def __init__(self, host, port):
#self.board = TTTBoard()
self.my_moves = []
self.opponent_moves = []
self._sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
print_debug('Socket attempting to connect to host {}, port {}'.format(
host, port))
connected = False
while not connected:
try:
self._sock.connect((host, port))
connected = True
except ConnectionRefusedError:
print_debug('connection was refused...')
time.sleep(0.5)
print('connected to socket, waiting for second player')
message = get_block(self._sock)
while message != b'StartGame':
message = get_block(self._sock)
print_debug(message)
#next message is X or O
x_or_o = get_block(self._sock)
if x_or_o not in {b'X', b'O'}:
print_debug(
'Cannot play game - was not given a value. Was given {}'.
format(x_or_o))
else:
self.value = x_or_o
self.board_value = 2 if self.value == b'O' else 1
print_debug('Value for user: '******'Client has connected and been assigned socket name',
self._sock.getsockname())
def take_turn(self, user):
user_sock = user[0]
print_debug('Waiting for user {} to move'.format(user[1]))
user_turn = get_block(user_sock)
#check to make sure user hasn't exited
if user_turn == b'Exiting':
print_debug('User {} has left the game'.format(user[1]))
put_block(
list(filter(lambda x: x[0] != user_sock, self.users))[0],
b'Exiting')
self.close()
else:
print_debug('Attempting to take turn {}'.format(
user_turn.decode()))
try:
user_turn = int(user_turn.decode())
if not self.board.make_move(user_turn, user[1]):
#put_block(user_sock, b'Invalid move.')
self.take_turn(user)
else:
print_debug(user[1], ' chose square ', user_turn)
print_debug('Board: ')
print_debug(self.board.get_printable_board())
other_user = list(filter(lambda x: x != user,
self.users))[0][0]
put_block(other_user, str(user_turn).encode('ascii'))
except ValueError:
print_debug('could not convert int to value')
def get_tender_place(self): if(1 == int(self.keishu_cd)): start = u'<td>入札場所<br></td> <td>' elif(2 == int(self.keishu_cd)): start = u'<tr> <td>見積書受付場所<br></td> <td>' stop = u'</td> </tr>' tender_place = util.get_block(self.html, start, stop) return tender_place
def get_anken_open_date(self): if(1 == int(self.keishu_cd)): start = u'<td>公開開始日時<br></td> <td>' elif(2 == int(self.keishu_cd)): start = u'<tr> <td>公開開始日時<br>（＝見積書受付開始）<br></td> <td>' stop = u'</td> </tr>' anken_open_date = util.get_block(self.html, start, stop) anken_open_date = self.format_date(anken_open_date) return anken_open_date
def get_price(self):
start = u'<tr> <td>落札金額（税込・円）</td><td>'
stop = u'</td> </tr>'
price = util.get_block(self.html, start, stop)
if(None != price):
price = re.sub(' ', '', price)
return price
def get_tender_date(self): if(1 == int(self.keishu_cd)): start = u'<tr> <td>入札日時<br></td> <td>' elif(2 == int(self.keishu_cd)): start = u' <tr> <td>見積書〆切日時<br></td> <td>' stop = u'</td> </tr>' tender_date = util.get_block(self.html, start, stop) tender_date = self.format_date(tender_date) return tender_date
def format_date(self, date_string): if(date_string is None): return date_string date_string_f = '' year_j = util.get_block(date_string, u'', u'年') month = util.get_block(date_string , u'年', u'月') day = util.get_block(date_string , u'月', u'日') hour = util.get_block(date_string , u'日', u'時') minute = util.get_block(date_string , u'時', u'分') year_ad = util.convert_J2AD(year_j) if(hour is None): date_string_f = '/'.join([year_ad, month, day]) else: date_string_f = '/'.join([year_ad, month, day]) + ' ' + ':'.join([hour, minute]) return date_string_f
def get_attached_file_1(self): start = u'<tr> <td>添付ファイル１</td><td> <a href="' stop = u'">' attached_file_1 = util.get_block(self.html, start, stop) # print(attached_file_1) if attached_file_1 is not None: attached_file_1 = self.site_url + attached_file_1 else: attached_file_1 = '' # print(attached_file_1) return attached_file_1;
def get_attached_file_2(self): start = u'<tr> <td>添付ファイル２</td><td> <a href="' stop = u'">' attached_file_2 = util.get_block(self.html, start, stop) # print(attached_file_2) if attached_file_2 is not None: attached_file_2 = self.site_url + attached_file_2 else: attached_file_2 = '' # print(attached_file_2) return attached_file_2;
def get_attached_file_3(self): start = u'<tr> <td>添付ファイル３</td><td> <a href="' stop = u'">' attached_file_3 = util.get_block(self.html, start, stop) # print(attached_file_3) if attached_file_3 is not None: attached_file_3 = self.site_url + attached_file_3 else: attached_file_3 = '' # print(attached_file_3) return attached_file_3;
def other_player_turn(self):
print_debug('Waiting for player {} to move'.format('X' if self.value ==
b'O' else 'O'))
# server sends board representation
#check if move data has already been sent
move = get_block(self._sock)
if move == b'Exiting':
print_debug('Other user has left the game')
self.close()
else:
try:
move = int(move)
except ValueError:
print_debug('Didnt get a valid integer from the server')
self.TTTPlayer_me.make_move(move,
b'X' if self.value == b'O' else b'O')
#self.board.make_move(move, b'X' if self.value == b'O' else b'O')
self.opponent_moves.append(move)
print_debug(self.TTTPlayer_me.board().get_printable_board())
if self.TTTPlayer_me.board().detect_winner():
return 1
elif self.TTTPlayer_me.board().detect_draw():
return 2
def get_gyoumu_kbn_2(self): start = u'<tr> <td>業務小分類</td> <td>' stop = u'</td> </tr>' gyoumu_kbn_2 = util.get_block(self.html, start, stop) return gyoumu_kbn_2
def get_anken_name(self): start = u'<tr> <td>案件名(事業年度・名称)</td> <td>' stop = u'</td> </tr>' anken_name = util.get_block(self.html, start, stop) return anken_name
def get_anken_no(self): start = u'<tr> <td width="200">案件番号</td> <td>' stop = u'</td> </tr>' anken_no = util.get_block(self.html, start, stop) return anken_no
def get_company_area(self): start = u'<tr> <td>対象業者の地域要件</td> <td>' stop = u'</td> </tr>' company_area = util.get_block(self.html, start, stop) return company_area
def get_keishu_name(self):
start = u'<tr> <td>契約種別</td> <td>'
stop = u'</td> </tr>'
keishu_name = util.get_block(self.html, start, stop)
keishu_name = re.sub('<!--.*-->\s*', '', keishu_name)
return keishu_name
def get_result_close_date(self): start = u'<tr> <td>結果表示終了日時</td> <td>' stop = u'</td> </tr>' result_close_date = util.get_block(self.html, start, stop) result_close_date = self.format_date(result_close_date) return result_close_date
def get_raku_name(self): start = u'<tr> <td>落札業者名等</td><td>' stop = u'</td> </tr>' raku_name = util.get_block(self.html, start, stop) return raku_name
def get_result_open_date(self): start = u'<tr> <td width="200">結果表示開始日時</td> <td>' stop = u'</option> </td> </tr>' result_open_date = util.get_block(self.html, start, stop) result_open_date = self.format_date(result_open_date) return result_open_date
def get_notes(self): start = u'<tr> <td>特記事項</td><td>' stop = u'</td> </tr>' notes = util.get_block(self.html, start, stop) return notes
def get_tanto_name(self): # start = u'<tr> <td>担当者名・電話番号</td><td>' start = u'<tr> <td>問い合わせ先<br>(担当者名・電話番号)</td><td>' stop = '</td> </tr>' tanto_name = util.get_block(self.html, start, stop) return tanto_name
def get_anken_close_date(self): start = u'<tr> <td>公開終了日時</td> <td>' stop = u'</td> </tr>' anken_close_date = util.get_block(self.html, start, stop) anken_close_date = self.format_date(anken_close_date) return anken_close_date
def get_limit_date(self): start = u'<tr> <td>履行期限</td> <td>' stop = u'</td> </tr>' limit_date = util.get_block(self.html, start, stop) limit_date = self.format_date(limit_date) return limit_date
def get_kasitu_name(self): start = u'<tr> <td>実施機関</td> <td>' stop = u'</td> </tr>' kasitu_name = util.get_block(self.html, start, stop) return kasitu_name
def get_model(nc):
batchnormalization = nc.get('batchnormalization', False)
dropout1 = nc.get('dropout', 0)
dropout2 = nc.get('dropout2', 0)
pooling = nc.get('pooling', 'max')
use_stats = nc.get('use_stats', False)
inputs = Input(shape=util.INPUT_SHAPE, name='image_input')
x0 = Conv2D(32, (7, 7),
kernel_initializer='glorot_uniform',
strides=(2, 2),
padding='same',
name='conv1')(inputs)
x0 = util.CReLU()(x0)
x0 = Dropout(dropout1)(x0)
x = util.get_block(inputs,
nc,
batchnormalization,
nb_filter1=32,
nb_filter2=32,
dropout1=dropout1,
dropout2=dropout1,
pooling=0,
kernel_size1=7)
if pooling == 'max':
x = MaxPooling2D(pool_size=(2, 2))(x)
elif pooling == 'avg':
x = AveragePooling2D(pool_size=(2, 2))(x)
x = Concatenate(axis=-1)([x, x0])
if nc.get('use_conv_layer'):
x = util.conv_block(3, [8, 16, 8],
weight_decay=0.,
stride=1,
batch_momentum=0.99,
batchnormalization=batchnormalization)(x)
if pooling == 'max':
x = MaxPooling2D(pool_size=(2, 2))(x)
elif pooling == 'avg':
x = AveragePooling2D(pool_size=(2, 2))(x)
x = util.get_block(x, nc, batchnormalization, 32, 0, dropout1, dropout2,
pooling)
if nc.get('use_conv_layer'):
x = util.conv_block(3, [8, 16, 8],
weight_decay=0.,
stride=1,
batch_momentum=0.99,
batchnormalization=batchnormalization)(x)
if pooling == 'max':
x = MaxPooling2D(pool_size=(2, 2))(x)
elif pooling == 'avg':
x = AveragePooling2D(pool_size=(2, 2))(x)
x = util.get_block(x, nc, batchnormalization, 32, 0, dropout1, dropout2,
pooling)
if pooling == 'max':
x = MaxPooling2D(pool_size=(2, 2))(x)
elif pooling == 'avg':
x = AveragePooling2D(pool_size=(2, 2))(x)
x = Flatten()(x)
x = Dropout(dropout1)(x)
x = Dense(512, activation='relu')(x)
x = Dropout(dropout1)(x)
x = Dense(128, activation='relu')(x)
if use_stats:
inputs2 = Input(shape=(278, ), name='image_input2')
x2 = Dense(256, activation='relu')(inputs2)
x2 = Dense(128, activation='sigmoid')(x2)
x = concatenate([x, x2], axis=1)
x = Dense(128, activation='relu')(x)
x = Dropout(dropout1)(x)
x = Dense(17, activation='sigmoid')(x)
model = Model(inputs=[inputs, inputs2], outputs=x)
else:
x = Dropout(dropout1)(x)
x = Dense(17, activation='sigmoid')(x)
model = Model(inputs=inputs, outputs=x)
model.compile(loss=nc.get('loss'),
optimizer=nc.get('optimizer'),
metrics=nc.get('metrics'))
print(model.summary())
return model
