def callables(self):
"""Return a list of Callable objects representing the combined operations
and attributes for this interface"""
if hasattr(self, "_callables"):
return self._callables
# build a list of all the Callable objects
# The old backend processed all operations first
# (FIXME: duplicate for the sake of easy checking)
self._callables = []
for c in self._node.callables():
if isinstance(c, idlast.Operation):
self._callables.append(call.operation(self, c))
for c in self._node.callables():
if isinstance(c, idlast.Attribute):
self._callables = self._callables + call.read_attributes(
self, c)
if c.readonly(): continue
self._callables = self._callables + call.write_attributes(
self, c)
return self._callables
def ami_callables(self):
"""
Return a list of Callable objects representing the AMI
pseudo-operations for this interface.
"""
if self._ami_callables is not None:
return self._ami_callables
self._ami_callables = []
if not hasattr(self._node, "_ami_ops"):
return self._ami_callables
for c in self._node._ami_ops:
self._ami_callables.append(call.operation(self, c))
return self._ami_callables
def ami_callables(self):
"""
Return a list of Callable objects representing the AMI
pseudo-operations for this interface.
"""
if self._ami_callables is not None:
return self._ami_callables
self._ami_callables = []
if not hasattr(self._node, "_ami_ops"):
return self._ami_callables
for c in self._node._ami_ops:
self._ami_callables.append(call.operation(self, c))
return self._ami_callables
def callables(self):
"""
Return a list of Callable objects representing the combined
operations and attributes for this interface
"""
if self._callables is not None:
return self._callables
# build a list of all the Callable objects
self._callables = []
for c in self._node.callables():
if isinstance(c, idlast.Operation):
self._callables.append(call.operation(self, c))
else:
self._callables.extend(call.read_attributes(self, c))
if not c.readonly():
self._callables.extend(call.write_attributes(self, c))
return self._callables
def callables(self):
"""
Return a list of Callable objects representing the combined
operations and attributes for this interface
"""
if self._callables is not None:
return self._callables
# build a list of all the Callable objects
self._callables = []
for c in self._node.callables():
if isinstance(c, idlast.Operation):
self._callables.append(call.operation(self, c))
else:
self._callables.extend(call.read_attributes(self, c))
if not c.readonly():
self._callables.extend(call.write_attributes(self, c))
return self._callables
def callables(self):
"""Return a list of Callable objects representing the combined operations
and attributes for this interface"""
if hasattr(self, "_callables"):
return self._callables
# build a list of all the Callable objects
# The old backend processed all operations first
# (FIXME: duplicate for the sake of easy checking)
self._callables = []
for c in self._node.callables():
if isinstance(c, idlast.Operation):
self._callables.append(call.operation(self, c))
for c in self._node.callables():
if isinstance(c, idlast.Attribute):
self._callables = self._callables + call.read_attributes(self, c)
if c.readonly(): continue
self._callables = self._callables + call.write_attributes(self, c)
return self._callables
def cc(self, stream):
def _ptrToObjRef_ptr(self = self, stream = stream):
has_abstract = self.interface().abstract()
for i in self.interface().allInherits():
if i.abstract(): has_abstract = 1
stream.out(skel_template.interface_objref_repoID_ptr,
inherits_fqname = i.name().fullyQualify())
if has_abstract:
stream.out(skel_template.interface_objref_repoID_ptr,
inherits_fqname = "CORBA::AbstractBase")
def _ptrToObjRef_str(self = self, stream = stream):
has_abstract = self.interface().abstract()
for i in self.interface().allInherits():
if i.abstract(): has_abstract = 1
stream.out(skel_template.interface_objref_repoID_str,
inherits_fqname = i.name().fullyQualify())
if has_abstract:
stream.out(skel_template.interface_objref_repoID_str,
inherits_fqname = "CORBA::AbstractBase")
#
# Build the inherits list
inherits_str_list = []
for i in self.interface().inherits():
objref_name = i.name().prefix("_objref_")
objref_str = objref_name.unambiguous(self._environment)
if objref_name.needFlatName(self._environment):
objref_str = objref_name.flatName()
this_inherits_str = objref_str + "(ior, id)"
inherits_str_list.append(this_inherits_str)
inherits_str = ",\n".join(inherits_str_list)
if inherits_str:
comma = ","
else:
comma = ""
if config.state['Shortcut']:
inherits_str = inherits_str + ","
init_shortcut = "_shortcut(0)"
else:
init_shortcut = ""
if config.state['Shortcut'] == 2:
release_shortcut = skel_template.interface_release_refcount_shortcut
else:
release_shortcut = ""
stream.out(skel_template.interface_objref,
name = self.interface().name().fullyQualify(),
fq_objref_name = self.name().fullyQualify(),
objref_name = self.name().simple(),
inherits_str = inherits_str,
comma = comma,
_ptrToObjRef_ptr = _ptrToObjRef_ptr,
_ptrToObjRef_str = _ptrToObjRef_str,
init_shortcut = init_shortcut,
release_shortcut = release_shortcut)
#
# Shortcut
shortcut_mode = config.state['Shortcut']
if shortcut_mode:
inherited = output.StringStream()
for i in self.interface().inherits():
objref_name = i.name().prefix("_objref_")
objref_str = objref_name.unambiguous(self._environment)
if objref_name.needFlatName(self._environment):
objref_str = objref_name.flatName()
inherited.out(skel_template.interface_shortcut_inh,
parent=objref_str)
if shortcut_mode == 1:
tmpl = skel_template.interface_shortcut
else:
tmpl = skel_template.interface_shortcut_refcount
stream.out(tmpl,
name = self.interface().name().fullyQualify(),
basename = self.interface().name().simple(),
fq_objref_name = self.name().fullyQualify(),
inherited = str(inherited))
#
# AMI poller
poller = self.interface().amiPoller()
poller_impl_name = None
poller_methods = {}
if poller is not None:
astdecl = poller.astdecl()
poller_impl_name = descriptor.ami_poller_impl(poller.name())
poller_class = AMIPoller(poller_impl_name)
method_decls = []
inherited_methods = []
direct_callables = astdecl.callables()
for c in astdecl.all_callables():
op = call.operation(poller, c)
method_decl = _impl_Method(op, poller_class)
method_decls.append(method_decl.hh())
if c not in direct_callables:
inherited_methods.append(method_decl)
else:
poller_methods[op.operation_name()] = method_decl
stream.out(skel_template.interface_ami_poller_impl,
poller_impl_name = poller_impl_name,
poller_name = poller.name().fullyQualify(),
method_decls = "\n".join(method_decls))
for method in inherited_methods:
method.cc(stream, "_wrongOperation();")
#
# Methods
ami_descriptors = {}
for method in self.methods():
callable = self._callables[method]
# signature is a text string form of the complete
# operation signature
signature = callable.signature()
# we only need one descriptor for each _signature_ (not operation)
if signature in _proxy_call_descriptors:
call_descriptor = _proxy_call_descriptors[signature]
else:
call_descriptor = call.CallDescriptor(signature, callable)
call_descriptor.out_desc(stream)
_proxy_call_descriptors[signature] = call_descriptor
# produce a localcall function
node_name = self.interface().name()
localcall_fn = descriptor.\
local_callback_fn(node_name,
callable.operation_name(),
signature)
call_descriptor.out_localcall(stream,
node_name,
callable.method_name(),
localcall_fn)
# produce member function for this operation/attribute.
body = output.StringStream()
argnames = method.arg_names()
if config.state['Shortcut']:
if method.return_type().kind() != idltype.tk_void:
callreturn = "return "
voidreturn = ""
else:
callreturn = ""
voidreturn = " return;"
objref_class = method.parent_class()
interface = objref_class.interface()
implname = interface.name().prefix("_impl_").\
unambiguous(self._environment)
if config.state['Shortcut'] == 2:
tmpl = skel_template.interface_operation_shortcut_refcount
else:
tmpl = skel_template.interface_operation_shortcut
body.out(tmpl,
impl_type = implname,
callreturn = callreturn,
voidreturn = voidreturn,
args = ", ".join(argnames),
name = method.name())
intf_env = self._environment.enter("_objref_" +
self.interface().name().simple())
call_descriptor.out_objrefcall(body,
callable.operation_name(),
argnames,
localcall_fn,
intf_env)
method.cc(stream, body)
# Generate AMI descriptor
if callable.ami():
cd_names = call_descriptor.out_ami_descriptor(stream, callable,
node_name,
localcall_fn,
poller_impl_name)
for ami_method in method._ami_methods:
ami_callable = ami_method.callable()
body = output.StringStream()
ami_op_name = ami_callable.operation_name()
if ami_op_name.startswith("sendc_"):
call_descriptor.out_ami_sendc(body, ami_method,
cd_names, intf_env)
else:
# sendp
call_descriptor.out_ami_sendp(body, ami_method,
cd_names, intf_env)
poller_body = output.StringStream()
poller_method = poller_methods[ami_op_name[6:]]
call_descriptor.out_ami_poller(poller_body,
ami_method,
poller_method,
cd_names)
poller_method.cc(stream, poller_body)
ami_method.cc(stream, body)
def cc(self, stream):
def _ptrToObjRef_ptr(self=self, stream=stream):
has_abstract = self.interface().abstract()
for i in self.interface().allInherits():
if i.abstract(): has_abstract = 1
stream.out(skel_template.interface_objref_repoID_ptr,
inherits_fqname=i.name().fullyQualify())
if has_abstract:
stream.out(skel_template.interface_objref_repoID_ptr,
inherits_fqname="CORBA::AbstractBase")
def _ptrToObjRef_str(self=self, stream=stream):
has_abstract = self.interface().abstract()
for i in self.interface().allInherits():
if i.abstract(): has_abstract = 1
stream.out(skel_template.interface_objref_repoID_str,
inherits_fqname=i.name().fullyQualify())
if has_abstract:
stream.out(skel_template.interface_objref_repoID_str,
inherits_fqname="CORBA::AbstractBase")
#
# Build the inherits list
inherits_str_list = []
for i in self.interface().inherits():
objref_name = i.name().prefix("_objref_")
objref_str = objref_name.unambiguous(self._environment)
if objref_name.needFlatName(self._environment):
objref_str = objref_name.flatName()
this_inherits_str = objref_str + "(ior, id)"
inherits_str_list.append(this_inherits_str)
inherits_str = ",\n".join(inherits_str_list)
if inherits_str:
comma = ","
else:
comma = ""
if config.state['Shortcut']:
inherits_str = inherits_str + ","
init_shortcut = "_shortcut(0)"
else:
init_shortcut = ""
if config.state['Shortcut'] == 2:
release_shortcut = skel_template.interface_release_refcount_shortcut
else:
release_shortcut = ""
stream.out(skel_template.interface_objref,
name=self.interface().name().fullyQualify(),
fq_objref_name=self.name().fullyQualify(),
objref_name=self.name().simple(),
inherits_str=inherits_str,
comma=comma,
_ptrToObjRef_ptr=_ptrToObjRef_ptr,
_ptrToObjRef_str=_ptrToObjRef_str,
init_shortcut=init_shortcut,
release_shortcut=release_shortcut)
#
# Shortcut
shortcut_mode = config.state['Shortcut']
if shortcut_mode:
inherited = output.StringStream()
for i in self.interface().inherits():
objref_name = i.name().prefix("_objref_")
objref_str = objref_name.unambiguous(self._environment)
if objref_name.needFlatName(self._environment):
objref_str = objref_name.flatName()
inherited.out(skel_template.interface_shortcut_inh,
parent=objref_str)
if shortcut_mode == 1:
tmpl = skel_template.interface_shortcut
else:
tmpl = skel_template.interface_shortcut_refcount
stream.out(tmpl,
name=self.interface().name().fullyQualify(),
basename=self.interface().name().simple(),
fq_objref_name=self.name().fullyQualify(),
inherited=str(inherited))
#
# AMI poller
poller = self.interface().amiPoller()
poller_impl_name = None
poller_methods = {}
if poller is not None:
astdecl = poller.astdecl()
poller_impl_name = descriptor.ami_poller_impl(poller.name())
poller_class = AMIPoller(poller_impl_name)
method_decls = []
inherited_methods = []
direct_callables = astdecl.callables()
for c in astdecl.all_callables():
op = call.operation(poller, c)
method_decl = _impl_Method(op, poller_class)
method_decls.append(method_decl.hh())
if c not in direct_callables:
inherited_methods.append(method_decl)
else:
poller_methods[op.operation_name()] = method_decl
stream.out(skel_template.interface_ami_poller_impl,
poller_impl_name=poller_impl_name,
poller_name=poller.name().fullyQualify(),
method_decls="\n".join(method_decls))
for method in inherited_methods:
method.cc(stream, "_wrongOperation();")
#
# Methods
ami_descriptors = {}
for method in self.methods():
callable = self._callables[method]
stream.out(skel_template.interface_operation_marker,
iface=self.interface().name().fullyQualify(),
operation=callable.operation_name())
# signature is a text string form of the complete
# operation signature
signature = callable.signature()
# we only need one descriptor for each _signature_ (not operation)
if signature in _proxy_call_descriptors:
call_descriptor = _proxy_call_descriptors[signature]
else:
call_descriptor = call.CallDescriptor(signature, callable)
call_descriptor.out_desc(stream)
_proxy_call_descriptors[signature] = call_descriptor
# produce a localcall function
node_name = self.interface().name()
localcall_fn = descriptor.\
local_callback_fn(node_name,
callable.operation_name(),
signature)
call_descriptor.out_localcall(stream, node_name,
callable.method_name(), localcall_fn)
# produce member function for this operation/attribute.
body = output.StringStream()
argnames = method.arg_names()
if config.state['Shortcut']:
if method.return_type().kind() != idltype.tk_void:
callreturn = "return "
voidreturn = ""
else:
callreturn = ""
voidreturn = " return;"
objref_class = method.parent_class()
interface = objref_class.interface()
implname = interface.name().prefix("_impl_").\
unambiguous(self._environment)
if config.state['Shortcut'] == 2:
tmpl = skel_template.interface_operation_shortcut_refcount
else:
tmpl = skel_template.interface_operation_shortcut
body.out(tmpl,
impl_type=implname,
callreturn=callreturn,
voidreturn=voidreturn,
args=", ".join(argnames),
name=method.name())
intf_env = self._environment.enter(
"_objref_" + self.interface().name().simple())
call_descriptor.out_objrefcall(body, callable.operation_name(),
argnames, localcall_fn, intf_env)
method.cc(stream, body)
# Generate AMI descriptor
if callable.ami():
cd_names = call_descriptor.out_ami_descriptor(
stream, callable, node_name, localcall_fn,
poller_impl_name)
for ami_method in method._ami_methods:
ami_callable = ami_method.callable()
body = output.StringStream()
ami_op_name = ami_callable.operation_name()
if ami_op_name.startswith("sendc_"):
call_descriptor.out_ami_sendc(body, ami_method,
cd_names, intf_env)
else:
# sendp
call_descriptor.out_ami_sendp(body, ami_method,
cd_names, intf_env)
poller_body = output.StringStream()
poller_method = poller_methods[ami_op_name[6:]]
call_descriptor.out_ami_poller(poller_body, ami_method,
poller_method, cd_names)
poller_method.cc(stream, poller_body)
ami_method.cc(stream, body)
