def _send_rfps_to_subscribers(self, sub, first_name, email, results):
"""
Helper function to assist in testing.
"""
try:
# Query RFPs based on this subscription's keyword
rfp_list = RFP.search(phrase=sub.keyword,
date=sub.last_updated,
limit=10)
if rfp_list and len(rfp_list) > 0:
template_values = {
"rfps": rfp_list,
"name": first_name,
'search_text': sub.keyword,
'is_admin': False,
'search_uri': 'http://rfpow301.appspot.com/rfp/search/',
'permalink_uri': 'http://rfpow301.appspot.com/rfp/'
}
subject = "New RFPs for \"%s\" : RFPow!" % sub.keyword
self.send(subject, email, template_values)
# Update the last update time so we know to not send dups on next cron
sub.last_updated = datetime.datetime.now().date()
sub.put()
msg = "Found %d RFPs for %s with keyword '%s' for email: %s" %\
(len(rfp_list), sub.username, sub.keyword, email)
logging.info(msg)
results.append(msg)
else:
msg = 'No RFPs found for username: %s and keyword: %s' % (
sub.username, sub.keyword)
logging.info(msg)
results.append(msg)
except:
msg = 'Problem with sending a sub, probably None object'
logging.info(msg)
results.append(msg)
def _send_rfps_to_subscribers(self, sub, first_name, email, results):
"""
Helper function to assist in testing.
"""
try:
# Query RFPs based on this subscription's keyword
rfp_list = RFP.search(phrase=sub.keyword, date=sub.last_updated, limit=10)
if rfp_list and len(rfp_list) > 0:
template_values = {
"rfps": rfp_list,
"name": first_name,
'search_text': sub.keyword,
'is_admin': False,
'search_uri': 'http://rfpow301.appspot.com/rfp/search/',
'permalink_uri': 'http://rfpow301.appspot.com/rfp/'
}
subject = "New RFPs for \"%s\" : RFPow!" % sub.keyword
self.send(subject, email, template_values)
# Update the last update time so we know to not send dups on next cron
sub.last_updated = datetime.datetime.now().date()
sub.put()
msg = "Found %d RFPs for %s with keyword '%s' for email: %s" %\
(len(rfp_list), sub.username, sub.keyword, email)
logging.info(msg)
results.append(msg)
else:
msg = 'No RFPs found for username: %s and keyword: %s' % (sub.username, sub.keyword)
logging.info(msg)
results.append(msg)
except:
msg = 'Problem with sending a sub, probably None object'
logging.info(msg)
results.append(msg)
def parse(parser, ignore_duplicates=False, start_id=None,
stop_on_dupe=False, limit=None):
"""Parse a bunch of RFPs from Merx and stash results in the DB
parser -- instance of a Parser class with which to parse
ignore_duplicates -- save RFP even if already in the DB
start_id -- begin parsing at original_id == start_id
stop_on_dupe -- halt parse job if we hit a duplicate
limit -- parse at most `limit` jobs
"""
parsed_total = 0
parsed_new = 0
page = 0
# skip RFPs until found given start_id. Handy for resuming a parse job
skip = start_id is not None
while parser.has_next():
page += 1
rfps = parser.next(parse_each=False)
parsed_total = parsed_total + len(rfps)
for r in rfps:
title = r['title'].encode('utf-8')
# skip if given an ID to resume parsing from
if skip:
if start_id != r['original_id']:
logging.info( 'Skipping while waiting for %d: %s' % (start_id, title) )
continue
else:
skip = False
logging.info( 'Resuming parsing from ID: %s' % r['original_id'] )
# check if we've parsed this RFP before
if not ignore_duplicates:
db_match = RFP.by_original_id( r['origin'], r['original_id'] )
# either skip if this RFP is already parsed, or stop parsing
if db_match.count() != 0:
if stop_on_dupe:
logging.info( 'Stopping early on RFP: %s' % title )
return (parsed_total, parsed_new)
else:
logging.info( 'Skipping existing RFP: %s.' % title )
continue
else:
# stop early if there's a limit on number of RFPs parsed
if limit is not None and limit <= parsed_new:
logging.info( 'Stopping early due to limit: %s' % title )
return (parsed_total, parsed_new)
rfp = RFP.from_dict( parser.parse_details(r) )
rfp.put()
rfp.index()
parsed_new += 1
logging.info( u'Saving new RFP: %s' % rfp )
logging.info( 'Parsed page %d of Merx results' % page )
return (parsed_total, parsed_new)