def menu(db, cursor):
try:
print("---Selamat Datang Di Program CRUD---\n"
"1. INSERT Data\n"
"2. READ Data\n"
"3. UPDATE Data\n"
"4. DELETE Data\n"
"5. SEARCH Data\n"
"6. Update Data Admin\n"
"Tekan Tombol CTRL-C Untuk Keluar Program")
pil = input("Masukkan Pilihan Anda: ")
if pil in ('1', '2', '3', '4', '5', '6'):
if pil == '1':
ins.insert(db, cursor)
elif pil == '2':
rd.read(db, cursor)
elif pil == '3':
up.update(db, cursor)
elif pil == '4':
delt.delete(db, cursor)
elif pil == '5':
sr.search(db, cursor)
elif pil == '6':
system('python update-admin.py')
else:
print("Input Salah")
else:
print("Pilihan Tidak Ada")
except KeyboardInterrupt:
print("\nTerima Kasih :)\nExiting")
time.sleep(0.3)
cs.sys.exit()
def analyse(path):
print prettyText("[*] Parsing Project at %s ..." % path, 'blue')
p = parser.PHPProject(path)
print prettyText("[*] Parsing Completed !", 'blue')
'''
print prettyText("[*] Searching for dangerous methods",'blue')
for category in vulndb.A_F_ALL.keys():
print prettyText("[**] Category: %s" % category,['yellow','bold'])
for method in vulndb.A_F_ALL[category].keys():
print prettyText("[***] Method: %s" % str(method),['yellow'])
found = search(p,functionClassFilter,method)
print parseFound(found,vulndb.A_F_ALL[category][method])
'''
print prettyText("[*] Searching for dangerous methods inheritence", 'blue')
files = search(p, classFilter, phply.phpast.Function)
for name in files:
print prettyText('[*] File: %s' % name, ['yellow', 'bold'])
functions = files[name]
#print functions
for l in functions:
paramsList = search(l, classFilter, phply.phpast.FormalParameter)
functionInputParams = dict()
for p in paramsList:
functionInputParams[p] = "ANY"
#print functionInputParams
tst = generateTST(l, functionInputParams)
#print tst
#search a method and propagate taint
for kcat in vulndb.A_F_ALL.keys():
cat = vulndb.A_F_ALL[kcat]
#print prettyText('[*] Category: %s' % kcat,'red')
for e in cat:
#print prettyText('[*] Method: %s' % str(e),'blue')
functions = search(l, functionFilter, e)
#print '-'*5
for f in functions:
for pos in cat[e]:
try:
#print prettyText('[*] FOUND : ' + str(f.params[pos].node) + ':' + str(tst.getTaint(f.params[pos].node)), 'green')
if tst.getTaint(f.params[pos].node) > 0:
print '-' * 5
print prettyText('[*] Category: %s' % kcat,
'red')
print prettyText('[*] Method: %s' % str(e),
'blue')
print prettyText(
"[+] FOUND: %s" % str(l.name), 'green')
print '-' * 5
except IndexError, AttributeError:
print prettyText('[!] ERROR: %s' % str(f),
'red')
def analyse(path):
print prettyText("[*] Parsing Project at %s ..." % path,'blue')
p = parser.PHPProject(path)
print prettyText("[*] Parsing Completed !",'blue')
'''
print prettyText("[*] Searching for dangerous methods",'blue')
for category in vulndb.A_F_ALL.keys():
print prettyText("[**] Category: %s" % category,['yellow','bold'])
for method in vulndb.A_F_ALL[category].keys():
print prettyText("[***] Method: %s" % str(method),['yellow'])
found = search(p,functionClassFilter,method)
print parseFound(found,vulndb.A_F_ALL[category][method])
'''
print prettyText("[*] Searching for dangerous methods inheritence",'blue')
files = search(p,classFilter, phply.phpast.Function)
for name in files:
print prettyText('[*] File: %s' % name,['yellow','bold'])
functions = files[name]
#print functions
for l in functions:
paramsList = search(l,classFilter, phply.phpast.FormalParameter)
functionInputParams = dict()
for p in paramsList:
functionInputParams[p] = "ANY"
#print functionInputParams
tst = generateTST(l,functionInputParams)
#print tst
#search a method and propagate taint
for kcat in vulndb.A_F_ALL.keys():
cat = vulndb.A_F_ALL[kcat]
#print prettyText('[*] Category: %s' % kcat,'red')
for e in cat:
#print prettyText('[*] Method: %s' % str(e),'blue')
functions = search(l, functionFilter, e)
#print '-'*5
for f in functions:
for pos in cat[e]:
try:
#print prettyText('[*] FOUND : ' + str(f.params[pos].node) + ':' + str(tst.getTaint(f.params[pos].node)), 'green')
if tst.getTaint(f.params[pos].node) > 0:
print '-'*5
print prettyText('[*] Category: %s' % kcat,'red')
print prettyText('[*] Method: %s' % str(e),'blue')
print prettyText("[+] FOUND: %s" % str(l.name), 'green')
print '-'*5
except IndexError, AttributeError:
print prettyText('[!] ERROR: %s' % str(f), 'red')
def searchMethod(path,method):
print prettyText("[*] Parsing Project at %s ..." % path,'blue')
p = parser.PHPProject(path)
print prettyText("[*] Parsing Completed !",'blue')
print prettyText("[***] Method: %s" % str(method),['yellow'])
found = search(p,functionClassFilter,method)
print parseFound(found,"Custom")
def event_filtering_helper(category, request):
if category=="past":
events_sqs = get_past_events_sqs(request.user)
elif category=="cancelled":
events_sqs = get_cancelled_events_sqs(request.user)
elif category=="archived":
events_sqs = get_archived_events_sqs(request.user)
elif category=="attended":
events_sqs = get_attended_events_sqs(request.user)
else:
events_sqs = get_upcoming_events_sqs(request.user)
events_exist = len(events_sqs) > 0
type = request.GET.get("type", ALL)
if type=="e":
events_sqs = events_sqs.filter(is_deadline=False)
elif type=="d":
events_sqs = events_sqs.filter(is_deadline=True)
elif type=="r":
events_sqs = events_sqs.filter(is_drop=True)
if request.GET.get('query'):
events_sqs = search(events_sqs, request.GET.get('query'))
if category =="upcoming":
return get_categorized_events_context(events_exist, events_sqs, request.user)
else:
event_objects = [sr.object for sr in events_sqs.load_all()]
return events_exist, map(event_map, event_objects, [request.user]*len(event_objects))
def searchMethod(path, method):
print prettyText("[*] Parsing Project at %s ..." % path, 'blue')
p = parser.PHPProject(path)
print prettyText("[*] Parsing Completed !", 'blue')
print prettyText("[***] Method: %s" % str(method), ['yellow'])
found = search(p, functionClassFilter, method)
print parseFound(found, "Custom")
def do(self):
if self.check_command() == False:
print ('Command not found')
return '\n'
if self.expr[0] == 'sort':
from core.sort import sort
action = sort(self.expr)
print(action.parse())
elif self.expr[0] == 'cat':
from core.cat import cat
action = cat(self.expr)
print(action.parse())
elif self.expr[0] == 'search':
from core.search import search
action = search(self.expr)
print(action.parse())
elif self.expr[0] == 'list':
from core.listall import list_all
action = list_all(self.expr)
print(action.parse())
elif self.expr[0] == 'bye':
sys.exit()
def analyse(path, method):
print prettyText("[*] Parsing Project at %s ..." % path, 'blue')
p = parser.PHPProject(path)
print prettyText("[*] Parsing Completed !", 'blue')
print prettyText("[*] Searching for calls to %s" % method, 'blue')
found = search(p, functionMethodFilter, method)
print parseFound(found)
async def search_handler(message: types.Message) -> None:
"""
Checks if sent message is a EN Wiki article and sends the result back.
"""
try:
url = urlparse(message.text)
if URL_REGEX.match(message.text) and url.path != "":
if url.netloc == "en.wikipedia.org":
await message.reply(search.search(message.text))
elif url.netloc == "en.m.wikipedia.org":
await message.reply(
search.search(message.text.replace("en.m.wiki", "en.wiki"))
)
else:
await message.reply(config["WRONG_URL_MESSAGE"])
else:
await message.reply(config["WRONG_URL_MESSAGE"])
except Exception:
await message.reply(config["ERROR_MESSAGE"])
def get_location_guess(request):
if not request.has_key("query"):
raise Http400("Request GET is missing the query.")
sqs = SearchQuerySet().models(Location)
sqs = search(sqs, request.GET.get('query', ""))[:10]
if not sqs or len(sqs) > 1:
data = {'single':False, 'query':request.GET['query']}
else:
loc = sqs[0].object
data = {'single':True, 'latitude':loc.latitude, 'longitude':loc.longitude}
return HttpResponse(simplejson.dumps(data), mimetype="application/json")
def analyse(path):
print prettyText("[*] Parsing Project at %s ..." % path,'blue')
p = parser.PHPProject(path)
print prettyText("[*] Parsing Completed !",'blue')
print prettyText("[*] Searching for dangerous methods",'blue')
for category in vulndb.A_F_ALL.keys():
print prettyText("[**] Category: %s" % category,['yellow','bold'])
for method in vulndb.A_F_ALL[category].keys():
print prettyText("[***] Method: %s" % str(method),['yellow'])
found = search(p,functionClassFilter,method)
print parseFound(found,vulndb.A_F_ALL[category][method])
def analyse(path):
print prettyText("[*] Parsing Project at %s ..." % path, 'blue')
p = parser.PHPProject(path)
print prettyText("[*] Parsing Completed !", 'blue')
print prettyText("[*] Searching for dangerous methods", 'blue')
for category in vulndb.A_F_ALL.keys():
print prettyText("[**] Category: %s" % category, ['yellow', 'bold'])
for method in vulndb.A_F_ALL[category].keys():
print prettyText("[***] Method: %s" % str(method), ['yellow'])
found = search(p, functionClassFilter, method)
print parseFound(found, vulndb.A_F_ALL[category][method])
def search(cls, expression, page=1, per_page=10):
hits, total = search.search(
expression,
model_types=all_subclasses(cls),
page=page,
per_page=per_page
)
ids = [h['id'] for h in hits]
whens = [(id, i) for i, id in enumerate(ids)]
if hits:
return cls.query.filter(cls.id.in_(ids)).order_by(db.case(whens, value=cls.id)), total
else:
return cls.query.filter_by(id=0), 0
def get_location_guess(request):
if not request.has_key("query"):
raise Http400("Request GET is missing the query.")
sqs = SearchQuerySet().models(Location)
sqs = search(sqs, request.GET.get('query', ""))[:10]
if not sqs or len(sqs) > 1:
data = {'single': False, 'query': request.GET['query']}
else:
loc = sqs[0].object
data = {
'single': True,
'latitude': loc.latitude,
'longitude': loc.longitude
}
return HttpResponse(simplejson.dumps(data), mimetype="application/json")
def employer_search_helper(request):
search_results = SearchQuerySet().models(Employer).filter(visible=True)
if request.GET.get('subscribed', False) == 'true':
search_results = search_results.filter(subscribers=request.user.id)
# filter by whether the employer has an upcoming event or not
if request.GET.get('has_public_events_deadlines', False) == "true":
search_results = search_results.filter(has_public_events=True)
# filter by industry
industry_id = request.GET.get('i', None)
if industry_id:
search_results = search_results.filter(industries=industry_id)
# search
if request.GET.get('q'):
search_results = search(search_results, request.GET.get('q'))
# Extract the object.
employers = map(lambda n: n.object, search_results)
# Sort the employers.
return sorted(employers, key=lambda n: n.name)
def employer_search_helper(request):
search_results = SearchQuerySet().models(Employer).filter(visible=True)
if request.GET.get('subscribed', False)=='true':
search_results = search_results.filter(subscribers=request.user.id)
# filter by whether the employer has an upcoming event or not
if request.GET.get('has_public_events_deadlines', False)=="true":
search_results = search_results.filter(has_public_events=True)
# filter by industry
industry_id = request.GET.get('i', None)
if industry_id:
search_results = search_results.filter(industries=industry_id)
# search
if request.GET.get('q'):
search_results = search(search_results, request.GET.get('q'))
# Extract the object.
employers = map(lambda n: n.object, search_results)
# Sort the employers.
return sorted(employers, key=lambda n: n.name)
def search_user():
q = {
'from': int(request.args.get('offset', 0)),
'size': int(request.args.get('limit', 10)),
'query': {
'match': {
'name': request.args.get('q', '')
}
}
}
res = search.search(index=SEARCH_INDEX, doc_type='user', body=q)
total = res['hits']['total']
users = []
for hit in res['hits']['hits']:
user = hit['_source']
user['_id'] = user.pop('user_id')
users.append(user)
result = {
'total': total,
'users': users
}
return bson.json_util.dumps(result)
def generateCachedPaths():
root = (os.path.dirname(os.path.abspath(inspect.getfile(inspect.currentframe()))))
start_time = time.time()
n = 0
total = len(randompath.sources)*len(randompath.destinations)
for s in randompath.sources:
for d in randompath.destinations:
print ("Calculation for {0} to {1}".format(s,d))
r = dict()
try:
r = search.search(s,d)
r['source'] = s
r['destination'] = d
print("Execution time: %s" % str(r['execution_time']))
pickle.dump(r,open( "core/cached_paths/%s.dump" % hash('{0}_{1}'.format(s,d)), "wb" ))
except:
print("Could not find path between {0} and {1}".format(s,d))
print(sys.exc_info())
gc.collect()
elapsed_time = time.time() - start_time
n += 1
remaining_time = elapsed_time * total / n - elapsed_time
print("{0} of {3} Elapsed: {1} ETR: {2}".format(n,elapsed_time,remaining_time,total))
import phply
from core.search import search
from core.filters import classFilter, functionFilter
from taint.taint import *
import sys
import os
import vulndb
# p = "/home/asm/Documents/Aptana Studio 3 Workspace/code_review_framework/samples/webERP/CopyBOM.php"
path = os.path.abspath(sys.argv[1])
# path = os.path.abspath(p)
f = parser.PHPFile(path)
functions = search(f,classFilter, phply.phpast.Function)
#print functions
for l in functions:
paramsList = search(l,classFilter, phply.phpast.FormalParameter)
functionInputParams = dict()
for p in paramsList:
functionInputParams[p] = "ANY"
print functionInputParams
tst = generateTST(l,functionInputParams)
print tst
#search a method and propagate taint
for kcat in vulndb.A_F_ALL.keys():
cat = vulndb.A_F_ALL[kcat]
print prettyText('[*] Category: %s' % kcat,'red')
def employer_students(request, extra_context=None):
context = {}
if request.is_ajax():
student_list = request.GET["student_list"]
student_list_id = request.GET["student_list_id"]
recruiter = request.user.recruiter
if student_list == student_enums.GENERAL_STUDENT_LISTS[0][1]:
students = SearchQuerySet().models(Student).filter(visible=True)
else:
# if student_list == student_enums.GENERAL_STUDENT_LISTS[1][1]:
# students = get_unlocked_students(recruiter.employer, request.META['has_at_least_premium'])
if student_list == student_enums.GENERAL_STUDENT_LISTS[1][1]:
students = recruiter.employer.starred_students.all()
elif student_list == student_enums.GENERAL_STUDENT_LISTS[2][1]:
try:
resume_book = ResumeBook.objects.get(recruiter=recruiter, delivered=False)
except ResumeBook.DoesNotExist:
resume_book = ResumeBook.objects.create(recruiter=recruiter)
students = resume_book.students.visible()
else:
parts = student_list.split(" ")
if parts[-1] == "RSVPs" or parts[-1] == "Attendees" or parts[-1] == "Drop" and parts[-2] == "Resume":
try:
e = Event.objects.get(id=student_list_id)
except:
raise Http404
if parts[-1] == "RSVPs":
students = Student.objects.visible().filter(
rsvp__in=e.rsvp_set.filter(attending=True), profile_created=True
)
elif parts[-1] == "Attendees":
students = Student.objects.visible().filter(
attendee__in=e.attendee_set.all(), profile_created=True
)
elif parts[-1] == "Drop" and parts[-2] == "Resume":
students = Student.objects.visible().filter(
droppedresume__in=e.droppedresume_set.all(), profile_created=True
)
else:
students = ResumeBook.objects.get(id=student_list_id).students.visible()
students = SearchQuerySet().models(Student).filter(obj_id__in=[student.id for student in students])
am_filtering = False
if request.GET.has_key("gpa"):
am_filtering = True
students = students.filter(gpa__gte=request.GET["gpa"])
if request.GET.has_key("act"):
am_filtering = True
students = students.filter(act__gte=request.GET["act"])
if request.GET.has_key("sat_t"):
am_filtering = True
students = students.filter(sat_t__gte=request.GET["sat_t"])
if request.GET.has_key("sat_m"):
am_filtering = True
students = students.filter(sat_m__gte=request.GET["sat_m"])
if request.GET.has_key("sat_v"):
am_filtering = True
students = students.filter(sat_v__gte=request.GET["sat_v"])
if request.GET.has_key("sat_w"):
am_filtering = True
students = students.filter(sat_w__gte=request.GET["sat_w"])
if request.GET.has_key("degree_programs"):
am_filtering = True
students = students.filter(degree_program__in=request.GET["degree_programs"].split("~"))
if request.GET.has_key("graduation_years"):
am_filtering = True
students = students.filter(graduation_year__in=request.GET["graduation_years"].split("~"))
if request.GET.has_key("employment_types"):
am_filtering = True
students = students.filter(looking_for__in=request.GET["employment_types"].split("~"))
if request.GET.has_key("previous_employers"):
am_filtering = True
students = students.filter(previous_employers__in=request.GET["previous_employers"].split("~"))
if request.GET.has_key("industries_of_interest"):
am_filtering = True
students = students.filter(industries_of_interest__in=request.GET["industries_of_interest"].split("~"))
if request.GET.has_key("languages"):
am_filtering = True
students = students.filter(languages__in=request.GET["languages"].split("~"))
if request.GET.has_key("campus_orgs"):
am_filtering = True
students = students.filter(campus_involvement__in=request.GET["campus_orgs"].split("~"))
if request.GET.has_key("countries_of_citizenship"):
am_filtering = True
students = students.filter(countries_of_citizenship__in=request.GET["countries_of_citizenship"].split("~"))
if request.GET["older_than_21"] != "N":
am_filtering = True
students = students.filter(older_than_21=True)
if request.GET.has_key("schools"):
am_filtering = True
school_ids = request.GET["schools"].split("~")
schools = School.objects.filter(id__in=school_ids)
domain_names = DomainName.objects.filter(school__in=schools)
domains = map(lambda x: x.domain, domain_names)
if domains and students:
students = students.filter(reduce(operator.or_, (SQ(email__contains=x) for x in domains)))
if request.GET.has_key("courses"):
am_filtering = True
courses = request.GET["courses"].split("~")
students = students.filter(SQ(first_major__in=courses) | SQ(second_major__in=courses))
if request.GET.has_key("query"):
students = search(students, request.GET["query"])
# Highlight the results
students = students.highlight()
results_per_page = int(request.GET["results_per_page"])
start_index = results_per_page * (int(request.GET["page"]) - 1)
count = students.count()
if start_index >= count:
start_index = 0
ordered_results = order_results(students, request)[start_index : start_index + results_per_page]
ordered_result_objects = []
for search_result in ordered_results:
if search_result.highlighted:
ordered_result_object = (search_result.object, search_result.highlighted["text"][0])
else:
ordered_result_object = (search_result.object, "")
ordered_result_objects.append(ordered_result_object)
padded_ordered_results = [""] * count
for i in range(len(ordered_result_objects)):
padded_ordered_results[i + start_index] = ordered_result_objects[i]
paginator = DiggPaginator(padded_ordered_results, results_per_page, body=3, padding=1, margin=2)
context["filtering"] = am_filtering
try:
page = paginator.page(request.GET["page"])
except EmptyPage:
page = paginator.page(1)
context["page"] = page
context["results"] = process_results(request.user.recruiter, request.META["has_at_least_premium"], page)
context["current_student_list"] = request.GET["student_list"]
context["total_results_num"] = count
# I don't like this method of statistics
if request.user.recruiter.employer.name != "Umeqo":
for (
student,
highlighted_text,
is_in_resume_book,
is_starred,
comment,
num_of_events_attended,
visible,
school,
) in context["results"]:
if student:
student.studentstatistics.shown_in_results_count += 1
student.studentstatistics.save()
resume_book = ResumeBook.objects.get(recruiter=request.user.recruiter, delivered=False)
if len(resume_book.students.visible()) >= s.RESUME_BOOK_CAPACITY:
context["resume_book_capacity_reached"] = True
context["TEMPLATE"] = "employer_students_results.html"
context.update(extra_context or {})
return context
else:
page_messages = {
"NO_STUDENTS_SELECTED_MESSAGE": messages.no_students_selected,
"WAIT_UNTIL_RESUME_BOOK_IS_READY_MESSAGE": messages.wait_until_resume_book_is_ready,
}
context["page_messages"] = page_messages
context["query"] = request.GET.get("query", "")
# Passing the employer id to generate tha appropriate student list choices
context["student_filtering_form"] = StudentFilteringForm(
initial={
"has_at_least_premium": request.META["has_at_least_premium"],
"recruiter_id": request.user.recruiter.id,
"ordering": request.user.recruiter.recruiterpreferences.default_student_result_ordering,
"results_per_page": request.user.recruiter.recruiterpreferences.default_student_results_per_page,
}
)
context["student_search_form"] = StudentSearchForm()
context["added"] = employer_enums.ADDED
context["starred"] = employer_enums.STARRED
context["email_delivery_type"] = core_enums.EMAIL
context["in_resume_book_student_list"] = student_enums.GENERAL_STUDENT_LISTS[2][1]
context["resume_book_capacity"] = s.RESUME_BOOK_CAPACITY
context["TEMPLATE"] = "employer_students.html"
context.update(extra_context or {})
return context
def respond(result):
answer = []
# If there are no definitions defined, find new ones
if "keywords" in result:
answer = search.search(result["keywords"])
else:
definitions = result["definitions"]
used_stems = []
# Only use standalone definitions for now
without_aggregates = [definition for definition in definitions if "using" not in definition]
# Check if two or more definitions are the same, if so use them for answer
for definition in without_aggregates:
matches = 0
other_definitions = list(without_aggregates)
other_definitions.remove(definition)
for other in other_definitions:
if definition["text"] == other["text"]:
matches += 1
if matches > 0:
used_stems.append(definition["stem"])
# TODO: save with id_str from returned Twitter status update object
# database.answers.save({"text": definitionA["text"], "definitions": [definitionA["_id"]]})
# Check if matches were found
# The idea here is to create new aggregate definitions from matching standalone definitions
# Example: apple has "fruit" and "from tree", pear only has "fruit"
# In this case a new definition "fruit; from tree" will be created and saved for both stems
if len(used_stems) > 0:
text = ""
ids = []
# Create list of standalone definitions based on usable stems found in previous loop
usable_definitions = [definition for definition in definitions if definition["stem"] in used_stems and "using" not in definition]
# Append all text of unique definitions together, create list of all ids
for i, definition in enumerate(usable_definitions):
if definition["text"] not in text:
if i > 0:
text += "; " + definition["text"]
else:
text += definition["text"]
ids.append(definition["_id"])
# Create new definition for stem if it doesn't exist yet
for stem in used_stems:
if not definition_model.text_exists_for_stem(stem, text) and not any(definition["text"] == text for definition in answer):
new_definition = {"stem": stem, "text": text, "score": 0.5, "using": ids}
answer.append(new_definition)
print("Saving new definition: " + str(new_definition))
database.definitions.save(new_definition)
# If no matches were found, try finding an existing aggregate or create a new one
# The idea here is to use or create aggregate definitions no matter how related they are
# Example: apple has "fruit", pear has "green", lemon has "from tree"
# In this case, it'll check if there's already a "fruit; green; from tree" definition and if there is use that
# If there's not, it'll create that and save it as a definition for all three used stems
else:
text = ""
ids = []
new_definitions = []
used_stems = []
# Append all text of definitions together, create list of all ids
for i, definition in enumerate(definitions):
if i > 0:
text += "; " + definition["text"]
else:
text += definition["text"]
ids.append(definition["_id"])
for definition in definitions:
# Only process every stem once
if definition["stem"] not in used_stems:
used_stems.append(definition["stem"])
# Check if there already is an aggregate definition, if so take highest scoring one
highest_scoring_aggregate = definition_model.get_highest_scoring_aggregate(definition["stem"])
if highest_scoring_aggregate is not None:
other_ids = list(ids)
other_ids.remove(highest_scoring_aggregate["_id"])
# Check if the aggregate definition is made up of all the other given definitions
if all(definition_id in highest_scoring_aggregate["using"] for definition_id in other_ids):
print("Using existing aggregate definition")
# If it is, add it as part of the answer
answer.append(highest_scoring_aggregate)
# If there is no aggregate, make a new one using the text/ids of all definitions combined
else:
new_definition = {"stem": definition["stem"], "text": text, "score": 0.5, "using": ids}
# Keep track of the new definitions
new_definitions.append(new_definition)
print("Saving new definition: " + str(new_definition))
database.definitions.save(new_definition)
# If answer is empty that means no existing aggregate definitions were found, so use the new ones
if len(answer) == 0:
answer = new_definitions
print("Produced answer: " + str(answer))
return answer
def select(sql):
search.search(sql)
def employer_students(request, extra_context=None):
context = {}
if request.is_ajax():
student_list = request.GET['student_list']
student_list_id = request.GET['student_list_id']
recruiter = request.user.recruiter
if student_list == student_enums.GENERAL_STUDENT_LISTS[0][1]:
students = SearchQuerySet().models(Student).filter(visible=True)
else:
#if student_list == student_enums.GENERAL_STUDENT_LISTS[1][1]:
# students = get_unlocked_students(recruiter.employer, request.META['has_at_least_premium'])
if student_list == student_enums.GENERAL_STUDENT_LISTS[1][1]:
students = recruiter.employer.starred_students.all()
elif student_list == student_enums.GENERAL_STUDENT_LISTS[2][1]:
try:
resume_book = ResumeBook.objects.get(recruiter = recruiter, delivered=False)
except ResumeBook.DoesNotExist:
resume_book = ResumeBook.objects.create(recruiter = recruiter)
students = resume_book.students.visible()
else:
parts = student_list.split(" ")
if parts[-1] == "RSVPs" or parts[-1] == "Attendees" or parts[-1] == "Drop" and parts[-2] == "Resume":
try:
e = Event.objects.get(id = student_list_id)
except:
raise Http404
if parts[-1] == "RSVPs":
students = Student.objects.visible().filter(rsvp__in=e.rsvp_set.filter(attending=True), profile_created=True)
elif parts[-1] == "Attendees":
students = Student.objects.visible().filter(attendee__in=e.attendee_set.all(), profile_created=True)
elif parts[-1] == "Drop" and parts[-2] == "Resume":
students = Student.objects.visible().filter(droppedresume__in=e.droppedresume_set.all(), profile_created=True)
else:
students = ResumeBook.objects.get(id = student_list_id).students.visible()
students = SearchQuerySet().models(Student).filter(obj_id__in = [student.id for student in students])
am_filtering = False
if request.GET.has_key('gpa'):
am_filtering = True
students = students.filter(gpa__gte = request.GET['gpa'])
if request.GET.has_key('act'):
am_filtering = True
students = students.filter(act__gte = request.GET['act'])
if request.GET.has_key('sat_t'):
am_filtering = True
students = students.filter(sat_t__gte = request.GET['sat_t'])
if request.GET.has_key('sat_m'):
am_filtering = True
students = students.filter(sat_m__gte = request.GET['sat_m'])
if request.GET.has_key('sat_v'):
am_filtering = True
students = students.filter(sat_v__gte = request.GET['sat_v'])
if request.GET.has_key('sat_w'):
am_filtering = True
students = students.filter(sat_w__gte = request.GET['sat_w'])
if request.GET.has_key('degree_programs'):
am_filtering = True
students = students.filter(degree_program__in = request.GET['degree_programs'].split('~'))
if request.GET.has_key('graduation_years'):
am_filtering = True
students = students.filter(graduation_year__in = request.GET['graduation_years'].split('~'))
if request.GET.has_key('employment_types'):
am_filtering = True
students = students.filter(looking_for__in = request.GET['employment_types'].split('~'))
if request.GET.has_key('previous_employers'):
am_filtering = True
students = students.filter(previous_employers__in = request.GET['previous_employers'].split('~'))
if request.GET.has_key('industries_of_interest'):
am_filtering = True
students = students.filter(industries_of_interest__in = request.GET['industries_of_interest'].split('~'))
if request.GET.has_key('languages'):
am_filtering = True
students = students.filter(languages__in = request.GET['languages'].split('~'))
if request.GET.has_key('campus_orgs'):
am_filtering = True
students = students.filter(campus_involvement__in = request.GET['campus_orgs'].split('~'))
if request.GET.has_key('countries_of_citizenship'):
am_filtering = True
students = students.filter(countries_of_citizenship__in = request.GET['countries_of_citizenship'].split('~'))
if request.GET['older_than_21'] != 'N':
am_filtering = True
students = students.filter(older_than_21 = True)
if request.GET.has_key('schools'):
am_filtering = True
school_ids = request.GET['schools'].split('~')
schools = School.objects.filter(id__in = school_ids)
domain_names = DomainName.objects.filter(school__in=schools)
domains = map(lambda x: x.domain, domain_names)
if domains and students:
students = students.filter(reduce(operator.or_, (SQ(email__contains=x) for x in domains)))
if request.GET.has_key('courses'):
am_filtering = True
courses = request.GET['courses'].split('~')
students = students.filter(SQ(first_major__in = courses)|SQ(second_major__in = courses))
if request.GET.has_key('query'):
students = search(students, request.GET['query'])
# Highlight the results
students = students.highlight()
results_per_page = int(request.GET['results_per_page'])
start_index = results_per_page * (int(request.GET['page']) - 1)
count = students.count()
if start_index >= count:
start_index = 0
ordered_results = order_results(students, request)[start_index:start_index + results_per_page]
ordered_result_objects = []
for search_result in ordered_results:
if search_result.highlighted:
ordered_result_object = (search_result.object, search_result.highlighted['text'][0])
else:
ordered_result_object = (search_result.object, "")
ordered_result_objects.append(ordered_result_object)
padded_ordered_results = ['']*count
for i in range(len(ordered_result_objects)):
padded_ordered_results[i + start_index] = ordered_result_objects[i]
paginator = DiggPaginator(padded_ordered_results, results_per_page, body=3, padding=1, margin=2)
context['filtering'] = am_filtering
try:
page = paginator.page(request.GET['page'])
except EmptyPage:
page = paginator.page(1)
context['page'] = page
context['results'] = process_results(request.user.recruiter, request.META['has_at_least_premium'], page)
context['current_student_list'] = request.GET['student_list']
context['total_results_num'] = count
# I don't like this method of statistics
if request.user.recruiter.employer.name != "Umeqo":
for student, highlighted_text, is_in_resume_book, is_starred, comment, num_of_events_attended, visible, school in context['results']:
if student:
student.studentstatistics.shown_in_results_count += 1
student.studentstatistics.save()
resume_book = ResumeBook.objects.get(recruiter = request.user.recruiter, delivered=False)
if len(resume_book.students.visible()) >= s.RESUME_BOOK_CAPACITY:
context['resume_book_capacity_reached'] = True
context['TEMPLATE'] = 'employer_students_results.html'
context.update(extra_context or {})
return context
else:
page_messages = {
'NO_STUDENTS_SELECTED_MESSAGE': messages.no_students_selected,
'WAIT_UNTIL_RESUME_BOOK_IS_READY_MESSAGE': messages.wait_until_resume_book_is_ready
}
context['page_messages'] = page_messages
context['query'] = request.GET.get('query', '')
# Passing the employer id to generate tha appropriate student list choices
context['student_filtering_form'] = StudentFilteringForm(initial={
'has_at_least_premium':request.META['has_at_least_premium'],
'recruiter_id': request.user.recruiter.id,
'ordering': request.user.recruiter.recruiterpreferences.default_student_result_ordering,
'results_per_page': request.user.recruiter.recruiterpreferences.default_student_results_per_page
})
context['student_search_form'] = StudentSearchForm()
context['added'] = employer_enums.ADDED
context['starred'] = employer_enums.STARRED
context['email_delivery_type'] = core_enums.EMAIL
context['in_resume_book_student_list'] = student_enums.GENERAL_STUDENT_LISTS[2][1]
context['resume_book_capacity'] = s.RESUME_BOOK_CAPACITY
context['TEMPLATE'] = 'employer_students.html'
context.update(extra_context or {})
return context
