// ********************************************************************** // // Generated by the OmniBroker IDL-to-C++ Translator // // Copyright (c) 1997 // Object-Oriented Concepts, Inc. // Billerica, MA, USA // // All Rights Reserved // // ********************************************************************** #include #include #include "log.h" // // IDL:otLog:1.0 // #ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBObjVar< otLog >; template class OBObjForSeq< otLog >; #endif otLog_ptr otLog::_narrow(CORBA_Object_ptr p) { if(!CORBA_is_nil(p)) { void* v = p -> _OB_narrowHelp("IDL:otLog:1.0"); if(v) return _duplicate((otLog_ptr)v); if(p -> _OB_remoteIsA("IDL:otLog:1.0")) { otLog_ptr val = new otLog; val -> _OB_copyFrom(p); return val; } } return _nil(); } void* otLog::_OB_narrowHelp(const char* _ob_id) const { if(strcmp("IDL:otLog:1.0", _ob_id) == 0) return (void*)this; else return CORBA_Object::_OB_narrowHelp(_ob_id); } const char* otLog::_OB_typeId() const { return "IDL:otLog:1.0"; } void OBUnmarshal(otLog_ptr& val, const CORBA_Octet*& coct, bool swap) { otLog_var old = val; CORBA_Object_var p; OBUnmarshal(p.inout(), coct, swap); if(!CORBA_is_nil(p)) { void* v = p -> _OB_narrowHelp("IDL:otLog:1.0"); if(v) val = otLog::_duplicate((otLog_ptr)v); else { assert_nca(!(p -> _is_local() && p -> _is_dynamic()), OBNCADynamicAsStatic); assert(!p -> _is_local()); val = new otLog; val -> _OB_copyFrom(p); } } else val = otLog::_nil(); } const OBTypeCodeConst _tc_otLog( "010000000E00000022000000010000000E00000049444C3A6F744C6F673A312E3000000006000" "0006F744C6F6700" ); void operator<<=(CORBA_Any& any, otLog_ptr val) { OBObjAny* o = new OBObjAny; o -> b = CORBA_Object::_duplicate(val); o -> d = CORBA_Object::_duplicate(val); any.replace(_tc_otLog, o, true); } void operator<<=(CORBA_Any& any, otLog_ptr* val) { OBObjAny* o = new OBObjAny; o -> b = *val; o -> d = CORBA_Object::_duplicate(*val); any.replace(_tc_otLog, o, true); } CORBA_Boolean operator>>=(const CORBA_Any& any, otLog_ptr& val) { if(any.check_type(_tc_otLog)) { OBObjAny* o = (OBObjAny*)any.value(); assert(o); if(!CORBA_is_nil(o -> d)) { void* v = o -> d -> _OB_narrowHelp("IDL:otLog:1.0"); if(v) val = (otLog_ptr)v; else { assert_nca(!(o -> d -> _is_local() && o -> d -> _is_dynamic()), OBNCADynamicAsStatic); assert(!o -> d -> _is_local()); val = new otLog; val -> _OB_copyFrom(o -> d); OBObjAny* no = new OBObjAny; no -> b = CORBA_Object::_duplicate(o -> b); no -> d = val; ((CORBA_Any&)any).replace(_tc_otLog, no, true); } } else val = otLog::_nil(); return true; } else return false; } // // IDL:otLog/Assignment:1.0 // #ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBVarVar< otLog::Assignment >; #endif otLog::Assignment::Assignment(const otLog::Assignment& val) : identifier(val.identifier), component(val.component), value(val.value) { } otLog::Assignment& otLog::Assignment::operator=(const Assignment& val) { if(this != &val) { identifier = val.identifier; component = val.component; value = val.value; } return *this; } void OBMarshal(const otLog::Assignment& val, CORBA_Octet*& oct) { OBMarshal(val.identifier.in(), oct); OBMarshal(val.component.in(), oct); OBMarshal(val.value, oct); } void OBMarshalCount(const otLog::Assignment& val, CORBA_ULong& count) { OBMarshalCount(val.identifier.in(), count); OBMarshalCount(val.component.in(), count); OBMarshalCount(val.value, count); } void OBUnmarshal(otLog::Assignment& val, const CORBA_Octet*& coct, bool swap) { OBUnmarshal(val.identifier.inout(), coct, swap); OBUnmarshal(val.component.inout(), coct, swap); OBUnmarshal(val.value, coct, swap); } const OBTypeCodeConst otLog::_tc_Assignment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ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBInfo< otLog::Assignment >; #endif void operator<<=(CORBA_Any& any, otLog::Assignment* p) { static const OBInfo< otLog::Assignment > info; any.replace(otLog::_tc_Assignment, p, true, &info); } void operator<<=(CORBA_Any& any, const otLog::Assignment& val) { otLog::Assignment* p = new otLog::Assignment(val); static const OBInfo< otLog::Assignment > info; any.replace(otLog::_tc_Assignment, p, true, &info); } CORBA_Boolean operator>>=(const CORBA_Any& any, otLog::Assignment*& p) { if(any.check_type(otLog::_tc_Assignment)) { if(!any.info()) { const CORBA_Octet* coct = (CORBA_Octet*)any.value() + 4; otLog::Assignment* v = new otLog::Assignment; OBUnmarshal(*v, coct, false); (CORBA_Any&)any <<= v; } p = (otLog::Assignment*)any.value(); return true; } else return false; } // // IDL:otLog/TimerOperation:1.0 // const OBTypeCodeConst otLog::_tc_TimerOperation( "01000000110000006E000000010000001D00000049444C3A6F744C6F672F54696D65724F70657" "26174696F6E3A312E30000000000F00000054696D65724F7065726174696F6E0000030000000B" "000000737461727454696D657200000C00000063616E63656C54696D6572000A0000007265616" "454696D657200" ); void operator<<=(CORBA_Any& any, otLog::TimerOperation val) { any.replace(otLog::_tc_TimerOperation, new CORBA_ULong((CORBA_ULong)val), true); } CORBA_Boolean operator>>=(const CORBA_Any& any, otLog::TimerOperation& val) { if(any.check_type(otLog::_tc_TimerOperation)) { val = (otLog::TimerOperation)(*(CORBA_ULong*)any.value()); return true; } else return false; } // // IDL:otLog/TimerOpInformation:1.0 // #ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBVarVar< otLog::TimerOpInformation >; #endif #ifdef OB_CLEAR_MEM otLog::TimerOpInformation::TimerOpInformation() { memset(&running, 0, sizeof(running)); memset(&op, 0, sizeof(op)); } #endif otLog::TimerOpInformation::TimerOpInformation(const otLog::TimerOpInformation& val) : identifier(val.identifier), elapsed(val.elapsed), running(val.running), op(val.op), duration(val.duration) { } otLog::TimerOpInformation& otLog::TimerOpInformation::operator=(const TimerOpInformation& val) { if(this != &val) { identifier = val.identifier; elapsed = val.elapsed; running = val.running; op = val.op; duration = val.duration; } return *this; } void OBMarshal(const otLog::TimerOpInformation& val, CORBA_Octet*& oct) { OBMarshal(val.identifier.in(), oct); OBMarshal(val.elapsed.in(), oct); OBMarshal(val.running, oct); OBMarshal(val.op, oct); OBMarshal(val.duration.in(), oct); } void OBMarshalCount(const otLog::TimerOpInformation& val, CORBA_ULong& count) { OBMarshalCount(val.identifier.in(), count); OBMarshalCount(val.elapsed.in(), count); OBMarshalCount(val.running, count); OBMarshalCount(val.op, count); OBMarshalCount(val.duration.in(), count); } void OBUnmarshal(otLog::TimerOpInformation& val, const CORBA_Octet*& coct, bool swap) { OBUnmarshal(val.identifier.inout(), coct, swap); OBUnmarshal(val.elapsed.inout(), coct, swap); OBUnmarshal(val.running, coct, swap); OBUnmarshal(val.op, coct, swap); OBUnmarshal(val.duration.inout(), coct, swap); } const OBTypeCodeConst otLog::_tc_TimerOpInformation( "010000000F0000001C010000010000002100000049444C3A6F744C6F672F54696D65724F70496" "E666F726D6174696F6E3A312E30000000001300000054696D65724F70496E666F726D6174696F" "6E0000050000000B0000006964656E7469666965720000120000000000000008000000656C617" "07365640012000000000000000800000072756E6E696E670008000000030000006F7000001100" "00006E000000010000001D00000049444C3A6F744C6F672F54696D65724F7065726174696F6E3" "A312E30000000000F00000054696D65724F7065726174696F6E0000030000000B000000737461" "727454696D657200000C00000063616E63656C54696D6572000A0000007265616454696D65720" "00000090000006475726174696F6E000000001200000000000000" ); #ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBInfo< otLog::TimerOpInformation >; #endif void operator<<=(CORBA_Any& any, otLog::TimerOpInformation* p) { static const OBInfo< otLog::TimerOpInformation > info; any.replace(otLog::_tc_TimerOpInformation, p, true, &info); } void operator<<=(CORBA_Any& any, const otLog::TimerOpInformation& val) { otLog::TimerOpInformation* p = new otLog::TimerOpInformation(val); static const OBInfo< otLog::TimerOpInformation > info; any.replace(otLog::_tc_TimerOpInformation, p, true, &info); } CORBA_Boolean operator>>=(const CORBA_Any& any, otLog::TimerOpInformation*& p) { if(any.check_type(otLog::_tc_TimerOpInformation)) { if(!any.info()) { const CORBA_Octet* coct = (CORBA_Octet*)any.value() + 4; otLog::TimerOpInformation* v = new otLog::TimerOpInformation; OBUnmarshal(*v, coct, false); (CORBA_Any&)any <<= v; } p = (otLog::TimerOpInformation*)any.value(); return true; } else return false; } // // IDL:otLog/TimerOpList:1.0 // const OBTypeCodeConst otLog::_tc_TimerOpList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otLog/AssignmentList:1.0 // const OBTypeCodeConst otLog::_tc_AssignmentList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otLog/IdentifierList:1.0 // const OBTypeCodeConst otLog::_tc_IdentifierList( "010000001500000054000000010000001D00000049444C3A6F744C6F672F4964656E746966696" "5724C6973743A312E30000000000F0000004964656E7469666965724C69737400001300000010" "00000001000000120000000000000000000000" ); // // IDL:otLog/implicitSendEvent:1.0 // void otLog::implicitSendEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const AssignmentList& _ob_a5, const TimerOpList& _ob_a6, const char* _ob_a7, const otMessage::SerializedMessage& _ob_a8) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "implicitSendEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBMarshalCount(_ob_a6, _ob_cnt); OBMarshalCount(_ob_a7, _ob_cnt); OBMarshalCount(_ob_a8, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); OBMarshal(_ob_a6, _ob_o); OBMarshal(_ob_a7, _ob_o); OBMarshal(_ob_a8, _ob_o); _ob_con_ -> oneway(this, "implicitSendEvent", _ob_seq); } // // IDL:otLog/sendEvent:1.0 // void otLog::sendEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const AssignmentList& _ob_a5, const TimerOpList& _ob_a6, const char* _ob_a7, const char* _ob_a8, const otMessage::SerializedMessage& _ob_a9) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "sendEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBMarshalCount(_ob_a6, _ob_cnt); OBMarshalCount(_ob_a7, _ob_cnt); OBMarshalCount(_ob_a8, _ob_cnt); OBMarshalCount(_ob_a9, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); OBMarshal(_ob_a6, _ob_o); OBMarshal(_ob_a7, _ob_o); OBMarshal(_ob_a8, _ob_o); OBMarshal(_ob_a9, _ob_o); _ob_con_ -> oneway(this, "sendEvent", _ob_seq); } // // IDL:otLog/receiveEvent:1.0 // void otLog::receiveEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const AssignmentList& _ob_a5, const TimerOpList& _ob_a6, const char* _ob_a7, const char* _ob_a8, const otMessage::SerializedMessage& _ob_a9) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "receiveEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBMarshalCount(_ob_a6, _ob_cnt); OBMarshalCount(_ob_a7, _ob_cnt); OBMarshalCount(_ob_a8, _ob_cnt); OBMarshalCount(_ob_a9, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); OBMarshal(_ob_a6, _ob_o); OBMarshal(_ob_a7, _ob_o); OBMarshal(_ob_a8, _ob_o); OBMarshal(_ob_a9, _ob_o); _ob_con_ -> oneway(this, "receiveEvent", _ob_seq); } // // IDL:otLog/otherwiseEvent:1.0 // void otLog::otherwiseEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const AssignmentList& _ob_a5, const TimerOpList& _ob_a6, const char* _ob_a7, const char* _ob_a8, const otMessage::SerializedMessage& _ob_a9) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "otherwiseEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBMarshalCount(_ob_a6, _ob_cnt); OBMarshalCount(_ob_a7, _ob_cnt); OBMarshalCount(_ob_a8, _ob_cnt); OBMarshalCount(_ob_a9, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); OBMarshal(_ob_a6, _ob_o); OBMarshal(_ob_a7, _ob_o); OBMarshal(_ob_a8, _ob_o); OBMarshal(_ob_a9, _ob_o); _ob_con_ -> oneway(this, "otherwiseEvent", _ob_seq); } // // IDL:otLog/timeoutEvent:1.0 // void otLog::timeoutEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const AssignmentList& _ob_a5, const TimerOpList& _ob_a6, const char* _ob_a7) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "timeoutEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBMarshalCount(_ob_a6, _ob_cnt); OBMarshalCount(_ob_a7, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); OBMarshal(_ob_a6, _ob_o); OBMarshal(_ob_a7, _ob_o); _ob_con_ -> oneway(this, "timeoutEvent", _ob_seq); } // // IDL:otLog/pseudoEvent:1.0 // void otLog::pseudoEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const AssignmentList& _ob_a5, const TimerOpList& _ob_a6) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "pseudoEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBMarshalCount(_ob_a6, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); OBMarshal(_ob_a6, _ob_o); _ob_con_ -> oneway(this, "pseudoEvent", _ob_seq); } // // IDL:otLog/attachEvent:1.0 // void otLog::attachEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const char* _ob_a5) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "attachEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); _ob_con_ -> oneway(this, "attachEvent", _ob_seq); } // // IDL:otLog/repeatEvent:1.0 // void otLog::repeatEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const char* _ob_a5) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "repeatEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); _ob_con_ -> oneway(this, "repeatEvent", _ob_seq); } // // IDL:otLog/gotoEvent:1.0 // void otLog::gotoEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const char* _ob_a5) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "gotoEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); _ob_con_ -> oneway(this, "gotoEvent", _ob_seq); } // // IDL:otLog/returnEvent:1.0 // void otLog::returnEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "returnEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "returnEvent", _ob_seq); } // // IDL:otLog/preliminaryPassEvent:1.0 // void otLog::preliminaryPassEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "preliminaryPassEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "preliminaryPassEvent", _ob_seq); } // // IDL:otLog/preliminaryInconcEvent:1.0 // void otLog::preliminaryInconcEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "preliminaryInconcEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "preliminaryInconcEvent", _ob_seq); } // // IDL:otLog/preliminaryFailEvent:1.0 // void otLog::preliminaryFailEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "preliminaryFailEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "preliminaryFailEvent", _ob_seq); } // // IDL:otLog/passEvent:1.0 // void otLog::passEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "passEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "passEvent", _ob_seq); } // // IDL:otLog/inconcEvent:1.0 // void otLog::inconcEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "inconcEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "inconcEvent", _ob_seq); } // // IDL:otLog/failEvent:1.0 // void otLog::failEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "failEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "failEvent", _ob_seq); } // // IDL:otLog/createEvent:1.0 // void otLog::createEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const char* _ob_a5) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "createEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); _ob_con_ -> oneway(this, "createEvent", _ob_seq); } // // IDL:otLog/doneEvent:1.0 // void otLog::doneEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4, const IdentifierList& _ob_a5) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "doneEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); _ob_con_ -> oneway(this, "doneEvent", _ob_seq); } // // IDL:otLog/activateEvent:1.0 // void otLog::activateEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "activateEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "activateEvent", _ob_seq); } // // IDL:otLog/caseStartedEvent:1.0 // void otLog::caseStartedEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "caseStartedEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "caseStartedEvent", _ob_seq); } // // IDL:otLog/caseDoneEvent:1.0 // void otLog::caseDoneEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "caseDoneEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "caseDoneEvent", _ob_seq); } // // IDL:otLog/divideByZeroError:1.0 // void otLog::divideByZeroError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "divideByZeroError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "divideByZeroError", _ob_seq); } // // IDL:otLog/overflowError:1.0 // void otLog::overflowError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "overflowError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "overflowError", _ob_seq); } // // IDL:otLog/notSupportedOperationError:1.0 // void otLog::notSupportedOperationError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, const char* _ob_a4, CORBA_Long _ob_a5) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "notSupportedOperationError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); _ob_con_ -> oneway(this, "notSupportedOperationError", _ob_seq); } // // IDL:otLog/elementNotFoundError:1.0 // void otLog::elementNotFoundError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "elementNotFoundError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "elementNotFoundError", _ob_seq); } // // IDL:otLog/unboundError:1.0 // void otLog::unboundError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "unboundError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "unboundError", _ob_seq); } // // IDL:otLog/deadlockError:1.0 // void otLog::deadlockError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "deadlockError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "deadlockError", _ob_seq); } // // IDL:otLog/verdictMissingError:1.0 // void otLog::verdictMissingError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "verdictMissingError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); _ob_con_ -> oneway(this, "verdictMissingError", _ob_seq); } // // IDL:otLog/inconsistentVerdictError:1.0 // void otLog::inconsistentVerdictError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "inconsistentVerdictError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); _ob_con_ -> oneway(this, "inconsistentVerdictError", _ob_seq); } // // IDL:otLog/incompatibleTypeError:1.0 // void otLog::incompatibleTypeError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "incompatibleTypeError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "incompatibleTypeError", _ob_seq); } // // IDL:otLog/jumpToNowhereError:1.0 // void otLog::jumpToNowhereError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "jumpToNowhereError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "jumpToNowhereError", _ob_seq); } // // IDL:otLog/tooManyParametersError:1.0 // void otLog::tooManyParametersError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "tooManyParametersError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "tooManyParametersError", _ob_seq); } // // IDL:otLog/tooFewParametersError:1.0 // void otLog::tooFewParametersError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "tooFewParametersError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "tooFewParametersError", _ob_seq); } // // IDL:otLog/wrongTypeOfParameterError:1.0 // void otLog::wrongTypeOfParameterError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "wrongTypeOfParameterError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "wrongTypeOfParameterError", _ob_seq); } // // IDL:otLog/negativeValueError:1.0 // void otLog::negativeValueError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "negativeValueError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "negativeValueError", _ob_seq); } // // IDL:otLog/negativeLengthError:1.0 // void otLog::negativeLengthError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "negativeLengthError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "negativeLengthError", _ob_seq); } // // IDL:otLog/resultTooBigError:1.0 // void otLog::resultTooBigError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "resultTooBigError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "resultTooBigError", _ob_seq); } // // IDL:otLog/outOfRangeError:1.0 // void otLog::outOfRangeError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4, CORBA_Long _ob_a5, CORBA_Long _ob_a6) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "outOfRangeError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBMarshalCount(_ob_a5, _ob_cnt); OBMarshalCount(_ob_a6, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); OBMarshal(_ob_a5, _ob_o); OBMarshal(_ob_a6, _ob_o); _ob_con_ -> oneway(this, "outOfRangeError", _ob_seq); } // // IDL:otLog/illegalObjectError:1.0 // void otLog::illegalObjectError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3, CORBA_Long _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "illegalObjectError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "illegalObjectError", _ob_seq); } // // IDL:otLog/incompleteExpressionError:1.0 // void otLog::incompleteExpressionError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "incompleteExpressionError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "incompleteExpressionError", _ob_seq); } // // IDL:otLog/outOfMemory:1.0 // void otLog::outOfMemory(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "outOfMemory"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); _ob_con_ -> oneway(this, "outOfMemory", _ob_seq); } // // IDL:otLog/zeroPointer:1.0 // void otLog::zeroPointer(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "zeroPointer"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "zeroPointer", _ob_seq); } // // IDL:otLog/internalError:1.0 // void otLog::internalError(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "internalError"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "internalError", _ob_seq); } // // IDL:otLog/unexpectedEvent:1.0 // void otLog::unexpectedEvent(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "unexpectedEvent"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "unexpectedEvent", _ob_seq); } // // IDL:otLog/notImplemented:1.0 // void otLog::notImplemented(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, CORBA_Long _ob_a3, const char* _ob_a4) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "notImplemented"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBMarshalCount(_ob_a4, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); OBMarshal(_ob_a4, _ob_o); _ob_con_ -> oneway(this, "notImplemented", _ob_seq); } // // IDL:otLog/communicationFailureWithDatabase:1.0 // void otLog::communicationFailureWithDatabase(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "communicationFailureWithDatabase"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); _ob_con_ -> oneway(this, "communicationFailureWithDatabase", _ob_seq); } // // IDL:otLog/PCONotSpecified:1.0 // void otLog::PCONotSpecified(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "PCONotSpecified"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "PCONotSpecified", _ob_seq); } // // IDL:otLog/unreachablePCO:1.0 // void otLog::unreachablePCO(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "unreachablePCO"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "unreachablePCO", _ob_seq); } // // IDL:otLog/orbFailed:1.0 // void otLog::orbFailed(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "orbFailed"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); _ob_con_ -> oneway(this, "orbFailed", _ob_seq); } // // IDL:otLog/objectCannotBeCreated:1.0 // void otLog::objectCannotBeCreated(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "objectCannotBeCreated"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "objectCannotBeCreated", _ob_seq); } // // IDL:otLog/receiverCannotDecode:1.0 // void otLog::receiverCannotDecode(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "receiverCannotDecode"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "receiverCannotDecode", _ob_seq); } // // IDL:otLog/operationNotImplemented:1.0 // void otLog::operationNotImplemented(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "operationNotImplemented"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "operationNotImplemented", _ob_seq); } // // IDL:otLog/operationEvaluationFailed:1.0 // void otLog::operationEvaluationFailed(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "operationEvaluationFailed"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "operationEvaluationFailed", _ob_seq); } // // IDL:otLog/parameterRepositoryNotSpecified:1.0 // void otLog::parameterRepositoryNotSpecified(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "parameterRepositoryNotSpecified"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); _ob_con_ -> oneway(this, "parameterRepositoryNotSpecified", _ob_seq); } // // IDL:otLog/versionInfo:1.0 // void otLog::versionInfo(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "versionInfo"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); _ob_con_ -> oneway(this, "versionInfo", _ob_seq); } // // IDL:otLog/treeStartedInfo:1.0 // void otLog::treeStartedInfo(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "treeStartedInfo"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "treeStartedInfo", _ob_seq); } // // IDL:otLog/treeDoneInfo:1.0 // void otLog::treeDoneInfo(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "treeDoneInfo"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "treeDoneInfo", _ob_seq); } // // IDL:otLog/defaultStartedInfo:1.0 // void otLog::defaultStartedInfo(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "defaultStartedInfo"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "defaultStartedInfo", _ob_seq); } // // IDL:otLog/defaultDoneInfo:1.0 // void otLog::defaultDoneInfo(const char* _ob_a0, CORBA_Long _ob_a1, const char* _ob_a2, const char* _ob_a3) { if(CORBA_is_nil(_ob_con_)) throw CORBA_NO_IMPLEMENT(); CORBA_ULong _ob_off = _ob_con_ -> offset(this, "defaultDoneInfo"); CORBA_ULong _ob_cnt = _ob_off; OBMarshalCount(_ob_a0, _ob_cnt); OBMarshalCount(_ob_a1, _ob_cnt); OBMarshalCount(_ob_a2, _ob_cnt); OBMarshalCount(_ob_a3, _ob_cnt); OBFixSeq< CORBA_Octet > _ob_seq(_ob_cnt); _ob_seq.length(_ob_cnt); #ifdef OB_CLEAR_MEM memset(_ob_seq.data(), 0, _ob_seq.length()); #endif CORBA_Octet* _ob_o = _ob_seq.data() + _ob_off; OBMarshal(_ob_a0, _ob_o); OBMarshal(_ob_a1, _ob_o); OBMarshal(_ob_a2, _ob_o); OBMarshal(_ob_a3, _ob_o); _ob_con_ -> oneway(this, "defaultDoneInfo", _ob_seq); } // // OBVarSeq< otMessage::Element > // #ifdef OB_use_OBVarSeq_otMessage_Element_from_log_h #ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBVarSeq< otMessage::Element >; template class OBSeqVar< OBVarSeq< otMessage::Element > >; #endif void OBMarshal(const OBVarSeq< otMessage::Element >& seq, CORBA_Octet*& oct) { OBMarshal(seq.length(), oct); for(CORBA_ULong i = 0 ; i < seq.length() ; i++) OBMarshal(seq[i], oct); } void OBMarshalCount(const OBVarSeq< otMessage::Element >& seq, CORBA_ULong& count) { OBMarshalCount(seq.length(), count); for(CORBA_ULong i = 0 ; i < seq.length() ; i++) OBMarshalCount(seq[i], count); } void OBUnmarshal(OBVarSeq< otMessage::Element >& seq, const CORBA_Octet*& coct, bool swap) { CORBA_ULong len; OBUnmarshal(len, coct, swap); seq.length(len); for(CORBA_ULong i = 0 ; i < len ; i++) OBUnmarshal(seq[i], coct, swap); } static const OBTypeCodeConst _tc_OBVarSeq_otMessage_Element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ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBInfo< OBVarSeq< otMessage::Element > >; #endif void operator<<=(CORBA_Any& any, OBVarSeq< otMessage::Element >* p) { static const OBInfo< OBVarSeq< otMessage::Element > > info; any.replace(_tc_OBVarSeq_otMessage_Element, p, true, &info); } void operator<<=(CORBA_Any& any, const OBVarSeq< otMessage::Element >& seq) { static const OBInfo< OBVarSeq< otMessage::Element > > info; OBVarSeq< otMessage::Element >* p = new OBVarSeq< otMessage::Element >(seq); any.replace(_tc_OBVarSeq_otMessage_Element, p, true, &info); } CORBA_Boolean operator>>=(const CORBA_Any& any, OBVarSeq< otMessage::Element >*& p) { if(any.check_type(_tc_OBVarSeq_otMessage_Element)) { if(!any.info()) { const CORBA_Octet* coct = (CORBA_Octet*)any.value() + 4; OBVarSeq< otMessage::Element >* v = new OBVarSeq< otMessage::Element >; OBUnmarshal(*v, coct, false); (CORBA_Any&)any <<= v; } p = (OBVarSeq< otMessage::Element >*)any.value(); return true; } else return false; } #endif // // OBVarSeq< otLog::TimerOpInformation > // #ifdef OB_use_OBVarSeq_otLog_TimerOpInformation_from_log_h #ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBVarSeq< otLog::TimerOpInformation >; template class OBSeqVar< OBVarSeq< otLog::TimerOpInformation > >; #endif void OBMarshal(const OBVarSeq< otLog::TimerOpInformation >& seq, CORBA_Octet*& oct) { OBMarshal(seq.length(), oct); for(CORBA_ULong i = 0 ; i < seq.length() ; i++) OBMarshal(seq[i], oct); } void OBMarshalCount(const OBVarSeq< otLog::TimerOpInformation >& seq, CORBA_ULong& count) { OBMarshalCount(seq.length(), count); for(CORBA_ULong i = 0 ; i < seq.length() ; i++) OBMarshalCount(seq[i], count); } void OBUnmarshal(OBVarSeq< otLog::TimerOpInformation >& seq, const CORBA_Octet*& coct, bool swap) { CORBA_ULong len; OBUnmarshal(len, coct, swap); seq.length(len); for(CORBA_ULong i = 0 ; i < len ; i++) OBUnmarshal(seq[i], coct, swap); } static const OBTypeCodeConst _tc_OBVarSeq_otLog_TimerOpInformation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ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBInfo< OBVarSeq< otLog::TimerOpInformation > >; #endif void operator<<=(CORBA_Any& any, OBVarSeq< otLog::TimerOpInformation >* p) { static const OBInfo< OBVarSeq< otLog::TimerOpInformation > > info; any.replace(_tc_OBVarSeq_otLog_TimerOpInformation, p, true, &info); } void operator<<=(CORBA_Any& any, const OBVarSeq< otLog::TimerOpInformation >& seq) { static const OBInfo< OBVarSeq< otLog::TimerOpInformation > > info; OBVarSeq< otLog::TimerOpInformation >* p = new OBVarSeq< otLog::TimerOpInformation >(seq); any.replace(_tc_OBVarSeq_otLog_TimerOpInformation, p, true, &info); } CORBA_Boolean operator>>=(const CORBA_Any& any, OBVarSeq< otLog::TimerOpInformation >*& p) { if(any.check_type(_tc_OBVarSeq_otLog_TimerOpInformation)) { if(!any.info()) { const CORBA_Octet* coct = (CORBA_Octet*)any.value() + 4; OBVarSeq< otLog::TimerOpInformation >* v = new OBVarSeq< otLog::TimerOpInformation >; OBUnmarshal(*v, coct, false); (CORBA_Any&)any <<= v; } p = (OBVarSeq< otLog::TimerOpInformation >*)any.value(); return true; } else return false; } #endif // // OBVarSeq< otLog::Assignment > // #ifdef OB_use_OBVarSeq_otLog_Assignment_from_log_h #ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBVarSeq< otLog::Assignment >; template class OBSeqVar< OBVarSeq< otLog::Assignment > >; #endif void OBMarshal(const OBVarSeq< otLog::Assignment >& seq, CORBA_Octet*& oct) { OBMarshal(seq.length(), oct); for(CORBA_ULong i = 0 ; i < seq.length() ; i++) OBMarshal(seq[i], oct); } void OBMarshalCount(const OBVarSeq< otLog::Assignment >& seq, CORBA_ULong& count) { OBMarshalCount(seq.length(), count); for(CORBA_ULong i = 0 ; i < seq.length() ; i++) OBMarshalCount(seq[i], count); } void OBUnmarshal(OBVarSeq< otLog::Assignment >& seq, const CORBA_Octet*& coct, bool swap) { CORBA_ULong len; OBUnmarshal(len, coct, swap); seq.length(len); for(CORBA_ULong i = 0 ; i < len ; i++) OBUnmarshal(seq[i], coct, swap); } static const OBTypeCodeConst _tc_OBVarSeq_otLog_Assignment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ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBInfo< OBVarSeq< otLog::Assignment > >; #endif void operator<<=(CORBA_Any& any, OBVarSeq< otLog::Assignment >* p) { static const OBInfo< OBVarSeq< otLog::Assignment > > info; any.replace(_tc_OBVarSeq_otLog_Assignment, p, true, &info); } void operator<<=(CORBA_Any& any, const OBVarSeq< otLog::Assignment >& seq) { static const OBInfo< OBVarSeq< otLog::Assignment > > info; OBVarSeq< otLog::Assignment >* p = new OBVarSeq< otLog::Assignment >(seq); any.replace(_tc_OBVarSeq_otLog_Assignment, p, true, &info); } CORBA_Boolean operator>>=(const CORBA_Any& any, OBVarSeq< otLog::Assignment >*& p) { if(any.check_type(_tc_OBVarSeq_otLog_Assignment)) { if(!any.info()) { const CORBA_Octet* coct = (CORBA_Octet*)any.value() + 4; OBVarSeq< otLog::Assignment >* v = new OBVarSeq< otLog::Assignment >; OBUnmarshal(*v, coct, false); (CORBA_Any&)any <<= v; } p = (OBVarSeq< otLog::Assignment >*)any.value(); return true; } else return false; } #endif // // OBStrSeq // #ifdef OB_use_OBStrSeq_from_log_h static const OBTypeCodeConst _tc_OBStrSeq( "01000000130000001000000001000000120000000000000000000000" ); #ifndef HAVE_NO_EXPLICIT_TEMPLATES template class OBInfo< OBStrSeq >; #endif void operator<<=(CORBA_Any& any, OBStrSeq* p) { static const OBInfo< OBStrSeq > info; any.replace(_tc_OBStrSeq, p, true, &info); } void operator<<=(CORBA_Any& any, const OBStrSeq& seq) { static const OBInfo< OBStrSeq > info; OBStrSeq* p = new OBStrSeq(seq); any.replace(_tc_OBStrSeq, p, true, &info); } CORBA_Boolean operator>>=(const CORBA_Any& any, OBStrSeq*& p) { if(any.check_type(_tc_OBStrSeq)) { if(!any.info()) { const CORBA_Octet* coct = (CORBA_Octet*)any.value() + 4; OBStrSeq* v = new OBStrSeq; OBUnmarshal(*v, coct, false); (CORBA_Any&)any <<= v; } p = (OBStrSeq*)any.value(); return true; } else return false; } #endif