def ws1_on_close(ws): #get's called when the websocket connection was closed
global pingTwitch, SUBdidWork
print("### ws1 closed ###")
pingTwitch = 0
SUBdidWork = 0
LED_Blue.off()
#log file
logOutput = open(loggies, "a")
logOutput.write(datetime.utcnow().strftime('%Y,%m,%d,%H:%M:%S:%f'))
logOutput.write(" ws1 closed\n")
logOutput.close()
def pingTwitchServersToKeepTheConnectionAliveTask(
): #This PINGs the server every 4 minutes as per twitch api docs
while True:
if pingTwitch:
print("Pinging Twitch")
ws1.send(json.dumps({"type": "PING"}))
LED_Blue.off()
pingstarttime = time.time(
) #we could later do something with this time but we don't have to
time.sleep(10) #wait 10 sec for ping response
if not pingstarttime: #is pingstarttime was not reset, close the connection
ws.close()
time.sleep(
240 + random.randrange(-10, 10)
) #Sleep 4 min +/- 10sec (random is required by twitch api)
def ws1_on_error(
ws, error): #get's called when there was a websocket connection error
global pingTwitch, SUBdidWork
print(error)
pingTwitch = 0
SUBdidWork = 0
LED_Blue.blink()
#log file
logOutput = open(loggies, "a")
logOutput.write(datetime.utcnow().strftime('%Y,%m,%d,%H:%M:%S:%f'))
logOutput.write(" ws1 error: ")
logOutput.write(error)
logOutput.write("\n")
logOutput.close()
def ws1_on_close(ws):
global pingTwitch, SUBdidWork
#flags scrubbed
pingTwitch = 0
SUBdidWork = 0
#front panel
LED_Blue.off()
#console
consoleClass.thread2 = "closing websocket"
#log file
logOutput = open(loggies, "a")
logOutput.write(datetime.utcnow().strftime('%Y,%m,%d,%H:%M:%S:%f'))
logOutput.write(" ws1 closed\n")
logOutput.close()
def pingTwitchServersToKeepTheConnectionAliveTask():
global pingstarttime
while True:
#check flag
if pingTwitch:
#console
consoleClass.thread2 = "Pinging Twitch"
#ping twitch
ws1.send(json.dumps({"type": "PING"}))
pingstarttime = time.time() #we could later do something with this time but we don't have to
#front panel
LED_Blue.off()
countdown = 10
#wait for ping verbose
while countdown > 0:
#console
consoleClass.thread2 = "Pinging Twitch, waiting " + str(countdown) + "s for response"
#new timer
time.sleep(1)
countdown -= 1
#if pingstarttime was not reset, close the connection
if pingstarttime:
consoleClass.thread2 = "start time was not reset?"
ws.close()
#this is for the console readout + ping timer
countdown = 240 + random.randrange(-10, 10)
while countdown >= 0:
#might want to make mm:ss time format here
#console
consoleClass.thread2 = "Next Ping in " + str(countdown) + "s"
#new timer
time.sleep(1)
countdown -= 1
def ws1_on_error(ws, error):
global pingTwitch, SUBdidWork
#flags are no bueno
pingTwitch = 0
SUBdidWork = 0
#front panel
LED_Blue.blink()
#console
consoleClass.thread2 = "WEBSOCKET ERROR"
#log file
logOutput = open(loggies, "a")
logOutput.write(datetime.utcnow().strftime('%Y,%m,%d,%H:%M:%S:%f'))
logOutput.write(" ws1 error: ")
logOutput.write(error)
logOutput.write("\n")
logOutput.close()
def ws1_on_message(ws, message):
jsonReturn = json.loads(message)
#log file
logOutput = open(loggies, "a")
logOutput.write(datetime.utcnow().strftime('%Y,%m,%d,%H:%M:%S:%f'))
logOutput.write(" raw message: ")
logOutput.write(message)
logOutput.write("\n")
logOutput.close()
if "type" in jsonReturn:
if jsonReturn["type"] == "PONG": #Take care of pong responses
pingstarttime = 0
print("PONG received")
LED_Blue.on()
elif jsonReturn[
"type"] == "RECONNECT": #Close if twitch tells us so and reconnect
print(jsonReturn)
try:
ws.close()
except:
pass
elif jsonReturn[
"type"] == "RESPONSE": #We get this as a response to our subToTopic request
if jsonReturn["nonce"] == "e4t5v345nz3sm" and jsonReturn[
"error"] == "": #validate this is the right response and there was no error
print("socket sub successful")
SUBdidWork = 1
else: #If there was something wrong
print(jsonReturn)
elif jsonReturn[
"type"] == "MESSAGE": #This is the message you get when an event itself happens
#print(jsonReturn["data"]["message"])
makeEntry(json.loads(jsonReturn["data"]["message"]))
else:
print(
jsonReturn
) #if there is anything else, just print it(shouldn't be the case)
def ws1_on_message(ws, message):
global pingstarttime
jsonReturn = json.loads(message)
#log file
logOutput = open(loggies, "a")
logOutput.write(datetime.utcnow().strftime('%Y,%m,%d,%H:%M:%S:%f'))
logOutput.write(" raw message: ")
logOutput.write(message)
logOutput.write("\n")
logOutput.close()
if "type" in jsonReturn:
#Take care of pong responses
if jsonReturn["type"] == "PONG":
#reset flag
pingstarttime = 0
#console
consoleClass.thread2 = "Pinging Twitch, pong'd"
#front panel
LED_Blue.on()
#Close if twitch tells us so and reconnect
elif jsonReturn["type"] == "RECONNECT":
#console
consoleClass.thread2 = "Reconnect!"
try:
ws.close()
except:
pass
#We get this as a response to our subToTopic request
elif jsonReturn["type"] == "RESPONSE":
#validate this is the right response and there was no error
if jsonReturn["nonce"] == "e4t5v345nz3sm" and jsonReturn["error"] == "":
#console
consoleClass.thread2 = "good nonce"
SUBdidWork = 1
#If there was something wrong
else:
#console
consoleClass.thread2 = "JSON response error!?"
#This is the message you get when an event itself happens (a sub event)
elif jsonReturn["type"] == "MESSAGE":
#print(jsonReturn["data"]["message"])
makeEntry(json.loads(jsonReturn["data"]["message"]))
#for borts, this is f**k
#poops = json.loads(jsonReturn["data"]["message"])
#makeEntry(poops["data"])
else:
#if there is anything else, shouldn't be
consoleClass.thread2 = "JSON message error!?"