private static int _CalculateSize(UvHandleType handleType)
{
return(Libuv.uv_handle_size(handleType).ToInt32());
}
/// <inheritdoc/>
protected UvNetworkStream(UvLoop loop, UvHandleType handleType)
: base(loop, handleType)
{
}
/// <summary>
/// Initializes a new instance of libuv handle object.
/// </summary>
/// <param name="loop">Loop, on which this handle will be initialized.</param>
/// <param name="handleType">Type of the handle.</param>
protected UvHandle(UvLoop loop, UvHandleType handleType)
: base(_CalculateSize(handleType), _GetLoopThreadId(loop))
{
this.HandleType = handleType;
this.Loop = loop;
}
internal UVStream(Loop loop, UvHandleType type)
: this(loop, UV.Sizeof(type))
{
}
internal Handle(Loop loop, UvHandleType type)
: this(loop, UV.Sizeof(type))
{
}
internal static int Sizeof(UvHandleType type)
{
return uv_handle_size(type);
}
internal static extern int uv_handle_size(UvHandleType type);
internal Handle(Loop loop, UvHandleType type)
: this(loop, UV.Sizeof(type))
{
}
internal static IntPtr Alloc(UvHandleType type)
{
return Alloc(Sizeof(type));
}
internal Listener(Loop loop, UvHandleType type)
: base(loop, type)
{
DefaultBacklog = 128;
listen_cb = listen_callback;
}
internal Listener(Loop loop, UvHandleType type)
: base(loop, type)
{
DefaultBacklog = 128;
listen_cb = listen_callback;
}
public static extern IntPtr uv_handle_size(UvHandleType type);
internal UVStream(Loop loop, UvHandleType type)
: this(loop, UV.Sizeof(type))
{
}
internal static IntPtr Alloc(UvHandleType type)
{
return(Alloc(Sizeof(type)));
}
internal static int Sizeof(UvHandleType type)
{
return(uv_handle_size(type));
}
internal static extern int uv_handle_size(UvHandleType type);
