public void CreateNewSmartCard(string username, string pin)
{
List <User> existingUsersDe = serializer.DeSerializeObject <List <User> >("existingUsers.xml");
if (existingUsersDe != null)
{
ExistingUsers = existingUsersDe.ToDictionary(x => x.Username, x => x);
}
Console.WriteLine("CreateNewSmartcard started + username: {0} + pin: {1} ", username, pin);
//Common.Certificate.ExecuteCommandSync("cd " + AppDomain.CurrentDomain.BaseDirectory);
Common.Certificate.ExecuteCommandSync("makecert -sv " + username + ".pvk -iv TestCA.pvk -n \"CN = " + username + "\" -pe -ic TestCA.cer " + username + ".cer -sr localmachine -ss My -sky exchange");
Common.Certificate.ExecuteCommandSync("pvk2pfx.exe /pvk " + username + ".pvk /pi ftn /spc " + username + ".cer /pfx " + username + ".pfx");
Console.WriteLine("Instalirati pfx fajl u cmm <enter>");
Console.ReadKey();
//Common.Certificate.ExecuteCommandSync("cd C:\\Program Files (x86)\\Windows Resource Kits\\Tools");
Common.Certificate.ExecuteCommandSync(@"winhttpcertcfg - g - c LOCAL_MACHINE\My - s " + username + " - a " + username);
Console.WriteLine("winhttpcertcfg uspesno izvrsen");
///kriptovanje pina pre serijalizacije u fajl na sistemu
//SHA256 mySHA256 = SHA256Managed.Create();
//byte[] hashPin;
//string hashPinString;
//hashPin = mySHA256.ComputeHash(Encoding.UTF8.GetBytes(pin));
//hashPinString = System.Text.Encoding.UTF8.GetString(hashPin);
//Console.WriteLine("Hash pina u string interpretaciji izgleda ovako: " + hashPinString);
//nakon kriptovanja dodajemo na stticnu listu svih usera
//ExistingUsers.Add(username, new User(username, hashPinString , 0));
/// korisnik vec postoji u listi - pokrenuto je generisanje novog sertifikata nakon invalidacije prethodnog
if (ExistingUsers.ContainsKey(username))
{
ExistingUsers[username].Pin = pin;
}
else
{
ExistingUsers.Add(username, new User(username, pin, 0));
}
//preuzimamo usere iz recnika kako bi mogli da serijalizujemo
List <User> existingUsersSe = ExistingUsers.Values.ToList();
//serijalizacija nakon dodavanja novog usera
serializer.SerializeObject(existingUsersSe, "existingUsers.xml");
// salje podatke na SmartCardBackupService
binding.Security.Transport.ClientCredentialType = TcpClientCredentialType.Windows;
using (ScToScbServiceProxy scToScbProxy = new ScToScbServiceProxy(binding, address))
{
scToScbProxy.UserListBackup(existingUsersSe);
}
Audit.NewSmartCardCreatedSuccess(username);
}
public NetworkViewViewModel()
{
Roads.Clear(); // We clear the list of the old elements
if (serializer.DeSerializeObject <ObservableCollection <Road> >("roads.xml") != null)
{
serializer.DeSerializeObject <ObservableCollection <Road> >("roads.xml").ToList().ForEach(Roads.Add); // And then we deserialize the file holding a list of Roads
}
NotifiedVms.Instance.Register(this);
}
public SHES()
{
try
{
SolarPanels = serializer.DeSerializeObject <ObservableCollection <SolarPanel> >("SolarPanels.xml");
Consumers = serializer.DeSerializeObject <ObservableCollection <Consumer> >("Consumers.xml");
Batteries = serializer.DeSerializeObject <ObservableCollection <Battery> >("Batteries.xml");
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
}
}
private void LoadDevices()
{
devicesList = importer.DeSerializeObject <ObservableCollection <Consumers> >("../../ConfigFiles/ConsumersConfig.xml");
foreach (var device in devicesList)
{
device.Working = false;
}
}
public void DeSerializeObject_EmptyOrNull_Test(string fileName)
{
DataIO importer = new DataIO();
ObservableCollection <Consumers> retVal = new ObservableCollection <Consumers>();
retVal = importer.DeSerializeObject <ObservableCollection <Consumers> >(fileName);
Assert.IsTrue(retVal == default(ObservableCollection <Consumers>));
}
// Provides a generic collection that supports data binding.
public MainWindow()
{
Kalashnikovs = serializer.DeSerializeObject <BindingList <Classes.Kalashnikov> >("kalashnikovs.xml");
if (Kalashnikovs == null)
{
Kalashnikovs = new BindingList <Classes.Kalashnikov>();
}
DataContext = this; // Na nivou prozora i nasledjuje se u child kontrolama
}
public List<CollectionDescription> Deserialization(int dataset)
{
List<CollectionDescription> tempList = new List<CollectionDescription>();
switch(dataset)
{
case 1:
if (!File.Exists("DataSet1.xml"))
{
File.Create("DataSet1.xml").Dispose();
tempList = serializer.DeSerializeObject<List<CollectionDescription>>("DataSet1.xml");
}
break;
case 2:
if (!File.Exists("DataSet2.xml"))
{
File.Create("DataSet2.xml").Dispose();
tempList = serializer.DeSerializeObject<List<CollectionDescription>>("DataSet2.xml");
}
break;
case 3:
if (!File.Exists("DataSet3.xml"))
{
File.Create("DataSet3.xml").Dispose();
tempList = serializer.DeSerializeObject<List<CollectionDescription>>("DataSet3.xml");
}
break;
case 4:
if (!File.Exists("DataSet4.xml"))
{
File.Create("DataSet4.xml").Dispose();
tempList = serializer.DeSerializeObject<List<CollectionDescription>>("DataSet4.xml");
}
break;
}
if(tempList == null)
{
tempList = new List<CollectionDescription>();
}
return tempList;
}
/// <summary>
/// konstruktor koji ce uvek kada se kreira objekat SmarCardServic-a da osvezi podatke
/// </summary>
public SmartCardService()
{
DataIO serializer = new DataIO();
List <User> existingUsersDe = serializer.DeSerializeObject <List <User> >("existingUsers.xml");
if (existingUsersDe != null)
{
ExistingUsers = existingUsersDe.ToDictionary(x => x.Username, x => x);
}
}
// When we create a NetworkDataView view instance, a viewmodel of this type will be created, we will call it VM-1
// When we instantiate the AddWindow window a new viewmodel of this type will be created, we will call it VM-2
// Obviously, VM-1 and VM-2 will be different instances, so because of that there will be 2 different properties "Roads"
// Although there are 2 properties, there is only one ROADS LIST we are using, and that's the "RoadsObs.Instance.Road" observable collection
// Because of that, when we instantiate the NetworkDataView again, we will have the right elements in it
// When we add an element via AddWindow, we change the "Roads" property of VM-2, not the VM-1, and because of that
// NetworkDataView view will not be updated until we instantiate it again and read the data again from the deserialization
public NetworkDataViewModel()
{
Roads.Clear(); // We clear the list of the old elements
if (serializer.DeSerializeObject <ObservableCollection <Road> >("roads.xml") != null)
{
serializer.DeSerializeObject <ObservableCollection <Road> >("roads.xml").ToList().ForEach(Roads.Add); // And then we deserialize the file holding a list of Roads
} // and add each element to the "Roads" property
// This LINQ expression is the same as if we manually did the foreach loop
FilterCollection = new CollectionViewSource();
FilterCollection.Source = Roads; // Sets the collection from which to create a view
DeleteCommand = new MyICommand(OnDelete, CanDelete);
AddOpenCommand = new MyICommand(OnAddOpen);
AddCommand = new MyICommand(OnAdd);
CancelCommand = new MyICommand(OnCancel);
FilterCommand = new MyICommand(OnFilter);
ClearCommand = new MyICommand(OnClear);
NotifiedVms.Instance.Register(this);
//ovde registrujemo ovaj VM da bude u listi u singletonu i prosledimo this, a taj this implementira neki nas interfejs
}
public static void Deserialze()
{
Models.Models.AppUsers.AddRange(serializer.DeSerializeObject <List <AppUser> >("AppUsers"));
Models.Models.Complaints.AddRange(serializer.DeSerializeObject <List <Complaint> >("Complaints"));
Models.Models.Subforums.AddRange(serializer.DeSerializeObject <List <Subforum> >("Subforums"));
}
public void DeserializeTestNotThrow()
{
Assert.DoesNotThrow(() => dataIO.DeSerializeObject <List <string> >(filenameOk));
}
public List <CollectionDescription> Deserialization(int dataset)
{
List <CollectionDescription> tempList = new List <CollectionDescription>();
switch (dataset)
{
case 1:
if (!File.Exists("DataSet1.xml"))
{
File.Create("DataSet1.xml").Dispose();
tempList = serializer.DeSerializeObject <List <CollectionDescription> >("DataSet1.xml");
}
else
{
tempList = serializer.DeSerializeObject <List <CollectionDescription> >("DataSet1.xml");
}
break;
case 2:
if (!File.Exists("DataSet2.xml"))
{
File.Create("DataSet2.xml").Dispose();
tempList = serializer.DeSerializeObject <List <CollectionDescription> >("DataSet2.xml");
}
else
{
tempList = serializer.DeSerializeObject <List <CollectionDescription> >("DataSet2.xml");
}
break;
case 3:
if (!File.Exists("DataSet3.xml"))
{
File.Create("DataSet3.xml").Dispose();
tempList = serializer.DeSerializeObject <List <CollectionDescription> >("DataSet3.xml");
}
else
{
tempList = serializer.DeSerializeObject <List <CollectionDescription> >("DataSet3.xml");
}
break;
case 4:
if (!File.Exists("DataSet4.xml"))
{
File.Create("DataSet4.xml").Dispose();
tempList = serializer.DeSerializeObject <List <CollectionDescription> >("DataSet4.xml");
}
else
{
tempList = serializer.DeSerializeObject <List <CollectionDescription> >("DataSet4.xml");
}
break;
}
if (tempList == null)
{
tempList = new List <CollectionDescription>();
return(tempList);
}
List <CollectionDescription> temp = new List <CollectionDescription>();
foreach (var item in tempList)
{
if (item.m_HistoricalCollection.m_WorkerProperty[0].Code != Code.CODE_DIGITAL)
{
temp.Add(item);
}
}
return(temp);
}
public void DeserializeTesThrow()
{
Assert.Catch(() => dataIO.DeSerializeObject <List <string> >("wrong"));
}