def __out_declaration(self,stream):
# build up the constructor argument list, the initialisation
# list and the data members list
if self.__exceptions:
user_exceptions_decl = \
"void userException(cdrStream&, _OMNI_NS(IOP_C)*, const char*);"
else:
user_exceptions_decl = ""
in_arguments_decl = ""
out_arguments_decl = ""
if self.__has_in_args or self.__contexts:
in_arguments_decl = "void marshalArguments(cdrStream&);\n" + \
"void unmarshalArguments(cdrStream&);\n"
if self.__has_out_args or self.__has_return_value:
out_arguments_decl = \
"void unmarshalReturnedValues(cdrStream&);\n" + \
"void marshalReturnedValues(cdrStream&);\n"
data_members = []
containsValues = 0
for n, argument in enumerate(self.__arguments):
ptype = argument.paramType()
if idltype.containsValueType(ptype):
if (isinstance(ptype, idltype.Declared) and
ptype.scopedName() == ["Messaging", "ExceptionHolder"]):
# We don't declare that Messaging::ExceptionHolder
# is a valuetype, to prevent unnecessary
# marshalling of it in _excep callbacks.
pass
else:
containsValues = 1
holder_n = "arg_" + str(n)
argtype = types.Type(argument.paramType())
((h_is_const,h_is_ptr),\
(s_is_holder,s_is_var)) = _arg_info(argtype,argument.direction())
if s_is_var:
storage = argtype._var()
else:
storage = argtype.base()
storage_n = holder_n
if not s_is_holder:
storage_n = storage_n + "_"
data_members.append(storage + " " + storage_n + ";")
if not s_is_holder:
holder = argtype.base()
if h_is_const:
holder = "const " + holder
if argtype.array():
holder = holder + "_slice*"
if h_is_ptr:
holder = holder + "*"
if argtype.value() or argtype.valuebox():
holder = holder + "*"
data_members.append(holder + " " + holder_n + ";")
if self.__has_return_value:
containsValues = (containsValues or
idltype.containsValueType(self.__returntype))
returntype = types.Type(self.__returntype)
((h_is_const,h_is_ptr),\
(s_is_holder,s_is_var)) = _arg_info(returntype,3)
holder_n = "result"
if s_is_var:
storage = returntype._var()
else:
storage = returntype.base()
storage_n = holder_n
if not s_is_holder:
storage_n = storage_n + "_"
data_members.append(storage + " " + storage_n + ";")
if self.__contexts:
data_members.append("::CORBA::Context_var ctxt;");
if containsValues:
contains_values = "containsValues(1);"
else:
contains_values = ""
# Write the proxy class definition
if self.__ami:
tmpl = template.interface_proxy_class_ami
else:
tmpl = template.interface_proxy_class
stream.out(tmpl,
signature = self.__signature,
call_descriptor = self.__name,
oneway = self.__oneway,
exn_len = len(self.__exceptions),
contains_values = contains_values,
in_arguments_decl = in_arguments_decl,
out_arguments_decl = out_arguments_decl,
user_exceptions_decl = user_exceptions_decl,
member_data = "\n".join(data_members))
def __out_declaration(self,stream):
# build up the constructor argument list, the initialisation
# list and the data members list
ctor_args = ["LocalCallFn lcfn", "const char* op_", "size_t oplen",
"_CORBA_Boolean upcall=0" ]
base_ctor = ("omniCallDescriptor(lcfn, op_, oplen, %s, _user_exns, "
"%d, upcall)" % (self.__oneway, len(self.__exceptions)))
if self.__exceptions:
user_exceptions_decl = \
"void userException(cdrStream&,_OMNI_NS(IOP_C)*,const char*);"
else:
user_exceptions_decl = ""
in_arguments_decl = ""
out_arguments_decl = ""
if self.__has_in_args or self.__contexts:
in_arguments_decl = "void marshalArguments(cdrStream&);\n" + \
"void unmarshalArguments(cdrStream&);\n"
if self.__has_out_args or self.__has_return_value:
out_arguments_decl = \
"void unmarshalReturnedValues(cdrStream&);\n" + \
"void marshalReturnedValues(cdrStream&);\n"
data_members = []
n = -1
containsValues = 0
for argument in self.__arguments:
containsValues = (containsValues or
idltype.containsValueType(argument.paramType()))
n = n + 1
holder_n = "arg_" + str(n)
argtype = types.Type(argument.paramType())
((h_is_const,h_is_ptr),\
(s_is_holder,s_is_var)) = _arg_info(argtype,argument.direction())
if s_is_var:
storage = argtype._var()
else:
storage = argtype.base()
storage_n = holder_n
if not s_is_holder:
storage_n = storage_n + "_"
data_members.append(storage + " " + storage_n + ";")
if not s_is_holder:
holder = argtype.base()
if h_is_const:
holder = "const " + holder
if argtype.array():
holder = holder + "_slice*"
if h_is_ptr:
holder = holder + "*"
if argtype.value() or argtype.valuebox():
holder = holder + "*"
data_members.append(holder + " " + holder_n + ";")
if self.__has_return_value:
containsValues = (containsValues or
idltype.containsValueType(self.__returntype))
returntype = types.Type(self.__returntype)
((h_is_const,h_is_ptr),\
(s_is_holder,s_is_var)) = _arg_info(returntype,3)
holder_n = "result"
if s_is_var:
storage = returntype._var()
else:
storage = returntype.base()
storage_n = holder_n
if not s_is_holder:
storage_n = storage_n + "_"
data_members.append(storage + " " + storage_n + ";")
if self.__contexts:
data_members.append("::CORBA::Context_var ctxt;");
if containsValues:
contains_values = "containsValues(1);"
else:
contains_values = ""
# Write the proxy class definition
stream.out(template.interface_proxy_class,
signature = self.__signature,
call_descriptor = self.__name,
ctor_args = string.join(ctor_args,","),
base_ctor = base_ctor,
contains_values = contains_values,
in_arguments_decl = in_arguments_decl,
out_arguments_decl = out_arguments_decl,
user_exceptions_decl = user_exceptions_decl,
member_data = string.join(data_members,"\n"))
def __out_declaration(self, stream):
# build up the constructor argument list, the initialisation
# list and the data members list
if self.__exceptions:
user_exceptions_decl = \
"void userException(cdrStream&, _OMNI_NS(IOP_C)*, const char*);"
else:
user_exceptions_decl = ""
in_arguments_decl = ""
out_arguments_decl = ""
if self.__has_in_args or self.__contexts:
in_arguments_decl = "void marshalArguments(cdrStream&);\n" + \
"void unmarshalArguments(cdrStream&);\n"
if self.__has_out_args or self.__has_return_value:
out_arguments_decl = \
"void unmarshalReturnedValues(cdrStream&);\n" + \
"void marshalReturnedValues(cdrStream&);\n"
data_members = []
containsValues = 0
for n, argument in enumerate(self.__arguments):
ptype = argument.paramType()
if idltype.containsValueType(ptype):
if (isinstance(ptype, idltype.Declared) and ptype.scopedName()
== ["Messaging", "ExceptionHolder"]):
# We don't declare that Messaging::ExceptionHolder
# is a valuetype, to prevent unnecessary
# marshalling of it in _excep callbacks.
pass
else:
containsValues = 1
holder_n = "arg_" + str(n)
argtype = types.Type(argument.paramType())
((h_is_const,h_is_ptr),\
(s_is_holder,s_is_var)) = _arg_info(argtype,argument.direction())
if s_is_var:
storage = argtype._var()
else:
storage = argtype.base()
storage_n = holder_n
if not s_is_holder:
storage_n = storage_n + "_"
data_members.append(storage + " " + storage_n + ";")
if not s_is_holder:
holder = argtype.base()
if h_is_const:
holder = "const " + holder
if argtype.array():
holder = holder + "_slice*"
if h_is_ptr:
holder = holder + "*"
if argtype.value() or argtype.valuebox():
holder = holder + "*"
data_members.append(holder + " " + holder_n + ";")
if self.__has_return_value:
containsValues = (containsValues
or idltype.containsValueType(self.__returntype))
returntype = types.Type(self.__returntype)
((h_is_const,h_is_ptr),\
(s_is_holder,s_is_var)) = _arg_info(returntype,3)
holder_n = "result"
if s_is_var:
storage = returntype._var()
else:
storage = returntype.base()
storage_n = holder_n
if not s_is_holder:
storage_n = storage_n + "_"
data_members.append(storage + " " + storage_n + ";")
if self.__contexts:
data_members.append("::CORBA::Context_var ctxt;")
if containsValues:
contains_values = "containsValues(1);"
else:
contains_values = ""
# Write the proxy class definition
if self.__ami:
tmpl = template.interface_proxy_class_ami
else:
tmpl = template.interface_proxy_class
stream.out(tmpl,
signature=self.__signature,
call_descriptor=self.__name,
oneway=self.__oneway,
exn_len=len(self.__exceptions),
contains_values=contains_values,
in_arguments_decl=in_arguments_decl,
out_arguments_decl=out_arguments_decl,
user_exceptions_decl=user_exceptions_decl,
member_data="\n".join(data_members))
def __out_declaration(self, stream):
# build up the constructor argument list, the initialisation
# list and the data members list
ctor_args = [
"LocalCallFn lcfn", "const char* op_", "size_t oplen",
"_CORBA_Boolean upcall=0"
]
base_ctor = ("omniCallDescriptor(lcfn, op_, oplen, %s, _user_exns, "
"%d, upcall)" % (self.__oneway, len(self.__exceptions)))
if self.__exceptions:
user_exceptions_decl = \
"void userException(cdrStream&,_OMNI_NS(IOP_C)*,const char*);"
else:
user_exceptions_decl = ""
in_arguments_decl = ""
out_arguments_decl = ""
if self.__has_in_args or self.__contexts:
in_arguments_decl = "void marshalArguments(cdrStream&);\n" + \
"void unmarshalArguments(cdrStream&);\n"
if self.__has_out_args or self.__has_return_value:
out_arguments_decl = \
"void unmarshalReturnedValues(cdrStream&);\n" + \
"void marshalReturnedValues(cdrStream&);\n"
data_members = []
n = -1
containsValues = 0
for argument in self.__arguments:
containsValues = (containsValues or idltype.containsValueType(
argument.paramType()))
n = n + 1
holder_n = "arg_" + str(n)
argtype = types.Type(argument.paramType())
((h_is_const,h_is_ptr),\
(s_is_holder,s_is_var)) = _arg_info(argtype,argument.direction())
if s_is_var:
storage = argtype._var()
else:
storage = argtype.base()
storage_n = holder_n
if not s_is_holder:
storage_n = storage_n + "_"
data_members.append(storage + " " + storage_n + ";")
if not s_is_holder:
holder = argtype.base()
if h_is_const:
holder = "const " + holder
if argtype.array():
holder = holder + "_slice*"
if h_is_ptr:
holder = holder + "*"
if argtype.value() or argtype.valuebox():
holder = holder + "*"
data_members.append(holder + " " + holder_n + ";")
if self.__has_return_value:
containsValues = (containsValues
or idltype.containsValueType(self.__returntype))
returntype = types.Type(self.__returntype)
((h_is_const,h_is_ptr),\
(s_is_holder,s_is_var)) = _arg_info(returntype,3)
holder_n = "result"
if s_is_var:
storage = returntype._var()
else:
storage = returntype.base()
storage_n = holder_n
if not s_is_holder:
storage_n = storage_n + "_"
data_members.append(storage + " " + storage_n + ";")
if self.__contexts:
data_members.append("::CORBA::Context_var ctxt;")
if containsValues:
contains_values = "containsValues(1);"
else:
contains_values = ""
# Write the proxy class definition
stream.out(template.interface_proxy_class,
signature=self.__signature,
call_descriptor=self.__name,
ctor_args=string.join(ctor_args, ","),
base_ctor=base_ctor,
contains_values=contains_values,
in_arguments_decl=in_arguments_decl,
out_arguments_decl=out_arguments_decl,
user_exceptions_decl=user_exceptions_decl,
member_data=string.join(data_members, "\n"))
