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192.168.1.100 / T800_MD / 1eb8f53f94c145708b5ea2c6b9b96ea3d613f607 / . / mcu / protocol / interface / l4misc / l4c_common_enum.h
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/*****************************************************************************
* 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:
* ---------
* l4c_common_enum.h
*
* Project:
* --------
* MAUI
*
* Description:
* ------------
* This file is intends for ...
*
* Author:
* -------
* -------
*
*******************************************************************************/
/********************************************************************************
* Copyright Statement:
* --------------------
*
* This product has been developed using a protocol stack
* developed by Sasken Communication Technologies Limited.
*
********************************************************************************/
#ifndef _L4C_COMMON_ENUM_H
#define _L4C_COMMON_ENUM_H
#include "kal_public_defs.h"
#include "ps_public_enum.h"
#include "l4c_common_enum_public.h"
#include "global_def.h"
#include "ps_public_def.h"
#include "atp_public_defs.h"
#define L4C_MAX_NAME_LEN 10
#define MAX_PIN_LENGTH 8 /* to be removed */
/*#define MAX_CC_SUB_ADDR_BCD_LEN 21 -move to ps_public_enum.h*/
#define MAX_SS_PASSWD_LEN 9
#define MAX_SS_PASSWD_BCD_LEN 5
#define MAX_PLMN_BCD_LEN 3
#define MAX_SIM_PASSWD_BCD_LEN 5
#define INVALID_BS_CODE 0
#define L4C_USE_DEFAULT_VALUE 255
#define L4C_MAX_RETRY_COUNT 2
#define MAX_CREE_STR_LEN 75
#define l4C_MAX_TRANS_NUM 12
#if ((!defined(__MTK_TARGET__)) && defined(__TCM_UT__)) // only used for UT Regression
#define TCM_MAX_ACL_FILE_SIZE_SUPPORT 1000
#else // #if ((!defined(__MTK_TARGET__)) && defined(__TCM_UT__)) // only used for UT Regression
#define TCM_MAX_ACL_FILE_SIZE_SUPPORT 255
#endif // ~ #if ((!defined(__MTK_TARGET__)) && defined(__TCM_UT__)) // only used for UT Regression
#define TCM_BINDING_ID_NOT_BIND 0xFFFF
#define L4C_LONGPRESS_TIMER 20 /* 2 sec */
#define L4C_REPEATED_TIMER 10 /* 2 sec */
#define L4C_DOWNLOAD_ERROR_TIMER 100 /* 10 sec */
#define L4C_DOWNLOAD_SLEEP_TIMER 10 /* 1 sec */
/*
MAUI_02598495, custom gprs detach timer
#define L4C_GPRS_CONNECT_TIEMR 20
*/
#define L4C_MAX_EM_PDP_NUM 3 //mtk00714 w0634
#define L4C_SET_PS_CONF_TEST_PROFILE_OK 0
#define L4C_SET_PS_CONF_TEST_PROFILE_CONFLICT -1
#define L4C_SET_PS_CONF_TEST_PROFILE_WRITE_FAIL -2
#define INFO_EVENT 0
#define INFO_REQ 1
// hannu.huusko move the definition L4C_INVALID_RS_SNR to ps_public_def.h for ERRC LMOB in L1 reference
#define L4C_INVALID_SERV_BAND 0xffff
#define L4C_QOS_BITRATE_10_GBPS ((kal_uint64)10000000) // 10Gbps == 10M Kbps
#define L4C_ECELL_INVALID_VALUE 0x0fffffff
#define L4C_ECELL_INVALID_BSIC 0xffff
#define L4C_ECELL_MAX_BUFFER_SIZE 2048
#define L4C_ECELL_MAX_DATA_SIZE_PER_CELL 392 // refer to the max increasing size of rmmi_ecell_result_code_fmttr()
#define L4C_ECELL_MAX_DATA_SIZE_OF_C2K_CELL 192 // refer to the max increasing size of l4c_nw_ecell_append_c2k_nbr_cell_info()
#define L4C_NW_INVALID_CELL_ID 0x0FFFFFFF
#define L4C_NW_INVALID_LAC 0xFFFF
#define L4C_NW_INVALID_RAC 0xFF
#define L4C_NSSAI_BUFFER_SIZE 2048
#define L4C_PREFERRED_3GPP_NSSAI 0x01
#define L4C_PREFERRED_NON3GPP_NSSAI 0x02
#define L4C_NW_INVALID_SRXLEV L4C_INVALID_SIGNAL_INT16
#define L4C_NW_INVALID_SQUAL L4C_INVALID_SIGNAL_INT16
typedef enum
{
L4C_KEY_FROM_DRVKPD = 0,
L4C_KEY_FROM_CKPD
}l4c_keypad_press_type_enum;
typedef enum {
ACL_NOT_SUPPORT,
ACL_DISABLE,
ACL_ENABLE
} l4c_acl_mode_enum;
enum
{
GSM_ONLY,
GPRS_ONLY,
GSM_AND_GPRS
};
typedef enum
{
TCM_INVALID_L2P,
TCM_CCMNI_L2P,
TCM_RNDIS_L2P,
TCM_MBIM_L2P,
//TCM_IPCORE_L2P,
//TCM_UPS_L2P,
//TCM_WM_L2P,
TCM_PPP_L2P,
TCM_LHIF_L2P,
}l4c_tcm_l2p_enum;
typedef enum{
EI3GPPIRAT_SROUCE_RAT_START = 1,
EI3GPPIRAT_TARGET_RAT_START = 2,
EI3GPPIRAT_SOURCE_RAT_FINISH = 3,
EI3GPPIRAT_TARGET_RAT_FINISH = 4,
} ei3gppirat_action_enum;
typedef enum{
EPDNCTRANS_SRC_RAT_PDN_TRANSFER_START = 1,
EPDNCTRANS_TARGET_RAT_PDN_RECEIVE_START = 2,
EPDNCTRANS_SRC_RAT_PDN_TRANSFER_END = 3,
EPDNCTRANS_TARGET_RAT_PDN_RECEIVE_END = 4,
} epdnctrans_action_enum;
typedef enum{
L4C_C2K_SET_ONE,
L4C_C2K_RESET_ONE,
L4C_C2K_FORCE_SET_ONE,
} l4c_c2k_func_action_enum;
typedef enum{
L4C_C2K_LWCG_PDN_TRANSFER_STATE_NONE,
L4C_C2K_LWCG_WAITING_IA_QUERY_CNF,
L4C_C2K_LWCG_WAITING_TCM_SET_IA_PDN_CNF,
L4C_C2K_LWCG_SETTING_PDN_RECEIVED_FROM_C2K,
} l4c_c2k_lwcg_pdn_context_transfer_state_enum;
typedef enum{
L4C_C2K_IRAT_NONE,
L4C_C2K_IRAT_ONGOING_C2K_TO_LTE,
L4C_C2K_IRAT_ONGOING_LTE_TO_C2K,
} l4c_c2k_irat_state_enum;
typedef enum{
L4C_C2K_LC_md3_transfer_cid0_with_ia,
L4C_C2K_LC_md3_transfer_cid0_without_ia,
L4C_C2K_LC_md3_transfer_other_cid_with_ia,
L4C_C2K_LC_md3_not_transfer_cid0_but_with_other_cid_ia,
L4C_C2K_LC_md3_not_transfer_cid0_and_any_ia,
} l4c_c2k_lc_irat_debug_enum;
typedef enum{
L4C_PS_DEBUG_CMD_MODE_NOT_SUPPORT,
L4C_PS_DEBUG_EGPCO_CID_ERROR,
L4C_PS_DEBUG_EGPCO_IEID_IDENTIFY_ERROR,
L4C_PS_DEBUG_EGPCO_0017_ERROR,
L4C_PS_DEBUG_EGPCO_FF00_ERROR,
L4C_PS_DEBUG_EGPCO_FF01_ERROR,
L4C_PS_DEBUG_EGPCO_FF02_ERROR,
L4C_PS_DEBUG_EGPCO_FF03_ERROR,
L4C_PS_DEBUG_CGEQ_MaxBitRateUL_DecodeError,
L4C_PS_DEBUG_CGEQ_MaxBitRateDL_DecodeError,
L4C_PS_DEBUG_CGEQ_GuaranteeBitrateUL_DecodeError,
L4C_PS_DEBUG_CGEQ_GuaranteeBitrateDL_DecodeError,
L4C_PS_DEBUG_CGEQ_MaxSduSize_DecodeError,
L4C_PS_DEBUG_CGEQ_SduErrorRatio_Error,
L4C_PS_DEBUG_CGEQ_ResidualBitErrRate_Error,
L4C_PS_DEBUG_CGEQ_TransferDelay_Error,
L4C_PS_DEBUG_NotSupport_PfDirection,
L4C_PS_DEBUG_GetEpsQosError,
L4C_PS_DEBUG_CGDCONT_PdpType_Error,
L4C_PS_DEBUG_CGDCONT_PdpType_parse_result_Error,
L4C_PS_DEBUG_CGDCONT_APN_len_100_Error,
L4C_PS_DEBUG_CGTFT_PacketFilterIdentifier_parse_result_Error,
L4C_PS_DEBUG_CGTFT_ProtocolNumberNextHeader_parse_result_Error,
L4C_PS_DEBUG_CGTFT_LocalPortRange_Error,
L4C_PS_DEBUG_CGTFT_RemotePortRange_Error,
L4C_PS_DEBUG_CGTFT_IpsecSpi_Error,
L4C_PS_DEBUG_CGTFT_TosTrafficClassAndMask_Error,
L4C_PS_DEBUG_CGTFT_FlowLabel_parse_result_Error,
L4C_PS_DEBUG_CGTFT_PfDirection_Error,
L4C_PS_DEBUG_CGTFT_PfDirection_parse_result_Error,
L4C_PS_DEBUG_CGTFT_LocalAddrAndSubnetMask_Error,
L4C_PS_DEBUG_CGTFT_QRI_Error,
L4C_PS_DEBUG_CGQREQ_PrecedenceClass_Error,
L4C_PS_DEBUG_CGQREQ_DelayClass_Error,
L4C_PS_DEBUG_CGQREQ_ReliabilityClass_Error,
L4C_PS_DEBUG_CGQREQ_PeakThroughput_Error,
L4C_PS_DEBUG_CGQREQ_MeanThroughput_Error,
L4C_PS_DEBUG_CGQMIN_PrecedenceClass_Error,
L4C_PS_DEBUG_CGQMIN_DelayClass_Error,
L4C_PS_DEBUG_CGQMIN_ReliabilityClass_Error,
L4C_PS_DEBUG_CGQMIN_PeakThroughput_Error,
L4C_PS_DEBUG_CGQMIN_MeanThroughput_Error,
L4C_PS_DEBUG_CGEQ_UndefineCommandConflict,
L4C_PS_DEBUG_CGEQ_Traffic_class_Bigger_Than_3,
L4C_PS_DEBUG_CGEQ_TrafficClass_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_MaxBitRateUL_EncodeError,
L4C_PS_DEBUG_CGEQ_RealTimeQoS_MustNeed_MaxBitRateUL,
L4C_PS_DEBUG_CGEQ_MaxBitRateUL_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_MaxBitRateDL_EncodeError,
L4C_PS_DEBUG_CGEQ_RealTimeQoS_MustNeed_MaxBitRateDL,
L4C_PS_DEBUG_CGEQ_MaxBitRateDL_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_GuaranteeBitRateUL_EncodeError,
L4C_PS_DEBUG_CGEQ_RealTimeQoS_MustNeed_GuaranteeBitRateUL,
L4C_PS_DEBUG_CGEQ_GuaranteedBitrateUL_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_GuaranteeBitRateDL_EncodeError,
L4C_PS_DEBUG_CGEQ_RealTimeQoS_MustNeed_GuaranteeBitRateDL,
L4C_PS_DEBUG_CGEQ_GuaranteedBitrateDL_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_DeliveryOrder_BiggerThan_1,
L4C_PS_DEBUG_CGEQ_DeliveryOrder_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_MaxSduSize_Encode_Error,
L4C_PS_DEBUG_CGEQ_MaxSduSize_Value_Unexpected,
L4C_PS_DEBUG_CGEQ_MaxSduSize_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_SduErrorRatio_Value_Unexpected,
L4C_PS_DEBUG_CGEQ_SduErrorRatio_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_ResidualBitErrorRatio_Value_Unexpected,
L4C_PS_DEBUG_CGEQ_ResidualBitErrorRatio_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_DeliveryOfErroneousSdu_Value_Unexpected,
L4C_PS_DEBUG_CGEQ_DeliveryOfErroneousSdu_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_TransferDelay_EncodeError,
L4C_PS_DEBUG_CGEQ_TransferDelay_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_TrafficHandlingPriority_Error,
L4C_PS_DEBUG_CGEQ_TrafficHandlingPriority_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_SourceStatisticsDescriptor_Error,
L4C_PS_DEBUG_CGEQ_SourceStatisticsDescriptor_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_SignallingIndication_Error,
L4C_PS_DEBUG_CGEQ_SignallingIndication_ParseResult_Error,
L4C_PS_DEBUG_CGEQ_CommandConflict,
L4C_PS_DEBUG_CGACT_CID_Error,
L4C_PS_DEBUG_CGCMOD_CID_Error,
L4C_PS_DEBUG_CGPADDR_GetAddr_Error,
L4C_PS_DEBUG_CGAUTO_CgautoN_Error,
L4C_PS_DEBUG_CGANS_L2P_OnlyCanBe_PPP_Error,
L4C_PS_DEBUG_CGANS_CID_Error,
L4C_PS_DEBUG_CGEREP_mode_Error,
L4C_PS_DEBUG_CGEREP_bfr_Error,
L4C_PS_DEBUG_CGEQOS_Qci_parse_result_Error,
L4C_PS_DEBUG_CGEQOS_QCI_0_Error,
L4C_PS_DEBUG_CGEQOS_QCI_65_66_69_70_Error,
L4C_PS_DEBUG_CGEQOS_DlGbr_encode_Error,
L4C_PS_DEBUG_CGEQOS_DlGbr_parse_result_Error,
L4C_PS_DEBUG_CGEQOS_UlGbr_encode_Error,
L4C_PS_DEBUG_CGEQOS_UlGbr_parse_result_Error,
L4C_PS_DEBUG_CGEQOS_DlMbr_encode_Error,
L4C_PS_DEBUG_CGEQOS_DlMbr_parse_result_Error,
L4C_PS_DEBUG_CGEQOS_UlMbr_encode_Error,
L4C_PS_DEBUG_CGEQOS_UlMbr_parse_result_Error,
L4C_PS_DEBUG_CGAUTH_AuthPort_Error,
L4C_PS_DEBUG_ECNCFG_MobileData_parse_result_Error,
L4C_PS_DEBUG_ECNCFG_DataRoaming_parse_result_Error,
L4C_PS_DEBUG_ECNCFG_volte_parse_result_Error,
L4C_PS_DEBUG_ECNCFG_ImsTtestMode_parse_result_Error,
L4C_PS_DEBUG_EGDCONT_RoamingIpType_Error,
L4C_PS_DEBUG_VZWAPNE_apnb_parse_result_Error,
L4C_PS_DEBUG_VZWAPNE_apned_parse_result_Error,
L4C_PS_DEBUG_EGACT_CID_Error,
L4C_PS_DEBUG_ACTTEST_CID_Error,
L4C_PS_DEBUG_EGDELPF_pfid_parse_result_Error,
L4C_PS_DEBUG_EGDELPF_pfid_Error,
L4C_PS_DEBUG_EGLNKPF_pfid_parse_result_Error,
L4C_PS_DEBUG_EGLNKPF_pfid_Error,
L4C_PS_DEBUG_EDALLOW_mode_Error,
L4C_PS_DEBUG_EAPNSYNC_APN_len_100_Error,
L4C_PS_DEBUG_EAPNSYNC_inactivity_time_Error,
L4C_PS_DEBUG_CMD_MODE_NOT_SUPPORT_IN_U64_HANDLER,
L4C_PS_DEBUG_UNEXPECTED_ILM_SENT_TO_U64_HANDLER,
L4C_PS_DEBUG_C5GQOS_VQI_parse_result_Error,
L4C_PS_DEBUG_C5GQOS_VQI_0_Error,
L4C_PS_DEBUG_C5GQOS_VQI_65_66_69_70_Error,
L4C_PS_DEBUG_C5GQOS_DL_GFBR_parse_result_Error,
L4C_PS_DEBUG_C5GQOS_UL_GFBR_parse_result_Error,
L4C_PS_DEBUG_C5GQOS_DL_MFBR_parse_result_Error,
L4C_PS_DEBUG_C5GQOS_UL_MFBR_parse_result_Error,
L4C_PS_DEBUG_GetVgQosError,
L4C_PS_DEBUG_GetPduSessionAmbrError,
L4C_PS_DEBUG_CLADN_Parse_Error,
L4C_PS_DEBUG_CLADNU_Length_Error,
}l4c_ps_debug_enum;
typedef enum
{
TCM_REJECT_PDP_ACT,
TCM_ACCEPT_PDP_ACT
}l4c_tcm_manual_answer_enum;
typedef enum
{
L4C_TCM_CID_STATE_NONE = 0,
L4C_TCM_CID_STATE_ACTING,
L4C_TCM_CID_STATE_MODING,
L4C_TCM_CID_STATE_DEACTING,
L4C_TCM_CID_STATE_DEACT_ABORTING,
}l4c_tcm_internal_cid_state;
typedef enum {
L4B_FIRST_CHANNEL,
L4B_ATP_FIRST_CHANNEL = L4B_FIRST_CHANNEL,
L4B_ATP_LAST_CHANNEL = L4B_FIRST_CHANNEL + ATP_CHANNEL_NUMBER-1,
/* channels for L4BXXX, just estimation */
L4B_L4BXXX_FIRST_CHANNEL,
L4B_L4BXXX_LAST_CHANNEL = L4B_L4BXXX_FIRST_CHANNEL + 20,
L4B_MAX_CHANNEL_NUMBER,
L4B_INVALID_CHANNEL = 0xff
} l4b_channel_enum;
typedef enum
{
LMMI_SRC,
LMMI_SRC2, /* currently only for MMI SMS backgraound action */
SAT_SRC,
WAP_SRC,
L4C_SRC,
RMMI_SRC, /*UART or CMUX virtual port 1*/
RMMI_SRC_END = RMMI_SRC + L4B_MAX_CHANNEL_NUMBER -1,
RMMI_SAT, /*SAT inject AT*/
#if defined(__MESSAGE_BASED_AT_SUPPORT__)
RMMI_MSG_AT_SRC,
RMMI_MSG_AT_SRC_END = RMMI_MSG_AT_SRC + RMMI_MAX_MSG_BASED_AT_CHANNEL-1,
#endif
#if 0 //move to ATP_IO
/* under construction !*/
/* under construction !*/
#endif
RMMI_ALL, /*for rmmi indication*/
#ifdef __TC01_IMS_SUPPORT__
RMMI_SMS_IMS_SRC,
#endif
L4BPWR_SRC, // move to here temporarily (by usage and meaning, it shall be put before RMMI_SRC or L4C_SRC)
VDM_SRC, // not used after MOLY00442497
MAX_SOURCE_NUM,
L4C_NO_USER, /*no user register action*/
L4C_NVRAM_ACCESS_SRC, /*NVRAM access source for MMI read/write NVRAM */
SSDS_SRC,
RMMI_URC_SRC_2,
INVALID_SRC/*Invalid source for MT*/
} l4c_source_id_enum;
#define RMMI_UNSOLICITED RMMI_ALL
#ifdef __CMUX_SUPPORT__
#define RMMI_UNSOLICITED_2 (RMMI_URC_SRC_2)
#ifdef __TC01_IMS_SUPPORT__
#define RMMI_UNSOLICITED_3 RMMI_SMS_IMS_SRC
#endif /* __TC01_IMS_SUPPORT__ */
#endif /* __CMUX_SUPPORT__ */
typedef enum
{
L4C_COMMAND_STATE = 0,
L4C_ONLINE_COMMAND_STATE,
L4C_ONLINE_DATA_STATE,
L4C_ONLINE_DATA_GPRS_STATE,
L4C_ONLINE_STATE//mtk01616_080322:either CSD or GPRS data state
} l4c_state_enum;
/*
typedef enum
{
L4C_IDLE_STATE = 0,
L4C_CMD_FORWARDED_FOR_ACTION_STATE,
L4C_INTERMEDIATE_RESULT_CODE_SENT_STATE
} l4c_sub_state_enum;
*/
typedef enum
{
L4C_CC,
L4C_SS,
L4C_SMS,
L4C_RAC,
L4C_TCM,
L4C_PHB,
L4C_EQ,
#if 0 //__CTM_SUPPORT__
/* under construction !*/
#endif
L4C_SMU,
L4C_SAT,
L4C_MAX_MODULE_ID_NUM
}l4c_module_id;
typedef enum
{
L4C_NO_ACTION,
L4C_FIRST_ACTION,
NVM_R_EXE = L4C_FIRST_ACTION,
NVM_W_EXE,
//UART_READ_EXE,
UART_WRITE_EXE,
UART_PORT_READ,
SIM_R_EXE,
SIM_W_EXE,
CCSP_EXE,
SIM_FILE,
CSD_PROF_SET,
ABM_ACT_APP,
ABM_ACT,
ABM_ACT_ECC,
PPP_ACT,
ABM_DEACT,
ABM_DISC,
FIRST_CC_ACTION,
CHLD_EXE = FIRST_CC_ACTION,
#ifdef __MOD_SMU__
CACM_EXE,
CAMM_EXE,
#endif /* __MOD_SMU */
CHUP_EXE,
CTFR_EXE,
ATA_EXE,
ATD_APP,
ATD_EXE,
ATD_ECC,
ATD_ECC_CHANGE_RAT, //MAUI_02554068
ATD_ECC_CHANGE_RAT_ABORT, //MAUI_02554068
CMOD_EXE,
ATH_EXE,
PARSE_SS_EXE,
CPHS_ALS_UPDATE,
CHLD_CSD_DEACT, /* this action is to handle CSD active and incoming call coming */
VTS_EXE,
EVTS_EXE,
EMSD_EXE,
EMSDSET_EXE,
EMSDPUSH_EXE,
EPSAP_EXE,
EPSAPPULL_EXE,
CLCC_READ,
LAST_CC_ACTION = CLCC_READ,
FIRST_SS_ACTION,
CAEMLPP_EXE = FIRST_SS_ACTION,
CCFC_REPEAT,
CCFC_EXE,
CCWA_REPEAT,
CCWA_EXE,
ITRG_EXE,
CDIP_EXE,
CLCK_SS_REPEAT,
CLCK_SS_EXE,
CLIP_EXE,
CLIR_EXE,
CNAP_EXE,
COLP_EXE,
COLR_EXE,
CPWD_SS_EXE,
CB_FAC_IND,
CCBS_EXE,
CUSD_EXE,
USSR_FAC_IND,
USSN_FAC_IND,
LAST_SS_ACTION = USSN_FAC_IND,
#ifdef CSD_SUPPORT
//FIRST_DATA_ACTION,
//LAST_DATA_ACTION,
#endif
FIRST_EQ_ACTION,
VOL_SET = FIRST_EQ_ACTION,
AUDI_NAME_PLAY,
AUDI_NAME_STOP,/* mtk00468 add for play audio by name*/
AUDI_STRING_PLAY,
AUDI_STRING_STOP, /* mtk00468 add for play audio by string */
AUDI_SET, /* for audio profile set 030627 mtk00468*/
AUDI_PARAM_SET,
GAIN_SET,
CMUT_SET,
CSIL_SET,
CALM_SET, /* alert, removed later */
CKPD_EXE,
CIND_SET,
CALA_SET,
CALD_EXE,
CSDF_SET,
CSTF_SET,
CLAN_SET,
GPIO_SET,
CSGT_SET,
CGCI_SET,
CVIB_SET,
CLVL_READ,
CRSL_READ,
ATIPR_SET,
HW_PROF_SET,
MS_SN_READ,
MS_SV_READ, //mtk02508_090310 add for SV read
MS_SN_SET,
MS_SV_SET, //mtk02508_090310 add for SV set
LOCK_NVRAM,
TEST_REPORT_READ, //mtk00714 add for autotest report read
RF_TEST_SET,
#ifdef __TC01__
RX_RSSI_GET, //to get the RSSI
#endif
//#ifdef VM_SUPPORT
VM_GET_EXE,
VM_REC_EXE,
VM_PLAY_EXE,
VM_DEL_EXE,
VM_STOP_EXE,
VM_ABT_EXE,
VM_PAU_EXE,
VM_RES_EXE,
VM_APP_EXE,
VM_REN_EXE,
//#endif
POWERON_EXE,
POWEROFF_EXE,
#ifdef __MOBILE_BROADBAND_PROVISION_CONTEXT__
MOBILE_BROADBAND_PROVISION_CONTEXT_GET,
MOBILE_BROADBAND_PROVISION_CONTEXT_GET_ALL,
MOBILE_BROADBAND_PROVISION_CONTEXT_SET,
#endif /* __MOBILE_BROADBAND_PROVISION_CONTEXT__ */
PS_CONF_TEST_PROFILE_SET,
ENFC_EXE,
ESDS_SET,
LAST_EQ_ACTION = ESDS_SET,
#ifdef __IRDA_SUPPORT__
FIRST_IRDA_ACTION,
PPP_DEACT_EXE = FIRST_IRDA_ACTION, /* add to keep PPP deactive */
LAST_IRDA_ACTION = PPP_DEACT_EXE,
#endif /*__IRDA_SUPPORT__*/
#ifdef __MOD_TCM__
FIRST_GPRS_ACTION,
CGACT_ACT_EXE = FIRST_GPRS_ACTION,
CGACT_DEACT_EXE,
CGACT_TEST,
CGACT_ATTACH_EXE,
CGANS_EXE,
CGCMOD_EXE,
CGDCONT_EXE,
//GPRS_COUNTER_RESET,
CGDSCONT_EXE,
CGQMIN_EXE,
CGQREQ_EXE,
CGEQMIN_EXE,
CGEQREQ_EXE,
//mtk04121
CGEQOS_EXE,
C5GQOS_EXE,
CGTFT_EXE,
EGPAU_EXE, // mtk00468 add for ppp auth info set 031015
CGDATA_EXE,
CGAUTH_EXE,
EGDCONT_EXE,
EAPNSYNC_EXE,
EGPCO_EXE,
#ifdef __MEDIATEK_SMART_QOS__
SMART_QOS_ENTRY_SET,
SMART_QOS_MODE_SET,
#endif /* __MEDIATEK_SMART_QOS__ */
/* VZW_SUPPORT */
VZWAPNE_SET,
VZWAPNETMR_SET,
VZWAPNRDP_SET,
REVIVE_PDN_EXE,
TCM_START_EXE,
CGUNDEF_EXE,
LAST_GPRS_ACTION = CGUNDEF_EXE,
#endif
#ifdef __MOD_RAC__
FIRST_NW_ACTION,
CGATT_ATTACH_EXE = FIRST_NW_ACTION,
CGATT_DETACH_EXE,
ATTACH_EXE,
DETACH_EXE,
CGCLASS_SET,
/* Johnny: we use SET_GPRS_CON_TYPE trickly:
1. we set it but send RSP to MMI without CNF
2. we clear it when we receive CNF
3. we will check command conflict in l4c_nw_set_gprs_connect_type_req() */
SET_GPRS_CON_TYPE, /* '04/01/07 mtk00468 add for set gprs connect type*/
SET_HSPA_MODE,//mtk02285, hspa_mmi
CBND_SET,
COPS_EXE,
COPS_ATTACH_EXE,
PSDM_ATTACH_EXE,
NWSEL_EXE,
PWROFF_DETACH,
RFOFF_DETACH,
RFOFF_SIM_POWEROFF,
RFON_SET_RAT_MODE,
RFON_ATTACH,
COPS_TEST,
COPS_TEST_STOP, //mtk01616_070910
CSG_TEST,
CSG_TEST_STOP,
SET_RAT_MODE_DETACH,
SET_RAT_MODE,
SET_RAT_MODE_ATTACH,
PWRON_SET_RAT_MODE,
PWRON_ATTACH,
SYS_SEL,
SYS_CONFIG,
SET_CT_MODE,
CSRA_RF_OFF,
CSRA_SIM_OFF,
CSRA_EXE,
CSRA_FINISH_PHASE1,
CSRA_FINISH_PHASE2,
EACTS_EXE,
EUEDRX_EXE,
CNTI_EXE,
LAST_NW_ACTION = CNTI_EXE,
#endif
FIRST_PHB_ACTION,
CPBF_EXE= FIRST_PHB_ACTION,
PHB_FDN_CHECK,//action for fdn check for sms sca and da
PHB_NUMBER_CHECK, // for wise, check if phone number is ECC or FDN
PHB_FDN_GET_NAME,
CPBR_EXE,
ECPBR_EXE,
CPBR_RANGE_EXE,
SCPBR_EXE,
EPBUM_EXE,
CNUM_EXE,
CPBW_EXE,
ECPBW_EXE,
CPBW_USIM_CHECK,
CPBD_EXE,
CPBR_LN,
CPBW_LN,
SYNC_LN,
EAPPROVE_EXE,
CPBD_LN,
LAST_PHB_ACTION = CPBD_LN,
FIRST_SIM_ACTION,
CLCK_EXE = FIRST_SIM_ACTION,
CMAR_EXE,
CPIN_EXE,
CPIN2_EXE,
EPIN_EXE,
CPOL_EXE,
CPUC_EXE,
CPWD_EXE,
XDN_EXE,
CSIM_EXE,
CRSM_EXE,
CGLA_EXE, // MAUI_03082391//mtk02514_nfc
ECGLA_EXE,
CCHO_EXE,
CCHC_EXE,
FILE_CHANGE_EXE,
SPN_EXE,
LAST_SIM_ACTION = SPN_EXE,
FIRST_SMS_ACTION,
CGSMS_SET = FIRST_SMS_ACTION,
CMGC_EXE,
CMGD_EXE,
CMGD_TEST_EXE,
EQSI_EXE,
CMGL_EXE,
CMGR_EXE,
CMGS_EXE,
CMGS_PDU_EXE,
CMGW_EXE,
CMGW_COPY,
EMGL_EXE,
CMSS_EXE,
CMST_SET, //mtk01616_070703:sms set status , mmi
CPMS_SET,
/*CRES_EXE,
CSAS_EXE,*/
CSCA_SET,
CNMI_SET,
MAILBOX_SET, /* 030617 mtk00468 add for set mail box address*/
MAILBOX_GET,
MBI_SET,//mtk01616_071016: R4/R5 SMS
CSMP_SET,
CSAS_SET,
CRES_SET,
LAST_SMS_ACTION = CRES_SET,
#ifdef __CB__
CBMI_SET,
#endif
#ifdef __SAT__
SAT_ATD_EXE,
SAT_USD_EXE,
MENU_SEL_EXE,
SAT_CMGS_EXE,
SAT_DTMF_EXE,
#ifdef __SATCE__
//MAUI_02395134 SAT_CSD_EXE,
SAT_OPEN_CHANNEL_EXE,
SAT_SEND_DATA_EXE,
SAT_RECV_DATA_EXE,
#endif /* __SATCE__ */
#endif
ES3G_EXE,
DSS_EXE, // Dynamic SIM SWITCH
ATO_EXE,
#ifdef __WAP_SUPPORT /* 030528 mtk00468 add for WAP profile set and query*/
CWAP_ACCESS,
//L4C_LAST_ACTION = CWAP_ACCESS
//#else
//L4C_LAST_ACTION = ATO_EXE
#endif
#ifdef __TCM_UT__
TCM_UNDEF_NO_ACTION,
TCM_UNDEF_CGDCONT_EXE,
TCM_UNDEF_CGDSCONT_EXE,
TCM_UNDEF_CGQMIN_EXE,
TCM_UNDEF_CGQREQ_EXE,
TCM_UNDEF_CGEQMIN_EXE,
TCM_UNDEF_CGEQREQ_EXE,
TCM_UNDEF_CGTFT_EXE,
#endif
#if 0 //__CTM_SUPPORT__
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
ETSTLP_EXE,
#ifdef __SAT__
SAT_STKSMSOIP_PDU_EXE,
SAT_STKSMS_MODE1_EXE,
#endif
#ifdef __GEMINI__
RSIM_ONGOING,
AKA_ONGOING,
#endif
META_EXE,
OP12_LOCK_DETACH,
OP12_UNLOCK_ATTACH,
OP12_LOCK_ATTACH_ANY,
OP01_UNLOCK_ATTACH,
OP01_LOCK_DETACH,
IMEI_MEID_LOCK_DETACH,
IMEI_MEID_UNLOCK_ATTACH,
IMEI_MEID_LOCK_ATTACH_ANY,
ALTER_SERVICE_MODE_EXE,
#ifdef __MBIM_MS_NETWORK_BLACKLIST__
MS_BLACK_LIST_LOCK_DETACH,
MS_BLACK_LIST_UNLOCK_ATTACH,
MS_BLACK_LIST_UNLOCK_DETACH,
MS_BLACK_LIST_LOCK_ATTACH_ANY,
#endif
#if defined(__ECALL_SUPPORT__) || defined(__NG_ECALL_SUPPORT__)
ECALLQUERY_EXE,
#endif
L4C_LAST_ACTION
} l4c_action_enum;
typedef enum
{
L4C_PENDING_NO_ACTION,
L4C_PENDING_DETACH_EXE,
L4C_PENDING_ATTACH_EXE,
L4C_PENDING_PS_ATTACH_EXE,
L4C_PENDING_PS_DETACH_EXE,
L4C_PENDING_OP01_SIM_LOCK_DETACH_EXE,
L4C_PENDING_OP01_SIM_UNLOCK_ATTACH_EXE,
L4C_PENDING_OP01_RAT_LOCK_EXE,
L4C_PENDING_OP01_RAT_UNLOCK_EXE,
L4C_PENDING_IMEI_MEID_LOCK_DETACH_EXE,
L4C_PENDING_IMEI_MEID_UNLOCK_ATTACH_EXE,
L4C_PENDING_IMEI_MEID_LOCK_ATTACH_ANY_EXE,
L4C_PENDING_FORCE_CHANGE_RAT_EXE,
L4C_PENDING_UE_CAPABILITY_EXE,
#ifdef __MBIM_MS_NETWORK_BLACKLIST__
L4C_PENDING_MS_BLACK_LIST_LOCK_DETACH_EXE,
L4C_PENDING_MS_BLACK_LIST_UNLOCK_ATTACH_EXE,
L4C_PENDING_MS_BLACK_LIST_UNLOCK_DETACH_EXE,
L4C_PENDING_MS_BLACK_LIST_LOCK_ATTACH_ANY_EXE
#endif
} l4c_pending_action_enum;
typedef enum
{
L4C_ROOT_NO_ACTION,
L4C_ROOT_PWROFF_EXE,
L4C_ROOT_EFUN_EXE,
L4C_ROOT_PRE_RECONFIG_EXE, // Pre-process before reconfigure processing
L4C_ROOT_RECONFIG_EXE,
L4C_ROOT_CHECK_DUPLEX_MODE_EXE,
L4C_ROOT_STATE_RECOVER_EXE, // Recover back to original EFUN state
L4C_ROOT_NOTIFY_RSVA_MODE_SWITCH_EXE, //Notify RSVA the beginning of duplex mode switch
L4C_ROOT_LAST_ACTION
}l4c_root_action_enum;
typedef enum
{
L4C_FIRST_IND, /*0*/
INIT_IND = L4C_FIRST_IND,
NVM_READY_IND,
SIM_FAIL_IND,
PHB_FIN_IND,
LN_FIN_IND,
FIRST_CC_IND,
CAOC_IND = FIRST_CC_IND,
SPEECH_IND,
ALERT_IND,
CCWA_IND,
CRING_IND,
DISC_IND,
REL_IND, /* 10 */
CMOD_IND,
CONN_IND,
NOTIFY_SS_IND,
NS_CUG_IND,
NS_ECT_IND,
NS_CNAP_IND,
NS_CCBS_IND,
CPHS_ALS_IND,//mtk00468 add for ripple CPHS feature
START_DTMF,
STOP_DTMF, /* 20 */
PARSE_SS_IND,
LAST_CC_IND = PARSE_SS_IND,
FIRST_SS_IND,
CB_PWD_IND = FIRST_SS_IND,
CUSD_R_IND,
CUSD_N_IND,
CPHS_CFU_IND, /* mtk00468 030602 add for Paul cphs feature*/
LAST_SS_IND = CPHS_CFU_IND,
FIRST_EQ_IND,
KEY_IND = FIRST_EQ_IND,
POWERON_IND,
BAT_IND,
//#ifdef VM_SUPPORT
VM_REC_IND,
VM_PLAY_IND, /*30*/
//#endif
RTC_IND,
ALARM_IND,
ADC_CHAN_IND,
EM_SET_LCM_IND,//mtk00468 add for factory mode test
EM_KEYPAD_ACT_IND,//mtk00468 add for factory mode test
EM_LCM_SLEEP_IND,//mtk00468 add for LCM backlight turn on/off
FACTORY_IND, //mtk00468 1107 add for factory test inform MMI
MMI_PROF_SET_IND, //mtk00468 add 1117 for mmi's profile setting indication
AUDI_STOP_IND,
GPIO_IND,
LAST_EQ_IND = GPIO_IND,
#ifdef __IRDA_SUPPORT__
FIRST_IRDA_IND,
IRDA_DISCON_IND = FIRST_IRDA_IND,
LAST_IRDA_IND = IRDA_DISCON_IND,
#endif /* __IRDA_SUPPORT__ */
#ifdef __MOD_TCM__
FIRST_GPRS_IND,
GACT_IND = FIRST_GPRS_IND,
GPRS_STATUS_IND,
LAST_GPRS_IND = GPRS_STATUS_IND,
#endif
#ifdef __MOD_RAC__
FIRST_NW_IND,
REG_IND = FIRST_NW_IND, /*40*/
ATTACH_IND,
CSQ_IND,
CTZR_IND,
LAST_NW_IND = CTZR_IND,
#endif
/* mtk0046803050315 add enum IND so that in l4c_sat_msg
* we can use mmi_ind_ft to use it. modified direct call the
* funciton handler and more systemlize
*/
#ifdef __SAT__
FIRST_SAT_IND,
SAT_DSPL_TEXT_IND = FIRST_SAT_IND,
SAT_GET_INKEY_IND,
SAT_GET_INPUT_IND,
SAT_SETUP_MENU_IND,
SAT_SELECT_ITEM_IND,
SAT_PLAY_TONE_IND,
SAT_SETUP_CALL_IND, /*50 */
SAT_SEND_SMS_IND,
SAT_SEND_SS_IND,
SAT_SEND_USSD_IND,
SAT_MMI_INFO_IND,
SAT_SETUP_IDLE_DSPL_IND, //030602 mtk00468 add for paul SAT [begin]
SAT_RUN_AT_COMMAND_IND,
SAT_SEND_DTMF_IND,
SAT_LANG_NOTIFY_IND,
#ifdef __SATCE__
SAT_OPEN_CHANNEL_IND,
SAT_CLOSE_CHANNEL_IND,
SAT_SEND_DATA_IND,
SAT_RECV_DATA_IND,
#endif /* __SATCE__ */
SAT_LAUNCH_BROWSER_IND,
SAT_NO_OTHER_CMD_IND,
LAST_SAT_IND = SAT_NO_OTHER_CMD_IND,//030602 mtk00468 add for paul SAT [end]
#endif /* __SAT__ */
FIRST_PHB_IND,
PHB_FULL_IND = FIRST_PHB_IND, /* 60 */
PHB_UPDATE_IND, /* mtk00468 add for sync AT and MMI with phb write ande delete*/
PHB_STARTUP_BEGIN_IND,
PHB_STARTUP_READ_IND,
LAST_PHB_IND = PHB_STARTUP_READ_IND,
FIRST_SIM_IND,
PASSWD_IND = FIRST_SIM_IND,
SIM_INFO_IND,
PLMN_LEN_IND,
CPHS_MMI_INFO, //mtk00468 030610 add for l4csmu_mmi_info_ind handle
LAST_SIM_IND = CPHS_MMI_INFO,
FIRST_SMSAL_IND,
SMS_FULL_IND = FIRST_SMSAL_IND,
SMS_EXC_IND,
SMS_AVA_IND,
SMS_WAIT_IND, //030613 mtk00468 add for SMS CPHS feature
SMS_INDX_IND,
SMS_TEXT_IND, /* 70 */
SMS_PDU_IND,
SMS_READY_IND, //mtk00468 add in 040229
SMS_APP_DATA_IND, //mtk00468 add in 040312 for WMA
SMS_SYNC_MSG_IND,
CMGD_IND,
CMGW_IND,
CMGS_ABORT_START_IND,
CMGS_ABORT_FINISH_IND,
CB_MSG_IND, //for LMMI & text mode of RMMI.
CB_PDU_IND, //for RMMI pdu mode
CB_DL_IND,
LAST_SMSAL_IND = CB_DL_IND,
L4C_LAST_IND = LAST_SMSAL_IND
} l4c_ind_enum;
typedef enum
{
PAS_READY,
PAS_UNAVAILABLE,
PAS_CALL_RINGING = 3,
PAS_CALL_IN_PROGRESS
} l4ccsm_phone_act_enum;
typedef enum
{
L4C_ASYNC_T, /* ASYNC */
L4C_SYNC_T, /* SYNC */
L4C_ASYNC_NT, /* REL ASYNC */
L4C_SYNC_NT /* REL SYNC */
} l4ccsm_cc_data_call_type_enum;
enum
{
L4C_CISS_NOT_ACTIVE,
L4C_CISS_ACTIVE,
L4C_CISS_NOT_PROVISION
};
enum
{
L4C_SMU_INACTIVE,
L4C_SMU_ACTIVE,
L4C_SMU_ACTIVATE_FAIL
};
typedef enum
{
L4C_SUCCESS,
L4C_SIM_FAIL,
L4C_NVRAM_FAIL,
L4C_GENERAL_ERROR,
L4C_SIM_SWITCH_FAIL
} l4c_poweron_result_enum;
typedef enum
{
L4C_PHB_NO_ERROR,
L4C_PHB_FAIL,
L4C_PHB_SCA_FDN,
L4C_PHB_DA_FDN_ONLY
}l4c_phb_sms_fdn_result_enum;
typedef enum
{
L4C_NONE_DATA,
L4C_CSD_DATA,
L4C_GPRS_DATA
} l4c_data_mode_enum;
typedef enum
{
L4C_MMI_PROF_QUERY,
L4C_MMI_PROF_SET
} l4c_mmi_set_prof_op_enum;
typedef enum
{
L4C_WHEN_NEEDED,
L4C_ALWAYS,
L4C_ALWAYS_FOR_GCF, //mtk02285, MAUI_02931839, 20110505
L4C_ALWAYS_WITH_FOP, //notify GMM to set FOP in next attach request
L4C_ALWAYS_DUAL_CHECK, // Same as ALWAYS, but return error if PS is existed in SIM1/SIM2
L4C_GPRS_CONN_TYPE_UNKNOWN
} l4c_gprs_connect_type_enum;
typedef enum
{
L4C_IMELODY,
L4C_SOUND_OTHER,
L4C_IMAGE,
L4C_APP_UNKNOWN
} l4c_app_type_enum;
typedef enum
{
L4C_IMAGE_STD,
L4C_AUDIO_IMELODY,
L4C_AUDIO_OTHER
} l4c_data_dl_folder_enum;
typedef enum
{
L4C_FILE_ADD,
L4C_FILE_DELETE
}l4c_data_dl_file_action_enum;
typedef enum
{
L4C_FILE_EXECUTE_PLAY, /*play audio*/
L4C_FILE_EXECUTE_STOP /*stop play audio*/
}l4c_data_dl_execute_action_enum;
typedef enum
{
L4C_COPS_UNKNOWN,
L4C_COPS_AVAILABLE,
L4C_COPS_CURRENT,
L4C_COPS_FORBIDDEN
} l4c_cops_status_enum; /*27.007 7.3 +COPS*/
typedef enum
{
L4C_AT_SMS_ADD,
L4C_AT_SMS_READ_CMGR,
L4C_AT_SMS_READ_CMGL,
L4C_AT_SMS_DELETE,
L4C_SMS_SIM_REFRESH
}l4c_at_sms_action_enum;
#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
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/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
#if 0 //__CTM_SUPPORT__
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif
typedef enum
{
L4C_NO_INSERTED,
L4C_INSERTED,
L4C_SINGLE_SIM_INSERTED_STATUS_NONE = 0xFF
}l4c_single_sim_inserted_enum;
typedef enum
{
L4C_SMU_START,
L4C_SMU_SECURITY,
L4C_RAC_SEARCH
}l4c_dual_sim_power_on_state_enum;
typedef enum
{
TYPE_PHB_SMS_PARAM_ONLY_INIT,
TYPE_PHB_NORMAL_INIT,
TYPE_SMS_NORMAL_INIT
}l4c_cancel_lock_poweron_type_enum;
typedef enum
{
USSD_VERSION_PHASE2,
USSD_VERSION_PHASE1,
USSD_VERSION_NONE
}l4c_ussd_version_enum;
typedef enum
{
CPI_REPORT_NONE,
CPI_REPORT_NW_MSG_ONLY,
CPI_REPORT_CALL_STATE_ONLY,
CPI_REPORT_FULL
}l4c_cpi_report_mode_enum;
#define INFO_REPORT_MASK (kal_uint32)0x00000001
// MAUI_01652364
typedef enum
{
USSD_RETURN_RESULT,
USSD_RETURN_RESULT_WITH_EMPTY_STRING,
USSD_RETURN_ERROR,
USSD_RETURN_REJECT,
USSD_RETURN_FAILED, //in local check
USSD_RETURN_WITHOUT_COMPONENT
} l4c_ussd_return_type_enum;
typedef enum
{
ATCI_STATE_UART_OWNER_ATCI,
ATCI_STATE_UART_OWNER_ATCI2,
ATCI_STATE_UART_OWNER_DT,
ATCI_STATE_PLUGOUT,
ATCI_STATE_NONE
}l4c_dt_state_enum;
typedef enum
{
RMMI_SWITCH_ATCI_TO_DT,
RMMI_SWITCH_ATCI_TO_ATCI2,
RMMI_SWITCH_ATCI2_TO_DT,
RMMI_SWITCH_ATCI2_TO_ATCI,
RMMI_SWITCH_DT_TO_ATCI,
RMMI_SWITCH_DT_TO_ATCI2,
RMMI_PLUGOUT,
RMMI_NONE
}l4c_dt_transfer_ind_state_enum;
typedef enum
{
CSM_STATE_NOT_INITIATED,
CSM_STATE_CC_READY,
CSM_STATE_CISS_READY //replace ciss_ready_flag
}l4c_csm_state_enum;
// for parallel SS
/*
The following is the range definition:
CISS: SS_ID_CISS_BASE+0 ~ SS_ID_CISS_BASE+6
LCS: SS_ID_LCS_BASE+0 ~ SS_ID_LCS_BASE+6
*/
#define SS_ID_MAX_NUM 7 //there is no more 7 SSs in parallel for MO or MT
typedef enum {
SS_ID_MT_BASE = 8,
SS_ID_MT_END = SS_ID_MT_BASE + SS_ID_MAX_NUM-1,
SS_ID_LCS_BASE = 16, //for LCS(AGPS)
SS_ID_LCS_END = SS_ID_LCS_BASE + SS_ID_MAX_NUM-1, //LCS: SS_ID_LCS_BASE+0~SS_ID_LCS_BASE+6
SS_ID_CISS_BASE = 32, //for common SS and USS service
SS_ID_CISS_END = SS_ID_CISS_BASE + SS_ID_MAX_NUM-1, //CISS: SS_ID_CISS_BASE+0~SS_ID_CISS_BASE+6
SS_ID_INVALID = 255
} l4c_ss_id_enum;
//ALPS00029231
typedef enum
{
SAT_USSR_NONE, //initial state
SAT_SS_USSR, //USSR triggered by SAT send SS
SAT_USSD_USSR //USSR triggered by SAT send USSD
}l4c_sat_ussr_enum;
typedef enum {
PDP_ACT,
PDP_MOD,
PDP_DEACT,
ENTER_DATA,
SET_REQ,
SET_CONTEXT_REQ,
ACTION_MAX
} l4ctcm_action_enum;
typedef enum {
SIB_FIELD_REQUEST_TYPE,
} l4ctcm_session_info_block_field_enum;
typedef enum {
L4C_ACT_REASON_NORMAL,
L4C_ACT_REASON_ATTACH_1ST_PDN,
L4C_ACT_REASON_REVIVE_HANDOVER_PDN,
L4C_ACT_REASON_REESTABLISH_WITHOUT_N26_HANDOVER_PDN,
L4C_ACT_REASON_MAX
} l4ctcm_act_reason;
typedef enum {
EGACT_SUPPORT_ALL_RAT = 0,
EGACT_SUPPORT_23G = 1,
EGACT_SUPPORT_4G = 2,
EGACT_SUPPORT_234G = EGACT_SUPPORT_23G | EGACT_SUPPORT_4G,
EGACT_SUPPORT_5G = 4,
EGACT_SUPPORT_235G = EGACT_SUPPORT_23G | EGACT_SUPPORT_5G,
EGACT_SUPPORT_45G = EGACT_SUPPORT_4G | EGACT_SUPPORT_5G,
EGACT_SUPPORT_MAX,
} l4ctcm_egact_support_rat_enum;
typedef enum {
EGACT_CAUSE_DONT_CARE = 0,
EGACT_CAUSE_DEACT_NORMAL,
EGACT_CAUSE_DEACT_RA_ERROR,
EGACT_CAUSE_DEACT_RA_INITIAL_ERROR,
EGACT_CAUSE_DEACT_RA_REFRESH_ERROR,
EGACT_CAUSE_DEACT_NO_PCSCF,
EGACT_CAUSE_DEACT_USER_FORCE_TO_LOCAL_RELEASE,
EGACT_CAUSE_DEACT_AOSP_SHUTDOWN,
EGACT_CAUSE_DEACT_AOSP_HANDOVER,
EGACT_CAUSE_DEACT_APN_CHANGED,
EGACT_CAUSE_DEACT_IMS_HANDOVER
} l4ctcm_egact_cause_enum;
typedef enum {
NO_CONFLICT,
CONFLICT_CHANNEL_BUSY,
CONFLICT_CID_BUSY,
// CONFLICT_C2K_IRAT,
CONFLICT_CFUN,
CONFLICT_TCM_NOT_READY,
CONFLICT_RAC_STATE,
CONFLICT_ATTACH_ONGOING,
} l4c_gprs_cmd_conflict_cause_enum;
typedef enum {
CHECK_CONFLICT_FLAG_CFUN = 0x0001,
CHECK_CONFLICT_FLAG_TCM_READ_NVRAM_COMPLETE = 0x0002,
CHECK_CONFLICT_FLAG_RAC_STATE = 0x0004,
// CHECK_CONFLICT_FLAG_C2K_IRAT = 0x0008,
CHECK_CONFLICT_FLAG_SRC_CID_TABLE = 0x0010,
CHECK_CONFLICT_FLAG_ATTACH_BY_CID_TABLE = 0x0020,
CHECK_CONFLICT_FLAG_ALL = 0xFFFF,
} l4c_cmd_conflict_bitmap_flag_enum;
typedef enum {
L4C_NOT_CHECK_CMD_CONFLICT,
L4C_CHECK_CMD_CONFLICT,
} l4c_cmd_conflict_check_option_enum;
typedef enum {
LTE_ATTACH_PDN_ESM_NOT_BLOCK_INVALID_APN,
LTE_ATTACH_PDN_ESM_BLOCK_INVALID_APN
} lte_attach_pdn_esm_block_invalid_apn_enum;
typedef enum
{
L4C_TIMER_ID_KEYPAD = 0, // 0: keypad
L4C_TIMER_ID_DT = 1, // 1: DT
L4C_TIMER_ID_GPRS = 2, // 2: gprs
L4C_TIMER_ID_RETRY = 3, // 3: retry
L4C_TIMER_ID_HZ = 4, // 4: hz
L4C_TIMER_ID_DIALUP = 5, // 5: dialup
L4C_TIMER_ID_RING = 6, // 6: RING repeat timer
L4C_TIMER_ID_SAT = 7, // 7: SAT redial duration timer
L4C_TIMER_ID_PWOF = 8, // 8: Power off timer
L4C_TIMER_ID_ECBM, // obsoleted.
L4C_TIMER_ID_VOLTE_HYS = 11, // 11: VzW T_VoLTE_hys
L4C_TIMER_ID_TXRXTIME = 12, // 12: txrx active time
L4C_TIMER_ID_RSIM_PLUGIN = 13, //13: RSIM plugin timer
L4C_TIMER_ID_SBP = 14, // 14: SBP guard timer
L4C_TIMER_ID_UPPER_THRESHOLD = 15, //15: Power Lever Upper Threshold timer
L4C_TIMER_ID_LOWER_THRESHOLD = 16, //16: Power Lever Lower Threshold timer
L4C_TIMER_ID_OP12_LOCK_TIMER = 17, // 17 op12 reg lock to send dereg if needed
L4C_TIMER_ID_OP12_UNLOCK_TIMER = 18, // 18 op12 reg unlock to send reg if needed
L4C_TIMER_ID_ERSIMAUTH = 19, // 19: RSIM AUTH timer
L4C_TIMER_ID_EPSNLTE = 20, // 20: EPSNLTE URC timer
L4C_TIMER_ID_NON_PS_OCCUPY_TIMER = 21, // 21 Occupy RSVAS for non-ps SIM regist first
L4C_TIMER_ID_CALL_RETRY_MAX_TIMER = 22, // 22: call retry max timer
L4C_TIMER_ID_ANTENNA_STATE = 23, // 23: for antenna state reporting
L4C_TIMER_ID_OP129_LTE_ONLY_TIMER = 24, // 24: for switching RAT mode to 23G from KDDI LTE
L4C_TIMER_ID_WAIT_LTE_PAGING_TIMER = 25, // 25: wait for MT paging in LTE RAT.
L4C_TIMER_ID_5GUW_TUW_1 = 26, // 26: VzW 5GUW TUW 1
L4C_TIMER_ID_5GUW_TUW_2 = 27, // 27: VzW 5GUW TUW 2
L4C_TIMER_ID_5GUW_TUW_3 = 28, // 28: VzW 5GUW TUW 3
L4C_TIMER_ID_MAX
} l4c_timer_id_enum;
typedef enum{
L4C_SIM_STATE_ON,
L4C_SIM_STATE_TURNING_OFF,
L4C_SIM_STATE_OFF
}l4c_sim_state_enum;
// C2K MD power off state, for MD1/MD3 EPOF procedure
typedef enum
{
C2K_MD_POWER_OFF_NOT_START = 0,
C2K_MD_POWER_OFF_STARTED,
C2K_MD_POWER_OFF_DONE
} l4c_c2k_power_off_state_enum;
/* for sim_status_bitmask
TODO: replacce l4c_single_sim_inserted_enum
*/
typedef enum
{
/*
* initial state, L4 doesn't know any information about SIM
*/
L4C_SIM_FLAG_UNKNOWN = 0,
/*
* L4C has received SIM_ERROR_IND(plug_in) or SIM_RESET_CNF(sim_exist),
* i.e. there is a card in the SIM slot, but not initialized yet
* the inserted card maybe SIM, USIM, CSIM, UIM...etc
*/
// TODO: this flag is to replace single_sim_exist_status
L4C_SIM_FLAG_DETECTED = 0x01,
/*
* L4C has received SIM_RESET_CNF(sim_inserted) or START_CNF(SMU_RES_OK)
* i.e. there is a SIM or USIM in the SIM slot, but not initialized yet
*/
// TODO: this flag is to replace single_sim_inserted_status
L4C_SIM_FLAG_3GPP_SIM_INSERTED = 0x02,
/*
* L4(SMU) has received SIM_START_CNF(SIM_CMD_SUCCESS)
* i.e. SIM is initialized and can be access, excluding PIN1 required file
* e.g. ICCID is readable when this bit is set
*/
L4C_SIM_FLAG_STARTED_SUCCESS = 0x04,
/*
* L4C has received SECURITY_CNF(TYPE_NO_REQUIRED)
* i.e. PIN1 and SML check are all passed, IMSI can be read
* currently we don't provide PIN1 verified but SML not passed flag,
* because no special requirement for this condition
*/
L4C_SIM_FLAG_PIN1_SML_VERIFIED= 0x08
} l4c_sim_flag_enum;
typedef enum
{
/* This ENUM was defined by MUSE project for VzW hVoLTE interface */
STATUS_LTE_CONN_NONE = 0,
STATUS_LTE_RACH_REJECT_W_WAIT = 11,
STATUS_LTE_RACH_FAILED_T300 = 12,
STATUS_LTE_SR_REJECT_EMM_9_10 = 13,
STATUS_LTE_ACCESS_BARRED = 16,
STATUS_LTE_EMM_NET_REJECT = 17,
STATUS_LTE_NAS_CONGESTION = 22,
STATUS_LTE_DEDI_BEAR_QCI_RESP = 31,
STATUS_LTE_TRIGGER_IMS_DEREG = 32,
STATUS_LTE_IMS_CALL_FAIL_1X_SILENT_REDIAL_START = 35,
//Also for VzW hVoLTE, but defined by MTK
STATUS_LTE_EMERGENCY_ATTACH_REJECT = 129,
STATUS_LTE_NORMAL_DETACH = 130,
STATUS_LTE_EMERGENCY_ATTACH = 131,
STATUS_LTE_NORMAL_ATTACH = 132,
STATUS_LTE_EMERGENCY_DETACH = 133,
STATUS_LTE_EMERGENCY_PDN_ACT_REJ_IN_ATTACH_STATE = 134,
STATUS_LTE_EPS_ONLY_ATTACH = 135
} l4c_lte_conn_status_enum;
/* bitmap type */
typedef enum
{
L4C_GUTI = 1,
L4C_PTMSI = 2,
L4C_LOCI = L4C_PTMSI, // Used by Titan
L4C_5GSLOCI = 4
} l4c_msid_enum;
typedef enum
{
L4C_USIM_TYPE_IS_SIM = 0,
L4C_USIM_TYPE_IS_USIM = 1,
L4C_USIM_TYPE_NO_SIM_NO_USIM = 2
} l4c_usim_type_enum;
typedef enum
{
L4C_CSIM_TYPE_IS_UIM = 0,
L4C_CSIM_TYPE_IS_CSIM = 1,
L4C_CSIM_TYPE_NO_UIM_NO_CSIM = 2,
L4C_CSIM_TYPE_IS_UIM_AND_CSIM = 3
} l4c_csim_type_enum;
typedef enum
{
L4C_DIAL_C2K_IDLE = 0x00,
L4C_DIAL_C2K_CMD_RCVD = 0x01,//received AT+EHVOLTE=0,1
L4C_DIAL_C2K_CSFB_START_IND_RCVD= 0x02,
L4C_DIAL_C2K_VOLTE_UNREG_RCVD = 0x04,
L4C_DIAL_C2K_CSFB_START_VOLTE_UNREG_RCVD =
L4C_DIAL_C2K_CMD_RCVD|L4C_DIAL_C2K_CSFB_START_IND_RCVD|L4C_DIAL_C2K_VOLTE_UNREG_RCVD,
} l4c_dial_c2k_state_enum;
typedef enum
{
L4C_TX_INTERRUPTION_TIMER_EXPIRY = 0, // Obsolete
L4C_EVENT_SCHEDULER_TIMER_ID,
L4C_EVENT_SCHEDULER_MAX_DELAY_TIMER_ID /* delay tolerant: evt_scheduler_max_delay_ptr */
} l4c_timer_index_id_enum;
typedef enum
{
L4C_GSM_RSSI = 0,
L4C_UTRAN_RSCP = 1,
L4C_UTRAN_ECNO = 2,
L4C_LTE_RSRP = 3,
L4C_LTE_RSRQ = 4,
L4C_LTE_RSSNR = 5,
L4C_1X_RSSI = 6, // not used in l4c, align iwlan-l4c interface
L4C_1X_ECIO = 7, // not used in l4c, align iwlan-l4c interface
L4C_EVDO_RSSI = 8, // not used in l4c, align iwlan-l4c interface
L4C_EVDO_ECIO = 9, // not used in l4c, align iwlan-l4c interface
L4C_NR_SS_RSRP = 10,
L4C_NR_SS_RSRQ = 11,
L4C_NR_SS_SINR = 12,
L4C_NR_CSI_RSRP = 13,
L4C_NR_CSI_RSRQ = 14,
L4C_NR_CSI_SINR = 15,
L4C_MAX_SIG,
} l4c_sig_type_enum;
typedef enum{
L4C_SIM_DUPLEX_MODE_STATE_NONE,
L4C_SIM_DUPLEX_MODE_STATE_RESET,
L4C_SIM_DUPLEX_MODE_STATE_RESET_DONE,
L4C_SIM_DUPLEX_MODE_STATE_SET
}l4c_sim_duplex_mode_reset_state_enum;
typedef enum
{
L4C_PWL_THRHD_TIMER_ID_GSM_RSSI_THRESHOLD, //0: Power Lever Threshold timer for GSM RSSI
L4C_PWL_THRHD_TIMER_ID_UTRAN_RSCP_THRESHOLD, //1: Power Lever Threshold timer for UTRAN RSCP
L4C_PWL_THRHD_TIMER_ID_UTRAN_ECNO_THRESHOLD, //2: Power Lever Threshold timer for UTRAN_ECNO
L4C_PWL_THRHD_TIMER_ID_LTE_RSRP_THRESHOLD, //3: Power Lever Threshold timer for LTE RSRP
L4C_PWL_THRHD_TIMER_ID_LTE_RSRQ_THRESHOLD, //4: Power Lever Threshold timer for LTE_RSRQ
L4C_PWL_THRHD_TIMER_ID_LTE_RSSNR_THRESHOLD, //5: Power Lever Threshold timer for LTE_RSSNR
L4C_PWL_THRHD_TIMER_ID_NR_SS_RSRP_THRESHOLD, //6: Power Lever Threshold timer for NR_SS_RSRP
L4C_PWL_THRHD_TIMER_ID_NR_SS_RSRQ_THRESHOLD, //7: Power Lever Threshold timer for NR_SS_RSRQ
L4C_PWL_THRHD_TIMER_ID_NR_SS_SINR_THRESHOLD, //8: Power Lever Threshold timer for NR_SS_SINR
L4C_PWL_THRHD_TIMER_ID_NR_CSI_RSRP_THRESHOLD, //9: Power Lever Threshold timer for NR_CSI_RSRP
L4C_PWL_THRHD_TIMER_ID_NR_CSI_RSRQ_THRESHOLD, //10: Power Lever Threshold timer for NR_CSI_RSRQ
L4C_PWL_THRHD_TIMER_ID_NR_CSI_SINR_THRESHOLD, //11: Power Lever Threshold timer for NR_CSI_SINR
L4C_PWL_THRHD_TIMER_ID_MAX
} l4c_pwl_thrhd_timer_id_enum;
//#ifdef __REMOTE_SIM__
typedef enum
{
L4C_RSVA_AKA_NO_RESOURCE_OCCUPIED,
L4C_RSVA_AKA_RESOURCE_TO_BE_OCCUPIED,
L4C_RSVA_AKA_RESOURCE_OCCUPIED,
L4C_RSVA_AKA_RESOURCE_RELEASING,
} l4c_rsva_aka_resource_occupy_enum;
typedef enum
{
L4C_ACTION_NONE,
L4C_ACTION_EPOF,
L4C_ACTION_EFUN,
} l4c_rsim_pending_action_enum;
//#endif
typedef enum
{
L4_SMU = 0x01,
L4_RAC = (0x01 << 1),
L4_PHB = (0x01 << 2),
L4_SMSAL = (0x01 << 3),
L4_UEM = (0x01 << 4),
L4_TCM = (0x01 << 5),
L4_CSMCC = (0x01 << 6),
L4_CSMSS = (0x01 << 7),
}l4c_sub_module_enum;
typedef enum
{
OP01_ACTION_NULL,
OP01_SIM_LOCK_DETACH,
OP01_SIM_UNLOCK_ATTACH,
OP01_RAT_LOCK,
OP01_RAT_UNLOCK
}l4_op01_action_enum;
typedef enum
{
L4C_IMEI_MEID_ACTION_NULL,
L4C_IMEI_MEID_LOCK_DETACH,
L4C_IMEI_MEID_LOCK_ATTACH_ANY,
L4C_IMEI_MEID_UNLOCK_ATTACH
} l4c_imei_meid_action_enum;
typedef enum
{
L4C_LOCK_TYPE_OP01,
L4C_LOCK_TYPE_IMEI_MEID
} l4c_lock_type_enum;
typedef enum
{
L4C_RAT_GROUP_3GPP,
L4C_RAT_GROUP_3GPP2,
L4C_RAT_GROUP_3GPP_3GPP2
} l4c_rat_group_enum;
typedef enum
{
L4C_DSS_ONGOING_STATE_NONE = 0,
L4C_DSS_ONGOING_STATE_ESIMMAP = 1,
L4C_DSS_ONGOING_STATE_EPSMAP = 2,
} l4c_dss_ongoing_state_enum;
typedef enum
{
L4C_CT_VOLTE_NOT_SUPPORT = 0,
L4C_CT_VOLTE_SUPPORT_MANUAL = 1,//CT original VoLTE, L4 operates in HVOLTE_MANUAL_MODE
L4C_CT_VOLTE_SUPPORT_AUTO = 2,//CT hVoLTE, L4 operates in HVOLTE_AUTO_MODE
L4C_CT_VOLTE_SUPPORT_ENUM_MAX
} l4c_ct_volte_support_enum;
typedef enum
{
L4C_PHB_APPROVE_SRC_CALL_SETUP,
L4C_PHB_APPROVE_SRC_L4CPS,
L4C_PHB_APPROVE_SRC_SMS,
L4C_PHB_APPROVE_SRC_PARSE_SS,
L4C_PHB_APPROVE_SRC_CUSD,
L4C_PHB_APPROVE_SRC_EAPPROVE,
/* NOTICE!! Please add l4c_phb_approve_src_enum above this line! */
L4C_PHB_APPROVE_SRC_TOTAL,
} l4c_phb_approve_src_enum;
typedef enum
{
L4C_SERVICE_MODE_NONE = 0,
L4C_SERVICE_MODE_UPGRADE, // upgrade the service (when legal SIM is available)
L4C_SERVICE_MODE_DOWNGRADE // dowgrade the service (when legal SIM is lost)
} l4c_service_mode_op_enum;
typedef enum
{
L4C_PWR_LEVEL_RANGE_NONE = 0,//Power level threshold timer is not running
L4C_PWR_LEVEL_RANGE_LOW = 1,//Power level threshold timer is running and signal value is less than the 1st threshold
L4C_PWR_LEVEL_RANGE_ONE = 2,//Power level threshold timer is running and signal value is between 1st and 2nd threshold
L4C_PWR_LEVEL_RANGE_TWO = 3,//Power level threshold timer is running and signal value is between 2nd and 3rd threshold
L4C_PWR_LEVEL_RANGE_THREE = 4,//Power level threshold timer is running and signal value is between 3rd and 4th threshold
L4C_PWR_LEVEL_RANGE_FOUR = 5,//Power level threshold timer is running and signal value is between 4th and 5th threshold
L4C_PWR_LEVEL_RANGE_FIVE = 6,//Power level threshold timer is running and signal value is between 5th and 6th threshold
L4C_PWR_LEVEL_RANGE_SIX = 7,//Power level threshold timer is running and signal value is between 6th and 7th threshold
L4C_PWR_LEVEL_RANGE_SEVEN = 8,//Power level threshold timer is running and signal value is between 7th and 8th threshold
L4C_PWR_LEVEL_RANGE_HIGH = 9,//Power level threshold timer is running and signal value is greater than the 8st threshold
L4C_PWR_LEVEL_RANGE_INVALID = 10,//Power level threshold timer is running and signal value is Invalid currently
L4C_PWR_LEVEL_RANGE_MAX
} l4c_power_level_threshold_range_enum;
typedef enum
{
L4C_SAR_IGNORE_ACTION = -1,
L4C_SAR_MODEM_TO_AP_DISABLE_ACTION = 0,
L4C_SAR_MODEM_TO_AP_ENABLE_ACTION,
L4C_SAR_AP_TO_MODEM_REBOOT_NOTIFY_ACTION,
L4C_SAR_AP_TO_MODEM_DATA_ACTION,
L4C_SAR_UNDEFINED_ACTION
}l4c_sar_action_enum;
typedef enum
{
L4C_SAR_NEAR = 0,
L4C_SAR_FAR = 1,
L4C_SAR_STATE_UNKNOWN_SAR_DISABLE = 253,
L4C_SAR_STATE_UNKNOWN_SAR_ENABLE = 254,
L4C_SAR_STATE_UNKNOWN_SAR_NOT_SUPPORTED = 255
}l4c_sar_data_enum;
typedef enum
{
L4C_SCP_DISABLE,
L4C_SCP_ENABLE
} l4c_scp_monitor_enum;
typedef enum {
L4C_RAT_NO_CUSTOMIZATION,
L4C_RAT_NL_CUSTOMIZATION,
L4C_RAT_L_CUSTOMIZATION,
L4C_RAT_NLWG_CUSTOMIZATION,
L4C_RAT_LWG_CUSTOMIZATION,
L4C_RAT_NLW_CUSTOMIZATION,
L4C_RAT_LW_CUSTOMIZATION
} l4c_rat_mode_custom_type_enum;
typedef enum
{
L4C_PLMN_TYPE_ARRAY,
L4C_PLMN_TYPE_PLMN_STRUCT
} l4c_plmn_type_enum;
#ifdef __TC01__
typedef enum
{
L4C_ECC_CALL_CONNNECTED_STATUS_NONE = 0,
L4C_ECC_CALL_NOT_CONNECTED,
L4C_ECC_CALL_CONNECTED
} l4c_ecc_connected_status_enum;
#endif /* __TC01__ */
#if defined(__ECALL_SUPPORT__) || defined(__NG_ECALL_SUPPORT__)
typedef enum
{
L4C_ECALL_CUSTOMER_URI = 1,
L4C_ECALL_USIM_URI,
L4C_ECALL_CUSTOMER_NUM,
L4C_ECALL_USIM_NUM,
} l4c_ecall_num_type_enum;
#endif /* __ECALL_SUPPORT__ || __NG_ECALL_SUPPORT__*/
typedef enum {
L4C_DISABLE_NONE_ROAMING_MODE = 0x00,
L4C_DISABLE_INTERNATIONAL_ROAMING = 0x01,
L4C_DISABLE_NATIONAL_ROAMING = 0x02,
L4C_DISABLE_HPPLMN_SEARCH = 0x04,
L4C_DISABLE_ALL_ROAMING_MODE = 0x07
} l4c_roaming_setting_enum;
#endif /* l4c_common_enum.h */