession = provider.GetSession();
CollectRequest collectRequest = this.GetCollectRequest();
session.SaveChanges();
CollectExecutionManagerFactory factory = new CollectExecutionManagerFactory(collectRequest, session);
session.SaveChanges();
List<string> registryObjectsThatNotProcessInFirstTime = new List<string>() { "oval:org.mitre.oval:obj:4000" };
List<string> familyObjectsThatNotProcessInFirstTime = new List<string>();
CollectExecutionManager executionManager = factory.CreateExecutionManagerWWithInvalidCredentialsScenario(this.GetResultForRegistry(collectRequest, registryObjectsThatNotProcessInFirstTime),
this.GetResultForFamily(collectRequest, familyObjectsThatNotProcessInFirstTime));
session.SaveChanges();
executionManager.ExecuteCollect(fakeSession, collectRequest, FamilyEnumeration.windows);
session.SaveChanges();
CollectRequest collectRequestAfterExecute = session.Load<CollectRequest>(collectRequest.Oid.ToString());
this.CheckTheDefaulStateOfRequestCollectAfterOneExecution(collectRequestAfterExecute);
Assert.AreEqual(true, collectRequestAfterExecute.GetCollectExecutions(session).First().ProbeExecutions.First().HasErrors());
Assert.IsTrue(collectRequestAfterExecute.isClosed(), "the request Collect is not closed");
}
public void Should_be_possible_to_execute_a_collect()
{
IDocumentSession fakeSession = provider.GetSession();
CollectRequest collectRequest = this.GetCollectRequest();
CollectExecutionManagerFactory factory = new CollectExecutionManagerFactory(collectRequest, session);
List<string> registryObjectsThatNotProcessInFirstTime = new List<string>(); //{"oval:org.mitre.oval:obj:4000"};
List<string> familyObjectsThatNotProcessInFirstTime = new List<string>();
CollectExecutionManager executionManager = factory.CreateExecutionManagerForTheSuccessScenario(this.GetResultForRegistry(collectRequest, registryObjectsThatNotProcessInFirstTime),
this.GetResultForFamily(collectRequest,familyObjectsThatNotProcessInFirstTime));
executionManager.ExecuteCollect(fakeSession, collectRequest, FamilyEnumeration.windows);
session.SaveChanges();
CollectRequest collectRequestAfterExecute = session.Load<CollectRequest>(collectRequest.Oid.ToString());
this.CheckTheDefaulStateOfRequestCollectAfterOneExecution(collectRequest);
}
