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// @(#)cubitS.cpp 05/14/97
// Copyright 1994-1995 by Sun Microsystems Inc.
// All Rights Reserved
//
// TEST: hand-written C-style "Cubit" stubs and "skeletons"
//
#include "tao/corba.h"
#include "cubitS.h"
#include "cubitC.cpp"
#include "method_db.i"
TAO_Dynamic_Hash_OpTable tao_cubit_optable (cubit_operations, 7, 14); // Dynamic Operation Table
_skel_Cubit::_skel_Cubit (const char *obj_name)
{
#if 0
const char* mn = "_skel_Cubit::_skel_Cubit ()";
char *type_id = "IDL:Cubit:1.0";
IIOP_Object *data;
TAO_ORB_Core *ocp = TAO_ORB_Core_instance ();
CORBA::POA_ptr oa = ocp->root_poa ();
CORBA::ORB_ptr orb = ocp->orb ();
if (oa == 0)
{
// We just have to assume that oa will be good, or we have to
// throw an exception. For now we "assume", but we'll
ACE_ERROR ((LM_ERROR, " (%P|%t) %s Unable to locate a valid object adapter\n", mn));
return;
}
this->optable_ = &tao_cubit_optable;
data = new IIOP_Object (type_id);
data->profile.iiop_version.major = IIOP::MY_MAJOR;
data->profile.iiop_version.minor = IIOP::MY_MINOR;
const ACE_INET_Addr& addr = ocp->orb_params ()->addr ();
data->profile.host = ACE_OS::strdup (addr.get_host_name ());
data->profile.port = addr.get_port_number ();
data->profile.object_key.length = ACE_OS::strlen (obj_name);
data->profile.object_key.maximum = data->profile.object_key.length;
data->profile.object_key.buffer =
new CORBA::Octet[(size_t)data->profile.object_key.length + 1];
ACE_OS::memcpy (data->profile.object_key.buffer,
obj_name,
data->profile.object_key.length+1);
this->set_parent (data);
this->sub_ = this;
if (oa->bind (data->profile.object_key, this) == -1)
ACE_ERROR ((LM_ERROR,
" (%P|%t) %s Unable to bind object to key '%s': %p\n",
mn,
data->profile.object_key.buffer));
#endif
const CORBA::String repoID = "IDL:Cubit:1.0"; // repository ID
IIOP_Object *data; // Actual object reference
TAO_ORB_Core *ocp = TAO_ORB_Core_instance (); // underlying ORB core instance
CORBA::POA_ptr oa = TAO_ORB_Core_instance ()->root_poa (); // underlying OA
const ACE_INET_Addr &addr = ocp->orb_params ()->addr ();
this->optable_ = &tao_cubit_optable;
// set up an IIOP object
data = new IIOP_Object (CORBA::string_dup (repoID), addr, obj_name);
this->set_parent (data); // store the IIOP obj ref with us
if (oa) oa->bind (data->profile.object_key, this); // register ourselves
}
void
_skel_Cubit::_cube_octet_skel (CORBA::ServerRequest &req,
void *obj,
void */*context*/,
CORBA::Environment &env)
{
CORBA::NVList_ptr nvlist;
CORBA::NamedValue_ptr nv;
CORBA::Any temp_value (CORBA::_tc_octet);
req.orb ()->create_list (0, nvlist);
nv = nvlist->add_value (0, temp_value, CORBA::ARG_IN, env);
dexc (env, "cube_octet, add value");
req.params (nvlist, env);
dexc (env, "cube_octet, get params");
// Call Implementation
CORBA::Octet *value = new CORBA::Octet;
_skel_Cubit *the_cubit = (_skel_Cubit *) obj;
*value = the_cubit->Cubit_cube_octet (*(CORBA::Octet *) nv->value ()->value (), env);
CORBA::Any *any = new CORBA::Any (CORBA::_tc_octet, value, CORBA::B_TRUE);
req.result (any, env);
dexc (env, "cube_octet, result");
}
void
_skel_Cubit::_cube_short_skel (CORBA::ServerRequest &req,
void *obj, void */*context*/,
CORBA::Environment &env)
{
CORBA::NVList_ptr nvlist;
CORBA::NamedValue_ptr nv;
CORBA::Any temp_value (CORBA::_tc_short);
req.orb ()->create_list (0, nvlist);
nv = nvlist->add_value (0, temp_value, CORBA::ARG_IN, env);
dexc (env, "cube_short, add_value");
req.params (nvlist, env);
dexc (env, "cube_short, get params");
// Call Implementation
CORBA::Short *value = new CORBA::Short;
_skel_Cubit *the_cubit = (_skel_Cubit *) obj;
*value = the_cubit->Cubit_cube_short (*(CORBA::Short *) nv->value ()->value (), env);
CORBA::Any *any = new CORBA::Any (CORBA::_tc_short, value, CORBA::B_TRUE);
req.result (any, env);
dexc (env, "cube_short, result");
}
void
_skel_Cubit::_cube_long_skel (CORBA::ServerRequest &req,
void *obj, void */*context*/,
CORBA::Environment &env)
{
CORBA::NVList_ptr nvlist;
CORBA::NamedValue_ptr nv;
CORBA::Any temp_value (CORBA::_tc_long);
req.orb ()->create_list (0, nvlist);
nv = nvlist->add_value (0, temp_value, CORBA::ARG_IN, env);
dexc (env, "cube_long, add_value");
req.params (nvlist, env);
dexc (env, "cube_long, get params");
// Call Implementation
CORBA::Long *value = new CORBA::Long;
_skel_Cubit *the_cubit = (_skel_Cubit *) obj;
*value = the_cubit->Cubit_cube_long (*(CORBA::Long *) nv->value ()->value (), env);
CORBA::Any *any =
new CORBA::Any (CORBA::_tc_long, value, CORBA::B_TRUE);
req.result (any, env);
dexc (env, "cube_long, result");
}
void
_skel_Cubit::_cube_struct_skel (CORBA::ServerRequest &req,
void *obj, void */*context*/,
CORBA::Environment &env)
{
CORBA::NVList_ptr nvlist;
CORBA::NamedValue_ptr nv;
CORBA::Any temp_value (TC_Cubit_Many);
req.orb ()->create_list (0, nvlist);
nv = nvlist->add_value (0, temp_value, CORBA::ARG_IN, env);
dexc (env, "cube_struct, add_value");
req.params (nvlist, env);
dexc (env, "cube_struct, get params");
// Call Implementation
Cubit_Many *value;
_skel_Cubit *the_cubit = (_skel_Cubit *) obj;
value = the_cubit->Cubit_cube_struct (*(Cubit_Many *) nv->value ()->value (), env);
Cubit_Many *retval = new Cubit_Many;
retval->o = (CORBA::Octet)value->o;
retval->s = (CORBA::Short)value->s;
retval->l = value->l;
// dmsg2 ("cube struct.o, %d -> %d", value->o, retval->o);
// dmsg2 ("cube struct.s, %d -> %d", value->s, retval->s);
// dmsg2 ("cube struct.l, %d -> %d", value->l, retval->l);
CORBA::Any *any = new CORBA::Any (TC_Cubit_Many, retval, CORBA::B_TRUE);
req.result (any, env);
dexc (env, "cube_struct, result");
}
void
_skel_Cubit::_cube_union_skel (CORBA::ServerRequest &req,
void *obj, void */*context*/,
CORBA::Environment &env)
{
CORBA::NVList_ptr nvlist;
CORBA::NamedValue_ptr nv;
CORBA::Any temp_value (TC_Cubit_oneof);
req.orb ()->create_list (0, nvlist);
nv = nvlist->add_value (0, temp_value, CORBA::ARG_IN, env);
dexc (env, "cube_union_3rd, add_value");
req.params (nvlist, env);
dexc (env, "cube_union_3rd, get params");
// Call Implementation
Cubit_oneof *v;
_skel_Cubit *the_cubit = (_skel_Cubit *) obj;
v = the_cubit->Cubit_cube_union (*(Cubit_oneof *) nv->value ()->value (), env);
Cubit_oneof *r = new Cubit_oneof;
r->_disc = v->_disc;
r->o = (CORBA::Octet) (v->o);
r->s = (CORBA::Short) (v->s);
r->l = v->l;
r->cm.o = (CORBA::Octet) (v->cm.o);
r->cm.s = (CORBA::Short) (v->cm.s);
r->cm.l = v->cm.l;
CORBA::Any *any = new CORBA::Any (TC_Cubit_oneof, r, CORBA::B_TRUE);
req.result (any, env);
dexc (env, "cube_struct, result");
}
void
_skel_Cubit::_please_exit_skel (CORBA::ServerRequest &req,
void *obj, void */*context*/,
CORBA::Environment &env)
{
ACE_UNUSED_ARG (req);
_skel_Cubit *the_cubit = (_skel_Cubit *) obj;
the_cubit->Cubit_please_exit (env);
}
void _skel_Cubit::dispatch (CORBA::ServerRequest &req,
void *context,
CORBA::Environment &env)
{
TAO_Skeleton skel; // pointer to skeleton for operation
CORBA::String opname = req.op_name (); // retrieve operation name
// find the skeleton corresponding to this opname
if (this->find (opname, skel) == -1)
{
env.exception (new CORBA_BAD_OPERATION (CORBA::COMPLETED_NO));
ACE_ERROR ((LM_ERROR, "Bad operation <%s>\n", opname));
}
else
skel (req, this, context, env);
}
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