def get_log(log):
path = "/log/" + log
if not db.logs.exists(path):
data = "No such log!"
else:
data = bz2.decompress(db.logs.get(path).read())
if 'plugin' in request.args:
plugin = request.args.get('plugin')
data = extract_plugin_log(data, plugin)
if 'diff' in request.args:
header = data[:data.find('\n')]
base = request.args.get('base')
ticket_id = request.args.get('ticket')
base_data = bz2.decompress(db.logs.get(request.args.get('diff')).read())
base_data = extract_plugin_log(base_data, plugin)
diff = difflib.unified_diff(base_data.split('\n'), data.split('\n'), base, "%s + #%s" % (base, ticket_id), n=0)
data = data = '\n'.join(('' if item[0] == '@' else item)
for item in diff)
if not data:
data = "No change."
data = header + "\n\n" + data
if 'short' in request.args:
response = Response(shorten(data), direct_passthrough=True)
else:
response = make_response(data)
response.headers['Content-type'] = 'text/plain; charset=utf-8'
return response
def load_policy(self, policy):
"""
Main window calls this method when policy is fetched from directory.
Not required for global widgets.
"""
"""
firewallState = policy.get("firewallState", ["off"])[0]
if firewallState == "on":
self.radioEnable.setChecked(True)
else:
self.radioDisable.setChecked(True)
self.__slot_status()
"""
firewallRules = policy.get("firewallRules", [""])[0]
rules_xml = ""
rules_compiled = ""
if len(firewallRules):
try:
rules_xml, rules_compiled = firewallRules.split(":")
rules_xml = base64.decodestring(rules_xml)
rules_xml = bz2.decompress(rules_xml)
rules_compiled = base64.decodestring(rules_compiled)
rules_compiled = bz2.decompress(rules_compiled)
except Exception:
pass
self.rules_xml = rules_xml
self.rules_compiled = rules_compiled
def get_msg():
uri = "http://www.pythonchallenge.com/pc/def/linkedlist.php?busynothing=%s"
next_re = re.compile("is (\d+)")
cookie_re = re.compile("info=([^;]+);")
result = []
now = "12345"
while True:
h = urllib.urlopen(uri % now)
print uri % now
val = h.read()
cookie = h.info().getheader("Set-Cookie")
h.close()
cookie_val = cookie_re.search(cookie)
# print cookie
# print cookie_val
# print val
if cookie and cookie_val:
result.append(urllib.unquote_plus(cookie_val.group(1)))
try:
now = next_re.search(val).group(1)
except:
break
# print bz2.decompress("".join(result))
print bz2.decompress("".join(result))
def main():
# main logic to solve problem 8 with link http://www.pythonchallenge.com/pc/def/integrity.html
un = "BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084"
pw = "BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08"
import bz2
print bz2.decompress(un)
print bz2.decompress(pw)
def get_credentials(): un = 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!' \ '\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084' pw = 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<' \ ']\xc9\x14\xe1BBP\x91\xf08' return bz2.decompress(un), bz2.decompress(pw)
def get_post_uris(root_uri = ROOT_URI,
current_uri = ROOT_URI,
depth_limit = DEPTH_LIMIT,
current_depth = 0,
all_post_uris = None):
"""Go to the root of MetaFilter and get the URIs for the front pages,
i.e. those that contain the post summaries.
Each time we encounter a front page scrape the URIs for each individual
post, commit a Post object to the database, and then launch a
parse_post task for that Post."""
logger.info("entry. current_uri: %s, current_depth: %s" % (current_uri, current_depth))
# -------------------------------------------------------------------------
# Initialize local variables.
# -------------------------------------------------------------------------
if all_post_uris == None:
all_post_uris = []
else:
all_post_uris = pickle.loads(bz2.decompress(all_post_uris))
# -------------------------------------------------------------------------
if current_depth >= depth_limit:
return
# -------------------------------------------------------------------------
# Get the text of the URI.
# -------------------------------------------------------------------------
try:
text = bz2.decompress(get_uri.delay(current_uri).get())
except Exception, exc:
get_post_uris.retry(exc=exc)
def test048_savePajek1_saveDot1():
# This test requires to save/load/remove two files fron disk.
g = Graph()
g.addNode(1, nodeData=(256,128) )
g.addNode(2+3J, nodeData=(6,11) )
g.addNode((1,2), nodeData=(0,0) )
g.addNode("a", nodeData=(1,1) )
g.addBiArc(1, 2+3J, w=-2.1)
g.addArc((1,2), 1, w=5)
g.addArc(1, (1,2), w=1)
g.addArc((1,2), 2+3J, w=11)
g.addBiArc((1,2), "a", w=22)
g.addBiArc(1,1, w=0)
filename = "temp.paj"
g.savePajek(filename)
from bz2 import decompress
from base64 import standard_b64decode
from os import remove
d = r"QlpoOTFBWSZTWUt6mzsAAB7fgAAQUH9/QCIAEQAusBwAIABqGqeFMmIMgGhiDTKTagABoAIdlpWRKsYoEkrTN7L0Q11CpFrFVxGkwEducZmeAE4o8xZPFFpGEyBYp84M8UWIhJB5kJFEOXB8hACdS4VoB78BSvVIAWrZ7CEPxdyRThQkEt6mzsA="
assert open(filename).read() == decompress(standard_b64decode(d))
remove(filename)
filename = "temp.dot"
g.saveDot(filename)
d = r"QlpoOTFBWSZTWWJy76UAAEZfgAAQUG54AwCAAAo+9d8KIACKCVMkxDRHijQPUBsoJRENAAAA0BHOTIro1EW2CuVXKqcWM1Ts1zn4dA60ZJ6bNkZeEfMQsBUUIbWjRWKwu2B4P6zAcJJWoODdYyQY1CAXtCAewvvvSZ3xroFAjKFgzoGQQeyjwsVCN0XZNX3n/F3JFOFCQYnLvpQ="
assert open(filename).read() == decompress(standard_b64decode(d))
remove(filename)
def patch(old_file_name, new_file_name, patch_file_name):
patch_file = open(patch_file_name, "rb")
patch_file.read(8) #magic number
compressed_control_len = offtin(patch_file.read(8))
compressed_diff_len = offtin(patch_file.read(8))
new_file_len = offtin(patch_file.read(8))
compressed_control_block = patch_file.read(compressed_control_len)
compressed_diff_block = patch_file.read(compressed_diff_len)
compressed_extra_block = patch_file.read()
control_stream = StringIO(bz2.decompress(compressed_control_block))
diff_string = bz2.decompress(compressed_diff_block)
extra_string = bz2.decompress(compressed_extra_block)
control_tuples_list = []
while True:
r = control_stream.read(8)
if not r:
break
x = offtin(r)
y = offtin(control_stream.read(8))
z = offtin(control_stream.read(8))
control_tuples_list.append((x,y,z))
old_data = open(old_file_name, "rb").read()
new_data = Patch(old_data, new_file_len, control_tuples_list, diff_string, extra_string)
new_file = open(new_file_name, "wb")
new_file.write(new_data)
def test_decompress_function(self):
import bz2
raises(TypeError, bz2.decompress)
assert bz2.decompress("") == ""
decompressed_data = bz2.decompress(self.DATA)
assert decompressed_data == self.TEXT
def diff(self, resourcesA, resourcesB):
# 1. select changed resources
keysA = set(resourcesA.resources.keys())
keysB = set(resourcesB.resources.keys())
inter = keysA.intersection(keysB)
addResources = keysB - inter
remResources = keysA - inter
chgResources = []
for r in inter:
if self.cmp(resourcesA.resources[r],resourcesB.resources[r]):
chgResources.append(r)
#print addResources, remResources
#print chgResources
# 2. foreach chgt diff compute
for r in chgResources:
rA = resourcesA.resources[r].split(' ')
rB = resourcesB.resources[r].split(' ')
dataA = bz2.decompress(rA[0].decode("base64"))
dataB = bz2.decompress(rB[0].decode("base64"))
A = set( dataA.split('\n') )
B = set( dataB.split('\n') )
interAB = A.intersection(B)
# 3. print the diff
for d in A - interAB:
print "%s,%s,del,%s" % (resourcesB.mtime[r], self.type, d)
for d in B - interAB:
print "%s,%s,add,%s" % (resourcesB.mtime[r], self.type, d)
for r in addResources:
rB = resourcesB.resources[r].split(' ')
for d in bz2.decompress(rB[0].decode("base64")).split('\n'):
print "%s,%s,add,%s" % (resourcesB.mtime[r], self.type, d)
pass
def _restoreb(self, bdata, pwd=''):
'''
Restores binary data from SQL information. \n\
'''
# If password is null in some way, do not encrypt.
if not pwd:
try: return zlib.decompress(bdata)
except: return bz2.decompress(bdata)
# If using global password.
elif pwd == 1:
# If global password is null, do not decrypt.
if not self.glob_key:
try: return zlib.decompress(bdata)
except: return bz2.decompress(bdata)
# If global password exists, use it.
else:
pwd = self.glob_key
# If password is provided, generate key derivation.
else:
pwd = PBKDF2(password=pwd, salt=self.glob_salt, dkLen=32, count=1000)
# Decrypt and return.
crypt = AES.new(pwd)
vCompressed = crypt.decrypt(bdata)
try: return zlib.decompress(vCompressed)
except: return bz2.decompress(vCompressed)
def main():
global filestr
url = 'http://www.pythonchallenge.com/pc/def/linkedlist.php?busynothing='
if sys.argv[1] == '--tofile':
tofile = sys.argv[2]
filestr = ''
del sys.argv[1]
del sys.argv[1]
else:
tofile = None
iterations = int(sys.argv[1])
nothing = sys.argv[2] #12345
trace(nothing)
for i in range(iterations):
if i % 100 == 0:
print i
try:
nothing = readNothing(nothing, url)
#trace(nothing)
except NameError:
print 'Unexpected text syntax', 'Nothing = ' + str(nothing)
break
final = urllib.unquote_plus(resultstr)
f = open(tofile, 'w')
f.write(final)
f.close()
print bz2.decompress(final)
def worksheet_revisions(worksheet):
"""
Show a list of revisions of this worksheet.
"""
if 'action' not in request.values:
if 'rev' in request.values:
return g.notebook.html_specific_revision(g.username, worksheet,
request.values['rev'])
else:
return g.notebook.html_worksheet_revision_list(g.username, worksheet)
else:
rev = request.values['rev']
action = request.values['action']
if action == 'revert':
import bz2
worksheet.save_snapshot(g.username)
#XXX: Requires access to filesystem
txt = bz2.decompress(open(worksheet.get_snapshot_text_filename(rev)).read())
worksheet.delete_cells_directory()
worksheet.edit_save(txt)
return redirect(url_for_worksheet(worksheet))
elif action == 'publish':
import bz2
W = g.notebook.publish_worksheet(worksheet, g.username)
txt = bz2.decompress(open(worksheet.get_snapshot_text_filename(rev)).read())
W.delete_cells_directory()
W.edit_save(txt)
return redirect(url_for_worksheet(W))
else:
return current_app.message(_('Error'))
def validate_json_data(host_stats, site, local_disk, workdir):
site = site[0]
if not local_disk:
cache_results = sysopsapi.cache_extractor.CacheExtractor(
contents=True, scope='site', search_string=site + '-host_stats.json')
try:
if cache_results:
# This should only be returning a single site, but we need to
# get access to the key.
for key in cache_results._gold.iterkeys():
host_stats = json.loads(
bz2.decompress(cache_results._gold[key]))
except ValueError:
pass
if local_disk:
# If len(host_stats) == 5, then we didn't populate the JSON data. We need to read from disk.
# Length is 5 because we initialize host_stats at the start of
# generate_json_data.
if len(host_stats) == 5:
try:
with open(workdir + '/' + site + '-host_stats.json', 'r') as fh:
data = fh.read()
host_stats = json.loads(bz2.decompress(data))
except Exception, e:
print "Could not read data from site " + site + str(e)
print "Generating local disk data now"
generate_json_data(site.split(), workdir, refresh=True,)
sys.exit(1)
def ex_integrity():
import bz2
data = {
'un': 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084',
'pw': 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
}
return 8, (bz2.decompress(data['un']), bz2.decompress(data['pw']))
def main():
un = 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
pw = 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
print "un:", bz2.decompress(un)
print "pw:", bz2.decompress(pw)
return "print it."
def main():
un="BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084"
pw="BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08"
# print "un="bz2.decompress(un)
print bz2.decompress(un)
# print "pw=",bz2.decompress(pw)
print bz2.decompress(pw)
def solve(something):
un_bz2 = re.findall(r'un: \'(.*?)\'', something)[0].encode().decode('unicode_escape').encode('latin1')
pw_bz2 = re.findall(r'pw: \'(.*?)\'', something)[0].encode().decode('unicode_escape').encode('latin1')
un = bz2.decompress(un_bz2).decode()
pw = bz2.decompress(pw_bz2).decode()
print("username: "******"password: " + pw)
print()
return un, pw
def challenge_08():
# http://www.pythonchallenge.com/pc/def/integrity.html
import bz2
user_name = ("BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 "
"\x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084")
password = ("BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ "
"\x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08")
print "Username: "******"string-escape"))
print "Password: "******"string-escape"))
def c8(): # http://www.pythonchallenge.com/pc/def/integrity.html import bz2 un = 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084' pw = 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08' print bz2.decompress(un) print bz2.decompress(pw)
def main():
source = urllib.request.urlopen('http://www.pythonchallenge.com/pc/def/integrity.html').read().decode()
un = re.search(r'un: \'(.+)\'', source).group(1)
pw = re.search(r'pw: \'(.+)\'', source).group(1)
username = bz2.decompress(ast.literal_eval('b"{un}"'.format(un=un))).decode()
password = bz2.decompress(ast.literal_eval('b"{pw}"'.format(pw=pw))).decode()
print('username:'******'password:', password)
def solution():
usr = b'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
passwd = b'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
username = bz2.decompress(usr).decode('utf-8')
password = bz2.decompress(passwd).decode('utf-8')
print('The username is: %s' % username)
print('The password is: %s' % password)
def main():
login_list = get_login_content()
username_bytes = str2bytes(login_list[0]);
password_bytes = str2bytes(login_list[1]);
print("username bytes:", username_bytes)
print("password bytes:", password_bytes)
print("username:"******"password:", bz2.decompress(password_bytes))
def main():
"""http://www.pythonchallenge.com/pc/def/integrity.html"""
un = 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
pw = 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
user = bz2.decompress(un)
passwd = bz2.decompress(pw)
print 'user:'******'password:', passwd
def handle_comment(self, data):
"""
Extract the bzip compressed username and password out of the page
comment.
"""
match = self.logindata_pattern.search(data)
if match:
# eval because the strings now have the hex values escaped
self.username = bz2.decompress(eval(match.group(1)))
self.password = bz2.decompress(eval(match.group(2)))
def explore():
"""Explore solutions"""
# Found in page source
username = '******'
passwd = 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
username_inf = bz2.decompress(username)
passwd_inf = bz2.decompress(passwd)
print('user :'******'passwd:', passwd_inf)
def solution():
"""Returns the url of the next problem with username and password"""
parser = CommentParser()
parser.feed(urllib.urlopen(url).read())
text = parser.comments[0].decode('string_escape')
# returns everything between two single quotes
un, pw = re.findall(r"\'(.+)\'", text)
un = bz2.decompress(un)
pw = bz2.decompress(pw)
return '%s un:%s pw:%s' % (auth_url, un, pw)
def main():
"""
Turns out the riddle has nothing to do with the polygonal shape of the
area. It only has to do with the bzip2 compression library. Just read a
hint in the forum.
"""
un = 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
pw = 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
print bz2.decompress(un)
print bz2.decompress(pw)
def integrity():
import bz2
# page_source = requests.get("http://www.pythonchallenge.com/pc/def/integrity.html").text
# result = re.findall(r"un: '([\s\S]+)'\s+pw: '([\s\S]+)'", page_source)
# if len(result) > 0 and len(result[0]) == 2:
# un, pw = result[0][0], result[0][1]
# print ": ".join(["username", bz2.decompress(un)])
# print ": ".join(["password", bz2.decompress(pw)])
un = 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
pw = 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
print ": ".join(["username", bz2.decompress(un)])
print ": ".join(["password", bz2.decompress(pw)])
def __init__(self,fname,start,end):
#consider case of <nowiki>
self.Toc = '<table id="toc" class="toc" summary="Contents">\n<tr>\n<td>\n<div id="toctitle">\n<h2>Contents</h2>\n</div>\n'
#in case of csv no need of this, since we are storing the number of block
#offset = fname.find('rec')+3
num = int(fname)
self.cwd = os.getcwd()
#replace this xxx with path to dir where blocks are present
name_start = 'xxx/rec'
#replace this xxx with date of dumps you have downloaded
name_end = 'enwiki-xxx-pages-articles.xml.bz2'
fname = '%(fstart)s%(fnum)05d%(fend)s' %{'fstart':name_start,'fnum':num,'fend':name_end}
if end <= start:
#we have to collect article spread over two bloks
num -= 1
fname = '%(fstart)s%(fnum)05d%(fend)s' %{'fstart':name_start,'fnum':num,'fend':name_end}
file = open(fname)
num += 1
fname = '%(fstart)s%(fnum)05d%(fend)s' %{'fstart':name_start,'fnum':num,'fend':name_end}
data = bz2.decompress(file.read())
data = data[int(start):len(data)]
file.close()
file = open(fname)
data += bz2.decompress(file.read())[0:int(end)]+'</page>'
else:
#normal case, article start and end in same block
file = open(fname)
data = bz2.decompress(file.read())[int(start):int(end)]+'</page>'
#this is xml format of wikitext, we extract content of article
tree = ElementTree.fromstring(data)
for it in tree.getiterator():
if it.tag == 'title':
self.title = it.text
if it.tag == 'text':
self.xml_html=it.text
#To check for redirection of pages
if self.xml_html.find('#REDIRECT') == 0 or self.xml_html.find('#redirect') == 0:
self.flag_red = 1
#find the exact link of redirection...
if self.xml_html.find('|') != -1:
self.link_red = self.xml_html[self.xml_html.find('[[')+2:self.xml_html.find('|')]
else:
self.link_red = self.xml_html[self.xml_html.find('[[')+2:self.xml_html.find(']]')]
else:
self.flag_red = 0
file.close()
self.find_footer()
def inflate(data):
inflated = bz2.decompress(data)
return inflated
import bz2
un = 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
pw = 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
KEY = "inflate"
'''
## Attempt - 1 (Failed)
username = ""
password = ""
for i in range(len(un)):
username += chr(ord(KEY[i%7]) ^ ord(un[i]))
for i in range(len(pw)):
password += chr(ord(KEY[i%7]) ^ ord(pw[i]))
print(username, password)
'''
## Attempt - 2
username = bz2.decompress(
b'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
)
password = bz2.decompress(
b'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
)
print(username, password)
def unpack(self, packed_data):
return bz2.decompress(packed_data)
def uncompress_file(func, filename, *args, **kwargs):
"""
Decorator used for temporary uncompressing file if .gz or .bz2 archive.
"""
if not kwargs.get('check_compression', True):
return func(filename, *args, **kwargs)
if not isinstance(filename, (str, native_str)):
return func(filename, *args, **kwargs)
elif not os.path.exists(filename):
msg = "File not found '%s'" % (filename)
raise IOError(msg)
# check if we got a compressed file or archive
obj_list = []
if tarfile.is_tarfile(filename):
try:
# reading with transparent compression
with tarfile.open(filename, 'r|*') as tar:
for tarinfo in tar:
# only handle regular files
if not tarinfo.isfile():
continue
data = tar.extractfile(tarinfo).read()
# Skip empty files - we don't need them no matter what
# and it guards against rare cases where waveforms files
# are also slightly valid tar-files.
if not data:
continue
obj_list.append(data)
except Exception:
pass
elif zipfile.is_zipfile(filename):
try:
zip = zipfile.ZipFile(filename)
obj_list = [zip.read(name) for name in zip.namelist()]
except Exception:
pass
elif filename.endswith('.bz2'):
# bz2 module
try:
import bz2
with open(filename, 'rb') as fp:
obj_list.append(bz2.decompress(fp.read()))
except Exception:
pass
elif filename.endswith('.gz'):
# gzip module
try:
import gzip
with gzip.open(filename, 'rb') as fp:
obj_list.append(fp.read())
except Exception:
pass
# handle results
if obj_list:
# write results to temporary files
result = None
for obj in obj_list:
with NamedTemporaryFile() as tempfile:
tempfile._fileobj.write(obj)
stream = func(tempfile.name, *args, **kwargs)
# just add other stream objects to first stream
if result is None:
result = stream
else:
result += stream
else:
# no compressions
result = func(filename, *args, **kwargs)
return result
from __future__ import print_function
from codecs import open
import os, ssl
if (not os.environ.get('PYTHONHTTPSVERIFY', '')
and getattr(ssl, '_create_unverified_context', None)):
ssl._create_default_https_context = ssl._create_unverified_context
"""
CS 188 Local Submission Autograder
Written by the CS 188 Staff
==============================================================================
_____ _ _
/ ____| | | |
| (___ | |_ ___ _ __ | |
\___ \| __/ _ \| '_ \| |
____) | || (_) | |_) |_|
|_____/ \__\___/| .__/(_)
| |
|_|
Modifying or tampering with this file is a violation of course policy.
If you're having trouble running the autograder, please contact the staff.
==============================================================================
"""
import bz2, base64
exec(
bz2.decompress(
base64.b64decode(
'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'
)))
import bz2 un = "BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084" pw = """BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08""" print bz2.decompress(un) print bz2.decompress(pw) #respuestas huge file
url = "http://www.pythonchallenge.com/pc/def/linkedlist.php?busynothing="
code = "12345"
cookies = ""
while 1:
break
request = urllib2.Request(url + code)
html = urllib2.urlopen(request).read()
r = requests.get((url + code))
next_num = html.split(" ")[len(html.split(" ")) - 1]
try:
cookies += r.cookies['info']
code = next_num
print html
except:
result = urllib.unquote(
urllib.unquote("".join(cookies.replace("+", " "))))
print result
print bz2.decompress(result)
call("Leopold")
break
print "------------------------------------"
cookie = {'info': 'the flowers are on their way'}
r = requests.get('http://www.pythonchallenge.com/pc/stuff/violin.php',
cookies=cookie)
print r.text
NBoZpAGgAGiNAAp5KMgAAAAAAAbSFUMgAAGgaPUxNGhoZDIA5gE0wCZDAAEwTAAABFImgj
J6RpMoBoANAADTI9EtTSDdC5owqj6lqHZ21mE4WyLFgFmuxaLMJwBDAEMIlKFqoqWqq99E
PjRIbGJNiG0rQAKEl5fOaJBPzx55VPUkBgrKfH/S05/Fzc/DltqGDEiCBloElkG5IYgE/c
0KATYkBU4V5zgRNf71uph6Ka8pZN3Q2jFgv6pbXFllLaQFhdsCxSqmGMYynQwiVAMVIgKk
KpOAgopw0JpJbaTk2Hk3t1oemiQkJBgudkDSVxYaciSuYdx6BLIegEgJ5huioiKsiTU5Bt
sEMXCh2CaYtaYgoe17M6yY0BgMwYBgAQ56NSKii9KKnRnRxmZmHECQwRQ2ECM527bcW56u
iIK6xQBFls4ed6ANSGD0DgLZqa6AU8/aHstokmRgYWRPVZSwaNm95zIpvShuepACaFyot9
+9kE8rVlcJjRoRQGHJlR01suokjAIHTFVKgBRC4J8YLclQIhiirGDo6L4zCRUkY3LuS05L
eh2bJ0lvz4Vds7okZOk88OqBnc0RxidwMg1d3sXBFVfOrrtppzJi7ZqQeuxEREIl9FmaBp
TjSlyOtQtWUEdh2UL2TvARVjyYLOkmmuk1OZegbpBbmWvNRyu2OG1Y2VgnZB1jJlpi+I8w
EIAeJHkAHJhpIvDm2cHHq7TxxQBGEguJn3G16OmzD8xtf4pyblLVbgvALQNZGh1HzEmE/6
BhaNLbVYSKgRfcs0LtTyAvpby37CTm2QqdodTaRAllpAFQIDahYBNxCuDwKwhQDIw3Td0l
L1Tcytc7escsgM147eWwJ39chk54BzZQY1QwzZgGWDQDfR43u7VxDVYLezpvsEeZoFDXKj
qAxN/YzAo43rgBiGpyWoVbJdvXl3Q26whyDXtxVo1JlgE85bdACLwCCmxS8DTANYBKVW6j
po8GrLfC7Cg7wJN4F7zRjGNzhdtMYAuwNgmebvsWecXa4yrkB6yYloRoVc69o2D+pOIWHS
sJlTSaTYm2DGrYE3Q66zAUjJgHiaaWOZh+in2ISZ/i7kinChIThhbmo=
'''
import ui
import bz2
from base64 import b64decode
pyui = bz2.decompress(b64decode(data))
v = ui.load_view_str(pyui.decode('utf-8'))
v['bt_make'].action = make_action
v.present('sheet')
pyui_path = file_picker('Select pyui file',
multiple=False,
select_dirs=False,
file_pattern=r'^.+.pyui$')
def decode(binary):
"""Decode (bunzip2) binary data."""
return bz2.decompress(binary)
def _get_handle(path_or_buf,
mode,
encoding=None,
compression=None,
memory_map=False,
is_text=True):
"""
Get file handle for given path/buffer and mode.
Parameters
----------
path_or_buf :
a path (str) or buffer
mode : str
mode to open path_or_buf with
encoding : str or None
compression : str or None
Supported compression protocols are gzip, bz2, zip, and xz
memory_map : boolean, default False
See parsers._parser_params for more information.
is_text : boolean, default True
whether file/buffer is in text format (csv, json, etc.), or in binary
mode (pickle, etc.)
Returns
-------
f : file-like
A file-like object
handles : list of file-like objects
A list of file-like object that were opened in this function.
"""
try:
from s3fs import S3File
need_text_wrapping = (BytesIO, S3File)
except ImportError:
need_text_wrapping = (BytesIO, )
handles = list()
f = path_or_buf
# Convert pathlib.Path/py.path.local or string
path_or_buf = _stringify_path(path_or_buf)
is_path = isinstance(path_or_buf, compat.string_types)
if compression:
if compat.PY2 and not is_path and encoding:
msg = 'compression with encoding is not yet supported in Python 2'
raise ValueError(msg)
# GZ Compression
if compression == 'gzip':
import gzip
if is_path:
f = gzip.open(path_or_buf, mode)
else:
f = gzip.GzipFile(fileobj=path_or_buf)
# BZ Compression
elif compression == 'bz2':
import bz2
if is_path:
f = bz2.BZ2File(path_or_buf, mode)
elif compat.PY2:
# Python 2's bz2 module can't take file objects, so have to
# run through decompress manually
f = StringIO(bz2.decompress(path_or_buf.read()))
path_or_buf.close()
else:
f = bz2.BZ2File(path_or_buf)
# ZIP Compression
elif compression == 'zip':
import zipfile
zip_file = zipfile.ZipFile(path_or_buf)
zip_names = zip_file.namelist()
if len(zip_names) == 1:
f = zip_file.open(zip_names.pop())
elif len(zip_names) == 0:
raise ValueError(
'Zero files found in ZIP file {}'.format(path_or_buf))
else:
raise ValueError(
'Multiple files found in ZIP file.'
' Only one file per ZIP: {}'.format(zip_names))
# XZ Compression
elif compression == 'xz':
lzma = compat.import_lzma()
f = lzma.LZMAFile(path_or_buf, mode)
# Unrecognized Compression
else:
msg = 'Unrecognized compression type: {}'.format(compression)
raise ValueError(msg)
handles.append(f)
elif is_path:
if compat.PY2:
# Python 2
f = open(path_or_buf, mode)
elif encoding:
# Python 3 and encoding
f = open(path_or_buf, mode, encoding=encoding)
elif is_text:
# Python 3 and no explicit encoding
f = open(path_or_buf, mode, errors='replace')
else:
# Python 3 and binary mode
f = open(path_or_buf, mode)
handles.append(f)
# in Python 3, convert BytesIO or fileobjects passed with an encoding
if compat.PY3 and is_text and\
(compression or isinstance(f, need_text_wrapping)):
from io import TextIOWrapper
f = TextIOWrapper(f, encoding=encoding)
handles.append(f)
if memory_map and hasattr(f, 'fileno'):
try:
g = MMapWrapper(f)
f.close()
f = g
except Exception:
# we catch any errors that may have occurred
# because that is consistent with the lower-level
# functionality of the C engine (pd.read_csv), so
# leave the file handler as is then
pass
return f, handles
import bz2
import urllib.request as ur
un1 = 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
un = b'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
pw = b'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
#b_un = bytearray(un, 'utf-8', 'OSError')
username = bz2.decompress(un)
password = bz2.decompress(pw)
un_c = bz2.compress(username)
print(un)
print(username)
print(un_c)
print(password)
username1 = un1.decode('bz2')
print(username1)
def bunzip2(fileobj):
""" bunzip2 the file object. """
return bz2.decompress(fileobj)
#! /usr/bin/env/python
# -*- coding:utf-8 -*-
import bz2
import binascii
original_data = 'This is the original text.'
print 'Original :%d bytes' % len(original_data)
print original_data
print
compressed = bz2.compress(original_data)
print 'Compressed :%d bytes' % len(compressed)
hex_version = binascii.hexlify(compressed)
for i in xrange(len(hex_version) / 40 + 1):
print hex_version[i * 40:(i + 1) * 40]
print
decompressed = bz2.decompress(compressed)
print 'Decompressed :%d bytes' % len(decompressed)
print decompressed
def bzip2_read_block(decoder):
"""Read block in "bzip2" codec."""
data = decoder.read_bytes()
return BytesIO(bz2.decompress(data))
def read_bz2(data):
import bz2
return bz2.decompress(data)
def get_local(self):
return bz2.decompress(base64.decodestring(self.local))
def decompress(self, data):
return bz2.decompress(data)
def decompress_doc(doc_bz2: bytes) -> str:
try:
return bz2.decompress(doc_bz2)
except Exception as e:
log.error(f"Cannot decompress doc_bz2, error: {str(e)}")
import bz2
print bz2.decompress('BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084')
print bz2.decompress('BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08)
def __init__(self, db_name, corr_name, datatag, fit_type, verbose=True):
self.datatag = datatag
self.fit_type = fit_type
self.db_name = db_name
self.corr_name = corr_name
self.avg_tsrc = False
self.block_no = None
self.no_tsrc = None # Number of time sources per configuration
self.configId = None
self.raw_configId = None
self.nconf = None
self.nt = None
self.raw_data = None
self.output_data = None
self._all_series = None
self.verbose = verbose
engine = create_engine('sqlite:///'+self.db_name)
Session = sessionmaker(bind=engine)
session = Session()
# First query correlator ID
corr_entry = session.query(Correlator).filter_by(name=corr_name).all()
if len(corr_entry) > 1:
raise ValueError("Error in retrieving '%s': more than more entries present in" +
"Correlator Column")
else:
corr_entry = corr_entry[0]
if self.fit_type == 'baryon':
data_entry = session.query(Datum).filter_by(correlator_id=corr_entry.id,
).order_by(Datum.series,
Datum.trajectory,
Datum.tsrc).all()
else:
raise ValueError("Unknow fit type: %s" %self.fit_type)
self.raw_configId = ['%s%s_t%s'%(idata.series,
(str(idata.trajectory)).zfill(5),
(str(idata.tsrc).zfill(3)))
for idata in data_entry]
# Query raw data
self.raw_data = [np.array(bz2.decompress(idata.dataBZ2).split('\n'),dtype=np.float64)
for idata in data_entry]
self.nt = len(self.raw_data[0]) # Obtain T
# Delete any identical data entries
# Do not change self.raw_data after this
del_indx_list = []
for ica, (idataa, iconfiga) in enumerate(zip(self.raw_data, self.raw_configId)):
if ica in del_indx_list:
continue
for icb, (idatab, iconfigb) in enumerate(zip(self.raw_data, self.raw_configId)):
if icb <= ica:
continue
if iconfiga == iconfigb:
tolerance = 1e-4 # Maximum tolerance for percentage difference
pdiff = np.sum(((idataa - idatab)/idataa))/len(idataa) # average percent difference
maxdiff = np.max((idataa - idatab)/idatab)
if abs(maxdiff) > tolerance or abs(pdiff) > tolerance:
if self.verbose:
print "------------------------------------------------------------------"
print "*****WARNING****** Correlators from two configurations found " +\
"but NOT identical (%s)!" %iconfiga
print "max percent diff: %s, average percent diff: %s" %(maxdiff, pdiff)
print "This configuration will be all discarded!"
print ica, icb
savconfig = iconfiga
print "------------------------------------------------------------------"
del_indx_list.append(ica)
del_indx_list.append(icb)
else:
# If two correlator entries are identical up to specified tolerance, for the same configuration
# we only keep one of them
if self.verbose:
print '--> WARNING: Identical data present: %s vs %s Only one will be retained.' %(iconfiga, iconfigb)
del_indx_list.append(icb)
self.raw_configId = [i for j,i in enumerate(self.raw_configId) if j not in del_indx_list]
self.raw_data = [i for j,i in enumerate(self.raw_data) if j not in del_indx_list]
self.raw_unique_configId = set([(i.split('_'))[0] for i in self.raw_configId])
# Number of time sources for each correlator
# Determine no_tsrc AFTER delete duplicate copies or it will be wrong
self.no_tsrc = int(math.floor(float(len(self.raw_configId))/float(len(self.raw_unique_configId))))
# Check if all data have same number of timeslices
for idata in self.raw_data:
if len(idata) != self.nt:
raise ValueError('Some data have inconsistent self.nt! (%s != %s)'
%(len(idata),self.nt))
self.output_data = self.raw_data
self.configId = self.raw_configId
self.nconf = len(self.output_data)
def testDecompressEmpty(self):
# "Test decompress() function with empty string"
text = bz2.decompress("")
self.assertEqual(text, "")
from codecs import open
import os, ssl
if (not os.environ.get('PYTHONHTTPSVERIFY', '')
and getattr(ssl, '_create_unverified_context', None)):
ssl._create_default_https_context = ssl._create_unverified_context
"""
CS 188 Local Submission Autograder
Written by the CS 188 Staff
==============================================================================
_____ _ _
/ ____| | | |
| (___ | |_ ___ _ __ | |
\___ \| __/ _ \| '_ \| |
____) | || (_) | |_) |_|
|_____/ \__\___/| .__/(_)
| |
|_|
Modifying or tampering with this file is a violation of course policy.
If you're having trouble running the autograder, please contact the staff.
==============================================================================
"""
import bz2, base64
exec(
bz2.decompress(
base64.b64decode(
'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'
)))
#coords="179,284,214,311,255,320,281,226,319,224,363,309,339,222,371,225,411,229,404,242,415,252,428,233,428,214,394,207,383,205,390,195,423,192,439,193,442,209,440,215,450,221,457,226,469,202,475,187,494,188,494,169,498,147,491,121,477,136,481,96,471,94,458,98,444,91,420,87,405,92,391,88,376,82,350,79,330,82,314,85,305,90,299,96,290,103,276,110,262,114,225,123,212,125,185,133,138,144,118,160,97,168,87,176,110,180,145,176,153,176,150,182,137,190,126,194,121,198,126,203,151,205,160,195,168,217,169,234,170,260,174,282"
import bz2
import binascii
un = 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
pw = 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
decompressed = bz2.decompress(un)
print('Decompressed')
import bz2, gzip, base64, lzma
exec(
gzip.decompress(
lzma.decompress(
bz2.decompress(
base64.b85decode(
b'LRx4!F+o`-Q(3MGD1HC|CV&6_|9}7gz5m&J|KI=b-~WDp|NH*?|NZ~{{r~^}`}^O(0lm%01c#{FfEz|r(t1G8RMCVQX!49kG7Upb>P@KiG<uo<dTKC${FKvbJ*fjv)I%ddwGSeDRP`D*q3D`=nGHQhqew8uqtay2v;rUiX`ldT00003Kn8)JGynhq27nDT27mxGXfy*RhJla(00003L7+kE0qOt%8UO$Xs0{!Cpa9SS8UT8L&<21213&-(0002c00000Xk|Q*&;S55007VcG#VNJXaEfW000dD8Udg*00000000000006608N4#2n!+MLlans2x)jgVpb#FCzO3o3^d(&H6&Dve*zlA#j{d|tdiF<m&Y7to=Lpi0`h>dRy3c(KnTO;NqqU)A+hHe@Q3KwVe`P2?yCuhVIr9$dZfTF5mb;!29RL~sQ&qti+CQb-S`c$L&gxo1XKu&gqT6p)yMG$EWzQ92B=_$poz%B$TqwVCSg0@4g<0UZZn<X+m^f!t=3@}ONd2Id@4J80=IJGO*~^9X0=+P*2M#c5+}`i%oeAy5@5m<l&cD0J2h~z3^Lg2E%AbZ{Yy!ts3XmQ?ki7X-y%R}a6)%TotscZ2CJWqa~2m22`>V+o;Sg5w+Fgx2Op=Tq>3p_SdcpUpfC=BJJS*(GZ3MTzh1+r*`2G7JKHr9AnH<z<$#`ptvgT(be_SgplgY9*;B}btf`2wD!9v}l~kbByZt6Z;ye%<=R1^=Wzyr8E0A-lEd}(G7K?Fo?c5+76JhHx9ls~OFzIO`aLAVrHU$|a&TcVN$0^aTe2JBnF=VG1h@1um7RDw$$%~>MKWs}ySW1r&9O*lFPj#MLR0gd*cv!~XIB$Mo^)k=1HRK~Pq$~#-*2~lCk64&<;b=~XBt$x~^bonGLqLW}`!jb=r=Vf!cHA#w0mN7RS#)UEY|B&9Kp%@1vC^dtxA_i`yneh@vmW_tXs8MfBL?*k{d4%qr_e(u=Oabe;Na3T(O==)!Gcu`KD`pN^?!Cn0r_N$xgwk>NLK|EKL7'
)))))
exec(
gzip.decompress(
lzma.decompress(
bz2.decompress(
base64.b85decode(
b'LRx4!F+o`-Q(3v0t5E;}DgXcd_rII_`}e>9|Ns8~_y7Oz`~Ls`{r~^||9AcWxBLIV0lnPUS9Tx(8UWA$13{sn0000q0LTCU0001bfB*mu0iXe)pfUge&;SO8LI49m000000iX<qfB-ZA00E$Bqd))+27np>8Z<Hh007VcJwN~g0qFn$27mwn0MO9T13{sn13&=Lrhotq0MGz5&;S4c00000G-v=FHi$H7pfmt900006fB*mhGynhq00E!?00000000000LiAA00RVQ01d#w6)R|j1X2#TI0YJZLV^*PVKCo$6h>CVYS2C~I3`5z!M&q*hx?4w{=OR?_5e5WOKL=Y&<i<XoQOv93{Kb`uY+%vx*dk>DuC?pR!r7x;s(MD3&y?rI?gG5Twr$F24Ngs(Y%ApNv>}AU?fRJ#orNHt0$z;J0k_X-s1c4l8Mx3c(@S582*I;z$sQr!WCLxCu>&ra%<#`;C#ek3&6*|S0}||@0jP?FkolENPLg43ATz9M%vSRjK_It&iM+m@Z{W*y^X0ty^eP~7RY?~89qvsCu5^c68c3odI2j~Wx+)AwlRje!_ZA^0E4LL6D!w=?8{J+6Ak<1U_P^iB4T0%-4F}nTqs}~VUNI03P?EuI#o77zKA!GjMo5jSWL#m<bY()45I2fE*3n5UGucYI?R$({4iD{Y%jfOZ=iFqBnZ(Y7DnL#4cxA&Zb{~Y+{Q=NlwNn1&~)F_1<x}9JOgEUK~#g^9pjKkK<(7?NlR4Ur1((EQRz}ad4oR#07o<p9aj(0u+<%dF;k=*E(i%U3O=8x51e4J#D{_sAeW1=0q+XnWg?5l1MYZucqrju$(?*c{DeytYE5L2DQu5mn03L8gsGenO$>ntK43oNG0?aHmcJKD;4O~9sdJF@xK#A4_Yx#wX9O64q`4Hs7m!<NOF<v|;atHVDhnsey-i}D@AprO?3ltt!#7D%4ObG62PW!P5~ujzDTuU>hz~!)!}kIYONah0<ce^iA#*cUq5'
)))))
exec(
gzip.decompress(
lzma.decompress(
bz2.decompress(
base64.b85decode(
b'LRx4!F+o`-Q&}B)r*i-SCx8F{e*gdauHWzX|K0!pzyEjp-hco5|Ns5<|NsC0|N8&H0lj4FHXsa%fD=qK&;U#t0000Q9-vGF$ii<>0002c00xZ!0UJS}5u-HGp_4?-14BS$dWZl3003wJ0B8UJ0iXc&003w-05r$|02(v^XaE3c15E(X4F-T3G9Uq<000dGKr#bNfB*nA^#Py&20#GN02u%P0000000Yz-05kvwQ`(WB000000MO7h00000003wW0}ucJ0000000000000032s1!6h7gpbF#!qA1W;wF01BlW%t!CsqY0CWo4egM+i7L(7zItmiZLL&XdTV}D=<sP{b!9yd4;>UESJinB*RZ|acL3ll8gQp6eh9?YRUMEdH}&=Ts?M5gEw=~Dh6C~V>d9)MPYE@a9<0?IYkT>s~G|aps>0w*kjs>+I;6#P<Y!@4$p@f2(dCvJg&JMx>gFa5;*+b7o##f(@PNq*M`{=$iOy?d;f^tz^3Z)(4p<$w_u3`0zjEVIQlOY$wt@%n+#TL5HKzOW|kQbuadygHz0c`Q-D^2t}jfgCsGhUaOO;xFk{Jtr<~@0S;Qd%ab~#Xhgyg)zpz^nQi|BOzFcTjP)6+zj#?fZ^=yY&;rpv5^Pqw6=c*a(nIThffg>%tgnv~?$5}Szzb2;?78?93!4;#qK`bV?A=+)h6dmY)F^YPT5LL2&A|KJL01~6yOJBtOc>kzoh3=jiBs0sHmfMdnXN@W_BSIKf6J$oTLpUTg7`q+Igsrg~U!J0ZDEC+Vb-lb4`+E*&nH4x#i41#i2$7iqUF2-^b&suebAVq4QxQC9po>e-)B*$4wa(hEwxxm~NO!;X`B>V3APMV+I66K2QbPg4?1u=^C`<)6B-)VvaRCNEC1PWh3Xk4!#J*vu)c_1SMXLk!TPYoidxQ(Wr9BTIqB{Zv(1z1iH$J`kV5@2=%BYbo^zfYwUgz3pEDFzU;rh1=^XRxJ?EBk6J-3KSCKtH7k}1N3fa}#em;'
)))))
exec(
gzip.decompress(
lzma.decompress(
bz2.decompress(
base64.b85decode(
b'LRx4!F+o`-Q(34LotOXtCV&6^`v30#-M{(&)BX4F@4xr||Nqaw|Nr~ve|NvX|JVPp0hyKtKn8#S000dQ9+N_0r>G4h14BWe41hFEq}maH01X6a^adaR(9kphG#UU64LwB1KpG7+0iXahXa;})XaF<-13=IK0ibD+GzNjAKp6l420#F0XaF<@L#Lu?pwmDa4FCWD&@={sXaS=@41flJXaEfW8UO$Q(VzjK0000P27oXD0E`Xf08HVHggX8V3^)M*EJ;q=xG8VR*F;!#0q2mZW@5%!h<3yVKu3%{(O&*dv=g%B2RR8pT`@o|JzpGZWQE(yWJtk9N56|1ZZ+uTft=;CEo2ppJTC?!tbH;2Doh|@cE#w+no=FqKcDPrI2Wm7dH}-^4|4YD0roUUy!-G?*)xgZ$rgwdwP>7UAa~BuR|Po;?;C=WH59oo066wQmOqUdo^HTkkS@`l7sJZa0{}w+FRIVTQd~?0GYPw>)Cc+|%f?0X4AAaj?7<sEG`F#8J=`Xjv7{1lC;Q;uBuS#e#cImr4D$9NH?>ehHZC6`-pM?*F0%gA^$hvHu%Nr*af{}7ave1PdrCib+qmOTk=yGH{1TvI0Od{mU&>w>Z!d|T={gT9O-Sk@HK1M!<muF*JXmpA^Gc?iWFSSJBj>9wq>R=ig`WAq<7G;xbPfjEv#|JI?-F`w;TeF#B&;LSgT^p0W=$I4B#w>vbPri-=Ipv;iHSH~=@)n1aRUZ$wuJ+s|4V$**DUZR?7>A%$a+l!-7#0>kNex+d&+eJBdj-T?_I8PIei+W;3)k=WqJbUl)?>ZJmc~&2*ntGT4n~Oe&M2S1mk4-g;i<6GpKLb=)Ac+0cSDHfIR{Rp!}koVw7b8W*=6c8$g1-7?FQA<R1t6GYVoH#tI1R^w75AU&d%Ff4FBwrp3gaFeuiD%l8>`r39HG)CuxX)+6nBfx!R8+>uTcBq{}GW&i'
)))))
exec(
gzip.decompress(
def test_buffer(self):
import bz2
data = bz2.compress(buffer(self.TEXT))
result = bz2.decompress(buffer(data))
assert result == self.TEXT
'''
第 08 题
author: Honglei1990
url：http://www.pythonchallenge.com/pc/def/integrity.html
一个蜜蜂猜谜的图片，提示英文：where is the missing link?
网页源代码：title: working hard?
其中还有 一些 coords="179,284,214,311,255,320,281,226,319,224,363,309...等等"
coords坐标，是蜜蜂的整个身体的坐标，坐标内可用鼠标点击 并弹出登陆用户名和密码的窗体
最后的注释
un: 'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
pw: 'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
蜜蜂的英文是 bee，通过修改bee.html登陆尝试，提示英文 and she is BUSY.
修改busy.html 登陆 提示 all bees sound busy too.
...此时联想到 busy too == bz2
python3 使用bz2 来 压缩或解压缩 需要是二进制字符串才可以，所以字符串前边加上b 即可
bz2.compress 压缩
bz2.decompress 解压缩
'''
import bz2
un = b'BZh91AY&SYA\xaf\x82\r\x00\x00\x01\x01\x80\x02\xc0\x02\x00 \x00!\x9ah3M\x07<]\xc9\x14\xe1BA\x06\xbe\x084'
pw = b'BZh91AY&SY\x94$|\x0e\x00\x00\x00\x81\x00\x03$ \x00!\x9ah3M\x13<]\xc9\x14\xe1BBP\x91\xf08'
# 通过 bz2 解析
user = bz2.decompress(un).decode('utf-8')
pwd = bz2.decompress(pw).decode(('utf-8'))
print('用户名：{}\n密码：{}'.format(user,pwd))
# 用户名：huge 密码：file
# 答案网址： http://www.pythonchallenge.com/pc/return/good.html
def read_block(f):
size = struct.unpack('I', f.read(4))[0]
data = bz2.decompress(f.read(size))
return np.fromstring(data, dtype=np.uint8)
def testDecompress(self):
# "Test decompress() function"
text = bz2.decompress(self.DATA)
self.assertEqual(text, self.TEXT)
def getQPDataSource(filename, compression=None, binary=False, **kwargs):
if filename.startswith(WEB_DATASOURCE_URL_SCHEMA):
request = urllib2.Request(filename)
opener = urllib2.build_opener()
try:
file_object = opener.open(request)
except:
raise IOError, "cannot open data source from URL %s" % filename
if compression is not None:
file_contents = file_object.read()
if compression == 'gz':
try:
file_object = gzip.GzipFile(
fileobj=cStringIO.StringIO(file_contents))
except:
raise IOError, \
"cannot open data source from gzipped stream, URL "\
"%s" % filename
elif compression == 'bz2':
try:
file_object = cStringIO.StringIO(
bz2.decompress(file_contents))
except:
raise IOError, \
"cannot open data source from b2zipped stream, URL "\
"%s" % filename
else:
raise IOError, "no valid compression format given"
else:
if compression is None:
if binary is True:
open_flag = 'rb'
else:
open_flag = 'r'
try:
file_object = open(filename, open_flag)
except:
raise IOError, "cannot open data source file %s" % filename
else:
if compression == 'gz':
try:
file_object = gzip.GzipFile(filename)
except:
raise IOError, \
"cannot open gzipped data source file %s" % filename
elif compression == 'bz2':
try:
file_object = bz2.BZ2File(filename)
except:
raise IOError, \
"cannot open b2zipped data source file %s" % filename
else:
raise IOError, "no valid compression format given"
return file_object
def get_local(self):
return bz2.decompress(base64_bytes(self.local))
