def get_version(self):
# Return version if it is cached.
if self._version is not None:
return self._version
if self.is_https():
server_cert, server_key, ca = self.get_server_certificate_files()
client_cert, client_key = self.get_client_certificate_files(ca)
self._version = utils.http_get('localhost', self.port, method='POST', url='/server/version', key_file=client_key, cert_file=client_cert)
else:
self._version = utils.http_get('localhost', self.port, method='POST', url='/server/version')
return self._version
def get_version(self):
# Return version if it is cached.
if self._version is not None:
return self._version
if self.is_https():
server_cert, server_key, ca = self.get_server_certificate_files()
client_cert, client_key = self.get_client_certificate_files(ca)
self._version = utils.http_get('localhost', self.port, method='POST', url='/heartbeat',
key_file=client_key, cert_file=client_cert, ca_cert=ca)
else:
self._version = utils.http_get('localhost', self.port, method='POST', url='/heartbeat')
return self._version
def kegg_weblink_pathway(path, dataset_string):
url = 'www.kegg.jp/kegg-bin/show_pathway?' + dataset_string
resp = utils.http_get(url, https=True)
for line in resp.text.split("\n"):
line = line.strip()
if line.startswith("<img src=\"/tmp/mark_pathway"):
print(line)
img_url = 'www.kegg.jp' + line.split("\"")[1]
img_name = img_url.split("/")[-1]
break
img_data = utils.http_get(img_url, https=True).content
with open(path + '\\' + img_name, 'wb') as handler:
handler.write(img_data)
def get_version(self):
# Return version if it is cached.
if self._version is not None:
return self._version
if self.is_https():
server_cert, server_key, ca = self.get_server_certificate_files()
client_cert, client_key = self.get_client_certificate_files(ca)
common_name = NuclideCertificatesGenerator.get_common_name(server_cert)
self._version = utils.http_get(common_name, self.port, method='POST', url='/heartbeat',
key_file=client_key, cert_file=client_cert, ca_cert=ca)
else:
self._version = utils.http_get('localhost', self.port, method='POST', url='/heartbeat')
return self._version
def __init__(self, url, attempts=NUMBER_OF_ATTEMPTS, quiet=False):
self.url = url
inmate_result = http_get(url, number_attempts=attempts, quiet=quiet)
self.__inmate_found = inmate_result is not None
if self.__inmate_found:
inmate_doc = pq(inmate_result.content)
self.__columns = inmate_doc('table tr:nth-child(2n) td')
def depth(self, coin):
"""
:param coin: str
:type coin: str
:return:
{
"code": 0, // 状态码
"msg": "Success", // 提示语
"data": {
"asks": [
['0.00000210', '12867.7080'],
['0.00000209', '123770.4725'],
['0.00000208', '162688.6625']
], //asks 委卖单[价格, 委单量]，价格从高到低排序 [str, str]
"bids": [
['0.00000195', '893.0000'],
['0.00000193', '22826.6243'],
['0.00000192', '90270.4217']
], //bids 委买单[价格, 委单量]，价格从高到低排序 [str, str]
"date": 1506047161 //时间戳
}
}
"""
params = 'coin=%(coin)s' % {'coin': coin}
return http_get(self.__url + BitZMarket.DEPTH_RESOURCE + '?' + params)
def depth(self, symbol):
# type: (str) -> dict
"""
:param symbol:
:return:
{
'bids': [
# [bid_price, bid_volume]
# [float, float]
[0.010104, 1129.16], # bid_1
[0.010103, 1000.0], # bid_2
[0.010102, 1000.0], # bid_3
],
'asks': [
# [ask_price, ack_volume]
# [float, float]
[0.0102, 10000.0], # ask_1
[0.0106, 2799.02], # ask_2
[0.010694, 1000.0] # ask_3
],
'rawBids': None,
'rawAsks': None,
'id': 0,
'seq': 0
}
"""
params = 'symbol=%(symbol)s' % {'symbol': symbol}
return http_get(
self.__url + AllCoinMarket.DEPTH_RESOURCE + '?' + params, False)
def get_vids(sid="", eid="", category="", vtid=""): vids = [] vid_list_url = get_vid_list_url(sid=sid, category=category, vtid=vtid) res = utils.http_get(vid_list_url) json_data = json.load(res) status = int(json_data['status']) while status == 0: # more to fetch vids.extend(scrape_vids(json_data['html'])) last_id = vids[-1]['id'] vid_list_url = get_vid_list_url(sid=sid, category=category, vtid=vtid, before=last_id) res = utils.http_get(vid_list_url) json_data = json.load(res) status = int(json_data['status']) return vids
def login(request):
data = {'ret_code': 0, 'ret_data': {}}
try:
if request.method == 'POST':
req_data = json.loads(request.body)
else:
req_data = request.GET
jscode = req_data['jscode']
sess = utils.http_get(config.JSCODE_SESSION_URL + jscode)
if 'openid' in sess:
sess_key = utils.save_session(sess)
if sess_key:
data['ret_code'] = 1
data['sess_key'] = sess_key
else:
data['msg'] = 'save session error.'
mark.info('%s\t%s\t%s\tlogin' %
(sess['openid'], utils.getuip(request),
time.strftime("%Y-%m-%d %H:%M:%S")))
else:
data['msg'] = 'fetch session error'
logger.error(str(sess))
except Exception as err:
data['msg'] = 'program or internet error.'
logger.error(str(err))
res = json.dumps(data, ensure_ascii=False)
return HttpResponse(res, content_type="application/json")
def crawl(self, url):
#get novel page
html = utils.http_get(url, encode="gbk")
html = self.parser.to_utf8(html)
#html = utils.gbk_to_utf8(html)
novel = self.parser.parse_novel_page(url, html)
list_url = novel['list_url']
html = utils.http_get(list_url, encode='gbk')
html = self.parser.to_utf8(html)
chapter_list = self.parser.parse_list_page(list_url, html)
novel['chapter_list'] = chapter_list
novel["chapters"] = len(chapter_list)
novel['update_time'] = time.time()
novel["last_chapter"] = chapter_list[-1]["url"]
return novel
def __init__(self, url, attempts=NUMBER_OF_ATTEMPTS, quiet=False):
self.url = url
inmate_result = http_get(url, number_attempts=attempts, quiet=quiet)
self.__inmate_found = inmate_result is not None
if self.__inmate_found:
inmate_doc = pq(inmate_result.content)
self.__columns = inmate_doc('table tr:nth-child(2n) td')
def get_department_list(access_token):
url = 'https://%s/department/list?' % API_ADDR
args = {
'access_token': access_token
}
url += urlencode(args)
return http_get(url)
def _get_encrypt_datas(self, start_date, end_date, keywords):
"""
:start_date; str, 2018-10-01
:end_date; str, 2018-10-01
:keyword; list, ['1', '2', '3']
"""
request_args = {
'word':
json.dumps([[{
'name': keyword,
'wordType': 1
}] for keyword in keywords]),
'startDate':
start_date.strftime('%Y-%m-%d'),
'endDate':
end_date.strftime('%Y-%m-%d'),
'area':
self.area,
}
url = 'http://index.baidu.com/api/SearchApi/index?' + urlencode(
request_args)
html = utils.http_get(url, self.cookies)
datas = json.loads(html)
uniqid = datas['data']['uniqid']
encrypt_datas = []
for single_data in datas['data']['userIndexes']:
encrypt_datas.append(single_data)
return (encrypt_datas, uniqid)
def get_access_token(corp_id, secret):
url = 'https://%s/gettoken?' % API_ADDR
args = {
'corpid': corp_id,
'corpsecret': secret
}
url += urlencode(args)
return http_get(url)
def get_access_token(corp_id, secret):
url = 'https://%s/gettoken?' % API_ADDR
args = {
'corpid': corp_id,
'corpsecret': secret
}
url += urlencode(args)
return http_get(url)
def get_user(access_token, userid):
url = 'https://%s/user/get?' % API_ADDR
args = {
'access_token': access_token,
'userid': userid
}
url += urlencode(args)
return http_get(url)
def get_jsapi_ticket(access_token):
url = 'https://%s/get_jsapi_ticket?' % API_ADDR
args = {
'access_token': access_token,
'type': 'jsapi'
}
url += urlencode(args)
return http_get(url)
def get_jsapi_ticket(access_token):
url = 'https://%s/get_jsapi_ticket?' % API_ADDR
args = {
'access_token': access_token,
'type': 'jsapi'
}
url += urlencode(args)
return http_get(url)
def delete_department(access_token, department_id):
url = 'https://%s/department/delete?' % API_ADDR
args = {
'access_token': access_token,
'id': department_id
}
url += urlencode(args)
return http_get(url)
def get_user_id(access_token,code):
url = 'https://%s/user/getuserinfo?' % API_ADDR
args = {
'access_token': access_token,
'code': code
}
url += urlencode(args)
return http_get(url)
def execute():
grader_father = os.path.abspath(
os.path.dirname(os.getcwd()) + os.path.sep + "..")
data_dir = grader_father + os.path.sep + "data" + os.path.sep + "app"
logger.debug("downloader starting!")
while True:
data = get_app_list()
for _id, link in data:
logger.debug("id: %s, link: %s" % (_id, link))
filename = link.split("/")[-1]
dst = data_dir + os.path.sep + filename
if not os.path.exists(dst):
http_get(link, dst)
logger.info("Installer Downloaded: " + dst)
else:
logger.info("Installer exists: " + dst)
time.sleep(5)
def get_department_list(access_token, fetch_child=True, parentid=1):
url = 'https://%s/department/list?' % API_ADDR
args = {
'access_token': access_token,
'fetch_chiild': fetch_child,
'id': parentid
}
url += urlencode(args)
return http_get(url)
def get_department_detail_userlist(access_token, department_id,
fetch_child=0):
url = 'https://%s/user/list?' % API_ADDR
args = {
'access_token': access_token,
'department_id': department_id,
'fetch_child': fetch_child
}
url += urlencode(args)
return http_get(url)
def scrape_season_list():
season_list = []
html = utils.http_get("/en/videos/all_videos/")
soup = BeautifulSoup(html)
for year in soup.find("select", id="filter-by-year").find_all("option"):
if year.attrs['value'] != "":
season_list.append(year.text)
return season_list
def query(self, type, tag, page_limit=40, page_start=0):
resp = utils.http_get(
self.API, {
'type': type,
'tag': tag,
'sort': 'recommend',
'page_limit': page_limit,
'page_start': page_start
})
return json.loads(resp)['subjects'] if resp else None
def get_balance(self):
# type: () -> dict
params = {
'accesskey': self.__access_key,
'nonce': str(int(time.time() * 1000))
}
params['signature'] = build_exx_sign(params, self.__secret_key)
param_str = 'accesskey=%(accesskey)s&nonce=%(nonce)s&signature=%(signature)s' % params
return http_get(self.__url + ExxTrade.BALANCE_RESOURCE + '?' +
param_str)
def deploy_ci(client, project, install):
"""Deploys a package by downloading the latest CircleCI artifact using ci:<user>/<repo>
Requires the CIRCLECI environment variable be set with an access token
"""
url = "https://circleci.com/api/v1.1/project/github/%s?circle-token=%s" % (
project, os.environ['CIRCLECI'])
build = http_get(url).json()[0]["build_num"]
url = "https://circleci.com/api/v1.1/project/github/%s/%s/artifacts?circle-token=%s" % (
project, build, os.environ['CIRCLECI'])
for file in http_get(url).json():
if install and file["pretty_path"].endswith("-install.zip"):
url = file["url"]
elif not install and file["pretty_path"].endswith("-upgrade.zip"):
url = file["url"]
temp = tempfile.NamedTemporaryFile(delete=False)
download_file(url + "?circle-token=%s" % (os.environ['CIRCLECI']),
temp.name)
client.deploy_package(project + ".zip", temp)
def thumb(self, url):
content = utils.http_get(url, timeout=self.TIMEOUT)
if not content: return None
try:
img = Image.open(StringIO(content))
img.thumbnail(self.SIZE)
thumb_data = StringIO()
img.save(thumb_data, 'JPEG')
thumb_data.seek(0)
return thumb_data.getvalue()
except IOError, e:
print('PIL error: ' + str(e))
return None
def scrape(slug): episode_list = [] response = utils.http_get(slug + '?fields=true') json_data = json.load(response) for ep in json_data['episodes']: new_ep = make_ep_obj(ep) new_ep.showImage = json_data['show']['image']['showImage'] episode_list.append(new_ep) return sorted(episode_list, key=lambda k: k.get_episodeNumber())
def get_open_orders(self, currency, order_type):
# type: (str, str) -> list
params = {
'accesskey': self.__access_key,
'currency': currency,
'nonce': str(int(time.time() * 1000)),
'pageIndex': '1',
'type': order_type
}
params['signature'] = build_exx_sign(params, self.__secret_key)
param_str = 'accesskey=%(accesskey)s¤cy=%(currency)s&nonce=%(nonce)s&pageIndex=%(pageIndex)s&type=%(' \
'type)s&signature=%(signature)s' % params
return http_get(self.__url + ExxTrade.OPEN_ORDERS_RESOURCE + '?' +
param_str)
def kegg_map_api(ko_list):
if len(ko_list) == 0:
return []
pathway_list = []
api_url = 'rest.kegg.jp/link/pathway/'
for ko in ko_list:
resp = utils.http_get(api_url + ko, https=False)
if resp.text.startswith(ko):
for line in resp.text.splitlines():
path_id = line.split('\tpath:')[1].strip()
if path_id.startswith('ko'):
pathway_list.append(path_id)
else:
pathway_list = []
return pathway_list
def cancel_order(self, currency, order_id):
# type: (str, str) -> bool
params = {
'accesskey': self.__access_key,
'currency': currency,
'id': str(order_id),
'nonce': str(int(time.time() * 1000))
}
params['signature'] = build_exx_sign(params, self.__secret_key)
param_str = 'accesskey=%(accesskey)s¤cy=%(currency)s&id=%(id)s&nonce=%(nonce)s&signature=%(signature)s' % params
result = http_get(self.__url + ExxTrade.CANCEL_RESOURCE + '?' +
param_str)
print(result)
if result['code'] == 100:
return True
print(result['message'])
return False
def get_captcha( self ):
rand = random.random()
link = self.captcha_URI + str( rand ) + '&' + self.session
print "Downloading captcha image...",
sys.stdout.flush()
img = utils.http_get( link, self.booking_URI )
print 'OK'
f = open( 'captcha.png', 'wb' )
f.write( img )
f.close()
webbrowser.open( 'captcha.png' )
return raw_input( 'Captcha text: ' )
def get_department_detail_userlist(access_token,
department_id,
offset=None,
size=None,
order=None):
url = 'https://%s/user/list?' % API_ADDR
args = {'access_token': access_token, 'department_id': department_id}
# 可选分页参数处理
if offset != None:
args['offset'] = offset
if size != None:
args['size'] = size
if order != None:
args['order'] = order
url += urlencode(args)
return http_get(url)
def k_line(self, coin, k_type):
"""
:param coin:
:type coin: str
:param k_type:
:type k_type: str, 1m, 5m, 15m, 30m, 1h, 1d
:return:
[[timestamp, open, high, low, close, volume]] [[int, float, float, float, float, float]]
[
[1517063160000, 2.24e-06, 2.24e-06, 2.24e-06, 2.24e-06, 100.0],
[1517063220000, 2.24e-06, 2.27e-06, 2.24e-06, 2.24e-06, 1790],
[1517063280000, 2.24e-06, 2.24e-06, 2.24e-06, 2.24e-06, 100.0]
]
"""
params = 'coin=%(coin)s&type=%(type)s' % {'coin': coin, 'type': k_type}
ret = http_get(self.__url + BitZMarket.K_LINE_RESOURCE + '?' + params)
if 'code' in ret and ret['code'] == 0:
return json.loads(ret['data']['datas']['data'])
def download_chaper(imgs_url,dst_dir):
if not os.path.exists(dst_dir):
os.makedirs(dst_dir)
# imgs_url = Parse.get_imgs_url(chp_url)
for img_url in imgs_url:
img_name = img_url[img_url.rfind("/") + 1:]
img_path = os.path.join(dst_dir, img_name)
if os.path.exists(img_path):
print "skip:%s"%img_path
continue
img_context = http_get(img_url)
with open(img_path,"wb") as f:
f.write(img_context)
print "download %s:%s"%(img_url, img_path)
def order(self, order_type, currency, price, amount):
# type: (str, str, str, str) -> str
params = {
'accesskey': self.__access_key,
'amount': amount,
'currency': currency,
'nonce': str(int(time.time() * 1000)),
'price': price,
'type': order_type
}
params['signature'] = build_exx_sign(params, self.__secret_key)
param_str = 'accesskey=%(accesskey)s&amount=%(amount)s¤cy=%(currency)s&nonce=%(nonce)s&price=%(' \
'price)s&type=%(type)s&signature=%(signature)s' % params
result = http_get(self.__url + ExxTrade.ORDER_RESOURCE + '?' +
param_str)
print(result)
if result['code'] == 100:
return result['id']
print(result['message'])
return None
def kegg_id_api(operation, identifer):
if len(identifer) == 0:
return ''
if operation == 'conv':
api_url = 'rest.kegg.jp/conv/genes/'
query_url = 'ncbi-geneid:' + str(identifer)
elif operation == 'conv_uniprot':
api_url = 'rest.kegg.jp/conv/genes/'
query_url = 'up:' + str(identifer)
elif operation == 'ko':
api_url = 'rest.kegg.jp/link/ko/'
query_url = str(identifer)
else:
logger.warning('operation' + operation + 'not found.')
kegg_list = []
resp = utils.http_get(api_url + query_url, https=False)
if resp.text.startswith(query_url):
keggs = resp.text.strip().split('\n')
for kegg in keggs:
kegg_list.append(kegg.split('\t')[1])
return kegg_list
def scrape():
show_list = []
response = utils.http_get('shows?take=-1')
json_data = json.load(response)
for show in json_data['payload']:
new_show = classes.Show()
new_show.slug = show['slug']
new_show.title = show['title']
new_show.drm = show['drm']
new_show.episodeCount = show['episodeCount']
new_show.description = show['description']
new_show.showImage = show['image']['showImage']
new_show.genre = show['genre']
if new_show.drm is True:
continue
if new_show.episodeCount > 0:
show_list.append(new_show)
return sorted(show_list, key=lambda k: k.get_title())
def depth(self, currency):
# type: (str) -> dict
"""
:param currency: bcc_btc, spc_qtum
:return: dict
{
'timestamp': 1516520422,
'asks': [
# [sell_price, sell_quantity] [str, str]
['0.008600', '51200.00'], # ask_3
['0.008500', '1187.62'], # ask_2
['0.008479', '4234.88'] # ask_1
],
'bids': [
# [buy_price, buy_quantity] [str, str]
['0.008200', '3508.67'], # bid_1
['0.008125', '6606.25'], # bid_2
['0.008124', '30000.00'] # bid_3
]
}
"""
params = 'currency=%(currency)s' % {'currency': currency}
return http_get(self.__url + ExxMarket.DEPTH_RESOURCE + '?' + params)
def crawl_content(self, url):
html = utils.http_get(url, encode='gbk')
html = self.parser.to_utf8(html)
content = self.parser.parse_content_page(url, html)
return content
def web_index(): return utils.http_get(config.msg_index_url).split()
#!/usr/bin/env python import config import utils def web_index(): return utils.http_get(config.msg_index_url).split() def parse_index(index): s = set() for f in index: s.add(f.strip()) return s if __name__ == "__main__": try: l = open(config.logdir + "/" + config.msg_index) local = parse_index(l) except IOError: local = set() web = parse_index(web_index()) diff_web = web - local for d in reversed(sorted(diff_web)): print "Getting", d msg = utils.http_get(config.base_url + d) utils.write_file(config.logdir + "/" + d, msg) utils.update_index(config.logdir)
def handle(self, *args, **options):
"""
Copies all data from each API endpoint of the server's CookCountyJail
database onto the caller's local machine.
NOTE: For the time being, cloning the whole database is impossible;
the 'courtdate' and 'housinghistory' API endpoints aren't functional
as it stands: each will stall for about 4 minutes before giving up with
a 504 error if you try to query them with 'limit=0', which is the default.
Thus it's recommended to either supply an '--api' flag excluding those two
APIs (e.g. 'countyinmate, courtlocation, housinglocation'), or to supply a
'--limit' flag with some large number (e.g. '2000').
For best results, you might want to do both, in two separate runs:
"./manage.py clone_db -a 'countyinmate, courtlocation, housinglocation' "
And then:
"./manage.py clone_db -a 'courtdate, housinghistory' -l 2000 "
You could just see how high you can increase that limit before it fails.
"""
base_url = "http://cookcountyjail.recoveredfactory.net/api/1.0/"
suffix = "?format=json&limit=0"
exclude = []
# ordereddict mapping APIs with:
# --> a Django model that can be used to create an object; and,
# --> a set of identifying filters needed to initialize that object
api_map = collections.OrderedDict([
('countyinmate', (CountyInmate, ['jail_id'])),
('courtlocation', (CourtLocation, ['location'])),
('housinglocation', (HousingLocation, ['housing_location'])),
('courtdate', (CourtDate, ['date', 'inmate', 'location'])),
('housinghistory', (HousingHistory, ['inmate', 'housing_location']))
])
# dict mapping an identifying filter with:
# --> a key to index into our json object with, whose
# value is the value that will be used to initialize
# the object we'll create with our foreign model
# --> an API to use to get a model and initializing filters;
# these will be used to create the foreign object
foreign_map = {
'inmate' : ('inmate_jail_id', 'countyinmate'),
'location' : ('location', 'courtlocation'),
'housing_location' : ('location_id', 'housinglocation')
}
# set a limit if necessary
if options['limit']:
suffix = '?format=json&limit=%s' % options['limit']
# build a list of excluded APIs if necessary
if options['api']:
for k in api_map.keys():
if k not in options['api'].split(', '):
exclude.append(k)
# iterate over our APIs
for api in api_map.keys():
# if '--api' flag was given, but this API wasn't included, ignore it.
if api in exclude:
continue
# for each API, get the model we'll use to re-create all of its data
model = api_map[api][0]
# for each API, get the identifying filters we'll need to initialize each object of this type
identifiers = api_map[api][1]
# query our server to get all the data of a particular API
result = http_get("%s%s%s" % (base_url, api, suffix), number_attempts=1, quiet=False, retrieval_msg="retrieving from API:")
if result:
# parse the json we get back into a dictionary of keys and values
json_results = json.loads(result.text)
# all our data is stored inside the 'objects' attribute
for json_obj in json_results['objects']:
# this a dict of filters we'll use to initialize our object, when we create it.
# if we have foreign keys to deal with, we'll have to first get_or_create
# an object based on those foreign keys.
filters = {}
# but if there's only one filter, the model doesn't have any foreign keys,
# so it's a simpler case.
if len(identifiers) == 1:
# here, we basically just mindlessly copy the value from the json object
# into our dict of filters
filters = {identifiers[0]: json_obj[identifiers[0]]}
else:
# otherwise, iterate through the filters
for i in identifiers:
# if we have defined an attribute as requiring foreignkey
# lookup, we get to work.
if i in foreign_map.keys():
json_key = foreign_map[i][0]
foreign_api = foreign_map[i][1]
foreign_model = api_map[foreign_api][0]
foreign_key = api_map[foreign_api][1][0]
# do a foreign key lookup; this means doing get_or_create to instantiate
# the object before including it as an attribute of our object;
# note that we take the first match if there are multiple
try:
foreigner, created = foreign_model.objects.get_or_create(
**{foreign_key: json_obj[json_key]})
except MultipleObjectsReturned:
foreigner = foreign_model.objects.filter(
**{foreign_key: json_obj[json_key]})[0]
# include the result with our list of filters
filters[i] = foreigner
else:
# if an attribute isn't defined in our map above as a foreign key,
# it would get pulled from the json object like normal.
filters[i] = json_obj[i]
# here, we actually create our object, again taking the first
# available, if there are multiple
try:
obj, created = model.objects.get_or_create(**filters)
except MultipleObjectsReturned:
obj = model.objects.filter(**filters)[0]
# now that we've created our object, we take all the
# remaining attributes from our json object, and
# reassign them to our new django object.
for k, v in json_obj.iteritems():
# if the value is None, it stays None;
# if we already assigned the key in filters, don't reassign;
# if key is not part of our model, don't bother assigning it (e.g. 'resource_uri', '_state')
if k not in filters.keys() and v is not None and \
k in [a for a in obj.__dict__ if not a.startswith('_')]:
setattr(obj, k, v)
# finally, we're done.
obj.save()
#!/usr/bin/env python import config import utils def web_index(): return utils.http_get(config.msg_index_url).split() def parse_index(index): s = set() for f in index: s.add(f.strip()) return s if __name__ == "__main__": try: l = open(config.logdir + "/" + config.msg_index) local = parse_index(l) except IOError: local = set() web = parse_index(web_index()) diff_web = web - local for d in reversed(sorted(diff_web)): print "Getting", d msg = utils.http_get(config.msg_url + d) utils.write_file(config.logdir + "/" + d, msg) utils.update_index(config.logdir)
def get_department_detail_userlist(access_token, department_id, fetch_child=0):
url = "https://%s/user/list?" % API_ADDR
args = {"access_token": access_token, "department_id": department_id, "fetch_child": fetch_child}
url += urlencode(args)
return http_get(url)
def get_department_list(access_token):
url = 'https://%s/department/list?' % API_ADDR
args = {'access_token': access_token}
url += urlencode(args)
return http_get(url)
def delete_department(access_token, department_id):
url = 'https://%s/department/delete?' % API_ADDR
args = {'access_token': access_token, 'id': department_id}
url += urlencode(args)
return http_get(url)
def get_user(access_token, userid):
url = "https://%s/user/get?" % API_ADDR
args = {"access_token": access_token, "userid": userid}
url += urlencode(args)
return http_get(url)
def handle(self, *args, **options):
"""
Copies all data from each API endpoint of the server's CookCountyJail
database onto the caller's local machine.
NOTE: For the time being, cloning the whole database is impossible;
the 'courtdate' and 'housinghistory' API endpoints aren't functional
as it stands: each will stall for about 4 minutes before giving up with
a 504 error if you try to query them with 'limit=0', which is the default.
Thus it's recommended to either supply an '--api' flag excluding those two
APIs (e.g. 'countyinmate, courtlocation, housinglocation'), or to supply a
'--limit' flag with some large number (e.g. '2000').
For best results, you might want to do both, in two separate runs:
"./manage.py clone_db -a 'countyinmate, courtlocation, housinglocation' "
And then:
"./manage.py clone_db -a 'courtdate, housinghistory' -l 2000 "
You could just see how high you can increase that limit before it fails.
"""
base_url = "http://cookcountyjail.recoveredfactory.net/api/1.0/"
suffix = "?format=json&limit=0"
exclude = []
# ordereddict mapping APIs with:
# --> a Django model that can be used to create an object; and,
# --> a set of identifying filters needed to initialize that object
api_map = collections.OrderedDict([
('countyinmate', (CountyInmate, ['jail_id'])),
('courtlocation', (CourtLocation, ['location'])),
('housinglocation', (HousingLocation, ['housing_location'])),
('courtdate', (CourtDate, ['date', 'inmate', 'location'])),
('housinghistory', (HousingHistory, ['inmate',
'housing_location']))
])
# dict mapping an identifying filter with:
# --> a key to index into our json object with, whose
# value is the value that will be used to initialize
# the object we'll create with our foreign model
# --> an API to use to get a model and initializing filters;
# these will be used to create the foreign object
foreign_map = {
'inmate': ('inmate_jail_id', 'countyinmate'),
'location': ('location', 'courtlocation'),
'housing_location': ('location_id', 'housinglocation')
}
# set a limit if necessary
if options['limit']:
suffix = '?format=json&limit=%s' % options['limit']
# build a list of excluded APIs if necessary
if options['api']:
for k in api_map.keys():
if k not in options['api'].split(', '):
exclude.append(k)
# iterate over our APIs
for api in api_map.keys():
# if '--api' flag was given, but this API wasn't included, ignore it.
if api in exclude:
continue
# for each API, get the model we'll use to re-create all of its data
model = api_map[api][0]
# for each API, get the identifying filters we'll need to initialize each object of this type
identifiers = api_map[api][1]
# query our server to get all the data of a particular API
result = http_get("%s%s%s" % (base_url, api, suffix),
number_attempts=1,
quiet=False,
retrieval_msg="retrieving from API:")
if result:
# parse the json we get back into a dictionary of keys and values
json_results = json.loads(result.text)
# all our data is stored inside the 'objects' attribute
for json_obj in json_results['objects']:
# this a dict of filters we'll use to initialize our object, when we create it.
# if we have foreign keys to deal with, we'll have to first get_or_create
# an object based on those foreign keys.
filters = {}
# but if there's only one filter, the model doesn't have any foreign keys,
# so it's a simpler case.
if len(identifiers) == 1:
# here, we basically just mindlessly copy the value from the json object
# into our dict of filters
filters = {identifiers[0]: json_obj[identifiers[0]]}
else:
# otherwise, iterate through the filters
for i in identifiers:
# if we have defined an attribute as requiring foreignkey
# lookup, we get to work.
if i in foreign_map.keys():
json_key = foreign_map[i][0]
foreign_api = foreign_map[i][1]
foreign_model = api_map[foreign_api][0]
foreign_key = api_map[foreign_api][1][0]
# do a foreign key lookup; this means doing get_or_create to instantiate
# the object before including it as an attribute of our object;
# note that we take the first match if there are multiple
try:
foreigner, created = foreign_model.objects.get_or_create(
**{foreign_key: json_obj[json_key]})
except MultipleObjectsReturned:
foreigner = foreign_model.objects.filter(
**{foreign_key: json_obj[json_key]})[0]
# include the result with our list of filters
filters[i] = foreigner
else:
# if an attribute isn't defined in our map above as a foreign key,
# it would get pulled from the json object like normal.
filters[i] = json_obj[i]
# here, we actually create our object, again taking the first
# available, if there are multiple
try:
obj, created = model.objects.get_or_create(**filters)
except MultipleObjectsReturned:
obj = model.objects.filter(**filters)[0]
# now that we've created our object, we take all the
# remaining attributes from our json object, and
# reassign them to our new django object.
for k, v in json_obj.iteritems():
# if the value is None, it stays None;
# if we already assigned the key in filters, don't reassign;
# if key is not part of our model, don't bother assigning it (e.g. 'resource_uri', '_state')
if k not in filters.keys() and v is not None and \
k in [a for a in obj.__dict__ if not a.startswith('_')]:
setattr(obj, k, v)
# finally, we're done.
obj.save()
def scrape_ep(slug): ep = json.load(utils.http_get(slug)) new_ep = make_ep_obj(ep) return new_ep