def get(self):
template_values = {}
active_track = self['track_id']
if active_track:
template_values['active_track'] = active_track
template_values['page_title_centered'] = get_page_title_centered_contents()
template_values['tracks'] = [self._make_json(track) for track in Track.all().order('order')]
template_values['is_member'] = True if 'member' in self.session else False
template_values['track_donuts'] = {}
if 'member' in self.session:
email = self.session['member']
member = Member.get_by_email(email)
template_values['member'] = member
template_values['enrolled_tracks'] = {}
for track in Tracks.get_tracks():
template_values['enrolled_tracks'][track.id] = EnrollProgram.is_enrolled_track(email, track.id)
if member.role == MEMBER_ROLE[MANAGER]:
template_values['is_manager'] = True
else:
for track in Tracks.get_tracks():
enrolled_programs_count = float(len(EnrollProgram.get_enrolled_programs(email, track.id)))
programs_count = float(Program.all().ancestor(Track.get_by_key_name(track.id)).count())
score = round((enrolled_programs_count/programs_count)*100,2)
engage_score = round(random()*score,0)
engage_score = int(engage_score) if engage_score > 1 else 1
template_values['track_donuts'][track.id] = [Donut(100, 0.875, member.name, [DonutSegment(engage_score, '#1c758a'), DonutSegment(score, '#58c4dd')], 'transparent', '#ddd')]
self.render_template(template_name='tracks.html', template_values=template_values)
def get_managed(value, arg):
managed_users = ManagedUser.get_managed_users(value)
donut_vals = []
if managed_users and len(managed_users) > 0:
for managed_user in managed_users:
args = arg.split(" ")
if args[0] == "track":
if EnrollProgram.is_enrolled_track(managed_user.user.email, args[1]):
enrolled_programs_count = float(len(EnrollProgram.get_enrolled_programs(managed_user.user.email, args[1])))
programs_count = float(Program.all().ancestor(Track.get_by_key_name(args[1])).count())
score = round((enrolled_programs_count/programs_count)*100,2)
engage_score = round(random()*score,0)
engage_score = int(engage_score) if engage_score > 1 else 1
donut_vals.append((managed_user.user.name,[DonutSegment(engage_score, '#1c758a'), DonutSegment(score, '#58c4dd')]))
elif args[0] == "program":
if EnrollProgram.is_enrolled_program(managed_user.user.email, args[1], args[2]):
track = Track.get_by_key_name(args[2])
program = Program.get_by_key_name(args[1], parent=track)
modules = ProgramModule.all().ancestor(program).order('name')
modules_count = modules.count()*1.0
completed_modules = []
for module in modules:
if module.completed:
completed_modules.append(module)
completed_modules_count = len(completed_modules)
score = (completed_modules_count/modules_count)*100.0
engage_score = round(score*random(),0)
engage_score = int(engage_score) if engage_score > 1 else 1
donut_vals.append((managed_user.user.name,[DonutSegment(engage_score, '#1c758a'), DonutSegment(score, '#58c4dd')]))
return DonutFactory.get_donuts(100, 0.875, donut_vals, 'transparent', '#ddd')
def _paste_one_track(self, nt, track):
g = nt // 4
npn = self.phrase[g]
pattern = self.session.get_pattern(npn)
new_track = Track(pattern, track.write())
pattern.tracks[nt % 4] = new_track
self.tracks[nt] = new_track
self.track = track
new_track.modified()
# dump(new_track)
logger.info(f'_paste_one_track to {nt} {new_track} {npn} {pattern}')
def get(self):
track = Track.get_by_key_name(self['track_id'])
program = Program.get_by_key_name(self['program_id'], parent=track)
modules = ProgramModule.all().ancestor(program).order('name')
template_values = {'program':program,
'track':track,
'modules':modules,
'listing_heading':program.name}
template_values['is_member'] = True if 'member' in self.session else False
if 'member' in self.session:
email = self.session['member']
member = Member.get_by_email(email)
template_values['member'] = member
if member.role == MEMBER_ROLE[MANAGER]:
template_values['is_manager'] = True
else:
modules_count = modules.count()*1.0
completed_modules = []
for module in modules:
if module.completed:
completed_modules.append(module)
completed_modules_count = len(completed_modules)
score = (completed_modules_count/modules_count)*100.0
engage_score = round(score*random(),0)
engage_score = int(engage_score) if engage_score > 1 else 1
template_values['donuts'] = DonutFactory.get_donuts(100, 0.875, [('Engineer1', [DonutSegment(engage_score, '#1c758a'), DonutSegment(score, '#58c4dd')], '/assets/img/tracks/mobile_dev.png')], 'transparent', '#ddd')
self.render_template(template_name='program_listing.html', template_values=template_values)
def get_track_dict(num, height=1000):
tracks = {}
for track_index in range(1, num + 1):
tracks[track_index] = Track(width=0,
height=height,
position=(5 * (track_index - 1), 0))
return tracks
def test():
track_db = Track.query().filter('guys' == Track.artist).fetch()
for track in track_db:
logging.info(track.title)
return 'ok'
def post(self):
email = self.session['member']
track_id = self['track_id']
program_id = self['program_id']
program = Program.get_by_key_name(program_id, parent=Track.get_by_key_name(track_id))
EnrollProgram.create(Member.get_by_email(email), program)
self.redirect("/tracks/program_listing?program_id=%s&track_id=%s"%(program_id, track_id))
def post(self):
track_id = self['track']
program_id = self['program']
expert_email = self['expert']
program = Program.get_by_key_name(program_id, parent=Track.get_by_key_name(track_id))
program.expert = Expert.get_by_key_name(expert_email)
program.put()
self.redirect("/tracks/program_listing?program_id=%s&track_id=%s"%(program_id, track_id))
def test_accuracy(self):
# test calc_accuracy return correct accuracy
HEIGHT = 1000
UPDATE = 800
track = Track(0, HEIGHT, (0, 0))
add_update_circle(track, UPDATE)
accuracy = calculate_accuracy(track, FRAME_RATE, VELOCITY)
self.assertEqual(accuracy, (HEIGHT - UPDATE) / FRAME_RATE / VELOCITY)
def get_managed(value, arg):
managed_users = ManagedUser.get_managed_users(value)
donut_vals = []
if managed_users and len(managed_users) > 0:
for managed_user in managed_users:
args = arg.split(" ")
if args[0] == "track":
if EnrollProgram.is_enrolled_track(managed_user.user.email,
args[1]):
enrolled_programs_count = float(
len(
EnrollProgram.get_enrolled_programs(
managed_user.user.email, args[1])))
programs_count = float(Program.all().ancestor(
Track.get_by_key_name(args[1])).count())
score = round(
(enrolled_programs_count / programs_count) * 100, 2)
engage_score = round(random() * score, 0)
engage_score = int(engage_score) if engage_score > 1 else 1
donut_vals.append((managed_user.user.name, [
DonutSegment(engage_score, '#1c758a'),
DonutSegment(score, '#58c4dd')
]))
elif args[0] == "program":
if EnrollProgram.is_enrolled_program(managed_user.user.email,
args[1], args[2]):
track = Track.get_by_key_name(args[2])
program = Program.get_by_key_name(args[1], parent=track)
modules = ProgramModule.all().ancestor(program).order(
'name')
modules_count = modules.count() * 1.0
completed_modules = []
for module in modules:
if module.completed:
completed_modules.append(module)
completed_modules_count = len(completed_modules)
score = (completed_modules_count / modules_count) * 100.0
engage_score = round(score * random(), 0)
engage_score = int(engage_score) if engage_score > 1 else 1
donut_vals.append((managed_user.user.name, [
DonutSegment(engage_score, '#1c758a'),
DonutSegment(score, '#58c4dd')
]))
return DonutFactory.get_donuts(100, 0.875, donut_vals, 'transparent',
'#ddd')
def post(self):
email = self.session['member']
track_id = self['track_id']
program_id = self['program_id']
program = Program.get_by_key_name(
program_id, parent=Track.get_by_key_name(track_id))
EnrollProgram.create(Member.get_by_email(email), program)
self.redirect("/tracks/program_listing?program_id=%s&track_id=%s" %
(program_id, track_id))
def __init_tracks(self):
"""Initiate all tracks."""
self.tracks = {}
# the keys of tracks match directly the mode
for track_index in range(1, self.key_num + 1):
self.tracks[track_index] = Track(
self.track_width, self.track_height,
(ceil(self.track_width *
(track_index - 0.5)), -self.track_width))
def all_keys():
a_k = memcache.get('all_keys')
if a_k is None:
item_keys = Track.query().filter(Track.gdrive_id != '').fetch(
keys_only=True, limit=10000)
memcache.set('all_keys', item_keys, 60 * 60 * 3)
return item_keys
else:
return a_k
def get(self):
template_values = {}
active_track = self['track_id']
if active_track:
template_values['active_track'] = active_track
template_values[
'page_title_centered'] = get_page_title_centered_contents()
template_values['tracks'] = [
self._make_json(track) for track in Track.all().order('order')
]
template_values[
'is_member'] = True if 'member' in self.session else False
template_values['track_donuts'] = {}
if 'member' in self.session:
email = self.session['member']
member = Member.get_by_email(email)
template_values['member'] = member
template_values['enrolled_tracks'] = {}
for track in Tracks.get_tracks():
template_values['enrolled_tracks'][
track.id] = EnrollProgram.is_enrolled_track(
email, track.id)
if member.role == MEMBER_ROLE[MANAGER]:
template_values['is_manager'] = True
else:
for track in Tracks.get_tracks():
enrolled_programs_count = float(
len(
EnrollProgram.get_enrolled_programs(
email, track.id)))
programs_count = float(Program.all().ancestor(
Track.get_by_key_name(track.id)).count())
score = round(
(enrolled_programs_count / programs_count) * 100, 2)
engage_score = round(random() * score, 0)
engage_score = int(engage_score) if engage_score > 1 else 1
template_values['track_donuts'][track.id] = [
Donut(100, 0.875, member.name, [
DonutSegment(engage_score, '#1c758a'),
DonutSegment(score, '#58c4dd')
], 'transparent', '#ddd')
]
self.render_template(template_name='tracks.html',
template_values=template_values)
def setup_modules():
for track in tracks:
track_obj = Track.get_by_key_name(track.id)
for program in track.programs:
start_date = datetime.now()
program_obj = Program.get_by_key_name(program.id, parent=track_obj)
if program.modules:
for module in program.modules:
start_date = start_date + timedelta(days=3)
ProgramModule(parent=program_obj, name=module.title, units=module.units, start_date=start_date).put()
def get_enrolled_programs(cls, email, track_id):
track_programs = Program.all().ancestor(
Track.get_by_key_name(track_id))
enrolled_programs = []
for program in track_programs:
enrolled_program = EnrollProgram.get_by_key_name(email,
parent=program)
if enrolled_program:
enrolled_programs.append(enrolled_program)
return enrolled_programs
def post(self):
track_id = self['track']
program_id = self['program']
expert_email = self['expert']
program = Program.get_by_key_name(
program_id, parent=Track.get_by_key_name(track_id))
program.expert = Expert.get_by_key_name(expert_email)
program.put()
self.redirect("/tracks/program_listing?program_id=%s&track_id=%s" %
(program_id, track_id))
def get_track_list_by_genre(genre):
data = memcache.get('t_l_b_g' + genre)
if data is not None:
return data
else:
query = Track.query()
if genre:
query = query.filter(Track.genre == genre)
track_list = query.fetch(limit=18)
memcache.set('t_l_b_g' + genre, track_list, 60 * 60)
return track_list
def get(self):
redirect_url = self['redirect_url'] if self['redirect_url'] else '/experts'
path = 'expert_registration.html'
template_values = {}
template_values['redirect_url'] = redirect_url
template_values['is_member'] = True if 'member' in self.session else False
if 'member' in self.session:
template_values['member'] = Member.get_member_json(self.session['member'])
template_values['form_url'] = blobstore.create_upload_url('/api/members/experts/create')
template_values['tracks'] = Track.all().fetch(50)
self.write(self.get_rendered_html(path, template_values), 200)
def calculate_accuracy(track: Track, frame, velocity):
"""Calculate the accuracy of the most front circle.
Arguments:
track: The track containing circles and a key.
frame: The frame rate.
velocity: The velocity of circles falling.
Returns:
The time needed for the frontest circle to flow to the key in sec.
"""
displacement = track.height - track.get_front_circle()
return displacement / velocity / frame
def genres():
template = 'genres.html'
if flask.request.headers.get('X-Requested-With') == 'XMLHttpRequest':
template = 'genre_content.html'
selected_genre = flask.request.args.get('type', '')
genre_list = Track.genre_list()
track_list = get_track_list_by_genre(selected_genre)
return flask.render_template(template,
html_class='genres',
track_list=track_list,
genre_list=genre_list,
active=flask.request.args.get('type', ''))
def get(self):
expert_id = self['id']
expert = Expert.get_by_key_name(expert_id)
redirect_url = self['redirect_url'] if self['redirect_url'] else '/experts/list'
path = 'expert_edit.html'
template_values = {}
template_values['redirect_url'] = redirect_url
template_values['is_member'] = True if 'member' in self.session else False
if 'member' in self.session:
template_values['member'] = Member.get_member_json(self.session['member'])
template_values['form_url'] = blobstore.create_upload_url('/api/members/update/expert')
template_values['tracks'] = Track.all().fetch(50)
template_values['expert'] = expert
self.write(self.get_rendered_html(path, template_values), 200)
def _json(self):
return {
'name':
self.name,
'bio':
self.bio,
'image':
self.image,
'location':
self.city + ', ' + self.state,
'tracks':
', '.join(
[Track.get_by_key_name(track).name for track in self.tracks])
}
def get(self):
redirect_url = self['redirect_url'] if self[
'redirect_url'] else '/experts'
path = 'expert_registration.html'
template_values = {}
template_values['redirect_url'] = redirect_url
template_values[
'is_member'] = True if 'member' in self.session else False
if 'member' in self.session:
template_values['member'] = Member.get_member_json(
self.session['member'])
template_values['form_url'] = blobstore.create_upload_url(
'/api/members/experts/create')
template_values['tracks'] = Track.all().fetch(50)
self.write(self.get_rendered_html(path, template_values), 200)
def get(self):
path = 'associate.html'
template_values = {}
template_values['form_url'] = '/api/common/save_association'
template_values['is_member'] = True if 'member' in self.session else False
if 'member' in self.session:
template_values['member'] = Member.get_member_json(self.session['member'])
track_programs = []
tracks = Track.all()
for track in tracks:
programs = Program.all().ancestor(track)
track_programs.append((track, programs))
template_values['track_programs'] = track_programs
template_values['experts'] = Expert.all().fetch(50)
self.write(self.get_rendered_html(path, template_values), 200)
def __init__(self,
midi_instance: MIDIFile,
tempo: int,
note_result: List[dict],
density_level_list: List[dict],
std_volume: int = volume_map['mf'],
start_time: int = 0):
self.midi_instance = midi_instance
self.tempo = tempo
self.note_result = note_result
self.density_level_list = density_level_list
self.std_volume = std_volume
self.track_map = Track.create_track_map(midi_instance=midi_instance,
tempo=tempo)
self.melody = None
self.start_time = start_time
def get(self):
path = 'associate.html'
template_values = {}
template_values['form_url'] = '/api/common/save_association'
template_values[
'is_member'] = True if 'member' in self.session else False
if 'member' in self.session:
template_values['member'] = Member.get_member_json(
self.session['member'])
track_programs = []
tracks = Track.all()
for track in tracks:
programs = Program.all().ancestor(track)
track_programs.append((track, programs))
template_values['track_programs'] = track_programs
template_values['experts'] = Expert.all().fetch(50)
self.write(self.get_rendered_html(path, template_values), 200)
def get(self):
expert_id = self['id']
expert = Expert.get_by_key_name(expert_id)
redirect_url = self['redirect_url'] if self[
'redirect_url'] else '/experts/list'
path = 'expert_edit.html'
template_values = {}
template_values['redirect_url'] = redirect_url
template_values[
'is_member'] = True if 'member' in self.session else False
if 'member' in self.session:
template_values['member'] = Member.get_member_json(
self.session['member'])
template_values['form_url'] = blobstore.create_upload_url(
'/api/members/update/expert')
template_values['tracks'] = Track.all().fetch(50)
template_values['expert'] = expert
self.write(self.get_rendered_html(path, template_values), 200)
def render_track(track: Track, key_img, circle_img, screen):
"""Render the tracks. A track has its key and circles.
Arguments:
track: The track that has key and circles.
key_img: The image of the key.
circle_img: The image of the circles.
screen: The game screen that the track will be rendered on.
"""
# render key
screen.blit(key_img, track.key_position)
# render perform if any
perform = track.perform
if perform:
render_text(perform,
track.key_position,
screen,
style='perform',
color='white')
# render circles
for circle_position in track.get_circles():
screen.blit(circle_img, circle_position)
def get(self):
track = Track.get_by_key_name(self['track_id'])
program = Program.get_by_key_name(self['program_id'], parent=track)
modules = ProgramModule.all().ancestor(program).order('name')
template_values = {
'program': program,
'track': track,
'modules': modules,
'listing_heading': program.name
}
template_values[
'is_member'] = True if 'member' in self.session else False
if 'member' in self.session:
email = self.session['member']
member = Member.get_by_email(email)
template_values['member'] = member
if member.role == MEMBER_ROLE[MANAGER]:
template_values['is_manager'] = True
else:
modules_count = modules.count() * 1.0
completed_modules = []
for module in modules:
if module.completed:
completed_modules.append(module)
completed_modules_count = len(completed_modules)
score = (completed_modules_count / modules_count) * 100.0
engage_score = round(score * random(), 0)
engage_score = int(engage_score) if engage_score > 1 else 1
template_values['donuts'] = DonutFactory.get_donuts(
100, 0.875, [('Engineer1', [
DonutSegment(engage_score, '#1c758a'),
DonutSegment(score, '#58c4dd')
], '/assets/img/tracks/mobile_dev.png')], 'transparent',
'#ddd')
self.render_template(template_name='program_listing.html',
template_values=template_values)
def create_track():
HEIGHT = 1000
return Track(0, HEIGHT, (0, 0))
def is_enrolled_program(cls, email, program_id, track_id):
return EnrollProgram.get_by_key_name(
email,
parent=Program.get_by_key_name(
program_id, parent=Track.get_by_key_name(track_id)))
def add_update_circle(track: Track, velocity):
track.add_circle()
track.update_circles(velocity)
def setup_tracks():
for i, track in enumerate(tracks):
Track(key_name=track.id, name=track.name, order=i, image=track_imgs[track.id]).put()
elif suite_no == 3:
phrase = Phrase(note_names=note_names,
start_time=0,
bar_count=16,
std_octave=5)
elif suite_no == 4:
phrase = Phrase(note_names=note_names,
start_time=0,
bar_count=1,
std_octave=5)
else:
print('unknown test suite %d' % suite_no)
notes = phrase.build_notes()
chords = phrase.build_chords()
appregios = phrase.build_appregios()
midi_instance = create_midi_file(num_tracks=3, file_format=1)
tempo = 90
track1 = Track(midi_instance=midi_instance, track=0, channel=0, tempo=tempo)
track2 = Track(midi_instance=midi_instance, track=1, channel=0, tempo=tempo)
track3 = Track(midi_instance=midi_instance, track=2, channel=0, tempo=tempo)
for note in notes:
track1.add_note(note)
for chord in chords:
track2.add_chord(chord)
for appregio in appregios:
track3.add_appregio(appregio)
save_midi_file(destination, midi_instance)
def setup_programs():
for track in tracks:
track_obj = Track.get_by_key_name(track.id)
for program in track.programs:
Program(key_name=program.id, parent=track_obj, image=program.snapshot, slots=program.num_spots , name=program.title, description=program.description, start_date=datetime.strptime(program.start_date, "%b %d %Y")).put()
def cron_task_gdrive():
http = credentials.authorize(httplib2.Http(timeout=60))
service = build("drive",
"v2",
http=http,
developerKey="*****@*****.**")
param = {}
param['q'] = 'mimeType contains "audio" and starred=false'
param['maxResults'] = 1000
page_token = None
last_call_time = 0
l = Library("iTunes Music Library.xml")
itunes_songs = l.songs
try:
while True:
if page_token:
param['pageToken'] = page_token
files = service.files().list(**param).execute()
page_token = files.get('nextPageToken')
for item in files['items']:
file_name = item['title'].replace(
'.%s' % item['fileExtension'], '')
# Adding delay cuz of Discogs Rate-Limit
DELAY_TIME = 1 # time between each request must more that 1 second in order to avoid 60 request per minute
now = time.time()
time_since_last = now - last_call_time
if time_since_last < DELAY_TIME:
time.sleep(DELAY_TIME - time_since_last)
last_call_time = now
if file_name.isdigit():
track_db = Track.query(Track.sons_id == file_name).get()
if track_db is None:
track_db = Track(sons_id=file_name)
track_db.gdrive_id = item['id']
itunes_song = itunes_songs[file_name]
if itunes_song is not None:
track_db.genre = itunes_song.genre
track_db.duration = itunes_song.total_time
sons_track = sons_network.get_track(file_name)
if 'default' not in sons_track.image:
track_db.cover_img = 'http://sons.mn/' + sons_track.image.replace(
'/uploads/', 'image-cache/w300-h300-c/')
else:
track_db.cover_img = 'http://sons.mn' + sons_track.image
track_db.album = sons_track.album_name
track_db.title = sons_track.title
track_db.artist = sons_track.artist_name
track_db.origin = 'Mongolian'
track_db.put()
if not config.DEVELOPMENT:
service.files().update(fileId=item['id'],
body={
'labels': {
'starred': True
}
}).execute()
elif ' - ' in file_name:
try:
if Track.query().filter(
Track.gdrive_id == item['id']).count(
limit=1) == 0:
title, artist = file_name.split(' - ', 1)
discog_result = d.search(
'',
title=title,
artist=artist.replace('.', ' '),
token=
"mhkqGGqAxmkGFOlbnWRRQZYcqDLxLianrCocIIJE",
type="Release",
per_page=1)
if len(discog_result) > 0:
discog_release = discog_result[0]
if isinstance(discog_result[0],
discogs_client.Master):
discog_release = discog_result[
0].main_release
track_db = Track.query().filter(
Track.gdrive_id == item['id']).get()
if track_db is None:
track_db = Track(gdrive_id=item['id'])
track_db.title = discog_release.title
track_db.year = str(discog_release.year)
track_db.cover_img = discog_release.thumb
track_db.genre = ','.join(
discog_release.genres)
if len(discog_release.artists) > 0:
track_db.artist = discog_release.artists[
0].name
track_db.put()
if not config.DEVELOPMENT:
service.files().update(fileId=item['id'],
body={
'labels': {
'starred':
True
}
}).execute()
except ConnectionError:
pass
if not page_token:
break
except DeadlineExceededError:
return 'Ok'
return 'Ok'
# @app.route('/tasks/collect')
# def collect():
# url = "http://www.billboard.com/rss/charts/hot-100"
# result = urlfetch.fetch(url)
# if result.status_code == 200:
# xml = ElementTree.fromstring(result.content)
#
# for item in xml.iterfind('channel/item'):
# if (model.Track.query(model.Track.title == item.find('chart_item_title').text,
# model.Track.artist == item.find('artist').text).count(limit=1) == 0):
# track_db = model.Track(
# title=item.find('chart_item_title').text,
# artist=item.find('artist').text
# )
# track_db.put()
# logging.info(item.find('title').text)
# return str(xml.findtext(".//title"))
# { SEQ_CC_ECHO_FB_GATELENGTH, 20 }, // 100%
# { SEQ_CC_ECHO_FB_TICKS, 20 }, // 100%
# { SEQ_CC_LFO_WAVEFORM, 0x00 }, // off
# { SEQ_CC_LFO_AMPLITUDE, 128 + 64 },
# { SEQ_CC_LFO_PHASE, 0 },
# { SEQ_CC_LFO_STEPS, 15 },
# { SEQ_CC_LFO_STEPS_RST, 15 },
# { SEQ_CC_LFO_ENABLE_FLAGS, 0 },
# { SEQ_CC_LFO_CC, 0 },
# { SEQ_CC_LFO_CC_OFFSET, 64 },
# { SEQ_CC_LFO_CC_PPQN, 6 }, // 96 ppqn
# { SEQ_CC_LIMIT_LOWER, 0 },
# { SEQ_CC_LIMIT_UPPER, 0 },
# { 0xff, 0xff } // end marker
# };
if __name__ == "__main__":
'''Test Track configurations'''
from model.track import Track
class Parent:
def __init__(self):
self.name = ''
for k, v in TRACK_LAYER_CONFIG.items():
t = Track(Parent(), None)
t.configure(k)
tlr = t.layer_config_repr()
print(f'"{k:24}"\n"{tlr:24}" {k == tlr:8}'
f' {t.p_tot_size:8} {t.t_tot_size:8}')
def isCheck(self, col):
if self.gtmode:
return GroupTrack.isCheck(col)
else:
return Track.isCheck(col)
def isStar(self, col):
if self.gtmode:
return GroupTrack.isStar(col)
else:
return Track.isStar(col)
def setfilter(self, rule="", group="", maxrows=0, page=1, orderby=None, orderbyasc=True):
'''
make a new query by the rule provided, get maxrows results, skip (page - 1)*maxrows results
default values get an unsorted list of all the tracks (tracks are always sorted by id)
returns lst list for convenience and a feedback list
feedback is a list of tuples with name and value
if rule is None previous value are used except for orderby and orderbyasc
'''
self._checksession()
#print('setfilter(rule="{}", group="{}", maxrows={}, page={}, orderby={}, orderbyasc={})'.format
# (rule, group, maxrows, page, orderby, orderbyasc))
fb = []
if self.stats.empty():
self.stats.total = self.session.query(Track).count()
if rule is None and group is None:
rule = self.prevrule
group = self.prevgroup
maxrows = self.prevmax
page = self.prevpage
if not type(maxrows) is int:
maxrows = 0
fb.append(("max", 0))
# when group changes, reset page; when mode changes, keep and convert sort order
newsortcol = None
if group != self.prevgroup:
if group == "" or self.prevgroup == "": # mode changed
newsortcol = self.orderingconvert()
if newsortcol:
fb.append(("sortbycol", newsortcol))
fb.append(("page", 1))
page = 1
# if max changes reset page
if maxrows != self.prevmax:
fb.append(("page", 1))
page = 1
# "register" new orderby
if orderby != None:
assert(newsortcol == None)
# new orderby resets page to 1
fb.append(("page", 1))
page = 1
# shift orderby value to clearly distinguish between asc and desc even for 0
orderno = orderby + 1
ordernosign = orderno if orderbyasc else -orderno
if not self.ordering or self.ordering[-1] != ordernosign:
self.ordbackup = None
if orderno in self.ordering:
self.ordering.remove(orderno)
elif -orderno in self.ordering:
self.ordering.remove(-orderno)
self.ordering.append(ordernosign)
#print("ordering", self.ordering)
# creating basic query
q = None
if group == "":
self.gtmode = False
q = self.session.query(Track)
else:
self.gtmode = True
q = self.session.query(GroupTrack).join(Track).join(Group)
q = q.filter(GroupTrack.groupid==Group.idno).filter(Group.name==group)
#rule filter
if rule != "":
q = self.buildquery(q, rule)
#sorting - remeber the shift between orderby and orderno
if self.ordering != None and len(self.ordering) > 0:
for on in reversed(self.ordering):
if on < 0:
oby = -1 - on
ofun = sqlalchemy.sql.expression.desc
else:
oby = on - 1
ofun = sqlalchemy.sql.expression.asc
if self.gtmode:
q = q.order_by(ofun(GroupTrack.colbycol(oby)))
else:
q = q.order_by(ofun(Track.colbycol(oby)))
#by default or as a last rule, sort tracks by trackid, grouptracks by number
if self.gtmode:
q = q.order_by(GroupTrack.no)
else:
q = q.order_by(Track.idno)
# query is prepared, execute it
if maxrows == 0:
self.lst = list(q.all())
elif maxrows == 1:
self.lst = q[(page-1*maxrows)]
else:
self.lst = q[(page-1)*maxrows:page*maxrows]
self.stats.newfilter(self.lst, q.count(), q.filter(Track.new == True).count())
# remember filter for sorting
self.prevrule = rule
self.prevgroup = group
self.prevmax = maxrows
self.prevpage = page
# return lst (for convenience) and feedback
return self.lst, fb
def _json(self):
return {'name': self.name,
'bio': self.bio,
'image': self.image,
'location': self.city+', '+self.state,
'tracks': ', '.join([Track.get_by_key_name(track).name for track in self.tracks])}