twgs-proxy/galaxy.py

import jsonlines
import os
import logging
import pendulum

# from twisted.python import log
from pprint import pprint
from colorama import Fore, Back, Style

log = logging.getLogger(__name__)


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


PORT_CLASSES = {
    1: "BBS",
    2: "BSB",
    3: "SBB",
    4: "SSB",
    5: "SBS",
    6: "BSS",
    7: "SSS",
    8: "BBB",
}
CLASSES_PORT = {v: k for k, v in PORT_CLASSES.items()}


class GameData(object):
    def __init__(self, usergame: tuple):
        # Construct the GameData storage object
        self.usergame = usergame
        self.warps = {}
        self.ports = {}
        self.busts = (
            {}
        )  # Added for evilTrade, just contains sector of port and datetime
        self.config = {}
        # 10 = 300 bytes
        self.warp_groups = 10
        # 3 = 560 bytes
        # 5 = 930 bytes
        self.port_groups = 3
        # Not sure, I don't think it will be big.
        self.bust_groups = 5

    def storage_filename(self):
        """ return filename

        username.lower _ game.upper.json
        """
        user, game = self.usergame
        return "{0}_{1}.json".format(user.lower(), game.upper())

    def reset_ports(self):
        self.ports = {}

    def reset_warps(self):
        self.warps = {}

    def reset_busts(self):
        self.busts = {}

    def special_ports(self):
        """ Save the special class ports 0, 9 """
        return {
            p: self.ports[p]
            for p in self.ports
            if "class" in self.ports[p] and self.ports[p]["class"] in (0, 9)
        }

    def display(self):
        pprint(self.warps)
        pprint(self.ports)
        pprint(self.busts)

    def save(self, *_):
        """ save gamedata as jsonlines.

        Enable sort_keys=True to provide stable json data output.
        We also sorted(.keys()) to keep records in order.
        Note:  There's a "bug" when serializing to json, keys must be strings!
        """
        filename = self.storage_filename()

        with jsonlines.open(filename, mode="w", sort_keys=True) as writer:
            # for warp, sectors in self.warps.items():
            c = {"config": self.config}
            writer.write(c)

            w = {"warp": {}}

            for warp in sorted(self.warps.keys()):
                sectors = self.warps[warp]
                # log.debug("save:", warp, sectors)
                sects = sorted(list(sectors))  # make a list
                w["warp"][warp] = sects
                if len(w["warp"]) >= self.warp_groups:
                    writer.write(w)
                    w = {"warp": {}}
                    yield

                # log.debug(w)
                # writer.write(w)
                # yield

            if len(w["warp"]) > 0:
                writer.write(w)

            # for sector, port in self.ports.items():
            p = {"port": {}}

            for sector in sorted(self.ports.keys()):
                port = self.ports[sector]
                p["port"][sector] = port
                if len(p["port"]) >= self.port_groups:
                    writer.write(p)
                    p = {"port": {}}
                    yield
            if len(p["port"]) > 0:
                writer.write(p)

            # Added for evil
            b = {"busts": {}}
            for sector in sorted(self.busts.keys()):
                bust = self.busts[sector]
                b["busts"][sector] = bust
                if len(b["busts"]) >= self.bust_groups:
                    writer.write(b)
                    b = {"busts": {}}
                    yield
            if len(b["busts"]) > 0:
                writer.write(b)

        log.info(
            "Saved {0} {1}/{2}/{3}/{4}".format(
                filename,
                len(self.ports),
                len(self.warps),
                len(self.config),
                len(self.busts),
            )
        )

    def untwisted_save(self, *_):
        """ save gamedata as jsonlines.

        Enable sort_keys=True to provide stable json data output.
        We also sorted(.keys()) to keep records in order.
        Note:  There's a "bug" when serializing to json, keys must be strings!
        """
        filename = self.storage_filename()

        with jsonlines.open(filename, mode="w", sort_keys=True) as writer:
            # for warp, sectors in self.warps.items():
            c = {"config": self.config}
            writer.write(c)

            w = {"warp": {}}

            for warp in sorted(self.warps.keys()):
                sectors = self.warps[warp]
                # log.debug("save:", warp, sectors)
                sects = sorted(list(sectors))  # make a list
                w["warp"][warp] = sects
                if len(w["warp"]) >= self.warp_groups:
                    writer.write(w)
                    w = {"warp": {}}

                # log.debug(w)
                # writer.write(w)
                # yield

            if len(w["warp"]) > 0:
                writer.write(w)

            # for sector, port in self.ports.items():
            p = {"port": {}}

            for sector in sorted(self.ports.keys()):
                port = self.ports[sector]
                p["port"][sector] = port
                if len(p["port"]) >= self.port_groups:
                    writer.write(p)
                    p = {"port": {}}
            if len(p["port"]) > 0:
                writer.write(p)

            # Added for evil
            b = {"busts": {}}
            for sector in sorted(self.busts.keys()):
                bust = self.busts[sector]
                b["busts"][sector] = bust
                if len(b["busts"]) >= self.bust_groups:
                    writer.write(b)
                    b = {"busts": {}}
            if len(b["busts"]) > 0:
                writer.write(b)

        log.info(
            "Saved {0} {1}/{2}/{3}/{4}".format(
                filename,
                len(self.ports),
                len(self.warps),
                len(self.config),
                len(self.busts),
            )
        )

    def load(self):
        filename = self.storage_filename()

        self.warps = {}
        self.ports = {}
        self.config = {}
        self.busts = {}
        if os.path.exists(filename):
            # Load it
            with jsonlines.open(filename) as reader:
                for obj in reader:
                    if "config" in obj:
                        self.config.update(obj["config"])
                    if "warp" in obj:
                        for s, w in obj["warp"].items():
                            # log.debug(s, w)
                            self.warps[int(s)] = set(w)
                        # self.warps.update(obj["warp"])
                    if "port" in obj:
                        for s, p in obj["port"].items():
                            self.ports[int(s)] = p
                        # self.ports.update(obj["port"])
                    if "busts" in obj:  # evil ports list
                        for s, d in obj["busts"].items():
                            self.busts[int(s)] = d
                    yield
        log.info(
            "Loaded {0} {1}/{2}/{3}/{4}".format(
                filename,
                len(self.ports),
                len(self.warps),
                len(self.config),
                len(self.busts),
            )
        )

    def untwisted_load(self):
        """ Load file without twisted deferred 
        
        This is for testing things out.
        """
        filename = self.storage_filename()

        self.warps = {}
        self.ports = {}
        self.config = {}
        self.busts = {}
        if os.path.exists(filename):
            # Load it
            with jsonlines.open(filename) as reader:
                for obj in reader:
                    if "config" in obj:
                        self.config.update(obj["config"])
                    if "warp" in obj:
                        for s, w in obj["warp"].items():
                            # log.debug(s, w)
                            self.warps[int(s)] = set(w)
                        # self.warps.update(obj["warp"])
                    if "port" in obj:
                        for s, p in obj["port"].items():
                            self.ports[int(s)] = p
                        # self.ports.update(obj["port"])
                    if "busts" in obj:
                        for s, d in obj["busts"].items():
                            self.busts[int(s)] = d
        log.info(
            "Loaded {0} {1}/{2}/{3}/{4}".format(
                filename,
                len(self.ports),
                len(self.warps),
                len(self.config),
                len(self.busts),
            )
        )

    def get_warps(self, sector: int):
        if sector in self.warps:
            return self.warps[sector]
        return None

    def warp_to(self, source: int, *dest):
        """ connect sector source to destination. 
        """
        log.debug("Warp {0} to {1}".format(source, dest))
        if source not in self.warps:
            self.warps[source] = set()

        for d in dest:
            if d not in self.warps[source]:
                self.warps[source].add(d)

    def get_config(self, key, default=None):
        if key in self.config:
            return self.config[key]
        else:
            if default is not None:
                self.config[key] = default
        return default

    def set_config(self, key, value):
        self.config.update({key: value})

    def set_port(self, sector: int, data: dict):
        log.debug("Port {0} : {1}".format(sector, data))
        if sector not in self.ports:
            self.ports[sector] = dict()
        self.ports[sector].update(data)

        if "port" not in self.ports[sector]:
            # incomplete port type - can we "complete" it?

            if all(x in self.ports for x in ["fuel", "org", "equ"]):
                # We have all of the port types, so:
                port = "".join(
                    [self.ports[sector][x]["sale"] for x in ["fuel", "org", "equ"]]
                )
                self.ports[sector]["port"] = port
                self.ports[sector]["class"] = CLASSES_PORT[port]
                log.debug("completed {0} : {1}".format(sector, self.ports[sector]))

    def set_bust(self, sect: int):
        # Given sector we add it to busts (avoid using these ports)
        log.debug("Bust {0}".format(sect))
        if sect not in self.busts:
            self.busts[sect] = str(pendulum.now())
            log.debug("Done {0} | {1}".format(sect, self.busts))
        else:
            log.debug("{0} already is in there".format(sect))

    def maint_busts(self):
        # Checks the current date to see if any busts need to be cleared
        rightNow = pendulum.now()
        for s, d in self.busts:
            d = pendulum.parse(d)  # Convert string to DateTime obj
            d = d.add(7)  # Add 7 days
            if d == rightNow:  # Compare
                del self.busts[s]

    def port_buying(self, sector: int, cargo: str):
        """ Given a sector, is this port buying this? 

        cargo is a char (F/O/E)
        """
        cargo_to_index = {"F": 0, "O": 1, "E": 2}
        cargo_types = ("fuel", "org", "equ")

        cargo = cargo[0]
        if sector not in self.ports:
            log.warn("port_buying( {0}, {1}): sector unknown!".format(sector, cargo))
            return False
        port = self.ports[sector]
        if "port" not in port:
            log.warn("port_buying( {0}, {1}): port unknown!".format(sector, cargo))
            return True
        if sector in self.busts:  # Abort! This given sector is a busted port!
            log.warn(
                "port_buying({0}, {1}): sector contains a busted port!".format(
                    sector, cargo
                )
            )
            return False

        cargo_index = cargo_to_index[cargo]
        if port["port"] in ("Special", "StarDock"):
            log.warn(
                "port_buying( {0}, {1}): not buying (is {2})".format(
                    sector, cargo, port["port"]
                )
            )
            return False
        if port["port"][cargo_index] == "S":
            log.warn("port_buying( {0}, {1}): not buying cargo".format(sector, cargo))
            return False

        # ok, they buy it, but *WILL THEY* really buy it?
        cargo_key = cargo_types[cargo_index]
        if cargo_key in port:
            if int(port[cargo_key]["units"]) > 40:
                log.warn(
                    "port_buying( {0}, {1}): Yes, buying {2}".format(
                        sector, cargo, port[cargo_key]["sale"]
                    )
                )
                return True
            else:
                log.warn(
                    "port_buying( {0}, {1}): No, units < 40 {2}".format(
                        sector, cargo, port[cargo_key]["sale"]
                    )
                )
                return False
        else:
            log.warn(
                "port_buying( {0}, {1}): Yes, buying (but values unknown)".format(
                    sector, cargo
                )
            )
            return True  # unknown port, we're guess yes.
        return False

    @staticmethod
    def port_burnt(port: dict):
        """ Is this port burned out? """
        if all(x in port for x in ["fuel", "org", "equ"]):
            if all("pct" in port[x] for x in ["fuel", "org", "equ"]):
                if (
                    port["equ"]["pct"] <= 20
                    or port["fuel"]["pct"] <= 20
                    or port["org"]["pct"] <= 20
                ):
                    return True
                return False
        # Since we don't have any port information, hope for the best, assume it isn't burnt.
        return False

    @staticmethod
    def flip(buy_sell):
        # Invert B's and S's to determine if we can trade or not between ports.
        return buy_sell.replace("S", "W").replace("B", "S").replace("W", "B")

    @staticmethod
    def port_trading(port1, port2):
        # Given the port settings, can we trade between these?
        if port1 == port2:
            return False
        if port1 in ("Special", "StarDock") or port2 in ("Special", "StarDock"):
            return False

        # Oops, hey, we are given port settings not a sector a port is in,
        # So don't try to check it against the busted list.

        p1 = [c for c in port1]
        p2 = [c for c in port2]
        rem = False
        for i in range(3):
            if p1[i] == p2[i]:
                p1[i] = "X"
                p2[i] = "X"
                rem = True
        if rem:
            j1 = "".join(p1).replace("X", "")
            j2 = "".join(p2).replace("X", "")
            if j1 == "BS" and j2 == "SB":
                return True
            if j1 == "SB" and j2 == "BS":
                return True

        rport1 = GameData.flip(port1)
        c = 0
        match = []
        for i in range(3):
            if rport1[i] == port2[i]:
                match.append(port2[i])
                c += 1
        if c > 1:
            # Remove first match, flip it
            f = GameData.flip(match.pop(0))
            # Verify it is in there.
            # so we're not matching SSS/BBB
            if f in match:
                return True
            return False
        return False

    @staticmethod
    def color_pct(pct: int):
        if pct > 50:
            # green
            return "{0}{1:3}{2}".format(Fore.GREEN, pct, Style.RESET_ALL)
        elif pct > 25:
            return "{0}{1:3}{2}".format(
                merge(Fore.YELLOW + Style.BRIGHT), pct, Style.RESET_ALL
            )
        else:
            return "{0:3}".format(pct)

    @staticmethod
    def port_pct(port: dict):
        # Make sure these exist in the port data given.
        if all(x in port for x in ["fuel", "org", "equ"]):
            return "{0},{1},{2}%".format(
                GameData.color_pct(port["fuel"]["pct"]),
                GameData.color_pct(port["org"]["pct"]),
                GameData.color_pct(port["equ"]["pct"]),
            )
        else:
            return "---,---,---%"

    @staticmethod
    def port_show_part(sector: int, sector_port: dict):
        return "{0:5} ({1}) {2}".format(
            sector, sector_port["port"], GameData.port_pct(sector_port)
        )

    def port_above(self, port: dict, limit: int) -> bool:
        if all(x in port for x in ["fuel", "org", "equ"]):
            if all(
                x in port and port[x]["pct"] >= limit for x in ["fuel", "org", "equ"]
            ):
                return True
            else:
                return False
        # Port is unknown, we'll assume it is above the limit.
        return True

    def port_trade_show(self, sector: int, warp: int, limit: int = 90):
        sector_port = self.ports[sector]
        warp_port = self.ports[warp]

        if self.port_above(sector_port, limit) and self.port_above(warp_port, limit):
            # sector_pct = GameData.port_pct(sector_port)
            # warp_pct = GameData.port_pct(warp_port)
            return "{0} \xae\xcd\xaf {1}".format(
                GameData.port_show_part(sector, sector_port),
                GameData.port_show_part(warp, warp_port),
            )
        return None

    @staticmethod
    def port_show(sector: int, sector_port: dict, warp: int, warp_port: dict):
        # sector_pct = GameData.port_pct(sector_port)
        # warp_pct = GameData.port_pct(warp_port)
        return "{0} -=- {1}".format(
            GameData.port_show_part(sector, sector_port),
            GameData.port_show_part(warp, warp_port),
        )

    def find_nearest_tradepairs(self, sector: int, obj):
        """ find nearest tradepair 

        When do we use good?  When do we use ok?
        """
        searched = set()
        if sector not in self.warps:
            log.warn(":Sector {0} not in warps.".format(sector))
            obj.target_sector = None
            return None
        if sector in self.busts:
            log.warn(":Sector {0} in busted".format(sector))
            obj.target_sector = None
            return None

        # Start with the current sector
        look = set((sector,))

        while len(look) > 0:
            log.warn("Searched [{0}]".format(searched))
            log.warn("Checking [{0}]".format(look))
            for s in look:
                if s in self.ports:
                    # Ok, there's a port at least
                    sp = self.ports[s]
                    if sp["port"] in ("Special", "StarDock"):
                        continue
                    if self.port_burnt(sp):
                        continue
                    if "class" not in sp:
                        continue
                    if s in self.busts:  # Check for busted port
                        continue
                    sc = sp["class"]

                    if s not in self.warps:
                        continue

                    log.warn("{0} has warps {1}".format(s, self.warps[s]))

                    # Ok, check for tradepairs.
                    for w in self.warps[s]:
                        if not w in self.warps:
                            continue
                        if not s in self.warps[w]:
                            continue
                        if not w in self.ports:
                            continue

                        # Ok, has possible port
                        cp = self.ports[w]
                        if cp["port"] in ("Special", "StarDock"):
                            continue
                        if self.port_burnt(cp):
                            continue
                        if "class" not in cp:
                            continue
                        if w in self.busts:  # Check for busted
                            continue
                        cc = cp["class"]
                        log.warn("{0} {1} - {2} {3}".format(s, sc, w, cc))
                        if sc in (1, 5) and cc in (2, 4):
                            # Good!
                            log.warn("GOOD: {0}".format(s))
                            obj.target_sector = s
                            return s
                        if sc in (2, 4) and cc in (1, 5):
                            # Good!
                            log.warn("GOOD: {0}".format(s))
                            obj.target_sector = s
                            return s
                        # What about "OK" pairs?

            # Ok, not found here.
            searched.update(look)
            step_from = look
            look = set()
            for s in step_from:
                if s in self.warps:
                    look.update(self.warps[s])
            # Look only contains warps we haven't searched
            look = look.difference(searched)
            yield
        obj.target_sector = None
        return None

    def find_nearest_evilpairs(self, sector: int, obj):
        """ find nearest evilpair 
            XXB -=- XXB
        
        When do we use good?  When do we use ok?
        """
        searched = set()
        if sector not in self.warps:
            log.warn(":Sector {0} not in warps.".format(sector))
            obj.target_sector = None
            return None
        if sector in self.busts:
            log.warn(":Sector {0} in busted".format(sector))
            obj.target_sector = None
            return None

        # Start with the current sector
        look = set((sector,))

        while len(look) > 0:
            log.warn("Searched [{0}]".format(searched))
            log.warn("Checking [{0}]".format(look))
            for s in look:
                if s in self.ports:
                    # Ok, there's a port at least
                    sp = self.ports[s]
                    if sp["port"] in ("Special", "StarDock"):
                        continue
                    if self.port_burnt(sp):
                        continue
                    if "class" not in sp:
                        continue
                    if s in self.busts:  # Check for busted port
                        continue
                    sc = sp["class"]

                    if s not in self.warps:
                        continue

                    log.warn("{0} has warps {1}".format(s, self.warps[s]))

                    # Ok, check for tradepairs.
                    for w in self.warps[s]:
                        if not w in self.warps:
                            continue
                        if not s in self.warps[w]:
                            continue
                        if not w in self.ports:
                            continue

                        # Ok, has possible port
                        cp = self.ports[w]
                        if cp["port"] in ("Special", "StarDock"):
                            continue
                        if self.port_burnt(cp):
                            continue
                        if "class" not in cp:
                            continue
                        if w in self.busts:  # Check for busted
                            continue
                        cc = cp["class"]
                        log.warn("{0} {1} - {2} {3}".format(s, sc, w, cc))
                        if sc in (2, 3, 4, 8) and cc in (2, 3, 4, 8):
                            # Good!
                            log.warn("GOOD: {0}".format(s))
                            obj.target_sector = s
                            return s
                        # What about "OK" pairs?

            # Ok, not found here.
            searched.update(look)
            step_from = look
            look = set()
            for s in step_from:
                if s in self.warps:
                    look.update(self.warps[s])
            # Look only contains warps we haven't searched
            look = look.difference(searched)
            yield
        obj.target_sector = None
        return None

    def find_nearest_selling(
        self, sector: int, selling: str, at_least: int = 100
    ) -> int:
        """ find nearest port that is selling at_least amount of this item 

        selling is 'f', 'o', or 'e'.
        """
        names = {"e": "equ", "o": "org", "f": "fuel"}
        pos = {"f": 0, "o": 1, "e": 2}
        sell = names[selling[0].lower()]
        s_pos = pos[selling[0].lower()]
        log.warn(
            "find_nearest_selling({0}, {1}, {2}): {3}, {4}".format(
                sector, selling, at_least, sell, s_pos
            )
        )
        searched = set()
        if sector not in self.warps:
            log.warn("( {0}, {1}): sector not in warps".format(sector, selling))
            return 0
        if sector in self.busts:
            log.warn(
                "({0}, {1}): sector is in busted ports list".format(sector, selling)
            )
            return 0

        # Start with the current sector
        look = set((sector,))

        while len(look) > 0:
            for s in look:
                if s in self.ports:
                    # Ok, possibly?
                    sp = self.ports[s]
                    if sp["port"] in ("Special", "StarDock"):
                        continue
                    if s in self.busts:  # Busted!
                        continue
                    if sp["port"][s_pos] == "S":
                        # Ok, they are selling!
                        if sell in sp:
                            if int(sp[sell]["units"]) >= at_least:
                                log.warn(
                                    "find_nearest_selling( {0}, {1}): {2} {3} units".format(
                                        sector, selling, s, sp[sell]["units"]
                                    )
                                )
                                return s
                        else:
                            # We know they sell it, but we don't know units
                            log.warn(
                                "find_nearest_selling( {0}, {1}): {2} {3}".format(
                                    sector, selling, s, sp["port"]
                                )
                            )
                            return s
            # Ok, not found here.  Branch out.
            searched.update(look)
            step_from = look
            look = set()
            for s in step_from:
                if s in self.warps:
                    look.update(self.warps[s])
            # look only contains warps we haven't searched
            look = look.difference(searched)
        # Ok, we have run out of places to search
        log.warn("find_nearest_selling( {0}, {1}) : failed".format(sector, selling))
        return 0