Generic protocol handling, hides the parent protocol handling. More...

#include <parent.h>

Inheritance diagram for GenericProtocol:

Public Types
enum	{ CAP_PSEUDONYM, CAP_LOCK, CAP_SERVER_SESSION, CAP_SERVER_PT }
Public Member Functions
unsigned	call_server (Utcb &utcb, bool drop_frame)
	Call the server in a loop to resolve all faults.
template<class T >
void	destroy (Utcb &utcb, unsigned portal_num, T *obj)
	Destroy the object.
void	close (Utcb &utcb, unsigned portal_num, bool revoke_lock=true, bool _release_pseudonym=true)
	Close the session to the parent.
unsigned	get_notify_sm ()
Utcb &	init_frame (Utcb &utcb, unsigned op)
	GenericProtocol (const char *service, unsigned instance, unsigned cap_base, bool blocking)
Protected Attributes
const char *	_service
unsigned	_instance
unsigned	_cap_base
Semaphore	_lock
bool	_blocking
bool	_disabled

Detailed Description

Generic protocol handling, hides the parent protocol handling.

Specific protocols will be inherited from it.

Features: session-open, parent-open, request-portal, optional blocking Missing: restrict-quota

Member Enumeration Documentation

anonymous enum

Enumerator:

GenericProtocol::GenericProtocol	(	const char *	service,
		unsigned	instance,
		unsigned	cap_base,
		bool	blocking
	)			`[inline]`

unsigned GenericProtocol::call_server	(	Utcb &	utcb,
		bool	drop_frame
	)			`[inline]`

Call the server in a loop to resolve all faults.

Close the session to the parent.

Revoke all caps we got from external and we created (default: revoke_lock = true)
If revoke_lock == false than this object can be reused afterwards to create another session.

template<class T >