def treasure_check(room, player, db, db_id):
print(f"Examining room for treasure and picking it up if I can")
if len(room['items']) > 0:
# get the latest player status
status = get_status()
print(f"Player status: {status}")
time.sleep(status['cooldown'])
player.update_player(status)
# see if player have enough capacity to pick it up
player_capacity = player['strength'] - \
player['encumbrance']
if player_capacity > 1:
for item in room['items']:
if item != 'tiny treasure' and item != 'small treasure' and item != 'shiny treasure' and item != 'great treasure':
if player_capacity >= 3:
# pick it up
res = player.take_item(item)
print(f'*** Picked up an item: {res} ***')
# wait for cooldown before moving on
time.sleep(res['cooldown'])
# get the latest player status
status = get_status()
print(f"Player status: {status}")
time.sleep(status['cooldown'])
player.update_player(status)
# see if player have enough capacity to pick it up
player_capacity = player['strength'] - \
player['encumbrance']
else:
print(
f"There was an item '{item}', which I could not pick up")
# if the player is carrying over 80% of his strength, go to Shop
if player['encumbrance'] >= 0.8*player['strength']:
# traverse there
shortest_path = find_nearest_shop(room, db, db_id)
traverse_path(shortest_path, player, db, db_id)
# get shop room
shop_room = db.get_room_by_id(1)
# sell items
shop_check(shop_room, player, db, db_id)
# get path back => reversed shortest_path
shortest_path.reverse()
# traverse back to current room
traverse_path(shortest_path, player, db, db_id)
else:
print('Nothing to pick up here')
def enqueue(request, username, tracks, atTop):
logger.debug("enqueue: %s", tracks)
for t in tracks:
q = QueueItem(who = username, what = MusicFile.objects.get(url=t['url']))
cached(q.what)
try:
if atTop:
items = QueueItem.objects.all().order_by("index")
if len(items)> 1:
q.index = (items[0].index+items[1].index)/2
else:
q.index = items[0].index + 1 # only current item in queue
else:
q.index = QueueItem.objects.order_by("-index")[0].index + 1 # only current item in queue
except IndexError: # nothing else in queue
q.index = 0
q.save()
# Newly queued items get automagically played if the player is idle. This is only needed if they're already cached
if is_cached(QueueItem.current().what) and get_status() == Status.idle:
play_current(player)
return status_info(request)
def now_playing(self):
obj = {'player_status': player.get_status()}
if player.now_playing:
obj['media'] = player.now_playing.dictify()
return obj
def now_playing(self):
obj = {'player_status': player.get_status()}
if player.now_playing:
obj['media'] = player.now_playing.dictify()
return obj
def player_status():
return jsonify(player.get_status())
def player_status():
return jsonify(player.get_status())
def player_check():
res = get_status()
return f"{res}"
import os
from flask import Flask, Response, request
from flask_cors import CORS
from threading import Thread
from mongo import Database
from player import Player, get_status
from settings import DB, DB_NAME, PROD_DB
from algo import explore, traverse_player_to_target
app = Flask(__name__)
CORS(app)
p = Player(get_status())
db = Database(DB, DB_NAME)
db_id = db.get_id()
atlas_db = Database(PROD_DB, DB_NAME)
atlas_id = atlas_db.get_id()
# MANUAL COMMANDS. ONLY RUN ONE AT A TIME
# print(p.dash('w', '7', '327,256,243,178,90,86,80'))
# print(f"{p.move('w')}")
# print(f"{p.wise_explore('s', 22)}")
# print(p.sell_item('nice jacket'))
# print(p.examine_item('amazing treasure'))
# print(p.examine_player('shiny treasure'))
# print(f"{p.take_item('shiny treasure')}")
# print(f"{p.drop_item('small treasure')}")
# print(p.pray())
# print(p.fly('s'))