www.gusucode.com > VC 模拟银行系统ATM自动取款机-源码程序 > VC 模拟银行系统ATM自动取款机-源码程序/code/bank.cpp
//Download by http://www.NewXing.com // ************************************************************************** // // This File Is Automatically Generated by the InterBusIDL-to-C++ Compiler ! // // Copyright (c) 2000 // Intervision Software Co., Ltd. // Haidian District, Beijing. // // All Rights Reserved // // ************************************************************************* // Version: 4.0.0 #include "StdAfx.h" #include <STAR/CORBAClient.h> #include <STAR/CORBAServer.h> #include <bank.h> STAR::TypeCodeConst _tc_BankAccount( "0150fd7f0e0000002c00000001ef12001400000049444c3a42616e6b4163636f756e743a312e3" "0000c00000042616e6b4163636f756e7400" ); // // Interface declare ::BankAccount // const char* BankAccount::ids_[] = { "IDL:BankAccount:1.0", 0 }; void STARDuplicate(BankAccount_ptr p) { if(p) p -> _STAR_incRef(); } void STARRelease(BankAccount_ptr p) { if(p) p -> _STAR_decRef(); } BankAccount_ptr BankAccount::_narrow(CORBA::Object_ptr p) { if(!CORBA::is_nil(p)) { BankAccount_ptr v = dynamic_cast<BankAccount_ptr>(p); if(v) return _duplicate(v); if(p -> _is_a(ids_[0])) { BankAccount_ptr val = new BankAccount; val -> _STAR_copyFrom(p); return val; } } return _nil(); } BankAccount_ptr BankAccount::_narrow(CORBA::AbstractBase_ptr p) { if(!CORBA::is_nil(p)) { CORBA::Object_var obj = p -> _to_object(); return _narrow(obj); } return _nil(); } const char** BankAccount::_STAR_ids() const { return ids_; } const char** BankAccount::_STAR_staticIds() { return ids_; } void STARMarshal(BankAccount_ptr _star_v, STAR::OutputStreamImpl* _star_out) { _star_out -> write_Object(_star_v); } void STARUnmarshal(BankAccount_ptr& _star_v, STAR::InputStreamImpl* _star_in) { BankAccount_var old = _star_v; CORBA::Object_var p = _star_in -> read_Object(); if(!CORBA::is_nil(p)) { _star_v = new BankAccount; _star_v -> _STAR_copyFrom(p); } else _star_v = BankAccount::_nil(); } void operator<<=(CORBA::Any& any, BankAccount_ptr* v) { any.replace(_tc_BankAccount, (CORBA::Object_ptr)*v, true); } void operator<<=(CORBA::Any& any, BankAccount_ptr v) { BankAccount_ptr val = BankAccount::_duplicate(v); any <<= &val; } CORBA::Boolean operator>>=(const CORBA::Any& any, BankAccount_ptr& v) { if(any.check_type(_tc_BankAccount)) { CORBA::Object_ptr val = (CORBA::Object_ptr)any.value(); if(!CORBA::is_nil(val)) { if(!(v = dynamic_cast<BankAccount_ptr>(val))) { v = new BankAccount; v -> _STAR_copyFrom(val); (CORBA::Any&)any <<= &v; } } else v = BankAccount::_nil(); return true; } else return false; } // // Operation declare ::BankAccount::log // CORBA::Boolean BankAccount::log(const char* _star_a0) { bool _star_retry = true; while(true) { STAR::StubBase_var _star_stubBase = _STAR_getStub(); try { STAR::MarshalStub_ptr _star_stub = dynamic_cast<STAR::MarshalStub_ptr>(_star_stubBase.in()); if (_star_stub!=NULL) { for(;;) { STAR::Downcall_var _star_down = _star_stub->_STAR_createDowncall("log", true); try { STAR::OutputStreamImpl* _star_out = _star_stub->_STAR_prePrepareHeader(_star_down); try { _star_out -> write_string(_star_a0); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_marshalEx(_star_down, _star_ex); } _star_stub->_STAR_postPrepareHeader(_star_down); _star_stub->_STAR_request(_star_down); bool _star_uex; STAR::InputStreamImpl* _star_in = _star_stub->_STAR_preRemoveHeader(_star_down, _star_uex); if(_star_uex) { _star_stub->_STAR_postRemoveHeader(_star_down); } else { CORBA::Boolean _star_r; try { _star_r = _star_in -> read_boolean(); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_unmarshalEx(_star_down, _star_ex); } _star_stub->_STAR_postRemoveHeader(_star_down); return _star_r; } } catch(const STAR::FailureException& _star_ex) { _star_stub->_STAR_handleNetworkFailureException(_star_down, _star_ex); } } } else { throw CORBA::INV_OBJREF(); } } catch(const STAR::ExceptionBase& _star_ex) { _STAR_handleException(_star_ex, _star_retry); } } } // // Operation declare ::BankAccount::authentificate // CORBA::Boolean BankAccount::authentificate(const char* _star_a0) { bool _star_retry = true; while(true) { STAR::StubBase_var _star_stubBase = _STAR_getStub(); try { STAR::MarshalStub_ptr _star_stub = dynamic_cast<STAR::MarshalStub_ptr>(_star_stubBase.in()); if (_star_stub!=NULL) { for(;;) { STAR::Downcall_var _star_down = _star_stub->_STAR_createDowncall("authentificate", true); try { STAR::OutputStreamImpl* _star_out = _star_stub->_STAR_prePrepareHeader(_star_down); try { _star_out -> write_string(_star_a0); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_marshalEx(_star_down, _star_ex); } _star_stub->_STAR_postPrepareHeader(_star_down); _star_stub->_STAR_request(_star_down); bool _star_uex; STAR::InputStreamImpl* _star_in = _star_stub->_STAR_preRemoveHeader(_star_down, _star_uex); if(_star_uex) { _star_stub->_STAR_postRemoveHeader(_star_down); } else { CORBA::Boolean _star_r; try { _star_r = _star_in -> read_boolean(); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_unmarshalEx(_star_down, _star_ex); } _star_stub->_STAR_postRemoveHeader(_star_down); return _star_r; } } catch(const STAR::FailureException& _star_ex) { _star_stub->_STAR_handleNetworkFailureException(_star_down, _star_ex); } } } else { throw CORBA::INV_OBJREF(); } } catch(const STAR::ExceptionBase& _star_ex) { _STAR_handleException(_star_ex, _star_retry); } } } // // Operation declare ::BankAccount::requery // CORBA::Double BankAccount::requery() { bool _star_retry = true; while(true) { STAR::StubBase_var _star_stubBase = _STAR_getStub(); try { STAR::MarshalStub_ptr _star_stub = dynamic_cast<STAR::MarshalStub_ptr>(_star_stubBase.in()); if (_star_stub!=NULL) { for(;;) { STAR::Downcall_var _star_down = _star_stub->_STAR_createDowncall("requery", true); try { _star_stub->_STAR_prePrepareHeader(_star_down); _star_stub->_STAR_postPrepareHeader(_star_down); _star_stub->_STAR_request(_star_down); bool _star_uex; STAR::InputStreamImpl* _star_in = _star_stub->_STAR_preRemoveHeader(_star_down, _star_uex); if(_star_uex) { _star_stub->_STAR_postRemoveHeader(_star_down); } else { CORBA::Double _star_r; try { _star_r = _star_in -> read_double(); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_unmarshalEx(_star_down, _star_ex); } _star_stub->_STAR_postRemoveHeader(_star_down); return _star_r; } } catch(const STAR::FailureException& _star_ex) { _star_stub->_STAR_handleNetworkFailureException(_star_down, _star_ex); } } } else { throw CORBA::INV_OBJREF(); } } catch(const STAR::ExceptionBase& _star_ex) { _STAR_handleException(_star_ex, _star_retry); } } } // // Operation declare ::BankAccount::withdraw // CORBA::Boolean BankAccount::withdraw(CORBA::Short _star_a0) { bool _star_retry = true; while(true) { STAR::StubBase_var _star_stubBase = _STAR_getStub(); try { STAR::MarshalStub_ptr _star_stub = dynamic_cast<STAR::MarshalStub_ptr>(_star_stubBase.in()); if (_star_stub!=NULL) { for(;;) { STAR::Downcall_var _star_down = _star_stub->_STAR_createDowncall("withdraw", true); try { STAR::OutputStreamImpl* _star_out = _star_stub->_STAR_prePrepareHeader(_star_down); try { _star_out -> write_short(_star_a0); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_marshalEx(_star_down, _star_ex); } _star_stub->_STAR_postPrepareHeader(_star_down); _star_stub->_STAR_request(_star_down); bool _star_uex; STAR::InputStreamImpl* _star_in = _star_stub->_STAR_preRemoveHeader(_star_down, _star_uex); if(_star_uex) { _star_stub->_STAR_postRemoveHeader(_star_down); } else { CORBA::Boolean _star_r; try { _star_r = _star_in -> read_boolean(); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_unmarshalEx(_star_down, _star_ex); } _star_stub->_STAR_postRemoveHeader(_star_down); return _star_r; } } catch(const STAR::FailureException& _star_ex) { _star_stub->_STAR_handleNetworkFailureException(_star_down, _star_ex); } } } else { throw CORBA::INV_OBJREF(); } } catch(const STAR::ExceptionBase& _star_ex) { _STAR_handleException(_star_ex, _star_retry); } } } // // Operation declare ::BankAccount::deposit // CORBA::Boolean BankAccount::deposit(CORBA::Short _star_a0) { bool _star_retry = true; while(true) { STAR::StubBase_var _star_stubBase = _STAR_getStub(); try { STAR::MarshalStub_ptr _star_stub = dynamic_cast<STAR::MarshalStub_ptr>(_star_stubBase.in()); if (_star_stub!=NULL) { for(;;) { STAR::Downcall_var _star_down = _star_stub->_STAR_createDowncall("deposit", true); try { STAR::OutputStreamImpl* _star_out = _star_stub->_STAR_prePrepareHeader(_star_down); try { _star_out -> write_short(_star_a0); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_marshalEx(_star_down, _star_ex); } _star_stub->_STAR_postPrepareHeader(_star_down); _star_stub->_STAR_request(_star_down); bool _star_uex; STAR::InputStreamImpl* _star_in = _star_stub->_STAR_preRemoveHeader(_star_down, _star_uex); if(_star_uex) { _star_stub->_STAR_postRemoveHeader(_star_down); } else { CORBA::Boolean _star_r; try { _star_r = _star_in -> read_boolean(); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_unmarshalEx(_star_down, _star_ex); } _star_stub->_STAR_postRemoveHeader(_star_down); return _star_r; } } catch(const STAR::FailureException& _star_ex) { _star_stub->_STAR_handleNetworkFailureException(_star_down, _star_ex); } } } else { throw CORBA::INV_OBJREF(); } } catch(const STAR::ExceptionBase& _star_ex) { _STAR_handleException(_star_ex, _star_retry); } } } // // Operation declare ::BankAccount::alterPAW // CORBA::Boolean BankAccount::alterPAW(const char* _star_a0) { bool _star_retry = true; while(true) { STAR::StubBase_var _star_stubBase = _STAR_getStub(); try { STAR::MarshalStub_ptr _star_stub = dynamic_cast<STAR::MarshalStub_ptr>(_star_stubBase.in()); if (_star_stub!=NULL) { for(;;) { STAR::Downcall_var _star_down = _star_stub->_STAR_createDowncall("alterPAW", true); try { STAR::OutputStreamImpl* _star_out = _star_stub->_STAR_prePrepareHeader(_star_down); try { _star_out -> write_string(_star_a0); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_marshalEx(_star_down, _star_ex); } _star_stub->_STAR_postPrepareHeader(_star_down); _star_stub->_STAR_request(_star_down); bool _star_uex; STAR::InputStreamImpl* _star_in = _star_stub->_STAR_preRemoveHeader(_star_down, _star_uex); if(_star_uex) { _star_stub->_STAR_postRemoveHeader(_star_down); } else { CORBA::Boolean _star_r; try { _star_r = _star_in -> read_boolean(); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_unmarshalEx(_star_down, _star_ex); } _star_stub->_STAR_postRemoveHeader(_star_down); return _star_r; } } catch(const STAR::FailureException& _star_ex) { _star_stub->_STAR_handleNetworkFailureException(_star_down, _star_ex); } } } else { throw CORBA::INV_OBJREF(); } } catch(const STAR::ExceptionBase& _star_ex) { _STAR_handleException(_star_ex, _star_retry); } } } // // Operation declare ::BankAccount::leave // CORBA::Boolean BankAccount::leave() { bool _star_retry = true; while(true) { STAR::StubBase_var _star_stubBase = _STAR_getStub(); try { STAR::MarshalStub_ptr _star_stub = dynamic_cast<STAR::MarshalStub_ptr>(_star_stubBase.in()); if (_star_stub!=NULL) { for(;;) { STAR::Downcall_var _star_down = _star_stub->_STAR_createDowncall("leave", true); try { _star_stub->_STAR_prePrepareHeader(_star_down); _star_stub->_STAR_postPrepareHeader(_star_down); _star_stub->_STAR_request(_star_down); bool _star_uex; STAR::InputStreamImpl* _star_in = _star_stub->_STAR_preRemoveHeader(_star_down, _star_uex); if(_star_uex) { _star_stub->_STAR_postRemoveHeader(_star_down); } else { CORBA::Boolean _star_r; try { _star_r = _star_in -> read_boolean(); } catch(const CORBA::SystemException& _star_ex) { _star_stub->_STAR_unmarshalEx(_star_down, _star_ex); } _star_stub->_STAR_postRemoveHeader(_star_down); return _star_r; } } catch(const STAR::FailureException& _star_ex) { _star_stub->_STAR_handleNetworkFailureException(_star_down, _star_ex); } } } else { throw CORBA::INV_OBJREF(); } } catch(const STAR::ExceptionBase& _star_ex) { _STAR_handleException(_star_ex, _star_retry); } } }