def proxy_get(request, *args, **kwargs):
logmsg = " ".join("proxying request", request.path, args, kwargs)
print logmsg
url = settings.PROXY_BASE + request.path
try:
ret = url_request(url, "GET", {})
return rdf_response(ret)
except URLFetchException as e:
if (settings.PROXY_ERROR_NOTIFICATION):
me = settings.PROXY_NOTIFICATION_FROM
you = settings.PROXY_NOTIFICATION_TO
msg = MIMEText(logmsg + "\n" + e.body)
msg['Subject'] = settings.PROXY_NOTIFICATION_SUBJECT
msg['From'] = me
msg['To'] = you
s = smtplib.SMTP(settings.PROXY_NOTIFICATION_SMTP_SERVER)
s.sendmail(me, [you], msg.as_string())
s.close()
return HttpResponse(content=settings.PROXY_ERROR_MESSAGE_OVERRIDE, status=e.status)
else:
return HttpResponse(content=e.body, status=e.status)
def proxy_get(request, *args, **kwargs):
print "proxying request", request.path, args, kwargs
url = settings.PROXY_BASE + request.path
try:
ret = url_request(url, "GET", {})
return rdf_response(ret)
except URLFetchException as e:
return HttpResponse(content=e.body, status=e.status)
def do_webhook(request, webhook_name):
hook = None
headers = {}
# Find the preferred app for this webhook...
try:
hook = AppWebHook.objects.filter(name=webhook_name)[0]
except:
raise Exception("No hook exists with name: '%s'" % webhook_name)
data = request.raw_post_data
if (request.method == 'GET'): data = request.META['QUERY_STRING']
print "requesting web hook", hook.url, request.method, data
hook_req = utils.url_request_build(hook.url, request.method, headers, data)
# If the web hook needs patient context, we've got to generate + pass along tokens
if (hook.requires_patient_context):
app = hook.app
record = request.principal.share.record
account = request.principal.share.authorized_by
# Create a new token for the webhook to access the in-context patient record
token = HELPER_APP_SERVER.generate_and_preauthorize_access_token(
app, record=record, account=account)
# And supply the token details as part of the Authorization header, 2-legged signed
# Using the helper app's consumer token + secret
# (the 2nd parameter =None --> 2-legged OAuth request)
oauth_request = OAuthRequest(app,
None,
hook_req,
oauth_parameters=token.passalong_params)
oauth_request.sign()
for (hname, hval) in oauth_request.to_header().iteritems():
hook_req.headers[hname] = hval
response = utils.url_request(hook.url, request.method, headers, data)
print "GOT,", response
return utils.x_domain(
HttpResponse(response, mimetype='application/rdf+xml'))
def do_webhook(request, webhook_name):
hook = None
headers = {}
# Find the preferred app for this webhook...
try:
hook = AppWebHook.objects.filter(name=webhook_name)[0]
except:
raise Exception("No hook exists with name: '%s'"%webhook_name)
data = request.raw_post_data
if (request.method == 'GET'): data = request.META['QUERY_STRING']
print "requesting web hook", hook.url, request.method, data
hook_req = utils.url_request_build(hook.url, request.method, headers, data)
# If the web hook needs patient context, we've got to generate + pass along tokens
if (hook.requires_patient_context):
app = hook.app
record = request.principal.share.record
account = request.principal.share.authorized_by
# Create a new token for the webhook to access the in-context patient record
token = HELPER_APP_SERVER.generate_and_preauthorize_access_token(app, record=record, account=account)
# And supply the token details as part of the Authorization header, 2-legged signed
# Using the helper app's consumer token + secret
# (the 2nd parameter =None --> 2-legged OAuth request)
oauth_request = OAuthRequest(app, None, hook_req, oauth_parameters=token.passalong_params)
oauth_request.sign()
for (hname, hval) in oauth_request.to_header().iteritems():
hook_req.headers[hname] = hval
response = utils.url_request(hook.url, request.method, headers, data)
print "GOT,", response
return utils.x_domain(HttpResponse(response, mimetype='application/rdf+xml'))
def request(self, url, method, headers, data=None):
return utils.url_request(url, method, headers, data)
def proxy_get(request, *args, **kwargs):
print "proxying request", request.path, args, kwargs
url = PROXY_BASE + request.path
ret = url_request(url, "GET", {})
return rdf_response(ret)
def proxy_get(request, *args, **kwargs):
print "proxying request", request.path, args, kwargs
url = settings.PROXY_BASE + request.path
ret = url_request(url, "GET", {})
return rdf_response(ret)
def request(self, url, method, headers, data=None):
return utils.url_request(url, method, headers, data)
