wap_events.def

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/* ==================================================================== 
 * The Kannel Software License, Version 1.0 
 * 
 * Copyright (c) 2001-2008 Kannel Group  
 * Copyright (c) 1998-2001 WapIT Ltd.   
 * All rights reserved. 
 * 
 * Redistribution and use in source and binary forms, with or without 
 * modification, are permitted provided that the following conditions 
 * are met: 
 * 
 * 1. Redistributions of source code must retain the above copyright 
 *    notice, this list of conditions and the following disclaimer. 
 * 
 * 2. Redistributions in binary form must reproduce the above copyright 
 *    notice, this list of conditions and the following disclaimer in 
 *    the documentation and/or other materials provided with the 
 *    distribution. 
 * 
 * 3. The end-user documentation included with the redistribution, 
 *    if any, must include the following acknowledgment: 
 *       "This product includes software developed by the 
 *        Kannel Group (http://www.kannel.org/)." 
 *    Alternately, this acknowledgment may appear in the software itself, 
 *    if and wherever such third-party acknowledgments normally appear. 
 * 
 * 4. The names "Kannel" and "Kannel Group" must not be used to 
 *    endorse or promote products derived from this software without 
 *    prior written permission. For written permission, please  
 *    contact org@kannel.org. 
 * 
 * 5. Products derived from this software may not be called "Kannel", 
 *    nor may "Kannel" appear in their name, without prior written 
 *    permission of the Kannel Group. 
 * 
 * THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESSED OR IMPLIED 
 * WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES 
 * OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE 
 * DISCLAIMED.  IN NO EVENT SHALL THE KANNEL GROUP OR ITS CONTRIBUTORS 
 * BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY,  
 * OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT  
 * OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR  
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 * WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE  
 * OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE,  
 * EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. 
 * ==================================================================== 
 * 
 * This software consists of voluntary contributions made by many 
 * individuals on behalf of the Kannel Group.  For more information on  
 * the Kannel Group, please see <http://www.kannel.org/>. 
 * 
 * Portions of this software are based upon software originally written at  
 * WapIT Ltd., Helsinki, Finland for the Kannel project.  
 */ 

/*
 * wap_events.def - definitions for wapbox events
 *
 * This file uses a pre-processor trick to define the structure of
 * structures. See the documentation.
 *
 * Fields of type HTTPHEADER, CAPABILITIES, and OPTIONAL_OCTSTR may
 * be NULL.  All other fields must be filled in, unless they are
 * otherwise marked.
 *
 * Fields described in the appropriate spec are listed first.  Fields
 * specific to Kannel are introduced with an empty line.  In some events,
 * we have combined fields to form an "address tuple" (see wap_addr.h).
 *
 * Aarno Syvänen
 * Lars Wirzenius
 */



/* WTLS material - make sure the addr_tuple comes first! */

WAPEVENT(T_Unitdata_Ind, "T-Unitdata.ind",
         ADDRTUPLE(addr_tuple)
         WTLSPDUS(pdu_list)
        )

WAPEVENT(SEC_Create_Ind, "SEC-Create.ind",
         ADDRTUPLE(addr_tuple)
        )

WAPEVENT(SEC_Create_Request_Req, "SEC-Create.req",
         ADDRTUPLE(addr_tuple)
        )

WAPEVENT(SEC_Terminate_Req, "SEC-Terminate.req",
         ADDRTUPLE(addr_tuple)
         INTEGER(alert_level)
         INTEGER(alert_desc)
        )

WAPEVENT(SEC_Exception_Req, "SEC-Exception.req",
         ADDRTUPLE(addr_tuple)
         INTEGER(alert_level)
         INTEGER(alert_desc)
        )

WAPEVENT(SEC_Create_Res, "SEC-Create.res",
         ADDRTUPLE(addr_tuple)
         INTEGER(client_key_id)
         INTEGER(bulk_cipher_algo)
         INTEGER(mac_algo)
         INTEGER(snmode)
         INTEGER(krefresh)
        )

WAPEVENT(SEC_Exchange_Req, "SEC-Exchange.req",
         ADDRTUPLE(addr_tuple)
        )

WAPEVENT(SEC_Commit_Req, "SEC-Commit.req",
         ADDRTUPLE(addr_tuple)
        )

WAPEVENT(SEC_Unitdata_Req, "SEC-Unidata.req",
         ADDRTUPLE(addr_tuple)
         OCTSTR(user_data)
        )

/*
 * Transport layer (WDP)
 */

WAPEVENT(T_DUnitdata_Req, "T-DUnitdata.req",
    ADDRTUPLE(addr_tuple)
    OCTSTR(user_data)

        INTEGER(address_type)
        OPTIONAL_OCTSTR(smsc_id)
        INTEGER(dlr_mask)
        OPTIONAL_OCTSTR(dlr_url)
        OPTIONAL_OCTSTR(smsbox_id)
        OPTIONAL_OCTSTR(service_name)
    )

WAPEVENT(T_DUnitdata_Ind, "T-DUnitdata.ind",
    ADDRTUPLE(addr_tuple)
    OCTSTR(user_data)
    )

/* 
 * Transaction layer (WTP)
 */

WAPEVENT(TR_Invoke_Req, "TR-Invoke.req",
    ADDRTUPLE(addr_tuple)
    INTEGER(up_flag)
    OCTSTR(user_data)
    INTEGER(tcl)
    INTEGER(handle)
    )

WAPEVENT(TR_Invoke_Ind, "TR-Invoke.ind",
        INTEGER(ack_type)
        OCTSTR(user_data)
        INTEGER(tcl)
    ADDRTUPLE(addr_tuple)
    INTEGER(handle)
    )

WAPEVENT(TR_Invoke_Res, "TR-Invoke.res",
    INTEGER(handle)
    )

WAPEVENT(TR_Invoke_Cnf, "TR-Invoke.cnf",
    INTEGER(handle)

        ADDRTUPLE(addr_tuple)
    )

WAPEVENT(TR_Result_Req, "TR-Result.req",
    OCTSTR(user_data)
    INTEGER(handle)
    )

WAPEVENT(TR_Result_Cnf, "TR-Result.cnf",
    INTEGER(handle)

    ADDRTUPLE(addr_tuple)
        )

WAPEVENT(TR_Abort_Req, "TR-Abort.req",
    INTEGER(abort_type)
    INTEGER(abort_reason)
    INTEGER(handle)
    ) 

WAPEVENT(TR_Abort_Ind, "TR-Abort.ind",
        INTEGER(abort_code)
    INTEGER(handle)

    ADDRTUPLE(addr_tuple)
        INTEGER(ir_flag) /* Are we an initiator or a responder */
        )

/*
 * Session layer (WSP), server side
 * These events use the session id as a handle.
 */

WAPEVENT(S_Connect_Ind, "S-Connect.ind",
    ADDRTUPLE(addr_tuple)
    HTTPHEADER(client_headers)
    CAPABILITIES(requested_capabilities)

    INTEGER(session_id)
    )

WAPEVENT(S_Connect_Res, "S-Connect.res",
    HTTPHEADER(server_headers)
    CAPABILITIES(negotiated_capabilities)

    INTEGER(session_id)
    )

WAPEVENT(S_Suspend_Ind, "S-Suspend.ind",
    INTEGER(reason)

    INTEGER(session_id)
    )

WAPEVENT(S_Resume_Ind, "S-Resume.ind",
    ADDRTUPLE(addr_tuple)
    HTTPHEADER(client_headers)

    INTEGER(session_id)
    )

WAPEVENT(S_Resume_Res, "S-Resume.res",
    HTTPHEADER(server_headers)

    INTEGER(session_id)
    )

/*
 * Session layer (WSP), client side
 */

WAPEVENT(S_Connect_Req, "S-Connect.req",
    ADDRTUPLE(addr_tuple)
    HTTPHEADER(client_headers)
    CAPABILITIES(requested_capabilities)

    INTEGER(session_handle)
    )

WAPEVENT(S_Suspend_Req, "S-Suspend.req",

    INTEGER(session_handle)
    )

WAPEVENT(S_Resume_Req, "S-Resume.req",
    ADDRTUPLE(addr_tuple)
    HTTPHEADER(client_headers)

    INTEGER(session_handle)
    )

WAPEVENT(S_Resume_Cnf, "S-Resume.cnf",
    HTTPHEADER(server_headers)

    INTEGER(session_handle)
    )

/*
 * Session layer (WSP), events shared between server and client side
 * On the server side, the "handle" field is always the session id.
 */

WAPEVENT(S_Disconnect_Req, "S-Disconnect.req",
    INTEGER(reason_code)
    INTEGER(redirect_security)  /* Only meaningful if redirecting */
    INTEGER(redirect_addresses) /* FIXME: Wrong type, not used */
    OPTIONAL_OCTSTR(error_headers)
    OPTIONAL_OCTSTR(error_body)

    INTEGER(session_handle)
    )

WAPEVENT(S_Disconnect_Ind, "S-Disconnect.ind",
    INTEGER(reason_code)
    INTEGER(redirect_security)  /* Only meaningful if redirecting */
    INTEGER(redirect_addresses) /* FIXME: Wrong type, not used */
    OPTIONAL_OCTSTR(error_headers)
    OPTIONAL_OCTSTR(error_body)

    INTEGER(session_handle)
    )

/*
 * Pseudo-events used by session layer
 */

WAPEVENT(Disconnect_Event, "Disconnect",

    INTEGER(session_handle)
    )

WAPEVENT(Suspend_Event, "Suspend",

    INTEGER(session_handle)
    )

WAPEVENT(Release_Event, "Release",

    INTEGER(dummy)
    )

WAPEVENT(Abort_Event, "Abort",
    INTEGER(reason)
    )

/*
 * Per-method events for session layer, server side
 */

WAPEVENT(S_MethodInvoke_Ind, "S-MethodInvoke.ind",
    INTEGER(server_transaction_id)
    OCTSTR(method)              /* All caps */
    OCTSTR(request_uri)
    HTTPHEADER(request_headers)
    OPTIONAL_OCTSTR(request_body)

    HTTPHEADER(session_headers)
    ADDRTUPLE(addr_tuple)
    INTEGER(client_SDU_size)
    INTEGER(session_id)
    )

WAPEVENT(S_MethodInvoke_Res, "S-MethodInvoke.res",
    INTEGER(server_transaction_id)

    INTEGER(session_id)
    )

WAPEVENT(S_MethodResult_Req, "S-MethodResult.req",
    INTEGER(server_transaction_id)
    INTEGER(status)
    HTTPHEADER(response_headers)
    OPTIONAL_OCTSTR(response_body)

    INTEGER(session_id)
    )

WAPEVENT(S_MethodResult_Cnf, "S-MethodResult.cnf",
    INTEGER(server_transaction_id)

    INTEGER(session_id)
    )

/*
 * Per-method events for session layer, client side
 */

WAPEVENT(S_MethodInvoke_Req, "S-MethodInvoke.req",
    INTEGER(client_transaction_id)
    OCTSTR(method)
    OCTSTR(request_uri)
    HTTPHEADER(request_headers)
    OPTIONAL_OCTSTR(request_body)

    INTEGER(session_handle)
    )

WAPEVENT(S_MethodInvoke_Cnf, "S-MethodInvoke.cnf",
    INTEGER(client_transaction_id)

    INTEGER(session_handle)
    )

WAPEVENT(S_MethodResult_Ind, "S-MethodResult.ind",
    INTEGER(client_transaction_id)
    INTEGER(status)
    HTTPHEADER(response_headers)
    OPTIONAL_OCTSTR(response_body)

    INTEGER(session_handle)
    )

WAPEVENT(S_MethodResult_Res, "S-MethodResult.res",
    INTEGER(client_transaction_id)

    INTEGER(session_handle)
    )

/*
 * Per-method events used by the session layer
 * These events are used by both client and server side.
 */

WAPEVENT(S_MethodAbort_Req, "S-MethodAbort.req",
    INTEGER(transaction_id)

    INTEGER(session_handle)
    )

WAPEVENT(S_MethodAbort_Ind, "S-MethodAbort.ind",
    INTEGER(transaction_id)
    INTEGER(reason)

    INTEGER(session_handle)
    )

/*
 * Per-push events used by the session layer
 */

WAPEVENT(S_Push_Req, "S-Push.req",
    HTTPHEADER(push_headers)
    OPTIONAL_OCTSTR(push_body)

    INTEGER(session_id)
    )

WAPEVENT(S_Push_Ind, "S-Push.ind",
    HTTPHEADER(push_headers)
    OPTIONAL_OCTSTR(push_body)

    INTEGER(session_handle)
    HTTPHEADER(session_headers)
    )

WAPEVENT(S_ConfirmedPush_Req, "S-ConfirmedPush.req",
        INTEGER(server_push_id)
        HTTPHEADER(push_headers)
        OPTIONAL_OCTSTR(push_body)

        INTEGER(session_id)
        )

WAPEVENT(S_ConfirmedPush_Ind, "S-ConfirmedPush.ind",
    INTEGER(client_push_id)
    HTTPHEADER(push_headers)
        OPTIONAL_OCTSTR(push_body)

    INTEGER(session_handle)
    )

WAPEVENT(S_ConfirmedPush_Res, "S-ConfirmedPush.res",
    INTEGER(client_push_id)

    INTEGER(session_handle)
    )

WAPEVENT(S_ConfirmedPush_Cnf, "S-ConfirmedPush.cnf",
        INTEGER(server_push_id)

    INTEGER(session_id)
        )

WAPEVENT(S_PushAbort_Ind, "S-PushAbort.ind",
        INTEGER(push_id)
        INTEGER(reason)

        INTEGER(session_id)
        )

/*
 * The specification of S-PushAbort seems to assume that only the
 * client can issue an S-PushAbort.req, and only the server can get
 * an S-PushAbort.ind.  This is contradicted by the state tables.
 * That's why the definitions here use just "push_id" instead of
 * server_push_id and client_push_id.
 */

WAPEVENT(S_PushAbort_Req, "S-PushAbort.req",
    INTEGER(push_id)
        INTEGER(reason)

    INTEGER(session_handle)
    )

WAPEVENT(Push_Abort, "Internal abort",
         INTEGER(reason)
        )

/*
 * Events created by unpacking T-DUnitdata.ind events.
 * Used by WTP layer.
 */

WAPEVENT(RcvInvoke, "RcvInvoke",
    OCTSTR(user_data)
    INTEGER(tcl)
    INTEGER(tid)
    INTEGER(tid_new)
    INTEGER(rid)
    INTEGER(up_flag)
    INTEGER(no_cache_supported)
    INTEGER(version)
    INTEGER(gtr)
    INTEGER(ttr)
    ADDRTUPLE(addr_tuple)
    )

WAPEVENT(RcvSegInvoke, "RcvSegInvoke",
    OCTSTR(user_data)
    INTEGER(tid)
    INTEGER(rid)
    INTEGER(no_cache_supported)
    INTEGER(gtr)
    INTEGER(ttr)
    INTEGER(psn)
    ADDRTUPLE(addr_tuple)
    )

WAPEVENT(RcvResult, "RcvResult",
    OCTSTR(user_data)
    INTEGER(tid)
    INTEGER(rid)
    INTEGER(gtr)
    INTEGER(ttr)
    ADDRTUPLE(addr_tuple)
    )

WAPEVENT(RcvAbort, "RcvAbort",
    INTEGER(tid)
    INTEGER(abort_type)
    INTEGER(abort_reason)
    ADDRTUPLE(addr_tuple)
    )

WAPEVENT(RcvAck, "RcvAck",
    INTEGER(tid)
    INTEGER(tid_ok)
    INTEGER(rid)
    INTEGER(psn)
    ADDRTUPLE(addr_tuple)
    )

WAPEVENT(RcvNegativeAck, "RcvNack",
    INTEGER(tid)
    INTEGER(rid)
    INTEGER(nmissing)
    OPTIONAL_OCTSTR(missing)
    ADDRTUPLE(addr_tuple)
    )

/*
 * Other events used by WTP layer.
 */

WAPEVENT(TimerTO_A, "Timeout-A",
    INTEGER(handle)
    )

WAPEVENT(TimerTO_R, "Timeout-R",
    INTEGER(handle)
    )

WAPEVENT(TimerTO_W, "Timeout-W",
    INTEGER(handle)
    )

WAPEVENT(RcvErrorPDU, "RcvErrorPDU",
    INTEGER(tid)
    ADDRTUPLE(addr_tuple)
    )

/*
 * Events used by connectionless session protocol (WSP)
 */

WAPEVENT(S_Unit_MethodInvoke_Req, "S-Unit-MethodInvoke.req",
    ADDRTUPLE(addr_tuple)
    INTEGER(transaction_id)
    OCTSTR(method)
    OCTSTR(request_uri)
    HTTPHEADER(request_headers)
    OPTIONAL_OCTSTR(request_body)
    )

WAPEVENT(S_Unit_MethodInvoke_Ind, "S-Unit_MethodInvoke.ind",
    ADDRTUPLE(addr_tuple)
    INTEGER(transaction_id)
    OCTSTR(method)              /* All caps */
    OCTSTR(request_uri)
    HTTPHEADER(request_headers)
    OPTIONAL_OCTSTR(request_body)
    )

WAPEVENT(S_Unit_MethodResult_Req, "S-Unit-MethodResult.req",
    ADDRTUPLE(addr_tuple)
    INTEGER(transaction_id)
    INTEGER(status)
    HTTPHEADER(response_headers)
    OPTIONAL_OCTSTR(response_body)
    )

WAPEVENT(S_Unit_MethodResult_Ind, "S-Unit-MethodResult.ind",
    ADDRTUPLE(addr_tuple)
    INTEGER(transaction_id)
    INTEGER(status)
    HTTPHEADER(response_headers)
    OPTIONAL_OCTSTR(response_body)
    )

WAPEVENT(S_Unit_Push_Req, "S-Unit-Push.req",
    ADDRTUPLE(addr_tuple)
    INTEGER(push_id)
    HTTPHEADER(push_headers)
    OPTIONAL_OCTSTR(push_body)

    INTEGER(address_type)
    OPTIONAL_OCTSTR(smsc_id)
    INTEGER(dlr_mask)
    OPTIONAL_OCTSTR(dlr_url)
    OPTIONAL_OCTSTR(smsbox_id)
    OPTIONAL_OCTSTR(service_name)
    )

WAPEVENT(S_Unit_Push_Ind, "S-Unit-Push.ind",
    ADDRTUPLE(addr_tuple)
    INTEGER(push_id)
    HTTPHEADER(push_headers)
    OPTIONAL_OCTSTR(push_body)
    )

/*
 * Events used by push OTA protocol, server side
 */

WAPEVENT(Pom_SessionRequest_Req, "Pom-SessionRequest.req",
    ADDRTUPLE(addr_tuple)
    HTTPHEADER(push_headers)
        
    INTEGER(push_id)
    INTEGER(address_type)
    OPTIONAL_OCTSTR(smsc_id)
    INTEGER(dlr_mask)
    OPTIONAL_OCTSTR(dlr_url)
    OPTIONAL_OCTSTR(smsbox_id)
    OPTIONAL_OCTSTR(service_name)
    )

WAPEVENT(Pom_Connect_Ind, "Pom-Connect.ind",
    ADDRTUPLE(addr_tuple)
    HTTPHEADER(push_headers)
    CAPABILITIES(requested_capabilities)
    HTTPHEADER(accept_application)
    HTTPHEADER(bearer_indication)

    INTEGER(session_id)
    INTEGER(push_id)
    )

WAPEVENT(Pom_Connect_Res, "Pom-Connect.res",
    CAPABILITIES(negotiated_capabilities)

    INTEGER(session_id)
    )

WAPEVENT(Pom_Disconnect_Ind, "Pom-Disconnect.ind",
    INTEGER(reason_code)
    INTEGER(redirect_security)  /* Only meaningful if redirecting*/ 
    INTEGER(redirect_addresses) /* FIXME: Wrong type, not used */
    OPTIONAL_OCTSTR(error_headers)
    OPTIONAL_OCTSTR(error_body)

    INTEGER(session_handle)
    )

WAPEVENT(Pom_Suspend_Ind, "Pom-Suspend.ind",
    INTEGER(reason)

    INTEGER(session_id) 
    )

WAPEVENT(Pom_Resume_Ind, "Pom-Resume.ind",
    ADDRTUPLE(addr_tuple)
    HTTPHEADER(client_headers)
    HTTPHEADER(bearer_indication)

    INTEGER(session_id)
    )

WAPEVENT(Po_Push_Req, "Po-Push.req",
    HTTPHEADER(push_headers)
    INTEGER(authenticated)
    INTEGER(trusted)
    INTEGER(last)
    OPTIONAL_OCTSTR(push_body)

    INTEGER(session_handle)
    )

WAPEVENT(Po_ConfirmedPush_Req, "Po-ConfirmedPush.req",
    INTEGER(server_push_id)
    HTTPHEADER(push_headers)
    INTEGER(authenticated)
    INTEGER(trusted)
    INTEGER(last)
    OPTIONAL_OCTSTR(push_body)

    INTEGER(session_handle)
    )

WAPEVENT(Po_ConfirmedPush_Cnf, "Po-ConfirmedPush.Cnf",
    INTEGER(server_push_id)

    INTEGER(session_handle)
    )

WAPEVENT(Po_Unit_Push_Req, "Po-Unit-Push.req",
    ADDRTUPLE(addr_tuple)
    INTEGER(push_id)
    HTTPHEADER(push_headers)
    INTEGER(authenticated)
    INTEGER(trusted)
    INTEGER(last)
    OPTIONAL_OCTSTR(push_body)

    INTEGER(address_type)
    OPTIONAL_OCTSTR(smsc_id)
    INTEGER(dlr_mask)
    OPTIONAL_OCTSTR(dlr_url)
    OPTIONAL_OCTSTR(smsbox_id)
    OPTIONAL_OCTSTR(service_name)
    )

WAPEVENT(Po_PushAbort_Req, "Po-PushAbort.req",
    INTEGER(push_id)
    INTEGER(reason)

    INTEGER(session_id)
    )

WAPEVENT(Po_PushAbort_Ind, "Po-PushAbort.ind",
    INTEGER(push_id)
    INTEGER(reason)

    INTEGER(session_handle)
    )

/*
 * Following events are used communicating between PPG main module (implement-
 * ing main logic of PPG) and PAP module. These are defined in Push Access 
 * Protocol, chapter 9.
 * Note here is one address, one group of push headers, one push body and one
 * group of capabilities. We should use list of address_values  for multiple 
 * addresses (optional) and Lists of push headers, push data and capabilities 
 * for multipart (non-nested mandatory). 
 * Note, too, that we do not yet support multiple addresses.
 * Optional fields, if PAP control message originally does not contain one, 
 * should be set NULL, and mandatory fields non-NULL.
 */

WAPEVENT(Push_Message, "push-message",
    OCTSTR(pi_push_id)
    OPTIONAL_OCTSTR(deliver_before_timestamp)   /* using PAP format */
    OPTIONAL_OCTSTR(deliver_after_timestamp)    /* ditto */
    OPTIONAL_OCTSTR(source_reference)
    OPTIONAL_OCTSTR(ppg_notify_requested_to)
    INTEGER(progress_notes_requested)
    OCTSTR(address_value)                       /* as parsed PAP */
    INTEGER(address_type)
    INTEGER(priority)
    INTEGER(delivery_method)
    OPTIONAL_OCTSTR(network)
    INTEGER(network_required)
    OPTIONAL_OCTSTR(bearer)
    INTEGER(bearer_required)
    HTTPHEADER(push_headers)
    OPTIONAL_OCTSTR(push_data)
    CAPABILITIES(pi_capabilities)
    OPTIONAL_OCTSTR(smsc_id)
    INTEGER(dlr_mask)
    OPTIONAL_OCTSTR(dlr_url)
    OPTIONAL_OCTSTR(smsbox_id)
    OPTIONAL_OCTSTR(service_name)
    OPTIONAL_OCTSTR(product_name)
)

/*
 * Push response element indicates that there will be no more progress notes,
 * see Push Access Protocol, 9.3.2.
 */
WAPEVENT(Push_Response, "push-response",
    OCTSTR(pi_push_id)
    OPTIONAL_OCTSTR(sender_name)
    OPTIONAL_OCTSTR(reply_time)
    OPTIONAL_OCTSTR(sender_address)
    INTEGER(code)
    OPTIONAL_OCTSTR(desc)
    OPTIONAL_OCTSTR(product_name)
    )

/*
 * This is for debugging PIs. One note per stage. See Push Access Protocol,
 * 9.3.1.PPG main module sends these separately to PAP. 
 */
WAPEVENT(Progress_Note, "progress-note",
    INTEGER(stage)
    OPTIONAL_OCTSTR(note)
    OPTIONAL_OCTSTR(time)
)

/*
 * Element bad-message-response is defined in PAP, Implementation Note, 
 * chapter 5. 
 */
WAPEVENT(Bad_Message_Response, "badmessage-response",
    INTEGER(code)
    OPTIONAL_OCTSTR(desc)
    OPTIONAL_OCTSTR(bad_message_fragment)
)

#undef WAPEVENT
#undef OCTSTR
#undef OPTIONAL_OCTSTR
#undef INTEGER
#undef WTLSPDUS
#undef HTTPHEADER
#undef ADDRTUPLE
#undef CAPABILITIES

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