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GeneticTT.cpp
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GeneticTT.cpp
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// **********************************************************************
//
// Generated by the ORBacus IDL-to-C++ Translator
//
// Copyright (c) 2005
// IONA Technologies, Inc.
// Waltham, MA, USA
//
// All Rights Reserved
//
// **********************************************************************
// Version: 4.3.3
#include <OB/CORBAClient.h>
#include <GeneticTT.h>
#ifndef OB_INTEGER_VERSION
# error No ORBacus version defined! Is <OB/CORBA.h> included?
#endif
#ifndef OB_NO_VERSION_CHECK
# if (OB_INTEGER_VERSION != 4030300L)
# error ORBacus version mismatch!
# endif
#endif
namespace Genetic
{
::OB::TypeCodeConst _tc_LongSeq(
"017749f0150000004000000001ffffff1800000049444c3a47656e657469632f4c6f6e6753657"
"13a312e3000080000004c6f6e6753657100130000000c000000011e06df0300000000000000"
);
::OB::TypeCodeConst _tc_PeriodSeq(
"017749f0150000008c00000001ffffff1a00000049444c3a47656e657469632f506572696f645"
"365713a312e300000000a000000506572696f6453657100000013000000500000000100000015"
"00000040000000017f00001800000049444c3a47656e657469632f4c6f6e675365713a312e300"
"0080000004c6f6e6753657100130000000c000000018b0502030000000000000000000000"
);
::OB::TypeCodeConst _tc_IndividualSeq(
"017749f015000000e000000001ffffff1e00000049444c3a47656e657469632f496e646976696"
"475616c5365713a312e300000000e000000496e646976696475616c536571000000130000009c"
"00000001000000150000008c00000001444c3a1a00000049444c3a47656e657469632f5065726"
"96f645365713a312e300071000a000000506572696f6453657100000013000000500000000147"
"0402150000004000000001ffffff1800000049444c3a47656e657469632f4c6f6e675365713a3"
"12e3000080000004c6f6e6753657100130000000c0000000140a9f00300000000000000000000"
"0000000000"
);
::OB::TypeCodeConst _tc_Tuple(
"017749f00f0000007400000001ffffff1600000049444c3a47656e657469632f5475706c653a3"
"12e30005365060000005475706c6500000004000000080000007475706c654944000300000008"
"000000636c617373494400030000000a000000746561636865724944006e65030000000700000"
"0726f6f6d4944002e03000000"
);
::OB::TypeCodeConst _tc_TupleSeq(
"01cf71ef15000000c0000000010000001900000049444c3a47656e657469632f5475706c65536"
"5713a312e3000000000090000005475706c655365710000000013000000840000000140a9f00f"
"00000074000000017f00001600000049444c3a47656e657469632f5475706c653a312e3000a90"
"0060000005475706c6500000004000000080000007475706c654944000300000008000000636c"
"617373494400030000000a00000074656163686572494400f1f00300000007000000726f6f6d4"
"94400020300000000000000"
);
::OB::TypeCodeConst _tc_GeneticTimeTable(
"01cf71ef0e00000041000000010000002100000049444c3a47656e657469632f47656e6574696"
"354696d655461626c653a312e300075706c1100000047656e6574696354696d655461626c6500"
);
} // End of namespace Genetic
//
// IDL:Genetic/LongSeq:1.0
//
void
Genetic::OBInfo_LongSeq::marshal(const void* _ob_v, OB::OutputStreamImpl* _ob_out) const
{
const ::Genetic::LongSeq& _ob_seq = *(const ::Genetic::LongSeq*)_ob_v;
::CORBA::ULong _ob_len0 = _ob_seq.length();
_ob_out -> write_ulong(_ob_len0);
_ob_out -> write_long_array(_ob_seq.get_buffer(), _ob_len0);
}
void
Genetic::OBInfo_LongSeq::unmarshal(void* _ob_v, OB::InputStreamImpl* _ob_in) const
{
::Genetic::LongSeq& _ob_seq = *(::Genetic::LongSeq*)_ob_v;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
_ob_seq.length(_ob_len0);
_ob_in -> read_long_array(_ob_seq.get_buffer(), _ob_len0);
}
void
operator<<=(::CORBA::Any& any, Genetic::LongSeq* v)
{
static const Genetic::OBInfo_LongSeq info;
any.replace(Genetic::_tc_LongSeq, v, true, &info);
}
void
operator<<=(::CORBA::Any& any, const Genetic::LongSeq& v)
{
any <<= new Genetic::LongSeq(v);
}
::CORBA::Boolean
operator>>=(const ::CORBA::Any& any, const Genetic::LongSeq*& v)
{
if(any.check_type(Genetic::_tc_LongSeq))
{
if(!any.info())
{
OB::InputStream_var _ob_in = any.create_input_stream();
Genetic::LongSeq* val = new Genetic::LongSeq;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
(*val).length(_ob_len0);
_ob_in -> read_long_array((*val).get_buffer(), _ob_len0);
(::CORBA::Any&)any <<= val;
}
v = (Genetic::LongSeq*)any.value();
return true;
}
else
return false;
}
//
// IDL:Genetic/PeriodSeq:1.0
//
void
Genetic::OBInfo_PeriodSeq::marshal(const void* _ob_v, OB::OutputStreamImpl* _ob_out) const
{
const ::Genetic::PeriodSeq& _ob_seq = *(const ::Genetic::PeriodSeq*)_ob_v;
::CORBA::ULong _ob_len0 = _ob_seq.length();
_ob_out -> write_ulong(_ob_len0);
::Genetic::LongSeq const * _ob_buf0 = _ob_seq.get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::CORBA::ULong _ob_len1 = _ob_buf0[_ob_i0].length();
_ob_out -> write_ulong(_ob_len1);
_ob_out -> write_long_array(_ob_buf0[_ob_i0].get_buffer(), _ob_len1);
}
}
void
Genetic::OBInfo_PeriodSeq::unmarshal(void* _ob_v, OB::InputStreamImpl* _ob_in) const
{
::Genetic::PeriodSeq& _ob_seq = *(::Genetic::PeriodSeq*)_ob_v;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
_ob_seq.length(_ob_len0);
::Genetic::LongSeq * _ob_buf0 = _ob_seq.get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::CORBA::ULong _ob_len1 = _ob_in -> read_ulong();
_ob_buf0[_ob_i0].length(_ob_len1);
_ob_in -> read_long_array(_ob_buf0[_ob_i0].get_buffer(), _ob_len1);
}
}
void
operator<<=(::CORBA::Any& any, Genetic::PeriodSeq* v)
{
static const Genetic::OBInfo_PeriodSeq info;
any.replace(Genetic::_tc_PeriodSeq, v, true, &info);
}
void
operator<<=(::CORBA::Any& any, const Genetic::PeriodSeq& v)
{
any <<= new Genetic::PeriodSeq(v);
}
::CORBA::Boolean
operator>>=(const ::CORBA::Any& any, const Genetic::PeriodSeq*& v)
{
if(any.check_type(Genetic::_tc_PeriodSeq))
{
if(!any.info())
{
OB::InputStream_var _ob_in = any.create_input_stream();
Genetic::PeriodSeq* val = new Genetic::PeriodSeq;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
(*val).length(_ob_len0);
::Genetic::LongSeq * _ob_buf0 = (*val).get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::CORBA::ULong _ob_len1 = _ob_in -> read_ulong();
_ob_buf0[_ob_i0].length(_ob_len1);
_ob_in -> read_long_array(_ob_buf0[_ob_i0].get_buffer(), _ob_len1);
}
(::CORBA::Any&)any <<= val;
}
v = (Genetic::PeriodSeq*)any.value();
return true;
}
else
return false;
}
//
// IDL:Genetic/IndividualSeq:1.0
//
void
Genetic::OBInfo_IndividualSeq::marshal(const void* _ob_v, OB::OutputStreamImpl* _ob_out) const
{
const ::Genetic::IndividualSeq& _ob_seq = *(const ::Genetic::IndividualSeq*)_ob_v;
::CORBA::ULong _ob_len0 = _ob_seq.length();
_ob_out -> write_ulong(_ob_len0);
::Genetic::PeriodSeq const * _ob_buf0 = _ob_seq.get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::CORBA::ULong _ob_len1 = _ob_buf0[_ob_i0].length();
_ob_out -> write_ulong(_ob_len1);
::Genetic::LongSeq const * _ob_buf1 = _ob_buf0[_ob_i0].get_buffer();
for(::CORBA::ULong _ob_i1 = 0 ; _ob_i1 < _ob_len1 ; _ob_i1++)
{
::CORBA::ULong _ob_len2 = _ob_buf1[_ob_i1].length();
_ob_out -> write_ulong(_ob_len2);
_ob_out -> write_long_array(_ob_buf1[_ob_i1].get_buffer(), _ob_len2);
}
}
}
void
Genetic::OBInfo_IndividualSeq::unmarshal(void* _ob_v, OB::InputStreamImpl* _ob_in) const
{
::Genetic::IndividualSeq& _ob_seq = *(::Genetic::IndividualSeq*)_ob_v;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
_ob_seq.length(_ob_len0);
::Genetic::PeriodSeq * _ob_buf0 = _ob_seq.get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::CORBA::ULong _ob_len1 = _ob_in -> read_ulong();
_ob_buf0[_ob_i0].length(_ob_len1);
::Genetic::LongSeq * _ob_buf1 = _ob_buf0[_ob_i0].get_buffer();
for(::CORBA::ULong _ob_i1 = 0 ; _ob_i1 < _ob_len1 ; _ob_i1++)
{
::CORBA::ULong _ob_len2 = _ob_in -> read_ulong();
_ob_buf1[_ob_i1].length(_ob_len2);
_ob_in -> read_long_array(_ob_buf1[_ob_i1].get_buffer(), _ob_len2);
}
}
}
void
operator<<=(::CORBA::Any& any, Genetic::IndividualSeq* v)
{
static const Genetic::OBInfo_IndividualSeq info;
any.replace(Genetic::_tc_IndividualSeq, v, true, &info);
}
void
operator<<=(::CORBA::Any& any, const Genetic::IndividualSeq& v)
{
any <<= new Genetic::IndividualSeq(v);
}
::CORBA::Boolean
operator>>=(const ::CORBA::Any& any, const Genetic::IndividualSeq*& v)
{
if(any.check_type(Genetic::_tc_IndividualSeq))
{
if(!any.info())
{
OB::InputStream_var _ob_in = any.create_input_stream();
Genetic::IndividualSeq* val = new Genetic::IndividualSeq;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
(*val).length(_ob_len0);
::Genetic::PeriodSeq * _ob_buf0 = (*val).get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::CORBA::ULong _ob_len1 = _ob_in -> read_ulong();
_ob_buf0[_ob_i0].length(_ob_len1);
::Genetic::LongSeq * _ob_buf1 = _ob_buf0[_ob_i0].get_buffer();
for(::CORBA::ULong _ob_i1 = 0 ; _ob_i1 < _ob_len1 ; _ob_i1++)
{
::CORBA::ULong _ob_len2 = _ob_in -> read_ulong();
_ob_buf1[_ob_i1].length(_ob_len2);
_ob_in -> read_long_array(_ob_buf1[_ob_i1].get_buffer(), _ob_len2);
}
}
(::CORBA::Any&)any <<= val;
}
v = (Genetic::IndividualSeq*)any.value();
return true;
}
else
return false;
}
//
// IDL:Genetic/Tuple:1.0
//
void
Genetic::Tuple::_OB_marshal(OB::OutputStreamImpl* _ob_out) const
{
_ob_out -> write_long(tupleID);
_ob_out -> write_long(classID);
_ob_out -> write_long(teacherID);
_ob_out -> write_long(roomID);
}
void
Genetic::Tuple::_OB_unmarshal(Tuple& _ob_v, OB::InputStreamImpl* _ob_in)
{
_ob_v.tupleID = _ob_in -> read_long();
_ob_v.classID = _ob_in -> read_long();
_ob_v.teacherID = _ob_in -> read_long();
_ob_v.roomID = _ob_in -> read_long();
}
void
operator<<=(::CORBA::Any& any, Genetic::Tuple* v)
{
static const OB::Info< Genetic::Tuple > info;
any.replace(Genetic::_tc_Tuple, v, true, &info);
}
void
operator<<=(::CORBA::Any& any, const Genetic::Tuple& v)
{
any <<= new Genetic::Tuple(v);
}
::CORBA::Boolean
operator>>=(const ::CORBA::Any& any, const Genetic::Tuple*& v)
{
if(any.check_type(Genetic::_tc_Tuple))
{
if(!any.info())
{
OB::InputStream_var _ob_in = any.create_input_stream();
Genetic::Tuple* val = new Genetic::Tuple;
Genetic::Tuple::_OB_unmarshal(*val, _ob_in);
(::CORBA::Any&)any <<= val;
}
v = (Genetic::Tuple*)any.value();
return true;
}
else
return false;
}
//
// IDL:Genetic/TupleSeq:1.0
//
void
Genetic::OBInfo_TupleSeq::marshal(const void* _ob_v, OB::OutputStreamImpl* _ob_out) const
{
const ::Genetic::TupleSeq& _ob_seq = *(const ::Genetic::TupleSeq*)_ob_v;
::CORBA::ULong _ob_len0 = _ob_seq.length();
_ob_out -> write_ulong(_ob_len0);
::Genetic::Tuple const * _ob_buf0 = _ob_seq.get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
_ob_buf0[_ob_i0]._OB_marshal(_ob_out);
}
}
void
Genetic::OBInfo_TupleSeq::unmarshal(void* _ob_v, OB::InputStreamImpl* _ob_in) const
{
::Genetic::TupleSeq& _ob_seq = *(::Genetic::TupleSeq*)_ob_v;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
_ob_seq.length(_ob_len0);
::Genetic::Tuple * _ob_buf0 = _ob_seq.get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::Genetic::Tuple::_OB_unmarshal(_ob_buf0[_ob_i0], _ob_in);
}
}
void
operator<<=(::CORBA::Any& any, Genetic::TupleSeq* v)
{
static const Genetic::OBInfo_TupleSeq info;
any.replace(Genetic::_tc_TupleSeq, v, true, &info);
}
void
operator<<=(::CORBA::Any& any, const Genetic::TupleSeq& v)
{
any <<= new Genetic::TupleSeq(v);
}
::CORBA::Boolean
operator>>=(const ::CORBA::Any& any, const Genetic::TupleSeq*& v)
{
if(any.check_type(Genetic::_tc_TupleSeq))
{
if(!any.info())
{
OB::InputStream_var _ob_in = any.create_input_stream();
Genetic::TupleSeq* val = new Genetic::TupleSeq;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
(*val).length(_ob_len0);
::Genetic::Tuple * _ob_buf0 = (*val).get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::Genetic::Tuple::_OB_unmarshal(_ob_buf0[_ob_i0], _ob_in);
}
(::CORBA::Any&)any <<= val;
}
v = (Genetic::TupleSeq*)any.value();
return true;
}
else
return false;
}
//
// IDL:Genetic/GeneticTimeTable:1.0
//
const char* Genetic::GeneticTimeTable::ids_[] =
{
"IDL:Genetic/GeneticTimeTable:1.0",
0
};
void
OBDuplicate(Genetic::GeneticTimeTable_ptr p)
{
if(p)
p -> _add_ref();
}
void
OBRelease(Genetic::GeneticTimeTable_ptr p)
{
if(p)
p -> _remove_ref();
}
Genetic::GeneticTimeTable_ptr
Genetic::GeneticTimeTable::_narrow(::CORBA::Object_ptr p)
{
if(!::CORBA::is_nil(p))
{
GeneticTimeTable_ptr v =
dynamic_cast< GeneticTimeTable_ptr >(p);
if(v)
return _duplicate(v);
if(p -> _is_a(ids_[0]))
{
OBProxy_Genetic::GeneticTimeTable* val = new OBProxy_Genetic::GeneticTimeTable;
val -> _OB_copyFrom(p);
return val;
}
}
return _nil();
}
Genetic::GeneticTimeTable_ptr
Genetic::GeneticTimeTable::_narrow(::CORBA::AbstractBase_ptr p)
{
if(!::CORBA::is_nil(p))
{
GeneticTimeTable_ptr v =
dynamic_cast< GeneticTimeTable_ptr >(p);
if(v)
return _duplicate(v);
::CORBA::Object_var obj = p -> _to_object();
return _narrow(obj);
}
return _nil();
}
Genetic::GeneticTimeTable_ptr
Genetic::GeneticTimeTable::_unchecked_narrow(::CORBA::Object_ptr p)
{
if(!::CORBA::is_nil(p))
{
GeneticTimeTable_ptr v =
dynamic_cast< GeneticTimeTable_ptr >(p);
if(v)
return _duplicate(v);
OBProxy_Genetic::GeneticTimeTable* val = new OBProxy_Genetic::GeneticTimeTable;
val -> _OB_copyFrom(p);
return val;
}
return _nil();
}
Genetic::GeneticTimeTable_ptr
Genetic::GeneticTimeTable::_unchecked_narrow(::CORBA::AbstractBase_ptr p)
{
if(!::CORBA::is_nil(p))
{
::CORBA::Object_var obj = p -> _to_object();
return _unchecked_narrow(obj);
}
return _nil();
}
const char**
Genetic::GeneticTimeTable::_OB_staticIds()
{
return ids_;
}
void
OBMarshal(Genetic::GeneticTimeTable_ptr _ob_v, OB::OutputStreamImpl* _ob_out)
{
_ob_out -> write_Object(_ob_v);
}
void
OBUnmarshal(Genetic::GeneticTimeTable_ptr& _ob_v, OB::InputStreamImpl* _ob_in)
{
Genetic::GeneticTimeTable_var old = _ob_v;
::CORBA::Object_var p = _ob_in -> read_Object();
if(!::CORBA::is_nil(p))
{
OBProxy_Genetic::GeneticTimeTable* _ob_obj = new OBProxy_Genetic::GeneticTimeTable;
_ob_obj -> _OB_copyFrom(p);
_ob_v = _ob_obj;
}
else
_ob_v = Genetic::GeneticTimeTable::_nil();
}
void
operator<<=(::CORBA::Any& any, Genetic::GeneticTimeTable_ptr* v)
{
any.replace(Genetic::_tc_GeneticTimeTable, (::CORBA::Object_ptr)*v, true);
}
void
operator<<=(::CORBA::Any& any, Genetic::GeneticTimeTable_ptr v)
{
Genetic::GeneticTimeTable_ptr val = Genetic::GeneticTimeTable::_duplicate(v);
any <<= &val;
}
::CORBA::Boolean
operator>>=(const ::CORBA::Any& any, Genetic::GeneticTimeTable_ptr& v)
{
if(any.check_type(Genetic::_tc_GeneticTimeTable))
{
::CORBA::Object_ptr val = (::CORBA::Object_ptr)any.value();
if(!::CORBA::is_nil(val))
{
if(!(v = dynamic_cast< Genetic::GeneticTimeTable_ptr >(val)))
{
OBProxy_Genetic::GeneticTimeTable* obj = new OBProxy_Genetic::GeneticTimeTable;
obj -> _OB_copyFrom(val);
v = obj;
(::CORBA::Any&)any <<= &v;
}
}
else
v = Genetic::GeneticTimeTable::_nil();
return true;
}
else
return false;
}
//
// IDL:Genetic/GeneticTimeTable:1.0
//
OB::MarshalStubImpl_ptr
OBProxy_Genetic::GeneticTimeTable::_OB_createMarshalStubImpl()
{
return new OBMarshalStubImpl_Genetic::GeneticTimeTable;
}
const char**
OBProxy_Genetic::GeneticTimeTable::_OB_ids() const
{
return ::Genetic::GeneticTimeTable::ids_;
}
//
// IDL:Genetic/GeneticTimeTable/updateParameters:1.0
//
void
OBProxy_Genetic::GeneticTimeTable::updateParameters(::CORBA::Long _ob_a0,
::CORBA::Long _ob_a1,
::CORBA::Long _ob_a2)
{
::CORBA::ULong _ob_retry = 0, _ob_hop = 0;
while(true)
{
try
{
OB::StubImplBase_var _ob_stubImplBase = _OB_getStubImpl();
OBStubImpl_Genetic::GeneticTimeTable_ptr _ob_stubImpl =
dynamic_cast< OBStubImpl_Genetic::GeneticTimeTable_ptr>(_ob_stubImplBase.in());
_ob_stubImpl -> updateParameters(_ob_a0, _ob_a1, _ob_a2);
return;
}
catch(const OB::ExceptionBase& _ob_ex)
{
_OB_handleException(_ob_ex, _ob_retry, _ob_hop);
}
}
}
//
// IDL:Genetic/GeneticTimeTable/getRandomPopulation:1.0
//
::Genetic::IndividualSeq*
OBProxy_Genetic::GeneticTimeTable::getRandomPopulation(::CORBA::Long _ob_a0,
::CORBA::Float_out _ob_a1)
{
::CORBA::ULong _ob_retry = 0, _ob_hop = 0;
while(true)
{
try
{
OB::StubImplBase_var _ob_stubImplBase = _OB_getStubImpl();
OBStubImpl_Genetic::GeneticTimeTable_ptr _ob_stubImpl =
dynamic_cast< OBStubImpl_Genetic::GeneticTimeTable_ptr>(_ob_stubImplBase.in());
return _ob_stubImpl -> getRandomPopulation(_ob_a0, _ob_a1);
}
catch(const OB::ExceptionBase& _ob_ex)
{
_OB_handleException(_ob_ex, _ob_retry, _ob_hop);
}
}
}
//
// IDL:Genetic/GeneticTimeTable/mate:1.0
//
::Genetic::IndividualSeq*
OBProxy_Genetic::GeneticTimeTable::mate(::CORBA::Long _ob_a0,
::CORBA::Float_out _ob_a1,
::CORBA::Long_out _ob_a2)
{
::CORBA::ULong _ob_retry = 0, _ob_hop = 0;
while(true)
{
try
{
OB::StubImplBase_var _ob_stubImplBase = _OB_getStubImpl();
OBStubImpl_Genetic::GeneticTimeTable_ptr _ob_stubImpl =
dynamic_cast< OBStubImpl_Genetic::GeneticTimeTable_ptr>(_ob_stubImplBase.in());
return _ob_stubImpl -> mate(_ob_a0, _ob_a1, _ob_a2);
}
catch(const OB::ExceptionBase& _ob_ex)
{
_OB_handleException(_ob_ex, _ob_retry, _ob_hop);
}
}
}
//
// IDL:Genetic/GeneticTimeTable/tuples:1.0
//
::Genetic::TupleSeq*
OBProxy_Genetic::GeneticTimeTable::tuples()
{
::CORBA::ULong _ob_retry = 0, _ob_hop = 0;
while(true)
{
try
{
OB::StubImplBase_var _ob_stubImplBase = _OB_getStubImpl();
OBStubImpl_Genetic::GeneticTimeTable_ptr _ob_stubImpl =
dynamic_cast< OBStubImpl_Genetic::GeneticTimeTable_ptr>(_ob_stubImplBase.in());
return _ob_stubImpl -> tuples();
}
catch(const OB::ExceptionBase& _ob_ex)
{
_OB_handleException(_ob_ex, _ob_retry, _ob_hop);
}
}
}
void
OBProxy_Genetic::GeneticTimeTable::tuples(const ::Genetic::TupleSeq& _ob_a)
{
::CORBA::ULong _ob_retry = 0, _ob_hop = 0;
while(true)
{
try
{
OB::StubImplBase_var _ob_stubImplBase = _OB_getStubImpl();
OBStubImpl_Genetic::GeneticTimeTable_ptr _ob_stubImpl =
dynamic_cast< OBStubImpl_Genetic::GeneticTimeTable_ptr>(_ob_stubImplBase.in());
_ob_stubImpl -> tuples(_ob_a);
return;
}
catch(const OB::ExceptionBase& _ob_ex)
{
_OB_handleException(_ob_ex, _ob_retry, _ob_hop);
}
}
}
//
// IDL:Genetic/GeneticTimeTable/population:1.0
//
::Genetic::IndividualSeq*
OBProxy_Genetic::GeneticTimeTable::population()
{
::CORBA::ULong _ob_retry = 0, _ob_hop = 0;
while(true)
{
try
{
OB::StubImplBase_var _ob_stubImplBase = _OB_getStubImpl();
OBStubImpl_Genetic::GeneticTimeTable_ptr _ob_stubImpl =
dynamic_cast< OBStubImpl_Genetic::GeneticTimeTable_ptr>(_ob_stubImplBase.in());
return _ob_stubImpl -> population();
}
catch(const OB::ExceptionBase& _ob_ex)
{
_OB_handleException(_ob_ex, _ob_retry, _ob_hop);
}
}
}
void
OBProxy_Genetic::GeneticTimeTable::population(const ::Genetic::IndividualSeq& _ob_a)
{
::CORBA::ULong _ob_retry = 0, _ob_hop = 0;
while(true)
{
try
{
OB::StubImplBase_var _ob_stubImplBase = _OB_getStubImpl();
OBStubImpl_Genetic::GeneticTimeTable_ptr _ob_stubImpl =
dynamic_cast< OBStubImpl_Genetic::GeneticTimeTable_ptr>(_ob_stubImplBase.in());
_ob_stubImpl -> population(_ob_a);
return;
}
catch(const OB::ExceptionBase& _ob_ex)
{
_OB_handleException(_ob_ex, _ob_retry, _ob_hop);
}
}
}
//
// IDL:Genetic/GeneticTimeTable:1.0
//
void
OBDuplicate(OBStubImpl_Genetic::GeneticTimeTable_ptr p)
{
if(p)
p -> _OB_incRef();
}
void
OBRelease(OBStubImpl_Genetic::GeneticTimeTable_ptr p)
{
if(p)
p -> _OB_decRef();
}
//
// IDL:Genetic/GeneticTimeTable/updateParameters:1.0
//
void
OBMarshalStubImpl_Genetic::GeneticTimeTable::updateParameters(::CORBA::Long _ob_a0,
::CORBA::Long _ob_a1,
::CORBA::Long _ob_a2)
{
while(true)
{
OB::Downcall_var _ob_down = _OB_createDowncall("updateParameters", true);
try
{
OB::OutputStreamImpl* _ob_out = _OB_preMarshal(_ob_down);
try
{
_ob_out -> write_long(_ob_a0);
_ob_out -> write_long(_ob_a1);
_ob_out -> write_long(_ob_a2);
}
catch(const ::CORBA::SystemException& _ob_ex)
{
_OB_marshalEx(_ob_down, _ob_ex);
}
_OB_postMarshal(_ob_down);
_OB_request(_ob_down);
_OB_preUnmarshal(_ob_down);
_OB_postUnmarshal(_ob_down);
return;
}
catch(const OB::FailureException& _ob_ex)
{
_OB_handleFailureException(_ob_down, _ob_ex);
}
}
}
//
// IDL:Genetic/GeneticTimeTable/getRandomPopulation:1.0
//
::Genetic::IndividualSeq*
OBMarshalStubImpl_Genetic::GeneticTimeTable::getRandomPopulation(::CORBA::Long _ob_a0,
::CORBA::Float_out _ob_a1)
{
while(true)
{
OB::Downcall_var _ob_down = _OB_createDowncall("getRandomPopulation", true);
try
{
OB::OutputStreamImpl* _ob_out = _OB_preMarshal(_ob_down);
try
{
_ob_out -> write_long(_ob_a0);
}
catch(const ::CORBA::SystemException& _ob_ex)
{
_OB_marshalEx(_ob_down, _ob_ex);
}
_OB_postMarshal(_ob_down);
_OB_request(_ob_down);
bool _ob_uex;
OB::InputStreamImpl* _ob_in = _OB_preUnmarshal(_ob_down, _ob_uex);
if(_ob_uex)
{
_OB_postUnmarshal(_ob_down);
}
else
{
::Genetic::IndividualSeq_var _ob_r;
try
{
_ob_r = new ::Genetic::IndividualSeq;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
_ob_r -> length(_ob_len0);
::Genetic::PeriodSeq * _ob_buf0 = _ob_r -> get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::CORBA::ULong _ob_len1 = _ob_in -> read_ulong();
_ob_buf0[_ob_i0].length(_ob_len1);
::Genetic::LongSeq * _ob_buf1 = _ob_buf0[_ob_i0].get_buffer();
for(::CORBA::ULong _ob_i1 = 0 ; _ob_i1 < _ob_len1 ; _ob_i1++)
{
::CORBA::ULong _ob_len2 = _ob_in -> read_ulong();
_ob_buf1[_ob_i1].length(_ob_len2);
_ob_in -> read_long_array(_ob_buf1[_ob_i1].get_buffer(), _ob_len2);
}
}
_ob_a1 = _ob_in -> read_float();
}
catch(const ::CORBA::SystemException& _ob_ex)
{
_OB_unmarshalEx(_ob_down, _ob_ex);
}
_OB_postUnmarshal(_ob_down);
return _ob_r._retn();
}
}
catch(const OB::FailureException& _ob_ex)
{
_OB_handleFailureException(_ob_down, _ob_ex);
}
}
}
//
// IDL:Genetic/GeneticTimeTable/mate:1.0
//
::Genetic::IndividualSeq*
OBMarshalStubImpl_Genetic::GeneticTimeTable::mate(::CORBA::Long _ob_a0,
::CORBA::Float_out _ob_a1,
::CORBA::Long_out _ob_a2)
{
while(true)
{
OB::Downcall_var _ob_down = _OB_createDowncall("mate", true);
try
{
OB::OutputStreamImpl* _ob_out = _OB_preMarshal(_ob_down);
try
{
_ob_out -> write_long(_ob_a0);
}
catch(const ::CORBA::SystemException& _ob_ex)
{
_OB_marshalEx(_ob_down, _ob_ex);
}
_OB_postMarshal(_ob_down);
_OB_request(_ob_down);
bool _ob_uex;
OB::InputStreamImpl* _ob_in = _OB_preUnmarshal(_ob_down, _ob_uex);
if(_ob_uex)
{
_OB_postUnmarshal(_ob_down);
}
else
{
::Genetic::IndividualSeq_var _ob_r;
try
{
_ob_r = new ::Genetic::IndividualSeq;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
_ob_r -> length(_ob_len0);
::Genetic::PeriodSeq * _ob_buf0 = _ob_r -> get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::CORBA::ULong _ob_len1 = _ob_in -> read_ulong();
_ob_buf0[_ob_i0].length(_ob_len1);
::Genetic::LongSeq * _ob_buf1 = _ob_buf0[_ob_i0].get_buffer();
for(::CORBA::ULong _ob_i1 = 0 ; _ob_i1 < _ob_len1 ; _ob_i1++)
{
::CORBA::ULong _ob_len2 = _ob_in -> read_ulong();
_ob_buf1[_ob_i1].length(_ob_len2);
_ob_in -> read_long_array(_ob_buf1[_ob_i1].get_buffer(), _ob_len2);
}
}
_ob_a1 = _ob_in -> read_float();
_ob_a2 = _ob_in -> read_long();
}
catch(const ::CORBA::SystemException& _ob_ex)
{
_OB_unmarshalEx(_ob_down, _ob_ex);
}
_OB_postUnmarshal(_ob_down);
return _ob_r._retn();
}
}
catch(const OB::FailureException& _ob_ex)
{
_OB_handleFailureException(_ob_down, _ob_ex);
}
}
}
//
// IDL:Genetic/GeneticTimeTable/tuples:1.0
//
::Genetic::TupleSeq*
OBMarshalStubImpl_Genetic::GeneticTimeTable::tuples()
{
while(true)
{
OB::Downcall_var _ob_down = _OB_createDowncall("_get_tuples", true);
try
{
_OB_preMarshal(_ob_down);
_OB_postMarshal(_ob_down);
_OB_request(_ob_down);
OB::InputStreamImpl* _ob_in = _OB_preUnmarshal(_ob_down);
::Genetic::TupleSeq_var _ob_r;
try
{
_ob_r = new ::Genetic::TupleSeq;
::CORBA::ULong _ob_len0 = _ob_in -> read_ulong();
_ob_r -> length(_ob_len0);
::Genetic::Tuple * _ob_buf0 = _ob_r -> get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{
::Genetic::Tuple::_OB_unmarshal(_ob_buf0[_ob_i0], _ob_in);
}
}
catch(const ::CORBA::SystemException& _ob_ex)
{
_OB_unmarshalEx(_ob_down, _ob_ex);
}
_OB_postUnmarshal(_ob_down);
return _ob_r._retn();
}
catch(const OB::FailureException& _ob_ex)
{
_OB_handleFailureException(_ob_down, _ob_ex);
}
}
}
void
OBMarshalStubImpl_Genetic::GeneticTimeTable::tuples(const ::Genetic::TupleSeq& _ob_a0)
{
while(true)
{
OB::Downcall_var _ob_down = _OB_createDowncall("_set_tuples", true);
try
{
OB::OutputStreamImpl* _ob_out = _OB_preMarshal(_ob_down);
try
{
::CORBA::ULong _ob_len0 = _ob_a0.length();
_ob_out -> write_ulong(_ob_len0);
::Genetic::Tuple const * _ob_buf0 = _ob_a0.get_buffer();
for(::CORBA::ULong _ob_i0 = 0 ; _ob_i0 < _ob_len0 ; _ob_i0++)
{