def __init__(self, exc_info):
e = exc_info[1]
log.error(repr(e))
body_template = "<b>${explanation}</b>\n<hr/>\n"
cls = e.__class__.__name__
if not e.args:
self.explanation = "%s" % cls
else:
self.explanation = "%s: %s" % (cls, e.args[0])
if log.getEffectiveLevel() > logging.DEBUG: # no debug
detail = production_error_msg % \
rnaseqlyze.admin_email
body_template += "${detail}"
else: # debug
detail = ''
if isinstance(e, DBAPIError):
detail += dberror_msg
import traceback
detail += '%s\n\nStack trace:\n' % e
detail += ''.join(traceback.format_tb(exc_info[2]))
log.debug(detail)
body_template += "<pre>\n${detail}</pre>"
HTTPError.__init__(self, detail, body_template=body_template)
def json_error(status_code=400, status_message="error", errors=()):
"""Construct a cornice-format JSON error response."""
err = HTTPError()
err.content_type = "application/json"
err.status_code = status_code
err.body = json.dumps({
"status": status_message,
"errors": errors,
})
return err
def json_error(status_code=400, status_message="error", errors=()):
"""Construct a cornice-format JSON error response."""
err = HTTPError()
err.content_type = "application/json"
err.status_code = status_code
err.body = json.dumps({
"status": status_message,
"errors": errors,
})
return err
def __init__(self, exc_info):
import traceback
err = exc_info[1]
message = [ self.title,
" - ", brep(err),
'\n\nStack trace:\n' ] + \
traceback.format_tb(exc_info[2])
log.error(brep(err))
log.debug(''.join(message))
HTTPError.__init__(self, app_iter=message, content_type='text/plain')
def api_search_json(self):
"""
View code
Performs search request to the DDB API.
Returns the result in JSON
Requires:
- HTTP-GET request
- HTTP-GET parameter format set to 'json'
Returns:
- JSON (pretty printed)
Raises:
- HttpError
"""
try:
params = {}
params['query'] = self.request.GET['query']
bbox = self.request.GET['bbox'].split(",")
bbox = dict(min_y=bbox[1],
min_x=bbox[0],
max_y=bbox[3],
max_x=bbox[2])
resolution = float(
self.request.GET['resolution']) #611.4962261962891
radius = int(self.request.GET.get('radius', 40))
request = self._api_search(**params)
if request and request.ok:
jresult = request.json()["results"][0]["docs"]
dict_of_ids = {}
for d in jresult:
dict_of_ids[d['id']] = d['title']
clusters = self._cluster(bbox=bbox,
resolution=resolution,
radius=radius,
ids=dict_of_ids)
result = dict(type="FeatureCollection",
features=[c.__json__() for c in clusters])
return result
else:
raise HTTPError("Request failed")
except Exception, e:
raise HTTPError("Request failed")
def api_get_item_html(self):
"""
View code
Performs item request to the DDB API.
Returns the result as HTML
Requires:
- HTTP-GET request
- HTTP-GET parameter format set to 'html'
Returns:
- HTML
Raises:
- HttpError
"""
if self.request.matched_route.name == 'api_get_item_ajax':
self.request.matchdict['itemid'] = self.request.GET.getone(
'itemid')
request = self._api_get_item()
if request and request.ok:
jcontent = request.json()
item = jcontent['view']['item']
item['id'] = self.request.matchdict['itemid']
if jcontent['preview']['thumbnail']:
thumbnail = jcontent['preview']['thumbnail'].get('@href', None)
else:
thumbnail = None
return dict(item=item, thumbnail=thumbnail)
else:
raise HTTPError("Request failed")
def mystripe(request):
stripe.api_key = request.registry.settings['stripe_key']
data = request.json_body
try:
event = stripe.Event.construct_from(data, stripe.api_key)
except ValueError as e:
print(f"Invalid payload: {e}")
return HTTPError(detail='Invalid payload')
if event.type == 'payment_intent.succeeded':
payment_intent = event.data.object
decimalplace = len(str(payment_intent.amount)) - 2 # F*****g Stripe.
amount = float(
f'{str(payment_intent.amount)[:decimalplace]}.{str(payment_intent.amount)[decimalplace:]}'
)
if payment_intent.currency == 'usd':
numsnickers = str(round(amount / 1.48))
elif payment_intent.currency == 'eur':
numsnickers = str(round(amount / 1.25))
elif payment_intent.currency == 'gbp':
numsnickers = str(round(amount / 0.65))
else:
numsnickers = 'an unknown amount of'
print(
f'[\x0315Stripe\x03] A donation of \x0315{str(amount)}\x03 {payment_intent.currency.upper()} '
f'was made. This equals about {numsnickers} snickers!')
send(
f'#{request.registry.settings["stripe_channel"]}',
f'[\x0315Stripe\x03] A donation of \x0315{str(amount)}\x03 {payment_intent.currency.upper()} '
f'was made. This equals about {numsnickers} snickers!', 'No!',
request)
def download(request, url):
downloads_path = request.registry.settings['convertit.downloads_path']
message = "Sorry, there was an error fetching the document. Reason: %s"
try:
downloaded_filepath = download_file(url, downloads_path)
return downloaded_filepath
except ValueError as e:
raise HTTPBadRequest(message % str(e))
except urllib2.HTTPError as e:
raise HTTPError(message % str(e), status_int=e.getcode())
except urllib2.URLError as e:
raise HTTPBadRequest(message % str(e))
def download(request, url):
downloads_path = request.registry.settings['convertit.downloads_path']
message = "Sorry, there was an error fetching the document. Reason: %s"
try:
downloaded_filepath = download_file(url,
downloads_path,
headers=request.headers)
return downloaded_filepath
except ValueError as e:
log.error(message % str(e))
raise HTTPBadRequest(body=message % str(e), content_type='text/plain')
except urllib2.HTTPError as e:
log.error(message % str(e))
raise HTTPError(body=message % str(e), status_int=e.getcode(),
content_type='text/plain')
except urllib2.URLError as e:
log.error(message % str(e))
raise HTTPBadRequest(body=message % str(e), content_type='text/plain')
def inquire_images(document):
patent = decode_patent_number(document)
if not patent:
raise HTTPBadRequest('{0} is not a valid patent number'.format(document))
image_representative(patent)
# v1: docdb
if patent.kind:
ops_patent = patent['country'] + '.' + patent['number'] + '.' + patent['kind']
url_image_inquiry_tpl = '{baseuri}/published-data/publication/docdb/images'
# v2: epodoc
else:
ops_patent = patent['country'] + patent['number']
url_image_inquiry_tpl = '{baseuri}/published-data/publication/epodoc/images'
url_image_inquiry = url_image_inquiry_tpl.format(baseuri=OPS_API_URI)
log.debug('Inquire image information via {url}'.format(url=url_image_inquiry))
error_msg_access = 'No image information for document={0}'.format(document)
error_msg_process = 'Error while processing image information for document={0}'.format(document)
# Inquire image metadata from OPS.
ops = get_ops_client()
response = ops._make_request(url_image_inquiry, ops_patent)
# Evaluate response.
if response.status_code != 200:
if response.status_code == 404:
log.warn(error_msg_access)
error = HTTPNotFound(error_msg_access)
error.status_code = response.status_code
else:
log.error(error_msg_access + '\n' + str(response) + '\n' + str(response.content))
error = HTTPError(error_msg_access)
error.status_code = response.status_code
# TODO: respond with proper json error
raise error
try:
data = response.json()
except JSONDecodeError as ex:
# TODO: respond with proper json error
error_msg_process += ': {0}'.format(str(ex))
log.error(error_msg_process)
error = HTTPError(error_msg_process)
error.status_code = 500
raise error
result = data['ops:world-patent-data']['ops:document-inquiry']['ops:inquiry-result']
info = {}
for node in to_list(result['ops:document-instance']):
# Suppress correction pages of amendments like US2010252183A1.
if is_amendment_only(node): continue
# Aggregate nodes into map, using the '@desc' attribute as key
key = node['@desc']
info[key] = node
# Enrich image inquiry information. Compute image information for carousel widget.
enrich_image_inquiry_info(info)
#log.info('Image info: %s', info)
return info
def test_ignore_if_error_response(self, request_, mocker):
from pyramid.httpexceptions import HTTPError
add_to = mocker.patch('adhocracy_core.activity.add_to_auditlog')
self.call_fut(request_, HTTPError())
assert not add_to.called
