def enumerate(self, response, output, target):
subdomains = set()
self.subdomainscount = 0
start_time = time.time()
#Test JSON
try:
subdomains = response.json()
except ValueError: # includes simplejson.decoder.JSONDecodeError
print ("Decoding JSON has failed\n")
try:
while self.subdomainscount < 10000:
subdomains = response.json()[self.subdomainscount]["name_value"]
if not subdomains:
print(f"[x] Oops! No data found for {self.target} using SSL Certificates.")
else:
self.subdomainscount = self.subdomainscount + 1
if "@" in subdomains: # filter for emails
pass
else:
print(f"[*] {subdomains}")
if self.output is not None:
write_file(subdomains, self.engine + '_' + self.output, target)
if self.output:
print(f"\nSaving result... {self.engine + '_'+ self.output}")
except IndexError:
pass
print(
G + f"\n[**]SSL Certificates: {self.subdomainscount} subdomains have been found in %s seconds" % (
time.time() - start_time) + W)
def enumerate(self, response, output, target):
subdomains = set()
subdomainscount = 0
start_time = time.time()
try:
while subdomainscount < 40:
subdomains = response.json()["data"][subdomainscount]["id"]
subdomainscount = subdomainscount + 1
print(f"[*] {subdomains}")
if self.output is not None:
write_file(subdomains, self.engine + '_' + self.output,
target)
if self.output:
print(f"\nSaving result... {self.engine + '_' + self.output}")
except IndexError:
pass
print(
G +
f"\n[**] TugaRecon is complete. VirusTotal: {subdomainscount} subdomains have been found in %s seconds"
% (time.time() - start_time) + W)
if not subdomains:
print(f"[x] No data found for {self.target} using VirusTotal.")
def enumerate(self, url, output):
subdomains = set()
subdomainscount = 0
start_time = time.time()
try:
response = requests.get(url, headers={'User-Agent': useragent()})
while subdomainscount < 10000:
subdomains = response.json()[subdomainscount]["name_value"]
subdomainscount = subdomainscount + 1
if "@" not in subdomains: # filter for emails
print(f"[*] {subdomains}")
if self.output is not None:
write_file(subdomains, self.engine + self.output)
if self.output:
print(f"\nSaving result... {self.engine + self.output}")
except IndexError:
pass
print(
G + f"\n[**] TugaRecon is complete. SSL Certificates: {subdomainscount} subdomains have been found in %s seconds" % (
time.time() - start_time) + W)
if not subdomains:
print(f"[x] Oops! No data found for {self.target} using SSL Certificates.")
def get_url(self, g_clean, page_number):
if page_number > 30:
for x in range(len(g_clean)):
print(g_clean[x])
time.sleep(0.5)
if self.output is not None:
write_file(g_clean[x], self.engine + '_' + self.output, self.target)
def enumerate(self, url, output, target):
subdomains = set()
subdomainscount = 0
start_time = time.time()
try:
response = requests.get(url, headers=tuga_useragents.useragent())
while subdomainscount < 100:
subdomains = response.json()[subdomainscount]["dns_names"][0]
subdomainscount = subdomainscount + 1
print(f"[*] {subdomains}")
if self.output is not None:
write_file(subdomains, self.engine + '_' + self.output,
target)
if self.output:
print(f"\nSaving result... {self.engine + '_' + self.output}")
except IndexError:
pass
print(
G +
f"\n[**] TugaRecon is complete. CertSpotter: {subdomainscount} subdomains have been found in %s seconds"
% (time.time() - start_time) + W)
if not subdomains:
print(f"[x] No data found for {self.target} using CertSpotter.")
def commit(message, author=None):
"""Commita o estado atual do index para a master, com a mensagem
Retorna o hash do commit.
"""
tree = write_tree()
parent = get_local_master_hash()
if author is None:
author = '{} <{}>'.format(os.environ['GIT_AUTHOR_NAME'],
os.environ['GIT_AUTHOR_EMAIL'])
timestamp = int(time.mktime(time.localtime()))
utc_offset = -time.timezone
author_time = '{} {}{:02}{:02}'.format(timestamp,
'+' if utc_offset > 0 else '-',
abs(utc_offset) // 3600,
(abs(utc_offset) // 60) % 60)
lines = ['tree ' + tree]
if parent:
lines.append('parent ' + parent)
lines.append('author {} {}'.format(author, author_time))
lines.append('committer {} {}'.format(author, author_time))
lines.append('')
lines.append(message)
lines.append('')
data = '\n'.join(lines).encode()
sha1 = hash_object(data, 'commit')
master_path = os.path.join('.git', 'refs', 'heads', 'master')
write_file(master_path, (sha1 + '\n').encode())
print('Commitado para a master: {:7}'.format(sha1))
return sha1
def enumerate(self, url, output):
subdomains = set()
subdomainscount = 0
start_time = time.time()
try:
response = requests.get(url)
while subdomainscount < 10000:
# Remove "," an IP from list
remove_ip = response.text.replace(",", " ")
subdomains = remove_ip.split()
subdomainscount = subdomainscount + 2
print(f"[*] {subdomains[subdomainscount]}")
# Write to a file
if self.output is not None:
write_file(subdomains[subdomainscount],
self.engine + '_' + self.output)
if self.output:
print(f"\nSaving result... {self.engine + '_' + self.output}")
except IndexError:
pass
print(
G +
f"\n[**] TugaRecon is complete. HackerTarget: {int((subdomainscount/2)-1)} subdomains have been found in %s seconds"
% (time.time() - start_time) + W)
if not subdomains:
print(f"[x] No data found for {self.target} using HackerTarget.")
def enumerate(self, url, output):
subdomains = set()
subdomainscount = 0
start_time = time.time()
try:
response = requests.get(url, headers={'User-Agent': useragent()})
while subdomainscount < 500:
subdomains = response.json()["subdomains"][subdomainscount]
subdomainscount = subdomainscount + 1
print(f"[*] {subdomains}")
if self.output is not None:
write_file(subdomains, self.engine + self.output)
if self.output:
print(f"\nSaving result... {self.engine + self.output}")
except IndexError:
pass
print(
G +
f"\n[**] TugaRecon is complete. Threat Crowd: {subdomainscount} subdomains have been found in %s seconds"
% (time.time() - start_time) + W)
if not subdomains:
print(f"[x] No data found for {self.target} using Threat Crowd.")
def save(self, savePath, patientID):
if self.onlyCancer:
print("Saving only images with cancer.")
savePath = Path(savePath)
saveImagePath = savePath / "image" / patientID / "dummy.mha"
saveTextPath = savePath / "path" / (patientID + ".txt")
if not saveImagePath.parent.exists():
createParentPath(str(saveImagePath))
if not saveTextPath.parent.exists():
createParentPath(str(saveTextPath))
for i in range(2):
length = len(self.cuttedLabelList[i])
for x in tqdm(range(length), desc="Saving images...", ncols=60):
if self.onlyCancer and not (
self.cuttedStackedLabelArrayList[i][x] == 2).any():
continue
saveImagePath = savePath / "image" / patientID / "image_{}_{:02d}.mha".format(
i, x)
saveLabelPath = savePath / "image" / patientID / "label_{}_{:02d}.mha".format(
i, x)
sitk.WriteImage(self.cuttedLabelList[i][x], str(saveLabelPath),
True)
sitk.WriteImage(self.cuttedImageList[i][x], str(saveImagePath),
True)
write_file(str(saveTextPath),
str(saveImagePath) + "\t" + str(saveLabelPath))
def enumerate(self, response, output, target):
subdomains = set()
subdomainscount = 0
start_time = time.time()
try:
#Test json
subdomains = response.json()["subdomains"][subdomainscount]
except KeyError:
print(
G +
f"[x] Decoding JSON has failed.... No data found for {self.target} using Threat Crowd."
+ W)
exit(1)
try:
while subdomainscount < 500:
subdomains = response.json()["subdomains"][subdomainscount]
subdomainscount = subdomainscount + 1
print(f"[*] {subdomains}")
if self.output is not None:
write_file(subdomains, self.engine + '_' + self.output,
target)
if self.output:
print(f"\nSaving result... {self.engine + '_' + self.output}")
except IndexError:
pass
print(
G +
f"\n[**]Threat Crowd: {subdomainscount} subdomains have been found in %s seconds"
% (time.time() - start_time) + W)
if not subdomains:
print(f"[x] No data found for {self.target} using Threat Crowd.")
def enumerate(self, response, output, target):
subdomains = []
subdomainscount = 0
start_time = time.time()
try:
while subdomainscount < 100:
subdomains = response.json()[subdomainscount]["dns_names"][0]
subdomainscount = subdomainscount + 1
print(f"[*] {subdomains}")
if self.output is not None:
write_file(subdomains, self.engine + '_' + self.output,
target)
if self.output:
print(f"\nSaving result... {self.engine + '_' + self.output}")
except:
pass
if not subdomains:
print(f"[x] No data found for {self.target} using CertSpotter.")
else:
print(
G +
f"\n[**] TugaRecon is complete. CertSpotter: {subdomainscount} subdomains have been found in %s seconds"
% (time.time() - start_time) + W)
def signUp():
name = request.json['name']
email = request.json['email']
password = request.json['password']
users = read_file()
userFound = False
idx = 1
if users:
for user in users:
if user['email'] == email:
userFound = True
break
idx = users[-1]['id']
if userFound:
return json.dumps({'message': 'User already exists!!!', 'error': True})
else:
salt = generate_salt()
password_hash = generate_hash(password, salt)
users.append({
'id': idx,
'name': name,
'email': email,
'salt': salt,
'password_hash': password_hash
})
write_file(users)
return json.dumps({
'message': 'User created Successfully!!!',
'error': False
})
def modify_story(story_id):
'''
Saves the changes to the file, based on the user inputs.
'''
if functions.valid_value(
request.form['business_value']) and functions.valid_time(
request.form['estimation_time']):
story_list = functions.read_file('result.txt')
for story in story_list:
if int(story[0]) == int(story_id):
story[1] = str(
functions.convert_string(request.form['story_title']))
story[2] = str(
functions.convert_string(request.form['user_story']))
story[3] = str(
functions.convert_string(
request.form['acceptance_criteria']))
story[4] = str(int(request.form['business_value']))
story[5] = str(
functions.correct_time(request.form['estimation_time']))
story[6] = str(request.form['status'])
break
functions.write_file('result.txt', story_list)
return redirect('/list')
else:
return render_template('error.html')
def init(repo):
"""Cria um repositório .git."""
os.mkdir(repo)
os.mkdir(os.path.join(repo, '.git'))
for name in ['objects', 'refs', 'refs/heads']:
os.mkdir(os.path.join(repo, '.git', name))
write_file(os.path.join(repo, '.git', 'HEAD'), b'ref: refs/heads/master')
print('repositório vazio inicializado: {}'.format(repo))
def _create_working_files(file_path, content):
"""Create tree of working files."""
# Create tree directory that the file in it:
if '/' in file_path:
parent_paths = file_path.split('/')[:-1]
for i in range(len(parent_paths) - 1):
make_directory('/'.join(parent_paths[:i + 1]))
# Create new file:
write_file(file_path, content)
def main():
results = f.parse_json_file('results.json')
d_output = {}
for result in results:
d_result = dict(result)
for task_id in d_result:
task = d_result[task_id]
task_info = task['info']
idx = task_info['file']
d_output.setdefault(idx, {})
if task_info['pdf_page_end'] != '':
d_output[idx]['pages'] = u'Páginas: ' + task_info['pdf_page_start'] + ' a ' + task_info['pdf_page_end']
else:
d_output[idx]['pages'] = u'Página: ' + task_info['pdf_page_start']
breadcrumbs = []
for i in range(1, 11):
breadcrumb = task_info['pdf_title_' + str(i)]
if breadcrumb != '':
breadcrumbs.append(breadcrumb)
d_output[idx]['breadcrumbs'] = ' >> '.join(breadcrumbs)
d_output[idx]['answers'] = task['answers']
output = []
crlf = '\r\n'
for item in sorted(d_output.iteritems(), key = operator.itemgetter(0)):
output.append(f.encode_utf_8(item[0]))
d_item = item[1]
output.append(f.encode_utf_8(d_item['breadcrumbs']))
output.append(f.encode_utf_8(d_item['pages']))
output.append(f.encode_utf_8(d_item['answers']))
f.write_file('propuestas.txt', str(crlf * 2).join(output))
def delete_story(story_id):
'''
Deletes the chosen story from the file.
'''
story_list = functions.read_file('result.txt')
for story in story_list:
if int(story[0]) == int(story_id):
story_list.remove(story)
functions.write_file('result.txt', story_list)
return redirect('/list')
def test_write_file(self):
from os import remove
empty_string = ""
text = "123\n456\n"
file_path = AuxiliaryTestMethods.create_temp_text_file(empty_string)
self.assertEqual(functions.read_file(file_path), empty_string)
self.assertNotEqual(functions.read_file(file_path), text)
functions.write_file(file_path, text)
self.assertEqual(functions.read_file(file_path), text)
remove(file_path)
def syntax_check(lang, name, russian, path=''):
if lang == 'rus':
bigrams = rus_a_s(lang, name, russian, path)
elif lang == 'eng':
bigrams = eng_a_s(lang, name, path)
elif lang == 'ger':
bigrams = ger_a_s(lang, name, path)
else:
bigrams = []
write_file(lang, name, bigrams, '3_ready', path)
def printDomains(self, domains, target, output):
for domain in sorted(domains):
print(domain)
if self.output is not None:
write_file(domain, self.engine + '_' + self.output, target)
if self.output:
print(f"\nSaving result... {self.engine + '_' + self.output}")
#########################################################################################################
def _setup_for_new_branch(commit):
"""Create working files and rewrite index for the current branch."""
new_content_index = ''
content_snap = read_file(lgit_path +
'/.lgit/snapshots/%s' % commit).split('\n')
for line_snap in content_snap:
content = read_file(lgit_path + '/.lgit/objects/%s/%s' %
(line_snap[:2], line_snap[2:40]))
file_name = content_snap[41:]
_create_working_files(file_name, content)
timestamp = format_mtime(file_name)
new_content_index += (timestamp + (' ' + line_snap[:40]) * 3 + ' '
+ file_name + '\n')
write_file(lgit_path + '/.lgit/index', new_content_index)
def main():
arguments = sys.argv
if arguments[1] == "--read":
functions.read_file(arguments[2])
elif arguments[1] == "--write":
functions.write_file(arguments[2])
elif arguments[1] == "--append":
functions.append_file(arguments[2])
elif arguments[1] == "--read-remote":
functions.read_remote_file()
elif arguments[1] == "--help":
print(
"To read a file use --read followed by a file name, to read a file on a remote server use --read-remote, to write a new file use --write followed by a file name, and to edit a file already exisiting use --append followed by the file name."
)
def create_temp_dir_populated_aux(test_class, current_path, depth=3):
from os import path
for i in range(AuxiliaryTestMethods.get_random() % 11):
filename = AuxiliaryTestMethods.get_random_str()
text = AuxiliaryTestMethods.get_random_str()
file_path = path.join(current_path, filename)
test_class.assertFalse(path.exists(file_path))
functions.write_file(file_path, text)
test_class.assertTrue(path.exists(file_path))
new_path = path.join(current_path,
AuxiliaryTestMethods.get_random_str())
test_class.assertFalse(path.exists(new_path))
functions.makedirs(new_path)
test_class.assertTrue(path.exists(new_path))
if depth > 1:
create_temp_dir_populated_aux(test_class, new_path, depth - 1)
def main():
d_output = ape.format_results('results.json')
crlf = '\r\n'
output = []
s = '======================================='
for item in sorted(d_output.iteritems(), key = operator.itemgetter(0)):
d_item = item[1]
f.append(output, s + crlf + 'Propuestas tarea - ' + item[0] + (' (' + d_item['task_id'] + ')') + crlf + s)
f.append(output, d_item['breadcrumbs'])
f.append(output, d_item['pages'] + crlf + '------------------')
answers = d_item['answers']
for answer in answers:
answ = answer
if 'desconocido' in answer:
answer = answer.split('_')
answer = answer[0] + ' (' + answer[1] + ')'
else:
answer = '(' + str(answer) + ')'
f.append(output, 'Propuestas analista ' + answer + crlf + '---------------------------------------')
f.append(output, 'Hora de inicio: ' + f.formatTime(answers[answ]['answer_end_date']) + crlf + 'Hora de fin: ' + f.formatTime(answers[answ]['answer_start_date']))
for item in answers[answ]['answer'].split('\n'):
if item.replace(' ', '') != '':
f.append(output, item + crlf + '----------')
f.write_file('propuestas.txt', str(crlf * 2).join(output))
def printDomains(self, domains, target, output):
for domain in sorted(domains):
print(domain)
self.count = self.count + 1
if self.output is not None:
write_file(domain, self.engine + '_' + self.output, target)
print(
G +
f"\n[**] TugaRecon is complete. Entrust Datacard: {self.count} subdomains have been found"
+ W)
if self.output:
print(f"\nSaving result... {self.engine + '_' + self.output}")
#########################################################################################################
def _remove_file_index(a_file):
"""Remove the information of the tracked a_file.
Args:
a_file: The tracked file.
Returns:
True/False: if a_file exist in the index file.
"""
content_index = read_file(lgit_path + '/.lgit/index').split('\n')
had_file = False
for line in content_index:
if line.endswith(a_file):
# Remove the index of file:
content_index.remove(line)
had_file = True
write_file(lgit_path + '/.lgit/index', '\n'.join(content_index))
return had_file
def main():
args = sys.argv[1:] # 0 - script name
n = '\n'
if len(args) == 1:
d_all_xml_element_attributes, l_noticias = omc.parse_xml(args[0], args[1]) # Hoja1, item_noticia_enero2014, item_noticia_febrero2014, item_noticia_marzo2014
output = []
t = '\t'
n = '\r\n'
output.append(f.encode_utf_8(t.join(omc.tags) + n))
for d_noticia in l_noticias:
print d_noticia['ID']
print d_noticia['URL']
print
for attribute in d_all_xml_element_attributes:
if attribute not in d_noticia:
d_noticia[attribute] = 'NUL'
l_tags = []
for tag in omc.tags:
l_tags.append(d_noticia[tag])
output.append(f.encode_utf_8(t.join(l_tags) + n))
f.write_file(args[0].split('.')[0] + '.tcsv', ''.join(output))
print d_all_xml_element_attributes
else:
print n, 'Provide one .xml file and the item tag', n
def main(args):
leftLabelPath = args.filePath + "/label_left" + args.suffix + ".nii.gz"
leftImagePath = args.filePath + "/image_left" + args.suffix + ".nii.gz"
rightLabelPath = args.filePath + "/label_right" + args.suffix + ".nii.gz"
rightImagePath = args.filePath + "/image_right" + args.suffix + ".nii.gz"
leftLabel = sitk.ReadImage(leftLabelPath)
leftLabelArray = sitk.GetArrayFromImage(leftLabel)
leftImage = sitk.ReadImage(leftImagePath)
leftImageArray = sitk.GetArrayFromImage(leftImage)
rightLabel = sitk.ReadImage(rightLabelPath)
rightLabelArray = sitk.GetArrayFromImage(rightLabel)
rightImage = sitk.ReadImage(rightImagePath)
rightImageArray = sitk.GetArrayFromImage(rightImage)
saveLeftLabelPath = args.savePath + "/left/label_"
saveLeftImagePath = args.savePath + "/left/image_"
saveRightLabelPath = args.savePath + "/right/label_"
saveRightImagePath = args.savePath + "/right/image_"
saveTextPath = Path(
args.savePath).parent / "path" / (Path(args.savePath).name + ".txt")
leftLabelPathList = saveSliceImage256(leftLabelArray, leftLabel,
saveLeftLabelPath, "nearest")
leftImagePathList = saveSliceImage256(leftImageArray, leftImage,
saveLeftImagePath, "linear")
rightLabelPathList = saveSliceImage256(rightLabelArray, rightLabel,
saveRightLabelPath, "nearest")
rightImagePathList = saveSliceImage256(rightImageArray, rightImage,
saveRightImagePath, "linear")
print(len(leftLabelPathList), len(leftImagePathList),
len(rightLabelPathList), len(rightImagePathList))
for ll, li in zip(leftLabelPathList, leftImagePathList):
write_file(str(saveTextPath), ll + "\t" + li)
for rl, ri in zip(rightLabelPathList, rightImagePathList):
write_file(str(saveTextPath), rl + "\t" + ri)
def main(args):
path = Path(args.filePath)
savePath = Path(args.savePath)
saveSize = (256, 256)
imagePathList = []
labelPathList = []
for d in ["left", "right"]:
imagePath = path / ("image_" + d + ".nii.gz")
labelPath = path / ("label_" + d + ".nii.gz")
image = sitk.ReadImage(str(imagePath))
label = sitk.ReadImage(str(labelPath))
dummyPath = savePath / d / "dummy.mha"
createParentPath(dummyPath)
length = image.GetSize()[0]
for x in range(length):
imageSavePath = savePath / d / ("image_" + str(x).zfill(3) +
".mha")
labelSavePath = savePath / d / ("label_" + str(x).zfill(3) +
".mha")
imageSlice = ResamplingInAxis(image, x, saveSize)
labelSlice = ResamplingInAxis(label, x, saveSize, is_label=True)
sitk.WriteImage(imageSlice, str(imageSavePath), True)
sitk.WriteImage(labelSlice, str(labelSavePath), True)
imagePathList.append(str(imageSavePath))
labelPathList.append(str(labelSavePath))
textSavePath = savePath.parent / "path" / (path.name + ".txt")
createParentPath(textSavePath)
imagePathList = sorted(imagePathList)
labelPathList = sorted(labelPathList)
for x, y in zip(imagePathList, labelPathList):
write_file(textSavePath, str(y) + "\t" + str(x))
def enumerate(self, response, output, target):
subdomains = set()
self.subdomainscount = 0
start_time = time.time()
try:
while self.subdomainscount < 10000:
subdomains = response.json()[
self.subdomainscount]["name_value"]
if not subdomains:
print(
f"[x] Oops! No data found for {self.target} using SSL Certificates."
)
else:
self.subdomainscount = self.subdomainscount + 1
if "@" in subdomains: # filter for emails
pass
else:
print(f"[*] {subdomains}")
if self.output is not None:
write_file(subdomains,
self.engine + '_' + self.output, target)
if self.output:
print(f"\nSaving result... {self.engine + '_'+ self.output}")
except IndexError:
pass
#if not subdomains:
#print(f"[x] Oops! No data found for {self.target} using SSL Certificates.")
#else:
print(
G +
f"\n[**] TugaRecon is complete. SSL Certificates: {self.subdomainscount} subdomains have been found in %s seconds"
% (time.time() - start_time) + W)
def main():
results = f.parse_json_file('results.json')
output = []
crlf = '\r\n'
s = ['========================', '----------']
questions = {
'p0': u'1) ¿Qué personas, grupos y/o asociaciones identificas en la noticia?',
'p1': u'2) ¿Quién o qué organismo ha facilitado la información al periodista para redactar la noticia?',
'p2': u'3) ¿Aparece una voz del sur (testimonio directo) que cuente su opinión en la noticia?',
'p3': u'4) ¿La noticia identifica y/o explica las causas de la problemática planteada?'
}
for result in results:
d_result = dict(result)
for task_id in d_result:
task = d_result[task_id]
if 'answers' in task: # Allow partial results
f.append(output, s[0] + crlf + 'Respuestas tarea (' + str(task_id) + ')' + crlf + s[0] + crlf)
id_noticia = task['info']['details']['id_noticia']
noticia_json = dict(f.parse_json_file('json/' + id_noticia + '.json'))
for tag in omc.tags:
if tag in noticia_json:
tag_value = noticia_json[tag]
if tag_value != 'NUL':
f.append(output, tag + ': ' + tag_value + crlf)
answers = task['answers']
for answer in answers:
answ = answer
if 'desconocido' in answer:
answer = answer.split('_')
answer = answer[0] + ' (' + answer[1] + ')'
else:
answer = '(' + str(answer) + ')'
f.append(output, 'Propuestas analista ' + answer + crlf + '---------------------------------------')
f.append(output, 'Hora de inicio: ' + f.formatTime(answers[answ]['answer_end_date']) + crlf + 'Hora de fin: ' + f.formatTime(answers[answ]['answer_start_date']) + crlf)
f.append(output, u'Categorías' + crlf + s[1] + crlf * 2 + answers[answ]['answer']['tags'] + crlf)
for q in ['p0', 'p1', 'p2', 'p3']:
f.append(output, questions[q] + crlf)
for item in answers[answ]['answer'][q].split('\n'):
if item.replace(' ', '') != '':
f.append(output, item + crlf + s[1] + crlf)
comments = answers[answ]['answer']['comentarios']
if comments.replace(' ', '') != '':
f.append(output, 'Comentarios' + crlf + s[1] + crlf * 2 + comments + crlf)
f.write_file('noticias.txt', crlf.join(output))
def main():
results = f.parse_json_file('results.json')
d_output = {}
crlf = '\r\n'
for result in results:
d_result = dict(result)
for task_id in d_result:
task = d_result[task_id]
if 'answers' in task: # Allow partial results
task_info = task['info']
idx = task_info['file']
d_output.setdefault(idx, {})
d_output[idx]['task_id'] = str(task_id)
if task_info['pdf_page_end'] != '':
d_output[idx]['pages'] = u'Páginas: ' + task_info['pdf_page_start'] + ' a ' + task_info['pdf_page_end']
else:
d_output[idx]['pages'] = u'Página: ' + task_info['pdf_page_start']
breadcrumbs = []
for i in range(1, 11):
breadcrumb = task_info['pdf_title_' + str(i)]
if breadcrumb != '':
breadcrumbs.append(breadcrumb)
d_output[idx]['breadcrumbs'] = crlf.join(breadcrumbs)
d_output[idx]['answers'] = task['answers']
output = []
for item in sorted(d_output.iteritems(), key = operator.itemgetter(0)):
info = f.encode_utf_8(item[0])
d_item = item[1]
s = "======================================="
output.append(s + crlf + 'Propuestas tarea - ' + info + f.encode_utf_8(' (' + d_item['task_id'] + ')') + crlf + s)
output.append(f.encode_utf_8(d_item['breadcrumbs']))
output.append(f.encode_utf_8(d_item['pages']))
output.append('------------------')
output.append(f.encode_utf_8(d_item['answers']))
f.write_file('propuestas.txt', str(crlf * 2).join(output))
def main():
results = f.parse_json_file('results.json')
output = []
crlf = '\r\n'
sep = [
'=====================================================================',
'=================',
'------------------------------',
'----------']
a_def = [
'El tweet',
u'se refiere directamente a la ciudadanía, los ciudadanos y/o ciudadanas.',
u'El diputado o diputada se refiere a la ciudadanía en ',
' persona.']
f.append(output, sep[0])
f.append(output, u'¿Están alejados los diputados y diputadas españoles de la ciudadanía?')
f.append(output, sep[0] + crlf)
for result in results:
d_result = dict(result)
for task_id in d_result:
task = d_result[task_id]
if 'answers' in task: # Allow partial results
task_details = task['info']['details']
f.append(output, 'Tarea - ' + str(task_id) + crlf + sep[1] + crlf)
tweet = task_details['tweet']
for match in re.finditer('http://t.co/', tweet):
url_value = tweet[match.start():match.end() + 10]
tweet = tweet.replace("<a title='" + url_value + "' href ='" + url_value + "' target='_blank'>" + url_value + "</a>", url_value)
f.append(output, tweet + crlf)
f.append(output, task_details['date'] + crlf)
f.append(output, task_details['user'] + ' - ' + task_details['url'] + crlf)
task_answers = task['answers']
for answer in task_answers:
analista = 'Analista '
if 'desconocido' in answer:
answ = answer.split('_')
analista += answ[0] + ' (' + answ[1] + ')'
else:
analista += '(' + str(answer) + ')'
f.append(output, analista + crlf + sep[2] + crlf)
a_answer = task_answers[answer]
f.append(output, 'Hora de inicio: ' + f.formatTime(a_answer['answer_end_date']) + crlf + 'Hora de fin: ' + f.formatTime(a_answer['answer_start_date']) + crlf)
a_value = a_answer['answer']
if a_value == 'NotKnown':
f.append(output, a_def[0] + u' no sé si ' + a_def[1] + crlf + sep[3] + crlf)
elif a_value == 'No':
f.append(output, a_def[0] + ' no ' + a_def[1] + crlf + sep[3] + crlf)
else:
f.append(output, a_def[0] + ' ' + a_def[1] + crlf + sep[3] + crlf)
f.append(output, a_def[2] + a_value.lower() + a_def[3] + crlf + sep[3] + crlf)
f.write_file('tweets.txt', crlf.join(output))
if __name__ == '__main__':
# Задайте язык, слово, его кириллический эквивалент(для русского)
# и (опционально) путь, по которому расположены файлы биграмм
if len(sys.argv) > 1:
path_name = sys.argv[1] + '\\'
else:
path_name = os.getcwd()
path_name = path_name[0:path_name.rfind('\\')] + '\\'
word_lines = opening(path_name)
clusters_result = find_common(word_lines)
clusters_lines = []
i = 1
for cluster in clusters_result:
cl = []
for noun in clusters_result[cluster]:
adj = ''
for a in noun[1]:
adj = adj + ';' + a
cl.append(noun[0] + adj)
cl = make_categories(cl, os.listdir(path_name + 'result\\3_ready\\'),
0)
for line in cl:
clusters_lines.append(str(i) + ';' + cluster + ';' + line)
i += 1
# print(line, len(clusters_result[line]))
print(len(clusters_result))
write_file('all', 'languages', clusters_lines, '7_classified', path_name,
'csv')
def _update_head_file(branch_name):
"""Update the HEAD file with the branch_name"""
content = 'ref: refs/head/%s' % branch_name
write_file(lgit_path + '/.lgit/HEAD', content)
def write_file(file_path, text):
return functions.write_file(file_path, text)
elif args.reset:
functions.reset_data()
elif args.reset_all:
functions.reset_all_data()
elif args.copy_password:
functions.copy_to_clipboard()
elif args.generate_key:
backup.write_key()
elif args.encrypt and args.decrypt:
raise TypeError(
"Please specify whether you want to encrypt the file or decrypt it."
)
elif args.encrypt:
functions.write_file()
backup.encrypt(file, backup.load_key())
elif args.decrypt:
backup.decrypt(file, backup.load_key())
else:
raise TypeError(
"Please specify whether you want to encrypt the file or decrypt it."
)
else:
print('no luck')
exit()
def main():
"""
http://terramapas.icv.gva.es/odcv05_etrs89h30_2010/?
&SERVICE=WMS
&VERSION=1.3.0
&REQUEST=GetMap
&LAYERS=ortofoto_2010_valencia
&FORMAT=image/png
&CRS=EPSG:25830
&BBOX=727955.71890415,4372723.5411562,728125.05214607,4372892.8743981 # minx miny maxx maxy
&WIDTH=256
&HEIGHT=256
"""
######################
# DO NOT CHANGE THIS #
######################
# DEFAULT TILE SIZE
def_tile_width = 256
def_tile_height = 256
# DEFAULT LIMITS
def_min_x_y = [727955.71890415, 4372723.5411562] # [min_x, min_y]
def_max_x_y = [728125.05214607, 4372892.8743981] # [max_x, max_y]
# DEFAULT DIFF
def_diff_width = def_max_x_y[0] - def_min_x_y[0] # [max_x, min_x]
def_diff_height = def_max_x_y[1] - def_min_x_y[1] # [max_y, min_y]
####################################################################
###############
# CHANGE THIS #
###############
# SET NEW TILE SIZE
new_tile_width = 940
new_tile_height = 356
# SET NEW LIMITS
new_min_x_y = [727814.88208, 4373064.54349] # [min_x, min_y]
new_max_x_y = [729355.75638, 4374066.81196] # [max_x, max_y]
# NEW DIFF
"""
def_tile_width - def_diff_width
new_tile_width - x
"""
def_diff_width = (new_tile_width * def_diff_width) / def_tile_width
"""
def_tile_height - def_diff_height
new_tile_height - x
"""
def_diff_height = (new_tile_height * def_diff_height) / def_tile_height
####################################################################
# FIRST START POINT
first_start_point = [new_min_x_y[0], new_max_x_y[1]] # [min_x, max_y] top_left
# FIRST END POINT
first_end_point = [new_max_x_y[0], new_max_x_y[1]] # [max_x, max_y] top_right
# LAST END POINT
last_end_point = [new_max_x_y[0], new_min_x_y[1]] # [max_x, min_y] bottom_right
"""
[fsp]-------[fep] # first_start_point | # first_end_point
| |
[nsp] [nep] # n_start_point | # n_end_point
| |
[lsp]-------[lep] # last_start_point | # last_end_point
"""
# GET THE TILES
current_row = 0
tiles = []
current_point = [first_start_point[0], first_start_point[1], 0, first_start_point[1]] # min_x min_y max_x max_y
current_end_point = [0, 0, first_end_point[0], first_end_point[1]] # min_x min_y max_x max_y
while True:
current_min_y = current_point[1] - def_diff_height # max_y - def_diff_height
current_max_x = current_point[0] + def_diff_width # min_x + def_diff_width
current_tile = [current_point[0], current_min_y, current_max_x, current_point[3]] # min_x min_y max_x max_y
tiles.append(current_tile)
print current_tile
if current_tile[2] > current_end_point[2]: # max_x > max_x (n_end_point)
print
current_row += 1
new_y = first_start_point[1] - (def_diff_height * current_row)
current_point[0] = first_start_point[0] # min_x
current_point[1] = new_y # min_y
current_point[3] = new_y # max_y
else:
current_point[0] = current_max_x # min_x
if current_tile[2] > current_end_point[2] and current_tile[1] < last_end_point[1]: # min_y > min_y (bottom_right)
break
output = []
t = '\t'
crlf = '\r\n'
# WRITE RESULT
for tile in tiles:
min_x = "'" + str(tile[0]) + t
min_y = "'" + str(tile[1]) + t
max_x = "'" + str(tile[2]) + t
max_y = "'" + str(tile[3]) + crlf
output.append(min_x + min_y + max_x + max_y)
f.write_file('tiles.txt', ''.join(output))
