def get(self):
self.response.headers['Content-Type'] = 'text/plain'
asa_number_str = self.request.get('asa_number')
if asa_number_str == '':
self.response.out.write( "Missing asa_number" )
self.response.set_status( 400 )
return
stroke_code_str = self.request.get('stroke_code')
if stroke_code_str == '':
# If there's no stroke code, then we assume that we want the entire swim history
swimlist = SwimList.get( int(asa_number_str) )
if swimlist is not None:
self.response.out.write( str( swimlist ) )
else:
distance_str = self.request.get('distance')
if distance_str == '':
self.response.out.write( "Missing distance" )
self.response.set_status( 400 )
return
asa_number = int(asa_number_str)
stroke_code = int(stroke_code_str)
distance = int(distance_str)
swims = Swim.fetch_all( asa_number, Event.create( stroke_code, distance, "S" ) )
swims.extend( Swim.fetch_all( asa_number, Event.create( stroke_code, distance, "L" ) ) )
swims.extend( UnofficialSwim.fetch_all( asa_number, Event.create( stroke_code, distance, "S" ) ) )
swims.extend( UnofficialSwim.fetch_all( asa_number, Event.create( stroke_code, distance, "L" ) ) )
for swim in swims:
self.response.out.write( str( swim ) + "\n" )
def GetCandidates(relay, stroke, swimmers):
candidates = []
shortCourseEvent = Event.create(stroke, relay.distance, "S")
longCourseEvent = Event.create(stroke, relay.distance, "L")
for swimmer in swimmers:
if swimmer.is_male == relay.is_male:
age_on_day = helpers.CalcAge(swimmer.date_of_birth, relay.date)
if (age_on_day >= relay.min_age) and (age_on_day <= relay.max_age):
# Get this swimmer's PB
scPbSwim = Swim.fetch_pb(swimmer, shortCourseEvent)
lcPbSwim = Swim.fetch_pb(swimmer, longCourseEvent)
pbRaceTime = None
if scPbSwim is None:
if lcPbSwim is not None:
pbRaceTime = longCourseEvent.convertTime(
lcPbSwim.race_time)
else:
pbRaceTime = scPbSwim.race_time
#logging.info( swimmer.full_name() + str( scPbSwim.race_time ) + " " + str( pbRaceTime ) )
if lcPbSwim is not None:
lcConvertedRaceTime = longCourseEvent.convertTime(
lcPbSwim.race_time)
if lcConvertedRaceTime < pbRaceTime:
pbRaceTime = lcConvertedRaceTime
#logging.info( swimmer.full_name() + " Age: " + str( age_on_day ) )
if pbRaceTime is not None:
#logging.info( swimmer.full_name() + " PB: " + str( age_on_day ) )
swimmer.relay_time = pbRaceTime
swimmer.age_on_day = age_on_day
candidates.append(swimmer)
candidates.sort(key=lambda swimmer: swimmer.relay_time)
return candidates
def GetCandidates( relay, stroke, swimmers ):
candidates = []
shortCourseEvent = Event.create( stroke, relay.distance, "S" )
longCourseEvent = Event.create( stroke, relay.distance, "L" )
for swimmer in swimmers:
if swimmer.is_male == relay.is_male:
age_on_day = helpers.CalcAge( swimmer.date_of_birth, relay.date )
if (age_on_day >= relay.min_age) and (age_on_day <= relay.max_age):
# Get this swimmer's PB
scPbSwim = Swim.fetch_pb( swimmer, shortCourseEvent )
lcPbSwim = Swim.fetch_pb( swimmer, longCourseEvent )
pbRaceTime = None
if scPbSwim is None:
if lcPbSwim is not None:
pbRaceTime = longCourseEvent.convertTime( lcPbSwim.race_time )
else:
pbRaceTime = scPbSwim.race_time
#logging.info( swimmer.full_name() + str( scPbSwim.race_time ) + " " + str( pbRaceTime ) )
if lcPbSwim is not None:
lcConvertedRaceTime = longCourseEvent.convertTime( lcPbSwim.race_time )
if lcConvertedRaceTime < pbRaceTime:
pbRaceTime = lcConvertedRaceTime
#logging.info( swimmer.full_name() + " Age: " + str( age_on_day ) )
if pbRaceTime is not None:
#logging.info( swimmer.full_name() + " PB: " + str( age_on_day ) )
swimmer.relay_time = pbRaceTime
swimmer.age_on_day = age_on_day
candidates.append( swimmer )
candidates.sort( key = lambda swimmer: swimmer.relay_time )
return candidates;
def parse_results(hy3_parsed_lines):
swimmers_by_id = {}
swimmers = []
swimmer = None
event = None
meet = None
meet_date = None
course_code = None
for line in hy3_parsed_lines:
if line.line_code == "D1":
# Swimmer information
swimmer = Hy3Swimmer(line.first_name, line.last_name,
line.date_of_birth)
swimmers_by_id[line.swimmer_id] = swimmer
swimmers.append(swimmer)
elif line.line_code == "B1":
# Meet information
meet = line.meet_name
meet_date = line.start_date
elif line.line_code == "B2":
# More meet information
course_code = line.course_code
elif line.line_code == "E1":
# Individual entry
event = Event.create(hytek_stroke_code_to_stroke_id[line.stroke],
line.distance, course_code)
elif line.line_code == "E2":
# Individual result
date = line.date
if date is None:
# The HY3 documentation says there should be a date here, but there doesn't appear to be
date = meet_date
swim = Hy3Swim(event, meet, date, line.time)
swimmer.swims.append(swim)
return swimmers
