public void GumpWriterTest()
{
//TODO: More extensive testing
TestGump g = new TestGump();
byte[] packet = g.Compile();
string layout = "{ page 0 }{ resizepic 0 0 5054 100 100 }{ checkertrans 10 10 80 80 }";
PacketWriter pw = new PacketWriter();
pw.Write( (byte) 0xB0 );
pw.Write( (short) (23+layout.Length) );
pw.Write( (int) -1 );
pw.Write( (int) -1 );
pw.Write( (int) 100 );
pw.Write( (int) 100 );
pw.Write( (short) layout.Length );
pw.WriteAsciiFixed( layout, layout.Length );
pw.Write( (short) 0 );
byte[] packet2 = pw.ToArray();
Assert.AreEqual( packet.Length, packet2.Length );
for (int i = 0; i < packet.Length;i++)
{
Assert.AreEqual( packet[i], packet2[i], String.Format("No match at position {0}", i ) );
}
}
public void GumpWriterTest()
{
//TODO: More extensive testing
TestGump g = new TestGump();
byte[] packet = g.Compile();
string layout = "{ page 0 }{ resizepic 0 0 5054 100 100 }{ checkertrans 10 10 80 80 }";
PacketWriter pw = new PacketWriter();
pw.Write( (byte) 0xB0 );
pw.Write( (short) (23+layout.Length) );
pw.Write( (int) -1 );
pw.Write( (int) -1 );
pw.Write( (int) 100 );
pw.Write( (int) 100 );
pw.Write( (short) layout.Length );
pw.WriteAsciiFixed( layout, layout.Length );
pw.Write( (short) 0 );
byte[] packet2 = pw.ToArray();
Assert.AreEqual( packet.Length, packet2.Length );
for (int i = 0; i < packet.Length;i++)
{
Assert.AreEqual( packet[i], packet2[i], String.Format("No match at position {0}", i ) );
}
List<GumpResponseFilter> grf = new List<GumpResponseFilter>();
grf.Add( new GumpResponseFilter( 0xFFFFFFFF, 0xFFFFFFFF ) );
bool contains = grf.Contains( new GumpResponseFilter( 0xFFFFFFFF, 0xFFFFFFFF ) );
Assert.IsTrue( contains );
grf.Clear();
contains = grf.Contains( new GumpResponseFilter( 0xFFFFFFFF, 0xFFFFFFFF ) );
Assert.IsFalse( contains );
}
public byte[] Serialize()
{
PacketWriter pw = new PacketWriter();
pw.Write( (byte) m_PacketID );
if (Conditions == null)
pw.Write( (short) 0 );
else
{
pw.Write( (short) Conditions.Length );
for (int i = 0; i < Conditions.Length; i++)
{
pw.Write( (short) Conditions[i].Position );
pw.Write( (short) Conditions[i].Bytes.Length );
pw.Write( Conditions[i].Bytes, 0, Conditions[i].Bytes.Length );
pw.Write( (short) Conditions[i].Length );
}
}
return pw.ToArray();
}
public bool WaitForProperties(int serial, int timeout)
{
bool result = false;
myWaitingForProperties = 1;
myWaitingPropertiesSerial = serial;
lock (myWaitForPropertiesLock) {
PacketWriter pw = new PacketWriter();
pw.Write( (byte) 0xD6 );
pw.Write( (byte) 0x07 );
pw.Write( (byte) 0x00 );
pw.Write( (int) serial );
Network.SendCommand( IPCServerIndex, Command.SendPacket, ServerSendCaveAddress.ToInt32(), (byte) PacketType.Server, pw.ToArray() );
result = Monitor.Wait( myWaitForPropertiesLock, timeout );
}
return result;
}
/// <summary>
/// Send packet directly to client's packet receive function.
/// </summary>
/// <param name="client">Target client.</param>
/// <param name="packet">PacketWriter to send.</param>
public static void SendPacketToClient(int client, PacketWriter packet)
{
SendPacketToClient(0, packet.ToArray());
}
