internal void RemainingTime_Returns_Null_If_AverageSpeed_Is_Null()
{
var i = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
var d = new Transfer(i);
Assert.Null(d.RemainingTime);
}
internal void TransferStateChangedEventArgs_Instantiates_With_The_Given_Data(string username, string filename, int token, TransferStates transferStates)
{
var dl = new TransferInternal(TransferDirection.Download, username, filename, token);
var d = new TransferStateChangedEventArgs(transferStates, new Transfer(dl));
Assert.Equal(transferStates, d.PreviousState);
}
internal void ElapsedTime_Returns_Null_If_StartTime_Is_Null()
{
var i = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
var d = new Transfer(i);
Assert.Null(d.ElapsedTime);
}
internal void State_Transitions_Set_Time_Props()
{
var d = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
var s1 = d.StartTime;
var e1 = d.EndTime;
var et1 = d.ElapsedTime;
var rt1 = d.RemainingTime;
d.State = TransferStates.InProgress;
var s2 = d.StartTime;
var e2 = d.EndTime;
var et2 = d.ElapsedTime;
var rt2 = d.RemainingTime;
d.State = TransferStates.Completed;
Assert.Null(s1);
Assert.Null(e1);
Assert.Null(et1);
Assert.Null(rt1);
Assert.NotNull(s2);
Assert.Null(e2);
Assert.NotNull(et2);
Assert.Null(rt2);
Assert.NotNull(d.StartTime);
Assert.NotNull(d.EndTime);
Assert.NotNull(d.ElapsedTime);
Assert.Null(d.RemainingTime);
}
internal void Instantiates_With_The_Given_Data(string username, string filename, int token)
{
var d = new TransferInternal(TransferDirection.Download, username, filename, token);
Assert.Equal(username, d.Username);
Assert.Equal(filename, d.Filename);
Assert.Equal(token, d.Token);
}
internal void TransferEventArgs_Instantiates_With_The_Given_Data(TransferDirection direction, string username, string filename, int token, TransferOptions options)
{
var dl = new TransferInternal(direction, username, filename, token, options);
var xfer = new Transfer(dl);
var d = new TransferEventArgs(xfer);
Assert.Equal(xfer, d.Transfer);
}
internal void ElapsedTime_Is_Not_Null_If_StartTime_Is_Not_Null()
{
var d = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
var s = new DateTime(2019, 4, 25);
d.SetProperty("StartTime", s);
Assert.NotNull(d.ElapsedTime);
}
internal void UpdateProgress_Ignores_AverageSpeed_If_StarTime_And_lastProgressTime_Is_Null()
{
var d = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
Assert.Equal(0, d.AverageSpeed);
d.InvokeMethod("UpdateProgress", 100000);
Assert.Equal(0, d.AverageSpeed);
}
internal void PercentComplete_Works()
{
var d = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
Assert.Equal(0, d.PercentComplete);
d.SetProperty("Size", 100L);
d.SetProperty("BytesTransferred", 50);
Assert.Equal(50, d.PercentComplete);
}
internal void PercentComplete_Returns_0_If_Size_Is_0()
{
var i = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0)
{
Size = 0,
};
var d = new Transfer(i);
Assert.Equal(0, d.PercentComplete);
}
internal void TransferProgressUpdatedEventArgs_Instantiates_With_The_Given_Data(string username, string filename, int token, int size, int bytesDownloaded)
{
var dl = new TransferInternal(TransferDirection.Download, username, filename, token)
{
Size = size,
};
var d = new TransferProgressUpdatedEventArgs(bytesDownloaded, new Transfer(dl));
Assert.Equal(bytesDownloaded, d.PreviousBytesTransferred);
}
internal void UpdateProgress_Sets_AverageSpeed_To_Initial_Value()
{
var d = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
Assert.Equal(0, d.AverageSpeed);
d.SetField("progressUpdateLimit", 0);
d.SetProperty("State", TransferStates.InProgress);
d.InvokeMethod("UpdateProgress", 100000);
Assert.NotEqual(0, d.AverageSpeed);
}
internal void RemainingTime_Works()
{
var d = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
Assert.Null(d.RemainingTime);
d.SetProperty("AverageSpeed", 1);
d.SetProperty("Size", 2L);
d.SetProperty("BytesTransferred", 1);
Assert.Equal(TimeSpan.FromSeconds(1), d.RemainingTime);
}
internal void ElapsedTime_Returns_Elapsed_Time_Between_StartTime_And_EndTime()
{
var d = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
var s = new DateTime(2019, 4, 25);
var e = new DateTime(2019, 4, 26);
d.SetProperty("StartTime", s);
d.SetProperty("EndTime", e);
Assert.Equal(e - s, d.ElapsedTime);
}
internal void IPAddress_And_Port_Props_Return_Connection_Props(string username, string filename, int token, IPEndPoint endpoint)
{
var d = new TransferInternal(TransferDirection.Download, username, filename, token);
var c = new Mock <IConnection>();
c.Setup(m => m.IPEndPoint)
.Returns(endpoint);
d.Connection = c.Object;
Assert.Equal(endpoint, d.IPEndPoint);
}
internal void ElapsedTime_Works()
{
var d = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
var s = new DateTime(2019, 4, 25);
var e = new DateTime(2019, 4, 26);
Assert.Equal(default(TimeSpan), d.ElapsedTime);
d.SetProperty("StartTime", s);
Assert.NotEqual(default(TimeSpan), d.ElapsedTime);
d.SetProperty("EndTime", e);
Assert.Equal(e - s, d.ElapsedTime);
}
internal void UpdateProgress_Updates_AverageSpeed_On_Subsequent_Call()
{
var d = new TransferInternal(TransferDirection.Download, string.Empty, string.Empty, 0);
Assert.Equal(0, d.AverageSpeed);
d.SetField("progressUpdateLimit", 0);
d.SetProperty("State", TransferStates.InProgress);
d.InvokeMethod("UpdateProgress", 100000);
var v1 = d.AverageSpeed;
Assert.NotEqual(0, v1);
d.InvokeMethod("UpdateProgress", 10);
Assert.NotEqual(v1, d.AverageSpeed);
}
public async Task GetDownloadPlaceInQueueAsync_Throws_TransferNotFoundException_When_Downloads_From_Username_Not_Found(string username, string filename)
{
using (var s = new SoulseekClient())
{
s.SetProperty("State", SoulseekClientStates.Connected | SoulseekClientStates.LoggedIn);
var transfer = new TransferInternal(TransferDirection.Download, "different", filename, 1);
var dict = new ConcurrentDictionary <int, TransferInternal>();
dict.TryAdd(1, transfer);
s.SetProperty("Downloads", dict);
var ex = await Record.ExceptionAsync(() => s.GetDownloadPlaceInQueueAsync(username, filename));
Assert.NotNull(ex);
Assert.IsType <TransferNotFoundException>(ex);
}
}
internal void Instantiates_With_Expected_Data_Given_TransferInternal(string username, string filename, int token)
{
var i = new TransferInternal(TransferDirection.Download, username, filename, token);
var t = new Transfer(i);
Assert.Equal(i.Direction, t.Direction);
Assert.Equal(i.Username, t.Username);
Assert.Equal(i.Filename, t.Filename);
Assert.Equal(i.Token, t.Token);
Assert.Equal(i.State, t.State);
Assert.Equal(i.Size, t.Size);
Assert.Equal(i.StartOffset, t.StartOffset);
Assert.Equal(i.BytesTransferred, t.BytesTransferred);
Assert.Equal(i.AverageSpeed, t.AverageSpeed);
Assert.Equal(i.StartTime, t.StartTime);
Assert.Equal(i.EndTime, t.EndTime);
Assert.Equal(i.RemoteToken, t.RemoteToken);
Assert.Equal(i.IPEndPoint, t.IPEndPoint);
}
internal void Properties_Default_To_Expected_Values(string username, string filename, int token, TransferOptions options)
{
var d = new TransferInternal(TransferDirection.Download, username, filename, token, options);
Assert.Null(d.Connection);
Assert.Null(d.IPEndPoint);
Assert.Null(d.RemoteToken);
Assert.Equal(0, d.Size);
Assert.Equal(TransferStates.None, d.State);
Assert.Equal(0, d.AverageSpeed);
Assert.Equal(0, d.BytesTransferred);
Assert.Equal(0, d.BytesRemaining);
Assert.Equal(default(TimeSpan), d.ElapsedTime);
Assert.Equal(default(TimeSpan), d.RemainingTime);
Assert.Null(d.StartTime);
Assert.Null(d.EndTime);
Assert.Equal(0, d.PercentComplete);
Assert.Null(d.RemoteToken);
Assert.Equal(options, d.Options);
}
public void Throws_Download_Wait_On_PeerUploadFailed_Message(string username, IPEndPoint endpoint, string filename)
{
var(handler, mocks) = GetFixture(username, endpoint);
var dict = new ConcurrentDictionary <int, TransferInternal>();
var download = new TransferInternal(TransferDirection.Download, username, filename, 0);
dict.TryAdd(0, download);
mocks.Client.Setup(m => m.Downloads)
.Returns(dict);
mocks.PeerConnection.Setup(m => m.Username)
.Returns(username);
var message = new MessageBuilder()
.WriteCode(MessageCode.Peer.UploadFailed)
.WriteString(filename)
.Build();
handler.HandleMessageRead(mocks.PeerConnection.Object, message);
mocks.Waiter.Verify(m => m.Throw(download.WaitKey, It.IsAny <TransferException>()), Times.Once);
}
internal void Wait_Key_Is_Expected_Value(string username, string filename, int token, TransferDirection direction)
{
var d = new TransferInternal(direction, username, filename, token);
Assert.Equal(new WaitKey(Constants.WaitKey.Transfer, direction, username, filename, token), d.WaitKey);
}
