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|
//=============================================================================
/**
* @file param_test_i.cpp
*
* $Id$
*
* @author Aniruddha Gokhale
*/
//=============================================================================
#include "param_test_i.h"
#include "tao/debug.h"
#include "ace/OS_NS_stdio.h"
#include "ace/OS_NS_wchar.h"
#include "ace/OS_NS_string.h"
// ********* class Coffee_i ****************
// Constructor
Coffee_i::Coffee_i (const char *name)
: name_ (name)
{
}
// Destructor
Coffee_i::~Coffee_i (void)
{
}
// get attribute
Coffee::Desc *
Coffee_i::description ( /*env*/)
{
Coffee::Desc *desc = new Coffee::Desc;
desc->name = CORBA::string_dup (this->name_.in ());
return desc;
}
// set attribute
void
Coffee_i::description (const Coffee::Desc &description
/*env*/)
{
this->name_ = CORBA::string_dup (description.name);
}
// ********* class Param_Test_i ****************
// Constructor
Param_Test_i::Param_Test_i (const char *coffee_name,
CORBA::ORB_ptr orb)
: orb_ (CORBA::ORB::_duplicate (orb)),
obj_ (coffee_name)
{
}
// Destructor
Param_Test_i::~Param_Test_i (void)
{
}
// test shorts
CORBA::Short
Param_Test_i::test_short (CORBA::Short s1,
CORBA::Short &s2,
CORBA::Short_out s3)
{
s2 = (CORBA::Short) (s1 * 2);
s3 = (CORBA::Short) (s1 * 3);
if (TAO_debug_level > 0)
{
ACE_DEBUG ((LM_DEBUG, "\n*=*=*=*SERVER SIDE=*=*=*=*=*=*=\n"));
ACE_DEBUG ((LM_DEBUG, " in = %d, inout = %d, out = %d\n",
s1, s2, s3));
}
return (CORBA::Short) (s1 * 4);
}
// test long long
CORBA::ULongLong
Param_Test_i::test_ulonglong (CORBA::ULongLong s1,
CORBA::ULongLong &s2,
CORBA::ULongLong_out s3)
{
s2 = s1 * 2;
s3 = s1 * 3;
return s1 * 4;
}
// test unbounded strings. For return and out types, we return duplicates of
// the in string. For the inout, we append the same string to itself and send
// it back
char *
Param_Test_i::test_unbounded_string (const char *s1,
char *&s2,
CORBA::String_out s3)
{
char *retstr = CORBA::string_dup (s1);
s3 = CORBA::string_dup (s1);
char *tmp = CORBA::string_alloc (2*ACE_OS::strlen (s2));
ACE_OS::sprintf (tmp, "%s%s", s2, s2);
CORBA::string_free (s2);
s2 = tmp;
return retstr;
}
// test bounded strings. For return and out types, we return duplicates of
// the in string. For the inout, we append the same string to itself and send
// it back
char *
Param_Test_i::test_bounded_string (const char *s1,
char *&s2,
CORBA::String_out s3)
{
char *retstr = CORBA::string_dup (s1);
s3 = CORBA::string_dup (s1);
char *tmp = CORBA::string_alloc (2*ACE_OS::strlen (s2));
ACE_OS::sprintf (tmp, "%s%s", s2, s2);
CORBA::string_free (s2);
s2 = tmp;
return retstr;
}
// test unbounded strings. For return and out types, we return duplicates of
// the in string. For the inout, we append the same string to itself and send
// it back
CORBA::WChar *
Param_Test_i::test_unbounded_wstring (const CORBA::WChar *ws1,
CORBA::WChar *&ws2,
CORBA::WString_out ws3)
{
CORBA::WChar *retwstr = CORBA::wstring_dup (ws1);
ws3 = CORBA::wstring_dup (ws1);
CORBA::ULong len = ACE_OS::wslen (ws2);
CORBA::WChar *tmp = CORBA::wstring_alloc (2*len);
for (CORBA::ULong i = 0; i < 2; i++)
for (CORBA::ULong j = 0; j < len; j++)
tmp[j + i*len] = ws2[j];
tmp[2*len] = 0;
CORBA::wstring_free (ws2);
ws2 = tmp;
return retwstr;
}
// test bounded strings. For return and out types, we return duplicates of
// the in string. For the inout, we append the same string to itself and send
// it back
CORBA::WChar *
Param_Test_i::test_bounded_wstring (const CORBA::WChar *ws1,
CORBA::WChar *&ws2,
CORBA::WString_out ws3)
{
CORBA::WChar *retwstr = CORBA::wstring_dup (ws1);
ws3 = CORBA::wstring_dup (ws1);
CORBA::ULong len = ACE_OS::wslen (ws2);
CORBA::WChar *tmp = CORBA::wstring_alloc (2*len);
for (CORBA::ULong i = 0; i < 2; i++)
for (CORBA::ULong j = 0; j < len; j++)
tmp[j + i*len] = ws2[j];
tmp[2*len] = 0;
CORBA::wstring_free (ws2);
ws2 = tmp;
return retwstr;
}
// test for fixed structures. Just copy the in parameter into all the others
Param_Test::Fixed_Struct
Param_Test_i::test_fixed_struct (const Param_Test::Fixed_Struct &s1,
Param_Test::Fixed_Struct &s2,
Param_Test::Fixed_Struct_out s3)
{
s2 = s1;
s3 = s1;
return s1;
}
// = Sequences
CORBA::LongSeq *
Param_Test_i::test_long_sequence (const CORBA::LongSeq & s1,
CORBA::LongSeq & s2,
CORBA::LongSeq_out s3)
{
CORBA::LongSeq
*ret = new CORBA::LongSeq,
*out = new CORBA::LongSeq;
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
CORBA::ShortSeq *
Param_Test_i::test_short_sequence (const CORBA::ShortSeq & s1,
CORBA::ShortSeq & s2,
CORBA::ShortSeq_out s3)
{
CORBA::ShortSeq
*ret = new CORBA::ShortSeq,
*out = new CORBA::ShortSeq;
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
Param_Test::Bounded_Short_Seq *
Param_Test_i::test_bounded_short_sequence (const Param_Test::Bounded_Short_Seq & s1,
Param_Test::Bounded_Short_Seq & s2,
Param_Test::Bounded_Short_Seq_out s3)
{
Param_Test::Bounded_Short_Seq
*ret = new Param_Test::Bounded_Short_Seq,
*out = new Param_Test::Bounded_Short_Seq;
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
Param_Test::Bounded_Long_Seq *
Param_Test_i::test_bounded_long_sequence (const Param_Test::Bounded_Long_Seq & s1,
Param_Test::Bounded_Long_Seq & s2,
Param_Test::Bounded_Long_Seq_out s3)
{
Param_Test::Bounded_Long_Seq
*ret = new Param_Test::Bounded_Long_Seq,
*out = new Param_Test::Bounded_Long_Seq;
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
CORBA::StringSeq *
Param_Test_i::test_strseq (const CORBA::StringSeq &s1,
CORBA::StringSeq &s2,
CORBA::StringSeq_out s3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
CORBA::StringSeq
*ret = new CORBA::StringSeq,
*out = new CORBA::StringSeq;
if (TAO_debug_level > 0)
{
ACE_DEBUG ((LM_DEBUG, "\n*=*=*=*SERVER SIDE=*=*=*=*=*=*=\n"));
for (CORBA::ULong i=0; (i < s2.length ()); i++)
{
ACE_DEBUG ((LM_DEBUG,
"Element #%d\n"
"in : %s\n",
i,
(s2[i]? (const char *)s2[i]:"<nul>")));
}
if (s2.length () == 0)
ACE_DEBUG ((LM_DEBUG, "\ninout sequence is NUL\n"));
}
// now copy all elements of s1 into the others using the assignment operator
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
Param_Test::Bounded_StrSeq *
Param_Test_i::test_bounded_strseq (const Param_Test::Bounded_StrSeq & s1,
Param_Test::Bounded_StrSeq & s2,
Param_Test::Bounded_StrSeq_out s3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
Param_Test::Bounded_StrSeq
*ret = new Param_Test::Bounded_StrSeq,
*out = new Param_Test::Bounded_StrSeq;
// now copy all elements of s1 into the others using the assignment operator
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
CORBA::WStringSeq *
Param_Test_i::test_wstrseq (const CORBA::WStringSeq &ws1,
CORBA::WStringSeq &ws2,
CORBA::WStringSeq_out ws3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
CORBA::WStringSeq
*ret = new CORBA::WStringSeq,
*out = new CORBA::WStringSeq;
// now copy all elements of s1 into the others using the assignment operator
ws2 = ws1;
*out = ws1;
*ret = ws1;
ws3 = out;
return ret;
}
Param_Test::Bounded_WStrSeq *
Param_Test_i::test_bounded_wstrseq (const Param_Test::Bounded_WStrSeq & ws1,
Param_Test::Bounded_WStrSeq & ws2,
Param_Test::Bounded_WStrSeq_out ws3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
Param_Test::Bounded_WStrSeq
*ret = new Param_Test::Bounded_WStrSeq,
*out = new Param_Test::Bounded_WStrSeq;
// now copy all elements of s1 into the others using the assignment operator
ws2 = ws1;
*out = ws1;
*ret = ws1;
ws3 = out;
return ret;
}
// test for struct sequences
Param_Test::StructSeq *
Param_Test_i::test_struct_sequence (const Param_Test::StructSeq &s1,
Param_Test::StructSeq &s2,
Param_Test::StructSeq_out s3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
Param_Test::StructSeq
*ret = new Param_Test::StructSeq,
*out = new Param_Test::StructSeq;
// now copy all elements of s1 into the others using the assignment operator
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
// test for bounded struct sequences
Param_Test::Bounded_StructSeq *
Param_Test_i::test_bounded_struct_sequence (const Param_Test::Bounded_StructSeq & s1,
Param_Test::Bounded_StructSeq & s2,
Param_Test::Bounded_StructSeq_out s3)
{
Param_Test::Bounded_StructSeq
*ret = new Param_Test::Bounded_StructSeq,
*out = new Param_Test::Bounded_StructSeq;
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
Param_Test::PathSpec *
Param_Test_i::test_unbounded_struct_sequence (const Param_Test::PathSpec & s1,
Param_Test::PathSpec & s2,
Param_Test::PathSpec_out s3)
{
Param_Test::PathSpec
*ret = new Param_Test::PathSpec,
*out = new Param_Test::PathSpec;
Param_Test::PathSpec_var rPathSpec = new Param_Test::PathSpec;
rPathSpec->length(2);
rPathSpec[0u].name.id = CORBA::string_dup("staff");
rPathSpec[0u].name.kind = CORBA::string_dup("staff");
rPathSpec[0u].process = 1;
rPathSpec[1u].name.id = CORBA::string_dup("john");
rPathSpec[1u].name.kind = CORBA::string_dup("john");
rPathSpec[1u].process = 1;
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
// test for array sequences
Param_Test::ArraySeq *
Param_Test_i::test_array_sequence (const Param_Test::ArraySeq &s1,
Param_Test::ArraySeq &s2,
Param_Test::ArraySeq_out s3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
Param_Test::ArraySeq
*ret = new Param_Test::ArraySeq,
*out = new Param_Test::ArraySeq;
// now copy all elements of s1 into the others using the assignment operator
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
// test for bounded array sequences
Param_Test::Bounded_ArraySeq *
Param_Test_i::test_bounded_array_sequence (const Param_Test::Bounded_ArraySeq & s1,
Param_Test::Bounded_ArraySeq & s2,
Param_Test::Bounded_ArraySeq_out s3)
{
Param_Test::Bounded_ArraySeq
*ret = new Param_Test::Bounded_ArraySeq,
*out = new Param_Test::Bounded_ArraySeq;
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
Param_Test::Coffee_Mix *
Param_Test_i::test_coffe_mix (const Param_Test::Coffee_Mix & s1,
Param_Test::Coffee_Mix & s2,
Param_Test::Coffee_Mix_out s3)
{
Param_Test::Coffee_Mix
*ret = new Param_Test::Coffee_Mix,
*out = new Param_Test::Coffee_Mix;
#if 0
ACE_DEBUG ((LM_DEBUG,
"maximum = %d\n"
"length = %d\n",
s1.maximum (),
s1.length ()));
ACE_DEBUG ((LM_DEBUG, "Elements -\n"));
for (CORBA::ULong i = 0; i < s1.length (); ++i)
{
Coffee_ptr c = s1[i];
if (CORBA::is_nil (c))
{
ACE_DEBUG ((LM_DEBUG,
"Element #%d is nil\n", i));
continue;
}
ACE_DEBUG ((LM_DEBUG,
"Element #%d\n"
"\ttype = <%s>\n",
i,
c->_interface_repository_id ()));
}
#endif /* 0 */
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
Param_Test::Bounded_Coffee_Mix *
Param_Test_i::test_bounded_coffe_mix (const Param_Test::Bounded_Coffee_Mix & s1,
Param_Test::Bounded_Coffee_Mix & s2,
Param_Test::Bounded_Coffee_Mix_out s3)
{
Param_Test::Bounded_Coffee_Mix
*ret = new Param_Test::Bounded_Coffee_Mix,
*out = new Param_Test::Bounded_Coffee_Mix;
#if 0
ACE_DEBUG ((LM_DEBUG,
"maximum = %d\n"
"length = %d\n",
s1.maximum (),
s1.length ()));
ACE_DEBUG ((LM_DEBUG, "Elements -\n"));
for (CORBA::ULong i = 0; i < s1.length (); ++i)
{
Coffee_ptr c = s1[i];
if (CORBA::is_nil (c))
{
ACE_DEBUG ((LM_DEBUG,
"Element #%d is nil\n", i));
continue;
}
ACE_DEBUG ((LM_DEBUG,
"Element #%d\n"
"\ttype = <%s>\n",
i,
c->_interface_repository_id ()));
}
#endif /* 0 */
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
CORBA::AnySeq *
Param_Test_i::test_anyseq (const CORBA::AnySeq &s1,
CORBA::AnySeq &s2,
CORBA::AnySeq_out s3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
CORBA::AnySeq
*ret = new CORBA::AnySeq,
*out = new CORBA::AnySeq;
// now copy all elements of s1 into the others using the assignment operator
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
// = end of sequences...
// test for variable structs
Param_Test::Var_Struct *
Param_Test_i::test_var_struct (const Param_Test::Var_Struct &s1,
Param_Test::Var_Struct &s2,
Param_Test::Var_Struct_out s3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
Param_Test::Var_Struct
*ret = new Param_Test::Var_Struct,
*out = new Param_Test::Var_Struct;
// now copy all elements of s1 into the others
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
// test for nested structs
Param_Test::Nested_Struct *
Param_Test_i::test_nested_struct (const Param_Test::Nested_Struct &s1,
Param_Test::Nested_Struct &s2,
Param_Test::Nested_Struct_out s3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
Param_Test::Nested_Struct
*ret = new Param_Test::Nested_Struct,
*out = new Param_Test::Nested_Struct;
// now copy all elements of s1 into the others
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
// test for recursive structs
Param_Test::Recursive_Struct *
Param_Test_i::test_recursive_struct (const Param_Test::Recursive_Struct &s1,
Param_Test::Recursive_Struct &s2,
Param_Test::Recursive_Struct_out s3)
{
// we copy the "in" structs into all the inout, out and return sequences.
Param_Test::Recursive_Struct
*ret = new Param_Test::Recursive_Struct,
*out = new Param_Test::Recursive_Struct;
// now copy all elements of s1 into the others
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
Param_Test::Objref_Struct *
Param_Test_i::test_objref_struct (const Param_Test::Objref_Struct &s1,
Param_Test::Objref_Struct &s2,
Param_Test::Objref_Struct_out s3)
{
// we copy the "in" sequences into all the inout, out and return sequences.
Param_Test::Objref_Struct
*ret = new Param_Test::Objref_Struct,
*out = new Param_Test::Objref_Struct;
// now copy all elements of s1 into the others
s2 = s1;
*out = s1;
*ret = s1;
s3 = out;
return ret;
}
// make a Coffee object
Coffee_ptr
Param_Test_i::make_coffee (void)
{
return this->obj_._this ();
}
// test for object references
Coffee_ptr
Param_Test_i::test_objref (Coffee_ptr o1,
Coffee_ptr &o2,
Coffee_out o3)
{
Coffee_ptr ret = Coffee::_nil ();
try
{
Coffee_var myobj = obj_._this ();
if (!CORBA::is_nil (o2))
CORBA::release (o2);
CORBA::Boolean equiv = myobj->_is_equivalent (o1);
if (equiv)
{
o2 = Coffee::_duplicate (myobj.in ());
o3 = Coffee::_duplicate (myobj.in ());
ret = Coffee::_duplicate (myobj.in ());
}
else
{
o2 = Coffee::_nil ();
o3 = Coffee::_nil ();
}
}
catch (const CORBA::SystemException& sysex)
{
sysex._tao_print_exception ("System Exception");
// env.exception (TAO_TRY_ENV.exception ());
}
catch (const CORBA::UserException& userex)
{
userex._tao_print_exception ("User Exception");
// env.exception (TAO_TRY_ENV.exception ());
}
return ret;
}
// test for typecodes
CORBA::TypeCode_ptr
Param_Test_i::test_typecode (CORBA::TypeCode_ptr t1,
CORBA::TypeCode_ptr &t2,
CORBA::TypeCode_out t3
/*env*/)
{
// we simply assign t1 to the others
CORBA::TypeCode_ptr retval = CORBA::TypeCode::_duplicate (t1);
t2 = CORBA::TypeCode::_duplicate (t1);
t3 = CORBA::TypeCode::_duplicate (t1);
return retval;
}
// test for Anys
CORBA::Any *
Param_Test_i::test_any (const CORBA::Any &a1,
CORBA::Any &a2,
CORBA::Any_out a3)
{
CORBA::Any *ret;
CORBA::Short short_in;
const char *str_in;
Coffee_ptr coffee;
Param_Test::Fixed_Array_forany array;
CORBA::ShortSeq *ub_short_sequence;
Param_Test::Bounded_Short_Seq *bd_short_sequence;
Param_Test::Fixed_Struct *fixed_structure;
Param_Test::Big_Union *big_union;
Param_Test::Small_Union *small_union;
a2 = a1;
a3 = new CORBA::Any (a1);
ret = new CORBA::Any (a1);
if (TAO_debug_level > 0)
{
CORBA::TypeCode_var tc = a1.type ();
int kind = tc->kind ();
ACE_DEBUG ((LM_DEBUG,
"Received any contents are <%d>\n",
kind));
}
// debug the incoming Any
if (a1 >>= short_in)
{
if (TAO_debug_level > 0)
ACE_DEBUG ((LM_DEBUG, "Received short = %d\n", short_in));
a2 >>= short_in;
if (TAO_debug_level > 0)
ACE_DEBUG ((LM_DEBUG, "inout short = %d\n", short_in));
*a3.ptr () >>= short_in;
if (TAO_debug_level > 0)
ACE_DEBUG ((LM_DEBUG, "out short = %d\n", short_in));
*ret >>= short_in;
if (TAO_debug_level > 0)
ACE_DEBUG ((LM_DEBUG, "ret short = %d\n", short_in));
}
else if (a1 >>= str_in)
{
if (TAO_debug_level > 0)
ACE_DEBUG ((LM_DEBUG, "Received unbounded string = %s\n", str_in));
}
else if (a1 >>= coffee)
{
if (TAO_debug_level > 0)
ACE_DEBUG ((LM_DEBUG, "Received Coffee object\n"));
}
else if (a1 >>= array)
{
if (TAO_debug_level > 0)
{
ACE_DEBUG ((LM_DEBUG, "Received Fixed_Array:"));
for (CORBA::ULong i = 0; i < Param_Test::DIM1; i++)
ACE_DEBUG ((LM_DEBUG, " %d", array[i]));
ACE_DEBUG ((LM_DEBUG, "\n"));
}
for (CORBA::ULong i = 0; i < Param_Test::DIM1; i++)
array[i] = i * i;
a2 <<= Param_Test::Fixed_Array_forany (array);
*ret <<= Param_Test::Fixed_Array_forany (array);
}
else if (a1 >>= ub_short_sequence)
{
if (TAO_debug_level > 0)
{
ACE_DEBUG ((LM_DEBUG, "Received Unbounded Short_Seq:"));
for (size_t i = 0; i < ub_short_sequence->length (); i++)
ACE_DEBUG ((LM_DEBUG, " %d", (*ub_short_sequence)[i]));
ACE_DEBUG ((LM_DEBUG, "\n"));
}
for (size_t i = 0; i < ub_short_sequence->length (); i++)
(*ub_short_sequence)[i] = (CORBA::Short) (i * i);
a2 <<= *ub_short_sequence;
*ret <<= *ub_short_sequence;
}
else if (a1 >>= bd_short_sequence)
{
if (TAO_debug_level > 0)
{
ACE_DEBUG ((LM_DEBUG, "Received Bounded_Short_Seq:"));
for (size_t i = 0; i < bd_short_sequence->length (); i++)
ACE_DEBUG ((LM_DEBUG, " %d", (*bd_short_sequence)[i]));
ACE_DEBUG ((LM_DEBUG, "\n"));
}
for (size_t i = 0; i < bd_short_sequence->length (); i++)
(*bd_short_sequence)[i] = (CORBA::Short) (i * i);
a2 <<= *bd_short_sequence;
*ret <<= *bd_short_sequence;
}
else if (a1 >>= fixed_structure)
{
if (TAO_debug_level > 0)
ACE_DEBUG ((LM_DEBUG, "Received Fixed_Struct\n"));
}
else if (a1 >>= big_union)
{
Param_Test::Big_Union *bu_in, *bu_inout, *bu_out, *bu_ret;
a1 >>= bu_in;
// Insert copies....
a2 <<= *bu_in;
*a3 <<= *bu_in;
*ret <<= *bu_in;
// Extract the value to compare...
a2 >>= bu_inout;
*a3 >>= bu_out;
*ret >>= bu_ret;
if (TAO_debug_level > 0)
ACE_DEBUG ((LM_DEBUG, "Received Big Union\n"
" in %d\n"
" inout %d\n"
" out %d\n"
" ret %d\n",
bu_in->the_long (),
bu_inout->the_long (),
bu_out->the_long (),
bu_ret->the_long () ));
}
else if (a1 >>= small_union)
{
Param_Test::Small_Union *bu_in, *bu_inout, *bu_out, *bu_ret;
a1 >>= bu_in;
// Insert copies....
a2 <<= *bu_in;
*a3 <<= *bu_in;
*ret <<= *bu_in;
// Extract the value to compare...
a2 >>= bu_inout;
*a3 >>= bu_out;
*ret >>= bu_ret;
if (TAO_debug_level > 0)
ACE_DEBUG ((LM_DEBUG, "Received Small Union\n"
" in %d\n"
" inout %d\n"
" out %d\n"
" ret %d\n",
bu_in->the_long (),
bu_inout->the_long (),
bu_out->the_long (),
bu_ret->the_long () ));
}
else
{
ACE_DEBUG ((LM_DEBUG, "Received UNKNOWN type\n"));
}
return ret;
}
// test for fixed arrays
Param_Test::Fixed_Array_slice *
Param_Test_i::test_fixed_array (const Param_Test::Fixed_Array a1,
Param_Test::Fixed_Array a2,
Param_Test::Fixed_Array_out a3)
{
Param_Test::Fixed_Array_slice *ret;
Param_Test::Fixed_Array_copy (a2, a1);
Param_Test::Fixed_Array_copy (a3, a1);
ret = Param_Test::Fixed_Array_dup (a1);
return ret;
}
// test for var arrays
Param_Test::Var_Array_slice *
Param_Test_i::test_var_array (const Param_Test::Var_Array a1,
Param_Test::Var_Array a2,
Param_Test::Var_Array_out a3)
{
Param_Test::Var_Array_slice *ret;
Param_Test::Var_Array_copy (a2, a1);
a3 = Param_Test::Var_Array_dup (a1);
ret = Param_Test::Var_Array_dup (a1);
return ret;
}
CORBA::ULong
Param_Test_i::test_exception (CORBA::ULong s1,
CORBA::ULong& s2,
CORBA::ULong_out s3)
{
CORBA::ULong d = s1 % 4;
// No exceptions to throw.
if (d == 0)
{
s2 = s1 * 2;
s3 = s1 * 3;
return s1 * 4;
}
// Throw a known user exception type to test the user exception.
else if (d == 1)
{
throw Param_Test::Ooops (" % 4 == 1", d);
}
// Throw a CORBA::SystemException type CORBA::NO_MEMORY to test
// the system exception.
else if (d == 2)
{
throw CORBA::NO_MEMORY ();
}
// This will avoid the compiler
// warning that test_exception is throwing an exception
// not in its THROW_SPEC, but still test TAO's
// conversion of such an exception to UNKNOWN.
this->throw_badboy ();
return 0;
}
Param_Test::Big_Union*
Param_Test_i::test_big_union (const Param_Test::Big_Union& u1,
Param_Test::Big_Union& u2,
Param_Test::Big_Union_out u3)
{
Param_Test::Big_Union_var ret (new Param_Test::Big_Union (u1));
u2 = u1;
u3 = new Param_Test::Big_Union (u1);
return ret._retn ();
}
Param_Test::Small_Union
Param_Test_i::test_small_union (const Param_Test::Small_Union& u1,
Param_Test::Small_Union& u2,
Param_Test::Small_Union_out u3)
{
u2 = u1;
u3 = u1;
return u1;
}
Param_Test::Recursive_Union*
Param_Test_i::test_recursive_union (const Param_Test::Recursive_Union& ru1,
Param_Test::Recursive_Union& ru2,
Param_Test::Recursive_Union_out ru3)
{
Param_Test::Recursive_Union_var ret (new Param_Test::Recursive_Union (ru1));
ru2 = ru1;
ru3 = new Param_Test::Recursive_Union (ru1);
return ret._retn ();
}
CORBA::Any*
Param_Test_i::test_complex_any (const CORBA::Any &a1,
CORBA::Any &a2,
CORBA::Any_out a3)
{
CORBA::Any_var ret (new CORBA::Any (a1));
a2 = a1;
a3 = new CORBA::Any (a1);
return ret._retn ();
}
Param_Test::Multdim_Array_slice *
Param_Test_i::test_multdim_array (const Param_Test::Multdim_Array a1,
Param_Test::Multdim_Array a2,
Param_Test::Multdim_Array_out a3)
{
Param_Test::Multdim_Array_slice *ret;
Param_Test::Multdim_Array_copy (a2, a1);
Param_Test::Multdim_Array_copy (a3, a1);
ret = Param_Test::Multdim_Array_dup (a1);
return ret;
}
void
Param_Test_i::shutdown (void)
{
this->orb_->shutdown ();
}
void
Param_Test_i::throw_badboy (void)
{
throw Param_Test::BadBoy ();
}
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