def update_monthly_menu(PATH_CREDENTIALS, SP_NAMES):
"""update monthly menu
Args:
PATH_CREDENTIALS (dict): authentication information obtained from GCP
SP_NAMES (dict): the google spreadsheet keys
"""
# Instance of shokuraku spreadsheet
skrk = orderlunch.Shokuraku(path_credentials=PATH_CREDENTIALS,
spreadsheet_key=sp_names['shokuraku'])
# Substruct this month's daily lunch menu
excel_list = os.listdir(EXCEL_DIR)
excel_this_month = excel_list[-1]
lunch_menu = pd.read_excel(os.path.join(EXCEL_DIR, excel_this_month),
skiprows=46,
skipfooter=2,
usecols=list(range(12, 36)),
header=None).dropna(how='all', axis=1)
menu_excel = pd.DataFrame(index=[], columns=['Date', 'Menu', 'Price'])
for i in list(range(0, 45, 11)):
menu_excel = pd.concat(
[menu_excel,
skrk.tidy_lunch_menu_a_week(lunch_menu[i:(i + 7)])])
menu_excel['Date'] = menu_excel['Date'].dt.date
# Menu List Worksheet of shokuraku spreadsheet
skrk_worksheet = skrk.get_worksheet(worksheet_name='Menu List')
menu_excel['Date'] = menu_excel['Date'].apply(
lambda x: x.strftime('%Y/%m/%d'))
skrk_worksheet.update([menu_excel.columns.values.tolist()] +
menu_excel.values.tolist(),
value_input_option='USER_ENTERED')
def update_db(PATH_CREDENTIALS, SP_NAMES):
"""update_db
Args:
PATH_CREDENTIALS (dict): authentication information obtained from GCP
SP_NAMES (dict): the google spreadsheet keys
"""
# Most recent OrderList
# Instance of shokuraku spreadsheet
skrk = orderlunch.Shokuraku(path_credentials=PATH_CREDENTIALS,
spreadsheet_key=sp_names['shokuraku'])
# Menu Worksheet of shokuraku spreadsheet
skrk_worksheet = skrk.get_worksheet(worksheet_name='Check Order')
# Get the data from Menu Worksheet
skrk_df_order_list = skrk.get_dataframe(skrk_worksheet)
# Format the most recent Order List to save it in the database
skrk_df_database_latest = skrk.convert_order_list_to_database(
skrk_df_order_list)
# DataBase
# Instance of shokuraku spreadsheet
db = orderlunch.Shokuraku(path_credentials=PATH_CREDENTIALS,
spreadsheet_key=sp_names['database'])
# Summary Worksheet of database spreadsheet
db_worksheet = db.get_worksheet(worksheet_name='Summary')
# Get the data from Summary Worksheet
db_df = db.get_dataframe(db_worksheet)
# Update the most recent OrderList in the database spreadsheet
START_CELL = 'A' + str(len(db_df) + 2)
db_df_update = skrk_df_database_latest.copy()
db_df_update['Date'] = db_df_update['Date'].dt.strftime('%Y/%m/%d')
db_worksheet.update(START_CELL,
db_df_update.values.tolist(),
value_input_option='USER_ENTERED')
def update_order_list(PATH_CREDENTIALS, SP_NAMES):
"""update_order_list
Args:
PATH_CREDENTIALS (dict): authentication information obtained from GCP
SP_NAMES (dict): the google spreadsheet keys
"""
# Instance of shokuraku spreadsheet
db = orderlunch.Shokuraku(path_credentials=PATH_CREDENTIALS,
spreadsheet_key=sp_names['database'])
# Summary Worksheet of database spreadsheet
db_worksheet = db.get_worksheet(worksheet_name='Summary')
# Get the data from Summary Worksheet
db_df = db.get_dataframe(db_worksheet)
TODAY = datetime.now(timezone(timedelta(hours=+9), 'JST')).date()
# TODAY = datetime.strptime('2020/07/23', '%Y/%m/%d').date()
db_df_today = db_df[(db_df['Date'] >= TODAY + timedelta(days=3))
& (db_df['Date'] < TODAY + timedelta(days=8))].drop(
['Price', 'Count'], axis=1)
# Instance of shokuraku spreadsheet
skrk = orderlunch.Shokuraku(path_credentials=PATH_CREDENTIALS,
spreadsheet_key=sp_names['shokuraku'])
# Menu List Worksheet of shokuraku spreadsheet
skrk_worksheet = skrk.get_worksheet(worksheet_name='Order List Personal')
skrk_worksheet.clear()
db_df_today['Date'] = db_df_today['Date'].dt.strftime('%Y/%m/%d')
skrk_worksheet.update([db_df_today.columns.values.tolist()] +
db_df_today.values.tolist(),
value_input_option='USER_ENTERED')
def update_check_order(PATH_CREDENTIALS, SP_NAMES):
"""update_check_order
Args:
PATH_CREDENTIALS (dict): authentication information obtained from GCP
SP_NAMES (dict): the google spreadsheet keys
"""
# Instance of shokuraku spreadsheet
skrk = orderlunch.Shokuraku(path_credentials=PATH_CREDENTIALS,
spreadsheet_key=sp_names['shokuraku'])
# Menu List Worksheet of shokuraku spreadsheet
skrk_worksheet = skrk.get_worksheet(worksheet_name='Menu List')
# Get the data from Menu List Worksheet
skrk_df_menu_monthly = skrk.get_dataframe(skrk_worksheet)
TODAY = datetime.now(timezone(timedelta(hours=+9), 'JST')).date()
# TODAY = datetime.strptime('2020/07/22', '%Y/%m/%d').date()
skrk_df_menu_weekly = skrk_df_menu_monthly[
(skrk_df_menu_monthly['Date'] >= TODAY + timedelta(days=7))
& (skrk_df_menu_monthly['Date'] < TODAY +
timedelta(days=12))].loc[:, ['Date', 'Menu', 'Price']]
# Glide UI Worksheet of shokuraku spreadsheet
skrk_worksheet = skrk.get_worksheet(worksheet_name='Check Order')
# Reset Glide UI Worksheet
cell_list = skrk_worksheet.range('A2:C31')
for cell in cell_list:
cell.value = ''
skrk_worksheet.update_cells(cell_list, value_input_option='USER_ENTERED')
cell_list = skrk_worksheet.range('D2:J31')
for cell in cell_list:
cell.value = 'False'
skrk_worksheet.update_cells(cell_list, value_input_option='USER_ENTERED')
# Update Glide UI Worksheet
skrk_df_menu_weekly['Date'] = skrk_df_menu_weekly['Date'].dt.strftime(
'%Y/%m/%d')
skrk_worksheet.update([skrk_df_menu_weekly.columns.values.tolist()] +
skrk_df_menu_weekly.values.tolist(),
value_input_option='USER_ENTERED')
from module import orderlunch
PWD = os.getcwd()
# Set the authentication information obtained from GCP
PATH_CREDENTIALS = '{}/../secret/order-lunch-project.json'.format(PWD)
# Read the google spreadsheet keys
with open('../secret/sp_name.json') as f:
sp_names = json.load(f)
EXCEL_DIR = '{}/../database/shokuraku'.format(PWD)
if __name__ == "__main__":
# Instance of shokuraku spreadsheet
skrk = orderlunch.Shokuraku(
path_credentials=PATH_CREDENTIALS, spreadsheet_key=sp_names['shokuraku'])
# Menu List Worksheet of shokuraku spreadsheet
skrk_worksheet = skrk.get_worksheet(worksheet_name='Menu List')
# Menu List Worksheet of shokuraku spreadsheet
df = skrk.get_dataframe(skrk_worksheet)
df['Date'] = pd.to_datetime(df['Date'])
df['day_name'] = pd.to_datetime(df['Date']).dt.day_name()
df['Date'] = df['Date'].dt.date
# drop duplicated schedule
df['is_holiday'] = df['Date'].map(skrk.is_holiday).astype(int)
df = df.loc[:, ['Date', 'is_holiday', 'day_name']
].drop_duplicates(subset='Date')
df.reset_index(inplace=True)
def update_task(PATH_CREDENTIALS, SP_NAMES):
"""update task
Args:
PATH_CREDENTIALS (dict): authentication information obtained from GCP
SP_NAMES (dict): the google spreadsheet keys
"""
# Instance of shokuraku spreadsheet
skrk = orderlunch.Shokuraku(path_credentials=PATH_CREDENTIALS,
spreadsheet_key=sp_names['shokuraku'])
# Menu List Worksheet of shokuraku spreadsheet
skrk_worksheet = skrk.get_worksheet(worksheet_name='Menu List')
# Menu List Worksheet of shokuraku spreadsheet
df = skrk.get_dataframe(skrk_worksheet)
df['Date'] = pd.to_datetime(df['Date']).dt.date
# drop duplicated schedule
df['is_holiday'] = df['Date'].map(skrk.is_holiday).astype(int)
df = df.loc[:, ['Date', 'is_holiday']].drop_duplicates(subset='Date')
df.reset_index(inplace=True)
# update monthly menu
df['update_monthly_menu'] = np.nan
df['update_monthly_menu'].iloc[-5] = 1
# check order
df.loc[df['index'] == 1, 'check_order'] = 1
# update order list
df.loc[df['index'] == 5, 'update_order_list'] = 1
# update database
df_weekday = df.copy()
df_weekday['is_holiday_lag'] = df_weekday['is_holiday'] - \
df_weekday['is_holiday'].shift(-1)
df_weekday.loc[(df_weekday['index'] == 5) & (df_weekday['is_holiday'] == 0)
& (df_weekday['is_holiday_lag'] == 0), 'update_db'] = 1
df_weekday.loc[(df_weekday['is_holiday'] == 0) &
(df_weekday['is_holiday_lag'] == -1), 'update_db'] = 1
df_weekday['update_db'] = df_weekday['update_db'].shift(-1)
df_weekday['update_db'].iloc[-2] = 1
df_weekday = df_weekday[df_weekday['is_holiday'] == 0].loc[:,
['update_db']]
df_task = df.join(df_weekday).drop(['index'], axis=1)
df_task = df_task.fillna(0)
df_task[df_task.select_dtypes(['float64'
]).columns] = df_task.select_dtypes([
'float64'
]).apply(lambda x: x.astype('int16'))
# Menu List Worksheet of shokuraku spreadsheet
skrk_worksheet = skrk.get_worksheet(worksheet_name='Task')
df_task['Date'] = df_task['Date'].apply(lambda x: x.strftime('%Y/%m/%d'))
skrk_worksheet.update([df_task.columns.values.tolist()] +
df_task.values.tolist(),
value_input_option='USER_ENTERED')
# Menu List Worksheet of shokuraku spreadsheet
skrk_worksheet = skrk.get_worksheet(worksheet_name='Task')
df_task['Date'] = df_task['Date'].apply(lambda x: x.strftime('%Y/%m/%d'))
skrk_worksheet.update([df_task.columns.values.tolist()] +
df_task.values.tolist(),
value_input_option='USER_ENTERED')
