private void CanDecode(int iNumberOfEntries)
{
// Add entries to pending
RailPackedListOutgoing <Foo> list = new RailPackedListOutgoing <Foo>();
for (int i = 0; i < iNumberOfEntries; ++i)
{
list.AddPending(poolMock.Object.Allocate());
}
Assert.Equal(iNumberOfEntries, elementsCreated);
poolMock.Verify(p => p.Allocate(), Times.Exactly(iNumberOfEntries));
poolMock.Verify(p => p.Deallocate(It.IsAny <Foo>()), Times.Never);
// Encode
RailBitBuffer buffer = new RailBitBuffer();
list.Encode(
buffer,
RailConfig.PACKCAP_COMMANDS,
RailConfig.MAXSIZE_COMMANDUPDATE,
(foo, buf) => foo.WriteData(buf));
Assert.False(buffer.Empty);
poolMock.Verify(p => p.Allocate(), Times.Exactly(iNumberOfEntries));
poolMock.Verify(p => p.Deallocate(It.IsAny <Foo>()), Times.Never);
Assert.Equal(iNumberOfEntries, list.Sent.Count());
RailPackedListIncoming <Foo> incoming = new RailPackedListIncoming <Foo>();
incoming.Decode(
buffer,
b =>
{
Foo foo = poolMock.Object.Allocate();
foo.ReadData(b);
return(foo);
});
Assert.Equal(iNumberOfEntries, incoming.Received.Count());
}
public RailPacketFromClient()
{
View = new RailView();
commandUpdates = new RailPackedListIncoming <RailCommandUpdate>();
}
public RailPacketFromServer()
{
deltas = new RailPackedListIncoming <RailStateDelta>();
}
