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WebSocket support enables other applications to control ChronoFly and obtain real time passing data. | WebSocket support enables other applications to control ChronoFly and obtain real time passing data. | ||
− | Do not expose your timing network for unauthorized access! There is no authentication mechanism in this WebSocket implementation. | + | <u>Do not expose your timing network for unauthorized access!</u> There is no authentication mechanism in this WebSocket implementation. |
==Usage example== | ==Usage example== |
Revision as of 20:26, 16 January 2017
WebSocket support enables other applications to control ChronoFly and obtain real time passing data.
Do not expose your timing network for unauthorized access! There is no authentication mechanism in this WebSocket implementation.
Contents
Usage example
JavaScript:
var j2ws = new WebSocket("ws://localhost:2235"); j2ws.onmessage = function(e) { var event = e.data.split(": ")[0]; var value = e.data.split(": ")[1]; switch(event) { case "pas": console.log("Passing with transponder: " + value); break; case "ion": console.log("Digital input " + value + " ON"); break; } } var startTiming = function() { j2ws.send("tim: 1"); }
Protocol
Uses TCP port: 2235
Action message format
action: value
Where action is one of supported actions and value is the input of the action.
Supported actions
Digital output ON
oon: 4
Where 4 is port number.
Digital output OFF
oof: 4
Where 4 is port number.
Timing START
tim: 1
Timing STOP
tim: 0
Event message format
event: value
Where event is one of supported actions and value is the output of the event.
Supported events
Passings
pas: 16
Where 16 is passing's transponder number.
Digital input ON
ion: 4
Where 4 is port number.
Digital input OFF
iof: 4
Where 4 is port number.
Start light ON
son: 1
Where 1 is light number.
Start light OFF
sof: 1
Where 1 is light number.