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Before you start constructing the test table, you need to determine what it should contain. Each test will have a different number of columns because the columns will always relate to the number and type of parameters that need to be passed to the method. However, you should always have a primary key, which is an identifier column, and you will always need a column that holds the expected value. For this demonstration, you will build the table shown in Table 12-5 to hold the information to test the ValidateUser method. Table 12-5. ValidateUser Test Table

No new code is required to create a UDP client, so I ll just dive directly into the Echo client console application shown in Listing 19-4. Listing 19-4. A UDP Client using using using using namespace namespace namespace namespace System; System::Net; System::Net::Sockets; System::Text;

void main() { Socket^ socket = gcnew Socket(AddressFamily::InterNetwork, SocketType::Dgram, ProtocolType::Udp); // // IPEndPoint^ ipep = gcnew IPEndPoint(IPAddress::Any, 54322); socket->Bind(ipep); EndPoint^ Remote = gcnew IPEndPoint(IPAddress::Parse("127.0.0.1"), 54321); while (true) { Console::Write("Message ('q' to quit): "); String^ input = Console::ReadLine(); if (input->ToLower()->Equals("q")) break; array<unsigned char>^ message = Encoding::ASCII->GetBytes(input); socket->SendTo(message, Remote);

Primary Key Holds the username Holds the password Indicates clear text or encrypted Indicates the value that should be returned

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message = gcnew array<unsigned char>(1024); int recv = socket->ReceiveFrom(message, Remote); Console::WriteLine("[{0}] {1}", Remote->ToString(), Encoding::ASCII->GetString(message, 0, recv)); } } The first thing that should jump out at you from this code is that there is no bind to an IPEndPoint. In the example, there is no need since the first method call used by the socket class is the SendTo() method. This method has a handy built-in feature: it does the bind for you. Once you call the SendTo() method, all subsequent sends and receives will come through the randomly generated IPEndPoint assigned by that SendTo() method. There is nothing stopping you from binding the socket yourself. Well, actually, I take that back. There is. You cannot bind twice to the same IPEndPoint. So you must use a unique IP address (or port) for each client and server. Either method is easy if clients and servers are on different machines. On the same machine, I recommend just using unique ports as things get a little trickier for IP addresses, especially if you have only one NIC, because you need to use specific IP addresses like 192.168.1.102 for the one IP and 127.0.0.1 for the other. Another thing that should stand out in the previous program is that the client must know the specific IPEndPoint, bound by the server, that it is connecting with. Without this, the client cannot connect to the server.

Now it s time to implement the portions of DudelViewController that will fire up the FontListController, dismiss its popover when the user makes a selection, and grab the selected value. Start with an import:

One big difference between STL/CLR and STL is the way iterators handle the change of the elements within the container. In STL/CLR, iterators always remain valid as long as their bias is in the range of 0 and vector::size(). What this means is that the value designated by an iterator can change when you copy elements up or down to create or fill holes on an insert or erase.

Now that you know what the test table is going to contain, you need to build the database and create the table, as follows: 1. In the Solution Explorer, right-click the EffortTrackingServiceTests project and select Add New Item. 2. Select the SQL Database and name it ServiceTestDB.mdf. 3. In the Server Explorer, select Add a New Data Connection, and then browse to the ServiceTestDB.mdf file and select it. 4. Expand the ServiceTestDB.mdf file, right-click the Tables node, and select Add New Table. 5. Enter the information shown in Table 12-5. 6. Name the table ValidateUserTest. 7. In the ValidateUserTest table, enter the information shown in Table 12-6. These values will be used by the test method to pass values to the ValidateUser method in the service.

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