public WebSocketChannel(Uri uri, string connectionName)
{
_webSocket = new ClientWebSocket();
_uri = uri;
_connectionName = connectionName;
_connectionSide = ConnectionSide.Client;
}
public SocketChannel(Socket socket, SocketFlags flags, string connectionName)
{
_socket = socket;
_flags = flags;
_connectionName = connectionName;
_connectionSide = ConnectionSide.Server;
}
public SslSocketChannel(Socket socket, X509Certificate2 x509Certificate, RemoteCertificateValidationCallback validationCallback, string connectionName)
{
_socket = socket;
_x509Certificate = x509Certificate;
_validationCallback = validationCallback;
_connectionName = connectionName;
_connectionSide = ConnectionSide.Server;
}
public SocketChannel(Socket socket, IPAddress address, int port, SocketFlags flags, string connectionName)
{
_socket = socket;
_ipAddress = address;
_port = port;
_flags = flags;
_connectionName = connectionName;
_connectionSide = ConnectionSide.Client;
}
public SslSocketChannel(Socket socket, IPAddress ipAddress, int port, string certName, RemoteCertificateValidationCallback validationCallback, string connectionName)
{
_socket = socket;
_ipAddress = ipAddress;
_port = port;
_certName = certName;
_validationCallback = validationCallback;
_connectionName = connectionName;
_connectionSide = ConnectionSide.Client;
}
public TransportSettings(ConnectionSide connectionSide)
{
if (connectionSide == ConnectionSide.Client)
{
ConnectionNameFormatter = id => $"Connection ({id})";
}
else
{
ConnectionNameFormatter = id => $"Server Connection ({id})";
}
}
static bool ToAnchorCanBeVertical(
NodeProcess process, IEditorGUINode fromNode, RectCache fromArea, ConnectionSide fromSide, IEditorGUINode toNode, RectCache toArea
)
{
bool isTop = fromArea.center.y <= toArea.y;
if (
isTop &&
fromSide == ConnectionSide.Bottom && toArea.y - fromArea.yMax <= NodeProcess.SnapOffset &&
(toArea.xMax < fromArea.center.x - 8 || toArea.x > fromArea.center.x + 8) &&
Mathf.Abs(fromArea.center.x - toArea.center.x) > 20
)
{
return(false);
}
int len = process.nodes.Count;
for (int i = 0; i < len; ++i)
{
IEditorGUINode node = process.nodes[i];
if (node == fromNode || node == toNode)
{
continue;
}
Rect r = process.nodeToGUIData[node].fullArea;
if (isTop)
{
if (r.y > toArea.y || r.yMax < fromArea.center.y || r.x > toArea.center.x || r.xMax < toArea.x)
{
continue;
}
}
else
{
if (r.yMax < toArea.y || r.y > fromArea.center.y || r.xMax < toArea.center.x || r.x > toArea.x)
{
continue;
}
}
return(false);
}
return(true);
}
private float MiddlePointOffsetY(string FirstNodeText, string SecondNodeText, ConnectionSide Side, SizeF Size)
{
float midPointY = 0;
if (Side == ConnectionSide.Left)
{
if (
((Item[FirstNodeText].Location.Y < Item[SecondNodeText].Location.Y) && ((Item[FirstNodeText].Location.X < Item[SecondNodeText].Location.X))) ||
((Item[FirstNodeText].Location.Y > Item[SecondNodeText].Location.Y) && ((Item[FirstNodeText].Location.X > Item[SecondNodeText].Location.X))))
{
midPointY = NodeSize.Height * Size.Width;
}
else if (((Item[FirstNodeText].Location.Y > Item[SecondNodeText].Location.Y) && ((Item[FirstNodeText].Location.X < Item[SecondNodeText].Location.X))) ||
((Item[FirstNodeText].Location.Y < Item[SecondNodeText].Location.Y) && ((Item[FirstNodeText].Location.X > Item[SecondNodeText].Location.X))))
{
midPointY = NodeSize.Height * Size.Height;
}
}
else
{
if (
((Item[FirstNodeText].Location.Y < Item[SecondNodeText].Location.Y) && ((Item[FirstNodeText].Location.X < Item[SecondNodeText].Location.X))) ||
((Item[FirstNodeText].Location.Y > Item[SecondNodeText].Location.Y) && ((Item[FirstNodeText].Location.X > Item[SecondNodeText].Location.X))))
{
midPointY = NodeSize.Height * Size.Height;
}
else if (((Item[FirstNodeText].Location.Y > Item[SecondNodeText].Location.Y) && ((Item[FirstNodeText].Location.X < Item[SecondNodeText].Location.X))) ||
((Item[FirstNodeText].Location.Y < Item[SecondNodeText].Location.Y) && ((Item[FirstNodeText].Location.X > Item[SecondNodeText].Location.X))))
{
midPointY = NodeSize.Height * Size.Width;
}
}
return(midPointY);
}
public void AddConnectionCurve(string FirstNodeText, string SecondNodeText, ConnectionSide Side = ConnectionSide.Left)
{
try
{
if (Side == ConnectionSide.Left)
{
#region Left
PointF CurveStartPoint = new PointF
(
Item[FirstNodeText].ConnectionPoint.Left.X - 12,
Item[FirstNodeText].ConnectionPoint.Left.Y
);
PointF CurveEndPoint = new PointF
(
Item[SecondNodeText].ConnectionPoint.Left.X - 12,
Item[SecondNodeText].ConnectionPoint.Left.Y
);
SizeF Size = new SizeF(
(Math.Abs(Item[SecondNodeText].Location.Y - Item[FirstNodeText].Location.Y) < (NodeSize.Height * 3))
? new SizeF(0.2f, 0.8f)
: new SizeF(0, 1)
);
float middlePointOffsetX = ((Math.Abs(Item[SecondNodeText].Location.Y - Item[FirstNodeText].Location.Y) < (NodeSize.Height * 3))
? (NodeSize.Width / 4) + 8 : (NodeSize.Width / 2) + 4);
float middlePointX = 0;
float middlePointY = 0;
if (Item[FirstNodeText].Location.X == Item[SecondNodeText].Location.X)
{
middlePointX = Item[FirstNodeText].Location.X - middlePointOffsetX;
middlePointY = ((Item[SecondNodeText].Location.Y + Item[FirstNodeText].Location.Y) / 2) + (NodeSize.Height / 2);
}
else if (Item[FirstNodeText].Location.X < Item[SecondNodeText].Location.X)
{
if (Item[FirstNodeText].Location.Y < Item[SecondNodeText].Location.Y)
{
middlePointX = ((Item[SecondNodeText].Location.X + Item[FirstNodeText].Location.X) / 2) - (NodeSize.Width / 4);
middlePointY = Item[SecondNodeText].Location.Y
+ MiddlePointOffsetY(FirstNodeText, SecondNodeText, Side, Size);
}
else
{
middlePointX = ((Item[SecondNodeText].Location.X + Item[FirstNodeText].Location.X) / 2) - (NodeSize.Width / 4);
middlePointY = Item[SecondNodeText].Location.Y
+ MiddlePointOffsetY(FirstNodeText, SecondNodeText, Side, Size);
}
}
else
{
if (Item[FirstNodeText].Location.Y < Item[SecondNodeText].Location.Y)
{
middlePointX = ((Item[SecondNodeText].Location.X + Item[FirstNodeText].Location.X) / 2) - (NodeSize.Width / 4);
middlePointY = Item[FirstNodeText].Location.Y
+ MiddlePointOffsetY(FirstNodeText, SecondNodeText, Side, Size);
}
else
{
middlePointX = ((Item[SecondNodeText].Location.X + Item[FirstNodeText].Location.X) / 2) - (NodeSize.Width / 4);
middlePointY = Item[FirstNodeText].Location.Y
+ MiddlePointOffsetY(FirstNodeText, SecondNodeText, Side, Size);
}
}
PointF CurveMiddlePoint = new PointF(
middlePointX,
middlePointY
);
g.DrawLine(
new Pen(nodeBrushes.Pen, PenWidth),
Item[FirstNodeText].ConnectionPoint.Left,
CurveStartPoint
);
g.DrawCurve(
new Pen(nodeBrushes.Pen, PenWidth),
new PointF[]
{
CurveStartPoint,
CurveMiddlePoint,
CurveEndPoint
}
);
g.DrawLine(
new Pen(nodeBrushes.Pen, PenWidth),
Item[SecondNodeText].ConnectionPoint.Left,
CurveEndPoint
);
DrawArrow(Item[SecondNodeText].ConnectionPoint.Left, 'L');
#endregion
}
else
{
#region Right
PointF CurveStartPoint = new PointF
(
Item[FirstNodeText].ConnectionPoint.Right.X + 12,
Item[FirstNodeText].ConnectionPoint.Right.Y
);
PointF CurveEndPoint = new PointF
(
Item[SecondNodeText].ConnectionPoint.Right.X + 12,
Item[SecondNodeText].ConnectionPoint.Right.Y
);
SizeF Size = new SizeF(
(Math.Abs(Item[SecondNodeText].Location.Y - Item[FirstNodeText].Location.Y) < (NodeSize.Height * 3))
? new SizeF(0.2f, 0.8f)
: new SizeF(0, 1)
);
float middlePointOffsetX = ((Math.Abs(Item[SecondNodeText].Location.Y - Item[FirstNodeText].Location.Y) < (NodeSize.Height * 3))
? (NodeSize.Width * 5 / 4) + 8 : (NodeSize.Width * 3 / 2) + 4);
float middlePointX = 0;
float middlePointY = 0;
if (Item[FirstNodeText].Location.X == Item[SecondNodeText].Location.X)
{
middlePointX = Item[FirstNodeText].Location.X + middlePointOffsetX;
middlePointY = ((Item[SecondNodeText].Location.Y + Item[FirstNodeText].Location.Y) / 2) + (NodeSize.Height / 2);
}
else if (Item[FirstNodeText].Location.X < Item[SecondNodeText].Location.X)
{
if (Item[FirstNodeText].Location.Y < Item[SecondNodeText].Location.Y)
{
middlePointX = ((Item[SecondNodeText].Location.X + Item[FirstNodeText].Location.X) / 2) + (NodeSize.Width * 5 / 4);
middlePointY = Item[FirstNodeText].Location.Y
+ MiddlePointOffsetY(FirstNodeText, SecondNodeText, Side, Size);
}
else
{
middlePointX = ((Item[SecondNodeText].Location.X + Item[FirstNodeText].Location.X) / 2) + (NodeSize.Width * 5 / 4);
middlePointY = Item[FirstNodeText].Location.Y
+ MiddlePointOffsetY(FirstNodeText, SecondNodeText, Side, Size);
}
}
else
{
if (Item[FirstNodeText].Location.Y < Item[SecondNodeText].Location.Y)
{
middlePointX = ((Item[SecondNodeText].Location.X + Item[FirstNodeText].Location.X) / 2) + (NodeSize.Width * 5 / 4);
middlePointY = Item[SecondNodeText].Location.Y
+ MiddlePointOffsetY(FirstNodeText, SecondNodeText, Side, Size);
}
else
{
middlePointX = ((Item[SecondNodeText].Location.X + Item[FirstNodeText].Location.X) / 2) + (NodeSize.Width * 5 / 4);
middlePointY = Item[SecondNodeText].Location.Y
+ MiddlePointOffsetY(FirstNodeText, SecondNodeText, Side, Size);
}
}
PointF CurveMiddlePoint = new PointF(
middlePointX,
middlePointY
);
g.DrawLine(
new Pen(nodeBrushes.Pen, PenWidth),
Item[FirstNodeText].ConnectionPoint.Right,
CurveStartPoint
);
g.DrawCurve(
new Pen(nodeBrushes.Pen, PenWidth),
new PointF[]
{
CurveStartPoint,
CurveMiddlePoint,
CurveEndPoint
}
);
g.DrawLine(
new Pen(nodeBrushes.Pen, PenWidth),
Item[SecondNodeText].ConnectionPoint.Right,
CurveEndPoint
);
DrawArrow(Item[SecondNodeText].ConnectionPoint.Right, 'R');
#endregion
}
}
catch (Exception e)
{
throw new Exception("Unable to establish a connection between " + FirstNodeText + " and " + SecondNodeText, e);
}
}
public SocketTransportSettings(ConnectionSide connectionSide)
: base(connectionSide)
{
IPVersion = IPVersion.IPv6;
}
public WebSocketTransportSettings(ConnectionSide connectionSide)
: base(connectionSide)
{
}
public WebSocketChannel(WebSocket webSocket, string connectionName)
{
_webSocket = webSocket;
_connectionName = connectionName;
_connectionSide = ConnectionSide.Server;
}
