def __check_available__(self, dct_answer, dict_data, names, attr_name):
"""Assign available names for check_...() functions.
names=('domain','name')
"""
column_name = '%s:%s'%names
value = eppdoc.get_dct_value(dict_data, column_name)
code = eppdoc.get_dct_attr(dict_data, column_name, attr_name)
reason_key = '%s:reason'%value
dct_answer['data'][value] = code in ('1','true') and 1 or 0
dct_answer['data'][reason_key] = eppdoc.get_dct_value(dict_data, '%s:reason'%names[0])
if dct_answer['data'][value] == 1 and dct_answer['data'][reason_key] == '':
dct_answer['data'][reason_key] = _T('Not in registry: Object is available.')
def __check_available__(self, dct_answer, dict_data, names, attr_name):
"""Assign available names for check_...() functions.
names=('domain','name')
"""
column_name = '%s:%s' % names
value = eppdoc.get_dct_value(dict_data, column_name)
code = eppdoc.get_dct_attr(dict_data, column_name, attr_name)
reason_key = '%s:reason' % value
dct_answer['data'][value] = code in ('1', 'true') and 1 or 0
dct_answer['data'][reason_key] = eppdoc.get_dct_value(dict_data, '%s:reason' % names[0])
if dct_answer['data'][value] == 1 and dct_answer['data'][reason_key] == '':
dct_answer['data'][reason_key] = _T('Not in registry: Object is available.')
def __append_note_from_dct__(self,dict_data,cols):
"""Append columns values from dict to note stack.
cols = ('column-name','column-name','column-name attr-name attr-name','node')
TODO: prijde zrusit
"""
dct = self._dct_answer['data']
for column_name in cols:
lcol = column_name.split(' ') # node_name, atributess
if len(lcol)>1:
value = eppdoc.get_dct_value(dict_data, lcol[0])
node_name = lcol[0]
for a in lcol[1:]:
val = eppdoc.get_dct_attr(dict_data, lcol[0], a)
if val: append_dct(dct,'%s.%s'%(node_name,a),val) # attributes
else:
value = eppdoc.get_dct_value(dict_data, column_name)
if value: append_dct(dct,column_name,value)
def __append_note_from_dct__(self, dict_data, cols):
"""Append columns values from dict to note stack.
cols = ('column-name','column-name','column-name attr-name attr-name','node')
TODO: prijde zrusit
"""
dct = self._dct_answer['data']
for column_name in cols:
lcol = column_name.split(' ') # node_name, atributess
if len(lcol) > 1:
value = eppdoc.get_dct_value(dict_data, lcol[0])
node_name = lcol[0]
for a in lcol[1:]:
val = eppdoc.get_dct_attr(dict_data, lcol[0], a)
if val: append_dct(dct, '%s.%s' % (node_name, a), val) # attributes
else:
value = eppdoc.get_dct_value(dict_data, column_name)
if value: append_dct(dct, column_name, value)
def __response_create__(self, data, columns, keys):
"""data=(response,result,code,msg)
columns=('domain','renew','renData')
keys=('name','exDate')"""
if self.__code_isnot_1000__(data, '%s:%s'%columns[:2]): return
objData = self.get_value_from_dict(('response','resData','%s:%s'%(columns[0],columns[2])),self._dict_answer)
if objData:
for key in keys:
scope = '%s:%s'%(columns[0],key)
self._dct_answer['data'][scope] = eppdoc.get_dct_value(objData, scope)
def __response_create__(self, data, columns, keys):
"""data=(response,result,code,msg)
columns=('domain','renew','renData')
keys=('name','exDate')"""
if self.__code_isnot_1000__(data, '%s:%s' % columns[:2]): return
objData = self.get_value_from_dict(('response', 'resData', '%s:%s' % (columns[0], columns[2])), self._dict_answer)
if objData:
for key in keys:
scope = '%s:%s' % (columns[0], key)
self._dct_answer['data'][scope] = eppdoc.get_dct_value(objData, scope)
def answer_greeting(self):
"Part of process answer - parse greeting node."
dct = self._dct_answer['data']
greeting = self._dict_answer['greeting']
for key in ('svID', 'svDate'):
dct[key] = eppdoc.get_dct_value(greeting, key)
svcMenu = greeting.get('svcMenu', {})
for key in ('lang', 'version', 'objURI'):
dct[key] = eppdoc.get_dct_value(svcMenu, key)
self.defs[LANGS] = dct['lang'] = dct['lang'].split('\n')
if type(self.defs[LANGS]) in (str, unicode):
self.defs[LANGS] = (self.defs[LANGS], )
# list of protocol versions:
if dct.has_key('version') and type(dct['version']) in (unicode, str):
dct['version'] = dct['version'].split('\n')
# check objURI and extURI
msg_invalid_schema_version = []
dct['objURI'] = dct.get('objURI', '').split('\n')
if dct['objURI']:
self.check_schemas('objURI', self.defs[objURI], dct['objURI'])
dct['extURI'] = eppdoc.get_dct_values(svcMenu,
('svcExtension', 'extURI'))
if self.defs[extURI]:
self.check_schemas('extURI', self.defs[extURI], dct['extURI'])
#
adjust_dct_keys(dct, ('lang', 'objURI', 'extURI'))
# data collection policy, access
dcp = greeting.get('dcp', {})
dcp_access = dcp.get(
'access',
{}).keys() # all, none, null, personal, personalAndOther, other
if 'all' in dcp_access:
access = 1
msg = _T('All data are disclosed.')
else:
access = 0
msg = _T('All data are hidden.')
# Server Disclose Policy
self._epp_cmd.server_disclose_policy = access
dct['dcp'] = msg
def answer_greeting(self):
"Part of process answer - parse greeting node."
dct = self._dct_answer['data']
greeting = self._dict_answer['greeting']
for key in ('svID','svDate'):
dct[key] = eppdoc.get_dct_value(greeting, key)
svcMenu = greeting.get('svcMenu',{})
for key in ('lang','version','objURI'):
dct[key] = eppdoc.get_dct_value(svcMenu, key)
self.defs[LANGS] = dct['lang'] = dct['lang'].split('\n')
if type(self.defs[LANGS]) in (str,unicode):
self.defs[LANGS] = (self.defs[LANGS],)
# list of protocol versions:
if dct.has_key('version') and type(dct['version']) in (unicode, str):
dct['version'] = dct['version'].split('\n')
# check objURI and extURI
msg_invalid_schema_version = []
dct['objURI'] = dct.get('objURI','').split('\n')
if dct['objURI']:
self.check_schemas('objURI', self.defs[objURI], dct['objURI'])
dct['extURI'] = eppdoc.get_dct_values(svcMenu, ('svcExtension','extURI'))
if self.defs[extURI]:
self.check_schemas('extURI', self.defs[extURI], dct['extURI'])
#
adjust_dct_keys(dct,('lang','objURI','extURI'))
# data collection policy, access
dcp = greeting.get('dcp',{})
dcp_access = dcp.get('access',{}).keys() # all, none, null, personal, personalAndOther, other
if 'all' in dcp_access:
access = 1
msg = _T('All data are disclosed.')
else:
access = 0
msg = _T('All data are hidden.')
# Server Disclose Policy
self._epp_cmd.server_disclose_policy = access
dct['dcp'] = msg
def answer_response(self):
"Part of process answer - parse response node."
# Here we are fooking for particular function to parse answer.
# If it doesn't exist we display whole answer by default method
display_src = 1 # Dislapy whole answer? 1 - yes, 0 - no
response = self._dict_answer.get('response', None)
if response:
result = response.get('result', None)
if result:
try:
code = int(eppdoc.get_dct_attr(result, (), 'code'))
except ValueError, msg:
self._dct_answer['code'].append(
'%s: %s' % (_T('Invalid response code'), msg))
code = 0
## if code == 2502:
## # Message: Session limit exceeded; server closing connection
## self.send_logout() # and close connection
reason = eppdoc.get_dct_value(result, 'msg')
self._dct_answer['code'] = code
self._dct_answer['reason'] = reason
self._dct_answer['command'] = self._command_sent
fnc_name = 'answer_response_%s' % self._command_sent.replace(
':', '_')
# 'command:',self._command_sent,'fnc_name:',fnc_name #TEST
# Name of command is very important. It is key for choose function dispatching answer:
# delete_(contact|nsset|domain) fnc_name: answer_response_contact_delete
# sendauthinfo_(contact|nsset|domain) fnc_name: answer_response_fred_sendauthinfo
#print 'HANDLE:', fnc_name # TEST display HANDLE +++
#print 'COMMAND:', self._command_sent # +++
if hasattr(self, fnc_name):
getattr(self, fnc_name)((result, code, reason))
display_src = 0 # Answer has been catch, we haven't display it again.
else:
self.__code_isnot_1000__(
(result, code, reason),
self._command_sent) # 'info:contact'
else:
self._dct_answer['errors'].append(
_T('Missing result in the response message.'))
def answer_response(self):
"Part of process answer - parse response node."
# Here we are fooking for particular function to parse answer.
# If it doesn't exist we display whole answer by default method
display_src = 1 # Dislapy whole answer? 1 - yes, 0 - no
response = self._dict_answer.get('response',None)
if response:
result = response.get('result',None)
if result:
try:
code = int(eppdoc.get_dct_attr(result,(),'code'))
except ValueError, msg:
self._dct_answer['code'].append('%s: %s'%(_T('Invalid response code'),msg))
code = 0
## if code == 2502:
## # Message: Session limit exceeded; server closing connection
## self.send_logout() # and close connection
reason = eppdoc.get_dct_value(result,'msg')
self._dct_answer['code'] = code
self._dct_answer['reason'] = reason
self._dct_answer['command'] = self._command_sent
fnc_name = 'answer_response_%s'%self._command_sent.replace(':','_')
# 'command:',self._command_sent,'fnc_name:',fnc_name #TEST
# Name of command is very important. It is key for choose function dispatching answer:
# delete_(contact|nsset|domain) fnc_name: answer_response_contact_delete
# sendauthinfo_(contact|nsset|domain) fnc_name: answer_response_fred_sendauthinfo
#print 'HANDLE:', fnc_name # TEST display HANDLE +++
#print 'COMMAND:', self._command_sent # +++
if hasattr(self,fnc_name):
getattr(self,fnc_name)((result, code, reason))
display_src = 0 # Answer has been catch, we haven't display it again.
else:
self.__code_isnot_1000__((result, code, reason), self._command_sent) # 'info:contact'
else:
self._dct_answer['errors'].append(_T('Missing result in the response message.'))
if contact_addr:
self.__append_note_from_dct__(contact_addr,('contact:sp','contact:cc',
'contact:city','contact:street','contact:pc',))
disclosed = list(DISCLOSES) + ['addr']
not_disclosed = []
condis = contact_infData.get('contact:disclose',None)
if condis:
for k,v in condis.items():
# decamell: replace notifyEmail -> notify_email
if v == {}: not_disclosed.append(decamell(k[8:]))
for name in not_disclosed:
if name in disclosed:
disclosed.pop(disclosed.index(name))
dct['contact:disclose'] = disclosed
dct['contact:hide'] = not_disclosed
dct['contact:authInfo'] = eppdoc.get_dct_value(contact_infData, 'contact:authInfo')
dct['contact:ident.type'] = eppdoc.get_dct_attr(contact_infData, 'contact:ident', 'type')
dct['contact:ident'] = eppdoc.get_dct_value(contact_infData, 'contact:ident')
dct['contact:notifyEmail'] = eppdoc.get_dct_value(contact_infData, 'contact:notifyEmail')
dct['contact:vat'] = eppdoc.get_dct_value(contact_infData, 'contact:vat')
def answer_response_domain_info(self, data):
"data=(response,result,code,msg)"
if self.__code_isnot_1000__(data, 'info:domain'): return
try:
resData = self._dict_answer['response']['resData']
domain_infData = resData['domain:infData']
except KeyError, msg:
self.append_error('answer_response_domain_info KeyError: %s'%msg)
else:
self.__append_note_from_dct__(domain_infData,
'contact:street',
'contact:pc',
))
disclosed = list(DISCLOSES) + ['addr']
not_disclosed = []
condis = contact_infData.get('contact:disclose', None)
if condis:
for k, v in condis.items():
# decamell: replace notifyEmail -> notify_email
if v == {}: not_disclosed.append(decamell(k[8:]))
for name in not_disclosed:
if name in disclosed:
disclosed.pop(disclosed.index(name))
dct['contact:disclose'] = disclosed
dct['contact:hide'] = not_disclosed
dct['contact:authInfo'] = eppdoc.get_dct_value(
contact_infData, 'contact:authInfo')
dct['contact:ident.type'] = eppdoc.get_dct_attr(
contact_infData, 'contact:ident', 'type')
dct['contact:ident'] = eppdoc.get_dct_value(
contact_infData, 'contact:ident')
dct['contact:notifyEmail'] = eppdoc.get_dct_value(
contact_infData, 'contact:notifyEmail')
dct['contact:vat'] = eppdoc.get_dct_value(contact_infData,
'contact:vat')
def answer_response_domain_info(self, data):
"data=(response,result,code,msg)"
if self.__code_isnot_1000__(data, 'info:domain'): return
try:
resData = self._dict_answer['response']['resData']
domain_infData = resData['domain:infData']
