/** * Set the socket for incoming message. * NOTE: THIS HAS NEVER TESTED! Please send feedback. * @param transaction The element to work on. * @param sock The socket for incoming message. */  int osip_transaction_set_in_socket (osip_transaction_t * transaction, int sock);/** * Set the socket for outgoing message. * NOTE: THIS HAS NEVER TESTED! Please send feedback. * @param transaction The element to work on. * @param sock The socket for outgoing message. */  int osip_transaction_set_out_socket (osip_transaction_t * transaction, int sock);/**  * Allocate an osip_t element. * @param osip the element to allocate. */  int osip_init (osip_t ** osip);/** * Free all resource in a osip_t element. * @param osip The element to release. */  void osip_release (osip_t * osip);/** * Set a pointer in a osip_t element. * This help to find your application layer in callbacks. * @param osip The element to work on. * @param pointer The element to set. */  void osip_set_application_context (osip_t * osip, void *pointer);/** * Get a pointer in a osip_t element. * This help to find your application layer in callbacks. * @param osip The element to work on. */  void *osip_get_application_context (osip_t * osip);/** * Remove a transaction from the osip stack. * @param osip The element to work on. * @param ict The transaction to add. */  int osip_remove_transaction (osip_t * osip, osip_transaction_t * ict);/** * Consume ALL pending osip_event_t previously added in the fifos of ict transactions. * @param osip The element to work on. */  int osip_ict_execute (osip_t * osip);/** * Consume ALL pending osip_event_t previously added in the fifos of ist transactions. * @param osip The element to work on. */  int osip_ist_execute (osip_t * osip);/** * Consume ALL pending osip_event_t previously added in the fifos of nict transactions. * @param osip The element to work on. */  int osip_nict_execute (osip_t * osip);/** * Consume ALL pending osip_event_t previously added in the fifos of nist transactions. * @param osip The element to work on. */  int osip_nist_execute (osip_t * osip);/** * Retreive the minimum timer value to be used by an application * so that the osip_timer_*_execute method don't have to be called * often. *  * @param osip The element to work on. * @param lower_tv The minimum timer when the application should wake up. */  void osip_timers_gettimeout (osip_t * osip, struct timeval *lower_tv);/** * Check if an ict transactions needs a timer event. * @param osip The element to work on. */  void osip_timers_ict_execute (osip_t * osip);/** * Check if an ist transactions needs a timer event. * @param osip The element to work on. */  void osip_timers_ist_execute (osip_t * osip);/** * Check if a nict transactions needs a timer event. * @param osip The element to work on. */  void osip_timers_nict_execute (osip_t * osip);/** * Check if a nist transactions needs a timer event. * @param osip The element to work on. */  void osip_timers_nist_execute (osip_t * osip);/* Take care of mutlithreading issuewhile using this method *//** * Search for a transaction that match this event (MUST be a MESSAGE event). * @param transactions The list of transactions to work on. * @param evt The element representing the SIP MESSAGE. */  osip_transaction_t *osip_transaction_find (osip_list_t * transactions,                                             osip_event_t * evt);#ifndef DOXYGEN/** * Some race conditions can happen in multi threaded applications. * Use this method carefully. * <BR>Search for a transaction that match this event (MUST be a MESSAGE event). * @param osip The element to work on. * @param evt The element representing the SIP MESSAGE. */#ifndef OSIP_MT  osip_transaction_t *osip_find_transaction (osip_t * osip, osip_event_t * evt);#endif  osip_transaction_t *__osip_find_transaction (osip_t * osip,                                               osip_event_t * evt, int consume);#endif/** * Search for a transaction that match this event (MUST be a MESSAGE event) * and add this event if a transaction is found.. * @param osip The element to work on. * @param evt The element representing the SIP MESSAGE. */  int osip_find_transaction_and_add_event (osip_t * osip, osip_event_t * evt);/** * Create a transaction for this event (MUST be a SIP REQUEST event). * @param osip The element to work on. * @param evt The element representing the new SIP REQUEST. */  osip_transaction_t *osip_create_transaction (osip_t * osip, osip_event_t * evt);/** * Create a sipevent from a SIP message string. * @param buf The SIP message as a string. * @param length The length of the buffer to parse. */  osip_event_t *osip_parse (const char *buf, size_t length);/** * Send required retransmissions * @param osip The element to work on. */  void osip_retransmissions_execute (osip_t * osip);/** * Start out of fsm 200 Ok retransmissions. This is usefull for user-agents. * @param osip The osip_t structure. * @param dialog The dialog the 200 Ok is part of. * @param msg200ok The 200 ok response. * @param sock The socket to be used to send the message. (optional). */  void osip_start_200ok_retransmissions (osip_t * osip,                                         struct osip_dialog *dialog,                                         osip_message_t * msg200ok, int sock);/** * Start out of fsm ACK retransmissions. This is usefull for user-agents. * @param osip The osip_t structure. * @param dialog The dialog the ACK is part of. * @param ack The ACK that has just been sent in response to a 200 Ok. * @param dest The destination host. * @param port The destination port. * @param sock The socket to be used to send the message. (optional). */  void osip_start_ack_retransmissions (osip_t * osip,                                       struct osip_dialog *dialog,                                       osip_message_t * ack, char *dest,                                       int port, int sock);/** * Stop the out of fsm 200 Ok retransmissions matching an incoming ACK. * @param osip The osip_t structure. * @param ack  The ack that has just been received. */  struct osip_dialog *osip_stop_200ok_retransmissions (osip_t * osip,                                                       osip_message_t * ack);/** * Stop out of fsm retransmissions (ACK or 200 Ok) associated to a given dialog. * This function must be called before freeing a dialog if out of fsm retransmissions * have been scheduled. * @param osip The osip_t structure * @param dialog The dialog. */  void osip_stop_retransmissions_from_dialog (osip_t * osip,                                              struct osip_dialog *dialog);/** * Allocate a sipevent (we know this message is an OUTGOING SIP message). * @param sip The SIP message we want to send. */  osip_event_t *osip_new_outgoing_sipmessage (osip_message_t * sip);/** * Free all ressource in a sipevent. * @param event The event to free. */  void osip_event_free (osip_event_t * event);/** * Register the callback used to send SIP message. * @param cf The osip element attached to the transaction. * @param cb The method we want to register. */  void osip_set_cb_send_message (osip_t * cf,                                 int (*cb) (osip_transaction_t *,                                            osip_message_t *, char *, int, int));/* FOR INCOMING TRANSACTION *//** * Check if the sipevent is of type RCV_REQINVITE. * @param event the event to check. */#define EVT_IS_RCV_INVITE(event)       (event->type==RCV_REQINVITE)/** * Check if the sipevent is of type RCV_REQACK. * @param event the event to check. */#define EVT_IS_RCV_ACK(event)          (event->type==RCV_REQACK)/** * Check if the sipevent is of type RCV_REQUEST. * @param event the event to check. */#define EVT_IS_RCV_REQUEST(event)      (event->type==RCV_REQUEST)/** * Check if the sipevent is of type RCV_STATUS_1XX. * @param event the event to check. */#define EVT_IS_RCV_STATUS_1XX(event)   (event->type==RCV_STATUS_1XX)/** * Check if the sipevent is of type RCV_STATUS_2XX. * @param event the event to check. */#define EVT_IS_RCV_STATUS_2XX(event)   (event->type==RCV_STATUS_2XX)/** * Check if the sipevent is of type RCV_STATUS_3456XX. * @param event the event to check. */#define EVT_IS_RCV_STATUS_3456XX(event)   (event->type==RCV_STATUS_3456XX)/* FOR OUTGOING TRANSACTION *//** * Check if the sipevent is of type SND_REQINVITE. * @param event the event to check. */#define EVT_IS_SND_INVITE(event)       (event->type==SND_REQINVITE)/** * Check if the sipevent is of type SND_REQACK. * @param event the event to check. */#define EVT_IS_SND_ACK(event)          (event->type==SND_REQACK)/** * Check if the sipevent is of type SND_REQUEST. * @param event the event to check. */#define EVT_IS_SND_REQUEST(event)      (event->type==SND_REQUEST)/** * Check if the sipevent is of type SND_STATUS_1XX. * @param event the event to check. */#define EVT_IS_SND_STATUS_1XX(event)   (event->type==SND_STATUS_1XX)/** * Check if the sipevent is of type SND_STATUS_2XX. * @param event the event to check. */#define EVT_IS_SND_STATUS_2XX(event)   (event->type==SND_STATUS_2XX)/** * Check if the sipevent is of type SND_STATUS_3456XX. * @param event the event to check. */#define EVT_IS_SND_STATUS_3456XX(event)   (event->type==SND_STATUS_3456XX)/** * Check if the sipevent is of an incoming SIP MESSAGE. * @param event the event to check. */#define EVT_IS_INCOMINGMSG(event)      (event->type>=RCV_REQINVITE \                	               &&event->type<=RCV_STATUS_3456XX)/** * Check if the sipevent is of an incoming SIP REQUEST. * @param event the event to check. */#define EVT_IS_INCOMINGREQ(event)      (EVT_IS_RCV_INVITE(event) \                                       ||EVT_IS_RCV_ACK(event) \                                       ||EVT_IS_RCV_REQUEST(event))/** * Check if the sipevent is of an incoming SIP RESPONSE. * @param event the event to check. */#define EVT_IS_INCOMINGRESP(event)     (EVT_IS_RCV_STATUS_1XX(event) \                                       ||EVT_IS_RCV_STATUS_2XX(event) \				       ||EVT_IS_RCV_STATUS_3456XX(event))/** * Check if the sipevent is of an outgoing SIP MESSAGE. * @param event the event to check. */#define EVT_IS_OUTGOINGMSG(event)      (event->type>=SND_REQINVITE \                	               &&event->type<=SND_STATUS_3456XX)/** * Check if the sipevent is of an outgoing SIP REQUEST. * @param event the event to check. */#define EVT_IS_OUTGOINGREQ(event)      (EVT_IS_SND_INVITE(event) \                                       ||EVT_IS_SND_ACK(event) \                                       ||EVT_IS_SND_REQUEST(event))/** * Check if the sipevent is of an outgoing SIP RESPONSE. * @param event the event to check. */#define EVT_IS_OUTGOINGRESP(event)     (EVT_IS_SND_STATUS_1XX(event) \                                       ||EVT_IS_SND_STATUS_2XX(event) \				       ||EVT_IS_SND_STATUS_3456XX(event))/** * Check if the sipevent is a SIP MESSAGE. * @param event the event to check. */#define EVT_IS_MSG(event)              (event->type>=RCV_REQINVITE \                	               &&event->type<=SND_STATUS_3456XX)/** * Check if the sipevent is of type KILL_TRANSACTION. * NOTE: THIS IS AN INTERNAL METHOD ONLY * @param event the event to check. */#define EVT_IS_KILL_TRANSACTION(event) (event->type==KILL_TRANSACTION)#ifdef __cplusplus}#endif/** @} */#endif