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idk.py
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idk.py
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# -*- coding: utf-8 -*-
# Import Python libs
from __future__ import absolute_import
#import logging
import json
import requests
import rotate
import numpy
import copy
import sys
player_name = "idk"
#url = "http://0d477a73.ngrok.io"
url = "http://localhost:9292"
#turns = 100
def pick_from_possible(possibilities, board):
# max = {}
for col, value in possibilities.iteritems():
# print("Col:")
# print(col)
# print("Value:")
# print(value)
for rotation, located in value.iteritems():
if 'points' not in possibilities[col][rotation]:
possibilities[col][rotation]['points'] = 0
# GET POINTS FOR HEIGHT
possibilities[col][rotation]['points'] = 19 - possibilities[col][rotation]['max']
if possibilities[col][rotation]['max'] > 19:
possibilities[col][rotation]['points'] = possibilities[col][rotation]['points'] - 100
# GET POINTS FOR lines cleared
possibilities[col][rotation]['points'] = possibilities[col][rotation]['points'] + possibilities[col][rotation]['cleared'] * 9
# Get points for slopes
# Get points for holes
possibilities[col][rotation]['points'] = possibilities[col][rotation]['points'] - possibilities[col][rotation]['holes'] * 2
print("Possible")
print(possibilities)
points = {}
for col, value in possibilities.iteritems():
# print("Col:")
# print(col)
# print("Value:")
# print(value)
# points[col] = {}
for rotation, located in value.iteritems():
# print("LOCATED:")
# print(located['points'])
if 'points' not in points:
points = located
if located['points'] > points['points']:
points = located
print("PICK")
print(points)
points['location'] = [i for i in points['location'] if 'shift' not in i]
return points['location']
def print_board(board, current_piece, next_piece, score):
print("Current Peice:" + current_piece + " Next Peice: " + next_piece + " Score: ", score)
i = 19
print(" ------------")
while i > -1:
j = 0
line = ' |'
while j < len(board[i]):
if not board[i][j]:
line = line + " "
else:
line = line + board[i][j]
j = j + 1
print(line + "|")
i = i - 1
print(" ------------")
move = None
return board
def shift_up(location):
l = 0
location.append({"shift": True})
while l < len(location):
if 'row' in location[l]:
location[l]['row'] = location[l]['row'] + 1
l = l + 1
return location
def check_up(location, board):
l = 0
# print("location check_up:")
# print(location)
floor = get_floor(board)
while l < len(location):
# print("Column:")
# print(location[l]['col'])
# print("Row Height:")
# print(location[l]['row'])
# print("Floor Height:")
# print(floor[location[l]['col'] + 1])
# if location[l]['row'] > floor[location[l]['col'] + 1] + 1:
# print("check down:")
# print(l)
# print(location[l]['row'])
# print(floor[location[l]['col']])
# location[l].update({"shift": True})
if 'row' in location[l]:
if location[l]['row'] <= floor[location[l]['col'] + 1]:
# print("Shift Up:")
location = shift_up(location)
check_up(location, board)
# print(location)
l = l + 1
return location
def check_down(location, board):
floor = get_floor(board)
print("Floor")
print(floor)
print("Location")
print(location)
# min = min(location, key = lambda x: x['row'])['col']
# max = max(location, key = lambda x: x['row'])['col']
min_row = {}
for index in location:
if 'col' in index:
if index['col'] not in min_row:
min_row.update({index['col']: index['row']})
# print(index)
# print(min_row)
if 'row' in index:
if index['row'] < min_row[index['col']]:
min_row.update({index['col']: index['row']})
print("MIN ROW")
print(min_row)
for col in min_row:
if min_row[col] - floor[col + 1] > 1:
print("check down:")
print("Column")
print(col)
print("Row min vs floor:")
print(min_row[col])
print(floor[col + 1])
# print(location[l]['row'])
# print(floor[location[l]['col']])
location.append({"shift": True})
return location
def num_cleared_lines(location, board):
'''
find cleared lines
'''
cleared = 0
# print("Board")
# print(board)
# print("Location")
# print(location)
next_move = copy.deepcopy(board)
for block in location:
# print("Block")
# print(block)
if 'row' in block:
if block['row'] in next_move and block['col'] in next_move:
next_move[block['row']][block['col']] = 'X'
# print("Next Move")
# print(next_move)
for row in next_move:
# print(row)
if None not in row:
cleared = cleared + 1
# print("cleared:")
# print(cleared)
return cleared
def get_max(possibilities):
for col, value in possibilities.iteritems():
# print("Col:")
# print(col)
# print("Value:")
# print(value)
for rotation, located in value.iteritems():
# print("Rotation:")
# print(rotation)
# print("Located")
# print(located)
# print(located[0])
max = -5
for block in located['location']:
# print("Pos")
# print(pos)
if 'row' in block:
# print(possibilities[col][rotation])
if 'max' not in possibilities[col][rotation]:
max = block['row']
# print(possibilities[col][rotation])
if max < block['row']:
max = block['row']
possibilities[col][rotation].update({"max": max})
return possibilities
def get_lines_cleared(possibilities, board):
for col, value in possibilities.iteritems():
# print("Col:")
# print(col)
# print("Value:")
# print(value)
for rotation, located in value.iteritems():
# print("located1")
# print(located)
# print(rotation)
possibilities[col][rotation].update(
{'cleared': num_cleared_lines(located['location'], board)})
return possibilities
def get_right(possibilities):
for col, value in possibilities.iteritems():
for rotation, located in value.iteritems():
right = -5
for block in located['location']:
if 'col' in block:
if 'right' not in possibilities[col][rotation]:
right = block['col']
if right < block['col']:
right = block['col']
possibilities[col][rotation].update({"right": right})
return possibilities
def get_holes(possibilities, board):
floor = get_floor(board)
for col, value in possibilities.iteritems():
for rotation, located in value.iteritems():
min_row = {}
for index in located['location']:
if 'col' in index:
if index['col'] not in min_row:
min_row.update({index['col']: index['row']})
# print(index)
# print(min_row)
if 'row' in index:
if index['row'] < min_row[index['col']]:
min_row.update({index['col']: index['row']})
# print("MIN ROW")
# print(min_row)
for column in min_row:
if 'holes' not in possibilities[col][rotation]:
possibilities[col][rotation].update({"holes": 0})
if min_row[column] - floor[column + 1] - 1 > possibilities[col][rotation]['holes']:
possibilities[col][rotation].update(
{"holes": min_row[column] - floor[column + 1] - 1 + possibilities[col][rotation]['holes']})
return possibilities
def get_left(possibilities):
for col, value in possibilities.iteritems():
for rotation, located in value.iteritems():
left = -5
for block in located['location']:
if 'row' in block:
if 'left' not in possibilities[col][rotation]:
left = block['col']
if left > block['col']:
left = block['col']
possibilities[col][rotation].update({"left": left})
return possibilities
def get_slopes(possibilities, board):
'''
get cliffs after possible move
'''
possibilities = get_left(possibilities)
possibilities = get_right(possibilities)
floor = get_floor(board)
floor_diff = [j-i for i, j in zip(floor[:-1], floor[1:])]
# print(floor_diff)
# print(possibilities)
for col, value in possibilities.iteritems():
for rotation, located in value.iteritems():
possibilities[col][rotation].update({"l_slope": floor_diff[possibilities[col][rotation]['left']]})
possibilities[col][rotation].update({"r_slope": floor_diff[possibilities[col][rotation]['right'] + 1]})
return possibilities
def get_rank(possibilities):
print(possibilities)
return possibilities
def rank_possibilities(possibilities, board):
'''
rank every position to make best pick
'''
# print("Possible")
# print(possibilities)
# print("get_lines_cleared")
possibilities = get_lines_cleared(possibilities, board)
# print(possibilities)
# print("get_max")
possibilities = get_max(possibilities)
# print(possibilities)
# print("get_slopes")
possibilities = get_slopes(possibilities, board)
# print(possibilities)
# print("get_rank")
possibilities = get_rank(possibilities)
# print(possibilities)
possibilities = get_holes(possibilities, board)
return possibilities
def get_floor(board):
i = 19
floor = [30, None, None, None, None, None, None, None, None, None, None, 30]
while i > -1:
j = 0
while j < len(board[i]):
if not floor[j + 1]:
if board[i][j]:
floor[j + 1] = i
j = j + 1
i = i - 1
floor = [-1 if x is None else x for x in floor]
# print("Floor:")
# print(floor)
return floor
def place_o(board, gid, token):
lowest = 0
location = []
floor = get_floor(board)
floor_diff = [j-i for i, j in zip(floor[:-1], floor[1:])]
sorted = numpy.argsort(floor)
# print("Floor Diff:")
# print(floor_diff)
# print("Sorted Index:")
# print(sorted)
possibilities = {}
col = 1
while col < len(floor) - 2:
possibilities[col] = {}
# print("Posibilities")
# print(possibilities)
position = 1
while position <= 1:
possibilities[col][position] = {}
# print("col:")
# print(col)
# print("position:")
# print(position)
locate = rotate.rotate_o(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
position = position + 1
col = col + 1
# print(json.dumps(possibilities, indent=2))
possibilities = rank_possibilities(possibilities, board)
location = pick_from_possible(possibilities, board)
print("Location")
print(location)
location = check_up(location, board)
print("Location")
print(location)
locations = {"locations": location}
print(locations)
move = requests.post(url=url + gid + "/moves",
headers={"Content-Type": "application/json",
"Accept": "application/json",
"X-Turn-Token": token},
data=json.dumps(locations)
)
return move
def place_i(board, gid, token):
col = 0
lowest = 0
location = []
floor = get_floor(board)
floor_diff = [j-i for i, j in zip(floor[:-1], floor[1:])]
floor_same = {i:floor.count(i) for i in floor}
lowest = floor.index(min(floor))
sorted = numpy.argsort(floor)
possibilities = {}
col = 1
while col < len(floor) - 1:
possibilities[col] = {}
# print("Posibilities")
# print(possibilities)
position = 1
while position <= 2:
# print("col:")
# print(col)
# print("position:")
# print(position)
if position == 1 and col < 11 and col > 0:
possibilities[col][position] = {}
locate = rotate.rotate_i(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 2 and col < 8:
possibilities[col][position] = {}
locate = rotate.rotate_i(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
position = position + 1
col = col + 1
# print(json.dumps(possibilities, indent=2))
possibilities = rank_possibilities(possibilities, board)
location = pick_from_possible(possibilities, board)
print(location)
locations = {"locations": location}
print(locations)
move = requests.post(url=url + gid + "/moves",
headers={"Content-Type": "application/json",
"Accept": "application/json",
"X-Turn-Token": token},
data=json.dumps(locations)
)
return move
def place_l(board, gid, token):
col = 0
lowest = 0
location = []
floor = get_floor(board)
floor_diff = [j-i for i, j in zip(floor[:-1], floor[1:])]
# floor_same = {i:floor.count(i) for i in floor}
lowest = floor.index(min(floor))
sorted = numpy.argsort(floor)
# print("Floor Diff:")
# print(floor_diff)
# print("Sorted Index:")
# print(sorted)
possibilities = {}
col = 1
while col < len(floor) - 1:
possibilities[col] = {}
# print("Posibilities")
# print(possibilities)
position = 1
while position <= 4:
# print("col:")
# print(col)
# print("position:")
# print(position)
if position == 1 and col < 11 and col > 1:
possibilities[col][position] = {}
locate = rotate.rotate_l(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 2 and col < 10:
possibilities[col][position] = {}
locate = rotate.rotate_l(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if (position == 3 or position == 4) and col < 9:
possibilities[col][position] = {}
locate = rotate.rotate_l(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
position = position + 1
col = col + 1
# print(json.dumps(possibilities, indent=2))
possibilities = rank_possibilities(possibilities, board)
location = pick_from_possible(possibilities, board)
print("location")
print(location)
location = check_up(location, board)
print("location")
print(location)
locations = {"locations": location}
print(locations)
move = requests.post(url=url + gid + "/moves",
headers={"Content-Type": "application/json",
"Accept": "application/json",
"X-Turn-Token": token},
data=json.dumps(locations)
)
return move
def place_j(board, gid, token):
col = 0
lowest = 0
location = []
floor = get_floor(board)
floor_diff = [j-i for i, j in zip(floor[:-1], floor[1:])]
# floor_same = {i:floor.count(i) for i in floor}
# lowest = floor.index(min(floor))
lower = [i for i, x in enumerate(floor) if x == min(floor)]
lowest = max(lower)
sorted = numpy.argsort(floor)
# print("Floor Diff:")
# print(floor_diff)
# print("Lowest:")
# print(lowest)
# print("Sorted Index:")
# print(sorted)
possibilities = {}
col = 1
while col < len(floor) - 1:
possibilities[col] = {}
# print("Posibilities")
# print(possibilities)
position = 1
while position <= 4:
# print("col:")
# print(col)
# print("position:")
# print(position)
if position == 1 and col < 10 and col > 0:
possibilities[col][position] = {}
locate = rotate.rotate_j(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 2 and col > 0 and col < 9:
possibilities[col][position] = {}
locate = rotate.rotate_j(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 3 and col > 2 and col < 11:
possibilities[col][position] = {}
locate = rotate.rotate_j(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 4 and col < 9:
possibilities[col][position] = {}
locate = rotate.rotate_j(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
position = position + 1
col = col + 1
# print(json.dumps(possibilities, indent=2))
possibilities = rank_possibilities(possibilities, board)
location = pick_from_possible(possibilities, board)
print("location")
print(location)
location = check_up(location, board)
print("location")
print(location)
print("Move:")
locations = {"locations": location}
print(locations)
move = requests.post(url=url + gid + "/moves",
headers={"Content-Type": "application/json",
"Accept": "application/json",
"X-Turn-Token": token},
data=json.dumps(locations)
)
return move
def place_s(board, gid, token):
col = 0
lowest = 0
location = []
floor = get_floor(board)
floor_diff = [j-i for i, j in zip(floor[:-1], floor[1:])]
floor_same = {i:floor.count(i) for i in floor}
# print(floor_diff)
lowest = floor.index(min(floor))
sorted = numpy.argsort(floor)
# print("Floor Diff:")
# print(floor_diff)
# print(lowest)
# print("Sorted Index:")
# print(sorted)
possibilities = {}
col = 1
while col < len(floor) - 1:
possibilities[col] = {}
# print("Posibilities")
# print(possibilities)
position = 1
while position <= 2:
# print("col:")
# print(col)
# print("position:")
# print(position)
if position == 1 and col < 11 and col > 1:
possibilities[col][position] = {}
locate = rotate.rotate_s(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 2 and col > 0 and col < 9:
possibilities[col][position] = {}
locate = rotate.rotate_s(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
position = position + 1
col = col + 1
# print(json.dumps(possibilities, indent=2))
possibilities = rank_possibilities(possibilities, board)
location = pick_from_possible(possibilities, board)
print(location)
location = check_up(location, board)
print("Move:")
print(location)
locations = {"locations": location}
print(locations)
move = requests.post(url=url + gid + "/moves",
headers={"Content-Type": "application/json",
"Accept": "application/json",
"X-Turn-Token": token},
data=json.dumps(locations)
)
return move
def place_z(board, gid, token):
col = 0
lowest = 0
location = []
floor = get_floor(board)
# lowest = floor.index(min(floor))
# print("Lowest: %s" % lowest)
floor_diff = [j-i for i, j in zip(floor[:-1], floor[1:])]
floor_same = {i:floor.count(i) for i in floor}
# print(floor_diff)
# lowest = floor.index(min(floor))
lower = [i for i, x in enumerate(floor) if x == min(floor)]
lowest = max(lower)
sorted = numpy.argsort(floor)
# print("Floor Diff:")
# print(floor_diff)
# print(lowest)
# print("Sorted Index:")
# print(sorted)
possibilities = {}
col = 1
while col < len(floor) - 1:
possibilities[col] = {}
# print("Posibilities")
# print(possibilities)
position = 1
while position <= 2:
# print("col:")
# print(col)
# print("position:")
# print(position)
if position == 1 and col < 10 and col > 0:
possibilities[col][position] = {}
locate = rotate.rotate_z(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 2 and col > 1 and col < 10:
possibilities[col][position] = {}
locate = rotate.rotate_z(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
position = position + 1
col = col + 1
# print(json.dumps(possibilities, indent=2))
possibilities = rank_possibilities(possibilities, board)
location = pick_from_possible(possibilities, board)
print("Move:")
print(location)
locations = {"locations": location}
print(locations)
move = requests.post(url=url + gid + "/moves",
headers={"Content-Type": "application/json",
"Accept": "application/json",
"X-Turn-Token": token},
data=json.dumps(locations)
)
return move
def place_t(board, gid, token):
col = 0
lowest = 0
location = []
floor = get_floor(board)
# lowest = floor.index(min(floor))
floor_diff = [j-i for i, j in zip(floor[:-1], floor[1:])]
floor_same = {i:floor.count(i) for i in floor}
# print(floor_diff)
# lowest = floor.index(min(floor))
lower = [i for i, x in enumerate(floor) if x == min(floor)]
lowest = max(lower)
sorted = numpy.argsort(floor)
# print("Floor Diff:")
# print(floor_diff)
# print(lowest)
# print("Sorted Index:")
# print(sorted)
possibilities = {}
col = 1
while col < len(floor) - 1:
possibilities[col] = {}
# print("Posibilities")
# print(possibilities)
position = 1
while position <= 4:
# print("col:")
# print(col)
# print("position:")
# print(position)
if position == 1 and col < 10 and col > 0:
possibilities[col][position] = {}
locate = rotate.rotate_t(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 2 and col > 1 and col < 11:
possibilities[col][position] = {}
locate = rotate.rotate_t(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 3 and col > 0 and col < 9:
possibilities[col][position] = {}
locate = rotate.rotate_t(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
if position == 4 and col > 1 and col < 10:
possibilities[col][position] = {}
locate = rotate.rotate_t(rotation=position, row=floor[col] + 1, col=col - 1)
# print("Locate:")
# print(locate)
# print("Board:")
# print(board)
possibilities[col][position]['location'] = check_up(locate, board)
possibilities[col][position]['location'] = check_down(locate, board)
# print("Locate2:")
# print(possibilities[col][position])
position = position + 1
col = col + 1
# print(json.dumps(possibilities, indent=2))
possibilities = rank_possibilities(possibilities, board)
location = pick_from_possible(possibilities, board)
print(location)
location = check_up(location, board)
print("Move:")
print(location)
locations = {"locations": location}
print(locations)
move = requests.post(url=url + gid + "/moves",
headers={"Content-Type": "application/json",
"Accept": "application/json",
"X-Turn-Token": token},
data=json.dumps(locations)
)
return move
# START PROGRAM
arg_names = ['name', 'seats', 'gid']
args = dict(zip(arg_names, sys.argv))
player_num = 1
if 'seats' not in args:
print("ERROR: No Arguments supplied")
print("")
print("Usage: %s <num_players> <GID Optional>" % args['name'])
print(" Example: %s 2 /cea44986" % args['name'])
exit()
# IF no game id is passed then create a game
if 'gid' not in args:
# Create Game
create = {
"seats": int(args['seats']),
"initial_garbage": 0
}
print(create)
game = requests.post(url=url,
headers={"Content-Type": "application/json", "Accept": "application/json"},
data=json.dumps(create)
)
print(game.headers)
print(game.text)
args['gid'] = game.headers['location']
player_num = 0
print(args['gid'])
player = {
"name": player_name
}
# print(game.headers)
# print(game.text)
# Joint The Game
game = requests.post(url=url + args['gid'] + '/players',
headers={"Content-Type": "application/json", "Accept": "application/json"},
data=json.dumps(player)
)
token = game.headers['X-Turn-Token']
# print(game.headers)
# print(game.text)
state = json.loads(game.text)
# print(state)
board = state['players'][player_num]['board']
score = state['players'][player_num]['score']
# print(json.dumps(state['players'][0]['board'], indent=2))
current_piece = state['current_piece']
next_piece = state['next_piece']
print_board(board, current_piece, next_piece, score)
# Make the first move
if current_piece == 'O':
move = place_o(board, args['gid'], token)
elif current_piece == 'I':
move = place_i(board, args['gid'], token)
elif current_piece == 'L':
move = place_l(board, args['gid'], token)
elif current_piece == 'J':
move = place_j(board, args['gid'], token)
elif current_piece == 'S':
move = place_s(board, args['gid'], token)
elif current_piece == 'Z':
move = place_z(board, args['gid'], token)
elif current_piece == 'T':
move = place_t(board, args['gid'], token)
print("Move")
print(move)
print(move.headers)
print(move.text)