LocationWeather.py

import discord
from discord.ext import commands
import geocoder
from predicthq import Client
import datetime


class LocationAndWeather:
    def __init__(self, client):
        self.client = client
        
        
    @commands.command(name = "bot",
                    description="format: ?bot, gives bots hosting location",
                    brief="tells the user where the bot is currently being ran from",
                    pass_context=True)
    async def botLocate(self, ctx):
        g = geocoder.ip('me')
        await self.client.say("```The bot is currently being hosted in: {}```".format(g.city))


    @commands.command(name = "locate",
                    description="format: ?locate [landmark name]', gives landmarks address",
                    brief="tells the user the location of a place they search for",
                    pass_context=True)
    async def searchPlaceAddress(self, ctx, place):
        g = geocoder.bing(place, key='Andk5NRaru9qQy_N3_NR4SsNB6JTfS1wp9MeD_4m1wJs2sYiIJsEGB7Ap97VrH4K')
        await self.client.say("```The location is {}```".format(g.address))


    @commands.command(name = "coord",
                    description="format: ?coord [landmark name]', gives landmarks lat and lng",
                    brief="tells the user the latlng of a place they search for",
                    pass_context=True)
    async def searchPlaceLatlng(self, ctx, place):
        g = geocoder.bing(place, key='Andk5NRaru9qQy_N3_NR4SsNB6JTfS1wp9MeD_4m1wJs2sYiIJsEGB7Ap97VrH4K')
        await self.client.say("```The location is {}```".format(g.latlng))


    @commands.command(name = "event",
                    description="format: ?event [city] [type of event]', gives landmarks address",
                    brief="tells the user events happening around the location they enter",
                    pass_context=True)
    async def searchEvents(self, ctx, place, eventType):
        output = []
        text = ""
        phq = Client(access_token="Ds4t0V0Z71WuXvOyBsm2IFXDZaQxgh")
        g = geocoder.bing(place, key='Andk5NRaru9qQy_N3_NR4SsNB6JTfS1wp9MeD_4m1wJs2sYiIJsEGB7Ap97VrH4K')
        eventLocation = str('10km@' + str(g.lat) + ',' + str(g.lng))
        for event in phq.events.search(q=eventType, within=eventLocation):
            if event.rank > 0:
                now = datetime.datetime.now()
                eventReverseLnglat = event.location
                eventLng = eventReverseLnglat[1]
                eventLat = eventReverseLnglat[0]
                eventLnglat = str("[" + str(eventLng) + "," + str(eventLat) + "]")
                h = geocoder.bing(eventLnglat, method='reverse', key='Andk5NRaru9qQy_N3_NR4SsNB6JTfS1wp9MeD_4m1wJs2sYiIJsEGB7Ap97VrH4K')
                if int(now.day) < int(event.start.strftime('%d')):
                    output.append("Event details: {} - {} - {}".format(event.start.strftime('%d-%m-%Y'), event.title, event.category))
                    output.append("Event address: {}".format(h.address))
                    output.append("Event score  : {}/ 100".format(event.rank))
                    output.append("")
        for eventdetails in output:
            text = text + eventdetails + "\n"
        await self.client.say("```{}```".format(text))

def setup(client):
    client.add_cog(LocationAndWeather(client))