def _convertTTS(self, tts, carid, oldsum, rawsum):
position = 1
additions = list()
for entry in tts.rows:
entry.position = position
position += 1
if entry.carid == carid:
entry.label = 'current'
if oldsum is not None and oldsum > 0:
additions.append(
entry.copyWith(position='old',
toptime=t3(oldsum),
label='old'))
if rawsum is not None and rawsum > 0:
additions.append(
entry.copyWith(position='raw',
toptime=t3(rawsum),
label='raw'))
if additions:
tts.rows.extend(additions)
tts.rows.sort(key=lambda x: float(x.toptime))
tts.rows.sort(key=lambda x: int(x.courses), reverse=True)
return tts.rows
def _classlist(self, carid):
(self.driver, self.car) = self.session.query(Driver,Car).join('cars').filter(Car.id==carid).first()
if self.driver.alias and not config['nwrsc.private']:
self.driver.firstname = self.driver.alias
self.driver.lastname = ""
self.announcer = self.session.query(AnnouncerData).filter(AnnouncerData.eventid==self.eventid).filter(AnnouncerData.carid==carid).first()
if self.announcer is None:
raise BeforePage('no announcer data')
ret = []
classdata = ClassData(self.session)
savecourses = 0
for res in getClassResultsShort(self.session, self.settings, self.event, classdata, self.car.classcode):
ret.append(_extract(res, 'sum', 'pospoints', 'diffpoints', 'carid', 'firstname', 'lastname', 'indexstr', 'position', 'trophy', 'diff', 'courses'))
if res.carid == carid:
ret[-1]['label'] = "current"
savecourses = ret[-1]['courses']
if self.announcer.oldsum > 0:
ret.append({'sum': t3(self.announcer.oldsum), 'firstname':self.driver.firstname, 'lastname':self.driver.lastname, 'position':'old', 'label':'old', 'courses':savecourses})
if self.announcer.potentialsum > 0:
ret.append({'sum': t3(self.announcer.potentialsum), 'firstname':self.driver.firstname, 'lastname':self.driver.lastname, 'position':'raw', 'label':'raw', 'courses':savecourses})
ret.sort(key=lambda x: float(x['sum']))
ret.sort(key=lambda x: int(x['courses']), reverse=True)
return ret
def _champlist(self, carid):
self.car = self.session.query(Car).get(carid)
self.cls = self.session.query(Class).filter(Class.code==self.car.classcode).first()
self.announcer = self.session.query(AnnouncerData).filter(AnnouncerData.eventid==self.eventid).filter(AnnouncerData.carid==carid).first()
if self.announcer is None:
raise BeforePage('no announcer data')
ret = []
pos = 1
for res in getChampResults(self.session, self.settings, self.cls.code).get(self.cls.code, []):
entry = dict()
entry['points'] = t3(res.points.total)
entry['carid'] = res.carid
entry['driverid'] = res.id
entry['firstname'] = res.firstname
entry['lastname'] = res.lastname
entry['events'] = res.events
entry['position'] = pos
ret.append(entry)
pos += 1
if res.id != self.car.driverid:
continue
entry['label'] = 'current'
if res.points == res.pospoints:
if self.announcer.oldpospoints > 0:
entry = entry.copy()
entry['position'] = "old"
entry['label'] = "old"
entry['points'] = res.pospoints.theory(self.eventid, self.announcer.oldpospoints)
ret.append(entry)
if self.announcer.potentialpospoints > 0:
entry = entry.copy()
entry['position'] = "raw"
entry['label'] = "raw"
entry['points'] = res.pospoints.theory(self.eventid, self.announcer.potentialpospoints)
ret.append(entry)
if res.points == res.diffpoints:
if self.announcer.olddiffpoints > 0:
entry = entry.copy()
entry['position'] = "old"
entry['label'] = "old"
entry['points'] = t3(res.diffpoints.theory(self.eventid, self.announcer.olddiffpoints))
ret.append(entry)
if self.announcer.potentialdiffpoints > 0:
entry = entry.copy()
entry['position'] = "raw"
entry['label'] = "raw"
entry['points'] = t3(res.diffpoints.theory(self.eventid, self.announcer.potentialdiffpoints))
ret.append(entry)
ret.sort(key=lambda x: float(x['points']), reverse=True)
return ret
def loadTopCourseNetTimes(session, event, course, classdata, allruns=False):
if allruns:
sql = topCourseNetAll
else:
sql = topCourseNet
ttl = TopTimesList("Top Index Times (Course %d)" % course, ['Name', 'Index', '', 'Time'], ['name', 'indexstr', 'indexvalue', 'toptime'])
for row in session.execute(sql, params={'eventid':event.id, 'course':course}):
entry = TopTimeEntry(row)
entry.indexstr = classdata.getIndexStr(entry)
entry.indexvalue = t3(classdata.getEffectiveIndex(entry))
entry.toptime = t3(entry.toptime)
ttl.add(entry)
return ttl
def loadTopNetTimes(session, event, classdata, allruns=False):
if allruns:
sql = topNetAll
title = "Top Index Times (All)"
else:
sql = topNet
title = "Top Index Times (Counted)"
ttl = TopTimesList(title, ['Name', 'Class', 'Index', '', 'Time'], ['name', 'classcode', 'indexstr', 'indexvalue', 'toptime'])
for row in session.execute(sql, params={'eventid':event.id}):
entry = TopTimeEntry(row)
entry.indexstr = classdata.getIndexStr(row)
entry.indexvalue = t3(classdata.getEffectiveIndex(row))
entry.toptime = t3(row.toptime)
ttl.add(entry)
return ttl
def _classlist(self, carid):
(self.driver, self.car) = self.session.query(
Driver, Car).join('cars').filter(Car.id == carid).first()
if self.driver.alias and not config['nwrsc.private']:
self.driver.firstname = self.driver.alias
self.driver.lastname = ""
self.announcer = self.session.query(AnnouncerData).filter(
AnnouncerData.eventid == self.eventid).filter(
AnnouncerData.carid == carid).first()
if self.announcer is None:
raise BeforePage('no announcer data')
ret = []
classdata = ClassData(self.session)
savecourses = 0
for res in getClassResultsShort(self.session, self.settings,
self.event, classdata,
self.car.classcode):
ret.append(
_extract(res, 'sum', 'pospoints', 'diffpoints', 'carid',
'firstname', 'lastname', 'indexstr', 'position',
'trophy', 'diff', 'courses'))
if res.carid == carid:
ret[-1]['label'] = "current"
savecourses = ret[-1]['courses']
if self.announcer.oldsum > 0:
ret.append({
'sum': t3(self.announcer.oldsum),
'firstname': self.driver.firstname,
'lastname': self.driver.lastname,
'position': 'old',
'label': 'old',
'courses': savecourses
})
if self.announcer.potentialsum > 0:
ret.append({
'sum': t3(self.announcer.potentialsum),
'firstname': self.driver.firstname,
'lastname': self.driver.lastname,
'position': 'raw',
'label': 'raw',
'courses': savecourses
})
ret.sort(key=lambda x: float(x['sum']))
ret.sort(key=lambda x: int(x['courses']), reverse=True)
return ret
def _extract(obj, *keys): if type(obj) is dict: ret = dict([(k, obj[k]) for k in keys]) else: ret = dict([(k, getattr(obj,k)) for k in keys]) for k, v in ret.iteritems(): if type(v) is float: ret[k] = t3(v) return ret
def _extract(obj, *keys):
if type(obj) is dict:
ret = dict([(k, obj[k]) for k in keys])
else:
ret = dict([(k, getattr(obj, k)) for k in keys])
for k, v in ret.iteritems():
if type(v) is float:
ret[k] = t3(v)
return ret
def loadTopSegRawTimes(session, event, course, seg):
getcol = ", MIN(r.seg%d) as toptime " % (seg)
topSegRaw = top1 + getcol + top2 + " and r.course=:course and r.seg%d > %d group by r.carid order by toptime " % (seg, event.getSegments()[seg-1])
ttl = TopTimesList("Top Segment Times (Course %d)" % course, ['Name', 'Class', 'Time'], ['name', 'classcode', 'toptime'])
for row in session.execute(topSegRaw, params={'eventid':event.id, 'course':course}):
entry = TopTimeEntry(row)
entry.toptime = t3(entry.toptime)
ttl.add(entry)
return ttl
def _convertTTS(self, tts, carid, oldsum, rawsum): position = 1 additions = list() for entry in tts.rows: entry.position = position position += 1 if entry.carid == carid: entry.label = 'current' if oldsum is not None and oldsum > 0: additions.append(entry.copyWith(position='old', toptime=t3(oldsum), label='old')) if rawsum is not None and rawsum > 0: additions.append(entry.copyWith(position='raw', toptime=t3(rawsum), label='raw')) if additions: tts.rows.extend(additions) tts.rows.sort(key=lambda x: float(x.toptime)) tts.rows.sort(key=lambda x: int(x.courses), reverse=True) return tts.rows
def loadTopCourseRawTimes(session, event, course, classdata, allruns=False):
if allruns:
sql = topCourseRawAll
else:
sql = topCourseRaw
ttl = TopTimesList("Top Times (Course %d)" % course, ['Name', 'Class', 'Time'], ['name', 'classcode', 'toptime'])
for row in session.execute(sql, params={'eventid':event.id, 'course':course, 'conepen':event.conepen, 'gatepen':event.gatepen}):
entry = TopTimeEntry(row)
entry.toptime = t3(entry.toptime)
ttl.add(entry)
return ttl
def _champlist(self, carid):
self.car = self.session.query(Car).get(carid)
self.cls = self.session.query(Class).filter(
Class.code == self.car.classcode).first()
self.announcer = self.session.query(AnnouncerData).filter(
AnnouncerData.eventid == self.eventid).filter(
AnnouncerData.carid == carid).first()
if self.announcer is None:
raise BeforePage('no announcer data')
ret = []
pos = 1
for res in getChampResults(self.session, self.settings,
self.cls.code).get(self.cls.code, []):
entry = dict()
entry['points'] = t3(res.points.total)
entry['carid'] = res.carid
entry['driverid'] = res.id
entry['firstname'] = res.firstname
entry['lastname'] = res.lastname
entry['events'] = res.events
entry['position'] = pos
ret.append(entry)
pos += 1
if res.id != self.car.driverid:
continue
entry['label'] = 'current'
if res.points == res.pospoints:
if self.announcer.oldpospoints > 0:
entry = entry.copy()
entry['position'] = "old"
entry['label'] = "old"
entry['points'] = res.pospoints.theory(
self.eventid, self.announcer.oldpospoints)
ret.append(entry)
if self.announcer.potentialpospoints > 0:
entry = entry.copy()
entry['position'] = "raw"
entry['label'] = "raw"
entry['points'] = res.pospoints.theory(
self.eventid, self.announcer.potentialpospoints)
ret.append(entry)
if res.points == res.diffpoints:
if self.announcer.olddiffpoints > 0:
entry = entry.copy()
entry['position'] = "old"
entry['label'] = "old"
entry['points'] = t3(
res.diffpoints.theory(self.eventid,
self.announcer.olddiffpoints))
ret.append(entry)
if self.announcer.potentialdiffpoints > 0:
entry = entry.copy()
entry['position'] = "raw"
entry['label'] = "raw"
entry['points'] = t3(
res.diffpoints.theory(
self.eventid, self.announcer.potentialdiffpoints))
ret.append(entry)
ret.sort(key=lambda x: float(x['points']), reverse=True)
return ret
