def get(self):
PAGE_SIZE = 5
manuscripts = []
params = {}
items = []
genrefilter = self.request.GET.getall('genre')
offset = 0
new_page = self.request.GET.get('page')
if new_page:
new_page = int(new_page)
offset = int(new_page - 1) * PAGE_SIZE
else:
new_page = 1
query1 = bmodels.Manuscript.query(bmodels.Manuscript.display == 'pb_users')
if genrefilter:
query = query1.filter(bmodels.Manuscript.genres.IN(genrefilter))
else:
query = query1
count = query.count()
items = query.fetch(PAGE_SIZE, offset=offset)
# the following line returns the equivalent to math.ceil(float), just saving from importing another lib
number_of_pages = count/PAGE_SIZE if count % PAGE_SIZE == 0 else count/PAGE_SIZE + 1
for i in items:
d = {}
d['manuscript_id'] = i.key.id()
d['title'] = i.title
d['tagline'] = i.tagline
d['summary'] = i.summary.replace('\r\n', ' ').replace('\n', ' ')
d['genres'] = i.genres
d['co_authors'] = ', '.join(i.co_authors)
manuscripts.append(d)
paging = utils.pagination(number_of_pages, new_page, 5) if len(manuscripts) > 0 else [[1], 0]
params['count'] = count
params['manuscripts'] = manuscripts
params['marks'] = paging[0] if len(paging) > 0 else 'no_marks'
params['active'] = 'mark_' + str(paging[0][paging[1]]) if len(paging) > 0 else 'no_marks'
params['previous'] = str(new_page - 1) if new_page > 1 else None
params['next'] = str(new_page + 1) if new_page < number_of_pages else None
params['genrelist_fiction'] = utils.genres_fiction
params['genrelist_nonfiction'] = utils.genres_nonfiction
params['genres'] = genrefilter
return self.render_template('/browse/browse_manuscripts.html', **params)
def get(self):
"""
Handles GET requests and paging. It doesn't uses cursors.
Instead, it uses offset along with a paginate custom function to navigate through the results.
"""
PAGE_SIZE = 5
contractors = []
params = {}
items = []
jobfilter = self.request.GET.getall('jobs')
print jobfilter
offset = 0
new_page = self.request.GET.get('page')
if new_page:
new_page = int(new_page)
offset = int(new_page - 1) * PAGE_SIZE
else:
new_page = 1
if jobfilter:
query = bmodels.ProDetails.query(bmodels.ProDetails.jobs.IN(jobfilter))
else:
query = bmodels.ProDetails.query()
# removes user own publishing house
query = query.filter(bmodels.ProDetails.user != self.user_key)
count = query.count()
items = query.fetch(PAGE_SIZE, offset=offset)
# the following line returns the equivalent to math.ceil(float), just saving from importing another lib
number_of_pages = count/PAGE_SIZE if count % PAGE_SIZE == 0 else count/PAGE_SIZE + 1
for i in items:
d = {}
d['profile_id'] = i.key.id()
if i.display_full_name:
d['name_to_display'] = i.name + ' ' + i.last_name
else:
d['name_to_display'] = i.name + ' ' + i.last_name[0] + '.'
if i.picture_key != '':
d['picture_url'] = '/serve/%s' % i.picture_key
else:
d['picture_url'] = ''
d['title'] = i.title
d['overview'] = i.overview.replace('\r\n', ' ').replace('\n', ' ')
d['jobs'] = i.jobs
contractors.append(d)
paging = utils.pagination(number_of_pages, new_page, 5) if len(contractors) > 0 else [[1], 0]
params['count'] = count
params['contractors'] = contractors
params['marks'] = paging[0] if len(paging) > 0 else 'no_marks'
params['active'] = 'mark_' + str(paging[0][paging[1]]) if len(paging) > 0 else 'no_marks'
params['previous'] = str(new_page - 1) if new_page > 1 else None
params['next'] = str(new_page + 1) if new_page < number_of_pages else None
params['joblist'] = utils.joblist
params['jobs'] = jobfilter
return self.render_template('browse/browse_contractors.html', **params)
def get(self):
"""
It doesn't uses cursors. Instead, it uses offset along with a paginate custom function to navigate through the results.
"""
PAGE_SIZE = 5
publishinghouses = []
params = {}
items = []
genrefilter = self.request.GET.getall('genre')
offset = 0
new_page = self.request.GET.get('page')
if new_page:
new_page = int(new_page)
offset = int(new_page - 1) * PAGE_SIZE
else:
new_page = 1
if genrefilter:
query = bmodels.PublishingHouse.query(bmodels.PublishingHouse.genres.IN(genrefilter))
else:
query = bmodels.PublishingHouse.query()
# removes user own publishing house
query = query.filter(bmodels.PublishingHouse.owner != self.user_key)
count = query.count()
items = query.fetch(PAGE_SIZE, offset=offset)
# the following line returns the equivalent to math.ceil(float), just saving from importing another lib
number_of_pages = count/PAGE_SIZE if count % PAGE_SIZE == 0 else count/PAGE_SIZE + 1
for i in items:
d = {}
d['name'] = i.name
d['publishinghouse_id'] = i.key.id()
if i.logo_key != '':
d['logo_url'] = '/serve/%s' % i.logo_key
else:
d['logo_url'] = ''
d['tagline'] = i.tagline
d['description'] = i.description.replace('\r\n', ' ').replace('\n', ' ')
d['genres'] = i.genres
d['unsolicited'] = i.unsolicited
publishinghouses.append(d)
paging = utils.pagination(number_of_pages, new_page, 5) if len(publishinghouses) > 0 else [[1], 0]
params['count'] = count
params['publishinghouses'] = publishinghouses
params['marks'] = paging[0] if len(paging) > 0 else 'no_marks'
params['active'] = 'mark_' + str(paging[0][paging[1]]) if len(paging) > 0 else 'no_marks'
params['previous'] = str(new_page - 1) if new_page > 1 else None
params['next'] = str(new_page + 1) if new_page < number_of_pages else None
params['genrelist_fiction'] = utils.genres_fiction
params['genrelist_nonfiction'] = utils.genres_nonfiction
params['genres'] = genrefilter
return self.render_template('browse/browse_publishinghouses.html', **params)
def get(self):
"""Handles GET requests to the paging by cursors sub-application.
It doesn't uses cursors. Instead, it uses offset along with a paginate custom function to navigate through the results.
"""
PAGE_SIZE = 5
authors = []
params = {}
items = []
genrefilter = self.request.GET.getall('genre')
offset = 0
new_page = self.request.GET.get('page')
if new_page:
new_page = int(new_page)
offset = int(new_page - 1) * PAGE_SIZE
else:
new_page = 1
if genrefilter:
query = bmodels.AuthorProfile.query(bmodels.AuthorProfile.genres.IN(genrefilter))
else:
query = bmodels.AuthorProfile.query()
# removes user own publishing house
query = query.filter(bmodels.AuthorProfile.user != self.user_key)
count = query.count()
items = query.fetch(PAGE_SIZE, offset=offset)
# the following line returns the equivalent to math.ceil(float), just saving from importing another lib
number_of_pages = count/PAGE_SIZE if count % PAGE_SIZE == 0 else count/PAGE_SIZE + 1
for i in items:
manuscripts = []
manuscripts_records = bmodels.Manuscript.query(bmodels.Manuscript.author == i.key, bmodels.Manuscript.display == 'pb_users').fetch()
if manuscripts_records:
manuscripts = [[m.title, m.key.id()] for m in manuscripts_records]
d = {}
d['author_id'] = i.key.id()
if i.display_full_name:
d['name_to_display'] = i.name + ' ' + i.last_name
else:
d['name_to_display'] = i.name + ' ' + i.last_name[0] + '.'
# if i.picture_key != '':
# d['picture_url'] = '/serve/%s' % i.picture_key
# else:
# d['picture_url'] = ''
d['title'] = i.title
d['overview'] = i.overview.replace('\r\n', ' ').replace('\n', ' ')
d['genres'] = i.genres
d['ghostwrites'] = i.ghostwrites
d['freelance'] = i.freelance
d['manuscripts'] = manuscripts
authors.append(d)
paging = utils.pagination(number_of_pages, new_page, 5) if len(authors) > 0 else [[1], 0]
params['count'] = count
params['authors'] = authors
params['marks'] = paging[0] if len(paging) > 0 else 'no_marks'
params['active'] = 'mark_' + str(paging[0][paging[1]]) if len(paging) > 0 else 'no_marks'
params['previous'] = str(new_page - 1) if new_page > 1 else None
params['next'] = str(new_page + 1) if new_page < number_of_pages else None
params['genrelist_fiction'] = utils.genres_fiction
params['genrelist_nonfiction'] = utils.genres_nonfiction
params['genres'] = genrefilter
return self.render_template('browse/browse_authors.html', **params)
