nba_playoffs_game/nba_playoffs_game_updater.py

#!/usr/bin/env python3

import gspread
from oauth2client.service_account import ServiceAccountCredentials

import sys
import nba_py.player as player

import datetime
import time

import timeout_decorator

_spreadsheetKey = "12Zv95ZMJ008KXC5ytVnBusjX9wUnpOg0TOLwmxMNOTQ"


def _getStatsSheet(_key):
  scope = ['https://spreadsheets.google.com/feeds',
           'https://www.googleapis.com/auth/drive']

  _credentials = ServiceAccountCredentials.from_json_keyfile_name('NBA Playoffs Game-1f9a46f0715c.json', scope)

  _gc = gspread.authorize(_credentials)

  # open spreadsheet
  _spreadsheet = _gc.open_by_key(_key)
  
  # open worksheet
  _statsSheet = _spreadsheet.get_worksheet(0)
  _leaderSheet = _spreadsheet.get_worksheet(1)
  
  # count participants
  _numParticipants = _leaderSheet.row_count - 1

  return _statsSheet, _leaderSheet
  
  
def _getNumParticipants(_leaderSheet):

  _numParticipants = _leaderSheet.row_count - 1
  
  return _numParticipants
  

def _getRowsFromDate(_statsSheet, _numParticipants):

  # get today
  _today = datetime.date.today()
  # else manually set the date
  #_today = datetime.date(2018, 5, 16)
  
  _urlDate = _today.strftime('%m/%d/%Y')

  # count rows
  _shtRows =  _statsSheet.row_count
  
  # set first date cell
  _startRow = 4
  
  # get date cells
  while _startRow <= _shtRows:
    _dateCell = _statsSheet.cell(_startRow, 1, value_render_option='UNFORMATTED_VALUE')
    _daysSince1900 = _dateCell.value    
    _date = datetime.date(1899, 12, 30) + datetime.timedelta(int(_daysSince1900))

    if _today == _date:
      break
    elif _today > _date:
      _startRow += _numParticipants
    else:
      _startRow = 0 # no games today
      break
      
  _lastRow = _startRow + _numParticipants - 1
  
  return _startRow, _lastRow, _urlDate


def _getPlayersCells(_statsSheet, _startRow, _lastRow):
   
  _playersCells = _statsSheet.range(_startRow, 3, _lastRow, 3)
  
  # filter cells
  for _playerCell in _playersCells[:]:

    if _playerCell.value == "":
      _playersCells.remove(_playerCell)
      break
  
  return _playersCells
  

def _getPlayerFirstNameLastName(_player):
  _firstNamelastName = _player.split()
  _firstName = _firstNamelastName[0]
  _firstName = _firstName.replace('.', '')
  _lastName = _firstNamelastName[1]
  
  return _firstName, _lastName
  

@timeout_decorator.timeout(10)  
def _getPlayerID(_firstName, _lastName):
  _playerID = player.get_player(first_name=_firstName,last_name=_lastName)
  return _playerID


@timeout_decorator.timeout(10)
def _getPlayerStats(_playerID, _urlDate):

  _playerStats = {}
  _playerGameLogs = player.PlayerGameLogs(player_id=_playerID,
                                          season_type='Playoffs',
                                          date_from=_urlDate,
                                          date_to=_urlDate)

  for _playerGameLog in _playerGameLogs.info():
    for _stat in _playerGameLog.keys():
      _playerStats[_stat] = _playerGameLog[_stat]

  return _playerStats


def _updatePlayerStatsCells(_statsSheet, _playerCell, _playerStats):

  _rowNumber = _playerCell.row

  for _stat in _playerStats:
    if _stat == "PTS" and _playerStats[_stat] != "":
      _statsSheet.update_cell(_rowNumber, 4, _playerStats[_stat])
    elif _stat == "REB" and _playerStats[_stat] != "":
      _statsSheet.update_cell(_rowNumber, 5, _playerStats[_stat])
    elif _stat == "AST" and _playerStats[_stat] != "":
      _statsSheet.update_cell(_rowNumber, 6, _playerStats[_stat])
    elif _stat == "STL" and _playerStats[_stat] != "":
      _statsSheet.update_cell(_rowNumber, 7, _playerStats[_stat])
    elif _stat == "BLK" and _playerStats[_stat] != "":
      _statsSheet.update_cell(_rowNumber, 8, _playerStats[_stat])
    elif _stat == "TOV" and _playerStats[_stat] != "":
      _statsSheet.update_cell(_rowNumber, 9, _playerStats[_stat])

    if _stat == "WL" and _playerStats[_stat] != "":
      _statsSheet.update_cell(_rowNumber, 11, _playerStats[_stat])


def _badName(_statsSheet, _playerCell):
  _rowNumber = _playerCell.row
  _statsSheet.update_cell(_rowNumber, 12, "Fix name, then delete this message!")

###### EXECUTE ########

while True:

  try:
    _statsSheet, _leaderSheet = _getStatsSheet(_spreadsheetKey)
    _numParticipants = _getNumParticipants(_leaderSheet)
    _startRow, _lastRow, _urlDate = _getRowsFromDate(_statsSheet, _numParticipants)
    if _startRow == 0:
      print("No games today! Pausing for 1000s")
      time.sleep(1000)
      continue
    else:
      _playersCells = _getPlayersCells(_statsSheet, _startRow, _lastRow)
  except gspread.exceptions.APIError:
    print("API overloaded, adding a 100 second delay...")
    time.sleep(100)
    continue
  except oauth2client.client.HttpAccessTokenRefreshError:
    time.sleep(100)
    continue

  for _playerCell in _playersCells:
  
    while True:
    
      try:
        _playerName = _playerCell.value
        print(_playerName)
      except gspread.exceptions.APIError:
        print("API overloaded, adding a 100 second delay...")
        time.sleep(100)
        continue
        
      try:
        _firstName, _lastName = _getPlayerFirstNameLastName(_playerName)
      except:
        #_badName(_statsSheet, _playerCell)
        break
         
      try:
        print("Getting player ID...")
        _playerID = _getPlayerID(_firstName, _lastName)
      except timeout_decorator.TimeoutError:
        print("NBA.com API not responding, retrying...")
        continue
      except:
        #_badName(_statsSheet, _playerCell)
        break
          
      try:
        print("Getting player stats...")
        _playerStats = _getPlayerStats(_playerID, _urlDate)
      except timeout_decorator.TimeoutError:
        print("NBA.com API not responding, retrying...")
        continue
        
      try: 
        print("Updating stats...")
        _updatePlayerStatsCells(_statsSheet, _playerCell, _playerStats)
      except gspread.exceptions.APIError:
        print("API overloaded, adding a 100 second delay...")
        time.sleep(100)
        continue
      
      break # move to next player in player list
      
  print("Cooling down, safe to break!")
  time.sleep(100)
  continue # restart entire loop