def crawlDeeper(list, list_name):
new_list[:] = []
for user in list:
print 'checking %s' % user
user = user.lower()
try:
candidates = get_list(user,list_name)
for candidate in candidates:
print '--checking candidate %s isn\'t already in trust list' % candidate.screen_name
#makeobservation('interstar','1mentat', 'tne-github', datetime.datetime.now())
try:
netdb.makeobservation(user, candidate.screen_name.lower(), list_name, datetime.datetime.now())
except:
print "Unexpected error:", sys.exc_info()[0]
print "netdb observation failed"
if args.dot_file_name != None:
dotfile.write(" \"{0}\" -> \"{1}\"\n".format(user, candidate.screen_name.lower()))
try:
trust_list.index(candidate.screen_name.lower())
except:
print '--adding user %s to trust list' % candidate.screen_name.lower()
trust_list.append(candidate.screen_name.lower())
new_list.append(candidate.screen_name.lower())
except:
continue
return new_list
def crawlDeeper(list, list_name):
new_list[:] = []
for user in list:
print 'checking %s' % user
user = user.lower()
try:
candidates = api.list_members(user,list_name)
# Fix for differences between Phil's and Eli's list_members function. (A tweepy issue?)
# Please remove when we've resolved this
print candidates
if not (candidates[0].__class__.__name__ == "User") :
candidates = candidates[0]
# End of Fix
for candidate in candidates:
print '--checking candidate %s isn\'t already in trust list' % candidate.screen_name
#makeobservation('interstar','1mentat', 'tne-github', datetime.datetime.now())
try:
netdb.makeobservation(user, candidate.screen_name.lower(), list_name, datetime.datetime.now())
except:
print "Unexpected error:", sys.exc_info()[0]
print "netdb observation failed"
if args.dot_file_name != None:
dotfile.write(" \"{0}\" -> \"{1}\"\n".format(user, candidate.screen_name.lower()))
try:
trust_list.index(candidate.screen_name.lower())
except:
print '--adding user %s to trust list' % candidate.screen_name.lower()
trust_list.append(candidate.screen_name.lower())
new_list.append(candidate.screen_name.lower())
except:
continue
return new_list
def recurse(depth, user_name, list_name) :
""" The recursive step, crawls the tree and fills the "visited" SetDict.
Breadth-first search. (So that we place people as high as they deserve in the depth tree)"""
people = [p.screen_name.lower() for p in get_list(user_name,list_name)]
queue = []
for p in people :
if dotfile : dotfile.write(' "%s" -> "%s"\n' % (user_name,p))
netdb.makeobservation(user_name, p, list_name, datetime.datetime.now())
if not visited.contains(p) :
visited.insert(depth,p)
queue.append(p)
for p in queue :
recurse(depth+1,p,list_name)