Project.OSC_TCP(deviceName or ID)

Example:
Project.OSC_TCP("OSC_TCP1").SubMember

Alternative Example:
Project.OSC_TCP(1).SubMember

This gives access to all further members of the device "OSC_TCP" from the Configuration dialog. Using the Project object is an alternative to addressing the device directly by entering its name. The Project object allows to address the device through its name or ID.

Substituting the ID with a dynamic variable allows automation. Actions can be performed on many devices of the same type simultaneously, e.g. by using for-loops:
For i = 1 to 10 {
  Project.OSC_TCP(i).Enable = False
}

OSC_TCPName.Disable

Example:
OSC_TCP1.Disable

Alternative Example:
Project.OSC_TCP(1).Disable

This disables the TCP OSC device in the Configuration dialog as if the "Enable" check box in the window was unchecked. Use the .Enable member to reverse this command.

OSC_TCPName.Enable

Example:
OSC_TCP1.Enable

Alternative Example:
Project.OSC_TCP(1).Enable

This enables the TCP OSC device in the Configuration dialog as if the "Enable" check box in the window was checked. Use the .Disable member to reverse this command.

OSC_TCPName.IpAddress

Example:
vstring = OSC_TCP1.IpAddress

Alternative Example:
vstring = Project.OSC_TCP(1).IpAddress

This returns the IP address of the TCP OSC device as a string. The result could look as follows: 10.169.80.10
The first example shows how to use it with a string variable named "vstring".

You could also write it into a Widget, e.g. a Label via the script: Label1.Text = OSC_TCP1.IpAddress
or simply display it in the Debug Logger: DebugMessage(OSC_TCP1.IpAddress)

In return, you can also assign an IP address to the TCP OSC device. WD automatically connects to it afterwards.
OSC_TCP1.IpAddress = "10.169.80.10"

OSC_TCPName.IsConnected

Example:
vstring = OSC_TCP1.IsConnected

Alternative Example:
vstring = Project.OSC_TCP(1).IsConnected

This member returns the connection status for the TCP OSC device as a Boolean value. The result is "True" if the connection is established and "False" if it is not.
The first example shows how to use it with a string variable named "vstring".

You could also write it into a Widget, e.g. a Label via the script: Label1.Text = OSC_TCP1.IsConnected
or simply display it in the Debug Logger: DebugMessage(OSC_TCP1.IsConnected)

OSC_TCPName.IsEnabled

Example:
vstring = OSC_TCP1.IsEnabled

Alternative Example:
vstring = Project.OSC_TCP(1).IsEnabled

This member returns the status of the check box "Enable" for the TCP OSC device in the Configuration dialog as a string or Boolean value. The result is "True" if the connection is enabled and "False" if it is currently not enabled.
The first example shows how to use it with a string variable named "vstring".

You could also write it into a Widget, e.g. a Label via the script: Label1.Text = OSC_TCP1.IsEnabled
or simply display it in the Debug Logger: DebugMessage(OSC_TCP1.IsEnabled)

OSC_TCPName.Port

Example:
vint = OSC_TCP1.Port

Alternative Example:
vint = Project.OSC_TCP(1).Port

This returns the port number of the TCP OSC device in the Configuration dialog as an integer value. The result could look as follows: 10001
The first example shows how to use it with an integer variable named "vint".

You could also write it into a Widget, e.g. a Label via the script: Label1.Text = OSC_TCP1.Port
or simply display it in the Debug Logger: DebugMessage(OSC_TCP1.Port)

In return, you can also assign another port to the TCP OSC device. WD automatically connects to it afterwards.
OSC_TCP1.Port = 10002

OSC_TCPName.Send(tableName,aliasName,value)

Example:
OSC_TCP1.Send("OSC_Table1","page",1)

Alternative Example:
Project.OSC_TCP(1).Send("OSC_Table1","page",1)

This sends the value "1" to the OSC address stored in OSC Table_1 under the alias "page". The command uses the connection from the OSC TCP device named "OSC_TCP1".

Keep in mind that the value type must correspond to the defined type. When you defined in the OSC Table that an integer value needs to be sent, it will not work to send a string value. You might need to convert a value first with the available data type specific members, e.g.:
variable.ToInteger/ToString etc.

In case you defined more than one value in an Alias, wrap the individual values in a list, e.g.:
OSC_TCP1.Send("OSC_Table1","page",[1,"hi"])
or:
var list = [1,"hi"]
OSC_TCP1.Send("OSC_Table1","page",list)

Literal text should always be enclosed in either single or double quotation marks; otherwise, the text is handled like a variable.

Alternatively, you can also send a message via the commands: OSC_Table.Send, or OSC_TCP.SendRaw which does refer to an OSC Table.

OSC_TCPName.SendRaw(OSC Address,OSC Type Tag[ f/i/s/b],values)

Example:
OSC_TCP1.SendRaw("/page","i",[1])

Alternative Example:
Project.OSC_TCP(1).SendRaw("/page","i",[1])

This sends the value "1" (formatted as a list!) to the OSC address "/page" and defines that the OSC data type is int32. The following type tags are supported. For more information, please see https://opensoundcontrol.stanford.edu/spec-1_0.html

f = float32
i = int32
s = OSC-string
b = OSC-blob (byte array)

Keep in mind that the value type must correspond to the OSC type tag. When you chose the "i" tag, it will not work to send a string value. You might need to convert a value first with the available data type specific members, e.g.:
variable.ToInteger/ToString etc.

In case you need to send more than one value, simply append the type tags without any separator and wrap the individual values in a list, e.g.:
OSC_TCP1.SendRaw("/1/fader1","si",["Hi",10])
OSC_TCP1.SendRaw("/1/fader1","si",[Now.ToString,10]) //sends current date and time as string

Literal text should always be enclosed in either single or double quotation marks; otherwise, the text is handled like a variable.

Alternatively, you can also send a message via the commands: OSC_TCP.Send or OSC_Table.Send respectively. Both require to setup an OSC Table which stores OSC addresses and their parameter types as "Aliases".