public void ChallengeNineProof()
{
IRoutingDomain domain = new RoutingDomain(_routeRepositoryMock.Object);
var distance = domain.GetShortestDistance('B', 'B', 10);
Assert.Equal(9, distance);
}
public void ChallengeTenProof()
{
IRoutingDomain domain = new RoutingDomain(_routeRepositoryMock.Object);
var count = domain.GetCountOfRoutesThatLoop('C', 'C', 30);
Assert.Equal(7, count);
}
public void ChallengeSevenProof()
{
IRoutingDomain domain = new RoutingDomain(_routeRepositoryMock.Object);
var count = domain.GetNumberOfStopsWithEqualCount('A', 'C', 4, 50);
Assert.Equal(3, count);
}
public void ChallengeFiveProof()
{
IRoutingDomain domain = new RoutingDomain(_routeRepositoryMock.Object);
var request = new LinkedList <char>();
request.AddLast('A');
request.AddLast('E');
request.AddLast('D');
Assert.Throws <Core.Exceptions.RouteNotFoundException>(() => domain.GetSpeicificRoutesDistance(request, 50));
}
public void ChallengeTwoProof()
{
IRoutingDomain domain = new RoutingDomain(_routeRepositoryMock.Object);
var request = new LinkedList <char>();
request.AddLast('A');
request.AddLast('D');
int distance = domain.GetSpeicificRoutesDistance(request, 20);
Assert.Equal(5, distance);
}
public bool IsInternal(string domainName)
{
bool result;
try
{
RoutingDomain domain = new RoutingDomain(domainName);
result = this.isInternalResolver.IsInternal(domain);
}
catch (FormatException)
{
result = false;
}
return(result);
}
void SCPRoutingAgent_OnResolvedMessage(ResolvedMessageEventSource source, QueuedMessageEventArgs e)
{
try
{
WriteLine("Start SCPRoutingAgent_OnResolvedMessage");
WriteLine("\tFromAddress: " + e.MailItem.FromAddress.ToString());
WriteLine("\tSubject: " + e.MailItem.Message.Subject.ToString());
WriteLine("\tMapiMessageClass: " + e.MailItem.Message.MapiMessageClass.ToString());
MimeDocument mdMimeDoc = e.MailItem.Message.MimeDocument;
HeaderList hlHeaderlist = mdMimeDoc.RootPart.Headers;
Header mhProcHeader = hlHeaderlist.FindFirst("X-SCP");
if (mhProcHeader == null)
{
WriteLine("\tTouched: " + "No");
if (!e.MailItem.Message.IsSystemMessage)
{
bool touched = false;
if (e.MailItem.FromAddress.DomainPart != null)
{
foreach (EnvelopeRecipient recp in e.MailItem.Recipients)
{
WriteLine("\t\tFrom: " + e.MailItem.Message.From.SmtpAddress.ToString().ToLower());
WriteLine("\t\tTo: " + recp.Address.ToString().ToLower());
string[] tmpFrom = e.MailItem.Message.From.SmtpAddress.Split('@');
string[] tmpTo = recp.Address.ToString().Split('@');
if (IsMessageBetweenTenants(tmpFrom[1].ToLower(), tmpTo[1].ToLower()))
{
WriteLine("\t\tMessage routed to domain: " + tmpTo[1].ToLower() + routingDomain);
RoutingDomain myRoutingDomain = new RoutingDomain(tmpTo[1].ToLower() + routingDomain);
RoutingOverride myRoutingOverride = new RoutingOverride(myRoutingDomain, DeliveryQueueDomain.UseOverrideDomain);
source.SetRoutingOverride(recp, myRoutingOverride);
touched = true;
}
}
}
else
{
if ((e.MailItem.Message.MapiMessageClass.ToString() == "IPM.Note.Rules.OofTemplate.Microsoft") &
blockInternalInterTenantOOF)
{
WriteLine("\t\tOOF From: " + e.MailItem.Message.From.SmtpAddress);
if (e.MailItem.Message.From.SmtpAddress.Contains("@"))
{
string[] tmpFrom = e.MailItem.Message.From.SmtpAddress.Split('@');
foreach (EnvelopeRecipient recp in e.MailItem.Recipients)
{
WriteLine("\t\tTo: " + recp.Address.ToString().ToLower());
string[] tmpTo = recp.Address.ToString().Split('@');
if (IsMessageBetweenTenants(tmpFrom[1].ToLower(), tmpTo[1].ToLower()))
{
WriteLine("\t\tRemove: " + tmpTo[1].ToLower());
e.MailItem.Recipients.Remove(recp);
}
}
}
}
}
if (touched)
{
MimeNode lhLasterHeader = hlHeaderlist.LastChild;
TextHeader nhNewHeader = new TextHeader("X-SCP", "Logged00");
hlHeaderlist.InsertBefore(nhNewHeader, lhLasterHeader);
}
}
else
{
WriteLine("\tSystem Message");
}
}
else
{
WriteLine("\tTouched: " + "Yes");
}
}
catch (Exception ex)
{
WriteLine("\t[Error] Error :" + ex.Message);
LogErrorToEventLog("[Error] [OnResolvedMessage] Error :" + ex.Message);
}
WriteLine("End SCPRoutingAgent_OnResolvedMessage");
}
public bool IsInternal(RoutingDomain domain)
{
return(domain.IsValid() && this.IsInternal(domain.Domain));
}
public static bool IsInternal(RoutingDomain routingDomain, OrganizationId organizationId)
{
return(routingDomain.IsValid() && IsInternalResolver.IsInternal(routingDomain.Domain, organizationId));
}
void WSPRoutingAgent_OnResolvedMessage(ResolvedMessageEventSource source, QueuedMessageEventArgs e)
{
try
{
WriteLine("Start WSPRoutingAgent_OnResolvedMessage");
WriteLine("\tFromAddress: " + e.MailItem.FromAddress.ToString());
WriteLine("\tSubject: " + e.MailItem.Message.Subject.ToString());
WriteLine("\tMapiMessageClass: " + e.MailItem.Message.MapiMessageClass.ToString());
MimeDocument mdMimeDoc = e.MailItem.Message.MimeDocument;
HeaderList hlHeaderlist = mdMimeDoc.RootPart.Headers;
Header mhProcHeader = hlHeaderlist.FindFirst("X-WSP");
if (mhProcHeader == null)
{
WriteLine("\tTouched: " + "No");
if (!e.MailItem.Message.IsSystemMessage)
{
bool touched = false;
if (e.MailItem.FromAddress.DomainPart != null)
{
foreach (EnvelopeRecipient recp in e.MailItem.Recipients)
{
WriteLine("\t\tFrom: " + e.MailItem.Message.From.SmtpAddress.ToString().ToLower());
WriteLine("\t\tTo: " + recp.Address.ToString().ToLower());
string[] tmpFrom = e.MailItem.Message.From.SmtpAddress.Split('@');
string[] tmpTo = recp.Address.ToString().Split('@');
if (IsMessageBetweenTenants(tmpFrom[1].ToLower(), tmpTo[1].ToLower()))
{
WriteLine("\t\tMessage routed to domain: " + tmpTo[1].ToLower() + routingDomain);
RoutingDomain myRoutingDomain = new RoutingDomain(tmpTo[1].ToLower() + routingDomain);
RoutingOverride myRoutingOverride = new RoutingOverride(myRoutingDomain, DeliveryQueueDomain.UseOverrideDomain);
source.SetRoutingOverride(recp, myRoutingOverride);
touched = true;
}
}
}
else
{
if ((e.MailItem.Message.MapiMessageClass.ToString() == "IPM.Note.Rules.OofTemplate.Microsoft") &
blockInternalInterTenantOOF)
{
WriteLine("\t\tOOF From: " + e.MailItem.Message.From.SmtpAddress);
if (e.MailItem.Message.From.SmtpAddress.Contains("@"))
{
string[] tmpFrom = e.MailItem.Message.From.SmtpAddress.Split('@');
foreach (EnvelopeRecipient recp in e.MailItem.Recipients)
{
WriteLine("\t\tTo: " + recp.Address.ToString().ToLower());
string[] tmpTo = recp.Address.ToString().Split('@');
if (IsMessageBetweenTenants(tmpFrom[1].ToLower(), tmpTo[1].ToLower()))
{
WriteLine("\t\tRemove: " + tmpTo[1].ToLower());
e.MailItem.Recipients.Remove(recp);
}
}
}
}
}
if (touched)
{
MimeNode lhLasterHeader = hlHeaderlist.LastChild;
TextHeader nhNewHeader = new TextHeader("X-WSP", "Logged00");
hlHeaderlist.InsertBefore(nhNewHeader, lhLasterHeader);
}
}
else
WriteLine("\tSystem Message");
}
else
WriteLine("\tTouched: " + "Yes");
}
catch (Exception ex)
{
WriteLine("\t[Error] Error :" + ex.Message);
LogErrorToEventLog("[Error] [OnResolvedMessage] Error :" + ex.Message);
}
WriteLine("End WSPRoutingAgent_OnResolvedMessage");
}
static void Main(string[] args)
{
string fileName = "input.txt";
string path = GetFilePath(fileName);
//Instantiate Repository
IRouteRepository repository = new RouteTextAdapterRepository(path);
//Inject repository into domain
IRoutingDomain domain = new RoutingDomain(repository);
int defaultMaxDistance = 30;
#region Output 1
var outputOneRequest = new LinkedList <char>();
outputOneRequest.AddLast('A');
outputOneRequest.AddLast('B');
outputOneRequest.AddLast('C');
try
{
var abcRouteDistance = domain.GetSpeicificRoutesDistance(outputOneRequest, defaultMaxDistance);
Console.WriteLine($"Output #01: {abcRouteDistance}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #01: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
#region Output 2
var outputTwoRequest = new LinkedList <char>();
outputTwoRequest.AddLast('A');
outputTwoRequest.AddLast('D');
try
{
var adRouteDistance = domain.GetSpeicificRoutesDistance(outputTwoRequest, defaultMaxDistance);
Console.WriteLine($"Output #02: {adRouteDistance}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #02: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
#region Output 3
var outputThreeRequest = new LinkedList <char>();
outputThreeRequest.AddLast('A');
outputThreeRequest.AddLast('D');
outputThreeRequest.AddLast('C');
try
{
var adcRouteDistance = domain.GetSpeicificRoutesDistance(outputThreeRequest, defaultMaxDistance);
Console.WriteLine($"Output #03: {adcRouteDistance}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #03: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
#region Output 4
var outputFourRequest = new LinkedList <char>();
outputFourRequest.AddLast('A');
outputFourRequest.AddLast('E');
outputFourRequest.AddLast('B');
outputFourRequest.AddLast('C');
outputFourRequest.AddLast('D');
try
{
var aebcdRouteDistance = domain.GetSpeicificRoutesDistance(outputFourRequest, defaultMaxDistance);
Console.WriteLine($"Output #04: {aebcdRouteDistance}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #04: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
#region Output 5
var outputFiveRequest = new LinkedList <char>();
outputFiveRequest.AddLast('A');
outputFiveRequest.AddLast('E');
outputFiveRequest.AddLast('D');
try
{
var aedcdRouteDistance = domain.GetSpeicificRoutesDistance(outputFiveRequest, defaultMaxDistance);
Console.WriteLine($"Output #05: {aedcdRouteDistance}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #05: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
#region Output 6
try
{
var count = domain.GetCountOfRoutesThatLoop('C', 3, 50);
Console.WriteLine($"Output #06: {count}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #06: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
#region Output 7
try
{
var count = domain.GetNumberOfStopsWithEqualCount('A', 'C', 4, 50);
Console.WriteLine($"Output #07: {count}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #07: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
#region Output 8
try
{
var distance = domain.GetShortestDistance('A', 'C', 10);
Console.WriteLine($"Output #08: {distance}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #08: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
#region Output 9
try
{
var distance = domain.GetShortestDistance('B', 'B', 10);
Console.WriteLine($"Output #09: {distance}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #09: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
#region Output 10
try
{
var count = domain.GetCountOfRoutesThatLoop('C', 'C', 30);
Console.WriteLine($"Output #10: {count}");
}
catch (Core.Exceptions.RouteNotFoundException exc)
{
Console.WriteLine($"Output #10: {exc.StandardRouteNotFoundUserMessage}");
}
#endregion
Console.ReadLine();
}
