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/* -*- C++ -*- */
// $Id$
// ============================================================================
//
// = LIBRARY
// TAO
//
// = FILENAME
// params.h
//
// = AUTHOR
// Chris Cleeland
//
// ============================================================================
#ifndef TAO_PARAMS_H
#define TAO_PARAMS_H
#include "tao/corbafwd.h"
// Forward decls.
class TAO_Active_Object_Map_Impl;
class TAO_Reverse_Active_Object_Map_Impl;
class TAO_IOR_LookupTable;
// This is a quick hack to avoid having to unravel the intracacies of
// the all the hairy order interdepencies that currently exist in TAO.
#if ! defined (__ACE_INLINE__)
#define TAO_LOCAL_INLINE
#else
#define TAO_LOCAL_INLINE ACE_INLINE
#endif /* ! __ACE_INLINE__ */
typedef ACE_Unbounded_Set<ACE_CString> TAO_EndpointSet;
typedef ACE_Unbounded_Set_Iterator<ACE_CString> TAO_EndpointSetIterator;
class TAO_Export TAO_ORB_Parameters
// = TITLE
// Parameters that are specific to the ORB. These parameters can
// be for the client, the server, or for both.
//
// = NOTE
// Some of the functions have inline definitions in the class header
// below. Please do not move them back to the .i file.
// cygnus-2.7.2-960126, distributed with Tornado 1.0.1, can't deal
// with returing a const reference here. It raises an internal
// compiler error at ace/Svc_Handler.cpp:46, of all places.
{
public:
TAO_ORB_Parameters (void);
// Constructor.
~TAO_ORB_Parameters (void);
// Destructor.
int preconnects (ACE_CString &preconnects);
TAO_EndpointSet &preconnects (void);
void add_preconnect (ACE_CString &preconnect);
// Specifies the endpoints to pre-establish connections on.
int endpoints (ACE_CString &endpoints);
TAO_EndpointSet &endpoints (void);
void add_endpoint (ACE_CString &endpoint);
// Specifies the endpoints on which this server is willing to
// listen for requests.
const char *init_ref (void) const;
void init_ref (const ACE_CString &init_ref);
// Set/Get the Init Reference of an arbitrary ObjectID.
const char *name_service_ior (void) const;
void name_service_ior (const ACE_CString &ns);
// Set/Get the IOR of our name service.
CORBA::UShort name_service_port (void) const;
void name_service_port (CORBA::UShort port);
// Set/Get the port of our name service.
const char *trading_service_ior (void) const;
void trading_service_ior (const ACE_CString &ns);
// Set/Get the IOR of our trading service.
CORBA::UShort trading_service_port (void) const;
void trading_service_port (CORBA::UShort port);
// Set/Get the port of our trading service.
int sock_rcvbuf_size (void) const;
void sock_rcvbuf_size (int);
// Set/Get the size to be used for a socket's receive buffer.
int sock_sndbuf_size (void) const;
void sock_sndbuf_size (int);
// Set/Get the size to be used for a socket's send buffer.
int cdr_default_size (void) const;
void cdr_default_size (int);
// If the user does not specify the size of a CDR stream this is the
// size of its internal buffer.
int cdr_max_exp_size (void) const;
void cdr_max_exp_size (int);
// CDR streams internal buffers grow exponentially until they reach
// this size.
int cdr_linear_chunk (void) const;
void cdr_linear_chunk (int);
// After reaching their maximum exponential size limit CDR streams
// grow linearly in chunks of this size.
int cdr_memcpy_tradeoff (void) const;
void cdr_memcpy_tradeoff (int);
// Octet sequences are marshalled without doing any copies, we
// simply append a block to the CDR message block chain. When the
// octet sequence is small enough and there is room in the current
// message block it is more efficient just to copy the buffer.
int use_lite_protocol (void) const;
void use_lite_protocol (int);
// The ORB will use a modified version of GIOP that minimizes the
// header size. By default we use the standard GIOP protocol.
int use_dotted_decimal_addresses (void) const;
void use_dotted_decimal_addresses (int);
// The ORB will use the dotted decimal notation for addresses. By
// default we use the full ascii names.
TAO_IOR_LookupTable * ior_lookup_table (void);
void ior_lookup_table (TAO_IOR_LookupTable *table);
// The table used by the ORB for looking up the ObjectID:IOR mappings
// specified on the commandline through the -ORBInitRef and
// -ORBDefaultInitRef parameters.
char *default_init_ref (void) const;
void default_init_ref (const ACE_CString &default_init_ref);
// Set/Get the Init Reference of an arbitrary ObjectID.
int std_profile_components (void) const;
void std_profile_components (int x);
// Disable the OMG standard profile components, useful for
// homogenous environments.
private:
// Each "endpoint" is of the form:
//
// protocol:V.v//addr1,addr2,...,addrN/
//
// or:
//
// protocol://addr1,addr2,...,addrN/
//
// where "V.v" is an optional version.
//
// Multiple sets of endpoint may be seperated by a semi-colon `;'.
// For example:
//
// iiop://space:2001,odyssey:2010/;uiop://foo,bar/
//
// All preconnect or endpoint strings should be of the above form(s).
int parse_endpoints (ACE_CString &endpoints,
TAO_EndpointSet &endpoints_list);
TAO_EndpointSet preconnects_list_;
// List of endpoints used to pre-establish connections.
TAO_EndpointSet endpoints_list_;
// List of endpoints this server is willing to accept requests
// on.
ACE_CString name_service_ior_;
// The IOR of our configured Naming Service.
CORBA::UShort name_service_port_;
// The port number of our configured Naming Service.
ACE_CString trading_service_ior_;
// The IOR of our configured Trading Service.
CORBA::UShort trading_service_port_;
// The port number of our configured Trading Service.
ACE_CString init_ref_;
// Initial Reference supplied as <ObjectID>:<IOR>
TAO_IOR_LookupTable *ior_lookup_table_;
// Table that has the mapping <ObjectID>:<IOR>
// The IOR could be in any of the following formats :
// IOR: ... / iiop: ... / iioploc: ... / iiopname: ...
ACE_CString default_init_ref_;
// List of comma separated prefixes from ORBDefaultInitRef.
int sock_rcvbuf_size_;
// Size to be used for a socket's receive buffer.
int sock_sndbuf_size_;
// Size to be used for a socket's send buffer.
int cdr_default_size_;
// Default size for CDR buffers.
int cdr_max_exp_size_;
// Cutoff value for exponential growth of CDR buffers.
int cdr_linear_chunk_;
// Control for linear growth of CDR buffers.
int cdr_memcpy_tradeoff_;
// Control the strategy for copying vs. appeding octet sequences in
// CDR streams.
int use_lite_protocol_;
// For selecting a liteweight version of the GIOP protocol.
int use_dotted_decimal_addresses_;
// For selecting a address notation
int std_profile_components_;
// If true then the standard OMG components are not generated.
};
#if defined (__ACE_INLINE__)
# include "tao/params.i"
#endif /* __ACE_INLINE__ */
#endif /* TAO_PARAMS_H */
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