def compileYears():
# This is the compiler for year-level summary data
# This is the third compilation step.
print('Compiling years data')
log = Log('trapp-compile-years.log')
log.message('Compiling years data')
log.end()
def importLineups(infile):
# TODO: Lookup teams in a specified league and year?
# TODO: Iterate over team list, with separate Importer for each?
# Feedback, setup
print('Importing lineups from ' + str(infile))
log = Log('trapp-import-lineups.log')
importer = ImporterLineups(infile, log)
# Check for required fields
requiredColumns = ([
'Code',
'Date',
'H/A',
'Opponent',
'Score',
'WDL',
'Record',
'Goals',
'Lineup',
])
importer.checkFields(requiredColumns)
# Do the import
importer.doImport()
# Shutdown
log.end()
return True
def test_log_write():
l = Log('test.log')
msg = 'Hello'
l.message(msg)
# Re-open file in read mode
l.file = open('test.log', 'r')
# Test for message with a newline appended
assert l.file.readline() == msg + '\n'
def compileTeammates():
# This is the compiler for teammate networks
# This is the fourth compilation step.
print('Compiling teammates data')
log = Log('trapp-compile-teammates.log')
log.message('Compiling teammates data')
c = CompilerTeammates(log)
c.doCompile()
log.end()
def compileGames():
# This is the compiler for game-level summary data
# This is the first compilation step.
print('Compiling games data')
log = Log('trapp-compile-games.log')
log.message('Compiling games data')
c = CompilerGames(log)
c.doCompile()
log.end()
def test_checkerGames_reviewCompetition():
log = Log('test.log')
output = Log('test.csv')
c = CheckerGames(log, output)
c.reviewCompetition(1, 1980)
# Re-open output in read mode
output.file = open('test.csv', 'r')
# Two games in the sample dataset for 1980
assert output.file.readline() == '1,1980,2\n'
def test_checkerGames_checkGames():
log = Log('test.log')
output = Log('test.csv')
c = CheckerGames(log, output)
c.checkGames()
# Re-open output in read mode
output.file = open('test.csv', 'r')
# Default start year is 2012, but sample games are in 1980.
# This is by design, to give a negative test.
assert output.file.readline() == ''
def importGames(infile):
# Feedback, setup
print('Importing games from ' + str(infile))
log = Log('trapp-import-games.log')
importer = ImporterGames(infile, log)
# Check for required fields
requiredColumns = ([
'MatchTime',
'MatchTypeID',
'HTeamID',
'ATeamID',
'VenueID'
])
importer.checkFields(requiredColumns)
# Do the import
importer.doImport()
# Shutdown
log.end()
return True
def checkGames(args):
print('Checking game counts\n')
# Start log
log = Log('trapp-check-games.log')
log.message('Started')
# Output file
output = Log('trapp-check-games.csv')
c = CheckerGames(log, output)
c.checkGames()
output.end()
log.end()
def importPlayers(infile):
# Feedback, setup
print('Importing players from ' + str(infile))
log = Log('trapp-import-players.log')
importer = ImporterPlayers(infile, log)
# Check for required fields
requiredColumns = ([
'FirstName',
'LastName',
'Position',
'DOB',
'Hometown'
])
importer.checkFields(requiredColumns)
# Do the import
importer.doImport()
# Shutdown
log.end()
return True
def importGoals(infile):
# Feedback, setup
print('Importing goals from ' + str(infile))
log = Log('trapp-import-goals.log')
importer = ImporterGoals(infile, log)
# Check for required fields
requiredColumns = ([
'Code',
'Date',
'H/A',
'Opponent',
'Score',
'Goals',
])
importer.checkFields(requiredColumns)
log.message('Required fields checked')
# Do the import
importer.doImport()
log.message('Import done')
# Shutdown
log.end()
def test_log_end():
l = Log('test.log')
l.end()
assert l.file is None
def test_gamestat_saveDict():
log = Log('test.log')
gs = GameStat()
gs.connectDB()
# Formats
with pytest.raises(RuntimeError) as excinfo:
data = 'foo'
gs.saveDict(data, log)
assert 'saveDict requires a dictionary' in str(excinfo.value)
# Inserts
data = {
'GameID': 1,
'TeamID': 1,
'PlayerID': 1,
'Goals': 0,
'Ast': 0,
'Shots': 0,
'SOG': 0,
'FC': 0,
'FS': 0,
'Off': 0,
'CK': 0,
'Blk': 0,
'YC': 0,
'RC': 0,
'ShotsFaced': 0,
'Saves': 0,
'GA': 0,
'CP': 0,
'Plus': 0,
'Minus': 0
}
assert gs.saveDict(data, log) is True
assert gs.db.warnings() is None
# Get last ID
sql = "SELECT Max(ID) FROM tbl_gamestats"
rs = gs.db.query(sql, (
))
if (rs.with_rows):
records = rs.fetchall()
for item in records:
lastID = item[0]
log.message(str(lastID))
# Updates
data = {
'ID': lastID,
'GameID': 2,
'TeamID': 2,
'PlayerID': 2,
'Goals': 0,
'Ast': 0,
'Shots': 0,
'SOG': 0,
'FC': 0,
'FS': 0,
'Off': 0,
'CK': 0,
'Blk': 0,
'YC': 0,
'RC': 0,
'ShotsFaced': 0,
'Saves': 0,
'GA': 0,
'CP': 0,
'Plus': 0,
'Minus': 0
}
assert gs.saveDict(data, log) is True
assert gs.db.warnings() is None
# Delete
rs = gs.db.query("DELETE FROM tbl_gamestats WHERE ID = %s", (
lastID,
))
