def parse_atbats(self):
# Parse each at bat and add objects to the to_load list
for atbat in self.innings.find_all('atbat'):
ab = {}
ab['at_bat_number'] = int(atbat.get('num'))
ab['game_id'] = self.game_id
ab['inning'] = try_int(atbat.parent.parent.get('num'))
ab['inning_half'] = atbat.parent.name
ab['balls'] = try_int(atbat.get('b'))
ab['strikes'] = try_int(atbat.get('s'))
ab['outs'] = try_int(atbat.get('o'))
try:
t = dateutil.parser.parse(atbat.get('start_tfs_zulu', ''))
ab['start_time'] = t.astimezone(timezone('America/New_York'))
except ValueError:
logging.warning('Could not parse timestamp: Game {}; inning{}'.format(
self.game_id, ab['inning']))
ab['batter_id'] = try_int(atbat.get('batter'))
ab['pitcher_id'] = try_int(atbat.get('pitcher'))
ab['stands'] = atbat.get('stand')
ab['p_throws'] = atbat.get('p_throws')
ab['description'] = atbat.get('des')
ab['event_num'] = try_int(atbat.get('event_num'))
ab['event'] = atbat.get('event')
ab['score'] = atbat.get('score', 'F') == 'T'
ab['home_team_runs'] = try_int(atbat.get('home_team_runs'))
ab['away_team_runs'] = try_int(atbat.get('away_team_runs'))
# Drop nones and add to to_load
ab = dict((k, v) for k, v in ab.items() if v is not None)
self.to_load.append(AtBat(**ab))
def parse_atbats(self):
# Parse each at bat and add objects to the to_load list
for atbat in self.innings.find_all('atbat'):
ab = {}
ab['at_bat_number'] = int(atbat.get('num'))
ab['game_id'] = self.game_id
ab['inning'] = try_int(atbat.parent.parent.get('num'))
ab['inning_half'] = atbat.parent.name
ab['balls'] = try_int(atbat.get('b'))
ab['strikes'] = try_int(atbat.get('s'))
ab['outs'] = try_int(atbat.get('o'))
try:
t = dateutil.parser.parse(atbat.get('start_tfs_zulu', ''))
ab['start_time'] = t.astimezone(timezone('America/New_York'))
except ValueError:
logging.warning(
'Could not parse timestamp: Game {}; inning{}'.format(
self.game_id, ab['inning']))
ab['batter_id'] = try_int(atbat.get('batter'))
ab['pitcher_id'] = try_int(atbat.get('pitcher'))
ab['stands'] = atbat.get('stand')
ab['p_throws'] = atbat.get('p_throws')
ab['description'] = atbat.get('des')
ab['event_num'] = try_int(atbat.get('event_num'))
ab['event'] = atbat.get('event')
ab['score'] = atbat.get('score', 'F') == 'T'
ab['home_team_runs'] = try_int(atbat.get('home_team_runs'))
ab['away_team_runs'] = try_int(atbat.get('away_team_runs'))
# Drop nones and add to to_load
ab = dict((k, v) for k, v in ab.items() if v is not None)
self.to_load.append(AtBat(**ab))
def parse_pitches(self):
# Parse every pitch in all innings, adding them to the to_load list.
pitch_counter = count()
for pitch in self.innings.find_all('pitch'):
# Some years are missing pitch_ids. Since we're using it as a key,
# assign here and increment the counter
p = {}
p['game_id'] = self.game_id
p['pitch_id'] = int(pitch.get('id', next(pitch_counter)))
p['at_bat_number'] = try_int(pitch.parent.get('num'))
p['description'] = pitch.get('des')
p['type'] = pitch.get('type')
try:
t = dateutil.parser.parse(pitch.get('tfs_zulu', ''))
p['timestamp'] = t.astimezone(timezone('America/New_York'))
except ValueError:
logging.warning(
'Could not parse timestamp: Game {}; pitch {}'.format(
self.game_id, p['pitch_id']))
p['x'] = try_float(pitch.get('x'))
p['y'] = try_float(pitch.get('y'))
p['event_num'] = try_int(pitch.get('event_num'))
p['sv_id'] = pitch.get('sv_id')
p['play_guid'] = pitch.get('play_guid')
p['start_speed'] = try_float(pitch.get('start_speed'))
p['end_speed'] = try_float(pitch.get('end_speed'))
p['sz_top'] = try_float(pitch.get('sz_top'))
p['sz_bottom'] = try_float(pitch.get('sz_bot'))
p['pfx_x'] = try_float(pitch.get('pfx_x'))
p['pfx_z'] = try_float(pitch.get('pfx_z'))
p['x0'] = try_float(pitch.get('x0'))
p['y0'] = try_float(pitch.get('y0'))
p['z0'] = try_float(pitch.get('z0'))
p['vx0'] = try_float(pitch.get('vx0'))
p['vy0'] = try_float(pitch.get('vy0'))
p['vz0'] = try_float(pitch.get('vz0'))
p['ax'] = try_float(pitch.get('ax'))
p['ay'] = try_float(pitch.get('ay'))
p['az'] = try_float(pitch.get('az'))
p['break_y'] = try_float(pitch.get('break_y'))
p['break_angle'] = try_float(pitch.get('break_angle'))
p['break_length'] = try_float(pitch.get('break_length'))
p['pitch_type'] = pitch.get('pitch_type')
p['type_confidence'] = try_float(pitch.get('type_confidence'))
p['zone'] = try_int(pitch.get('zone'))
p['nasty'] = try_int(pitch.get('nasty'))
p['spin_dir'] = try_float(pitch.get('spin_dir'))
p['spin_rate'] = try_float(pitch.get('spin_rate'))
# Drop None items and add Pitch to to_load
p = dict((k, v) for k, v in p.items() if v is not None)
logging.info(p)
self.to_load.append(Pitch(**p))
def parse_pitches(self):
# Parse every pitch in all innings, adding them to the to_load list.
pitch_counter = count()
for pitch in self.innings.find_all('pitch'):
# Some years are missing pitch_ids. Since we're using it as a key,
# assign here and increment the counter
p = {}
p['game_id'] = self.game_id
p['pitch_id'] = int(pitch.get('id', next(pitch_counter)))
p['at_bat_number'] = try_int(pitch.parent.get('num'))
p['description'] = pitch.get('des')
p['type'] = pitch.get('type')
try:
t = dateutil.parser.parse(pitch.get('tfs_zulu', ''))
p['timestamp'] = t.astimezone(timezone('America/New_York'))
except ValueError:
logging.warning('Could not parse timestamp: Game {}; pitch {}'.format(
self.game_id, p['pitch_id']))
p['x'] = try_float(pitch.get('x'))
p['y'] = try_float(pitch.get('y'))
p['event_num'] = try_int(pitch.get('event_num'))
p['sv_id'] = pitch.get('sv_id')
p['play_guid'] = pitch.get('play_guid')
p['start_speed'] = try_float(pitch.get('start_speed'))
p['end_speed'] = try_float(pitch.get('end_speed'))
p['sz_top'] = try_float(pitch.get('sz_top'))
p['sz_bottom'] = try_float(pitch.get('sz_bot'))
p['pfx_x'] = try_float(pitch.get('pfx_x'))
p['pfx_z'] = try_float(pitch.get('pfx_z'))
p['x0'] = try_float(pitch.get('x0'))
p['y0'] = try_float(pitch.get('y0'))
p['z0'] = try_float(pitch.get('z0'))
p['vx0'] = try_float(pitch.get('vx0'))
p['vy0'] = try_float(pitch.get('vy0'))
p['vz0'] = try_float(pitch.get('vz0'))
p['ax'] = try_float(pitch.get('ax'))
p['ay'] = try_float(pitch.get('ay'))
p['az'] = try_float(pitch.get('az'))
p['break_y'] = try_float(pitch.get('break_y'))
p['break_angle'] = try_float(pitch.get('break_angle'))
p['break_length'] = try_float(pitch.get('break_length'))
p['pitch_type'] = pitch.get('pitch_type')
p['type_confidence'] = try_float(pitch.get('type_confidence'))
p['zone'] = try_int(pitch.get('zone'))
p['nasty'] = try_int(pitch.get('nasty'))
p['spin_dir'] = try_float(pitch.get('spin_dir'))
p['spin_rate'] = try_float(pitch.get('spin_rate'))
# Drop None items and add Pitch to to_load
p = dict((k, v) for k, v in p.items() if v is not None)
logging.info(p)
self.to_load.append(Pitch(**p))
def parse_team(self, homeaway='home'):
# Extract pertinent contents of boxscore.xml. We'll keep one record for
# each Team per season, to allow for changing team names and/or cities.
# Since this will usually be an update (not an insert), merge it here
# instead of adding it to the list of objects to be added at once.
if self.boxscore is None:
logging.warn('{}: No boxscore available'.format(self.game_id))
return
# Hold the parsed contents in a dictionary. We'll drop None values
# before creating a Game instance.
team = {}
team['team_id'] = try_int(self.boxscore.get(homeaway + '_id'))
team['season'] = self.season
team['name'] = self.boxscore.get(homeaway + '_fname')
team['short_name'] = self.boxscore.get(homeaway + '_sname')
# League is a two-character code (e.g., 'AN' for 'American vs.
# National'), with the home team's league first and the away team second.
# If away, use the second character (True ~ 1). Otherwise, use the
# first (False ~ 0).
team['league'] = self.linescore.get('league', ' ')[homeaway == 'away']
team['division'] = self.linescore.get(homeaway + '_division', '')
# Drop None values
team = dict((k, v) for k, v in team.items() if v is not None)
if 'team_id' in team:
self.session.merge(Team(**team))
self.session.commit()
def pdb_split( pdb_file, output_dir, backbone_only=False,
resno_ignore=False, max_models=True, zfill=False ):
""" author: Johanna Tiemann
author: Alexander Rose
This function puts pdb-models into their own file.
"""
backbone = ( ' N ',' C ', ' CA ',' O ' )
bb_tag = "_bb" if backbone_only else ""
model_no = 0
if max_models and not zfill:
zfill = len( str(max_models) )
with open( pdb_file, "r" ) as fp:
for line in fp:
if line[0:5]=='MODEL':
model_no += 1
if model_no>max_models:
break
file_name = "%s%s.pdb" % ( str(model_no).zfill( zfill ), bb_tag )
file_path = os.path.join( output_dir, file_name )
with open( file_path, 'w') as fp_out:
for line in fp:
if line[0:4]!='ATOM':
if line[0:6]=='ENDMDL':
fp_out.write( 'END' )
break
continue
if backbone_only and line[12:16] not in backbone:
continue
if resno_ignore:
if try_int( line[22:26] ) in resno_ignore:
continue
fp_out.write( line )
def parse_team(self, homeaway='home'):
# Extract pertinent contents of boxscore.xml. We'll keep one record for
# each Team per season, to allow for changing team names and/or cities.
# Since this will usually be an update (not an insert), merge it here
# instead of adding it to the list of objects to be added at once.
if self.boxscore is None:
logging.warn('{}: No boxscore available'.format(self.game_id))
return
# Hold the parsed contents in a dictionary. We'll drop None values
# before creating a Game instance.
team = {}
team['team_id'] = try_int(self.boxscore.get(homeaway + '_id'))
team['season'] = self.season
team['name'] = self.boxscore.get(homeaway + '_fname')
team['short_name'] = self.boxscore.get(homeaway + '_sname')
# League is a two-character code (e.g., 'AN' for 'American vs.
# National'), with the home team's league first and the away team second.
# If away, use the second character (True ~ 1). Otherwise, use the
# first (False ~ 0).
team['league'] = self.linescore.get('league', ' ')[homeaway == 'away']
team['division'] = self.linescore.get(homeaway + '_division', '')
# Drop None values
team = dict((k, v) for k, v in team.items() if v is not None)
if 'team_id' in team:
self.session.merge(Team(**team))
self.session.commit()
def from_soup(cls, boxscore_soup, linescore_soup, homeaway='home'):
# TODO: Prefer linescore, since it's posted before the boxscore (or use
# game.xml
boxscore = boxscore_soup.find('boxscore')
game = linescore_soup.find('game')
team_id = try_int(boxscore.get(homeaway + '_id'))
season = try_int(boxscore.get('game_id')[:4])
name = boxscore.get(homeaway + '_fname')
short_name = boxscore.get(homeaway + '_sname')
# League is a two-character code (e.g., 'AN'), with the home team's
# league first and the away team second. If away, use second. If
# home, use first.
league = game.get('league', ' ')[homeaway == 'away']
division = game.get(homeaway + '_division', '')
return cls(team_id=team_id, season=season, name=name,
short_name=short_name, league=league, division=division)
def edit_user(userid=None):
""" Action that edits an existing user or creates a new one """
# True if user is new
is_new = False
is_admin = False
if current_user.is_anonymous():
is_admin = False
elif current_user.is_super_admin:
is_admin = True
userid = try_int(userid)
if userid != None and current_user.is_anonymous():
abort(403)
elif userid != None and not is_admin and not (current_user.id == userid):
abort(403)
if userid == None:
is_new = True
form = EditUserForm(request.form)
if not userid:
form.password.validators.append(validators.Required(message=_('Password is required')))
if request.method == 'POST' and form.validate():
if userid:
# Update existing
user = User.query.get(userid)
user.username = form.username.data
user.is_super_admin = form.is_super_admin.data if is_admin else False
user.is_disabled = form.is_disabled.data
user.shinken_contact = form.shinken_contact.data if is_admin else user.shinken_contact
if form.password.data:
user.set_password(form.password.data)
user.change_date = datetime.utcnow()
db.session.commit()
else:
# Create new
if User.query.filter_by(username= form.username.data).first():
flash(_('Username already taken!'),'error')
return redirect(url_for('edit_user'))
user = User(form.username.data,
form.password.data,
form.is_super_admin.data if is_admin else False)
user.is_disabled = form.is_disabled.data
user.shinken_contact = form.shinken_contact.data if is_admin else 'None'
db.session.add(user)
db.session.commit()
if current_user.is_anonymous():
return redirect(url_for('login'))
return redirect(url_for("list_users"))
else:
if userid:
# Fill the form with user info
user = User.query.filter(
User.id == userid).first()
form.username.data = user.username
form.is_disabled.data = user.is_disabled
form.is_super_admin.data = user.is_super_admin
form.shinken_contact.data = user.shinken_contact
return render_template('user/edit_user.html', form=form, isnew=is_new, isadmin=is_admin)
def edit_user(userid=None):
""" Action that edits an existing user or creates a new one """
# True if user is new
is_new = False
is_admin = False
if current_user.is_anonymous():
is_admin = False
elif current_user.is_super_admin:
is_admin = True
userid = try_int(userid)
if userid != None and current_user.is_anonymous():
abort(403)
elif userid != None and not is_admin and not (current_user.id == userid):
abort(403)
if userid == None:
is_new = True
form = EditUserForm(request.form)
if not userid:
form.password.validators.append(validators.Required(message=_('Password is required')))
if request.method == 'POST' and form.validate():
if userid:
# Update existing
user = User.query.get(userid)
user.username = form.username.data
user.is_super_admin = form.is_super_admin.data if is_admin else False
user.is_disabled = form.is_disabled.data
user.shinken_contact = form.shinken_contact.data if is_admin else user.shinken_contact
if form.password.data:
user.set_password(form.password.data)
db.session.commit()
else:
# Create new
if User.query.filter_by(username= form.username.data).first():
flash(_('Username already taken!'),'error')
return redirect(url_for('edit_user'))
user = User(form.username.data,
form.password.data,
form.is_super_admin.data if is_admin else False)
user.is_disabled = form.is_disabled.data
user.shinken_contact = form.shinken_contact.data if is_admin else 'None'
db.session.add(user)
db.session.commit()
if current_user.is_anonymous():
return redirect(url_for('login'))
return redirect(url_for("list_users"))
else:
if userid:
# Fill the form with user info
user = User.query.filter(
User.id == userid).first()
form.username.data = user.username
form.is_disabled.data = user.is_disabled
form.is_super_admin.data = user.is_super_admin
form.shinken_contact.data = user.shinken_contact
return render_template('user/edit_user.html', form=form, isnew=is_new, isadmin=is_admin)
def update(self, now: datetime, app):
try:
data = get_piped(self._redis, R_KEYS)
state = try_int(data[ObdRedisKeys.KEY_ALIVE])
self.set_status(ValueDisplayScreen.get_status_text(state))
spd = 0
rpm = 0
intmp = 0
inmap = 0
fuel_st1 = 0
fuel_st2 = 0
if state == 1 or state == 10:
spd = try_int(data[ObdRedisKeys.KEY_VEHICLE_SPEED])
rpm = try_int(data[ObdRedisKeys.KEY_ENGINE_RPM])
intmp = try_int(data[ObdRedisKeys.KEY_INTAKE_TEMP])
inmap = try_int(data[ObdRedisKeys.KEY_INTAKE_MAP])
fuel_st1 = try_int(data[ObdRedisKeys.KEY_FUELSYS_1_STATUS])
fuel_st2 = try_int(data[ObdRedisKeys.KEY_FUELSYS_2_STATUS])
else:
pass
self.set_speed(ceil(spd * SPEED_OFFSET_FACTOR))
self.set_rpm(rpm)
self.set_intake_temp(intmp)
self.set_intake_map(inmap)
self.set_fuel_status_1(fuel_st1)
self.set_fuel_status_2(fuel_st2)
except:
self.set_status('DATA ERR')
super().update(now, app)
def disable_user(userid=None):
""" Disable an user """
userid = try_int(userid)
if not current_user.is_super_admin or userid == current_user.id:
abort(403)
user = User.query.get(userid)
user.is_disabled = not user.is_disabled
db.session.commit()
return 'Ok',200
def destroy_user(userid=None):
""" Remove an user entry """
userid = try_int(userid)
if not current_user.is_super_admin or userid == current_user.id:
abort(403)
user = User.query.get(userid)
db.session.delete(user)
db.session.commit()
return 'Ok',200
def disable_user(userid=None):
""" Disable an user """
userid = try_int(userid)
if not current_user.is_super_admin or userid == current_user.id:
abort(403)
user = User.query.get(userid)
user.is_disabled = not user.is_disabled
db.session.commit()
return 'Ok',200
def destroy_user(userid=None):
""" Remove an user entry """
userid = try_int(userid)
if not current_user.is_super_admin or userid == current_user.id:
abort(403)
user = User.query.get(userid)
db.session.delete(user)
db.session.commit()
return 'Ok',200
def parse_game(self):
# Extract pertinent contents of linescore.xml and boxscore.xml, adding a
# Game object to the to_load list
# Hold the parsed contents in a dictionary. We'll drop None values
# before creating a Game instance.
game = {}
game['game_id'] = self.game_id
game['url'] = self.base_url
game['game_date'] = self.game_date
game['season'] = self.season
# Try to parse the starting time. Double-headers (game_ids ending with
# '_2') are sometimes missing this (they'll list the time as 'Gm 2').
# TODO: Try to parse this from the time_date attribute or from game.xml
time_text = '{} {}'.format(self.linescore.get('time'),
self.linescore.get('ampm'))
try:
game_time = dt.datetime.strptime(time_text, '%I:%M %p').time()
game['game_datetime'] = dt.datetime.combine(
self.game_date, game_time)
except ValueError:
logging.warn('Could not parse time for {}'.format(self.game_id))
game['venue'] = self.linescore.get('venue')
game['game_type'] = self.linescore.get('game_type', '')
game['inning'] = try_int(self.linescore.get('inning'))
game['outs'] = try_int(self.linescore.get('outs'))
game['top_inning'] = self.linescore.get('top_inning', '') == 'Y'
game['status'] = self.linescore.get('status')
game['home_team_id'] = try_int(self.linescore.get('home_team_id'))
game['away_team_id'] = try_int(self.linescore.get('away_team_id'))
game['home_team_runs'] = try_int(self.linescore.get('home_team_runs'))
game['away_team_runs'] = try_int(self.linescore.get('away_team_runs'))
game['home_team_hits'] = try_int(self.linescore.get('home_team_hits'))
game['away_team_hits'] = try_int(self.linescore.get('away_team_hits'))
game['home_team_errors'] = try_int(
self.linescore.get('home_team_errors'))
game['away_team_errors'] = try_int(
self.linescore.get('away_team_errors'))
# Drop 'None' items
game = dict((k, v) for k, v in game.items() if v is not None)
# Add a Game object to the to_load list
self.to_load.append(Game(**game))
def on_execute(self, params):
percent = utils.try_int(params[0], -1)
if percent >= 0:
percent = max(0, min(100, percent))
self.application.player.setVolume(percent)
self.application.status['volume'] = str(percent)
self.respond(1)
self.notify('status', { 'volume' : str(percent)}, Recipient.Others)
def delete_unit(unitid):
""" Delete an unit """
unitid = try_int(unitid)
if not current_user.is_super_admin:
abort(403)
unit = Unit.query.get(unitid)
if not unit:
abort(404)
db.session.delete(unit)
db.session.commit()
return 'Ok',204
def parse_runners(self):
# Parse all runners
# TODO: Multiple runner tags for the same runner will sometimes appear
# in a single at bat (for example, when a runner steals a base). Need
# to add some kind of sequence identifier.
for runner in self.innings.find_all('runner'):
r = {}
r['game_id'] = self.game_id
r['at_bat_number'] = try_int(runner.parent.get('num'))
r['runner_id'] = try_int(runner.get('id'))
r['start'] = runner.get('start')
r['end'] = runner.get('end')
r['event'] = runner.get('event')
r['event_num'] = runner.get('event_num')
r['score'] = runner.get('score', '') == 'T'
r['rbi'] = runner.get('rbi', '') == 'T'
r['earned'] = runner.get('earned', '') == 'T'
# Drop None values
r = dict((k, v) for k, v in r.items() if v is not None)
self.to_load.append(Runner(**r))
def parse_runners(self):
# Parse all runners
# TODO: Multiple runner tags for the same runner will sometimes appear
# in a single at bat (for example, when a runner steals a base). Need
# to add some kind of sequence identifier.
for runner in self.innings.find_all('runner'):
r = {}
r['game_id'] = self.game_id
r['at_bat_number'] = try_int(runner.parent.get('num'))
r['runner_id'] = try_int(runner.get('id'))
r['start'] = runner.get('start')
r['end'] = runner.get('end')
r['event'] = runner.get('event')
r['event_num'] = runner.get('event_num')
r['score'] = runner.get('score', '') == 'T'
r['rbi'] = runner.get('rbi', '') == 'T'
r['earned'] = runner.get('earned', '') == 'T'
# Drop None values
r = dict((k, v) for k, v in r.items() if v is not None)
self.to_load.append(Runner(**r))
def parse_game(self):
# Extract pertinent contents of linescore.xml and boxscore.xml, adding a
# Game object to the to_load list
# Hold the parsed contents in a dictionary. We'll drop None values
# before creating a Game instance.
game = {}
game['game_id'] = self.game_id
game['url'] = self.base_url
game['game_date'] = self.game_date
game['season'] = self.season
# Try to parse the starting time. Double-headers (game_ids ending with
# '_2') are sometimes missing this (they'll list the time as 'Gm 2').
# TODO: Try to parse this from the time_date attribute or from game.xml
time_text = '{} {}'.format(self.linescore.get('time'),
self.linescore.get('ampm'))
try:
game_time = dt.datetime.strptime(time_text, '%I:%M %p').time()
game['game_datetime'] = dt.datetime.combine(self.game_date, game_time)
except ValueError:
logging.warn('Could not parse time for {}'.format(self.game_id))
game['venue'] = self.linescore.get('venue')
game['game_type'] = self.linescore.get('game_type', '')
game['inning'] = try_int(self.linescore.get('inning'))
game['outs'] = try_int(self.linescore.get('outs'))
game['top_inning'] = self.linescore.get('top_inning', '') == 'Y'
game['status'] = self.linescore.get('status')
game['home_team_id'] = try_int(self.linescore.get('home_team_id'))
game['away_team_id'] = try_int(self.linescore.get('away_team_id'))
game['home_team_runs'] = try_int(self.linescore.get('home_team_runs'))
game['away_team_runs'] = try_int(self.linescore.get('away_team_runs'))
game['home_team_hits'] = try_int(self.linescore.get('home_team_hits'))
game['away_team_hits'] = try_int(self.linescore.get('away_team_hits'))
game['home_team_errors'] = try_int(self.linescore.get('home_team_errors'))
game['away_team_errors'] = try_int(self.linescore.get('away_team_errors'))
# Drop 'None' items
game = dict((k, v) for k, v in game.items() if v is not None)
# Add a Game object to the to_load list
self.to_load.append(Game(**game))
def delete_unit(unitid):
""" Delete an unit """
unitid = try_int(unitid)
if not current_user.is_super_admin:
abort(403)
unit = Unit.query.get(unitid)
if not unit:
abort(404)
db.session.delete(unit)
db.engine.execute(
text("UPDATE parts_conf SET value = 'None' where key like '%|unit' and value = :unit;"), {"unit": unit.name}
)
db.session.commit()
return "Ok", 204
def delete_unit(unitid):
""" Delete an unit """
unitid = try_int(unitid)
if not current_user.is_super_admin:
abort(403)
unit = Unit.query.get(unitid)
if not unit:
abort(404)
db.session.delete(unit)
db.engine.execute(
text(
"UPDATE parts_conf SET value = 'None' where key like '%|unit' and value = :unit;"
), {'unit': unit.name})
db.session.commit()
return 'Ok', 204
def load_page(self, url):
"""
Loads URL to json
:param url:
:return:
"""
auth = None
if 'github_token' in self.state and 'github_user' in self.state:
auth = HTTPBasicAuth(self.state['github_user'], self.state['github_token'])
for attempt in range(self.attempts):
if self.terminate:
raise Exception('Terminating')
try:
res = requests.get(url, timeout=10, auth=auth)
headers = res.headers
if res.status_code == 404:
logger.warning('URL not found: %s' % url)
return None, None, None
self.rate_limit_reset = utils.try_float(headers.get('X-RateLimit-Reset')) + 10
self.rate_limit_remaining = utils.try_int(headers.get('X-RateLimit-Remaining'))
if self.rate_limit_remaining is not None and self.rate_limit_remaining <= 1:
sleep_sec = self.rate_limit_reset - time.time()
logger.info('Rate limit exceeded, sleeping till: %d, it is %d seconds, %d minutes'
% (self.rate_limit_reset, sleep_sec, sleep_sec / 60.0))
self.sleep_interruptible(self.rate_limit_reset)
raise Exception('Rate limit exceeded')
if res.status_code // 100 != 2:
res.raise_for_status()
data = res.content
if data is None:
raise Exception('Empty response')
js = json.loads(data, object_pairs_hook=OrderedDict)
return js, headers, res
except Exception as e:
logger.warning('Exception in loading page: %s, page: %s' % (e, url))
logger.warning('Skipping url: %s' % url)
return None, None, None
def load_page_local(self):
"""
Loads page stored in thread local
:return:
"""
auth = None
resource = self.local_data.resource
if resource.usr is not None:
auth = HTTPBasicAuth(resource.usr, resource.token)
job = self.local_data.job
res = requests.get(job.url, timeout=10, auth=auth)
headers = res.headers
resource.reset_time = utils.try_float(headers.get('X-RateLimit-Reset'))
resource.remaining = utils.try_int(
headers.get('X-RateLimit-Remaining'))
resource.last_used = time.time()
resource.used_cnt += 1
if res.status_code == 403 and resource.remaining is not None and resource.remaining < 10:
resource.fail_cnt += 1
raise RateLimitHit
if res.status_code == 404:
resource.fail_cnt += 1
logger.warning('URL not found: %s' % job.url)
return None, None, None
if res.status_code // 100 != 2:
resource.fail_cnt += 1
res.raise_for_status()
data = res.content
if data is None:
resource.fail_cnt += 1
raise Exception('Empty response')
js = json.loads(data, object_pairs_hook=OrderedDict)
return js, headers, res
def on_execute(self, params):
play_id = utils.try_int(params[0], -1)
if play_id >= 0 and play_id != self.application.status['playid']:
station = self.application.stations.get_id(play_id)
self.application.player.play(station.url)
self.application.status.update({
'playing' : True,
'playid' : play_id,
'stream' : station.name,
'player' : self.application.player.log.get_status(),
'trackinfo' : {}
})
self.application.db.add_played_station(station.name, station.url)
self.respond(1)
def parse_team_stats(self, homeaway='home'):
# Parse each team's stats, relative to a single game
team_stats = {}
batting = self.boxscore.find('batting', team_flag=homeaway)
pitching = self.boxscore.find('pitching', team_flag=homeaway)
team_stats['game_id'] = self.game_id
team_stats['team_id'] = try_int(self.boxscore.get(homeaway + '_id'))
team_stats['at_home'] = (homeaway == 'home')
games_back_text = self.linescore.get(homeaway + '_games_back')
games_back_wildcard_text = self.linescore.get(homeaway + '_games_back')
# If a team is 0 games back, they'll be listed as '-'. The
# games_back_wildcard is sometimes '-', sometimes missing in this case.
# If they're 0 games back, set both to 0
if games_back_text == '-':
team_stats['games_back'] = 0
team_stats['games_back_wildcard'] = 0
elif games_back_wildcard_text == '-':
team_stats['games_back_wildcard'] = 0
team_stats['games_back'] = try_float(games_back_text)
else:
team_stats['games_back'] = try_float(games_back_text)
team_stats['games_back_wildcard'] = try_float(
games_back_wildcard_text)
wins = try_int(self.boxscore.get(homeaway + '_wins', 0))
losses = try_int(self.boxscore.get(homeaway + '_loss', 0))
team_stats['wins'] = wins
team_stats['losses'] = losses
team_stats['winrate'] = 0 if (wins +
losses) == 0 else wins / (wins + losses)
team_stats['avg'] = try_float(batting.get('avg'))
team_stats['at_bats'] = try_int(batting.get('ab'))
team_stats['runs'] = try_int(batting.get('r'))
team_stats['hits'] = try_int(batting.get('h'))
team_stats['doubles'] = try_int(batting.get('d'))
team_stats['triples'] = try_int(batting.get('t'))
team_stats['home_runs'] = try_int(batting.get('hr'))
team_stats['rbis'] = try_int(batting.get('rbi'))
team_stats['walks'] = try_int(batting.get('bb'))
team_stats['putouts'] = try_int(batting.get('po'))
team_stats['da'] = try_int(batting.get('da'))
team_stats['strikeouts'] = try_int(batting.get('so'))
team_stats['left_on_base'] = try_int(batting.get('lob'))
team_stats['era'] = try_float(pitching.get('era'))
# Drop None values and add TeamStats object to the to_load list
team_stats = dict(
(k, v) for k, v in team_stats.items() if v is not None)
self.to_load.append(TeamStats(**team_stats))
def list_users(page=None):
""" Action that displays a list of existing users """
page = try_int(page, 1)
list = User.query.paginate(page)
clist = {c : livestatus.contacts[c].email for c in livestatus.contacts}
return render_template('user/list_users.html', list=list,contacts=clist)
def list_users(page=None):
""" Action that displays a list of existing users """
page = try_int(page, 1)
list = User.query.paginate(page)
clist = {c : livestatus.contacts[c].email for c in livestatus.contacts}
return render_template('user/list_users.html', list=list,contacts=clist)
def parse_pitchers(self):
# Parses pitcher statistics and adds all pitchers to the to_load list
for pitcher in self.boxscore.find_all('pitcher'):
p = {}
p['pitcher_id'] = try_int(pitcher.get('id'))
p['game_id'] = self.game_id
homeaway = pitcher.parent.get('team_flag')
p['team_id'] = try_int(self.boxscore.get(homeaway + '_id'))
p['name'] = pitcher.get('name')
p['full_name'] = pitcher.get('name_display_first_last')
p['position'] = pitcher.get('pos')
p['outs'] = try_int(pitcher.get('out'))
p['batters_faced'] = try_int(pitcher.get('bf'))
p['home_runs'] = try_int(pitcher.get('hr'))
p['walks'] = try_int(pitcher.get('bb'))
p['strikeouts'] = try_int(pitcher.get('so'))
p['earned_runs'] = try_int(pitcher.get('er'))
p['runs'] = try_int(pitcher.get('r'))
p['hits'] = try_int(pitcher.get('h'))
p['wins'] = try_int(pitcher.get('w'))
p['losses'] = try_int(pitcher.get('l'))
p['saves'] = try_int(pitcher.get('sv'))
p['era'] = try_float(pitcher.get('era'))
p['pitches_thrown'] = try_int(pitcher.get('np'))
p['strikes'] = try_int(pitcher.get('s'))
p['blown_saves'] = try_int(pitcher.get('bs'))
p['holds'] = try_int(pitcher.get('hld'))
p['season_innings_pitched'] = try_float(pitcher.get('s_ip'))
p['season_hits'] = try_int(pitcher.get('s_h'))
p['season_runs'] = try_int(pitcher.get('s_r'))
p['season_earned_runs'] = try_int(pitcher.get('s_er'))
p['season_walks'] = try_int(pitcher.get('s_bb'))
p['season_strikeouts'] = try_int(pitcher.get('s_so'))
p['game_score'] = try_int(pitcher.get('game_score'))
p['blown_save'] = pitcher.get('blown_save')
p['save'] = pitcher.get('save')
p['loss'] = pitcher.get('loss')
p['win'] = pitcher.get('win')
# Drop None values and add to the to_load list
p = dict((k, v) for k, v in p.items() if v is not None)
self.to_load.append(Pitcher(**p))
def parse_batters(self):
# Parses batter statistics and adds all batters to the to_load list
for batter in self.boxscore.find_all('batter'):
b = {}
b['game_id'] = self.game_id
homeaway = batter.parent.get('team_flag')
b['team_id'] = try_int(self.boxscore.get(homeaway + '_id'))
b['batter_id'] = try_int(batter.get('id'))
b['name'] = batter.get('name')
b['full_name'] = batter.get('name_display_first_last')
b['avg'] = try_float(batter.get('avg'))
b['batting_order'] = try_int(batter.get('bo'))
b['at_bats'] = try_int(batter.get('ab'))
b['strikeouts'] = try_int(batter.get('so'))
b['flyouts'] = try_int(batter.get('ao'))
b['hits'] = try_int(batter.get('h'))
b['doubles'] = try_int(batter.get('d'))
b['triples'] = try_int(batter.get('t'))
b['home_runs'] = try_int(batter.get('hr'))
b['walks'] = try_int(batter.get('bb'))
b['hit_by_pitch'] = try_int(batter.get('hbp'))
b['sac_bunts'] = try_int(batter.get('sac'))
b['sac_flys'] = try_int(batter.get('fs'))
b['rbi'] = try_int(batter.get('rbi'))
b['assists'] = try_int(batter.get('a'))
b['runs'] = try_int(batter.get('r'))
b['left_on_base'] = try_int(batter.get('lob'))
b['caught_stealing'] = try_int(batter.get('cs'))
b['stolen_bases'] = try_int(batter.get('sb'))
b['season_walks'] = try_int(batter.get('s_bb'))
b['season_hits'] = try_int(batter.get('s_h'))
b['season_home_runs'] = try_int(batter.get('s_hr'))
b['season_runs'] = try_int(batter.get('s_r'))
b['season_rbi'] = try_int(batter.get('s_rbi'))
b['season_strikeouts'] = try_int(batter.get('s_so'))
b['position'] = batter.get('pos')
b['putouts'] = try_int(batter.get('po'))
b['errors'] = try_int(batter.get('e'))
b['fielding'] = try_float(batter.get('fldg'))
# Drop None values and add to to_load list
b = dict((k, v) for k, v in b.items() if v is not None)
self.to_load.append(Batter(**b))
def parse_team_stats(self, homeaway='home'):
# Parse each team's stats, relative to a single game
team_stats = {}
batting = self.boxscore.find('batting', team_flag=homeaway)
pitching = self.boxscore.find('pitching', team_flag=homeaway)
team_stats['game_id'] = self.game_id
team_stats['team_id'] = try_int(self.boxscore.get(homeaway + '_id'))
team_stats['at_home'] = (homeaway == 'home')
games_back_text = self.linescore.get(homeaway + '_games_back')
games_back_wildcard_text = self.linescore.get(homeaway + '_games_back')
# If a team is 0 games back, they'll be listed as '-'. The
# games_back_wildcard is sometimes '-', sometimes missing in this case.
# If they're 0 games back, set both to 0
if games_back_text == '-':
team_stats['games_back'] = 0
team_stats['games_back_wildcard'] = 0
elif games_back_wildcard_text == '-':
team_stats['games_back_wildcard'] = 0
team_stats['games_back'] = try_float(games_back_text)
else:
team_stats['games_back'] = try_float(games_back_text)
team_stats['games_back_wildcard'] = try_float(games_back_wildcard_text)
wins = try_int(self.boxscore.get(homeaway + '_wins', 0))
losses = try_int(self.boxscore.get(homeaway + '_loss', 0))
team_stats['wins'] = wins
team_stats['losses'] = losses
team_stats['winrate'] = 0 if (wins + losses) == 0 else wins / (wins + losses)
team_stats['avg'] = try_float(batting.get('avg'))
team_stats['at_bats'] = try_int(batting.get('ab'))
team_stats['runs'] = try_int(batting.get('r'))
team_stats['hits'] = try_int(batting.get('h'))
team_stats['doubles'] = try_int(batting.get('d'))
team_stats['triples'] = try_int(batting.get('t'))
team_stats['home_runs'] = try_int(batting.get('hr'))
team_stats['rbis'] = try_int(batting.get('rbi'))
team_stats['walks'] = try_int(batting.get('bb'))
team_stats['putouts'] = try_int(batting.get('po'))
team_stats['da'] = try_int(batting.get('da'))
team_stats['strikeouts'] = try_int(batting.get('so'))
team_stats['left_on_base'] = try_int(batting.get('lob'))
team_stats['era'] = try_float(pitching.get('era'))
# Drop None values and add TeamStats object to the to_load list
team_stats = dict((k, v) for k, v in team_stats.items() if v is not None)
self.to_load.append(TeamStats(**team_stats))
def parse_batters(self):
# Parses batter statistics and adds all batters to the to_load list
for batter in self.boxscore.find_all('batter'):
b = {}
b['game_id'] = self.game_id
homeaway = batter.parent.get('team_flag')
b['team_id'] = try_int(self.boxscore.get(homeaway + '_id'))
b['batter_id'] = try_int(batter.get('id'))
b['name'] = batter.get('name')
b['full_name'] = batter.get('name_display_first_last')
b['avg'] = try_float(batter.get('avg'))
b['batting_order'] = try_int(batter.get('bo'))
b['at_bats'] = try_int(batter.get('ab'))
b['strikeouts'] = try_int(batter.get('so'))
b['flyouts'] = try_int(batter.get('ao'))
b['hits'] = try_int(batter.get('h'))
b['doubles'] = try_int(batter.get('d'))
b['triples'] = try_int(batter.get('t'))
b['home_runs'] = try_int(batter.get('hr'))
b['walks'] = try_int(batter.get('bb'))
b['hit_by_pitch'] = try_int(batter.get('hbp'))
b['sac_bunts'] = try_int(batter.get('sac'))
b['sac_flys'] = try_int(batter.get('fs'))
b['rbi'] = try_int(batter.get('rbi'))
b['assists'] = try_int(batter.get('a'))
b['runs'] = try_int(batter.get('r'))
b['left_on_base'] = try_int(batter.get('lob'))
b['caught_stealing'] = try_int(batter.get('cs'))
b['stolen_bases'] = try_int(batter.get('sb'))
b['season_walks'] = try_int(batter.get('s_bb'))
b['season_hits'] = try_int(batter.get('s_h'))
b['season_home_runs'] = try_int(batter.get('s_hr'))
b['season_runs'] = try_int(batter.get('s_r'))
b['season_rbi'] = try_int(batter.get('s_rbi'))
b['season_strikeouts'] = try_int(batter.get('s_so'))
b['position'] = batter.get('pos')
b['putouts'] = try_int(batter.get('po'))
b['errors'] = try_int(batter.get('e'))
b['fielding'] = try_float(batter.get('fldg'))
# Drop None values and add to to_load list
b = dict((k, v) for k, v in b.items() if v is not None)
self.to_load.append(Batter(**b))
def parse_pitchers(self):
# Parses pitcher statistics and adds all pitchers to the to_load list
for pitcher in self.boxscore.find_all('pitcher'):
p = {}
p['pitcher_id'] = try_int(pitcher.get('id'))
p['game_id'] = self.game_id
homeaway = pitcher.parent.get('team_flag')
p['team_id'] = try_int(self.boxscore.get(homeaway + '_id'))
p['name'] = pitcher.get('name')
p['full_name'] = pitcher.get('name_display_first_last')
p['position'] = pitcher.get('pos')
p['outs'] = try_int(pitcher.get('out'))
p['batters_faced'] = try_int(pitcher.get('bf'))
p['home_runs'] = try_int(pitcher.get('hr'))
p['walks'] = try_int(pitcher.get('bb'))
p['strikeouts'] = try_int(pitcher.get('so'))
p['earned_runs'] = try_int(pitcher.get('er'))
p['runs'] = try_int(pitcher.get('r'))
p['hits'] = try_int(pitcher.get('h'))
p['wins'] = try_int(pitcher.get('w'))
p['losses'] = try_int(pitcher.get('l'))
p['saves'] = try_int(pitcher.get('sv'))
p['era'] = try_float(pitcher.get('era'))
p['pitches_thrown'] = try_int(pitcher.get('np'))
p['strikes'] = try_int(pitcher.get('s'))
p['blown_saves'] = try_int(pitcher.get('bs'))
p['holds'] = try_int(pitcher.get('hld'))
p['season_innings_pitched'] = try_float(pitcher.get('s_ip'))
p['season_hits'] = try_int(pitcher.get('s_h'))
p['season_runs'] = try_int(pitcher.get('s_r'))
p['season_earned_runs'] = try_int(pitcher.get('s_er'))
p['season_walks'] = try_int(pitcher.get('s_bb'))
p['season_strikeouts'] = try_int(pitcher.get('s_so'))
p['game_score'] = try_int(pitcher.get('game_score'))
p['blown_save'] = pitcher.get('blown_save')
p['save'] = pitcher.get('save')
p['loss'] = pitcher.get('loss')
p['win'] = pitcher.get('win')
# Drop None values and add to the to_load list
p = dict((k, v) for k, v in p.items() if v is not None)
self.to_load.append(Pitcher(**p))
