public UserPoolViewModel(UserPoolModel pool)
{
UserPool= pool;
LoadUser = new Command(OnLoadUserExecute);
AddUser = new Command(OnAddUserExecute);
RemoveUser = new Command(OnRemoveUserExecute);
EditUser = new Command(OnEditUserExecute);
}
public void Users_Synchronize_inPool_Adding_from_pool()
{
//Testing the Add function in pool
UserPoolModel pool1 = new UserPoolModel();
Assert.AreEqual(0,pool1.Counter);
pool1.Add(UserA);
Assert.AreEqual(1,pool1.Counter);
}
public void PoolCreated_CheckProperties()
{
var pool = new UserPoolModel();
Assert.IsNotNull(pool.Users);
Assert.IsEmpty(pool.Users);
Assert.IsNotNull(pool.UsersInSources);
Assert.IsEmpty(pool.UsersInSources);
}
public UserPoolViewModel(UserPoolModel pool)
{
UserPool = pool;
LoadUser = new Command(OnLoadUserExecute);
AddUser = new Command(OnAddUserExecute);
RemoveUser = new Command(OnRemoveUserExecute);
EditUser = new Command(OnEditUserExecute);
}
public void Users_Synchronize_inPool_Adding_from_pool()
{
//Testing the Add function in pool
UserPoolModel pool1 = new UserPoolModel();
Assert.AreEqual(0, pool1.Counter);
pool1.Add(UserA);
Assert.AreEqual(1, pool1.Counter);
}
public void PoolCreated_CheckProperties()
{
var pool = new UserPoolModel();
Assert.IsNotNull(pool.Users);
Assert.IsEmpty(pool.Users);
Assert.IsNotNull(pool.UsersInSources);
Assert.IsEmpty(pool.UsersInSources);
}
public void Users_Synchronize_inPool_Removing_from_pool()
{
//Testing the remove function in pool
UserPoolModel pool2 = new UserPoolModel();
Assert.AreEqual(0,pool2.Counter);
pool2.Add(UserB);
Assert.AreEqual(1,pool2.Counter);
pool2.Remove(UserB);
Assert.AreEqual(0,pool2.Counter);
}
public void Synchronizing()
{
var pool = new UserPoolModel();
var repos = Substitute.For<IRepository>();
var synchronizer = new UserSynchronizer();
repos.Users.Returns(x => new UserInSourceBase[] { new StubUserInSource() });
synchronizer.Synchronize(pool, repos);
Assert.AreEqual(2,pool.Counter);
}
public void Synchronizing()
{
var pool = new UserPoolModel();
var repos = Substitute.For <IRepository>();
var synchronizer = new UserSynchronizer();
repos.Users.Returns(x => new UserInSourceBase[] { new StubUserInSource() });
synchronizer.Synchronize(pool, repos);
Assert.AreEqual(2, pool.Counter);
}
public void Users_Synchronize_inPool_Removing_from_pool()
{
//Testing the remove function in pool
UserPoolModel pool2 = new UserPoolModel();
Assert.AreEqual(0, pool2.Counter);
pool2.Add(UserB);
Assert.AreEqual(1, pool2.Counter);
pool2.Remove(UserB);
Assert.AreEqual(0, pool2.Counter);
}
public void PoolEmpty_Synchronize_PoolContainsDefaultUserAndUsersInSource()
{
var pool = new UserPoolModel();
Assert.IsEmpty(pool.UsersInSources);
//Assert.AreEqual(0, pool.UsersInSources.Count, "Pool is not empty after creation");
// create a stub object implementing IRepository
var repos = Substitute.For<IRepository>();
// specify what property "Users" shall return on call
repos.Users.Returns(x => new UserInSourceBase[] { new StubUserInSource() });
//TODO:
// Perform synchronization from the stub
// prefer this for SRP
Assert.IsNotEmpty(pool.UsersInSources);
}
public void PoolEmpty_Synchronize_PoolContainsDefaultUserAndUsersInSource()
{
var pool = new UserPoolModel();
Assert.IsEmpty(pool.UsersInSources);
//Assert.AreEqual(0, pool.UsersInSources.Count, "Pool is not empty after creation");
// create a stub object implementing IRepository
var repos = Substitute.For <IRepository>();
// specify what property "Users" shall return on call
repos.Users.Returns(x => new UserInSourceBase[] { new StubUserInSource() });
//TODO:
// Perform synchronization from the stub
// prefer this for SRP
Assert.IsNotEmpty(pool.UsersInSources);
}
public void Synchronize(UserPoolModel userpool, IRepository repository)
{
//userpool = UserPoolModel.Load(repository);
}
private void OnLoadUserExecute()
{
UserPoolModel.Load("Users.txt");
}
