def test_game_status_timezones():
test_tstamp = dt.today() + timedelta(hours=-6)
game_ongoing_date = dt.strftime(test_tstamp, "%m/%d/%y")
game_ongoing_time = dt.strftime(test_tstamp, "%I:%M %p") + " CST"
test_game = AUDLclasses.Game(game_ongoing_date, game_ongoing_time + " EST",
game_ts(game_ongoing_date, game_ongoing_time),
'Cincinnati Revolution', 'Madison Radicals')
test_game.set_status()
assert 2 == test_game.status, test_game.status
test_tstamp = dt.today() + timedelta(hours=-6)
game_ongoing_date = dt.strftime(test_tstamp, "%m/%d/%y")
game_ongoing_time = dt.strftime(test_tstamp, "%I:%M %p") + " PST"
test_game = AUDLclasses.Game(game_ongoing_date, game_ongoing_time,
game_ts(game_ongoing_date, game_ongoing_time),
'Cincinnati Revolution', 'Madison Radicals')
test_game.set_status()
assert 1 == test_game.status, test_game.status
def test_game_set_status_final():
d = '4/12/14'
t = '7:00 PM EST'
test_game = AUDLclasses.Game(d,t,game_ts(d,t),'Cincinnati Revolution','Madison Radicals')
test_game.set_status()
assert 2 == test_game.status, test_game.status
test_tstamp = dt.today()+timedelta(days=-1)
game_over_date = dt.strftime(test_tstamp, "%m/%d/%y")
test_game = AUDLclasses.Game(game_over_date,t,game_ts(game_over_date,t),'Cincinnati Revolution','Madison Radicals')
test_game.set_status()
assert 2 == test_game.status, test_game.status
def test_game_set_status_upcoming():
test_tstamp = dt.today()+timedelta(hours=2)
game_ongoing_date = dt.strftime(test_tstamp, "%m/%d/%y")
game_ongoing_time = dt.strftime(test_tstamp, "%I:%M %p")+" EST"
test_game = AUDLclasses.Game(game_ongoing_date,game_ongoing_time+" EST",game_ts(game_ongoing_date,game_ongoing_time),'Cincinnati Revolution','Madison Radicals')
test_game.set_status()
assert 0 == test_game.status, test_game.status
def test_game_set_status_final():
d = '4/12/14'
t = '7:00 PM EST'
test_game = AUDLclasses.Game(d, t, game_ts(d, t), 'Cincinnati Revolution',
'Madison Radicals')
test_game.set_status()
assert 2 == test_game.status, test_game.status
test_tstamp = dt.today() + timedelta(days=-1)
game_over_date = dt.strftime(test_tstamp, "%m/%d/%y")
test_game = AUDLclasses.Game(game_over_date, t, game_ts(game_over_date, t),
'Cincinnati Revolution', 'Madison Radicals')
test_game.set_status()
assert 2 == test_game.status, test_game.status
def test_match_games():
game_dict = [{"teamId":"5182111044599808","gameId":"game-8ECA8C1D-6968-4FD0-A361-DE4EFF20203D","opponentName":"Cincinnati Revolution","tournamentName":"","gamePoint":1000,"wind":{"mph":0,"degrees":-1},"timestamp":"2014-04-12 19:26","date":"Sat, 4/12","time":"7:26","msSinceEpoch":1397330760000,"ours":25,"theirs":16,"timeoutDetailsJson":"{\"takenSecondHalf\":2,\"quotaPerHalf\":2,\"takenFirstHalf\":2,\"quotaFloaters\":0}"},{"teamId":"5182111044599808","gameId":"game-47F12B4E-52A2-4AC4-8047-FAC93845A51B","opponentName":"Indianapolis alleyCats","tournamentName":"","gamePoint":1000,"wind":{"mph":0,"degrees":-1},"timestamp":"2014-04-13 15:42","date":"Sun, 4/13","time":"3:42","msSinceEpoch":1397403720000,"ours":26,"theirs":21,"timeoutDetailsJson":"{\"takenSecondHalf\":2,\"quotaPerHalf\":2,\"takenFirstHalf\":2,\"quotaFloaters\":0}"}]
d="4/12/14"
t="7:00 PM EST"
test_game = AUDLclasses.Game(d,t,game_ts(d,t),'Cincinnati Revolution','Madison Radicals')
test_game.match_game(game_dict,False)
assert test_game.home_score == 16, test_game.home_score
assert test_game.away_score == 25, test_game.away_score
def add_games(self, filename="2016_Schedule.csv"):
"""
Adds any games for the team from a given file containing the League
or team schedule for the current season.
"""
# open the json schedule doc
schedule = open(filename, 'r')
reader = csv.reader(schedule, delimiter=',')
reader.next() #strip first line of reader
self.Games = {}
team_games = []
for game in reader:
if self.full_name() in game[5] or self.full_name() in game[6]:
print "Adding games for " + self.full_name() + "..."
date = game[0]
time = game[1].strip()
if "" == time:
time = '7:00 PM CST' #waiting for real times from the AUDL
else:
time += " " + game[2].strip() + " " + game[3].strip(
) #now add the rest of the time attribs
tstamp = game_ts(date, time)
week = game[4]
hteam = game[5].strip()
ateam = game[6].strip()
#check if this team is part of a league
if self.League != None:
#if yes, then see if this game already exists in the other team
other_team = ateam if self.full_name() in hteam else hteam
print "Checking if " + other_team + " already has this game."
print other_team, date
exists, existing_game = self.League.league_game_exist(
other_team, date)
print "It does." if exists else "It doesn't."
#if the other team has this game, add the returned game to this team
#otherwise create a new game class for this team
self.Games[date] = existing_game if exists else Game(
date, time, tstamp, hteam, ateam, week)
#if this team is not part of a league, create a new game regardless
else:
self.Games[date] = Game(date, time, tstamp, hteam, ateam,
week)
schedule.close()
def add_games(self, filename="2016_Schedule.csv"):
"""
Adds any games for the team from a given file containing the League
or team schedule for the current season.
"""
# open the json schedule doc
schedule = open(filename, 'r')
reader = csv.reader( schedule, delimiter=',')
reader.next() #strip first line of reader
self.Games = {}
team_games = []
for game in reader:
if self.full_name() in game[5] or self.full_name() in game[6]:
print "Adding games for " + self.full_name() + "..."
date = game[0]
time = game[1].strip()
if "" == time: time = '7:00 PM CST' #waiting for real times from the AUDL
else: time += " "+game[2].strip()+ " " + game[3].strip() #now add the rest of the time attribs
tstamp = game_ts(date,time)
week = game[4]
hteam = game[5].strip()
ateam = game[6].strip()
#check if this team is part of a league
if self.League != None:
#if yes, then see if this game already exists in the other team
other_team = ateam if self.full_name() in hteam else hteam
print "Checking if " + other_team + " already has this game."
print other_team, date
exists, existing_game = self.League.league_game_exist(other_team, date)
print "It does." if exists else "It doesn't."
#if the other team has this game, add the returned game to this team
#otherwise create a new game class for this team
self.Games[date] = existing_game if exists else Game(date,time,tstamp,hteam,ateam, week)
#if this team is not part of a league, create a new game regardless
else:
self.Games[date] = Game(date,time,tstamp,hteam,ateam, week)
schedule.close()
def test_match_games():
game_dict = [{
"teamId":
"5182111044599808",
"gameId":
"game-8ECA8C1D-6968-4FD0-A361-DE4EFF20203D",
"opponentName":
"Cincinnati Revolution",
"tournamentName":
"",
"gamePoint":
1000,
"wind": {
"mph": 0,
"degrees": -1
},
"timestamp":
"2014-04-12 19:26",
"date":
"Sat, 4/12",
"time":
"7:26",
"msSinceEpoch":
1397330760000,
"ours":
25,
"theirs":
16,
"timeoutDetailsJson":
"{\"takenSecondHalf\":2,\"quotaPerHalf\":2,\"takenFirstHalf\":2,\"quotaFloaters\":0}"
}, {
"teamId":
"5182111044599808",
"gameId":
"game-47F12B4E-52A2-4AC4-8047-FAC93845A51B",
"opponentName":
"Indianapolis alleyCats",
"tournamentName":
"",
"gamePoint":
1000,
"wind": {
"mph": 0,
"degrees": -1
},
"timestamp":
"2014-04-13 15:42",
"date":
"Sun, 4/13",
"time":
"3:42",
"msSinceEpoch":
1397403720000,
"ours":
26,
"theirs":
21,
"timeoutDetailsJson":
"{\"takenSecondHalf\":2,\"quotaPerHalf\":2,\"takenFirstHalf\":2,\"quotaFloaters\":0}"
}]
d = "4/12/14"
t = "7:00 PM EST"
test_game = AUDLclasses.Game(d, t, game_ts(d, t), 'Cincinnati Revolution',
'Madison Radicals')
test_game.match_game(game_dict, False)
assert test_game.home_score == 16, test_game.home_score
assert test_game.away_score == 25, test_game.away_score
