def full_search(self):
"""
Provides a common method to perform a search on api and website
@warning: should be wrapped in a try,except block
@return: a list of obituaries
@rtype: list
"""
name = self.rget("name", str) or None
pob = self.rget("pob", str) or None
pod = self.rget("pod", str) or None
# join the string params together if they exist
search_tokens = utils.tokenize_multi(name, pob, pod)
logging.info(search_tokens)
dob = self.rget("dob", self.parse_date) or None
dod = self.rget("dod", self.parse_date) or None
lat = self.rget("lat", float)
lon = self.rget("lon", float)
logging.info("Sending to search: ")
logging.info(search_tokens)
if lat and lon:
# search by location
ghash = geohash.encode(lat, lon)
ghash_list = geohash.expand(ghash)
precision = self.rget("precision", int) or 4
return utils.search(search_tokens, dob, dod, ghash_list, precision)
else:
return utils.search(search_tokens, dob, dod)
def prompter(books, users, **kwargs):
try:
options = [
"Search the book database for a book by Author surname",
"Search the user database for a user by User surname",
"Lend a book to a user",
"Receive book borrowed from a user",
"Exit from the system(creates new users and books database csv files)"
]
length = max(list(map(lambda option: len(option), options)))
while True:
print('')
print("Press Ctrl+C to exit the system without saving")
prompt = '> '
print("".rjust(length + 10, '-'))
for index, option in enumerate(options):
print(f'{index+1}) {option}'.rjust(16))
print("".rjust(64, '-'))
print(prompt, end='')
selected = input("Select an option from the list above using the number: ")
if(selected.isdigit() and int(selected) > 0 and int(selected) < 6):
if(selected == "1"):
while True:
author_name = input("$ Enter the Author's surname: ")
if not author_name.isdigit():
result = search(author_name, books)
display_result(result)
break
if(selected == "2"):
while True:
user_name = input(f"$$ Enter the User's surname: ")
if not user_name.isdigit():
result = search(user_name, users)
display_result(result)
break
if(selected == "3"):
books, users = lend_book(books, users)
if(selected == "4"):
books, users = return_book(books, users)
if(selected == "5"):
on_exit(books, users, kwargs["b"], kwargs["u"])
except KeyboardInterrupt:
print("\nExiting...")
exit(0)
def main():
this_txt_dir = os.path.join(txt_dir, folder[0])
for pig in range(1,31):
this_pig_dir = os.path.join(image_dir, str(pig))
for FILE in os.listdir(this_pig_dir):
portion = os.path.splitext(FILE)
print(portion)
txt_name = portion[0] + txt_SUFFIX
print(txt_name)
u.search(txt_name)
exit()
def _test():
d = {
'type': 'REST',
'name': 'api_input_test', # I just need it to be unique
'id': 'page',
'location' : {
'url': lambda v: 'https://reqres.in/api/users?page={}'.format(v.get('page')),
'errors' : {
200: "OK",
403: "Bad request params",
404: "File not found... ?",
500: "Permanent fail",
},
},
'data': {
'REMAP': {
'reqres_page' : "page",
'reqres_count': "per_page",
'reqres_total': "total",
'reqres_pages': "total_pages",
'reqres_ids' : ('data', 0, {
'id' : 'id',
'name': lambda v: "{} {}".format(v.get('first_name'), v.get('last_name')),
'avatar': 'avatar',
}),
},
},
}
urlin = Input(**d)
rv = urlin.get(1)
return search(('reqres_ids', 'name'), rv) == "George Bluth"
def loan_request_local(loan_amount,
loan_marr,
loan_terms,
probability_of_default,
loss_given_default,
client_min_rate,
client_max_rate,
search_samples,
show: bool = False,
save: str = ""):
irr = search(loan_amount, loan_terms, search_samples, client_min_rate,
client_max_rate, probability_of_default,
loss_given_default)
a = Amortization(loan_amount, irr, loan_terms)
table = a.get_enriched_table(probability_of_default,
loss_given_default)
request = ""
if show:
if loan_marr < irr:
request = "Approved"
print("Loan request for", loan_amount, "due in", loan_terms,
"terms with",
a.annuity, "fix payments and interest rate of",
round(irr * 100, 2), "%:", request)
print(table)
else:
request = "Rejected"
print("Loan request for", loan_amount, "due in", loan_terms,
"termns with",
a.annuity, "fix payments and interest rate of",
round(irr * 100, 2), "%:", request)
print(table)
if save.endswith(".csv"):
table.to_csv(save)
def res(resource):
# Create channel for the resource
channel = createChannel(resource)
# Grab the list of annotations for the resource
annotations = search(resource)
# Go through the annotations in the list and grab the good stuff
for a in annotations:
text = a['text']
link = a['links']['incontext']
source = a['document']['title'][0]
# Grab the quoted text...sometimes it is in different place so I do a try/except block
for i in range(0, 4):
try:
q = a['target'][0]['selector'][i]['exact']
if q != None:
quotedText = q
break
except Exception:
continue
quotedText = 'Error: could not find annotation'
# Create the text that will appear in the Are.na block
body = '>%s\n\n-- "%s" ([source](%s))\n\n%s' % (quotedText, source, link, text)
block = createBlock(channel, body, title=None)
# TODO: figure out what to return for real - the channel now updated w/ annotations?
return 'See if it worked!'
def reserve(self, event, driver, msg):
if not ut.search(event.user.username, driver, msg):
return False
id_profile = ut.find_css_selector_element(driver, '#id_teacher_0 a',
msg)
if id_profile is None:
return False
id_profile.click()
i = 0
id_reserve = None
while True:
id_event = ut.find_element_id(driver, 'id_meeting_' + str(i), msg)
if id_event is None:
msg.pop()
break
source = id_event.text
if event.date in source and event.begin_time in source and event.end_time in source and str(
event.capacity) in source:
id_reserve = ut.find_element_id(id_event, 'id_reserve_meeting',
msg)
if id_reserve is None:
return False
break
i += 1
if id_reserve is None:
msg.append('meeting not found')
return False
id_reserve.click()
return True
def findPerson(query):
"""
returns the name that shows up the most from the google search of the query
arguments:
string of the question
return:
name of a person
"""
file = open("words.txt")
words = file.read()
l = utils.search(query)
goodWords=[]
exp = "[A-Z][a-z][a-z]+ [A-Z][a-z]+"
for pages in l:
text = re.sub("[\t\n ]", " ", utils.get_page(pages))
result = re.findall(exp, text)
for x in result:
z = x.split(" ")
if z[0].lower() not in words and z[1].lower() not in words:
goodWords.append(x)
wordcounts={}
for word in goodWords:
if wordcounts.has_key(word):
wordcounts[word]+=1
else:
wordcounts[word]=1
person = wordcounts.keys()[0]
for word in wordcounts:
if wordcounts[word] > wordcounts[person]:
person = word
return person
def main(max_rows, cache, keywords, search_in, write_excel):
pd.set_option("max_rows", max_rows)
expire_after = datetime.timedelta(days=cache)
session = init_session(expire_after)
df = download_index(session)
# df = add_possible_repository_url(df)
# print(df)
# print("Have repo like archive: %d" % df['have_repo_like_archive'].sum())
# print("Don't have repo like archive: %d" % (len(df) - df['have_repo_like_archive'].sum()))
# return
# df_first = df.groupby('name').last().reset_index()
df_last = df.groupby('name').first().reset_index()
df_last['number_of_version'] = df.groupby('name')['version'].count()
df_last = add_possible_repository_url(df_last)
print(df_last[[
'name', 'url', 'website', 'possible_url_repository',
'have_repo_like_archive'
]].set_index('name'))
print("Have repo like archive: %d" %
df_last['have_repo_like_archive'].sum())
if keywords != '':
columns_search = search_in.split(',')
df_search = search(keywords,
columns_search,
session=session,
df_last=df_last)
if write_excel:
print("Writing Excel file")
with pd.ExcelWriter("libraries.xlsx") as writer:
df_last.to_excel(writer, sheet_name='Last')
# df_first.to_excel(writer, sheet_name='First')
df.to_excel(writer, sheet_name='All')
if keywords != '':
df_search.to_excel(writer, sheet_name='Search')
def vgg_search(img_url, nb_results):
# load the index file
index = faiss.read_index("Shiying_and_Jiwei_mini_index.index")
# A VGG16 pre-trained model
vgg16_model = VGG16(weights='imagenet', include_top=False)
# vgg16_model.summary()
# number of nearest neighbors for each descriptor
k = 100
#compute query vector of descriptors
xq = utils_vgg16.eval_vgg_with_l2_norm_compute_xq_cloud(
vgg16_model, img_url)
if xq.shape == (0, ):
return None, None, None, None, None
#actual search
# xq - the descriptors of the query image
# index - the whole index of the images in the storage
# k - number of nearest neighbors for each descriptor
# I - the indexes of the relevant similar images
D, I = utils.search(xq, index, k)
# Return top N file_ids (images' names) according to IC
top_n, scores, sources = utils_evaluation.eval_retrieve_top_n(
I, nb_results)
numbers = list(range(1, 11))
#for num in numbers:
# print("Result number ", num, " is: ", top_n[num-1], " with score: ", scores[num-1])
#with open("search_results.txt", "w") as f:
# for num in numbers:
# idx = str(top_n[num - 1])
# idx1 = idx[:3]
# idx2 = idx[3:]
# #https://storage.cloud.google.com/evaluation_images/111_14.jpg?authuser=2
# f.write("https://storage.cloud.google.com/evaluation_images/{}_{}.jpg\n".format(idx1, idx2))
images = []
for num in numbers:
idx = str(top_n[num - 1])
idx1 = idx[:3]
idx2 = idx[3:]
#https://storage.cloud.google.com/evaluation_images/111_14.jpg?authuser=2
if idx1 != "444":
images.append(
"https://storage.cloud.google.com/evaluation_images/{}_{}.jpg\n"
.format(idx1, idx2))
else:
images.append(
"https://storage.cloud.google.com/evaluation_images/{}_{}.png\n"
.format(idx1, idx2))
return images
def index(request):
if 'q' in request.GET:
name = request.GET['q'].strip()
results = search(name)
return render_to_response('cazador/results.html', {'results': results})
return render_to_response('cazador/index.html')
def get_audio_from_file(song_name):
try:
*_, file_name, start_on = next(utils.search(songs, _0=song_name))
except StopIteration:
return None
else:
return FFmpegPCMAudio(songs_path + file_name,
options='-ss ' + start_on)
def index(request):
if 'q' in request.GET:
name = request.GET['q'].strip()
results = search(name)
return render_to_response('cazador/results.html', {'results': results})
return render_to_response('cazador/index.html')
def search():
sectionTemplate = "./templates/seaerch_result.tpl"
query = request.forms.get('q')
return template("./pages/index.html",
version=getVersion(),
sectionData={},
sectionTemplate=sectionTemplate,
query=query,
results=search(query))
def lookup(self, keyword):
return_dict = utils.search(keyword)
logging.debug(f'returned: {return_dict}')
if return_dict:
self.prev_dict = self.cur_word
self.cur_word = return_dict
self.num_shown = 0
self.handle_print('\n' * 5 + keyword)
self.print_cur_word()
def search_result():
query = request.forms.get('q')
sectionTemplate = "./templates/search_result.tpl"
return template("./pages/index.html",
version=utils.getVersion(),
sectionTemplate=sectionTemplate,
query=query,
results=utils.search(query),
sectionData={})
def _find_packages_urls(release, architecture, package):
url = f"https://packages.debian.org/{release}/{architecture}/{package}/download"
try:
package_url = utils.search(
r"['\"](?P<url>https?.*?libc6.*?.deb)['\"]", url).group("url")
except AttributeError:
print(utils.make_warning(f"Problems: {utils.make_bright(url)}"))
return []
else:
return [package_url]
def get_queryset(self):
user = self.request.user
query_param = "q"
query_string = self.request.GET.get(query_param, "").strip()
if not query_string:
return BookMark.objects.filter(user=user)
return utils.search(self.request, BookMark, ['tags', 'name'])
def get_queryset(self):
user = self.request.user
query_param="q"
query_string = self.request.GET.get(query_param,"").strip()
if not query_string:
return BookMark.objects.filter(user=user)
return utils.search(self.request, BookMark, ['tags','name'])
def get(self):
query = urllib.parse.unquote_plus(request.args.get("query"))
n = int(request.args.get("n"))
response_ids = search(
query, search_index, model, image_ids, word_to_index, index_to_wordvec, n
)
blank_url = (
"https://iiif.wellcomecollection.org/image/{}.jpg/full/760,/0/default.jpg"
)
response_urls = [blank_url.format(id) for id in response_ids]
return jsonify({"request": query, "response": response_urls})
def related(result_id):
related_news = []
related_tweets = []
wiki_article = dict()
news_articles = []
form = SearchForm();
global initial_query
initial_search_term = initial_query
nearby_tweets = False;
if 'near' in request.args:
if request.args['near'] == "true":
nearby_tweets = True;
wiki_article_solr = get_item(wiki, result_id)
if wiki_article_solr:
wiki_article = wiki_article_solr
query_terms = []
twitter_query = "";
keywords = wiki_article.get('keywords',[])
if not application.config.get('INDEX_KEYWORD_GENERATION'):
keywords = extract_keywords(wiki_article['wiki_body'][0].encode('utf-8')).get('keywords')
keywords.append(wiki_article["title"][0]);
print "keywords : " + str(keywords);
query_term = ""
#since we are favoring precision over recall
if len(keywords) > 1:
for t in keywords:
query_terms += t.split()
query_term = "+".join(query_terms)
query_term = "title:"+wiki_article["title"][0]+"^3 news_body:"+query_term;
news_articles = search(news, query_term)
# twitter_query = " OR ".join(query_terms)
twitter_query = wiki_article["title"][0];
related_tweets = search_twitter(twitter_query, nearby_tweets) ;
print "tweets :" + str(related_tweets);
if news_articles:
news_articles = news_articles[0]
#TODO: remove the list comprehension, it was just for design purposes
related_news = [news_article for news_article in news_articles if news_article.get('news_body')]
return render_template('related.html',**locals());
def search():
page_name = 'search'
user = utils.get_user_from_cookie(request)
search_query = request.args.get("query")
if not search_query:
page_content = render_template("search.html", user=user, message='')
return render_page(page_content, page_name, user=user)
users = utils.search(search_query)
if not users:
page_content = render_template("search.html", message='NO USERS FOUND :(', user=user)
return render_page(page_content, page_name, user=user)
page_content = render_template("search.html", message='', users=users)
return render_page(page_content, page_name, user=user)
def search():
page_name = "search"
user = utils.get_user_from_cookie(request)
search_query = request.args.get('query')
if not search_query:
page_content = render_template('search.html', user=user, message="")
return render_page(page_content, page_name, user=user)
users = utils.search(search_query)
if not users:
page_content = render_template('search.html', message="NO USERS FOUND :(", user=user)
return render_page(page_content, page_name, user=user)
page_content = render_template('search.html', message="", users=users)
return render_page(page_content, page_name, user=user)
def face_search():
start = time.time()
ensure_folder(STATIC_DIR)
ensure_folder(UPLOAD_DIR)
file = request.files['file']
filename = secure_filename(file.filename)
filename = filename.lower()
if filename in ['jpg', 'jpeg', 'png', 'gif']:
filename = str(random.randint(0, 101)) + '.' + filename
file_upload = os.path.join(UPLOAD_DIR, filename)
file.save(file_upload)
resize(file_upload)
print('file_upload: ' + file_upload)
name, prob, file_star = search(file_upload)
elapsed = time.time() - start
return name, prob, file_star, file_upload, float(elapsed)
def search():
page_name = 'search'
user = utils.get_user_from_cookie(request)
search_query = request.args.get("query")
if not search_query:
page_content = render_template("search.html", user=user, message='')
return render_page(page_content, page_name, user=user)
users = utils.search(search_query)
if not users:
page_content = render_template("search.html",
message='NO USERS FOUND :(',
user=user)
return render_page(page_content, page_name, user=user)
page_content = render_template("search.html", message='', users=users)
return render_page(page_content, page_name, user=user)
def search():
if request.method == 'GET':
search_key = request.args['search_text']
if "page" in request.args:
page = request.args["page"]
else:
page = 1
books = utils.search(search_key)
if len(books) % 12 == 0:
max_page = len(books) // 12
else:
max_page = len(books) // 12 + 1
if page < max_page:
display_books = books[(page - 1) * 12, page * 12]
else:
display_books = books[(min(page, max_page) - 1) * 12:]
return render_template('search-result-page.html', books=display_books)
def _onkeydown(self, event):
keycode = event.GetKeyCode()
shiftdown = event.ShiftDown()
keycode = cmdline.reformat(keycode, shiftdown)
if not self._is_loading:
name, opt = self.cmd_panel.operate(keycode,
mode=self.renderer.mode)
if name in ['booru input', 'save input']:
if name == 'save input':
opt = '0' + opt
booru_ids = utils.search(self.path, opt)
if len(booru_ids) > 10:
booru_ids = booru_ids[:10]
info = ''
if booru_ids:
info = ' Local vids:\n ' + '\n '.join(booru_ids)
self.cmd_panel.add_info(info, mode=self.renderer.mode)
def get_results(request):
if request.is_ajax() and request.method == "POST":
try:
res = json.loads(request.body)
print res
cords = res['cords']
cords = cords[0:1] + cords[-1:]
cords = [[x['d'], x['e']] for x in cords]
temp = []
temp.append(cords[0][0])
temp.append(cords[0][1])
temp.append(cords[1][0])
temp.append(cords[1][1])
distance = res['distance']
start_place = res['start']
end_place = res['end']
radius = int(res['radius'])
time = datetime.datetime.strptime(res['time'], "%m/%d/%Y %H:%M")
matched_trips = search(cords, time, radius)
results = []
for trip in matched_trips:
res = {}
res['id'] = trip.id
res['startPlace'] = trip.start_place
res['endPlace'] = trip.end_place
res['startTime'] = datetime.datetime.strftime(
trip.time, "%d %b, %H:%M")
results.append(res)
data = json.dumps({
'cords': temp,
'start_place': start_place,
'end_place': end_place
})
request.session['data'] = data
request.session['results'] = results
# print render(request, 'searchResults.html', {'results':results, 'data':data})
# return render(request, 'searchResults.html', {'results':results, 'data':data})
return HttpResponse()
except:
return HttpResponseBadRequest()
else:
return HttpResponseNotAllowed(['POST'])
def findprice(foodname, mode):
global food
print "Times (in ms):\n"
#timer for debugging
one=time.time()*1000.0
if mode == 0:
results = utils.search(foodname)
else:
results = utils.search2(foodname)
print "Total recipe search: " + str(time.time()*1000.0 - one)
#the time for the following assignments is negligible
recipeTitle = results[0]
ingred = results[1]
imgURL = results [2]
directions = results[3]
source = results[4]
#timer 2
two=time.time()*1000.0
pricelist=[]
for ingredient in ingred:
p,n = utils.getPrice(key, ingredient)
if p == None:
flash("Your search has failed. Please try another recipe.")
return redirect('/')
p = str(p);
if len(p[p.find('.'):]) < 3:
p += '0'
#sometimes the price shows up with 1 decimal place. I'm assuming it lopped off a 0 somehow.
pListelement = [p, (n.replace("#food", "") + " (" + ingredient) + ")"]
#getting '#food' in the ingredient names was a problem
pricelist.append(pListelement)
timer = time.time()*1000.0 - two
print "Total ingredient search: " + str(timer)
print "Average per ingredient: " + str(timer / len(pricelist))
print "Total to find data: " + str(time.time()*1000.0 - one)
food = foodname
return render_template("pricer.html", foodname=foodname, title=recipeTitle, sURL=source, ingredients=ingred,imgURL=imgURL, prices=pricelist, directions=directions, mode = mode)
def solve(grid, format='string'):
if len(grid) != 81:
print 'ERROR: Sudoku length is not proper'
sys.exit()
values = search(grid_values(grid))
if '' in values.values():
print 'INFO: Invalid Sudoku'
sys.exit()
format_output = ""
for row in row_units:
for cell in row:
format_output += values[cell]
if format == 'grid':
display(values)
else:
print format_output
def results():
qt = request.args.get('q')
query_terms = qt.split()
query_term = "+".join(query_terms)
form = SearchForm();
query_term = "title:"+query_term+"^3 wiki_body:"+query_term;
print query_term
sear = search(wiki, query_term, hl="true")
error_message = "No results found for your search!"
global initial_query
initial_search_term = initial_query
# for Did you mean? section
# http://localhost:8983/solr/wikiArticleCollection/spell?q=alternatie&wt=json&indent=true
params = urllib.urlencode({'q': initial_query, 'wt': "json", 'indent' : "true" })
print params;
did_you_mean = urllib.urlopen("http://localhost:8983/solr/wikiArticleCollection/spell?%s" % params)
did_you_mean_object = json.load(did_you_mean)
did_you_mean_words = [];
try:
did_you_mean_words = [];
for word in did_you_mean_object["spellcheck"]["suggestions"][1]["suggestion"]:
did_you_mean_words.append(word["word"]);
except:
did_you_mean_words = [];
#currently returning only results that were highlighted
if sear:
search_results = sear[0]
result_snippets = sear [1]
for res in search_results:
_id = res['id']
if _id in result_snippets:
try:
res['wiki_body'] = ("...").join(result_snippets[_id].get('wiki_body', []))
except:
del search_results[_id]
else:
del search_results[_id]
if search_results:
if len(search_results)>0:
error_message = ""
return render_template('results.html', **locals());
def __call__(self, data):
""" frankinstate output from data-parts.
this makes Mapper 'callable' so a Mapper is a valid field value in defining a Mapper.
Not sure how you could, but Don't make cycles.
"""
logger.debug("mapper: {} data: {}".format(self.remap, data))
from utils import search
# remap the input data (effectively deleting anything not listed)
if self.remap:
rv = search(self.remap, data, invalid=self.invalid)
elif self.discard and isinstance(data, dict):
rv = deepcopy(data)
else:
rv = {}
# add the static fields
if self.fields:
eval_field(rv, self.fields, rv or data)
# delete any discards
self._discards(self.discard, rv)
return rv
def get(self,**kwargs):
result_id = kwargs.get('wiki_id')
related_news = []
related_tweets = []
wiki_article = dict()
news_articles = []
nearby = False;
wiki_article_solr = get_item(wiki, result_id)
if wiki_article_solr:
wiki_article = wiki_article_solr
query_terms = []
twitter_query = "";
keywords = wiki_article.get('keywords',[])
#TODO: For large documents, get keywords for random parts of the document only, to keep the kw list short enough
# try:
# keywords = get_keywords(wiki_article['wiki_body'][0])
# except:
# keywords = get_keywords(wiki_article['wiki_body'][0].decode())
# logger.info(keywords)
# if not application.config.get('INDEX_KEYWORD_GENERATION'):
# keywords = extract_keywords(wiki_article['wiki_body'][0].encode('utf-8')).get('keywords')
# logger.info(keywords)
twitter_query = wiki_article["title"][0];
#since we are favoring precision over recall
query_terms = ["\""+t+"\"" for t in keywords]
query_terms = wiki_article['title'][0].split()
query_term = "+".join(query_terms)
if query_term:
news_articles = search(news, query_term, defType="edismax", mm='2<-25%25' , ps=3,
qf="title^20.0+keywords^20.0+body^2.0", pf="title^20.0+keywords^20.0+body^20.0")[0]
related_tweets = search_twitter(twitter_query, nearby) ;
related_tweets = [html_parser.unescape(tweet) for tweet in related_tweets]
return dict(related_news=news_articles[:3], wiki_article=wiki_article, related_tweets=related_tweets), 200
def get_results(request):
if request.is_ajax() and request.method == "POST":
try:
res = json.loads(request.body)
print res
cords = res['cords']
cords = cords[0:1] + cords[-1:]
cords = [[x['d'], x['e']] for x in cords]
temp = []
temp.append(cords[0][0])
temp.append(cords[0][1])
temp.append(cords[1][0])
temp.append(cords[1][1])
distance = res['distance']
start_place = res['start']
end_place = res['end']
radius = int(res['radius'])
time = datetime.datetime.strptime(res['time'], "%m/%d/%Y %H:%M")
matched_trips = search(cords, time, radius)
results = []
for trip in matched_trips:
res = {}
res['id'] = trip.id
res['startPlace'] = trip.start_place
res['endPlace'] = trip.end_place
res['startTime'] = datetime.datetime.strftime(trip.time, "%d %b, %H:%M")
results.append(res)
data = json.dumps({'cords': temp, 'start_place': start_place, 'end_place': end_place})
request.session['data'] = data
request.session['results'] = results
# print render(request, 'searchResults.html', {'results':results, 'data':data})
# return render(request, 'searchResults.html', {'results':results, 'data':data})
return HttpResponse()
except:
return HttpResponseBadRequest()
else:
return HttpResponseNotAllowed(['POST'])
def login():
new_user = {}
# email
new_user['email'] = input("Enter your email: ")
while not utils.check(new_user['email'], 'email'):
new_user['email'] = input("Enter your email: ")
# password
new_user['password'] = input("Enter your password: "******"Enter your password: ")
found = search(dbHandler.users, new_user['email'], new_user['password'])
if not found:
print('Wrong email or password')
return None
print('Correct!')
globals.current_user = found
print(found)
def _find_packages_urls(release, architecture, package):
url = f"https://launchpad.net/ubuntu/{release}/{architecture}/{package}"
packages_versions = set(
utils.findall(
fr'"/ubuntu/.+?/{package}/(?P<version>.+?)(?:\.\d+)?"', url))
if not packages_versions:
print(utils.make_warning(f"Problems: {utils.make_bright(url)}"))
return []
n = 3
most_recent_packages_versions = sorted(packages_versions,
reverse=True)[:n]
packages_urls = [
utils.search(
r"['\"](?P<url>https?.*?libc6.*?.deb)['\"]",
f"https://launchpad.net/ubuntu/{release}/{architecture}/{package}/{package_filename}",
).group("url")
for package_filename in most_recent_packages_versions
]
if not packages_urls:
print(utils.make_warning(f"Problems: {utils.make_bright(url)}"))
return []
return packages_urls
def loan_request_cloud(sheet_id, show: bool = False):
rate = RateValue(spreadsheet_id=sheet_id)
request_value = RequestValue(spreadsheet_id=sheet_id)
values = ConfigTable(spreadsheet_id=sheet_id)
table_google = ResultTable(spreadsheet_id=sheet_id)
irr = search(values.loan_amount, values.loan_terms,
values.search_samples, values.client_min_rate,
values.client_max_rate, values.probability_of_default,
values.loss_given_default)
a = Amortization(values.loan_amount, irr, values.loan_terms)
table = a.get_enriched_table(values.probability_of_default,
values.loss_given_default)
rate.update(irr)
request = ""
if values.loan_marr < irr:
request = "Approved"
request_value.update(request)
if show:
print("Loan request for", values.loan_amount, "due in",
values.loan_terms, "terms with",
a.annuity, "fix payments and interest rate of",
round(irr * 100, 2), "%:", request)
print(table)
else:
request = "Rejected"
request_value.update(request)
if show:
print("Loan request for", values.loan_amount, "due in",
values.loan_terms, "terms with",
a.annuity, "fix payments and interest rate of",
round(irr * 100, 2), "%:", request)
print(table)
table = table.fillna("-")
table_2 = [table.columns[:, ].values.astype(str).tolist()
] + table.values.tolist()
table_google.update(table_2)
def data(request):
"""
Returns data for datatables
"""
user = request.user
secho = int(request.POST.get('sEcho', 0)) + 1
return_dict = {
"aaData": [],
"iTotalRecords": 0,
"iTotalDisplayRecords": 0,
"sEcho": secho
}
query = None
sort = None
sort_reverse = False
qfilter = ''
basic_greenstone = True
search_config = Config.get_or_create("search")
if 'raw_query' in request.POST:
query, sort_raw, query_greenstone = \
request.POST['raw_query'].split("||", 2)
if sort_raw:
sort = sort_raw[1:]
sort_reverse = (sort_raw[0] == '\\')
# make_advanced_query() doesn't handle greenstone filtering.
# Instead, it leaves a placeholder that is replaced here.
# This is to leave all the querying to the second request
# (this one), and only lucene query building to the first.
query = query.replace(
GREENSTONE_NEWSEARCH_PLACEHOLDER, "(%s)" % (' OR '.join([
"urn:%s" % x['nodeID']
for x in greenstone_query("", "", query_greenstone)
])))
basic_greenstone = False
elif 'filter' in request.POST:
qfilter = sanitize_lucene(request.POST['filter'])
qfilter = request.POST['filter']
reference = request.POST.get('reference', 0)
filter_item_type = request.POST.get('item_type', None)
query = make_query(search_config, qfilter, reference, filter_item_type)
elif 'filtered' in request.POST:
qfilter = sanitize_lucene(request.POST['filtered'])
reference = request.POST.get('reference', 0)
filter_item_type = request.POST.get('item_type', None)
query = make_query(search_config, qfilter, reference, filter_item_type)
if not query:
print "search failed: query = %s" % query
return HttpResponse(simplejson.dumps(return_dict),\
mimetype='application/javascript')
show_config = {}
# Result Display Configuration
for item in search_config.values.values():
item_type = item['type']
fields = OrderedDict()
for field in item['fields']:
if field['show']:
more = field.get('more', False)
existence = field.get('exist', False)
fields[field['field']] = (field['name'], more, existence)
show_config[item_type] = fields
try:
docs = search('search/by_field',
q=query,
include_fields="022_a,020_a,urn,_id,existence",
limit=133742)
docs = list(docs)
except RequestFailed:
print "search failed: request failed"
return HttpResponse(simplejson.dumps(return_dict),\
mimetype='application/javascript')
db = get_db('couchflow')
# group uniq docs by urn
uniq_docs = {}
if basic_greenstone:
greenstone_urns = [
x['nodeID'] for x in greenstone_query("", "", qfilter)
]
greenstone_docs = db.view("couchflow/by_urn", keys=greenstone_urns)
for doc in greenstone_docs:
urn = doc['key']
uniq_docs.setdefault(urn, {
'count': 0,
'id': None,
"existences": []
})
uniq_docs[urn]['id'] = doc['id']
#uniq_docs[urn]['count'] += 1
uniq_docs[urn]['greenstone'] = True
for doc in docs:
try:
urn = doc['fields']['urn']
except KeyError:
urn = None
if urn is None or urn == 'undefined':
print "Item should have urn", doc['id']
continue
# TODO: check if should be a list
if type(urn) is list:
urn = urn[0]
uniq_docs.setdefault(urn, {'count': 0, 'id': None, "existences": []})
if doc['fields']['existence'] != "false":
uniq_docs[urn]['existences'].append(doc['id'])
uniq_docs[urn]['count'] += 1
else:
uniq_docs[urn]['id'] = doc['id']
columns = []
start = int(request.POST['iDisplayStart'])
length = int(request.POST['iDisplayLength'])
#sort_col = int(request.POST['iSortCol_0'])
#sort_dir = request.POST['sSortDir_0']
count = len([u for u in uniq_docs.values() if u["id"]])
sorted_uniq_docs = uniq_docs.values()
if basic_greenstone:
sorted_uniq_docs.sort(key=lambda x: 'greenstone' not in x)
keys = [doc['id'] for doc in sorted_uniq_docs[start:start + length]]
keys_exist = [doc['existences']\
for doc in sorted_uniq_docs[start:start+length]]
keys_exist = [item for sublist in keys_exist for item in sublist]
def _get_field(field, doc):
subfield = ""
if '_' in field:
field, subfield = field.split('_')
#field_value = doc.fields_properties.get(field, None)
try:
field_value = doc["fields_properties"][field]
except KeyError:
field_value = ""
if field_value and len(field_value['list']):
field_value = field_value['list'][0]
if subfield:
field_value = field_value['subfields'].get(subfield, "")
if field_value and 'exec_value' in field_value and field_value[
'exec_value']:
exec_val = field_value['exec_value'][0]
if not isinstance(exec_val, basestring):
if exec_val == None:
exec_val = ""
exec_val = str(exec_val)
return exec_val
return ""
# get existences
existences = {}
for doc in db.view('_all_docs', keys=keys_exist, include_docs=True):
existences[doc["doc"]["_id"]] = doc["doc"]
for doc in db.view('_all_docs', keys=keys, include_docs=True):
#doc = WFItem.wrap(doc['doc'])
if not "doc" in doc:
continue
doc = doc["doc"]
show_item_config = show_config.get(doc['item_type'], None)
if not show_item_config:
print 'Search config missing for', doc['item_type']
continue
try:
img_name = doc['fields_properties']['5000']['list'][0][
'exec_value'][0]
except Exception, error:
print 'Image not found', error
img_name = 'none.png'
img_path = "/couchflow/get_attach/couchflow/%s/%s" % (doc['_id'],
img_name)
row = [doc['_id'], '<img style="width:80px" src="%s"/>' % img_path]
data = ''
for field, (name, more, existence) in show_item_config.iteritems():
if existence: continue
field_value = _get_field(field, doc)
if not field_value:
continue
row_value = '%s: %s' % (name, field_value)
row_value = row_value.replace('/', '').replace(',', '')
more_class = ' class="search_more"' if more else ''
data += '<div%s>%s</div>' % (more_class, row_value)
doc_urn = get_urn(doc)
if not doc_urn:
print "Invalid Item, need a urn", doc["_id"]
continue
if not doc['reference']:
data += 'Disponibles: %s<br>' % uniq_docs[doc_urn]['count']
if uniq_docs[doc_urn]["existences"]:
data += "<br><h3 class='search_more'>Ejemplares</h3>"
# Add Existences
for e in uniq_docs[doc_urn]["existences"]:
if existences.get(e, False):
data += "<div id='%s' class='existence search_more'>" % e
for field, (name, more, exist_conf) in\
show_item_config.iteritems():
if exist_conf:
field_value = _get_field(field, existences[e])
if not field_value:
field_value = ""
row_value = '%s: %s' % (name, field_value)
row_value = row_value.replace('/', '').replace(',', '')
more_class = ' class="search_more"' if more else ''
data += '<div%s>%s</div>' % (more_class, row_value)
data += "</div>"
row.append(data)
row.append('')
sort_value = None
if sort:
sort_value = _get_field(sort, doc)
columns.append((sort_value, row))
def get_queryset(self):
user = self.request.user
return utils.search(self.request, BookMark, ['tags', 'name'])
def data(request):
"""
Returns data for datatables
"""
user = request.user
secho = int(request.POST.get('sEcho', 0)) + 1
return_dict = {"aaData": [], "iTotalRecords":0,
"iTotalDisplayRecords":0, "sEcho": secho}
query = None
sort = None
sort_reverse = False
qfilter = ''
basic_greenstone = True
search_config = Config.get_or_create("search")
if 'raw_query' in request.POST:
query, sort_raw, query_greenstone = \
request.POST['raw_query'].split("||", 2)
if sort_raw:
sort = sort_raw[1:]
sort_reverse = (sort_raw[0] == '\\')
# make_advanced_query() doesn't handle greenstone filtering.
# Instead, it leaves a placeholder that is replaced here.
# This is to leave all the querying to the second request
# (this one), and only lucene query building to the first.
query = query.replace(GREENSTONE_NEWSEARCH_PLACEHOLDER,
"(%s)" % (' OR '.join(["urn:%s" % x['nodeID'] for x in
greenstone_query("", "", query_greenstone)])))
basic_greenstone = False
elif 'filter' in request.POST:
qfilter = sanitize_lucene(request.POST['filter'])
qfilter = request.POST['filter']
reference = request.POST.get('reference', 0)
filter_item_type = request.POST.get('item_type', None)
query = make_query(search_config, qfilter, reference, filter_item_type)
elif 'filtered' in request.POST:
qfilter = sanitize_lucene(request.POST['filtered'])
reference = request.POST.get('reference', 0)
filter_item_type = request.POST.get('item_type', None)
query = make_query(search_config, qfilter, reference, filter_item_type)
if not query:
print "search failed: query = %s" % query
return HttpResponse(simplejson.dumps(return_dict),\
mimetype='application/javascript')
show_config = {}
# Result Display Configuration
for item in search_config.values.values():
item_type = item['type']
fields = OrderedDict()
for field in item['fields']:
if field['show']:
more = field.get('more', False)
existence = field.get('exist', False)
fields[field['field']] = (field['name'], more, existence)
show_config[item_type] = fields
try:
docs = search('search/by_field', q=query,
include_fields="022_a,020_a,urn,_id,existence",
limit=133742)
docs = list(docs)
except RequestFailed:
print "search failed: request failed"
return HttpResponse(simplejson.dumps(return_dict),\
mimetype='application/javascript')
db = get_db('couchflow')
# group uniq docs by urn
uniq_docs = {}
if basic_greenstone:
greenstone_urns = [x['nodeID'] for x in greenstone_query("", "", qfilter)]
greenstone_docs = db.view("couchflow/by_urn", keys=greenstone_urns)
for doc in greenstone_docs:
urn = doc['key']
uniq_docs.setdefault(urn, {'count':0, 'id': None, "existences": []})
uniq_docs[urn]['id'] = doc['id']
#uniq_docs[urn]['count'] += 1
uniq_docs[urn]['greenstone'] = True
for doc in docs:
try:
urn = doc['fields']['urn']
except KeyError:
urn = None
if urn is None or urn == 'undefined':
print "Item should have urn", doc['id']
continue
# TODO: check if should be a list
if type(urn) is list:
urn = urn[0]
uniq_docs.setdefault(urn, {'count':0, 'id': None, "existences": []})
if doc['fields']['existence'] != "false":
uniq_docs[urn]['existences'].append(doc['id'])
uniq_docs[urn]['count'] += 1
else:
uniq_docs[urn]['id'] = doc['id']
columns = []
start = int(request.POST['iDisplayStart'])
length = int(request.POST['iDisplayLength'])
#sort_col = int(request.POST['iSortCol_0'])
#sort_dir = request.POST['sSortDir_0']
count = len([u for u in uniq_docs.values() if u["id"]])
sorted_uniq_docs = uniq_docs.values()
if basic_greenstone:
sorted_uniq_docs.sort(key=lambda x: 'greenstone' not in x)
keys = [doc['id'] for doc in sorted_uniq_docs[start:start+length]]
keys_exist = [doc['existences']\
for doc in sorted_uniq_docs[start:start+length]]
keys_exist = [item for sublist in keys_exist for item in sublist]
def _get_field(field, doc):
subfield = ""
if '_' in field:
field, subfield = field.split('_')
#field_value = doc.fields_properties.get(field, None)
try:
field_value = doc["fields_properties"][field]
except KeyError:
field_value = ""
if field_value and len(field_value['list']):
field_value = field_value['list'][0]
if subfield:
field_value = field_value['subfields'].get(subfield, "")
if field_value and 'exec_value' in field_value and field_value['exec_value']:
exec_val = field_value['exec_value'][0]
if not isinstance(exec_val, basestring):
if exec_val == None:
exec_val = ""
exec_val = str(exec_val)
return exec_val
return ""
# get existences
existences = {}
for doc in db.view('_all_docs', keys=keys_exist, include_docs=True):
existences[doc["doc"]["_id"]] = doc["doc"]
for doc in db.view('_all_docs', keys=keys, include_docs=True):
#doc = WFItem.wrap(doc['doc'])
if not "doc" in doc:
continue
doc = doc["doc"]
show_item_config = show_config.get(doc['item_type'], None)
if not show_item_config:
print 'Search config missing for', doc['item_type']
continue
try:
img_name = doc['fields_properties']['5000']['list'][0]['exec_value'][0]
except Exception, error:
print 'Image not found', error
img_name = 'none.png'
img_path = "/couchflow/get_attach/couchflow/%s/%s" % (doc['_id'], img_name)
row = [doc['_id'], '<img style="width:80px" src="%s"/>' % img_path]
data = ''
for field, (name, more, existence) in show_item_config.iteritems():
if existence: continue
field_value = _get_field(field, doc)
if not field_value:
continue
row_value = '%s: %s' % (name, field_value)
row_value = row_value.replace('/', '').replace(',', '')
more_class = ' class="search_more"' if more else ''
data += '<div%s>%s</div>' % (more_class, row_value)
doc_urn = get_urn(doc)
if not doc_urn:
print "Invalid Item, need a urn", doc["_id"]
continue
if not doc['reference']:
data += 'Disponibles: %s<br>' % uniq_docs[doc_urn]['count']
if uniq_docs[doc_urn]["existences"]:
data += "<br><h3 class='search_more'>Ejemplares</h3>"
# Add Existences
for e in uniq_docs[doc_urn]["existences"]:
if existences.get(e, False):
data += "<div id='%s' class='existence search_more'>" % e
for field, (name, more, exist_conf) in\
show_item_config.iteritems():
if exist_conf:
field_value = _get_field(field, existences[e])
if not field_value:
field_value = ""
row_value = '%s: %s' % (name, field_value)
row_value = row_value.replace('/', '').replace(',', '')
more_class = ' class="search_more"' if more else ''
data += '<div%s>%s</div>' % (more_class, row_value)
data += "</div>"
row.append(data)
row.append('')
sort_value = None
if sort:
sort_value = _get_field(sort, doc)
columns.append((sort_value, row))
def reference_complete(request):
"""
Returns data for reference complete
"""
query = request.GET.get("term")
qfilter = sanitize_lucene(query)
search_config = Config.get_or_create("search")
# autoridades
query = make_query(search_config, qfilter, True, "05a721a33096563ec44d8da885fa1a30")
show_config = {}
result = []
# Result Display Configuration
for item in search_config.values.values():
item_type = item['type']
fields = OrderedDict()
for field in item['fields']:
if field['show']:
more = field.get('more', False)
fields[field['field']] = (field['name'], more)
show_config[item_type] = fields
try:
docs = search('search/by_field', q=query,
include_fields="022_a,020_a,urn,_id",
limit=133742)
docs = list(docs)
except RequestFailed:
print "Fail!"
print "QQ", query
# group uniq docs by urn
uniq_docs = {}
for doc in docs:
try:
urn = doc['fields']['urn']
except KeyError:
print "Item should have urn"
continue
# TODO: check if should be a list
if type(urn) is list:
urn = urn[0]
uniq_docs.setdefault(urn, {'count':0, 'id': None})
uniq_docs[urn]['id'] = doc['id']
uniq_docs[urn]['count'] += 1
db = get_db('couchflow')
keys = [doc['id'] for doc in uniq_docs.values()]
def _get_field(field, doc):
subfield = ""
if '_' in field:
field, subfield = field.split('_')
#field_value = doc.fields_properties.get(field, None)
try:
field_value = doc["fields_properties"][field]
except KeyError:
field_value = ""
if field_value and len(field_value['list']):
field_value = field_value['list'][0]
if subfield:
field_value = field_value['subfields'].get(subfield, "")
if field_value and 'exec_value' in field_value and field_value['exec_value']:
exec_val = field_value['exec_value'][0]
if not isinstance(exec_val, basestring):
if exec_val == None:
exec_val = ""
exec_val = str(exec_val)
return exec_val
return ""
for doc in db.view('_all_docs', keys=keys, include_docs=True):
#doc = WFItem.wrap(doc['doc'])
doc = doc["doc"]
show_item_config = show_config.get(doc['item_type'], None)
if not show_item_config:
print 'Unknown', doc['item_type']
continue
field = _get_field('700_a', doc)
result.append({'label': field})
#data = ''
#for field, (name, more) in show_item_config.iteritems():
# row_value = '%s: %s' % (name, _get_field(field, doc))
# row_value = row_value.replace('/', '').replace(',', '')
# data += '<div>%s</div>' % row_value
#doc_urn = get_urn(doc)
#if not doc_urn:
# print "Invalid Item, need a urn", doc["_id"]
# continue
#result.append(data)
return HttpResponse(simplejson.dumps(result),\
mimetype='application/javascript')
def get(self,**kwargs):
parser.add_argument('q', type=str)
parser.add_argument('page', type=int)
parser.add_argument('rows', type=int)
args = parser.parse_args()
qt = args.get('q')
if not qt:
qt = '*:*'
rows = args.get('rows')
if not rows:
rows = 10
page = args.get('page')
if not page:
page = 1
query_terms = qt.split()
query_term = query_terms[0]
if len(query_terms)>1:
query_term = "+".join(query_terms)
search_results = None
search_results_ = search(wiki, query_term, page=page, rows=rows, defType="edismax", mm=2, ps=3,
qf="title^20.0+body^10.0", pf="title^20.0+body^20.0")
num_results = 0;
error_message = "No results found for your search!"
if search_results_:
search_results = search_results_[0]
result_snippets = search_results_[1]
has_next = search_results_[2] > 1
has_previous = (page - 1) > 0
num_results = search_results_[3]
for res in search_results:
_id = res['id']
if _id in result_snippets:
try:
res['wiki_body'] = ("...").join(result_snippets[_id].get('wiki_body', []))
except:
del search_results[_id]
else:
del search_results[_id]
params = urllib.urlencode({'q': qt, 'wt': "json", 'indent' : "true" })
did_you_mean = urllib.urlopen("http://localhost:8983/solr/wikiArticleCollection/spell?%s" % params)
did_you_mean_object = json.load(did_you_mean)
did_you_mean_words = [];
try:
did_you_mean_words = [];
for word in did_you_mean_object["spellcheck"]["suggestions"][1]["suggestion"]:
did_you_mean_words.append(word["word"]);
except:
did_you_mean_words = [];
if search_results:
if len(search_results)>0:
error_message = ""
suggested_terms = did_you_mean_words
logger.info('returning %s results' % num_results)
return dict(search_results=search_results, error_message=error_message, query_term=qt,
current_page=page, num_results=num_results, suggested_terms=suggested_terms), 200
def reference_complete(request):
"""
Returns data for reference complete
"""
query = request.GET.get("term")
qfilter = sanitize_lucene(query)
search_config = Config.get_or_create("search")
# autoridades
query = make_query(search_config, qfilter, True,
"05a721a33096563ec44d8da885fa1a30")
show_config = {}
result = []
# Result Display Configuration
for item in search_config.values.values():
item_type = item['type']
fields = OrderedDict()
for field in item['fields']:
if field['show']:
more = field.get('more', False)
fields[field['field']] = (field['name'], more)
show_config[item_type] = fields
try:
docs = search('search/by_field',
q=query,
include_fields="022_a,020_a,urn,_id",
limit=133742)
docs = list(docs)
except RequestFailed:
print "Fail!"
print "QQ", query
# group uniq docs by urn
uniq_docs = {}
for doc in docs:
try:
urn = doc['fields']['urn']
except KeyError:
print "Item should have urn"
continue
# TODO: check if should be a list
if type(urn) is list:
urn = urn[0]
uniq_docs.setdefault(urn, {'count': 0, 'id': None})
uniq_docs[urn]['id'] = doc['id']
uniq_docs[urn]['count'] += 1
db = get_db('couchflow')
keys = [doc['id'] for doc in uniq_docs.values()]
def _get_field(field, doc):
subfield = ""
if '_' in field:
field, subfield = field.split('_')
#field_value = doc.fields_properties.get(field, None)
try:
field_value = doc["fields_properties"][field]
except KeyError:
field_value = ""
if field_value and len(field_value['list']):
field_value = field_value['list'][0]
if subfield:
field_value = field_value['subfields'].get(subfield, "")
if field_value and 'exec_value' in field_value and field_value[
'exec_value']:
exec_val = field_value['exec_value'][0]
if not isinstance(exec_val, basestring):
if exec_val == None:
exec_val = ""
exec_val = str(exec_val)
return exec_val
return ""
for doc in db.view('_all_docs', keys=keys, include_docs=True):
#doc = WFItem.wrap(doc['doc'])
doc = doc["doc"]
show_item_config = show_config.get(doc['item_type'], None)
if not show_item_config:
print 'Unknown', doc['item_type']
continue
field = _get_field('700_a', doc)
result.append({'label': field})
#data = ''
#for field, (name, more) in show_item_config.iteritems():
# row_value = '%s: %s' % (name, _get_field(field, doc))
# row_value = row_value.replace('/', '').replace(',', '')
# data += '<div>%s</div>' % row_value
#doc_urn = get_urn(doc)
#if not doc_urn:
# print "Invalid Item, need a urn", doc["_id"]
# continue
#result.append(data)
return HttpResponse(simplejson.dumps(result),\
mimetype='application/javascript')
from utils import (
youtube_authenticate,
get_video_details,
print_video_infos,
search
)
if __name__ == "__main__":
# authenticate to YouTube API
youtube = youtube_authenticate()
# search for the query 'python' and retrieve 2 items only
response = search(youtube, q="python", maxResults=2)
items = response.get("items")
for item in items:
# get the video ID
video_id = item["id"]["videoId"]
# get the video details
video_response = get_video_details(youtube, id=video_id)
# print the video details
print_video_infos(video_response)
print("="*50)
def get_queryset(self):
user = self.request.user
return utils.search(self.request, BookMark, ['tags','name'])