def GET(self):
i = web.input(search="")
results = []
if i.search:
papers = Paper.getall()
matches = S().match(i.search)
pids = [int(x['pid']) for x in matches]
results = [p for p in papers if p['pid'] in pids]
return render().search(i.search, results)
def GET(self):
i = web.input(search="")
results = []
if i.search:
papers = Paper.getall()
matches = S().match(i.search)
pids = [int(x['pid']) for x in matches]
results = [p for p in papers if p['pid'] in pids]
return render().search(i.search, results)
def GET(self):
i = web.input(sort="popular", limit=30, page=0)
papers = Paper.getall()
limit = int(i.limit)
page = int(i.page)
pages = int(ceil(float(len(papers)) / limit))
try:
papers = globals()[i.sort](papers)
except:
papers = popular(papers)
start = page * limit
end = start + limit
return render().index(papers[start:end], pages, i.page,
sort=i.sort, limit=limit)
def items():
"""A function which generates all rss items for this website"""
papers = Paper.getall()
items = []
desc = "%s - %s votes, submitted by: %s @ %s"
for paper in filter(lambda x: x['enabled'], newest(papers)):
description = desc % (paper['url'], paper['votes'],
paper['submitter'], paper['time'])
items.append({'title': paper['title'],
'link': 'https://hackerlist.net:1443/item?pid=%s' % \
paper['pid'],
'description': description,
'date': paper['time'],
'guid': paper['pid']})
return items
def items():
"""A function which generates all rss items for this website"""
papers = Paper.getall()
items = []
desc = "%s - %s votes, submitted by: %s @ %s"
for paper in filter(lambda x: x['enabled'], newest(papers)):
description = desc % (paper['url'], paper['votes'], paper['submitter'],
paper['time'])
items.append({'title': paper['title'],
'link': 'https://hackerlist.net:1443/item?pid=%s' % \
paper['pid'],
'description': description,
'date': paper['time'],
'guid': paper['pid']})
return items
def GET(self):
i = web.input(sort="popular", limit=30, page=0)
papers = Paper.getall()
limit = int(i.limit)
page = int(i.page)
pages = int(ceil(float(len(papers)) / limit))
try:
papers = globals()[i.sort](papers)
except:
papers = popular(papers)
start = page * limit
end = start + limit
return render().index(papers[start:end],
pages,
i.page,
sort=i.sort,
limit=limit)
