twgs-report/talker.py

#!/home/mystic/mystic/bbs/venv/bin/python

import trio
import sys
from pprint import pprint
import json
from colorama import Fore, Back, Style
import argparse
import string

def merge(color_string):
    """ Given a string of colorama ANSI, merge them if you can. """
    return color_string.replace("m\x1b[", ";")


parser = argparse.ArgumentParser(description="TradeWars Score Bulletins Puller")
parser.add_argument("--host", type=str, help="Hostname to contact", default="127.0.0.1")
parser.add_argument("--port", type=int, help="Port number", default=2002)
parser.add_argument("--username", type=str, help="RLogin Username", default="phil")
parser.add_argument("--password", type=str, help="RLogin Password", default="phil")
parser.add_argument("--games", type=str, help="TWGS Games to select")
parser.add_argument("--name", type=str, help="Server Name for Report")
parser.add_argument("--report", type=str, help="Space Reports base filename")
parser.add_argument("--debug", action="store_true")
parser.add_argument("--telnet", action="store_true")
parser.add_argument(
    "--prompt", type=str, help="TWGS Custom Menu Prompt", default="Quit"
)

# Unfortunately, this can't figure out the custom prison TWGS menus.  :(
# I would like this to allow you to select which reports it'll do.
# So I could do the prison report with games A and B.
#

args = parser.parse_args()
HOST = args.host
# PORT=2003
PORT = args.port

state = 1
options = {}
pos = "A"
scoreboard = {}
settings = {}
setup = {}

if args.games is not None:
    options = {x: x for x in args.games}
    print("We will pull:", ",".join(options.keys()))

# NOTE:  --games does not work unless you are also using prompt

if args.debug:
    print("ARGS:")
    pprint(args)
    print("=" * 40)

import re

# Cleans all ANSI
cleaner = re.compile(r"\x1b\[[0-9;]*[A-Zmh]")


def cleanANSI(line):
    """ Remove all ANSI codes. """
    global cleaner
    return cleaner.sub("", line)

def ANSIsplit(line, pos=70):
    # Verify that we're not inside an ANSI sequence at this very moment.
    save = "\x1b[s"
    restore = "\x1b[u"

    ansi = line.rindex("\x1b[", 0, pos-1)
    start_ansi = ansi
    ansi += 2
    # to_check = string.digits + string.ascii_letters + ";"
    to_check = string.digits + ";"

    while line[ansi] in to_check:
        ansi += 1
    if line[ansi] in string.ascii_letters:
        ansi += 1

    if ansi > pos:
        # Ok, pos is inside an ANSI escape code.  break at the start of the
        # ANSI code.
        ansi = start_ansi
    else:
        next_ansi = line.index("\x1b[", start_ansi + 1)
        if pos < next_ansi:
            ansi = pos
        else:
            ansi = next_ansi

    # else:
    #    next_ansi = line.index("\x1b[", start_ansi + 1)
    #    if pos < next_ansi:
    #        ansi = pos
    #    else:
    #        ansi = next_ansi

    parts = (line[0:ansi] + save, restore + line[ansi:])
    return parts

def output(ansi, bbs, line):
    cleaned = cleanANSI(line)
    if len(line) > 60:
        line = re.sub(
            r"\s{5,}", lambda spaces: "\x1b[{0}C".format(len(spaces.group(0))), line
        )
    if len(line) > 65:
        lines = ANSIsplit(line, 65)
        print(lines[0], file=ansi)
        print(lines[1], file=ansi)
    else:
        print(line, file=ansi)
    print(cleaned, file=bbs)


async def space_report():
    global args, scoreboard, settings, setup

    # Clean up the scoreboard
    for k in scoreboard:
        l = scoreboard[k][0]
        # _, x, l = l.rpartition("\x1b[2J")
        _, x, l = l.rpartition("\x1b[H")
        scoreboard[k][0] = l

    nl = "\r\n"
    reset = Style.RESET_ALL
    cyan = merge(Fore.CYAN + Style.BRIGHT)
    white = merge(Fore.WHITE + Style.BRIGHT)
    green = merge(Fore.GREEN + Style.NORMAL)

    if args.report:
        # Ok, there's a base filename for the report.
        ansi = args.report + ".ans"
        bbs = args.report + ".bbs"
        aFP = open(ansi, "w")
        bFP = open(bbs, "w")

        output(aFP, bFP, "{0}Space Report for {1}{2}".format(cyan, white, args.name))
        output(aFP, bFP, "")

        for k in sorted(scoreboard):
            name = options[k]
            if name == k:
                name = ""
            output(
                aFP, bFP, "{0}Game {1} {2}{3}{4}".format(cyan, k, white, name, reset)
            )

            # Ok, what settings would I want displayed?
            # >> Age of game      : 65 days              Days since start    : 65 days
            # >> Delete if idle   : 30 days
            # >> Time per day     : Unlimited            Turns per day       : 10000
            # >> Sectors in game  : 25000                Display StarDock    : Yes
            line = "{0}{1:16} : {2}{3:20}{0}{4:16} : {2}{5}{6}".format(
                green,
                "Age of game",
                cyan,
                setup[k]["Age of game"],
                "Days since start",
                setup[k]["Days since start"],
                reset,
            )
            output(aFP, bFP, line)

            line = "{0}{1:16} : {2}{3:20}{0}{4:16} : {2}{5}{6}".format(
                green,
                "Time per day",
                cyan,
                setup[k]["Time per day"],
                "Turns per day",
                setup[k]["Turns per day"],
                reset,
            )
            output(aFP, bFP, line)

            line = "{0}{1:16} : {2}{3:20}{0}{4:16} : {2}{5}{6}".format(
                green,
                "Delete if idle",
                cyan,
                setup[k]["Delete if idle"],
                "Sectors in game",
                setup[k]["Sectors in game"],
                reset,
            )
            output(aFP, bFP, line)

            # line = "{0}{1:16} : {2}{3}".format(
            #     green, "Delete if idle", cyan, setup[k]["Delete if idle"], reset
            # )
            # output(aFP, bFP, line)
            output(aFP, bFP, "")

            for line in scoreboard[k]:
                output(aFP, bFP, line)

        aFP.close()
        bFP.close()

    for k in scoreboard:
        print(k, "\n".join(scoreboard[k]))

    # pprint(scoreboard)
    # for k in settings:
    #     print(k, "\n".join(settings[k]))

    if False:
        for k in settings:
            print(k)
            for l in settings[k]:
                # if "[Pause]" in l:
                #    break
                print(l)
        pprint(settings)

    # pprint(setup)
    if args.report:
        # Save all the configuration settings to json
        filename = args.report + ".json"
        print("Saving setup to:", filename)
        with open(filename, "w") as fp:
            json.dump(setup, fp)


async def send(client, data):
    global args
    if args.debug:
        print("<<", data)
    await client.send_all(data.encode("latin-1"))


async def readline(client_stream, line):
    global state, pos, settings, args

    if state == 1:
        if "<" in line:
            parts = {x[0]: x[2:].strip() for x in line.split("<") if x != ""}
            options.update(parts)

        # if "Quit" in line:
        if args.prompt in line:
            if args.debug:
                print("Prompt seen!")
            state += 1
            if pos in options:
                await send(client_stream, pos)
            else:
                await send(client_stream, "Q\r")
    elif state == 3:
        if pos not in scoreboard:
            scoreboard[pos] = []
        if (
            not scoreboard[pos]
            and (line == "")
            or (("Enter your choice" in line) or ("Ranking Traders" in line))
        ):
            return
        scoreboard[pos].append(line)

    elif state == 5:
        if pos not in settings:
            settings[pos] = []
            setup[pos] = {}
        if not settings[pos] and (line == "" or "Enter your choice" in line):
            return
        settings[pos].append(line)
        if ":" in line:
            line = cleanANSI(line)
            part2 = line[40:]
            if ":" in part2:
                # yes, this is a 2 parter
                parts = line[0:39].strip().split(":")
            else:
                parts = line.strip().split(":")
                part2 = ""

            setup[pos][parts[0].strip()] = parts[1].strip()
            if ":" in part2:
                parts = part2.strip().split(":")
                setup[pos][parts[0].strip()] = parts[1].strip()

    elif state == 6:
        # if "Quit" in line:
        if args.prompt in line:
            pos = chr(ord(pos) + 1)
            if pos in options:
                state = 2
                await send(client_stream, pos)
            else:
                await send(client_stream, "q\r")

    # elif state == 2:
    #     if "[Pause]" in line:
    #         await client_stream.send_all("\r".encode("latin-1"))

    if args.debug:
        print(">>", line)


async def prompt(client_stream, line):
    global state, pos

    if state == 2:
        if "[Pause]" in line:
            # await client_stream.send_all("\r".encode("latin-1"))
            await send(client_stream, "\r")
        if "Enter your choice" in line:
            state = 3
            await send(client_stream, "H\r")
    elif state == 3:
        if "[Pause]" in line:
            state = 4
            # await client_stream.send_all("\r".encode("latin-1"))
            await send(client_stream, "\r")
            # pos = chr(ord(pos) + 1)
    elif state == 4:
        if "Enter your choice" in line:
            state = 5
            await send(client_stream, "S\r")
    elif state == 5:
        if "[Pause]" in line:
            await send(client_stream, "\r")
        if "Enter your choice" in line:
            state = 6
            await send(client_stream, "X\r")

    if args.debug:
        print(">>> {!r}".format(line))


async def receiver(client_stream):
    global args

    if args.debug:
        print("receiver: started")
    if args.telnet:
        cmd = await client_stream.receive_some(3)
        await client_stream.send_all("\xff\xfd\xf6".encode("latin-1"))
        login = "{0}\r".format(args.username)
        await client_stream.send_all(login.encode("utf-8"))
    else:
        # I need to send the rlogin connection information ...
        rlogin = "\x00{0}\x00{1}\x00ansi-bbs\x009600\x00".format(
            args.username, args.password
        )
        await client_stream.send_all(rlogin.encode("utf-8"))
    buffer = ""
    async for chunk in client_stream:
        buffer += chunk.decode("latin-1", "ignore")
        while "\n" in buffer:
            part = buffer.partition("\n")
            line = part[0].replace("\r", "")
            buffer = part[2]
            await readline(client_stream, line)

        buffer = buffer.replace("\r", "")
        if buffer != "":
            await prompt(client_stream, buffer)

    print("receiver: closed")
    # pprint(options)

    await space_report()


async def start():
    print("connecting...")
    client_stream = await trio.open_tcp_stream(HOST, PORT)
    async with client_stream:
        async with trio.open_nursery() as nursery:
            nursery.start_soon(receiver, client_stream)


trio.run(start)