384 lines
16 KiB
Python
384 lines
16 KiB
Python
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import os
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import json
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import logging
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import getpass
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import textwrap
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import threading
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import platform
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import queue
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import re
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import toml
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import readchar
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import websocket
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import win_unicode_console
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from collections import OrderedDict
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from colorama import Fore, Back, Style, init as colorama_init, ansi as colorama_ansi
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import contentapi
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import myutils
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VERSION="0.2.0" # Arbitrary but whatever
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CONFIGFILE="config.toml"
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MAXTITLE=25
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MSGPREFIX=Back.GREEN + " " + Back.RESET + " "
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# The entire config object with all defaults
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config = {
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"api" : "http://localhost:5000/api",
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"default_loglevel" : "WARNING",
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"websocket_trace" : False,
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"default_room" : 0, # Zero means it will ask you for a room
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"default_markup" : "plaintext",
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"expire_seconds" : 31536000, # 365 days in seconds, expiration for token
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"appear_in_global" : False,
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"print_status_after_insert" : True,
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"output_buffer_timeout" : 0.05, # 50 milliseconds
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"default_history" : 100,
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"fixed_width" : 76, # Need room for the pre-message decoration
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"tokenfile" : ".qcstoken"
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}
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# The command dictionary (only used to display help)
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commands = OrderedDict([
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("h", "Help, prints this menu!"),
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("s", "Search, find and/or set a room to listen to (one at a time!)"),
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("g", "Global userlist, print users using contentapi in general"),
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("u", "Userlist, print users in the current room"),
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("i", "Insert mode, allows you to send a message (pauses messages!)"),
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("c", "Clear; clear screen and load last N messages manually"),
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("t", "Statistics, see info about runtime"),
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("q", "Quit, no warning!")
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])
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def main():
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print("Program start: %s" % VERSION)
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win_unicode_console.enable()
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colorama_init() # colorama init
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load_or_create_global_config()
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logging.info("Config: " + json.dumps(config, indent = 2))
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context = contentapi.ApiContext(config["api"], logging)
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logging.info("Testing connection to API at " + config["api"])
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logging.debug(json.dumps(context.api_status(), indent = 2))
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authenticate(config, context)
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# Let users debug the websocket if they want I guess
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if config["websocket_trace"]:
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websocket.enableTrace(True)
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ws = websocket.WebSocketApp(context.websocket_endpoint())
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# Might as well reuse the websocket object for my websocket context data (oops, is that bad?)
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ws.context = context
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ws.user_info = context.user_me()
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ws.main_config = config
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ws.ignored = {} # Just a tracking list for fun stats
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# Output from the websocket can only get truly printed to the screen when this lock is released.
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# We grab the lock when the user is in some kind of "input" mode, which blocks the websocket printing
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# thread from processing the queue (if it has anything anyway)
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ws.output_lock = threading.Lock()
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# Output from the websocket is ALWAYS buffered, and we use a thread-safe queue to add and remove
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# output safely. We buffer all messages to ensure the order is preserved; if we SOMETIMES queued and
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# SOMETIMES did not, we would need to be very careful about whether the queue was empty, which requires
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# additional locking and etc.
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ws.output_buffer = queue.Queue()
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# Note that the current_room stuff is set on open if you've supplied a default room in config
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ws.current_room = 0
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ws.current_room_data = False
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# set the callback functions
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ws.on_open = ws_onopen
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ws.on_close = ws_onclose
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ws.on_message = ws_onmessage
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ws.run_forever()
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print("Program end")
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def ws_onclose(ws):
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print("Websocket closed! Exiting (FYI: you were in room %d)" % ws.current_room)
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exit()
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# When the websocket is opened, we begin our thread to accept input forever
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def ws_onopen(ws):
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def main_loop():
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printr(Fore.GREEN + Style.BRIGHT + os.linesep + "-- Connected to live updates! --")
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if not ws.current_room:
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printr(Fore.YELLOW + "* You are not connected to any room! Press 'S' to search for a room! *")
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print_statusline(ws)
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# The infinite input loop! Or something!
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while True:
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printstatus = False # Assume we are not printing the status every time (it's kinda annoying)
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# Listen for a key. The implementation of 'readkey()' on this version of python and windows makes the CPU spike
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# to 100%, so we switch to getch() if we detect windows.
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if platform.system().startswith("Windows"):
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import msvcrt
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logging.debug("on windows, using msvcrt.getch")
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key = msvcrt.getch().decode("utf-8")
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else:
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key = readchar.readkey()
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# We get exclusive access to output while we're handling user input. This allows us to "pause" any output
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# the threaded output queue might want to do (we're more important)
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with ws.output_lock:
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if key == "h":
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print(" -- Help menu / Controls --")
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for key, value in commands.items():
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print(" " + Style.BRIGHT + key + Style.NORMAL + " - " + value)
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elif key == "s":
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search(ws)
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printstatus = True
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elif key == "g":
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ws.send(ws.context.gen_ws_request("userlist", id = "userlist_global"))
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elif key == "u":
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if not ws.current_room:
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print("You're not in a room! Can't check userlist!")
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else:
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# Just send it out, we have to wait for the websocket handler to get the response
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ws.send(ws.context.gen_ws_request("userlist", id = "userlist_room_%d" % ws.current_room))
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elif key == "i":
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if not ws.current_room:
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print("You're not in a room! Can't send messages!")
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else:
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message = input("Post (empty = exit): ")
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if message:
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ws.context.post_message(contentapi.comment_builder(message,
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ws.current_room, ws.main_config["default_markup"], ws.user_info["avatar"]))
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printstatus = ws.main_config["print_status_after_insert"]
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elif key == "c":
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print(colorama_ansi.clear_screen() + " -- Pulling message history: %d -- " % ws.main_config["default_history"])
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print(get_message_history_string(ws))
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printstatus = True
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elif key == "t":
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print(" -- Ignored WS Data (normal) --")
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for key,value in ws.ignored.items():
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printr(Style.BRIGHT + ("%16s" % key) + (" : %d" % value))
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elif key == "q":
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print("Quitting (may take a bit for the websocket to close)")
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ws.close()
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break
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elif key == " ":
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printstatus = True
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# At the end of the loop, but still in the printing lock, print the status line (if they want)
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if printstatus:
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print_statusline(ws)
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# Just a simple infinite loop which blocks on the queue until something is available
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def ws_print_loop():
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while True:
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next_output = ws.output_buffer.get()
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with ws.output_lock:
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printr(next_output)
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# Set the main room; we want to wait until the websocket is open because this also sets your
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# status in the userlist
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if ws.main_config["default_room"]:
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set_current_room(ws, ws.main_config["default_room"])
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# create a thread to run the blocking task
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mainthread = threading.Thread(target=main_loop)
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mainthread.start()
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# create a thread to process websocket output
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printthread = threading.Thread(target=ws_print_loop)
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printthread.daemon = True
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printthread.start()
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# Message handler for our websocket; will handle live messages for the room you're listening to and
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# userlist updates request results, but not much else (for now)
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def ws_onmessage(ws, message):
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logging.debug("WSRCV: " + message)
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result = json.loads(message)
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# Someone asked for the userlist, check the id to figure out what to print and which list to see
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if result["type"] == "userlist":
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all_statuses = result["data"]["statuses"]
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if result["id"] == "userlist_global":
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usermessage = " -- Global userlist --"
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statuses = all_statuses["0"] if "0" in all_statuses else {}
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else: # This is a bad assumption, it should parse the room id out of the id instead (maybe?)
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usermessage = " -- Userlist for %s -- " % ws.current_room_data["name"]
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statuses = all_statuses[str(ws.current_room)] if str(ws.current_room) in all_statuses else {}
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userlist_output = usermessage
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for key,value in statuses.items():
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key = int(key)
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user = contentapi.get_user_or_default(result["data"]["objects"]["user"], key)
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userlist_output += os.linesep + Style.BRIGHT + " " + ("%s" % (user["username"] + Style.DIM + " #%d" % key)) + Style.RESET_ALL + " - " + value
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ws_print(ws, userlist_output)
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return
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# Live updates are messages, edits, user updates, etc. Check the event list to see
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elif result["type"] == "live":
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# We only care about SOME live updates
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for event in result["data"]["events"]:
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if event["type"] == "message_event" and event["action"] == contentapi.CREATE: # I think this is a new message
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objects = result["data"]["objects"]["message_event"]
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message = contentapi.get_message(objects["message"], event["refId"])
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if message and message["contentId"] == ws.current_room:
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# OK we're DEFINITELY displaying it now
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user = contentapi.get_user_or_default(objects["user"], message["createUserId"])
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ws_print(ws, get_message_string(ws, message, user))
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# Track ignored data
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if result["type"] not in ws.ignored:
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ws.ignored[result["type"]] = 0
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ws.ignored[result["type"]] += 1
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# Produce the string output for a given message. Can be printed directly to console
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def get_message_string(ws, message, user):
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result = (MSGPREFIX + Fore.CYAN + Style.BRIGHT + user["username"] + " " + Style.DIM + "#%d" % user["id"] +
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Fore.MAGENTA + " " + message["createDate"] + " [%d]" % message["id"] + os.linesep + Style.RESET_ALL)
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for t in textwrap.wrap(message["text"], width = ws.main_config["fixed_width"]):
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result += (MSGPREFIX + t + os.linesep)
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return result.rstrip(os.linesep)
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# Produce a large string of output for all history in the current room. Can be printed directly to console
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def get_message_history_string(ws):
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if ws.current_room:
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result = ws.context.basic_message_history(ws.current_room, ws.main_config["default_history"], "~engagement")
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users = result["objects"]["user"]
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message_block = ""
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for message in reversed(result["objects"]["message"]):
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user = contentapi.get_user_or_default(users, message["createUserId"])
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message_block += get_message_string(ws, message, user) + os.linesep
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return message_block.rstrip(os.linesep)
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return None
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# Printing websocket event output is tricky because we don't want to interrupt user input (we don't have
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# curses). As such, we must buffer our output IF we are asked to pause
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def ws_print(ws, output):
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# Queueing is supposed to be threadsafe, so just slap a new one in there. This will wake up
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# the printing thread automatically
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ws.output_buffer.put(output)
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# Loads the config from file into the global config var. If the file
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# doesn't exist, the file is created from the defaults in config.
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# The function returns nothing
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def load_or_create_global_config():
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global config
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# Check if the config file exists
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if os.path.isfile(CONFIGFILE):
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# Read and deserialize the config file
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with open(CONFIGFILE, 'r', encoding='utf-8') as f:
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temp_config = toml.load(f)
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myutils.merge_dictionary(temp_config, config)
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else:
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# Serialize and write the config dictionary to the config file
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logging.warn("No config found at " + CONFIGFILE + ", creating now")
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with open(CONFIGFILE, 'w', encoding='utf-8') as f:
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toml.dump(config, f)
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myutils.set_logging_level(config["default_loglevel"])
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# Set the room to listen to on the websocket. Will also update the userlist, if
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# it's appropriate to do so
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def set_current_room(ws, roomid):
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try:
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ws.current_room_data = ws.context.get_by_id("content", roomid)
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ws.current_room = roomid
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# Generate the new user status list. Must always send the full list every time.
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statuses = { "%d" % roomid : "active" }
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if ws.main_config["appear_in_global"]:
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statuses["0"] = "active"
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ws.send(ws.context.gen_ws_request("setuserstatus", data = statuses))
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print(Fore.GREEN + "Set room to %s" % ws.current_room_data["name"] + Style.RESET_ALL)
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return
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except Exception as ex:
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print(Fore.RED + "Couldn't find room with id %d" % roomid + Style.RESET_ALL)
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# Enter a search loop which will repeat until you quit. Output should be PAUSED here
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# (but someone else does it for us, we don't even know what 'pausing' is)
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def search(ws):
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while True:
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searchterm = input("Search text (#ROOMNUM = set room, # to quit): ")
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if searchterm == "#":
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return
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match = re.match(r'#(\d+)', searchterm)
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if match:
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roomid = int(match.group(1))
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set_current_room(ws, roomid)
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return
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elif searchterm:
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# Go search for rooms and display them
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result = ws.context.basic_search(searchterm)["objects"]["content"]
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if len(result):
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for content in result:
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printr(Style.BRIGHT + "%7s" % ("#%d" % content["id"]) + Style.RESET_ALL + " - %s" % content["name"])
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else:
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printr(Style.DIM + " -- No results -- ")
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# Either pull the token from a file, or get the login from the command
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# line if that doesn't work. WILL test your token against the real API
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# even if it's pulled from file!
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def authenticate(config, context: contentapi.ApiContext):
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message = "No token file found"
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if os.path.isfile(config["tokenfile"]):
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with open(config["tokenfile"], 'r') as f:
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token = f.read()
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logging.debug("Token from file: " + token)
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context.token = token
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if context.is_token_valid():
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logging.info("Logged in using token file " + config["tokenfile"])
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return
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else:
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message = "Token file expired"
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message += ", Please enter login for " + config["api"]
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while True:
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print(message)
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username = input("Username: ")
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password = getpass.getpass("Password: ")
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try:
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token = context.login(username, password, config["expire_seconds"])
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with open(config["tokenfile"], 'w') as f:
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f.write(token)
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logging.info("Token accepted, written to " + config["tokenfile"])
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context.token = token
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return
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except Exception as ex:
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print("ERROR: %s" % ex)
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message = "Please try logging in again:"
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def print_statusline(ws):
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# if ws_context.connected: bg = Back.GREEN else: bg = Back.RED
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if ws.current_room:
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name = ws.current_room_data["name"]
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room = "'" + (name[:(MAXTITLE - 3)] + '...' if len(name) > MAXTITLE else name) + "'"
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else:
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room = Fore.RED + Style.DIM + "NONE" + Style.NORMAL + Fore.BLACK
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print(Back.GREEN + Fore.BLACK + os.linesep + " " + ws.user_info["username"] + " - " + room + " CTRL: h s g u i c t q " + Style.RESET_ALL)
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# Print and then reset the style
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def printr(msg):
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print(msg + Style.RESET_ALL)
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# Because python reasons
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if __name__ == "__main__":
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main() |