def test_parse_tags_with_empty_tags(self):
taglist = ['tag1', '', '', 'tag2']
tags = Tag.parse_tags(' '.join(taglist))
self.assertIs(len(tags),2)
for tagname in taglist:
if tagname == '':
continue
self.assertIn(Tag.get_tag(tagname),tags)
def test_parse_tags_with_empty_tags(self):
taglist = ['tag1', '', '', 'tag2']
tags = Tag.parse_tags(' '.join(taglist))
self.assertIs(len(tags), 2)
for tagname in taglist:
if tagname == '':
continue
self.assertIn(Tag.get_tag(tagname), tags)
def init_show(user):
"""Initializes a show
it either takes a planned show or an unplanned show if it's still running
if non of them is found a new unplanned show is added and initialized
if a new show was initialized the old one will be ended and the streamer status will be resetted
"""
show = Show.get_current_show(user)
if show is None:
show = Show()
if user.get_setting(code='use_icy'):
show.add_tags(
Tag.parse_tags(user.get_setting(code='icy_show_genre') or ''))
show.description = user.get_setting(
code='icy_show_description') or ''
show.name = user.get_setting(code='icy_show_name') or ''
else:
show.add_tags(
Tag.parse_tags(user.get_setting(code='show_def_tags') or ''))
show.description = user.get_setting(code='show_def_desc') or ''
show.name = user.get_setting(code='show_def_name') or ''
show.logo = user.get_setting(code='show_def_logo') or None
show.flags = Show.FLAGS.UNPLANNED
show.add_user(user)
elif show.flags == Show.FLAGS.UNPLANNED:
# just check if there is a planned show to transition to
s = Show.get_current_show(user, only_planned=True)
if s is not None:
show = s
us = show.get_usershow(user)
us.status = UserShow.STATUS.STREAMING
rfk.database.session.commit()
unfinished_shows = UserShow.query.filter(
UserShow.status == UserShow.STATUS.STREAMING,
UserShow.show != show).all()
for us in unfinished_shows:
if us.show.flags & Show.FLAGS.UNPLANNED:
us.show.end_show()
if us.status == UserShow.STATUS.STREAMING:
us.status = UserShow.STATUS.STREAMED
rfk.database.session.commit()
return show
def init_show(user):
"""inititalizes a show
it either takes a planned show or an unplanned show if it's still running
if non of them is found a new unplanned show is added and initialized
if a new show was initialized the old one will be ended and the streamer staus will be resettet
"""
logger.info("init_show: entering")
logger.info("init_show: user {}".format(str(user)))
show = Show.get_current_show(user)
if show is None:
logger.info("init_show: None")
show = Show()
if user.get_setting(code='use_icy'):
show.add_tags(Tag.parse_tags(user.get_setting(code='icy_show_genre') or ''))
show.description = user.get_setting(code='icy_show_description') or ''
show.name = user.get_setting(code='icy_show_name') or ''
else:
show.add_tags(Tag.parse_tags(user.get_setting(code='show_def_tags') or ''))
show.description = user.get_setting(code='show_def_desc') or ''
show.name = user.get_setting(code='show_def_name') or ''
show.flags = Show.FLAGS.UNPLANNED
show.add_user(user)
elif show.flags == Show.FLAGS.UNPLANNED:
logger.info("init_show: UNPLANNED")
#just check if there is a planned show to transition to
s = Show.get_current_show(user, only_planned=True)
if s is not None:
logger.info("init_show: found planned")
show = s
us = show.get_usershow(user)
us.status = UserShow.STATUS.STREAMING
rfk.database.session.flush()
unfinished_shows = UserShow.query.filter(UserShow.status == UserShow.STATUS.STREAMING,
UserShow.show != show).all()
for us in unfinished_shows:
if us.show.flags & Show.FLAGS.UNPLANNED:
us.show.end_show()
if us.status == UserShow.STATUS.STREAMING:
us.status = UserShow.STATUS.STREAMED
rfk.database.session.flush()
return show
def _set_show_info(show, form):
show.name = form.get('title')
show.description = form.get('description')
#series
if 'series' in form and \
len(form['series']) and \
int(form['series']) > 0:
series = Series.query.get(int(form['series']))
if series and (series.public == True or series.user == current_user):
show.series = series
else:
show.series = None
#tags
if 'tags[]' in form:
tags_str = ' '.join(form.getlist('tags[]'))
else:
tags_str = ''
tags = Tag.parse_tags(tags_str)
show.sync_tags(tags)
#logo
if 'logo' in form and \
len(form['logo']) > 0:
show.logo = form['logo']
def _set_show_info(show, form):
show.name = form.get('title')
show.description = form.get('description')
#series
if 'series' in form and \
len(form['series']) and \
int(form['series']) > 0:
series = Series.query.get(int(form['series']))
if series and (series.public == True or series.user == current_user):
show.series = series
else:
show.series = None
#tags
if 'tags[]' in form:
tags_str = ' '.join(form.getlist('tags[]'))
else:
tags_str = ''
tags = Tag.parse_tags(tags_str)
show.sync_tags(tags)
#logo
if 'logo' in form and \
len(form['logo']) > 0:
show.logo = form['logo']
def test_parse_tags_with_empty_string(self):
tags = Tag.parse_tags('')
self.assertIs(len(tags), 0)
def test_parse_tags_with_dupplicate(self):
taglist = ['tag1', 'tag2', 'tag3', 'tag1']
tags = Tag.parse_tags(' '.join(taglist))
self.assertIs(len(tags), 3)
for tagname in taglist:
self.assertIn(Tag.get_tag(tagname), tags)
def test_parse_tags(self):
taglist = ['tag1', 'tag2', 'tag3', 'tag4']
tags = Tag.parse_tags(' '.join(taglist))
self.assertIs(len(tags), 4)
for tagname in taglist:
self.assertIn(Tag.get_tag(tagname), tags)
def test_tag_entry(self):
tag_ref = Tag.get_tag('tag2')
tag_ref2 = Tag.get_tag('tag3')
self.assertIsNot(tag_ref, tag_ref2)
def test_tag_dupplicate(self):
tag_ref = Tag.get_tag('tag')
tag_ref2 = Tag.get_tag('tag')
self.assertIs(tag_ref, tag_ref2)
def test_parse_tags_with_empty_string(self):
tags = Tag.parse_tags('')
self.assertIs(len(tags),0)
def test_parse_tags_with_dupplicate(self):
taglist = ['tag1', 'tag2', 'tag3', 'tag1']
tags = Tag.parse_tags(' '.join(taglist))
self.assertIs(len(tags),3)
for tagname in taglist:
self.assertIn(Tag.get_tag(tagname),tags)
def test_parse_tags(self):
taglist = ['tag1', 'tag2', 'tag3', 'tag4']
tags = Tag.parse_tags(' '.join(taglist))
self.assertIs(len(tags),4)
for tagname in taglist:
self.assertIn(Tag.get_tag(tagname),tags)
def test_tag_entry(self):
tag_ref = Tag.get_tag('tag2')
tag_ref2 = Tag.get_tag('tag3')
self.assertIsNot(tag_ref, tag_ref2)
def test_tag_dupplicate(self):
tag_ref = Tag.get_tag('tag')
tag_ref2 = Tag.get_tag('tag')
self.assertIs(tag_ref, tag_ref2)
