def _call_and_process(handler, request, device):
response = handler.call_upstream(request, device)
cookie = None
pkcs12 = None
alias = None
with minidom.parseString(response.body_text()) as doc:
x_response = qxml.get_child(doc, 'response')
x_alias = qxml.get_child(x_response, 'user_device_name')
alias = qxml.get_text(x_alias)
x_adp_token = qxml.get_child(x_response, 'adp_token')
if x_adp_token:
cookie = qxml.get_text(x_adp_token)
else:
x_cookie = qxml.get_child(x_response, 'store_authentication_cookie')
cookie = qxml.get_text(x_cookie)
x_key = qxml.get_child(x_response, 'device_private_key')
pkcs12 = qxml.get_text(x_key)
if pkcs12:
try:
pkcs12 = b64decode(bytes(pkcs12, 'ascii'))
except:
logging.exception("failed to decode incoming device key")
pkcs12 = None
devices.update(device, alias = alias, cookie = cookie, pkcs12_bytes = pkcs12)
return response
def doTask():
cmd, trg = task.pop(0)
if cmd == 'recalc':
devices.update(trg)
else:
notify.error('task.doTask: Unknown command ' + str(cmd))
notify.info('task.doTask: ' + str(len(task)) + ' tasks left')
def _call_and_process(handler, request, device):
response = handler.call_upstream(request, device)
cookie = None
pkcs12 = None
alias = None
with minidom.parseString(response.body_text()) as doc:
x_response = qxml.get_child(doc, 'response')
x_alias = qxml.get_child(x_response, 'user_device_name')
alias = qxml.get_text(x_alias)
x_adp_token = qxml.get_child(x_response, 'adp_token')
if x_adp_token:
cookie = qxml.get_text(x_adp_token)
else:
x_cookie = qxml.get_child(x_response,
'store_authentication_cookie')
cookie = qxml.get_text(x_cookie)
x_key = qxml.get_child(x_response, 'device_private_key')
pkcs12 = qxml.get_text(x_key)
if pkcs12:
try:
pkcs12 = b64decode(bytes(pkcs12, 'ascii'))
except:
logging.exception("failed to decode incoming device key")
pkcs12 = None
devices.update(device, alias=alias, cookie=cookie, pkcs12_bytes=pkcs12)
return response
def POST(self):
data = web.input()
if 'create' in data:
return devices.create(data.bus_id, data.name, data.addr)
if int(data.column) == 1: # bus_id
devices.update(data.row_id, data.value, None, None)
return devices.bus(data.row_id)
if int(data.column) == 2: # name
devices.update(data.row_id, None, data.value, None)
return devices.name(data.row_id)
if int(data.column) == 3: # address
m = re.match('(0x)?([0-9a-fA-F]{1,2})', data.value)
if m is not None:
a = m.groups()[-1].upper()
devices.update(data.row_id, None, None, int(a, 16))
return "%X" % devices.address(data.row_id)
