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// $Id$
#include "ttcp.hh"
#ifndef _IDL_SEQUENCE_char_Ops
#define _IDL_SEQUENCE_char_Ops
_IDL_SEQUENCE_char &_IDL_SEQUENCE_char:: operator= (const IONANC__IDL_SEQUENCE_char& IT_p) {
this->operator= (*(_IDL_SEQUENCE_char*) &IT_p);
return (*this);
}
_IDL_SEQUENCE_char:: operator IONANC__IDL_SEQUENCE_char () {
IONANC__IDL_SEQUENCE_char tmp;
memset (&tmp, 0, sizeof(tmp));
((_IDL_SEQUENCE_char *) &tmp)->operator= (*this);
return tmp;
}
_IDL_SEQUENCE_char:: operator const IONANC__IDL_SEQUENCE_char () const {
IONANC__IDL_SEQUENCE_char tmp;
memset (&tmp, 0, sizeof(tmp));
((_IDL_SEQUENCE_char *) &tmp)->operator= (*this);
return tmp;
}
_IDL_SEQUENCE_char& _IDL_SEQUENCE_char:: operator= (const _IDL_SEQUENCE_char &IT_s){
if (this == &IT_s) return *this;
if (_buffer) delete [] _buffer;
_length = IT_s._length;
_maximum = IT_s._maximum;
if (_maximum) {
_buffer = new char [ _maximum ];
for (unsigned long IT_j=0; IT_j < _length; IT_j++)
_buffer [IT_j] = IT_s._buffer[IT_j];
}
else
_buffer = NULL;
return *this;
}
_IDL_SEQUENCE_char:: _IDL_SEQUENCE_char (unsigned long IT_size) {
if (IT_size)
_buffer = new char [ IT_size ];
else
_buffer = NULL;
_length = 0;
_maximum = IT_size;
}
_IDL_SEQUENCE_char:: _IDL_SEQUENCE_char (const _IDL_SEQUENCE_char &IT_s) {
_length = IT_s._length;
_maximum = IT_s._maximum;
if (_maximum) {
_buffer = new char [ _maximum ];
for (unsigned long IT_j=0; IT_j < _length; IT_j++)
_buffer [IT_j] = IT_s._buffer[IT_j];
}
else
_buffer = NULL;
}
void _IDL_SEQUENCE_char:: decodeInOutOp (CORBA::Request &IT_r) {
unsigned long IT_max;
IT_r >> IT_max;
if (IT_max > _maximum)
IT_r.makeRuntimeException3 ();
else {
IT_r >> _length;
if (_length > _maximum)
IT_r.makeRuntimeException4 ();
else
if (_maximum) {
char* IT_arr = (char*) _buffer;
IT_r.decodeCharArray (IT_arr, _length);
}
}
}
void _IDL_SEQUENCE_char:: encodeOp (CORBA::Request &IT_r) const {
IT_r << _maximum;
IT_r << _length;
if (_maximum) {
char* IT_arr = (char*) _buffer;
IT_r.encodeCharArray (IT_arr, _length);
}
}
void _IDL_SEQUENCE_char:: decodeOp (CORBA::Request &IT_r) {
IT_r >> _maximum;
IT_r >> _length;
if (_maximum) {
_buffer = new char [ _maximum ];
{
char* IT_arr = (char*) _buffer;
IT_r.decodeCharArray (IT_arr, _length);
}
}
else
_buffer = NULL;
}
char &IONANC__IDL_SEQUENCE_char:: operator [](unsigned long IT_i) const {
return _buffer[IT_i];
}
IONANC__IDL_SEQUENCE_char:: operator _IDL_SEQUENCE_char () {
return (*((_IDL_SEQUENCE_char *) this));
}
IONANC__IDL_SEQUENCE_char:: operator const _IDL_SEQUENCE_char () const {
return (*((const _IDL_SEQUENCE_char *) this));
}
#endif
ttcp_sequence::ttcp_sequence (char *IT_OR) {
m_pptr = new ttcp_sequence_dispatch (IT_OR, this,(CORBA::Object*)this);
}
#ifndef ttcp_sequenceForwC
#define ttcp_sequenceForwC
CORBA::ObjectRef ttcp_sequence_getBase(void *IT_p){
return (ttcp_sequence*)IT_p;}
void ttcp_sequence_release (void *IT_p, CORBA::Environment &IT_env) {
((ttcp_sequence*)IT_p)->_release(IT_env);}
ttcp_sequence* ttcp_sequence_duplicate (void *IT_p, CORBA::Environment &IT_env) {
return ((ttcp_sequence*)IT_p)->_duplicate(IT_env); }
#endif
ttcp_sequence* ttcp_sequence:: _bind (const char* IT_markerServer, const char* host,
const CORBA::Context &IT_c,
CORBA::Environment &IT_env) {
ttcp_sequence*IT_p =
(ttcp_sequence*)CORBA::Factory.New (IT_markerServer, IT_env, IT_c, host,
ttcp_sequence_IMPL, ttcp_sequence_IR);
return IT_p ? IT_p->_duplicate () : NULL; }
ttcp_sequence* ttcp_sequence:: _bind (CORBA::Environment &IT_env) {
return _bind (NULL,NULL,CORBA::Context(), IT_env); }
ttcp_sequence* ttcp_sequence:: _bind (const char* IT_markerServer, const char* host,
CORBA::Environment &IT_env) {
return _bind (IT_markerServer, host, CORBA::Context (), IT_env); }
ttcp_sequence* ttcp_sequence::_narrow (CORBA::Object* IT_obj, CORBA::Environment &IT_env) {
ttcp_sequence* IT_p = (ttcp_sequence*)CORBA::Object::_castDown (IT_obj, ttcp_sequence_IR, IT_env);
return IT_p ? IT_p->_duplicate(IT_env) : NULL;
}
void* ttcp_sequenceProxyFactoryClass::New (char *IT_OR, CORBA::Environment&) {
return new ttcp_sequence(IT_OR);}
void* ttcp_sequenceProxyFactoryClass::New2 () {
return new ttcp_sequence();}
void* ttcp_sequenceProxyFactoryClass::IT_castUp (void *IT_p, char* IT_s) {
void *IT_l;
if (!CORBA::_interfaceCmp (IT_s,ttcp_sequence_IR))
return IT_p;
else if (IT_l=CORBA::ObjectFactoryClass::IT_castUp((CORBA::Object*)((ttcp_sequence*)IT_p),IT_s))
return IT_l;
else return NULL;
}
CORBA::PPTR* ttcp_sequenceProxyFactoryClass::pptr (void *IT_p) {
return ((ttcp_sequence*)IT_p)->_pptr ();}
void ttcp_sequenceProxyFactoryClass::baseInterfaces (_IDL_SEQUENCE_string& seq) {
add (seq, ttcp_sequence_IR);
CORBA::ObjectFactoryClass::baseInterfaces (seq);
}
long ttcp_sequence:: send(const ttcp_sequence::my_sequence& ttcp_seq, CORBA::Environment &IT_env) {
if (IT_env || m_isNull) return 0;
CORBA::Request IT_r (this, "send",IT_env,1,0);
if (!IT_r.isException (IT_env)) {
ttcp_seq.encodeOp (IT_r);
}
IT_r.invoke (CORBA::Flags(0),IT_env);
if (!IT_r.isException (IT_env)) {
long IT_result;
IT_r >> IT_result;
IT_r.checkEnv (IT_env);
return IT_result;
}
return 0;
}
void ttcp_sequence:: start_timer(CORBA::Environment &IT_env) {
if (IT_env || m_isNull) return ;
CORBA::Request IT_r (this, "start_timer",IT_env,1,1);
IT_r.invoke (CORBA::Flags(CORBA::INV_NO_RESPONSE), IT_env);
}
void ttcp_sequence:: stop_timer(CORBA::Environment &IT_env) {
if (IT_env || m_isNull) return ;
CORBA::Request IT_r (this, "stop_timer",IT_env,1,1);
IT_r.invoke (CORBA::Flags(CORBA::INV_NO_RESPONSE), IT_env);
}
ttcp_sequenceProxyFactoryClass ttcp_sequenceProxyFactory(1);
#ifndef ttcp_sequence_dispatch_impl
unsigned char ttcp_sequence_dispatch::dispatch (CORBA::Request &IT_r,
unsigned char, void *) {
IT_r.makeRuntimeException1 ("ttcp_sequence");
return 0;
}
#endif
ttcp_string::ttcp_string (char *IT_OR) {
m_pptr = new ttcp_string_dispatch (IT_OR, this,(CORBA::Object*)this);
}
#ifndef ttcp_stringForwC
#define ttcp_stringForwC
CORBA::ObjectRef ttcp_string_getBase(void *IT_p){
return (ttcp_string*)IT_p;}
void ttcp_string_release (void *IT_p, CORBA::Environment &IT_env) {
((ttcp_string*)IT_p)->_release(IT_env);}
ttcp_string* ttcp_string_duplicate (void *IT_p, CORBA::Environment &IT_env) {
return ((ttcp_string*)IT_p)->_duplicate(IT_env); }
#endif
ttcp_string* ttcp_string:: _bind (const char* IT_markerServer, const char* host,
const CORBA::Context &IT_c,
CORBA::Environment &IT_env) {
ttcp_string*IT_p =
(ttcp_string*)CORBA::Factory.New (IT_markerServer, IT_env, IT_c, host,
ttcp_string_IMPL, ttcp_string_IR);
return IT_p ? IT_p->_duplicate () : NULL; }
ttcp_string* ttcp_string:: _bind (CORBA::Environment &IT_env) {
return _bind (NULL,NULL,CORBA::Context(), IT_env); }
ttcp_string* ttcp_string:: _bind (const char* IT_markerServer, const char* host,
CORBA::Environment &IT_env) {
return _bind (IT_markerServer, host, CORBA::Context (), IT_env); }
ttcp_string* ttcp_string::_narrow (CORBA::Object* IT_obj, CORBA::Environment &IT_env) {
ttcp_string* IT_p = (ttcp_string*)CORBA::Object::_castDown (IT_obj, ttcp_string_IR, IT_env);
return IT_p ? IT_p->_duplicate(IT_env) : NULL;
}
void* ttcp_stringProxyFactoryClass::New (char *IT_OR, CORBA::Environment&) {
return new ttcp_string(IT_OR);}
void* ttcp_stringProxyFactoryClass::New2 () {
return new ttcp_string();}
void* ttcp_stringProxyFactoryClass::IT_castUp (void *IT_p, char* IT_s) {
void *IT_l;
if (!CORBA::_interfaceCmp (IT_s,ttcp_string_IR))
return IT_p;
else if (IT_l=CORBA::ObjectFactoryClass::IT_castUp((CORBA::Object*)((ttcp_string*)IT_p),IT_s))
return IT_l;
else return NULL;
}
CORBA::PPTR* ttcp_stringProxyFactoryClass::pptr (void *IT_p) {
return ((ttcp_string*)IT_p)->_pptr ();}
void ttcp_stringProxyFactoryClass::baseInterfaces (_IDL_SEQUENCE_string& seq) {
add (seq, ttcp_string_IR);
CORBA::ObjectFactoryClass::baseInterfaces (seq);
}
long ttcp_string:: send(const char * ttcp_str, CORBA::Environment &IT_env) {
if (IT_env || m_isNull) return 0;
CORBA::Request IT_r (this, "send",IT_env,1,0);
if (!IT_r.isException (IT_env)) {
IT_r.encodeStringOp (ttcp_str);
}
IT_r.invoke (CORBA::Flags(0),IT_env);
if (!IT_r.isException (IT_env)) {
long IT_result;
IT_r >> IT_result;
IT_r.checkEnv (IT_env);
return IT_result;
}
return 0;
}
void ttcp_string:: start_timer(CORBA::Environment &IT_env) {
if (IT_env || m_isNull) return ;
CORBA::Request IT_r (this, "start_timer",IT_env,1,1);
IT_r.invoke (CORBA::Flags(CORBA::INV_NO_RESPONSE), IT_env);
}
void ttcp_string:: stop_timer(CORBA::Environment &IT_env) {
if (IT_env || m_isNull) return ;
CORBA::Request IT_r (this, "stop_timer",IT_env,1,1);
IT_r.invoke (CORBA::Flags(CORBA::INV_NO_RESPONSE), IT_env);
}
ttcp_stringProxyFactoryClass ttcp_stringProxyFactory(1);
#ifndef ttcp_string_dispatch_impl
unsigned char ttcp_string_dispatch::dispatch (CORBA::Request &IT_r,
unsigned char, void *) {
IT_r.makeRuntimeException1 ("ttcp_string");
return 0;
}
#endif
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