def travel(room_id):
global data
data = get(end['init'])
travelled = gr.get_path_to_room(data, int(room_id))
print_room(travelled)
data = travelled
return travelled
def mine():
while True:
last_proof = get(end['lp'])
next_proof = proof_of_work(last_proof)
check_proof = post(end['mine'], {'proof': next_proof})
if not len(check_proof['errors']):
break
def main():
regions,orgs=urls.urls()
save(regions,'regions.csv')
save(orgs,'orgs.csv')
for org in orgs:
xml=urls.get(urls.URLS['base']+org['href'])
org.update(dig(xml))
print len(orgs)
import json
import requests
from urls import base, end, post, get
import os
from random import choice
from util import Queue, Stack, Graph, reverse_dirs
# importing token and init endpoint
# auth header
# init endpoint - loads current room
data = get(end['init'])
gr = Graph()
gr.add_vertex(data)
# print(gr.rooms)
# map_data = {}
# map_data[data['room_id']] = data
# print("map_data", map_data)
"""
{room_id: {title: "foo", terrain: "bar"}}
"""
visited = set()
while True:
dfs = gr.dfs(data)
curr_room = gr.rooms[dfs[-1]]
for room_id in dfs:
visited.add(room_id)
def get_req(endpoint):
req = get(end[endpoint])
print_info(req)
gold, encumbrance, strength = post(get gold, encumbrance, strength)
while gold < 1000:
while encumbrance < strength:
traverse and pick up treasure
gold, encumbrance, strength = post(get gold, encumbrance, strength)
go to shop, sell treasure
gold, encumbrance, strength = post(get gold, encumbrance, strength)
go to namechanger, change name
"""
# gr = None
# for room in gr:
# print(room['items'])
data = get(end['init'])
# print(data)
gr = Graph()
# gr.add_vertex(data)
with open('map.json') as map:
completed_map = json.load(map)
for room in completed_map:
if completed_map[room] == data['room_id']:
data = completed_map[room]
gr.add_vertex(completed_map[room])
# print(gr.rooms)
# print(gr.rooms[325]['room_id'], gr.rooms[325]['exits'])
# quit()
status = post(end['status'], {})
def test_one_url():
xml=urls.get('http://www.rifidec.org/membres/kin_mec_bosangani.htm')
print dig(xml)
