public void Start(Writefile writeFile, string binaryPath)
{
List <SerializedProcess> readProcesses = new List <SerializedProcess>();
readProcesses = writeFile.ReadFromBinaryFile <List <SerializedProcess> >(binaryPath);
Process[] processlist = Process.GetProcesses();
byte[] result;
Encryption encryptionManager = new Encryption();
StringManipulation stringManipulator = new StringManipulation();
foreach (Process process in processlist)
{
Boolean found = false;
result = encryptionManager.generateHash(process.ProcessName);
string processName = stringManipulator.ByteArrayToString(result);
SerializedProcess serializedProcess = new SerializedProcess();
serializedProcess.Name = processName;
int index = readProcesses.FindIndex(processList => processList.Name == serializedProcess.Name);
if (index > -1)
{
found = true;
}
if (!found)
{
process.Kill();
}
}
}
public void Test_ReadAndWriteToBinaryFile()
{
SHA256 shaM = new SHA256Managed();
StringManipulation stringManip = new StringManipulation();
List <SerializedProcess> processes = new List <SerializedProcess>();
SerializedProcess sprocess = new SerializedProcess();
byte[] result;
result = shaM.ComputeHash(stringManip.ToByteArray("Test 3"));
Debug.WriteLine(result);
Debug.WriteLine(stringManip.ByteArrayToString(result));
sprocess.Name = stringManip.ByteArrayToString(result);
processes.Add(sprocess);
sprocess = new SerializedProcess();
result = shaM.ComputeHash(stringManip.ToByteArray("Test 4"));
sprocess.Name = stringManip.ByteArrayToString(result);
processes.Add(sprocess);
String binaryPath = Environment.GetFolderPath(Environment.SpecialFolder.Desktop) + "\\ProcessesBinary.bin";
writeFile.WriteToBinaryFile <List <SerializedProcess> >(binaryPath, processes, false);
List <SerializedProcess> readProcesses = new List <SerializedProcess>();
readProcesses = writeFile.ReadFromBinaryFile <List <SerializedProcess> >(binaryPath);
CollectionAssert.AreEqual(processes, readProcesses, new SerializedProcess_Comparer());
}