def __init__(self, options, log_file_name=WSFC.WSF_DEFAULT_LOG_FILE_NAME):
self.service_client = None
self.options = {}
# Copy user options into options dictionary of WSClient.
self.options = options.copy()
# Get the log directory and log level from user options.
# If user has not given these options defaults are used.
if self.options.has_key(WSFC.WSF_CONF_LOG_DIR):
log_dir = self.options[WSFC.WSF_CONF_LOG_DIR]
else:
log_dir = self.get_default_log_dir()
if self.options.has_key(WSFC.WSF_CONF_LOG_LEVEL):
log_level = int(self.options[WSFC.WSF_CONF_LOG_LEVEL])
else:
log_level = 4
# Create the log file path using user options.
log_file = os.path.join(log_dir, log_file_name)
# Create a Logger object to use in WSClient.
self.logger = Logger(log_file, log_level)
# Create the axis2 environment.
self.env = WSFC.axutil_env_create_all(log_file, log_level)
if self.env is None:
self.logger.log_critical("Failed to create WSFC environment....")
return
if self.options.has_key(WSFC.WSF_CONF_WSFC_HOME):
wsfc_home = self.options[WSFC.WSF_CONF_WSFC_HOME]
else:
wsfc_home = WSFC.WSF_DEFAULT_WSF_HOME
# Create the service client.
self.service_client = WSFC.axis2_svc_client_create(self.env, wsfc_home)
if self.service_client is None:
WSFC.axis2_log_critical(self.env, "[wsf-python] Failed to create service client.")
return
# Set service client options.
svc_client_options = WSFC.axis2_svc_client_get_options( \
self.service_client, self.env)
if svc_client_options is None:
svc_client_options = WSFC.axis2_options_create(self.env)
WSFC.axis2_svc_client_set_options(self.service_client, \
self.env, svc_client_options)
self.set_client_options(svc_client_options)
pass
class WSClient:
def __init__(self, options, log_file_name=WSFC.WSF_DEFAULT_LOG_FILE_NAME):
self.service_client = None
self.options = {}
# Copy user options into options dictionary of WSClient.
self.options = options.copy()
# Get the log directory and log level from user options.
# If user has not given these options defaults are used.
if self.options.has_key(WSFC.WSF_CONF_LOG_DIR):
log_dir = self.options[WSFC.WSF_CONF_LOG_DIR]
else:
log_dir = self.get_default_log_dir()
if self.options.has_key(WSFC.WSF_CONF_LOG_LEVEL):
log_level = int(self.options[WSFC.WSF_CONF_LOG_LEVEL])
else:
log_level = 4
# Create the log file path using user options.
log_file = os.path.join(log_dir, log_file_name)
# Create a Logger object to use in WSClient.
self.logger = Logger(log_file, log_level)
# Create the axis2 environment.
self.env = WSFC.axutil_env_create_all(log_file, log_level)
if self.env is None:
self.logger.log_critical("Failed to create WSFC environment....")
return
if self.options.has_key(WSFC.WSF_CONF_WSFC_HOME):
wsfc_home = self.options[WSFC.WSF_CONF_WSFC_HOME]
else:
wsfc_home = WSFC.WSF_DEFAULT_WSF_HOME
# Create the service client.
self.service_client = WSFC.axis2_svc_client_create(self.env, wsfc_home)
if self.service_client is None:
WSFC.axis2_log_critical(self.env, "[wsf-python] Failed to create service client.")
return
# Set service client options.
svc_client_options = WSFC.axis2_svc_client_get_options( \
self.service_client, self.env)
if svc_client_options is None:
svc_client_options = WSFC.axis2_options_create(self.env)
WSFC.axis2_svc_client_set_options(self.service_client, \
self.env, svc_client_options)
self.set_client_options(svc_client_options)
pass
# Set the service client options using options given by
# user at the WSClient construction time.
def set_client_options(self, svc_client_options):
soap_version = None
http_method = None
# Proxy settings
if self.options.has_key(WSFC.WSF_CP_PROXY_HOST) and \
self.options.has_key(WSFC.WSF_CP_PROXY_PORT):
WSFC.axis2_svc_client_set_proxy(self.service_client, self.env, \
self.options[WSFC.WSF_CP_PROXY_HOST], \
self.options[WSF_CP_PROXY_PORT])
# SOAP Settings
if self.options.has_key(WSFC.WSF_CP_USE_SOAP):
use_soap = self.options[WSFC.WSF_CP_USE_SOAP].upper()
else:
use_soap = 'TRUE'
if use_soap == 'FALSE':
WSFC.axis2_options_set_enable_rest(svc_client_options, self.env, \
WSFC.AXIS2_TRUE)
elif use_soap == '1.1':
soap_version = WSFC.AXIOM_SOAP11
else:
soap_version = WSFC.AXIOM_SOAP12
if soap_version is not None:
WSFC.axis2_options_set_soap_version(svc_client_options, self.env, \
soap_version)
# Set HTTP Method if specified
if self.options.has_key(WSFC.WSF_CP_HTTP_METHOD):
http_method = self.options[WSFC.WSF_CP_HTTP_METHOD]
else:
http_method = 'POST'
if http_method == 'GET':
WSFC.axis2_options_set_http_method(svc_client_options, self.env, \
WSFC.AXIS2_HTTP_GET)
pass
def request(self, message):
to = None
use_soap = None
last_fault_e = None
if self.service_client is None:
WSFC.axis2_log_error(self.env, "[wsf-python] Service client is null.")
return None
client_options = WSFC.axis2_svc_client_get_options(self.service_client, \
self.env)
# Get the end point address from client options.
if self.options.has_key(WSFC.WSF_MP_TO):
to = self.options[WSFC.WSF_MP_TO]
if to is None:
WSFC.axis2_log_error(self.env, "[wsf-python] End point not specified.")
return None
to_epr = WSFC.axis2_endpoint_ref_create(self.env, to)
WSFC.axis2_options_set_to(client_options, self.env, to_epr)
request_axiom = self.message_to_axiom(message)
if request_axiom is None:
WSFC.axis2_log_error(self.env, "[wsf-python] Failed to create AXIOM")
return None
WSFC.axis2_options_set_xml_parser_reset(client_options, self.env, WSFC.AXIS2_FALSE)
if self.options.has_key(WSFC.WSF_CP_USE_SOAP):
use_soap = self.options[WSFC.WSF_CP_USE_SOAP].upper()
else:
use_soap = 'TRUE'
if use_soap != 'FALSE':
if self.options.has_key(WSFC.WSF_MP_ACTION):
action = self.options[WSFC.WSF_MP_ACTION]
soap_action = WSFC.axutil_string_create(self.env, action)
WSFC.axis2_options_set_soap_action(client_options, self.env,\
soap_action)
response_axiom = WSFC.axis2_svc_client_send_receive(self.service_client,\
self.env, request_axiom)
if WSFC.axis2_svc_client_get_last_response_has_fault(self.service_client,\
self.env) == WSFC.AXIS2_TRUE:
last_fault_e = self.last_fault_exception()
if last_fault_e is None:
raise WSFault("SOAP-FAULT-ERROR", "Malformatted SOAP fault message")
else:
raise last_fault_e
else:
if response_axiom is None:
raise WSFault("NULL-REPLY", "No response from the server")
else:
return self.axiom_to_str(response_axiom)
pass
def get_proxy(self, service_name=None, port_name=None):
if self.options is None:
WSFC.axis2_log_error(self.env, "[wsf-python] Options to client cannot be NULL.")
return None
if self.options.has_key(WSFC.WSF_CP_WSDL):
wsdl = self.options[WSFC.WSF_CP_WSDL]
proxy = WSProxy(self.env, self.service_client, self.options, str(wsdl), service_name, port_name)
return proxy
else:
WSFC.axis2_log_error(self.env, "[wsf-python] WSDL is not specified.")
return None
def message_to_axiom(self, message):
str_to_om = None
if isinstance(message, str):
str_to_om = message
else:
WSFC.axis2_log_error(self.env, "[wsf-python] Payload is not a string.")
return None
return WSFC.wsf_str_to_axiom_node(self.env, str_to_om, len(str_to_om))
def axiom_to_str(self, axiom):
str = WSFC.axiom_node_to_string(axiom, self.env)
if str is None:
WSFC.axis2_log_error(self.env, "[wsf-python] Error converting axion to string.")
return None
else:
return str
pass
# This method is used to create a WSFault object when a SOAP fault occurs
# It is required to throw a WSFault instance when a SOAP fault happens while
# sending or requesting
def last_fault_exception(self):
fault = WSFC.wsf_last_soap_fault_exception(self.service_client, self.env)
return WSFault(fault.code, fault.reason, fault.role, fault.detail, fault.xml)
