TAO_Profile Class Reference

Defines the Profile interface. More...

#include <Profile.h>

Inheritance diagram for TAO_Profile:

[legend]Collaboration diagram for TAO_Profile:

[legend]List of all members.

Public Member Functions
	TAO_Profile (CORBA::ULong tag, TAO_ORB_Core *orb_core, const TAO_GIOP_Message_Version &version)
	Constructor.
virtual	~TAO_Profile (void)
	If you have a virtual method you need a virtual dtor.
Non virtual methods for the profile classes.
CORBA::ULong	tag (void) const
	The tag, each concrete class will have a specific tag value.
const TAO_GIOP_Message_Version &	version (void) const
TAO_ORB_Core *	orb_core (void) const
	Get a pointer to the TAO_ORB_Core.
CORBA::ULong	_incr_refcnt (void)
	Increase the reference count by one on this object.
CORBA::ULong	_decr_refcnt (void)
void	forward_to (TAO_MProfile *mprofiles)
	Keep a pointer to the forwarded profile.
TAO_MProfile *	forward_to (void)
	MProfile accessor.
const TAO_Tagged_Components &	tagged_components (void) const
TAO_Tagged_Components &	tagged_components (void)
	The tag, each concrete class will have a specific tag value.
void	add_tagged_component (const IOP::TaggedComponent &component ACE_ENV_ARG_DECL)
	Add the given tagged component to the profile.
CORBA::Short	addressing_mode (void) const
const TAO::ObjectKey &	object_key (void) const
TAO::ObjectKey *	_key (void) const
Template methods that needs to be implemented by the
concrete classes. Some of the methods may be overridden only under specila circumstances.
virtual int	encode (TAO_OutputCDR &stream) const
	Encode this profile in a stream, i.e. marshal it.
virtual int	decode (TAO_InputCDR &cdr)
	Initialize this object using the given CDR octet string.
IOP::TaggedProfile *	create_tagged_profile (void)
virtual void	policies (CORBA::PolicyList *policy_list ACE_ENV_ARG_DECL)
virtual CORBA::PolicyList &	policies (ACE_ENV_SINGLE_ARG_DECL)
	Accessor for the client exposed policies of this profile.
virtual void	the_stub (TAO_Stub *stub)
	Sets the TAO_Stub to which this profile is associated.
virtual TAO_Stub *	the_stub (void)
	Gets the TAO_MProfile that holds the TAO_Profile instance.
virtual int	supports_multicast (void) const
	Returns true if this profile can specify multicast endpoints.
virtual bool	supports_non_blocking_oneways (void) const
	Returns true if this profile supports non blocking oneways.
virtual void	addressing_mode (CORBA::Short addr_mode ACE_ENV_ARG_DECL)
virtual char	object_key_delimiter (void) const =0
	The object key delimiter.
virtual void	parse_string (const char *string ACE_ENV_ARG_DECL)
virtual char *	to_string (ACE_ENV_SINGLE_ARG_DECL)=0
virtual int	encode_endpoints (void)=0
virtual TAO_Endpoint *	endpoint (void)=0
virtual CORBA::ULong	endpoint_count (void) const =0
	Return how many endpoints this profile contains.
CORBA::Boolean	is_equivalent (const TAO_Profile *other_profile)
	Verify profile equivalance.
virtual CORBA::ULong	hash (CORBA::ULong max ACE_ENV_ARG_DECL)=0
	Return a hash value for this object.
Protected Member Functions
	TAO_Profile (CORBA::ULong tag, TAO_ORB_Core *orb_core, const TAO::ObjectKey &key, const TAO_GIOP_Message_Version &version)
	To be used by inherited classes.
void	set_tagged_components (TAO_OutputCDR &cdr)
virtual CORBA::Boolean	do_is_equivalent (const TAO_Profile *other)=0
	Profile equivalence template method invoked on subclasses.
virtual CORBA::Boolean	is_equivalent_hook (const TAO_Profile *other)
	Allow services to apply their own definition of "equivalence.".
CORBA::ULong	hash_service_i (CORBA::ULong m)
Protected template methods.
virtual int	decode_profile (TAO_InputCDR &cdr)=0
	Decode the protocol specific profile details.
virtual void	create_profile_body (TAO_OutputCDR &cdr) const =0
	Creates an encapsulation of the ProfileBody struct in the <cdr>.
virtual int	decode_endpoints (void)=0
virtual void	parse_string_i (const char *string ACE_ENV_ARG_DECL)=0
	Protocol specific implementation of parse_string ().
Protected Attributes
TAO_GIOP_Message_Version	version_
	IIOP version number.
TAO_Tagged_Components	tagged_components_
	The tagged components.
CORBA::Boolean	are_policies_parsed_
TAO_Stub *	stub_
	Pointer to the TAO_Stub to which this profile is related.
CORBA::PolicyList *	policy_list_
	Client exposed policies of this profile.
CORBA::Short	addressing_mode_
IOP::TaggedProfile *	tagged_profile_
	Our tagged profile.
TAO::Refcounted_ObjectKey *	ref_object_key_
	object_key associated with this profile.
Private Member Functions
TAO_MProfile *	forward_to_i (void)
	this object keeps ownership of this object
void	verify_orb_configuration (ACE_ENV_SINGLE_ARG_DECL)
void	verify_profile_version (ACE_ENV_SINGLE_ARG_DECL)
	TAO_Profile (const TAO_Profile &)
void	operator= (const TAO_Profile &)
Private Attributes
CORBA::ULong	tag_
	IOP protocol tag.
TAO_ORB_Core *	orb_core_
	Pointer to the ORB core.
TAO_MProfile *	forward_to_
ACE_Lock *	refcount_lock_
	Mutex to protect reference count.
CORBA::ULong	refcount_
	Number of outstanding references to this object.

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Detailed Description

Defines the Profile interface.

An abstract base class for representing object location information. This is based on the CORBA IOR definitions.

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Constructor & Destructor Documentation

TAO_Profile::TAO_Profile (  CORBA::ULong  tag, TAO_ORB_Core *  orb_core, const TAO_GIOP_Message_Version &  version )

Constructor.

TAO_Profile::~TAO_Profile (  void   )  [virtual]

If you have a virtual method you need a virtual dtor.

TAO_Profile::TAO_Profile (  CORBA::ULong  tag, TAO_ORB_Core *  orb_core, const TAO::ObjectKey &  key, const TAO_GIOP_Message_Version &  version )  [protected]

To be used by inherited classes.

TAO_Profile::TAO_Profile (  const TAO_Profile &   )  [private]

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Member Function Documentation

CORBA::ULong TAO_Profile::_decr_refcnt (  void   )

Decrement the object's reference count. When this count goes to 0 this object will be deleted.

CORBA::ULong TAO_Profile::_incr_refcnt (  void   )

Increase the reference count by one on this object.

TAO::ObjectKey * TAO_Profile::_key (  void   )  const

Obtain the object key, return 0 if the profile cannot be parsed. The memory is owned by the caller! Reimplemented in TAO_Unknown_Profile.

void TAO_Profile::add_tagged_component (  const IOP::TaggedComponent &component  ACE_ENV_ARG_DECL  )

Add the given tagged component to the profile.

virtual void TAO_Profile::addressing_mode (  CORBA::Short addr_mode  ACE_ENV_ARG_DECL  )  [virtual]

Set the addressing mode if a remote servant replies with an addressing mode exception. If this profile doesn't support a particular addressing mode, this method needs to be overridden signal the appropriate error. ** RACE CONDITION NOTE ** Currently, getting and setting the addressing mode is not protected by a mutex. Theoretically, this could cause a race condition if one thread sends a request, then gets an exception from the remote servant to change the addressing mode, and then another thread sends a different request to the same servant using the wrong addressing mode. The result of this is that we'll get another address change exception. (Annoying, but not that bad.) In practice at the current time, the above theoretical case never happens since the target specification always uses the object key except for MIOP requests. Remote ORBs can't respond to MIOP requests even to send exceptions, so even in this case, the race condition can't happen. Therefore, for the time being, there is no lock to protect the addressing mode. Given that the addressing mode is checked in the critical path, this decision seems like a good thing.

ACE_INLINE CORBA::Short TAO_Profile::addressing_mode (  void   )  const

Return the current addressing mode for this profile. In almost all cases, this is TAO_Target_Specification::Key_Addr.

virtual void TAO_Profile::create_profile_body (  TAO_OutputCDR &  cdr  )  const [protected, pure virtual]

Creates an encapsulation of the ProfileBody struct in the <cdr>. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

IOP::TaggedProfile * TAO_Profile::create_tagged_profile (  void   )

This method is used to get the IOP::TaggedProfile. The profile information that is received from the server side would have already been decoded. So this method will just make a IOP::TaggedProfile struct from the existing information and return the reference to that. This method is necessary for GIOP 1.2.

int TAO_Profile::decode (  TAO_InputCDR &  cdr  )  [virtual]

Initialize this object using the given CDR octet string. Reimplemented in TAO_Unknown_Profile.

virtual int TAO_Profile::decode_endpoints (  void   )  [protected, pure virtual]

Helper for <decode>. Decodes endpoints from a tagged component. Decode only if RTCORBA is enabled. Furthermore, we may not find TAO_TAG_ENDPOINTS component, e.g., if we are talking to nonRT version of TAO or some other ORB. This is not an error, and we must proceed. Return 0 on success and -1 on failure. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

virtual int TAO_Profile::decode_profile (  TAO_InputCDR &  cdr  )  [protected, pure virtual]

Decode the protocol specific profile details. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

virtual CORBA::Boolean TAO_Profile::do_is_equivalent (  const TAO_Profile *  other  )  [protected, pure virtual]

Profile equivalence template method invoked on subclasses. TAO_Profile subclasses must implement this template method so that they can apply their own definition of profile equivalence. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

int TAO_Profile::encode (  TAO_OutputCDR &  stream  )  const [virtual]

Encode this profile in a stream, i.e. marshal it. Reimplemented in TAO_Unknown_Profile.

virtual int TAO_Profile::encode_endpoints (  void   )  [pure virtual]

Encodes this profile's endpoints into a tagged component. This is done only if RTCORBA is enabled, since currently this is the only case when we have more than one endpoint per profile. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

virtual TAO_Endpoint* TAO_Profile::endpoint (  void   )  [pure virtual]

Return pointer to this profile's endpoint. If the profile contains more than one endpoint, i.e., a list, the method returns the head of the list. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

virtual CORBA::ULong TAO_Profile::endpoint_count (  void   )  const [pure virtual]

Return how many endpoints this profile contains. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

ACE_INLINE TAO_MProfile * TAO_Profile::forward_to (  void   )

MProfile accessor.

ACE_INLINE void TAO_Profile::forward_to (  TAO_MProfile *  mprofiles  )

Keep a pointer to the forwarded profile.

ACE_INLINE TAO_MProfile * TAO_Profile::forward_to_i (  void   )  [private]

this object keeps ownership of this object

virtual CORBA::ULong TAO_Profile::hash (  CORBA::ULong max  ACE_ENV_ARG_DECL  )  [pure virtual]

Return a hash value for this object. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

CORBA::ULong TAO_Profile::hash_service_i (  CORBA::ULong  m  )  [protected]

CORBA::Boolean TAO_Profile::is_equivalent (  const TAO_Profile *  other_profile  )

Verify profile equivalance. Two profiles are equivalent iff their tag, object_key, version and all endpoints are the same. See also: do_is_equivalent_i() is_equivalent_hook() Returns: true if this profile is equivalent to other_profile.

CORBA::Boolean TAO_Profile::is_equivalent_hook (  const TAO_Profile *  other  )  [protected, virtual]

Allow services to apply their own definition of "equivalence.". This method differs from the do_is_equivalent() template method in that it has a default implementation that may or not be applicable to all TAO_Profile subclasses. Reimplemented in TAO_Unknown_Profile.

ACE_INLINE const TAO::ObjectKey & TAO_Profile::object_key (  void   )  const

Deprecated: Return a reference to the Object Key. Reimplemented in TAO_Unknown_Profile.

virtual char TAO_Profile::object_key_delimiter (  void   )  const [pure virtual]

The object key delimiter. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

void TAO_Profile::operator= (  const TAO_Profile &   )  [private]

ACE_INLINE TAO_ORB_Core * TAO_Profile::orb_core (  void   )  const

Get a pointer to the TAO_ORB_Core.

virtual void TAO_Profile::parse_string (  const char *string  ACE_ENV_ARG_DECL  )  [virtual]

Initialize this object using the given input string. Supports URL style of object references Reimplemented in TAO_Unknown_Profile.

virtual void TAO_Profile::parse_string_i (  const char *string  ACE_ENV_ARG_DECL  )  [protected, pure virtual]

Protocol specific implementation of parse_string (). Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

CORBA::PolicyList & TAO_Profile::policies (  ACE_ENV_SINGLE_ARG_DECL   )  [virtual]

Accessor for the client exposed policies of this profile.

void TAO_Profile::policies (  CORBA::PolicyList *policy_list  ACE_ENV_ARG_DECL  )  [virtual]

This method sets the client exposed policies, i.e., the ones propagated in the IOR, for this profile.

void TAO_Profile::set_tagged_components (  TAO_OutputCDR &  cdr  )  [protected]

Helper method that encodes the endpoints for RTCORBA as tagged_components.

int TAO_Profile::supports_multicast (  void   )  const [virtual]

Returns true if this profile can specify multicast endpoints.

bool TAO_Profile::supports_non_blocking_oneways (  void   )  const [virtual]

Returns true if this profile supports non blocking oneways.

ACE_INLINE CORBA::ULong TAO_Profile::tag (  void   )  const

The tag, each concrete class will have a specific tag value.

ACE_INLINE TAO_Tagged_Components & TAO_Profile::tagged_components (  void   )

The tag, each concrete class will have a specific tag value.

ACE_INLINE const TAO_Tagged_Components & TAO_Profile::tagged_components (  void   )  const

Access the tagged components, notice that they they could be empty (or ignored) for non-GIOP protocols (and even for GIOP-1.0)

TAO_Stub * TAO_Profile::the_stub (  void   )  [virtual]

Gets the TAO_MProfile that holds the TAO_Profile instance.

void TAO_Profile::the_stub (  TAO_Stub *  stub  )  [virtual]

Sets the TAO_Stub to which this profile is associated.

virtual char* TAO_Profile::to_string (  ACE_ENV_SINGLE_ARG_DECL   )  [pure virtual]

Return a string representation for this profile. Client must deallocate memory. Only one endpoint is included into the string. Implemented in TAO_IIOP_Profile, and TAO_Unknown_Profile.

void TAO_Profile::verify_orb_configuration (  ACE_ENV_SINGLE_ARG_DECL   )  [private]

Verify that the current ORB's configuration supports tagged components in IORs.

void TAO_Profile::verify_profile_version (  ACE_ENV_SINGLE_ARG_DECL   )  [private]

Verify that the given profile supports tagged components, i.e. is not a GIOP 1.0 profile.

ACE_INLINE const TAO_GIOP_Message_Version & TAO_Profile::version (  void   )  const

Return a pointer to this profile's version. This object maintains ownership.

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Member Data Documentation

CORBA::Short TAO_Profile::addressing_mode_ [protected]

The current addressing mode. This may be changed if a remote server sends back an address mode exception.

CORBA::Boolean TAO_Profile::are_policies_parsed_ [protected]

Flag indicating whether the lazy decoding of the client exposed policies has taken place.

TAO_MProfile* TAO_Profile::forward_to_ [private]

the TAO_MProfile which contains the profiles for the forwarded object.

TAO_ORB_Core* TAO_Profile::orb_core_ [private]

Pointer to the ORB core.

CORBA::PolicyList* TAO_Profile::policy_list_ [protected]

Client exposed policies of this profile.

TAO::Refcounted_ObjectKey* TAO_Profile::ref_object_key_ [protected]

object_key associated with this profile.

CORBA::ULong TAO_Profile::refcount_ [private]

Number of outstanding references to this object.

ACE_Lock* TAO_Profile::refcount_lock_ [private]

Mutex to protect reference count.

TAO_Stub* TAO_Profile::stub_ [protected]

Pointer to the TAO_Stub to which this profile is related.

CORBA::ULong TAO_Profile::tag_ [private]

IOP protocol tag.

TAO_Tagged_Components TAO_Profile::tagged_components_ [protected]

The tagged components.

IOP::TaggedProfile* TAO_Profile::tagged_profile_ [protected]

Our tagged profile.

TAO_GIOP_Message_Version TAO_Profile::version_ [protected]

IIOP version number.

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The documentation for this class was generated from the following files:

• Profile.h
• Profile.cpp
• Profile.i

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