mcu/interface/protocol/l4/l4b_at_urc.def

/*****************************************************************************
*  Copyright Statement:
*  --------------------
*  This software is protected by Copyright and the information contained
*  herein is confidential. The software may not be copied and the information
*  contained herein may not be used or disclosed except with the written
*  permission of MediaTek Inc. (C) 2005
*
*  BY OPENING THIS FILE, BUYER HEREBY UNEQUIVOCALLY ACKNOWLEDGES AND AGREES
*  THAT THE SOFTWARE/FIRMWARE AND ITS DOCUMENTATIONS ("MEDIATEK SOFTWARE")
*  RECEIVED FROM MEDIATEK AND/OR ITS REPRESENTATIVES ARE PROVIDED TO BUYER ON
*  AN "AS-IS" BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES,
*  EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF
*  MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT.
*  NEITHER DOES MEDIATEK PROVIDE ANY WARRANTY WHATSOEVER WITH RESPECT TO THE
*  SOFTWARE OF ANY THIRD PARTY WHICH MAY BE USED BY, INCORPORATED IN, OR
*  SUPPLIED WITH THE MEDIATEK SOFTWARE, AND BUYER AGREES TO LOOK ONLY TO SUCH
*  THIRD PARTY FOR ANY WARRANTY CLAIM RELATING THERETO. MEDIATEK SHALL ALSO
*  NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S
*  SPECIFICATION OR TO CONFORM TO A PARTICULAR STANDARD OR OPEN FORUM.
*
*  BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
*  LIABILITY WITH RESPECT TO THE MEDIATEK SOFTWARE RELEASED HEREUNDER WILL BE,
*  AT MEDIATEK'S OPTION, TO REVISE OR REPLACE THE MEDIATEK SOFTWARE AT ISSUE,
*  OR REFUND ANY SOFTWARE LICENSE FEES OR SERVICE CHARGE PAID BY BUYER TO
*  MEDIATEK FOR SUCH MEDIATEK SOFTWARE AT ISSUE.
*
*  THE TRANSACTION CONTEMPLATED HEREUNDER SHALL BE CONSTRUED IN ACCORDANCE
*  WITH THE LAWS OF THE STATE OF CALIFORNIA, USA, EXCLUDING ITS CONFLICT OF
*  LAWS PRINCIPLES.  ANY DISPUTES, CONTROVERSIES OR CLAIMS ARISING THEREOF AND
*  RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
*  THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC).
*
*****************************************************************************/

/*******************************************************************************
 * Filename:
 * ---------
 *  l4b_urc_table.def
 *
 *
 * Description:
 * ------------
 *  define the items in l4b_urc_table, and expended for
 *	MSG_ID_L4B_L4BXXX_YYY_URC_REQ
 *
 * Author:
 * -------
 *  Hong Yu
 *
 *==============================================================================
 *******************************************************************************/

/*
This table defines AT URC that will be handeled by L4B
table item: {<ENUM_ID>,<URC_prefix>,<whether_send_to_ap>,<dest>,<forward_msg>,<forwrd_msg_func_ptr>}
<ENUM_ID>
	-For enum expansion. The name convention is L4B_URC_XXX
<URC_prefix>
    -The URC prefix for string compare. This string should be in upper case
    -Please write in upper case
<urc_src>
    -The source of this URC
    -For multi-SIM modules, only protocol stack 1 module is enough. L4B will help to increment according to Gemini
    -MOD_NIL means no matter what source the URC comes from, L4B needs to filter
<whether_send_to_ap>
    -Indicate whether this URC shall be sent to AP after intercept
    -If this field is KAL_TRUE, L4B will forward to <dest> first, and then send this URC to AP
    -If this field is KAL_FALSE, L4B will not send this URC to AP, but only forward to <dest>
<dest>
    -The forward destination of this URC, currently only L4B groups are allowed
    -For multi-SIM modules, only protocol stack 1 module is enough. L4B will help to increment according to Gemini
<forward_msg>
    -The MSG_ID_L4B_L4BXXX_YYY_URC_REQ to be sent by L4B to L4BXXX
<forward_msg_func_ptr>
    -The ilm constructor function pointer for <forward_msg>, which type is L4B_URC_TO_ILM_FUNC

Other URC not defined in l4b_urc_table will be forwarded to AP directly by L4B
*/

/* L4BPWR URC begin */
L4B_URC(L4B_URC_EIND128, "+EIND: 128", MOD_NIL, KAL_FALSE, MOD_L4BPWR, MSG_ID_L4B_L4BPWR_LWTG_POWERON_URC_REQ, l4bpwr_lwtg_poweron_urc_req_construct_func)
L4B_URC(L4B_URC_VPUP, "+VPUP", MOD_NIL, KAL_FALSE, MOD_L4BPWR, MSG_ID_L4B_L4BPWR_C2K_POWERON_URC_REQ, l4bpwr_c2k_poweron_urc_req_construct_func)
L4B_URC(L4B_URC_ETESTSIM, "+ETESTSIM", MOD_NIL, KAL_TRUE, MOD_L4BPWR, MSG_ID_L4B_L4BPWR_ETESTSIM_URC_REQ, l4bpwr_etestsim_urc_req_construct_func)
/* L4BPWR URC end */

/* L4BSMS URC begin */
L4B_URC(L4B_URC_EIND1, "+EIND: 1", MOD_NIL, KAL_FALSE, MOD_L4BSMS, MSG_ID_L4B_L4BSMS_LWTG_SMS_READY_URC_REQ, l4bsms_sms_ready_urc_req_construct_func)
L4B_URC(L4B_URC_EC2KSMSON, "+EC2KSMSON", MOD_NIL, KAL_FALSE, MOD_L4BSMS, MSG_ID_L4B_L4BSMS_C2K_SMS_READY_URC_REQ, l4bsms_sms_ready_urc_req_construct_func)
L4B_URC(L4B_URC_ESMFULL, "+ESMFULL", MOD_NIL, KAL_FALSE, MOD_L4BSMS, MSG_ID_L4B_L4BSMS_C2K_SMS_FULL_URC_REQ, l4bsms_c2ksms_full_urc_req_construct_func)
/* L4BSMS URC end */

/* L4BCC URC begin */
L4B_URC(L4B_URC_ESTKCNUM, "+ESTKCNUM:", MOD_NIL, KAL_FALSE, MOD_L4BCC, MSG_ID_L4B_L4BCC_ESTKCNUM_URC_REQ, l4bcc_estkcnum_urc_req_construct_func)

L4B_URC(L4B_URC_ORIG, "^ORIG", MOD_CVAL, KAL_FALSE, MOD_L4BCC, MSG_ID_L4B_L4BCC_C2K_CC_CALL_ID_REQ,   l4bcc_c2k_cs_orig_urc_req_construct_func)
L4B_URC(L4B_URC_CONN, "^CONN", MOD_CVAL, KAL_FALSE, MOD_L4BCC, MSG_ID_L4B_L4BCC_C2K_CC_ECPI_NOTI_REQ, l4bcc_c2k_cs_conn_urc_req_construct_func)
L4B_URC(L4B_URC_CEND, "^CEND", MOD_CVAL, KAL_FALSE, MOD_L4BCC, MSG_ID_L4B_L4BCC_C2K_CC_CEND_NOTI_REQ, l4bcc_c2k_cs_cend_urc_req_construct_func)
L4B_URC(L4B_URC_RING, "RING", MOD_CVAL, KAL_FALSE, MOD_L4BCC, MSG_ID_L4B_L4BCC_C2K_ECPI_NOTI_REQ,    l4bcc_c2k_cs_ring_urc_req_construct_func)
L4B_URC(L4B_URC_C2KEAIC,"+EAIC:", MOD_CVAL,KAL_FALSE, MOD_L4BCC, MSG_ID_L4B_L4BCC_C2K_MT_PRESENT_NOTI_REQ, l4bcc_c2k_eaic_urc_req_construct_func)
#ifdef __TC10_IPC_CDMA_SUPPORT__
L4B_URC(L4B_URC_LINECON,"+LINECON:", MOD_CVAL,KAL_FALSE, MOD_L4BCC, MSG_ID_L4B_L4BCC_C2K_CC_LINECON_IND, l4bcc_c2k_linecon_urc_req_construct_func)
#endif
/* L4BCC URC end */

/* L4BNW URC begin */
L4B_URC(L4B_URC_ECSQ, "+ECSQ", MOD_NIL, KAL_FALSE, MOD_L4BNW, MSG_ID_L4B_L4BNW_ECSQ_URC_REQ, l4bnw_ecsq_urc_req_construct_func)
L4B_URC(L4B_URC_C2KEREG, "+C2KEREG", MOD_NIL, KAL_FALSE, MOD_L4BNW, MSG_ID_L4B_L4BNW_CVAL_EREG_URC_REQ, l4bnw_cval_ereg_urc_req_construct_func)
L4B_URC(L4B_URC_C2KEGREG, "+C2KEGREG", MOD_NIL, KAL_FALSE, MOD_L4BNW, MSG_ID_L4B_L4BNW_CVAL_EGREG_URC_REQ, l4bnw_cval_egreg_urc_req_construct_func)
L4B_URC(L4B_URC_CSQ, "+CSQ", MOD_NIL, KAL_FALSE, MOD_L4BNW, MSG_ID_L4B_L4BNW_CVAL_CSQ_URC_REQ, l4bnw_cval_csq_urc_req_construct_func)
L4B_URC(L4B_URC_HDRCSQ, "+HDRCSQ", MOD_NIL, KAL_FALSE, MOD_L4BNW, MSG_ID_L4B_L4BNW_CVAL_HDRCSQ_URC_REQ, l4bnw_cval_hdrcsq_urc_req_construct_func)
/* L4BNW URC end */

/* L4BSIM URC begin */
L4B_URC(L4B_URC_EUSIM, "+EUSIM:", MOD_NIL, KAL_TRUE, MOD_L4BSIM, MSG_ID_L4B_L4BSIM_EUSIM_URC_REQ, l4bsim_eusim_urc_req_construct_func)
L4B_URC(L4B_URC_ESIMS, "+ESIMS:", MOD_NIL, KAL_TRUE, MOD_L4BSIM, MSG_ID_L4B_L4BSIM_ESIMS_URC_REQ, l4bsim_esims_urc_req_construct_func)
L4B_URC(L4B_URC_ESIMAPP, "+ESIMAPP:", MOD_NIL, KAL_TRUE, MOD_L4BSIM, MSG_ID_L4B_L4BSIM_ESIMAPP_URC_REQ, l4bsim_esimapp_urc_req_construct_func)
L4B_URC(L4B_URC_ESIMIND, "+ESIMIND:", MOD_NIL, KAL_TRUE, MOD_L4BSIM, MSG_ID_L4B_L4BSIM_ESIMIND_URC_REQ, l4bsim_esimind_urc_req_construct_func)
/* L4BSIM URC end */

/* L4BSAT URC begin */
L4B_URC(L4B_URC_STKPCI, "+STKPCI:", MOD_ATCI, KAL_TRUE, MOD_L4BSAT, MSG_ID_L4B_L4BSAT_STKPCI_ATCI_URC_REQ, l4bsat_stkpci_urc_req_construct_func)
L4B_URC(L4B_URC_C2KSTKPCI, "+STKPCI:", MOD_CVAL, KAL_TRUE, MOD_L4BSAT, MSG_ID_L4B_L4BSAT_STKPCI_CVAL_URC_REQ, l4bsat_stkpci_urc_req_construct_func)
#if defined(__TC10__) && defined(__IPC_ADAPTER__)
L4B_URC(L4B_URC_STKIND, "+STKIND:", MOD_ATCI, KAL_TRUE, MOD_L4BSAT, MSG_ID_L4B_L4BSAT_STKIND_ATCI_URC_REQ, l4bsat_stkind_urc_req_construct_func)
L4B_URC(L4B_URC_C2KSTKIND, "+STKIND:", MOD_CVAL, KAL_TRUE, MOD_L4BSAT, MSG_ID_L4B_L4BSAT_STKIND_CVAL_URC_REQ, l4bsat_stkind_urc_req_construct_func)
#endif
/* L4BSAT URC end */