FreeCalypso > hg > fc-magnetite
view cdg3/sap/bat.pdf @ 678:edaceb78719a
doc/Leonardo-target: Tango unused Calypso signals update
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Sat, 20 Jun 2020 05:08:39 +0000 |
| parents | c15047b3d00d |
| children |
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;******************************************************************************** ;*** File : bat.pdf ;*** Creation : Wed Mar 11 09:58:39 CST 2009 ;*** XSLT Processor : Apache Software Foundation / http://xml.apache.org/xalan-j / supports XSLT-Ver: 1 ;*** Copyright : (c) Texas Instruments AG, Berlin Germany 2002 ;******************************************************************************** ;*** Document Type : Service Access Point Specification ;*** Document Name : bat ;*** Document No. : ..8445.100.00.999. ;*** Document Date : 2005-02-03 ;*** Document Status: BEING_PROCESSED ;*** Document Author: BRZ ;******************************************************************************** PRAGMA SRC_FILE_TIME "Tue Dec 18 08:39:54 2007" PRAGMA LAST_MODIFIED "2005-02-03" PRAGMA ID_AND_VERSION "..8445.100.00.999." PRAGMA ALLWAYS_ENUM_IN_VAL_FILE NO ; Pragma PRAGMA COMPATIBILITY_DEFINES NO ; Pragma PRAGMA PREFIX BAT ; Pragma CONST PARAMETER_NOT_PRESENT -1 ; Constant element CONST MAX_PHB_NUM_LEN 44 ; Constant element CONST MAX_APN_LEN 102 ; Constant element CONST MAX_PDP_ADD 16 ; Constant element CONST MAX_SM_LEN 176 ; Constant element CONST MAX_USSD_LEN 182 ; Constant element CONST MAX_SUBADDR_LENGTH 20 ; Constant element CONST MAX_ATR_LEN 33 ; Constant element CONST MAX_CACM_PASSWD_LEN 8 ; Constant element CONST MAX_CAMM_PASSWD_LEN 8 ; Constant element CONST MAX_CCBS_NUMBER_LEN 39 ; Constant element CONST MAX_CCCN_FACILITY_LEN 251 ; Constant element CONST MAX_CCFC_NUMBER_LEN 39 ; Constant element CONST MAX_CCWA_NUMBER_LEN 32 ; Constant element CONST MIN_PDP_CID 1 ; Constant element CONST MAX_PDP_CID 11 ; Constant element CONST MIN_TFT_PF_ID 1 ; Constant element CONST MAX_TFT_PF_ID 8 ; Constant element CONST MIN_TFT_PRECEDENCE 0 ; Constant element CONST MAX_TFT_PRECEDENCE 255 ; Constant element CONST MIN_TFT_PROT_NUM_OR_NXT_HDR 0 ; Constant element CONST MAX_TFT_PROT_NUM_OR_NXT_HDR 255 ; Constant element CONST MIN_TFT_FLOW_LABEL 0 ; Constant element CONST MAX_TFT_FLOW_LABEL 1048575 ; Constant element CONST MAX_TFT_PRM_LIST_LEN 254 ; Constant element CONST MAX_CGANS_L2P_LEN 6 ; Constant element CONST MAX_CGDATA_L2P_LEN 6 ; Constant element CONST MAX_CGMI_MANUFACTURER_LEN 284 ; Constant element CONST MAX_CGMM_MODEL_LEN 284 ; Constant element CONST MAX_CGMR_REVISION_LEN 284 ; Constant element CONST MAX_CGPCO_PCO_LEN 251 ; Constant element CONST MAX_CGSN_SN_LEN 284 ; Constant element CONST MAX_CHPL_OPER_LEN 25 ; Constant element CONST MAX_CIMI_IMSI_LEN 16 ; Constant element CONST MAX_CLAE_CODE_LEN 2 ; Constant element CONST MAX_CLAN_CODE_LEN 4 ; Constant element CONST MAX_CLAV_CODE_LEN 4 ; Constant element CONST MAX_CLCC_NUMBER_LEN 81 ; Constant element CONST MAX_CLCK_PWD_LEN 32 ; Constant element CONST MAX_CLIP_NUMBER_LEN 20 ; Constant element CONST MAX_CMGC_ACKPDU_LEN 176 ; Constant element CONST MAX_CMGC_PDU_LEN 176 ; Constant element CONST MAX_CMGL_ALPHA 42 ; Constant element CONST MAX_CMGR_ALPHA 42 ; Constant element CONST MAX_CMSS_DEST_ADDR_LEN 20 ; Constant element CONST MAX_CMT_ALPHA 42 ; Constant element CONST MAX_CNAP_NAME_LEN 160 ; Constant element CONST MAX_CNUM_ALPHA_LEN 21 ; Constant element CONST MAX_CNUM_NUMBER_LEN 81 ; Constant element CONST MAX_COLP_ALPHA_LEN 44 ; Constant element CONST MAX_COLP_NUMBER_LEN 39 ; Constant element CONST MAX_COPS_LONG_OPER_LEN 30 ; Constant element CONST MAX_COPS_NUM_OPER_LEN 7 ; Constant element CONST MAX_COPS_SHORT_OPER_LEN 10 ; Constant element CONST MAX_COPS_OPER_LEN 30 ; Constant element CONST MAX_CPALS_MSISDN_ID_LEN 22 ; Constant element CONST MAX_CPBF_FIND_TEXT_LEN 81 ; Constant element CONST MAX_CPBF_NUMBER_LEN 81 ; Constant element CONST MAX_CPBF_TEXT_LEN 81 ; Constant element CONST MAX_CPBR_NUMBER_LEN 81 ; Constant element CONST MAX_CPBR_TEXT_LEN 81 ; Constant element CONST MAX_CPBW_NUMBER_LEN 81 ; Constant element CONST MAX_CPBW_TEXT_LEN 81 ; Constant element CONST MAX_CPBW_TYPES 255 ; Constant element CONST MAX_CPI_ALPHA_LEN 44 ; Constant element CONST MAX_CPI_NUMBER_LEN 39 ; Constant element CONST MAX_CPIN_PIN_LEN 32 ; Constant element CONST MAX_CPINF_CSP_LEN 45 ; Constant element CONST MAX_CPMB_ALPHA_ID_LEN 88 ; Constant element CONST MAX_CPMB_NUMBER_LEN 40 ; Constant element CONST MAX_CPMBW_NUMBER_LEN 40 ; Constant element CONST MAX_CPMBW_TEXT_LEN 88 ; Constant element CONST MAX_CPMBW_TYPE_LEN 255 ; Constant element CONST MAX_CPNUMS_ALPHA_TAG_LEN 80 ; Constant element CONST MAX_CPNUMS_NUMBER_LEN 81 ; Constant element CONST MAX_CPOL_OPER_LEN 30 ; Constant element CONST MAX_CPOPN_LONG_NAME_LEN 30 ; Constant element CONST MAX_CPOPN_SHORT_NAME_LEN 10 ; Constant element CONST MAX_CPUC_CURRENCY_LEN 3 ; Constant element CONST MAX_CPUC_PASSWD_LEN 8 ; Constant element CONST MAX_CPUC_PPU_LEN 20 ; Constant element CONST MAX_CPWD_PWD_LEN 32 ; Constant element CONST MAX_CR_SERV_LEN 9 ; Constant element CONST MAX_L2P_LENGTH 6 ; Constant element CONST MAX_CRSM_DATA_LEN 255 ; Constant element CONST MAX_CRSM_RESPONSE_LEN 256 ; Constant element CONST MAX_CSCA_SMS_ADDR_LEN 20 ; Constant element CONST MAX_IDENTS 20 ; Constant element CONST MAX_CSIM_CMD_LEN 260 ; Constant element CONST MAX_CSIM_RESP_LEN 258 ; Constant element CONST MAX_CSSN_FACILITY_LEN 251 ; Constant element CONST MAX_CSSU_NUMBER_LEN 39 ; Constant element CONST MAX_CSVM_NUMBER_LEN 81 ; Constant element CONST MAX_CTFR_NUMBER_LEN 81 ; Constant element CONST MAX_CTZV_LONG_OPER 30 ; Constant element CONST MAX_CTZV_NUM_OPER_LEN 7 ; Constant element CONST MAX_CTZV_SHORT_OPER 10 ; Constant element CONST MAX_CUSD_USSD_STR_LEN 182 ; Constant element CONST MAX_D_DIAL_LEN 183 ; Constant element CONST MAX_ID_CHAR 21 ; Constant element CONST MAX_FNS_NSF 89 ; Constant element CONST MAX_PPP_PASSW_LEN 25 ; Constant element CONST MAX_PPP_USER_LEN 25 ; Constant element CONST MAX_PVRF_NEW_PIN_LEN 8 ; Constant element CONST MAX_PVRF_PIN_LEN 8 ; Constant element CONST MAX_RDLB_NUMBER_LEN 81 ; Constant element CONST MAX_STK_PRF 20 ; Constant element CONST MAX_STK_CMD 256 ; Constant element CONST MAX_SATE_SAT_RSP_LEN 256 ; Constant element CONST MAX_SATI_SAT_CMD_LEN 256 ; Constant element CONST MAX_SATN_SAT_CMD_LEN 256 ; Constant element CONST MAX_SIMEF_EF_LEN 64 ; Constant element CONST MAX_CDIP_NUMBER_LEN 20 ; Constant element CONST MAX_CMSS_ACKPDU_LEN 176 ; Constant element CONST MAX_CUSTOM_CMD_LEN 290 ; size of a generic container to convey customer AT commands / responses CONST MAX_CNIV_LONG_OPER 40 ; Constant element CONST MAX_CNIV_NUM_OPER_LEN 7 ; Constant element CONST MAX_CNIV_SHORT_OPER 40 ; Constant element CONST MAX_ADDR_N_MASK_LEN 32 ; Constant element CONST MAX_DEST_PORT_LEN 2 ; Constant element CONST MAX_SRC_PORT_LEN 2 ; Constant element CONST MAX_TOS_MASK_OR_TC_MASK 2 ; Constant element CONST MAX_SDU_ERR_RATIO 2 ; Constant element CONST MAX_RES_BIT_ERR_RATIO 2 ; Constant element CONST MAX_CUSCFG_FAC_STR_LEN 20 ; size of string for configuring facility through %CUSCFG command CONST MAX_CUSCFG_VALUE_LEN 20 ; size of value string for configuring facility through %CUSCFG command VALTAB VAL_bearer_class VAL -1 CLASS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CLASS_NONE "none" VAL 1 CLASS_VOICE "voice" VAL 2 CLASS_DATA "data" VAL 4 CLASS_FAX "FAX" VAL 8 CLASS_SMS "SMS" VAL 256 CLASS_AUX_VOICE "auxiliary voice" VALTAB VAL_capability VAL 1 CAP_CMD "AT command capability" VAL 2 CAP_SER "Serial capability" VAL 4 CAP_PKT "Packet capability" VALTAB VAL_cli VAL -1 VALIDITY_NOT_PRESENT "This indicates that the value is omitted." VAL 0 VALIDITY_VALID "CLI valid" VAL 1 VALIDITY_WITHHELD "CLI has been withheld by the originator." VAL 2 VALIDITY_UNAVAILABLE "CLI is not available due to interworking problems or limitations of originating network" VALTAB VAL_cring_type VAL -1 CRING_TYPE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CRING_TYPE_ASYNC "asynchronous transparent" VAL 1 CRING_TYPE_SYNC "synchronous transparent" VAL 2 CRING_TYPE_REL_ASYNC "asynchronous non transparent" VAL 3 CRING_TYPE_REL_SYNC "synchronous non transparent" VAL 4 CRING_TYPE_FAX "facsimile (TS 62)" VAL 5 CRING_TYPE_VOICE "normal voice (TS 11)" VAL 6 CRING_TYPE_AUX_VOICE "voice on second line" VAL 7 CRING_TYPE_GPRS "GPRS <PDP_type>,<PDP_addr>[,<L2P>] (GPRS network request for PDP context activation)" VALTAB VAL_delay VAL -1 DELAY_NOT_PRESENT "This indicates that the value is omitted." VAL 1 DELAY_CLASS_1 "(Predictive) < 0.5 < 1.5 < 2 < 7" VAL 2 DELAY_CLASS_2 "(Predictive) < 5 < 25 < 15 < 75" VAL 3 DELAY_CLASS_3 "(Predictive) < 50< 250 < 75 < 375" VAL 4 DELAY_CLASS_4 "(Best Effort) Unspecified" VALTAB VAL_delete_status VAL 0 CMGD_DEL_INDEX "Delete the messages specified by the index." VAL 1 CMGD_DEL_READ "Ignore the index and delete all the read messages." VAL 2 CMGD_DEL_READ_SENT "Ignore the index and delete all the read and sent messages." VAL 3 CMGD_DEL_READ_SENT_UNSENT "Ignore the index and delete all the read, send and unsent messages." VAL 4 CMGD_DEL_ALL "Ignore the index and delete all the messages whatever be the status." VALTAB VAL_dev_name VAL 0 DEV_NAME_UART "UART" VAL 1 DEV_NAME_RIV "Riviera" VAL 2 DEV_NAME_PKTIO "PKTIO" VAL 3 DEV_NAME_PSI "PSI" VALTAB VAL_dtmf VAL 35 DTMF_HASH "DTMF '#'" VAL 42 DTMF_STAR "DTMF '*'" VAL 48 DTMF_0 "DTMF '0'" VAL 49 DTMF_1 "DTMF '1'" VAL 50 DTMF_2 "DTMF '2'" VAL 51 DTMF_3 "DTMF '3'" VAL 52 DTMF_4 "DTMF '4'" VAL 53 DTMF_5 "DTMF '5'" VAL 54 DTMF_6 "DTMF '6'" VAL 55 DTMF_7 "DTMF '7'" VAL 56 DTMF_8 "DTMF '8'" VAL 57 DTMF_9 "DTMF '9'" VAL 65 DTMF_A "DTMF 'A'" VAL 66 DTMF_B "DTMF 'B'" VAL 67 DTMF_C "DTMF 'C'" VAL 68 DTMF_D "DTMF 'D'" VALTAB VAL_fax_bf VAL 0 BF_DISABLED "File transfer modes disabled" VAL 1 BF_BFT "BFT, Rec. T434" VAL 2 BF_DOC_TRANSFER "Document transfer mode" VAL 4 BF_EDIFACT "Edifact mode" VAL 8 BF_BASIC "Basic transfer mode" VAL 16 BF_CHARACTER "Character mode" VAL 32 BF_MIXED "Mixed mode" VAL 64 BF_PROCESSABLE "Processable mode" VALTAB VAL_fax_br VAL 0 BR_2400 "2400bps" VAL 1 BR_4800 "4800bps" VAL 2 BR_7200 "7200bps" VAL 3 BR_9600 "9600bps" VAL 4 BR_12000 "12000bps" VAL 5 BR_14400 "14400bps" VALTAB VAL_fax_cq VAL 0 VALUE_CQCDISABLED "CQCDisabled" VAL 1 VALUE_CQCENABLED "CQCEnabled" VAL 2 VALUE_CQCANDCORRECTION "CQCandCorrection" VALTAB VAL_fax_df VAL 0 DF_1D_MDF_HUFF "1-D Modified Huffman (Rec. T4)" VAL 1 DF_2D_MDF_READ_T4 "2-D Modified read (Rec. T4)" VAL 2 DF_2D_UNCOMPRESSED "2-D Uncompressed mode (Rec. T4)" VAL 3 DF_2D_MDF_READ_T6 "2-D Modified modified read (Rec. T6)" VALTAB VAL_fax_ec VAL 0 EC_DISABLED "ECM Disabled" VAL 1 EC_ENABLED "Annex A/T30, ECM" VAL 2 EC_HALF_DUPLEX "Annex C/T30, half duplex" VAL 3 EC_FULL_DUPLEX "Annex C/T30, full duplex" VALTAB VAL_fax_jp VAL 0 JP_DISABLED "JPEG coding disabled" VAL 1 JP_ENABLED "JPEG coding (Rec. T81) enabled" VAL 2 JP_FULL_COLOUR "Full colour mode" VAL 4 JP_PREF_HUFFMAN "Preferred Huffman tables enabled" VAL 8 JP_12_BITS "12bits/pel/component" VAL 32 JP_CUSTOM_ILLUMINANT "Custom illuminant" VAL 64 JP_CUSTOM_GAMUT_RANGE "Custom gamut range" VALTAB VAL_fax_ln VAL 0 LN_A4 "A4, 297mm" VAL 1 LN_B4 "B4, 364mm" VAL 2 LN_UNLIMITED "Unlimited length" VALTAB VAL_fax_st VAL 0 ST_0_0 "0ms for VR=0, 0ms for VR>0" VAL 1 ST_5_5 "5ms for VR=0, 5ms for VR>0" VAL 2 ST_10_5 "10ms for VR=0, 5ms for VR>0" VAL 3 ST_10_10 "10ms for VR=0, 10ms for VR>0" VAL 4 ST_20_10 "20ms for VR=0, 10ms for VR>0" VAL 5 ST_20_20 "20ms for VR=0, 20ms for VR>0" VAL 6 ST_40_20 "40ms for VR=0, 20ms for VR>0" VAL 7 ST_40_40 "40ms for VR=0, 40ms for VR>0" VALTAB VAL_fax_vl VAL 0 VALUE_DISABLED "Disabled" VAL 1 VALUE_ENABLED "Enabled" VALTAB VAL_fax_vr VAL 0 VR_R8X3_85 "R8 x 3.85 l/mm, Normal" VAL 1 VR_R8X7_7 "R8 x 7.7 l/mm, Fine" VAL 2 VR_R8X15_4 "R8 x 15.4 l/mm" VAL 4 VR_R16X15_4 "R16 x 15.4 l/mm" VAL 8 VR_200X100 "200 dpi x 100 l/25.4mm" VAL 16 VR_200X200 "200 dpi x 200 l/25.4mm" VAL 32 VR_200X400 "200 dpi x 400 l/25.4mm" VAL 64 VR_300X300 "300 dpi x 300 l/25.4mm" VALTAB VAL_fax_wd VAL 0 WD_1728 "1728 for R8, 3456 for R16, 1728 for 200dpi, 2592 for 300dpi, 3456 for 400dpi" VAL 1 WD_2048 "2048 for R8, 4096 for R16, 2048 for 200dpi" VAL 2 WD_2432 "2432 for R8, 4864 for R16, 2432 for 200dpi" VAL 3 WD_1216 "1216 for R8, 2432 for R16" VAL 4 WD_864 "864 for R8, 1728 for R16" VALTAB VAL_framing_format VAL -1 FORMAT_NOT_PRESENT "This indicates that the value is omitted." VAL 1 FORMAT_8N2 "8 data bits, no parity bit, 2 stop bits" VAL 2 FORMAT_8P1 "8 data bits, 1 parity bit, 1 stop bits" VAL 3 FORMAT_8N1 "8 data bits, no parity bit, 1 stop bits" VAL 4 FORMAT_7N2 "7 data bits, no parity bit, 2 stop bits" VAL 5 FORMAT_7P1 "7 data bits, 1 parity bit, 1 stop bits" VAL 6 FORMAT_7N1 "7 data bits, no parity bit, 1 stop bits" VALTAB VAL_framing_parity VAL -1 PARITY_NOT_PRESENT "This indicates that the value is omitted." VAL 0 PARITY_ODD "Odd parity" VAL 1 PARITY_EVEN "Even parity" VAL 2 PARITY_MARK "Mark parity" VAL 3 PARITY_SPACE "Space parity" VALTAB VAL_mean VAL -1 MEAN_NOT_PRESENT "This indicates that the value is omitted." VAL 1 MEAN_CLASS_1 "100 (~0.22 bit/s)" VAL 2 MEAN_CLASS_2 "200 (~0.44 bit/s)" VAL 3 MEAN_CLASS_3 "500 (~1.11 bit/s)" VAL 4 MEAN_CLASS_4 "1 000 (~2.2 bit/s)" VAL 5 MEAN_CLASS_5 "2 000 (~4.4 bit/s)" VAL 6 MEAN_CLASS_6 "5 000 (~11.1 bit/s)" VAL 7 MEAN_CLASS_7 "10 000 (~22 bit/s)" VAL 8 MEAN_CLASS_8 "20 000 (~44 bit/s)" VAL 9 MEAN_CLASS_9 "50 000 (~111 bit/s)" VAL 10 MEAN_CLASS_10 "100 000 (~0.22 kbit/s)" VAL 11 MEAN_CLASS_11 "200 000 (~0.44 kbit/s)" VAL 12 MEAN_CLASS_12 "500 000 (~1.11 kbit/s)" VAL 13 MEAN_CLASS_13 "1 000 000 (~2.2 kbit/s)" VAL 14 MEAN_CLASS_14 "2 000 000 (~4.4 kbit/s)" VAL 15 MEAN_CLASS_15 "5 000 000 (~11.1 kbit/s)" VAL 16 MEAN_CLASS_16 "10 000 000 (~22 kbit/s)" VAL 17 MEAN_CLASS_17 "20 000 000 (~44 kbit/s)" VAL 18 MEAN_CLASS_18 "50 000 000 (~111 kbit/s)" VAL 31 MEAN_CLASS_31 "Best effort" VALTAB VAL_mobile_class VAL -1 MOBILE_CLASS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 MOBILE_CLASS_A "Mobile class A (highest)" VAL 1 MOBILE_CLASS_B "Mobile class B (if necessary consider NET III)" VAL 2 MOBILE_CLASS_CG "Mobile class CG (GPRS only mode)" VAL 3 MOBILE_CLASS_CC "Mobile class CC (circuit switched only mode - lowest)" VALTAB VAL_p_mobile_class VAL -1 P_MOBILE_CLASS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_MOBILE_CLASS_A "Mobile class A (highest)" VAL 1 P_MOBILE_CLASS_B "Mobile class B (if necessary consider NET III)" VAL 2 P_MOBILE_CLASS_BG "Mobile class BG" VAL 3 P_MOBILE_CLASS_BC "Mobile class BC" VAL 4 P_MOBILE_CLASS_BX "Mobile class BX (automatic swap betwenn PDP and CS for NET III)" VAL 5 P_MOBILE_CLASS_CG "Mobile class CG (GPRS only mode)" VAL 6 P_MOBILE_CLASS_CC "Mobile class CC (circuit switched only mode - lowest)" VALTAB VAL_pdp_cid VAL -1 PDP_CID_NOT_PRESENT "This indicates that the value is omitted." VAL 1 PDP_CID_1 "PDP context identifier" VAL 2 PDP_CID_2 "PDP context identifier" VALTAB VAL_pdp_type VAL -1 PDP_TYPE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 PDP_TYPE_IPV4 "PDP type IPv4" VAL 1 PDP_TYPE_IPV6 "PDP type IPv6" VALTAB VAL_peak VAL -1 PEAK_NOT_PRESENT "This indicates that the value is omitted." VAL 1 PEAK_CLASS_1 "Up to 1 000 (8 kbit/s)" VAL 2 PEAK_CLASS_2 "Up to 2 000 (16 kbit/s)" VAL 3 PEAK_CLASS_3 "Up to 4 000 (32 kbit/s)" VAL 4 PEAK_CLASS_4 "Up to 8 000 (64 kbit/s)" VAL 5 PEAK_CLASS_5 "Up to 16 000 (128 kbit/s)" VAL 6 PEAK_CLASS_6 "Up to 32 000 (256 kbit/s)" VAL 7 PEAK_CLASS_7 "Up to 64 000 (512 kbit/s)" VAL 8 PEAK_CLASS_8 "Up to 128 000 (1 024 kbit/s)" VAL 9 PEAK_CLASS_9 "Up to 256 000 (2 048 kbit/s)" VALTAB VAL_precedence VAL -1 PRECEDENCE_NOT_PRESENT "This indicates that the value is omitted." VAL 1 PRECEDENCE_HIGH "Service commitments shall be maintained ahead of precedence classes 2 and 3." VAL 2 PRECEDENCE_NORMAL "Service commitments shall be maintained ahead of precedence class 3." VAL 3 PRECEDENCE_LOW "Service commitments shall be maintained after precedence classes 1 and 2." VALTAB VAL_record_id VAL 1 RECORD_ID_RID1 "record id 1 (corresponds to line id 1 Line 1)" VAL 2 RECORD_ID_RID2 "record id 2 (corresponds to line id 2 Data)" VAL 3 RECORD_ID_RID3 "record id 3 (corresponds to line id 4 Fax)" VAL 4 RECORD_ID_RID4 "record id 4 (corresponds to line id 256 Line 2)" VALTAB VAL_reliability VAL -1 RELIABILITY_NOT_PRESENT "This indicates that the value is omitted." VAL 1 RELIABILITY_CLASS_1 "error-sensitive application that cannot cope with data loss." VAL 2 RELIABILITY_CLASS_2 "error-sensitive application that can cope with infrequent data loss." VAL 3 RELIABILITY_CLASS_3 "error-sensitive application that can cope with data loss, GMM/SM, and SMS." VAL 4 RELIABILITY_CLASS_4 "error-sensitive application that can cope with data loss." VAL 5 RELIABILITY_CLASS_5 "error non-sensitive application that can cope with data loss." VALTAB VAL_sms_mem VAL 0 MEM_ME "ME message storage" VAL 1 MEM_SM "SM message storage" VALTAB VAL_sms_stat VAL -1 STAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 STAT_REC_UNREAD "Received unread message (i.e. new message)" VAL 1 STAT_REC_READ "Received read message" VAL 2 STAT_STO_UNSENT "Stored unsent message (only applicable to SMs)" VAL 3 STAT_STO_SENT "Stored sent message (only applicable to SMs)" VALTAB VAL_storage VAL 0 STORAGE_FD "SIM fixdialling phone book" VAL 1 STORAGE_DC "SIM last-dialling phone book (LD)" VAL 2 STORAGE_EN "Emergency call numbers (ED)" VAL 3 STORAGE_AD "Abbreviated dialling numbers" VAL 4 STORAGE_BD "Barred dialling numbers" VAL 5 STORAGE_RC "Last received numbers (LR)" VAL 6 STORAGE_SD "Service dialling numbers" VAL 7 STORAGE_MC "Last missed numbers (LM)" VAL 8 STORAGE_AF "Combination of fixed and abbreviated dialling phonebook (AD + FD)" VAL 9 STORAGE_UD "User person number" VALTAB VAL_trx VAL -1 TRX_NOT_PRESENT "This indicates that the value is omitted." VAL 0 TRX_NO_TTY "No TTY reception and transmission ongoing" VAL 1 TRX_VCO_ONGOING "TTY reception ongoing" VAL 2 TRX_HCO_ONGOING "TTY transmission ongoing" VAL 3 TRX_BIDIRECTIONAL "TTY transmission and reception ongoing" VALTAB VAL_percent_als_mode VAL 0 P_ALS_MOD_SPEECH "Speech Mode" VAL 1 P_ALS_MOD_AUX_SPEECH "Auxiliary Speech Mode" VALTAB VAL_percent_atr_phase VAL 0 P_ATR_PHASE_PHASE_2_AS_1_SIM "phase 2 card configured as phase 1 card" VAL 1 P_ATR_PHASE_PHASE_1_SIM "phase 1 card" VAL 2 P_ATR_PHASE_PHASE_2_SIM "phase 2 card" VAL 3 P_ATR_PHASE_PHASE_2PLUS_SIM "phase 2+ card, TP download required" VALTAB VAL_percent_band_band VAL 0 P_BAND_BAND_NOT_PRESENT "This indicates that the value is not present." VAL 1 P_BAND_BAND_900 "GSM 900" VAL 2 P_BAND_BAND_1800 "DCS 1800" VAL 4 P_BAND_BAND_1900 "PCS 1900" VAL 8 P_BAND_BAND_E_GSM "E-GSM" VAL 16 P_BAND_BAND_850 "GSM 850" VALTAB VAL_percent_band_mode VAL 0 P_BAND_MOD_AUTO "Automatic Switch Mode" VAL 1 P_BAND_MOD_MANUAL "Manual Switch Mode" VALTAB VAL_andc_value VAL 0 ANDC_VALUE_ALWAYS_ON "DCD always on" VAL 1 ANDC_VALUE_DISABLE_AFTER_CALL "DCD disable after call" VALTAB VAL_plus_caoc_mode VAL 0 CAOC_MODE_QUERY "query CCM value" VALTAB VAL_plus_cbc_bcl VAL 0 CBC_BCL_EXCHAUSED "battery is exhausted, or ME does not have a battery connected" VAL 1 CBC_BCL_MIN_LEVEL "percent of capacity remaining" VAL 100 CBC_BCL_MAX_LEVEL "percent of capacity remaining" VALTAB VAL_plus_cbc_bsc VAL 0 CBC_BSC_BATTERYPOWERED "ME is powered by the battery" VAL 1 CBC_BSC_BATTERY "has a battery connected, but is not powered by it" VAL 2 CBC_BSC_NOBATTERY "ME does not have a battery connected" VAL 3 CBC_BSC_POWERFAULT "Recognized power fault, calls inhibited" VALTAB VAL_percent_cbhz_mode VAL 0 P_CBHZ_MOD_NOTACTIVE "deactivation" VAL 1 P_CBHZ_MOD_ACTIVE "activation" VALTAB VAL_percent_cbhz_timeout VAL -1 P_CBHZ_TIMOUT_NOT_PRESENT "This indicates that the value is omitted." VAL 30 P_CBHZ_TIMOUT_CBHZ_MIN_TIMEOUT "min timeout" VAL 120 P_CBHZ_TIMOUT_CBHZ_MAX_TIMEOUT "max timeout" VALTAB VAL_plus_cbst_ce VAL -1 CBST_CE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CBST_CE_CBST_CE_TRANSPARENT "transparent" VAL 1 CBST_CE_CBST_CE_NONTRANSPARENT "non-transparent" VAL 2 CBST_CE_CBST_CE_BOTHTRANSPREF "both, transparent preferred" VAL 3 CBST_CE_CBST_CE_BOTHNONTRANSPREF "both, non-transparent preferred" VALTAB VAL_plus_cbst_name VAL -1 CBST_NAM_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CBST_NAM_CBST_NAM_ASYNCH "data circuit asynchronous" VAL 1 CBST_NAM_CBST_NAM_SYNCH "data circuit synchronous" VALTAB VAL_plus_cbst_speed VAL -1 CBST_SPD_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CBST_SPD_AUTO "autobaud" VAL 1 CBST_SPD_300_V21 "300 bps (V.21)" VAL 2 CBST_SPD_1200_V22 "1200 bps (V.22)" VAL 3 CBST_SPD_1200_75_V23 "1200/75 bps (V.23)" VAL 4 CBST_SPD_2400_V22BIS "2400 bps (V.22bis)" VAL 5 CBST_SPD_2400_V26TER "2400 bps (V.26ter)" VAL 6 CBST_SPD_4800_V32 "4800 bps (V.32)" VAL 7 CBST_SPD_9600_V32 "9600 bps (V.32)" VAL 12 CBST_SPD_9600_V34 "9600 bps (V.34)" VAL 14 CBST_SPD_14400_V34 "14400 bps (V.34)" VAL 65 CBST_SPD_300_V110 "300 bps (V.110)" VAL 66 CBST_SPD_1200_V110 "1200 bps (V.110)" VAL 68 CBST_SPD_2400_V110 "2400 bps (V.110)" VAL 70 CBST_SPD_4800_V110 "4800 bps (V.110)" VAL 71 CBST_SPD_9600_V110 "9600 bps (V.110)" VAL 75 CBST_SPD_14400_V110 "14400 bps (V.110)" VALTAB VAL_percent_ccbs_idx VAL -1 P_CCBS_INDEX_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CCBS_INDEX_CLEAR "clear all entries" VAL 1 P_CCBS_INDEX_INDEX_1 "CCBS index 1" VAL 2 P_CCBS_INDEX_INDEX_2 "CCBS index 2" VAL 3 P_CCBS_INDEX_INDEX_3 "CCBS index 3" VAL 4 P_CCBS_INDEX_INDEX_4 "CCBS index 4" VAL 5 P_CCBS_INDEX_INDEX_5 "CCBS index 5" VALTAB VAL_percent_ccbs_ind VAL -1 P_CCBS_INDICATION_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CCBS_INDICATION_POSS_TIMED_OUT "possibility time out" VAL 1 P_CCBS_INDICATION_POSSIBLE "possible" VAL 2 P_CCBS_INDICATION_REGISTERED "registered" VAL 3 P_CCBS_INDICATION_RECALL "recall" VAL 4 P_CCBS_INDICATION_RECALL_TIMED_OUT "recall time out" VAL 5 P_CCBS_INDICATION_IRGT_RESULT "irgt result" VALTAB VAL_percent_ccbs_ptn VAL -1 P_CCBS_PATTERN_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CCBS_PATTERN_LEVEL_0 "level 0" VAL 1 P_CCBS_PATTERN_LEVEL_1 "level 1" VAL 2 P_CCBS_PATTERN_LEVEL_2 "level 2" VAL 4 P_CCBS_PATTERN_CAT_1 "category 1" VAL 5 P_CCBS_PATTERN_CAT_2 "category 2" VAL 6 P_CCBS_PATTERN_CAT_3 "category 3" VAL 7 P_CCBS_PATTERN_CAT_4 "category 4" VAL 8 P_CCBS_PATTERN_CAT_5 "category 5" VALTAB VAL_percent_ccbs_stat VAL -1 P_CCBS_STATUS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CCBS_STATUS_NOT_PROVISIONED "not provisioned" VAL 1 P_CCBS_STATUS_PROVISIONED "provisioned" VAL 2 P_CCBS_STATUS_ACTIVE "active" VALTAB VAL_percent_cccn_direction VAL 0 P_CCCN_DIRECTION_IN "In" VAL 1 P_CCCN_DIRECTION_OUT "Out" VAL 2 P_CCCN_DIRECTION_BOTH "Both" VALTAB VAL_plus_ccfc_bearer_class VAL -1 CCFC_CLASS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CCFC_CLASS_NONE "None" VAL 1 CCFC_CLASS_VCE "Voice" VAL 2 CCFC_CLASS_DAT "Data" VAL 3 CCFC_CLASS_VCEDAT "Voice Data" VAL 4 CCFC_CLASS_FAX "Fax" VAL 5 CCFC_CLASS_VCEFAX "Voice Fax" VAL 6 CCFC_CLASS_DATFAX "Data Fax" VAL 7 CCFC_CLASS_VCEDATFAX "Voice Data Fax" VAL 256 CCFC_CLASS_AUXVC "Auxiliary Voice" VALTAB VAL_plus_ccfc_mode VAL 0 CCFC_MODE_DISABLE "Disable" VAL 1 CCFC_MODE_ENABLE "Enable" VAL 2 CCFC_MODE_QUERY "Query" VAL 3 CCFC_MODE_REGISTER "Register" VAL 4 CCFC_MODE_ERASURE "Erasure" VALTAB VAL_plus_ccfc_reason VAL 0 CCFC_REASON_CFU "Call Forwarding Unconditional" VAL 1 CCFC_REASON_CFB "Call Forwarding on mobile subscriber Busy" VAL 2 CCFC_REASON_CFNRY "Call Forwarding on No Reply" VAL 3 CCFC_REASON_CFNRE "Call Forwarding on mobile subscriber Not Reachable" VAL 4 CCFC_REASON_ALLCF "all call forwarding" VAL 5 CCFC_REASON_ALLCONDCF "all conditional call forwarding" VALTAB VAL_plus_ccfc_status VAL 0 CCFC_STATUS_NOT_ACTIVE "not active" VAL 1 CCFC_STATUS_ACTIVE "active" VALTAB VAL_plus_ccfc_time VAL -1 CCFC_TIME_NOT_PRESENT "This indicates that the value is omitted." VAL 1 CCFC_TIME_MIN_TIME "min time" VAL 30 CCFC_TIME_MAX_TIME "max time" VALTAB VAL_plus_ccug_index VAL -1 CCUG_INDEX_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CCUG_INDEX_IDX_0 "index 0" VAL 1 CCUG_INDEX_IDX_1 "index 1" VAL 2 CCUG_INDEX_IDX_2 "index 2" VAL 3 CCUG_INDEX_IDX_3 "index 3" VAL 4 CCUG_INDEX_IDX_4 "index 4" VAL 5 CCUG_INDEX_IDX_5 "index 5" VAL 6 CCUG_INDEX_IDX_6 "index 6" VAL 7 CCUG_INDEX_IDX_7 "index 7" VAL 8 CCUG_INDEX_IDX_8 "index 8" VAL 9 CCUG_INDEX_IDX_9 "index 9" VAL 10 CCUG_INDEX_NO_IDX "no index (preferred CUG taken from subscriber data)" VALTAB VAL_plus_ccug_info VAL -1 CCUG_INFO_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CCUG_INFO_NO "no information" VAL 1 CCUG_INFO_SUPPOA "suppress OA" VAL 2 CCUG_INFO_SUPPPREFCUG "suppress preferential CUG" VAL 3 CCUG_INFO_SUPPBOTH "suppress OA and preferential CUG" VALTAB VAL_plus_ccug_n VAL -1 CCUG_N_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CCUG_N_DISABLETMP "disable temporary mode" VAL 1 CCUG_N_ENABLETMP "enable temporary mode" VALTAB VAL_plus_ccwa_bearer_class VAL -1 CCWA_CLASS_NOT_PRESENT "This indicates that the value is omitted." VAL 1 CCWA_CLASS_VOICE "Voice" VAL 2 CCWA_CLASS_DATA "Data" VAL 4 CCWA_CLASS_FAX "Fax" VAL 256 CCWA_CLASS_AUXVC "Auxiliary Voice" VALTAB VAL_plus_ccwa_mode VAL -1 CCWA_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CCWA_MODE_DISABLE "disable" VAL 1 CCWA_MODE_ENABLE "enable" VAL 2 CCWA_MODE_QUERY "query status" VALTAB VAL_plus_ccwa_status VAL 0 CCWA_STATUS_NOTACTIVE "any class not active" VAL 1 CCWA_STATUS_ACTIVE "one or more classes active" VALTAB VAL_plus_ccwa_w_bearer_class VAL -1 CCWA_W_CLASS_NOT_PRESENT "This indicates that the value is omitted." VAL 1 CCWA_W_CLASS_VOICE "Voice" VAL 2 CCWA_W_CLASS_DATA "Data" VAL 4 CCWA_W_CLASS_FAX "Fax" VAL 256 CCWA_W_CLASS_AUXVC "Auxiliary Voice" VALTAB VAL_plus_ccwa_w_mode VAL -1 CCWA_W_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CCWA_W_MODE_DISABLE "disable" VAL 1 CCWA_W_MODE_ENABLE "enable" VAL 2 CCWA_W_MODE_QUERY "query status" VALTAB VAL_plus_ccwa_w_status VAL 0 CCWA_W_STATUS_NOTACTIVE "any class not active" VAL 1 CCWA_W_STATUS_ACTIVE "one or more classes active" VALTAB VAL_plus_cdip_m VAL 0 CDIP_M_NO_CDIP "CDIP not provisioned" VAL 1 CDIP_M_CDIP "CDIP provisioned" VAL 2 CDIP_M_UNKNOWN "unknown (e.g. no network, etc.)" VALTAB VAL_plus_ceer_definedby VAL 0 CEER_DEFINEDBY_STANDARD "CauseValue is defined by a standardisation body (usually 3GPP)" VAL 1 CEER_DEFINEDBY_INTERNAL "CauseValue is defined by Condat, i.e. internally" VALTAB VAL_plus_ceer_originatingentity VAL 0 CEER_ORIGINATINGENTITY_SIM "SIM is the entity originating the cause" VAL 1 CEER_ORIGINATINGENTITY_ACI "ACI is the entity originating the cause" VAL 2 CEER_ORIGINATINGENTITY_RLP "RLP is the entity originating the cause" VAL 3 CEER_ORIGINATINGENTITY_RR "RR is the entity originating the cause" VAL 4 CEER_ORIGINATINGENTITY_MM "MM is the entity originating the cause" VAL 5 CEER_ORIGINATINGENTITY_CC "CC is the entity originating the cause" VAL 6 CEER_ORIGINATINGENTITY_SS "SS is the entity originating the cause" VAL 7 CEER_ORIGINATINGENTITY_SMS_CP "SMS-CP is the entity originating the cause" VAL 8 CEER_ORIGINATINGENTITY_SMS_RP "SMS-RP is the entity originating the cause" VAL 9 CEER_ORIGINATINGENTITY_SMS_TL "SMS-TL is the entity originating the cause" VAL 10 CEER_ORIGINATINGENTITY_GMM "GMM is the entity originating the cause" VAL 11 CEER_ORIGINATINGENTITY_SM "SM is the entity originating the cause" VAL 12 CEER_ORIGINATINGENTITY_FAD "FAD is the entity originating the cause" VAL 13 CEER_ORIGINATINGENTITY_T30 "T30 is the entity originating the cause" VAL 14 CEER_ORIGINATINGENTITY_GRR "GRR is the entity originating the cause" VAL 15 CEER_ORIGINATINGENTITY_PPP "PPP is the entity originating the cause" VAL 16 CEER_ORIGINATINGENTITY_LLC "LLC is the entity originating the cause" VAL 17 CEER_ORIGINATINGENTITY_SNDCP "SNDCP is the entity originating the cause" VALTAB VAL_plus_ceer_originatingside VAL 0 CEER_ORIGINATINGSIDE_NW "the network is the originating side" VAL 1 CEER_ORIGINATINGSIDE_MS "the mobile station is the originating side" VALTAB VAL_plus_cfun_fun VAL -1 CFUN_FUN_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CFUN_FUN_MIN "Minimum" VAL 1 CFUN_FUN_FULL "Full" VAL 4 CFUN_FUN_FLIGHT_MODE "Flight mode" VALTAB VAL_plus_cfun_rst VAL -1 CFUN_RST_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CFUN_RST_NO_RESET "Do not reset the MT before changing functionality level" VAL 1 CFUN_RST_RESET "Reset the MT before changing functionality level" VALTAB VAL_percent_cgaatt_att_m VAL 0 P_CGAATT_ATT_M_AUTOMATIC "automatic attach" VAL 1 P_CGAATT_ATT_M_MANUAL "manual attach" VALTAB VAL_percent_cgaatt_det_m VAL 0 P_CGAATT_DET_M_AUTOMATIC "automatic detach after last context deactivation" VAL 1 P_CGAATT_DET_M_MANUAL "manuel detach" VALTAB VAL_plus_cgact_state VAL -1 CGACT_STATE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CGACT_STATE_DEACTIVATED "PDP context deactivated" VAL 1 CGACT_STATE_ACTIVATED "PDP context activated" VALTAB VAL_plus_cgans_response VAL -1 CGANS_RESPONSE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CGANS_RESPONSE_REJECT "reject the request" VAL 1 CGANS_RESPONSE_ACCEPT "accept and request that the PDP context be activated" VALTAB VAL_plus_cgatt_state VAL -1 CGATT_STATE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CGATT_STATE_DETACHED "detached" VAL 1 CGATT_STATE_ATTACHED "attached" VALTAB VAL_plus_cgdcont_d_comp VAL -1 CGDCONT_D_COMP_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CGDCONT_D_COMP_OFF "PDP data compression off (default)" VAL 1 CGDCONT_D_COMP_ON "PDP data compression On " VAL 2 CGDCONT_D_COMP_V_42_BIS "PDP data compression On " VALTAB VAL_plus_cgdcont_h_comp VAL -1 CGDCONT_H_COMP_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CGDCONT_H_COMP_OFF "PDP header compression off (default)" VAL 1 CGDCONT_H_COMP_ON "PDP header compression on" VAL 2 CGDCONT_H_COMP_RFC1144 "PDP header compression on" VALTAB VAL_percent_cgev_evt VAL 0 P_CGEV_EVT_REJECT "Network request context activation" VAL 1 P_CGEV_EVT_NW_REACT "Network requested context reactivation" VAL 2 P_CGEV_EVT_NW_DEACT "Network forced context deactivation" VAL 3 P_CGEV_EVT_ME_DEACT "Mobile equipment forced context deactivation" VAL 4 P_CGEV_EVT_NW_DETACH "Network forced detach" VAL 5 P_CGEV_EVT_ME_DETACH "Mobile equipment forced detach" VAL 6 P_CGEV_EVT_NW_CLASS "Network forced class change" VAL 7 P_CGEV_EVT_ME_CLASS "Mobile equipment forced class change" VAL 8 P_CGEV_EVT_NW_ACT "There has been a context activation following a network-originated request." VAL 9 P_CGEV_EVT_ME_ACT "The mobile equipment has triggered a context activation." VALTAB VAL_plus_cgev_evt VAL 0 CGEV_EVT_REJECT "Network request context activation" VAL 1 CGEV_EVT_NW_REACT "Network requested context reactivation" VAL 2 CGEV_EVT_NW_DEACT "Network forced context deactivation" VAL 3 CGEV_EVT_ME_DEACT "Mobile equipment forced context deactivation" VAL 4 CGEV_EVT_NW_DETACH "Network forced detach" VAL 5 CGEV_EVT_ME_DETACH "Mobile equipment forced detach" VAL 6 CGEV_EVT_NW_CLASS "Network forced class change" VAL 7 CGEV_EVT_ME_CLASS "Mobile equipment forced class change" VALTAB VAL_percent_cgmm_cipher_on VAL 0 P_CGMM_CIPHER_ON_OFF "cipher off" VAL 1 P_CGMM_CIPHER_ON_ON "cipher on" VALTAB VAL_percent_cgmm_tlli_handling VAL 0 P_CGMM_TLLI_HANDLING_STANDARD "TLLI_STANDARD" VAL 1 P_CGMM_TLLI_HANDLING_TWICE "TLLI_TWICE" VALTAB VAL_percent_cgpco_format VAL 0 P_CGPCO_FORMAT_HEX "hex format (coding defined in GSM 04.08; only implemented for the 'set PCO' command)" VAL 1 P_CGPCO_FORMAT_ASCII "ASCII for auth. protocol (only PAP), (set) user, password, DNS1 DNS2 gateway" VALTAB VAL_percent_cgpco_mode VAL 0 P_CGPCO_MODE_SET_PCO "set PCO" VAL 1 P_CGPCO_MODE_QUERY_PCO "query active PCO" VALTAB VAL_percent_cgppp_protocol VAL 0 P_CGPPP_PROTOCOL_NO_AUTH "no authentication (ignore login + pwd)" VAL 1 P_CGPPP_PROTOCOL_PAP "password authentication protocol" VAL 2 P_CGPPP_PROTOCOL_CHAP "challenge handshake authentication protocol" VAL 3 P_CGPPP_PROTOCOL_AUTO_AUTH "automatic authentication" VALTAB VAL_percent_cgreg_stat VAL 0 P_CGREG_STAT_NOT_REG "not registered, ME is not currently searching an operator to register to" VAL 1 P_CGREG_STAT_REG_HOME "registered, home network" VAL 2 P_CGREG_STAT_SEARCHING "not registered, but ME is currently trying to attach or searching an operator to register to" VAL 3 P_CGREG_STAT_REG_DEN "registration denied" VAL 4 P_CGREG_STAT_UNKN "unknown" VAL 5 P_CGREG_STAT_REG_ROAM "registered, roaming" VAL 6 P_CGREG_STAT_LIMITED "limited service (cell might be overloaded) [GPRS suspended]" VAL 7 P_CGREG_STAT_GSM_CALL "GSM call active [GPRS suspended]" VAL 8 P_CGREG_STAT_NO_CELL "no cell available [GPRS suspended]" VAL 9 P_CGREG_STAT_TRY_TO_UPDATE "next attempt to update MS [GPRS suspended]" VALTAB VAL_percent_cgreg_state VAL -1 P_CGREG_STATE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CGREG_STATE_STAT_0 "no PDP context activated" VAL 1 P_CGREG_STATE_STAT_1 "one or more PDP contexts activated" VALTAB VAL_plus_cgreg_stat VAL 0 CGREG_STAT_NOT_REG "not registered, ME is not currently searching an operator to register to" VAL 1 CGREG_STAT_REG_HOME "registered, home network" VAL 2 CGREG_STAT_SEARCHING "not registered, but ME is currently trying to attach or searching an operator to register to" VAL 3 CGREG_STAT_REG_DEN "registration denied" VAL 4 CGREG_STAT_UNKN "unknown" VAL 5 CGREG_STAT_REG_ROAM "registered, roaming" VALTAB VAL_plus_cgsms_service VAL -1 CGSMS_SERVICE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CGSMS_SERVICE_GPRS "GPRS" VAL 1 CGSMS_SERVICE_CS "circuit switched" VAL 2 CGSMS_SERVICE_GPRS_PREFERRED "GPRS preferred (use circuit switched if GPRS not available)" VAL 3 CGSMS_SERVICE_CS_PREFERRED "circuit switched preferred (use GPRS if circuit switched not available)" VALTAB VAL_percent_chld_n VAL -1 P_CHLD_N_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CHLD_N_RELHLDORUDUB "Releases all held calls or sets User Determined User Busy (UDUB) for a waiting call. (X is not supported)" VAL 1 P_CHLD_N_RELACTANDACPT "Releases all active calls (if any exist) and accepts the other (held or waiting) call OR releases a specific active call X." VAL 2 P_CHLD_N_HLDACTANDACPT "Places all active calls (if any exist) on hold and accepts the other (held or waiting) call OR Places all active calls on hold except call X with which communication shall be supported." VAL 3 P_CHLD_N_ADDHLD "Adds a held call to the conversation. (X not supported)" VAL 4 P_CHLD_N_ECT "Connects the two calls and disconnects the subscriber from both calls (ECT). (X is not supported)" VAL 5 P_CHLD_N_CCBS "Activates the Completion of Calls to Busy Subscriber Request. (X is not supported)" VAL 6 P_CHLD_N_SWAP "Swaps a specified held call and hold the active call. If X is not present the first held call will be chosen." VAL 7 P_CHLD_N_RELANYSPEC "Releases a specified call regardless of the state. (X is requested)" VAL 99 P_CHLD_N_ONLYHOLD "Puts active call on hold without accepting any other calls automatically (AT+CHLD=H, X is not supported)." VAL 100 P_CHLD_N_RELDIALCALL "Releases the dialling call, without dropping current call (AT+CHLD=I, X is not supported)." VALTAB VAL_percent_chpl_oprfrmt VAL 0 P_CHPL_OPRFRMT_LONG "long alphanumeric format." VAL 1 P_CHPL_OPRFRMT_SHORT "short alphanumeric format." VAL 2 P_CHPL_OPRFRMT_NUMERIC "numeric format." VALTAB VAL_percent_chpl_type VAL 0 P_CHPL_TYPE_FROM_IMS "from IMS" VALTAB VAL_percent_chpl_w_oprfrmt VAL 0 P_CHPL_W_OPRFRMT_LONG "long alphanumeric format." VAL 1 P_CHPL_W_OPRFRMT_SHORT "short alphanumeric format." VAL 2 P_CHPL_W_OPRFRMT_NUMERIC "numeric format." VALTAB VAL_percent_chpl_w_type VAL 0 P_CHPL_W_TYPE_FROM_IMS "from IMS" VALTAB VAL_plus_cind_signal VAL -1 CIND_SIGNAL_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CIND_SIGNAL_LVL0 "Level 0" VAL 1 CIND_SIGNAL_LVL1 "Level 1" VAL 2 CIND_SIGNAL_LVL2 "Level 2" VAL 3 CIND_SIGNAL_LVL3 "Level 3" VAL 4 CIND_SIGNAL_LVL4 "Level 4" VAL 5 CIND_SIGNAL_LVL5 "Level 5" VALTAB VAL_plus_cind_signal_ctrl VAL -1 CIND_SIGNAL_CTRL_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CIND_SIGNAL_CTRL_OFF "Indication off" VAL 1 CIND_SIGNAL_CTRL_LVL1 "Level 1" VAL 2 CIND_SIGNAL_CTRL_LVL2 "Level 2" VAL 3 CIND_SIGNAL_CTRL_LVL3 "Level 3" VAL 4 CIND_SIGNAL_CTRL_LVL4 "Level 4" VAL 5 CIND_SIGNAL_CTRL_LVL5 "Level 5" VALTAB VAL_plus_cind_smsfull VAL -1 CIND_SMSFULL_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CIND_SMSFULL_MEM_AVAILABLE "MEM Available" VAL 1 CIND_SMSFULL_MEM_FULL "MEM Full" VALTAB VAL_plus_cind_smsfull_ctrl VAL -1 CIND_SMSFULL_CTRL_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CIND_SMSFULL_CTRL_OFF "off" VAL 1 CIND_SMSFULL_CTRL_ON "on" VALTAB VAL_plus_clcc_dir VAL -1 CLCC_DIR_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CLCC_DIR_MO_CALL "mobile originated call" VAL 1 CLCC_DIR_MT_CALL "mobile terminated call" VALTAB VAL_plus_clcc_mode VAL -1 CLCC_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CLCC_MODE_VOICE "voice" VAL 1 CLCC_MODE_DATA "data" VAL 2 CLCC_MODE_FAX "fax" VAL 3 CLCC_MODE_VFDVOICE "voice followed by data, voice mode" VAL 4 CLCC_MODE_VADVOICE "alternating voice/data, voice mode" VAL 5 CLCC_MODE_VAFVOICE "alternating voice/fax, voice mode" VAL 6 CLCC_MODE_VFDDATA "voice followed by data, data mode" VAL 7 CLCC_MODE_VADDATA "alternating voice/data, data mode" VAL 8 CLCC_MODE_VAFFAX "alternating voice/fax, fax mode" VAL 9 CLCC_MODE_UNKNOWN "unknown" VALTAB VAL_plus_clcc_mpty VAL -1 CLCC_MPTY_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CLCC_MPTY_NOT_MULTIPARTY "call is not one of multiparty (conference) call parties" VAL 1 CLCC_MPTY_MULTIPARTY "call is one of multiparty (conference) call parties" VALTAB VAL_plus_clcc_stat VAL -1 CLCC_STAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CLCC_STAT_ACTIVE "active" VAL 1 CLCC_STAT_HELD "held" VAL 2 CLCC_STAT_DIALING "dialing (MO call)" VAL 3 CLCC_STAT_ALERTING "alerting (MO call)" VAL 4 CLCC_STAT_INCOMING "incoming (MT call)" VAL 5 CLCC_STAT_WAITING "waiting (MT call)" VALTAB VAL_plus_clck_fac VAL 0 CLCK_FAC_SC "SIM PIN1" VAL 1 CLCK_FAC_AO "BAOC (Bar All Outgoing Calls) (refer 3GPP TS 22.088 [6] clause 1)" VAL 2 CLCK_FAC_OI "BOIC (Bar Outgoing International Calls) (refer 3GPP TS 22.088 [6] clause 1)" VAL 3 CLCK_FAC_OX "BOIC exHC (Barr Outgoing International Calls except to Home Country) (refer 3GPP TS 22.088 [6] clause 1)" VAL 4 CLCK_FAC_AI "BAIC (Bar All Incoming Calls) (refer 3GPP TS 22.088 [6] clause 2)" VAL 5 CLCK_FAC_IR "BIC-Roam (Bar Incoming Calls when Roaming outside the home country) (refer 3GPP TS 22.088 [6] clause 2)" VAL 6 CLCK_FAC_AB "All Barring services (refer 3GPP TS 22.030 [19])" VAL 7 CLCK_FAC_AG "All outgoing barring services (refer 3GPP TS 22.030 [19])" VAL 8 CLCK_FAC_AC "All incoming barring services (refer 3GPP TS 22.030 [19])" VAL 9 CLCK_FAC_FD "SIM card or active application in the UICC fixed dialling memory feature" VAL 10 CLCK_FAC_PN "Network Personalisation (refer 3GPP TS 22.022 [33])" VAL 11 CLCK_FAC_PU "Network subset Personalisation (refer 3GPP TS 22.022 [33])" VAL 12 CLCK_FAC_PP "Service Provider Personalisation (refer 3GPP TS 22.022 [33])" VAL 13 CLCK_FAC_PC "Corporate Personalisation (refer 3GPP TS 22.022 [33])" VAL 14 CLCK_FAC_PS "PH-SIM (lock phone to SIM/UICC card)" VAL 15 CLCK_FAC_PF "Lock Phone to the very First inserted SIM/UICC card" VAL 16 CLCK_FAC_AL "ALS settings locked by CHV2" VAL 17 CLCK_FAC_BL %SIM_PERS% "Blocked Network Personalisation" VAL 18 CLCK_FAC_FC %SIM_PERS% "Failure Counter Reset for SIMLOCK" VAL 19 CLCK_FAC_FCM %SIM_PERS% "Failure Counter Reset for SIMLOCK" VAL 20 CLCK_FAC_MU %SIM_PERS% "For Master Unlock thru bootup " VAL 21 CLCK_FAC_MUM %SIM_PERS% "For Master Unlock thru Menu" VAL 22 CLCK_FAC_PL %FF_PHONE_LOCK% "For Phone Lock" VAL 23 CLCK_FAC_APL %FF_PHONE_LOCK% "For Auto Phone Lock" VAL 24 CLCK_FAC_P2 "for PIN2" VALTAB VAL_plus_clck_mode VAL 0 CLCK_MODE_UNLOCK "Unlock" VAL 1 CLCK_MODE_LOCK "Lock" VAL 2 CLCK_MODE_QUERY "QUERY" VALTAB VAL_plus_clck_status VAL 0 CLCK_STATUS_NOT_ACTIVE "not active" VAL 1 CLCK_STATUS_ACTIVE "active" VALTAB VAL_plus_clip_m VAL 0 CLIP_M_NO_CLIP "CLIP not provisioned" VAL 1 CLIP_M_CLIP "CLIP provisioned" VAL 2 CLIP_M_UNKNOWN "unknown (e.g. no network, etc.)" VALTAB VAL_plus_clip_w_m VAL 0 CLIP_W_M_NO_CLIP "CLIP not provisioned" VAL 1 CLIP_W_M_CLIP "CLIP provisioned" VAL 2 CLIP_W_M_UNKNOWN "unknown (e.g. no network, etc.)" VALTAB VAL_plus_clir_m VAL 0 CLIR_M_NOTPROV "CLIR not provisioned" VAL 1 CLIR_M_PERMANENT "CLIR provisioned in permanent mode" VAL 2 CLIR_M_UNKNOWN "unknown (e.g. no network, etc.)" VAL 3 CLIR_M_RESTRICTTEMP "CLIR temporary mode presentation restricted" VAL 4 CLIR_M_ALLOWTEMP "CLIR temporary mode presentation allowed" VALTAB VAL_plus_clir_n VAL -1 CLIR_N_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CLIR_N_SUBSCRIPTION "presentation indicator is used according to the subscription of the CLIR service" VAL 1 CLIR_N_INVOCATION "CLIR invocation" VAL 2 CLIR_N_SUPPRESSION "CLIR suppression" VALTAB VAL_plus_cmer_ind_option VAL -1 CMER_IND_OPTION_NOT_PRESENT "This indicates that the value is omitted." VAL 1 CMER_IND_OPTION_LOWER "Display indications lower than the threshold" VAL 2 CMER_IND_OPTION_GREATER_EQUAL "Display indications greater or equal than the threshold" VALTAB VAL_plus_cme_error_error VAL 0 CME_ERROR_PHONE_FAIL "Phone failure" VAL 1 CME_ERROR_NO_CONNECT "No connection to phone" VAL 2 CME_ERROR_LINK_RESERVED "Phone-adaptor link reserved" VAL 3 CME_ERROR_OP_NOT_ALLOW "Operation not allowed" VAL 4 CME_ERROR_OP_NOT_SUPPORTED "Operation not supported" VAL 5 CME_ERROR_PH_SIM_PIN_REQ "PH-SIM PIN required (SIM personalisation)" VAL 6 CME_ERROR_PHF_SIM_PIN_REQ "PH-FSIM PIN required (personalisation on first inserted SIM)" VAL 7 CME_ERROR_PHF_SIM_PUK_REQ "PH-FSIM PUK required (personalisation on first inserted SIM)" VAL 10 CME_ERROR_SIM_NOT_INS "SIM not inserted" VAL 11 CME_ERROR_SIM_PIN_REQ "SIM PIN required" VAL 12 CME_ERROR_SIM_PUK_REQ "SIM PUK required" VAL 13 CME_ERROR_SIM_FAIL "SIM failure" VAL 14 CME_ERROR_SIM_BUSY "SIM busy" VAL 15 CME_ERROR_SIM_WRONG "SIM wrong" VAL 16 CME_ERROR_WRONG_PASSWORD "Wrong password" VAL 17 CME_ERROR_SIM_PIN2_REQ "SIM PIN2 required" VAL 18 CME_ERROR_SIM_PUK2_REQ "SIM PUK2 required" VAL 20 CME_ERROR_MEMORY_FULL "Memory full" VAL 21 CME_ERROR_INVALID_INDEX "Invalid index" VAL 22 CME_ERROR_NOT_FOUND "Not found" VAL 23 CME_ERROR_MEMORY_FAIL "Memory failure" VAL 24 CME_ERROR_TEXT_TOO_LONG "Text string too long" VAL 25 CME_ERROR_INV_TEXT_CHAR "Invalid characters in text string" VAL 26 CME_ERROR_DIAL_TOO_LONG "Dial string too long" VAL 27 CME_ERROR_INV_DIAL_CHAR "Invalid characters in dial string" VAL 30 CME_ERROR_NO_SERV "No network service" VAL 31 CME_ERROR_TIMEOUT "Timeout" VAL 32 CME_ERROR_LIM_SERV "Limited service" VAL 40 CME_ERROR_NET_PERS_PIN_REQ "PIN to change network personalisation required" VAL 41 CME_ERROR_NET_PERS_PUK_REQ "Network personalisation PUK is required" VAL 42 CME_ERROR_NET_SUBSET_PERS_PIN_REQ "Keycode to change network subset personalisation required" VAL 43 CME_ERROR_NET_SUBSET_PERS_PUK_REQ "Network subset personalisation PUK is required" VAL 44 CME_ERROR_PROVIDER_PERS_PIN_REQ "Keycode to change service provider personalisation required" VAL 45 CME_ERROR_PROVIDER_PERS_PUK_REQ "Service provider personalisation PUK is required" VAL 46 CME_ERROR_CORPORATE_PERS_PIN_REQ "Keycode to change corporate personalisation required" VAL 47 CME_ERROR_CORPORATE_PERS_PUK_REQ "Corporate personalisation PUK is required" VAL 100 CME_ERROR_UNKNOWN "Unknown" VAL 103 CME_ERROR_GPRS_BAD_MS "GPRS_BAD_MS" VAL 106 CME_ERROR_GPRS_BAD_ME "GPRS_BAD_ME" VAL 107 CME_ERROR_GPRS_NO_SERVICE "GPRS_NO_SERVICE" VAL 111 CME_ERROR_GPRS_BAD_PLMN "GPRS_BAD_PLMN" VAL 112 CME_ERROR_GPRS_BAD_LOC "GPRS_BAD_LOC" VAL 113 CME_ERROR_GPRS_NO_ROAM "GPRS_NO_ROAM" VAL 132 CME_ERROR_GPRS_SER_OPT_NSUP "GPRS_SER_OPT_NSUP" VAL 133 CME_ERROR_GPRS_SER_OPT_NSUB "GPRS_SER_OPT_NSUB" VAL 134 CME_ERROR_GPRS_SER_OPT_OOO "GPRS_SER_OPT_0000" VAL 148 CME_ERROR_GPRS_UNSPEC "GPRS_UNSPEC" VAL 149 CME_ERROR_GPRS_PDP_AUTH "GPRS_PDP_AUTH" VAL 150 CME_ERROR_GPRS_BAD_MOD_CLASS "GPRS_BAD_MOD_CLASS" VAL 512 CME_ERROR_FAILED_TO_ABORT "Failed to abort" VAL 513 CME_ERROR_ACM_RESET_NEEDED "ACM reset needed" VAL 514 CME_ERROR_SIM_SAT_BUSY "Sim is busy with SAT (sw1=0x93), further normal commands allowed" VAL 515 CME_ERROR_SIM_NO_EXT_AVAIL "sim extension memory full" VAL 516 CME_ERROR_SIM_RESET_NEEDED "SIM reinserted, sim reset needed" VAL 517 CME_ERROR_ABORTEDBYNETWORK "PLMN Search aborted by Network" VALTAB VAL_percent_cmgl_alpha_cs VAL -1 P_CMGL_ALPHA_CS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CMGL_ALPHA_CS_GSM_DEF "7 bit" VAL 1 P_CMGL_ALPHA_CS_GSM_INT "7 bit (bit 8 set)" VAL 2 P_CMGL_ALPHA_CS_HEX "8 bit transparent" VAL 3 P_CMGL_ALPHA_CS_UCS2 "16 bit unicode" VAL 4 P_CMGL_ALPHA_CS_SIM "SIM card format" VAL 5 P_CMGL_ALPHA_CS_ASCII "ASCII" VALTAB VAL_plus_cmgl_alpha_cs VAL -1 CMGL_ALPHA_CS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMGL_ALPHA_CS_GSM_DEF "7 bit" VAL 1 CMGL_ALPHA_CS_GSM_INT "7 bit (bit 8 set)" VAL 2 CMGL_ALPHA_CS_HEX "8 bit transparent" VAL 3 CMGL_ALPHA_CS_UCS2 "16 bit unicode" VAL 4 CMGL_ALPHA_CS_SIM "SIM card format" VAL 5 CMGL_ALPHA_CS_ASCII "ASCII" VALTAB VAL_percent_cmgl_stat VAL -1 P_CMGL_STAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CMGL_STAT_REC_UNREAD "received unread message (i.e. new message)" VAL 1 P_CMGL_STAT_REC_READ "received read message" VAL 2 P_CMGL_STAT_STO_UNSENT "stored unsent message (only applicable to SMs)" VAL 3 P_CMGL_STAT_STO_SEND "stored sent message (only applicable to SMs)" VAL 4 P_CMGL_STAT_ALL "all messages (only applicable to %CMGL command)" VALTAB VAL_plus_cmgl_stat VAL -1 CMGL_STAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMGL_STAT_REC_UNREAD "received unread message (i.e. new message)" VAL 1 CMGL_STAT_REC_READ "received read message" VAL 2 CMGL_STAT_STO_UNSENT "stored unsent message (only applicable to SMs)" VAL 3 CMGL_STAT_STO_SEND "stored sent message (only applicable to SMs)" VAL 4 CMGL_STAT_ALL "all messages (only applicable to +CMGL command)" VALTAB VAL_plus_cmgl_w_alpha_cs VAL -1 CMGL_W_ALPHA_CS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMGL_W_ALPHA_CS_GSM_DEF "7 bit" VAL 1 CMGL_W_ALPHA_CS_GSM_INT "7 bit (bit 8 set)" VAL 2 CMGL_W_ALPHA_CS_HEX "8 bit transparent" VAL 3 CMGL_W_ALPHA_CS_UCS2 "16 bit unicode" VAL 4 CMGL_W_ALPHA_CS_SIM "SIM card format" VAL 5 CMGL_W_ALPHA_CS_ASCII "ASCII" VALTAB VAL_plus_cmgl_w_stat VAL -1 CMGL_W_STAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMGL_W_STAT_REC_UNREAD "received unread message (i.e. new message)" VAL 1 CMGL_W_STAT_REC_READ "received read message" VAL 2 CMGL_W_STAT_STO_UNSENT "stored unsent message (only applicable to SMs)" VAL 3 CMGL_W_STAT_STO_SEND "stored sent message (only applicable to SMs)" VAL 4 CMGL_W_STAT_ALL "all messages (only applicable to +CMGL command)" VALTAB val_percent_cmgr_alpha_cs VAL -1 P_CMGR_ALPHA_CS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CMGR_ALPHA_CS_GSM_DEF "7bit" VAL 1 P_CMGR_ALPHA_CS_GSM_INT "7 bit (bit 8 set)" VAL 2 P_CMGR_ALPHA_CS_HEX "8 bit transparent" VAL 3 P_CMGR_ALPHA_CS_UCS2 "16 bit unicode" VAL 4 P_CMGR_ALPHA_CS_SIM "SIM card format" VAL 5 P_CMGR_ALPHA_CS_ASCII "ASCII" VALTAB VAL_plus_cmgr_alpha_cs VAL -1 CMGR_ALPHA_CS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMGR_ALPHA_CS_GSM_DEF "7 bit" VAL 1 CMGR_ALPHA_CS_GSM_INT "7 bit (bit 8 set)" VAL 2 CMGR_ALPHA_CS_HEX "8 bit transparent" VAL 3 CMGR_ALPHA_CS_UCS2 "16 bit unicode" VAL 4 CMGR_ALPHA_CS_SIM "SIM card format" VAL 5 CMGR_ALPHA_CS_ASCII "ASCII" VALTAB VAL_plus_cmgr_w_alpha_cs VAL -1 CMGR_W_ALPHA_CS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMGR_W_ALPHA_CS_GSM_DEF "7 bit" VAL 1 CMGR_W_ALPHA_CS_GSM_INT "7 bit (bit 8 set)" VAL 2 CMGR_W_ALPHA_CS_HEX "8 bit transparent" VAL 3 CMGR_W_ALPHA_CS_UCS2 "16 bit unicode" VAL 4 CMGR_W_ALPHA_CS_SIM "SIM card format" VAL 5 CMGR_W_ALPHA_CS_ASCII "ASCII" VALTAB VAL_plus_cmod_mode VAL -1 CMOD_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMOD_MODE_SINGLE "Single mode" VAL 1 CMOD_MODE_ALT_VOICE_FAX "Alternating voice/fax (teleservice 61)" VAL 2 CMOD_MODE_ALT_VOICE_DATA "Alternating voice/data (bearer service 61)" VAL 3 CMOD_MODE_DATA_FOLLOWS_VOICE "Voice followed by data (bearer service 81)" VALTAB VAL_plus_cms_error_err VAL 1 CMS_ERROR_UNALLOC_NUM "Unassigned (unallocated) number" VAL 8 CMS_ERROR_OP_DETERM_BARR "Operator determined barring" VAL 10 CMS_ERROR_CALL_BARR "Call barred" VAL 21 CMS_ERROR_TRANS_REJECT "Short message transfer rejected" VAL 27 CMS_ERROR_DEST_OUT_OF_SERV "Destination out of service" VAL 28 CMS_ERROR_UNIDENT_SUBSC "Unidentified subscriber" VAL 29 CMS_ERROR_FAC_REJECT "Facility rejected" VAL 30 CMS_ERROR_UNKNOWN_SUBSC "Unknown subscriber" VAL 38 CMS_ERROR_NET_OUT_OF_ORDER "Network out of order" VAL 41 CMS_ERROR_TEMP_FAIL "Temporary failure" VAL 42 CMS_ERROR_CONGESTION "Congestion - the short message service cannot be serviced because of high traffic" VAL 47 CMS_ERROR_RES_UNAVAIL "Resources unavailable, unspecified" VAL 50 CMS_ERROR_FAC_NOT_SUBSCR "Requested facility not subscribed" VAL 69 CMS_ERROR_FAC_NOT_IMPL "Requested facility not implemented" VAL 81 CMS_ERROR_TRANS_REF_INVAL "Invalid short message transfer reference value" VAL 95 CMS_ERROR_INVAL_SM "Invalid message, unspecified" VAL 96 CMS_ERROR_INVAL_MAN_INFO "Invalid mandatory information" VAL 97 CMS_ERROR_MSG_TYP_NOT_EXIST "Message type non-existent or not implemented" VAL 98 CMS_ERROR_MSG_NOT_COMPATIBLE "Message not compatible with short message protocol state" VAL 99 CMS_ERROR_INFO_ELEM_NOT_IMPL "Information element non-existent or not implemented" VAL 111 CMS_ERROR_PROT_ERR "Protocol error, unspecified" VAL 127 CMS_ERROR_INTERWRK_UNSPEC "Interworking, unspecified" VAL 128 CMS_ERROR_TLMTK_NOT_SUP "Telematic interworking not supported" VAL 129 CMS_ERROR_SM0_NOT_SUP "Short message Type 0 not supported" VAL 130 CMS_ERROR_CANT_REPLACE_SM "Cannot replace short message" VAL 143 CMS_ERROR_UNSPEC_PID "Unspecified TP-PID error" VAL 144 CMS_ERROR_DCS_NOT_SUP "Data coding scheme (alphabet) not supported" VAL 145 CMS_ERROR_MSG_CLASS_NOT_SUP "Message class not supported" VAL 159 CMS_ERROR_UNSPEC_TP_DCS "Unspecified TP-DCS error" VAL 160 CMS_ERROR_CMD_NOT_ACT "Command cannot be actioned" VAL 161 CMS_ERROR_CMD_UN_SUP "Command unsupported" VAL 175 CMS_ERROR_UNSPEC_TP_CMD "Unspecified TP-Command error" VAL 176 CMS_ERROR_TPDU_UNSUP "TPDU not supported" VAL 192 CMS_ERROR_SC_BUSY "SC busy" VAL 193 CMS_ERROR_NO_SC_SUBSC "No SC subscription" VAL 194 CMS_ERROR_SC_SYS_FAIL "SC system failure" VAL 195 CMS_ERROR_INVAL_SME "Invalid SME address" VAL 196 CMS_ERROR_DEST_SME_BARR "Destination SME barred" VAL 197 CMS_ERROR_SM_REJ_DUPL_SM "SM Rejected-Duplicate SM" VAL 208 CMS_ERROR_SIM_SMS_STOR_FULL "SIM SMS storage full" VAL 209 CMS_ERROR_NO_STOR_IN_SIM "No SMS storage capability in SIM" VAL 210 CMS_ERROR_IN_MS "Error in MS" VAL 211 CMS_ERROR_MEM_CAP_EXCEED "Memory Capacity Exceeded" VAL 212 CMS_ERROR_SATK_BUSY "SIM Application Toolkit Busy" VAL 255 CMS_ERROR_UNSPECIFIED "Unspecified error cause" VAL 300 CMS_ERROR_ME_FAIL "ME failure" VAL 301 CMS_ERROR_SERV_RES "SMS service of ME reserved" VAL 302 CMS_ERROR_OP_NOT_ALLOWED "Operation not allowed" VAL 303 CMS_ERROR_OP_NOT_SUP "Operation not supported" VAL 304 CMS_ERROR_INVAL_PDU_MOD "Invalid PDU mode parameter" VAL 305 CMS_ERROR_INVAL_TXT_MOD "Invalid text mode parameter" VAL 310 CMS_ERROR_SIM_NOT_INS "SIM not inserted" VAL 311 CMS_ERROR_SIM_PIN_REQ "SIM PIN necessary" VAL 312 CMS_ERROR_PH_SIM_PIN_REQ "PH-SIM PIN necessary" VAL 313 CMS_ERROR_SIM_FAIL "SIM failure" VAL 314 CMS_ERROR_SIM_BUSY "SIM busy" VAL 315 CMS_ERROR_SIM_WRONG "SIM wrong" VAL 316 CMS_ERROR_SIM_PUK_REQ "SIM PUK necessary" VAL 317 CMS_ERROR_SIM_PIN2_REQ "SIM PIN2 necessary" VAL 318 CMS_ERROR_SIM_PUK2_REQ "SIM PUK2 necessary" VAL 320 CMS_ERROR_MEM_FAIL "Memory failure" VAL 321 CMS_ERROR_INVAL_MEM_IDX "Invalid memory index" VAL 322 CMS_ERROR_MEM_FULL "Memory full" VAL 330 CMS_ERROR_SMSC_ADDR_UNKNOWN "SMSC address unknown" VAL 331 CMS_ERROR_NO_NET_SERV "No network service" VAL 332 CMS_ERROR_NET_TIMEOUT "Network timeout" VAL 340 CMS_ERROR_NO_CNMA_ACK_EXPECT "No CNMA ack expected" VAL 500 CMS_ERROR_UNKNOWN "Unknown error" VAL 512 CMS_ERROR_FAILED_TO_ABORT "Failed to abort" VAL 513 CMS_ERROR_ACM_RESET_NEEDED "ACM reset needed" VALTAB VAL_plus_cmt_alpha_cs VAL -1 CMT_ALPHA_CS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMT_ALPHA_CS_GSM_DEF "7 bit" VAL 1 CMT_ALPHA_CS_GSM_INT "7 bit (bit 8 set)" VAL 2 CMT_ALPHA_CS_HEX "8 bit transparent" VAL 3 CMT_ALPHA_CS_UCS2 "16 bit unicode" VAL 4 CMT_ALPHA_CS_SIM "SIM card format" VAL 5 CMT_ALPHA_CS_ASCII "ASCII" VALTAB VAL_plus_cmt_w_alpha_cs VAL -1 CMT_W_ALPHA_CS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMT_W_ALPHA_CS_GSM_DEF "7 bit" VAL 1 CMT_W_ALPHA_CS_GSM_INT "7 bit (bit 8 set)" VAL 2 CMT_W_ALPHA_CS_HEX "8 bit transparent" VAL 3 CMT_W_ALPHA_CS_UCS2 "16 bit unicode" VAL 4 CMT_W_ALPHA_CS_SIM "SIM card format" VAL 5 CMT_W_ALPHA_CS_ASCII "ASCII" VALTAB VAL_plus_cmut_n VAL 0 CMUT_N_OFF "mute off" VAL 1 CMUT_N_ON "mute on" VALTAB VAL_plus_cmux_mode VAL 0 CMUX_MODE_BASIC "Basic operation" VAL 1 CMUX_MODE_ADVANCED "Advanced operation" VALTAB VAL_plus_cmux_port_speed VAL 1 CMUX_SPEED_9600 "9600bps" VAL 2 CMUX_SPEED_19200 "19200bps" VAL 3 CMUX_SPEED_38400 "38400bps" VAL 4 CMUX_SPEED_57600 "57600bps" VAL 5 CMUX_SPEED_115200 "115200bps" VAL 6 CMUX_SPEED_230400 "230400bps" VALTAB VAL_plus_cmux_subset VAL -1 CMUX_SUBSET_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CMUX_SUBSET_UIH "UIH frames used only" VAL 1 CMUX_SUBSET_UI "UI frames used only" VAL 2 CMUX_SUBSET_I "I frames used only" VALTAB VAL_percent_cnap_pres_mode VAL 0 P_CNAP_PRES_NAME "Name presentation allowed" VAL 1 P_CNAP_PRES_RESTRICTED "Presentation restricted" VAL 2 P_CNAP_PRES_NO_NAME "Name unavailable" VAL 3 P_CNAP_PRES_NAME_RESTRICTED "Name presentation restricted" VALTAB VAL_percent_cnap_status VAL 0 P_CNAP_STATUS_OFF "Service is not provisioned" VAL 1 P_CNAP_STATUS_ON "Service is provisioned" VAL 2 P_CNAP_STATUS_UNKNOWN "Service status is unknown (no information available from network)" VALTAB VAL_plus_cnma_n VAL 1 CNMA_N_RP_ACK "send RP-ACK (or buffered result code received correctly)" VAL 2 CNMA_N_RP_ERROR "send RP-ERROR (if PDU is not given, ME/TA shall send SMS-DELIVER-REPORT with GSM 03.40 TP-FCS value set to 'FF' (unspecified error cause))" VALTAB VAL_plus_cnmi_bm VAL -1 CNMI_BM_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CNMI_BM_NO_INDICATION "Store message to BM, do not generate CBM indication" VAL 1 CNMI_BM_INDICATION "Store message to BM, generate CBM indication" VAL 2 CNMI_BM_FORWARD "Forward message to TE" VAL 3 CNMI_BM_FORWARD_CLASS_3 "Forward message to TE (except class 0,1,2)" VALTAB VAL_plus_cnmi_ds VAL -1 CNMI_DS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CNMI_DS_DONT_FORWARD "Do not forward SMS-STATUS-REPORT to TE" VAL 1 CNMI_DS_FORWARD "Forward SMS-STATUS-REPORT to TE" VALTAB VAL_plus_cnmi_mt VAL -1 CNMI_MT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CNMI_MT_NO_INDICATION "Store message according to its class, do not generate SMS-DELIVER indication" VAL 1 CNMI_MT_INDICATION "Store message according to its class, generate SMS-DELIVER indication" VAL 2 CNMI_MT_FORWARD "Forward message to TE (except class 2)" VAL 3 CNMI_MT_FORWARD_CLASS_3 "Forward message to TE (except class 0,1,2)" VALTAB VAL_plus_colp_m VAL 0 COLP_M_NOT_PROVISIONED "COLP not provisioned" VAL 1 COLP_M_PROVISIONED "COLP provisioned" VAL 2 COLP_M_UNKNOWN "unknown" VALTAB VAL_plus_colp_w_m VAL 0 COLP_W_M_NOT_PROVISIONED "COLP not provisioned" VAL 1 COLP_W_M_PROVISIONED "COLP provisioned" VAL 2 COLP_W_M_UNKNOWN "unknown" VALTAB VAL_at_connect_data_rate VAL -1 AT_CONNECT_RATE_NOT_PRESENT "This indicates that the value is omitted." VAL 1 AT_CONNECT_RATE_300 "300bps" VAL 2 AT_CONNECT_RATE_1200 "1200bps" VAL 3 AT_CONNECT_RATE_2400 "2400bps" VAL 4 AT_CONNECT_RATE_4800 "4800bps" VAL 5 AT_CONNECT_RATE_9600 "9600bps" VAL 6 AT_CONNECT_RATE_14400 "14400bps" VAL 7 AT_CONNECT_RATE_19200 "19200bps" VAL 8 AT_CONNECT_RATE_38400 "38400bps" VALTAB VAL_percent_cops_format VAL -1 P_COPS_FORMAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_COPS_FORMAT_LONG "Long format alphanumeric" VAL 1 P_COPS_FORMAT_SHORT "Short format alphanumeric" VAL 2 P_COPS_FORMAT_NUMERIC "Numeric" VALTAB VAL_percent_cops_mode VAL -1 P_COPS_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_COPS_MODE_AUTO "Automatic" VAL 1 P_COPS_MODE_MANUAL "Manual" VAL 2 P_COPS_MODE_DEREGISTER "Deregister from network" VAL 3 P_COPS_MODE_SET_ONLY "Set operator format only" VAL 4 P_COPS_MODE_BOTH "Manual/automatic. If manual selection fails, automatic mode is entered" VALTAB VAL_percent_cops_service VAL -1 P_COPS_SERVICE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_COPS_SERVICE_FULL "Full service" VAL 1 P_COPS_SERVICE_LIMITED "Limited service" VAL 2 P_COPS_SERVICE_NONE "No service" VALTAB VAL_percent_cops_status VAL -1 P_COPS_STATUS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_COPS_STATUS_UNKNOWN "Unknown" VAL 1 P_COPS_STATUS_AVAILABLE "Available" VAL 2 P_COPS_STATUS_CURRENT "This is the currently selected operator" VAL 3 P_COPS_STATUS_FORBIDDEN "This operator is in the forbidden list" VALTAB VAL_plus_cops_format VAL -1 COPS_FORMAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 COPS_FORMAT_LONG "Long format alphanumeric" VAL 1 COPS_FORMAT_SHORT "Short format alphanumeric" VAL 2 COPS_FORMAT_NUMERIC "Numeric" VALTAB VAL_plus_cops_mode VAL -1 COPS_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 COPS_MODE_AUTO "Automatic" VAL 1 COPS_MODE_MANUAL "Manual" VAL 2 COPS_MODE_DEREGISTER "Deregister from network" VAL 3 COPS_MODE_SET_ONLY "Set operator format only" VAL 4 COPS_MODE_BOTH "Manual/automatic. If manual selection fails, automatic mode is entered" VALTAB VAL_plus_cops_status VAL -1 COPS_STATUS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 COPS_STATUS_UNKNOWN "Unknown" VAL 1 COPS_STATUS_AVAILABLE "Available" VAL 2 COPS_STATUS_CURRENT "This is the currently selected operator" VAL 3 COPS_STATUS_FORBIDDEN "This operator is in the forbidden list" VALTAB VAL_percent_cops_w_format VAL -1 P_COPS_W_FORMAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_COPS_W_FORMAT_LONG "Long format alphanumeric" VAL 1 P_COPS_W_FORMAT_SHORT "Short format alphanumeric" VAL 2 P_COPS_W_FORMAT_NUMERIC "Numeric" VALTAB VAL_percent_cops_w_mode VAL -1 P_COPS_W_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_COPS_W_MODE_AUTO "Automatic" VAL 1 P_COPS_W_MODE_MANUAL "Manual" VAL 2 P_COPS_W_MODE_DEREGISTER "Deregister from network" VAL 3 P_COPS_W_MODE_SET_ONLY "Set operator format only" VAL 4 P_COPS_W_MODE_BOTH "Manual/automatic. If manual selection fails, automatic mode is entered" VALTAB VAL_percent_cops_w_service VAL -1 P_COPS_W_SERVICE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_COPS_W_SERVICE_FULL "Full service" VAL 1 P_COPS_W_SERVICE_LIMITED "Limited service" VAL 2 P_COPS_W_SERVICE_NONE "No service" VALTAB VAL_percent_cops_w_status VAL -1 P_COPS_W_STATUS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_COPS_W_STATUS_UNKNOWN "Unknown" VAL 1 P_COPS_W_STATUS_AVAILABLE "Available" VAL 2 P_COPS_W_STATUS_CURRENT "This is the currently selected operator" VAL 3 P_COPS_W_STATUS_FORBIDDEN "This operator is in the forbidden list" VALTAB VAL_percent_cpals_lines VAL 1 P_CPALS_LINES_LINE1 "Line 1" VAL 2 P_CPALS_LINES_DATA "Data" VAL 4 P_CPALS_LINES_FAX "Fax" VAL 256 P_CPALS_LINES_LINE2 "Line 2" VALTAB VAL_percent_cpals_w_lines VAL 1 P_CPALS_W_LINES_LINE1 "Line 1" VAL 2 P_CPALS_W_LINES_DATA "Data" VAL 4 P_CPALS_W_LINES_FAX "Fax" VAL 256 P_CPALS_W_LINES_LINE2 "Line 2" VALTAB VAL_plus_cpas_pas VAL 0 CPAS_PAS_READY "ready (ME allows commands from TA/TE)" VAL 1 CPAS_PAS_UNAVAILABLE "unavailable (ME does not allow commands from TA/TE)" VAL 2 CPAS_PAS_UNKNOWN "unknown (ME is not guaranteed to respond to instructions)" VAL 3 CPAS_PAS_RINGING "ringing (ME is ready for commands from TA/TE, but the ringer is active)" VAL 4 CPAS_PAS_CALLINPROGRESS "call in progress (ME is ready for commands from TA/TE, but a call is in progress)" VAL 5 CPAS_PAS_ASLEEP "asleep (ME is unable to process commands from TA/TE because it is in a low functionality state)" VALTAB VAL_percent_cpcfu_line VAL -1 P_CPCFU_LINE_NOT_PRESENT "This indicates that the value is omitted." VAL 1 P_CPCFU_LINE_LINE1 "Line 1" VAL 2 P_CPCFU_LINE_DATA "Data" VAL 4 P_CPCFU_LINE_FAX "Fax" VAL 256 P_CPCFU_LINE_LINE2 "Line 2" VALTAB VAL_percent_cpcfu_mode VAL 0 P_CPCFU_MODE_CLEAR "Clear Call Diverted flag" VAL 1 P_CPCFU_MODE_SET "Set Call Diverted flag" VAL 2 P_CPCFU_MODE_QUERY "Query Call Diverted flag status" VALTAB VAL_percent_cpcfu_status VAL 0 P_CPCFU_STATUS_ACTIVATED "Activated" VAL 1 P_CPCFU_STATUS_DEACTIVATE "Deactivated" VALTAB VAL_percent_cphs_init_mode VAL 0 P_CPHS_MODE_CLOSE "Close CPHS functionalities" VAL 1 P_CPHS_MODE_INIT "Initialise CPHS functionalities" VAL 2 P_CPHS_MODE_REFRESH "Refresh CPHS data cached from SIM" VAL 3 P_CPHS_MODE_BUSY "(for query only) CPHS busy" VALTAB VAL_percent_cpi_ibt VAL 0 P_CPI_IBT_FALSE "No in-band tones" VAL 1 P_CPI_IBT_TRUE "In-band tones" VALTAB VAL_percent_cpi_msgtype VAL 0 P_CPI_TYPE_SETUP "SETUP message" VAL 1 P_CPI_TYPE_DISC "DISCONNECT message" VAL 2 P_CPI_TYPE_ALERTING "ALERTING message" VAL 3 P_CPI_TYPE_PROC "CALL PROCEEDING message" VAL 4 P_CPI_TYPE_SYNC "synchronisation message" VAL 5 P_CPI_TYPE_PROGRESS "PROGRESS message" VAL 6 P_CPI_TYPE_CONNECT "CONNECT message" VAL 7 P_CPI_TYPE_RELEASE "RELEASE message" VAL 8 P_CPI_TYPE_REJECT "reject message" VAL 9 P_CPI_TYPE_MO_Setup "MO Setup message" VAL 10 P_CPI_TYPE_HELD "Held message" VALTAB VAL_percent_cpi_prog_desc VAL -1 P_CPI_PROG_DESC_NOT_PRESENT "This indicates that the value is omitted." VAL 1 P_CPI_PROG_DESC_PROG_NO_END_TO_END_PLMN "call is not end-to-end PLMN/ISDN, further call progress information may be available in-band" VAL 2 P_CPI_PROG_DESC_PROG_DEST_NON_PLMN "destination address in non-PLMN/ISDN" VAL 3 P_CPI_PROG_DESC_PROG_ORIGIN_NON_PLMN "origination address in non-PLMN/ISDN" VAL 4 P_CPI_PROG_DESC_PROG_RETURN_TO_PLMN "call has returned to the PLMN/ISDN" VAL 8 P_CPI_PROG_DESC_PROG_INBAND_AVAIL "in-band information or appropriate pattern now available" VAL 32 P_CPI_PROG_DESC_PROG_END_TO_END_PLMN "call is end-to-end PLMN/ISDN" VAL 64 P_CPI_PROG_DESC_PROG_QUEUEING "queueing" VAL 254 P_CPI_PROG_DESC_PROG_UNSPECIFIC "unspecific, used when coding standard is not equal to GSM; note that the value chosen here must not collide with any defined value of the progress description IE of the air interface" VAL 255 P_CPI_PROG_DESC_PROG_NOT_PRES "not present" VALTAB VAL_percent_cpi_tch VAL 0 P_CPI_TCH_FALSE "TCH not assigned" VAL 1 P_CPI_TCH_TRUE "TCH assigned" VALTAB VAL_plus_cpin_code VAL 0 CPIN_CODE_READY "Not waiting for a password" VAL 1 CPIN_CODE_SIM_PIN "Waiting for PIN to be given" VAL 2 CPIN_CODE_SIM_PUK "Waiting for PUK to be given" VAL 3 CPIN_CODE_PH_SIM_PIN "Waiting for phone-to-SIM card password to be given" VAL 4 CPIN_CODE_SIM_PIN2 "Waiting for PIN2 to be given" VAL 5 CPIN_CODE_SIM_PUK2 "Waiting for PUK2 to be given" VALTAB VAL_percent_cpinf_phase VAL 1 P_CPINF_PHASE_1 "Phase 1" VAL 2 P_CPINF_PHASE_2 "Phase 2 etc. Values other than mentioned in this enum will be delivered in U8 format" VALTAB VAL_percent_cpi_w_ibt VAL 0 P_CPI_W_IBT_FALSE "No in-band tones" VAL 1 P_CPI_W_IBT_TRUE "In-band tones" VALTAB VAL_percent_cpi_w_msgtype VAL 0 P_CPI_W_TYPE_SETUP "SETUP message" VAL 1 P_CPI_W_TYPE_DISC "DISCONNECT message" VAL 2 P_CPI_W_TYPE_ALERTING "ALERTING message" VAL 3 P_CPI_W_TYPE_PROC "CALL PROCEEDING message" VAL 4 P_CPI_W_TYPE_SYNC "synchronisation message" VAL 5 P_CPI_W_TYPE_PROGRESS "PROGRESS message" VAL 6 P_CPI_W_TYPE_CONNECT "CONNECT message" VAL 7 P_CPI_W_TYPE_RELEASE "RELEASE message" VAL 8 P_CPI_W_TYPE_REJECT "reject message" VAL 9 P_CPI_W_TYPE_MO_Setup "MO Setup message" VAL 10 P_CPI_W_TYPE_HELD "Held message" VALTAB VAL_percent_cpi_w_prog_desc VAL -1 P_CPI_W_PROG_DESC_NOT_PRESENT "This indicates that the value is omitted." VAL 1 P_CPI_W_PROG_DESC_PROG_NO_END_TO_END_PLMN "call is not end-to-end PLMN/ISDN, further call progress information may be available in-band" VAL 2 P_CPI_W_PROG_DESC_PROG_DEST_NON_PLMN "destination address in non-PLMN/ISDN" VAL 3 P_CPI_W_PROG_DESC_PROG_ORIGIN_NON_PLMN "origination address in non-PLMN/ISDN" VAL 4 P_CPI_W_PROG_DESC_PROG_RETURN_TO_PLMN "call has returned to the PLMN/ISDN" VAL 8 P_CPI_W_PROG_DESC_PROG_INBAND_AVAIL "in-band information or appropriate pattern now available" VAL 32 P_CPI_W_PROG_DESC_PROG_END_TO_END_PLMN "call is end-to-end PLMN/ISDN" VAL 64 P_CPI_W_PROG_DESC_PROG_QUEUEING "queueing" VAL 254 P_CPI_W_PROG_DESC_PROG_UNSPECIFIC "unspecific, used when coding standard is not equal to GSM; note that the value chosen here must not collide with any defined value of the progress description IE of the air interface" VAL 255 P_CPI_W_PROG_DESC_PROG_NOT_PRES "not present" VALTAB VAL_percent_cpi_w_tch VAL 0 P_CPI_W_TCH_FALSE "TCH not assigned" VAL 1 P_CPI_W_TCH_TRUE "TCH assigned" VALTAB VAL_percent_cpmb_line VAL 1 P_CPMB_LINE_LINE1 "Line 1" VAL 2 P_CPMB_LINE_DATA "Data" VAL 4 P_CPMB_LINE_FAX "Fax" VAL 256 P_CPMB_LINE_LINE2 "Line 2" VALTAB VAL_percent_cpmb_w_line VAL 1 P_CPMB_W_LINE_LINE1 "Line 1" VAL 2 P_CPMB_W_LINE_DATA "Data" VAL 4 P_CPMB_W_LINE_FAX "Fax" VAL 256 P_CPMB_W_LINE_LINE2 "Line 2" VALTAB VAL_plus_cpms_mem1 VAL 0 CPMS_MEM1_ME "ME message storage" VAL 1 CPMS_MEM1_SM "SM message storage" VALTAB VAL_plus_cpms_mem2 VAL -1 CPMS_MEM2_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CPMS_MEM2_ME "ME message storage" VAL 1 CPMS_MEM2_SM "SM message storage" VALTAB VAL_plus_cpms_mem3 VAL -1 CPMS_MEM3_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CPMS_MEM3_ME "ME message storage" VAL 1 CPMS_MEM3_SM "SM message storage" VALTAB VAL_percent_cpnums_mode VAL 1 P_CPNUMS_MODE_EXPLORE "Exploring element only if element is a folder returns elements belonging to folder" VAL 2 P_CPNUMS_MODE_QUERY "Querying element returns information related to element" VALTAB VAL_percent_cpnums_network_flag VAL 0 P_CPNUMS_NETWORK_NOT_SET "Network flag is not set for element" VAL 1 P_CPNUMS_NETWORK_SET "Network flag is set for element" VALTAB VAL_percent_cpnums_premium_flag VAL 0 P_CPNUMS_PREMIUM_FLAG_NOT_SET "Premium flag is not set for element." VAL 1 P_CPNUMS_PREMIUM_FLAG_SET "Premium flag is set for element" VALTAB VAL_percent_cpnums_w_mode VAL 1 P_CPNUMS_W_MODE_EXPLORE "Exploring element only if element is a folder returns elements belonging to folder" VAL 2 P_CPNUMS_W_MODE_QUERY "Querying element" VALTAB VAL_percent_cpnums_w_network_flag VAL 0 P_CPNUMS_W_NETWORK_NOT_SET "Network flag is not set for element" VAL 1 P_CPNUMS_W_NETWORK_SET "Network flag is set for element" VALTAB VAL_percent_cpnums_w_premium_flag VAL 0 P_CPNUMS_W_PREMIUM_FLAG_NOT_SET "Premium flag is not set for element." VAL 1 P_CPNUMS_W_PREMIUM_FLAG_SET "Premium flag is set for element" VALTAB VAL_plus_cpol_format VAL -1 CPOL_FORMAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CPOL_FORMAT_LONG "Long format alphanumeric" VAL 1 CPOL_FORMAT_SHORT "Short format alphanumeric" VAL 2 CPOL_FORMAT_NUMERIC "Numeric" VALTAB VAL_plus_cpol_w_format VAL -1 CPOL_W_FORMAT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CPOL_W_FORMAT_LONG "Long format alphanumeric" VAL 1 CPOL_W_FORMAT_SHORT "Short format alphanumeric" VAL 2 CPOL_W_FORMAT_NUMERIC "Numeric" VALTAB VAL_percent_cpri_gprs_ciph VAL -1 P_CPRI_GPRS_CIPH_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CPRI_GPRS_CIPH_DISABLED "ciphering has changed to disabled" VAL 1 P_CPRI_GPRS_CIPH_ENABLED "ciphering has changed to disabled" VAL 2 P_CPRI_GPRS_CIPH_UNCHANGED "ciphering still unchanged" VALTAB VAL_percent_cpri_gsm_ciph VAL -1 P_CPRI_GSM_CIPH_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_CPRI_GSM_CIPH_DISABLED "ciphering has changed to disabled" VAL 1 P_CPRI_GSM_CIPH_ENABLED "ciphering has changed to disabled" VAL 2 P_CPRI_GSM_CIPH_UNCHANGED "ciphering still unchanged" VALTAB VAL_percent_cproam_roam_status VAL 0 P_CPROAM_STATUS_NOT_ROAMING "Mobile is not in Roaming state." VAL 1 P_CPROAM_STATUS_ROAMING "Mobile is in Roaming state (mobile is registered to an other than the home network)." VALTAB VAL_percent_cprsm_mode VAL 0 P_CPRSM_MODE_RESUME "Resume reception of short messages" VAL 1 P_CPRSM_MODE_PAUSE "Pause (ie block) reception of short messages" VALTAB VAL_percent_cpvwi_lines VAL -1 P_CPVWI_LINES_NOT_PRESENT "This indicates that the value is omitted." VAL 1 P_CPVWI_LINES_LINE1 "Line 1" VAL 2 P_CPVWI_LINES_DATA "Data" VAL 4 P_CPVWI_LINES_FAX "Fax" VAL 256 P_CPVWI_LINES_LINE2 "Line 2" VALTAB VAL_percent_cpvwi_mode VAL 0 P_CPVWI_MODE_CLEAR "Clear Voice Message Waiting flag" VAL 1 P_CPVWI_MODE_SET "Set Voice Message Waiting flag" VAL 2 P_CPVWI_MODE_QUERY "Query Set Voice Message Waiting flag status" VALTAB VAL_percent_cpvwi_status VAL 0 P_CPVWI_FLAG_DEACTIVATED "Flag deactivated" VAL 1 P_CPVWI_FLAG_ACTIVATED "Flag activated" VAL 2 P_CPVWI_FLAG_NOT_PRESENT "Flag not present" VALTAB VAL_plus_cpwd_fac VAL 0 CPWD_FAC_SC "SIM PIN1" VAL 1 CPWD_FAC_AO "BAOC (Bar All Outgoing Calls) (refer 3GPP TS 22.088 [6] clause 1)" VAL 2 CPWD_FAC_OI "BOIC (Bar Outgoing International Calls) (refer 3GPP TS 22.088 [6] clause 1)" VAL 3 CPWD_FAC_OX "BOIC exHC (Barr Outgoing International Calls except to Home Country) (refer 3GPP TS 22.088 [6] clause 1)" VAL 4 CPWD_FAC_AI "BAIC (Bar All Incoming Calls) (refer 3GPP TS 22.088 [6] clause 2)" VAL 5 CPWD_FAC_IR "BIC-Roam (Bar Incoming Calls when Roaming outside the home country) (refer 3GPP TS 22.088 [6] clause 2)" VAL 6 CPWD_FAC_AB "All Barring services (refer 3GPP TS 22.030 [19])" VAL 7 CPWD_FAC_AG "All outgoing barring services (refer 3GPP TS 22.030 [19])" VAL 8 CPWD_FAC_AC "All incoming barring services (refer 3GPP TS 22.030 [19])" VAL 9 CPWD_FAC_FD "SIM card or active application in the UICC fixed dialling memory feature" VAL 10 CPWD_FAC_PN "Network Personalisation (refer 3GPP TS 22.022 [33])" VAL 11 CPWD_FAC_PU "Network subset Personalisation (refer 3GPP TS 22.022 [33])" VAL 12 CPWD_FAC_PP "Service Provider Personalisation (refer 3GPP TS 22.022 [33])" VAL 13 CPWD_FAC_PC "Corporate Personalisation (refer 3GPP TS 22.022 [33])" VAL 14 CPWD_FAC_PS "PH-SIM (lock phone to SIM/UICC card)" VAL 15 CPWD_FAC_PF "Lock Phone to the very First inserted SIM/UICC card" VAL 16 CPWD_FAC_AL "ALS settings locked by CHV2" VAL 17 CPWD_FAC_BL %SIM_PERS% "For Blocked Network" VAL 18 CPWD_FAC_FC %SIM_PERS% "Failure counter reset" VAL 19 CPWD_FAC_FCM %SIM_PERS% "Failure counter reset thru menu" VAL 20 CPWD_FAC_MU %SIM_PERS% "For Master Unlock thru bootup " VAL 21 CPWD_FAC_MUM %SIM_PERS% "For Master Unlock thru Menu" VAL 22 CPWD_FAC_PL %FF_PHONE_LOCK% "For Phone lock category" VAL 23 CPWD_FAC_APL %FF_PHONE_LOCK% "For Auto phone Lock" VAL 24 CPWD_FAC_P2 "SIM PIN2" VALTAB VAL_percent_creg_gprs_ind VAL 0 P_CREG_GPRS_IND_NOT_SUPPORTED "GPRS not supported within the cell" VAL 1 P_CREG_GPRS_IND_LIMITED "GPRS supported but with limited service" VAL 2 P_CREG_GPRS_IND_SUPPORTED "GPRS is supported within the cell" VAL 3 P_CREG_GPRS_IND_UNKNOWN "It is unknown whether GPRS is supported within the cell" VALTAB VAL_percent_creg_stat VAL 0 P_CREG_STATUS_NO_SEARCH "Not registered and not currently searching for a new operator" VAL 1 P_CREG_STATUS_REG "Registered, home network" VAL 2 P_CREG_STATUS_SEARCH "Not registered and currently searching for a new operator" VAL 3 P_CREG_STATUS_DENIED "Registration denied" VAL 4 P_CREG_STATUS_UNKNOWN "Unknown" VAL 5 P_CREG_STATUS_ROAM "Registered, roaming" VALTAB VAL_plus_cring_alt VAL -1 CRING_ALT_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CRING_ALT_VFD "Voice Followed by Data" VAL 1 CRING_ALT_ALTERNATING "Alternating Voice/XXX" VALTAB VAL_plus_cring_type2 VAL -1 CRING_TYPE2_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CRING_TYPE2_ASYNC "asynchronous transparent" VAL 1 CRING_TYPE2_SYNC "synchronous transparent" VAL 2 CRING_TYPE2_REL_ASYNC "asynchronous non transparent" VAL 3 CRING_TYPE2_REL_SYNC "synchronous non transparent" VAL 4 CRING_TYPE2_FAX "facsimile (TS 62)" VAL 5 CRING_TYPE2_VOICE "normal voice (TS 11)" VAL 6 CRING_TYPE2_AUX_VOICE "voice on second line" VAL 7 CRING_TYPE2_GPRS "GPRS <PDP_type>,<PDP_addr>[,<L2P>] (GPRS network request for PDP context activation)" VALTAB VAL_plus_crsm_command VAL 176 CRSM_CMD_READ_BIN "Read binary" VAL 178 CRSM_CMD_READ_REC "Read record" VAL 192 CRSM_CMD_GET_RESP "Get response" VAL 214 CRSM_CMD_UPD_BIN "Update binary" VAL 220 CRSM_CMD_UPD_REC "Update record" VAL 242 CRSM_CMD_STATUS "SIM status" VALTAB VAL_plus_cscb_mode VAL -1 CSCB_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 CSCB_MODE_ACCEPT "Accept the specified message types" VAL 1 CSCB_MODE_NOT_ACCEPT "Dont accept the specified message types" VALTAB VAL_plus_cscs_cs VAL 0 CSCS_CS_IRA "International Reference Alphabet" VAL 1 CSCS_CS_PCDN "PC Danish/Norwegian" VAL 2 CSCS_CS_8859_1 "ISO 8859 Latin 1" VAL 3 CSCS_CS_PCCP_437 "PC code page 437" VAL 4 CSCS_CS_GSM "GSM 7 bit default alphabet" VAL 5 CSCS_CS_HEX "Hexadecimal" VAL 6 CSCS_CS_UCS2 "16 bit UCS2" VALTAB VAL_plus_csms_bm VAL 0 CSMS_BM_DISABLE "Not supported" VAL 1 CSMS_BM_ENABLE "Supported" VALTAB VAL_plus_csms_mo VAL 0 CSMS_MO_DISABLE "Not supported" VAL 1 CSMS_MO_ENABLE "Supported" VALTAB VAL_plus_csms_mt VAL 0 CSMS_MT_DISABLE "Not supported" VAL 1 CSMS_MT_ENABLE "Supported" VALTAB VAL_plus_csms_service VAL 0 CSMS_SERVICE_GSM_PH2 "Syntax compatible with GSM 07.05 Phase 2 version 4.7.0" VAL 1 CSMS_SERVICE_GSM_PH2_PLUS "Syntax compatible with GSM 07.05 Phase 2+" VALTAB VAL_plus_csns_mode VAL 0 CSNS_MODE_VOICE "Voice" VAL 1 CSNS_MODE_VAF_VOICE "Alternating voice/fax, voice first" VAL 2 CSNS_MODE_FAX "Fax" VAL 3 CSNS_MODE_VAD_VOICE "Alternating voice/data, voice first" VAL 4 CSNS_MODE_DATA "Data" VAL 5 CSNS_MODE_VAF_FAX "Alternating voice/fax, fax first" VAL 6 CSNS_MODE_VAD_DATA "Alternating voice/data, data first" VAL 7 CSNS_MODE_VFD "Voice followed by data" VALTAB VAL_plus_cssi_code1 VAL 0 CSSI_CODE1_CFUACTIVE "CFUActive" VAL 1 CSSI_CODE1_SOMECCFAC "SomeCCFActive" VAL 2 CSSI_CODE1_FORWARDED "ForwardedCall" VAL 3 CSSI_CODE1_CALLWAITING "CallWaiting" VAL 4 CSSI_CODE1_CUGCALL "CUGCall" VAL 5 CSSI_CODE1_OUTCALLSBARRED "OutCallsBarred" VAL 6 CSSI_CODE1_INCCALLSBARRED "IncCallsBarred" VAL 7 CSSI_CODE1_CLIRSUPREJ "CLIRSupRej" VAL 8 CSSI_CODE1_DEFLECTEDCALL "DeflectedCall" VALTAB VAL_percent_cssn_direction VAL 0 P_CSSN_DIRECTION_IN "In" VAL 1 P_CSSN_DIRECTION_OUT "Out" VAL 2 P_CSSN_DIRECTION_BOTH "Both" VALTAB VAL_percent_cssn_trans_type VAL 0 P_CSSN_TRANS_TYPE_BEGIN "Beginning" VAL 1 P_CSSN_TRANS_TYPE_FAC "Neither beginning or end" VAL 2 P_CSSN_TRANS_TYPE_END "End" VALTAB VAL_plus_cssu_code2 VAL 0 CSSU_CODE2_FORWARDEDCALL "ForwardedCall" VAL 1 CSSU_CODE2_CUGCALL "CUGCall" VAL 2 CSSU_CODE2_ONHOLD "OnHold" VAL 3 CSSU_CODE2_RETRIEVED "Retrieved" VAL 4 CSSU_CODE2_MULTIPARTY "Multiparty" VAL 5 CSSU_CODE2_HELDCALLREL "HeldCallRel" VAL 6 CSSU_CODE2_FWRDCHECKSS "FwrdCheckSS" VAL 7 CSSU_CODE2_ECTALERT "ECTAlert" VAL 8 CSSU_CODE2_ECTCONNECT "ECTConnect" VAL 9 CSSU_CODE2_DEFLECTEDCAL "DeflectedCal" VAL 10 CSSU_CODE2_INCCALLFORWARDED "IncCallForwarded" VALTAB VAL_percent_cstat_entity_id VAL 0 P_CSTAT_ENT_ID_PBOOK "Phonebook" VAL 1 P_CSTAT_ENT_ID_SMS "SMS" VAL 255 P_CSTAT_ENT_ID_RDY "Ready when both PHB and SMS have reported they are ready" VALTAB VAL_percent_cstat_status VAL 0 P_CSTAT_ENT_STATE_NOT_READY "Not ready" VAL 1 P_CSTAT_ENT_STATE_READY "Ready" VALTAB VAL_plus_csvm_mode VAL 0 CSVM_MODE_DISABLE "Disable" VAL 1 CSVM_MODE_ENABLE "Enable" VALTAB VAL_percent_ctty_m VAL 0 P_CTTY_M_DEACTIVATED "DEACTIVATED" VAL 1 P_CTTY_M_ACTIVATED "ACTIVATED" VAL 2 P_CTTY_M_UNKNOWN "UNKNOWN" VALTAB VAL_percent_ctty_req VAL 0 P_CTTY_REQ_NO_TTY "NO TTY" VAL 1 P_CTTY_REQ_BIDIRECTIONAL "BIDIRECTIONAL" VAL 2 P_CTTY_REQ_STATIC_HCO "STATIC_HCO" VAL 3 P_CTTY_REQ_STATIC_VCO "STATIC_VCO" VALTAB VAL_percent_ctyi_neg VAL 0 P_CTYI_NEG_OFF "TTY service not requested" VAL 1 P_CTYI_NEG_REQ "TTY service requested" VAL 2 P_CTYI_NEG_REJECT "TTY service not granted" VAL 3 P_CTYI_NEG_GRANT "TTY service granted" VALTAB VAL_plus_ctzu_onoff VAL 0 CTZU_ONOFF_OFF "Disable automatic time zone update via NITZ (default)." VAL 1 CTZU_ONOFF_ON "Enable automatic time zone update via NITZ." VALTAB VAL_plus_cusd_m VAL 0 CUSD_M_END "no further user action required" VAL 1 CUSD_M_REQUEST "further user action required" VAL 2 CUSD_M_TERMINATED "USSD terminated by network" VAL 3 CUSD_M_RESPONSE "other local client has responded" VAL 4 CUSD_M_NOT_SUPPORTED "operation not supported" VAL 5 CUSD_M_NETWORK_TIMEOUT "network time out" VALTAB VAL_plus_cusd_n VAL -1 CUSD_N_NOT_PRESENT "This indicates that the value is omitted." VAL 2 CUSD_N_CANCEL "Cancel ongoing USSD session" VALTAB VAL_plus_cusd_w_m VAL 0 CUSD_W_M_END "no further user action required" VAL 1 CUSD_W_M_REQUEST "further user action required" VAL 2 CUSD_W_M_TERMINATED "USSD terminated by network" VAL 3 CUSD_W_M_RESPONSE "other local client has responded" VAL 4 CUSD_W_M_NOT_SUPPORTED "operation not supported" VAL 5 CUSD_W_M_NETWORK_TIMEOUT "network time out" VALTAB VAL_plus_cusd_w_n VAL -1 CUSD_W_N_NOT_PRESENT "This indicates that the value is omitted." VAL 2 CUSD_W_N_CANCEL "Cancel ongoing USSD session" VALTAB VAL_percent_cust_mode VAL 0 P_CUST_MODE_NORMAL "Normal behaviour" VAL 1 P_CUST_MODE_BEHAVIOUR_1 "Behaviour 1" VALTAB VAL_percent_cwup_type VAL 1 P_CWUP_TYPE_RR "Wake up RR" VALTAB VAL_percent_data_mode VAL 0 P_DATA_MODE_DELETE "Delete redirection" VAL 1 P_DATA_MODE_ONCE "Activate redirection (once)" VAL 2 P_DATA_MODE_ALWAYS "Activate redirection (always)" VALTAB VAL_percent_dinf_mode VAL 0 P_DINF_MODE_CURRENT "Show only current channel information" VAL 1 P_DINF_MODE_ALL "Show all available channel information" VALTAB VAL_plus_ds_dir VAL -1 DS_DIRECTION_NOT_PRESENT "This indicates that the value is omitted." VAL 0 DS_DIRECTION_NEGOTIATED "To be negotiated" VAL 1 DS_DIRECTION_TX_ONLY "Compression in the TX direction only" VAL 2 DS_DIRECTION_RX_ONLY "Compression in the RX direction only" VAL 3 DS_DIRECTION_BOTH "Compression in both directions" VALTAB VAL_plus_ds_neg VAL -1 DS_COMP_NOT_PRESENT "This indicates that the value is omitted." VAL 0 DS_COMP_NO_DISC "No disconnect if compression negotiation fails" VAL 1 DS_COMP_DISC "Disconnect if compression negotiation fails" VALTAB VAL_percent_efrslt_result VAL 0 P_EFRSLT_RES_FAIL "Update failed" VAL 1 P_EFRSLT_RES_OK "Update was successful" VALTAB VAL_percent_simef_mode VAL 0 P_SIMEF_MODE_OFF "Disable Indication" VAL 1 P_SIMEF_MODE_ON "Enable Indication" VALTAB VAL_percent_em_mode VAL 0 P_EM_MODE_DIS_AUTO_REP "Disable automatic reporting" VAL 1 P_EM_MODE_EN_AUTO_REP "Enable automatic reporting" VAL 2 P_EM_MODE_SIN "Mobile station and infrastructure data" VAL 3 P_EM_MODE_PCO "Request EM data as trace output" VALTAB VAL_percent_em_pco_type VAL -1 P_EM_PCO_TYPE_NOT_PRESENT "This indicates that the value is omitted." VAL 1 P_EM_PCO_TYPE_SC "Serving cell" VAL 2 P_EM_PCO_TYPE_SC_GPRS "Serving cell GPRS" VAL 4 P_EM_PCO_TYPE_SC_NC "Neighbouring cell" VAL 8 P_EM_PCO_TYPE_LOC_PAG "Location and paging parameter" VAL 16 P_EM_PCO_TYPE_PLMN "PLMN Parameters" VAL 32 P_EM_PCO_TYPE_CIPH_HOP_DTX "Ciphering, hopping and dtx parameters" VAL 64 P_EM_PCO_TYPE_POWER "Power parameters" VAL 128 P_EM_PCO_TYPE_ID "Identity parameters" VAL 256 P_EM_PCO_TYPE_VER "Version parameters" VAL 512 P_EM_PCO_TYPE_GMM "GMM information" VAL 1024 P_EM_PCO_TYPE_GRLC "GRLC information" VAL 2048 P_EM_PCO_TYPE_AMR "AMR information" VAL 4096 P_EM_PCO_TYPE_PDP "PDP information" VAL 8192 P_EM_PCO_TYPE_RR "All Information from RR" VALTAB VAL_percent_em_sin_type VAL -1 P_EM_TYPE_NOT_PRESENT "This indicates that the value is omitted." VAL 1 P_EM_TYPE_SC "Serving cell" VAL 2 P_EM_TYPE_SC_GPRS "Serving cell GPRS" VAL 3 P_EM_TYPE_SC_NC "Neighbouring cell" VAL 4 P_EM_TYPE_LOC_PAG "Location and paging parameter" VAL 5 P_EM_TYPE_PLMN "PLMN Parameters" VAL 6 P_EM_TYPE_CIPH_HOP_DTX "Ciphering, hopping and dtx parameters" VAL 7 P_EM_TYPE_POWER "Power parameters" VAL 8 P_EM_TYPE_ID "Identity parameters" VAL 9 P_EM_TYPE_VER "Version parameters" VAL 10 P_EM_TYPE_GMM "GMM information" VAL 11 P_EM_TYPE_GRLC "GRLC information" VAL 12 P_EM_TYPE_AMR "AMR information" VAL 13 P_EM_TYPE_PDP "PDP information" VALTAB VAL_plus_ext_error_err VAL -1 EXT_ERROR_NOT_PRESENT "This indicates that the value is omitted." VAL 0 EXT_ERROR_EXT_ERR_PARAMETER "parameter not allowed" VAL 1 EXT_ERROR_EXT_ERR_DATACORRUPT "data corrupted" VAL 2 EXT_ERROR_EXT_ERR_INTERNAL "internal error" VAL 3 EXT_ERROR_EXT_ERR_CALLTABFULL "call table full" VAL 4 EXT_ERROR_EXT_ERR_SRVTABFULL "service table full" VAL 5 EXT_ERROR_EXT_ERR_CALLNOTFOUND "call not found" VAL 6 EXT_ERROR_EXT_ERR_NODATACALLSUP "no data-call supported" VAL 7 EXT_ERROR_EXT_ERR_ONECALLONHOLD "one call on hold" VAL 8 EXT_ERROR_EXT_ERR_CALLTYPENOHOLD "hold call not supported for this type" VAL 9 EXT_ERROR_EXT_ERR_FDNCHECK "number not allowed by FDN" VAL 10 EXT_ERROR_EXT_ERR_BDNCHECK "number not allowed by BDN" VAL 11 EXT_ERROR_EXT_ERR_PARALLELUSSD "parallel USSD not supported" VAL 12 EXT_ERROR_EXT_ERR_FAXMINSPEEDCOND "fax minimum speed condition" VAL 13 EXT_ERROR_EXT_ERR_CMDDETAILSSAT "conflict with command details" VAL 14 EXT_ERROR_EXT_ERR_ALSLOCK "not allowed by ALS-Lock" VAL 15 EXT_ERROR_EXT_ERR_IMEICHECK "IMEI illegal" VAL 16 EXT_ERROR_EXT_ERR_LCS_CMDNOTSUP "Command not supported" VAL 17 EXT_ERROR_EXT_ERR_LCS_CMDNOTREC "Command not recognised/out of range" VAL 18 EXT_ERROR_EXT_ERR_LCS_CLPSCLIENTNOTREC "LCS Client ID not recognised/out of range" VAL 19 EXT_ERROR_EXT_ERR_LCS_INTERVALNOTSUP "Interval attribute out of range" VAL 20 EXT_ERROR_EXT_ERR_LCS_REPEATNOTSUP "Repeat attribute not supported/ out of range" VAL 21 EXT_ERROR_EXT_ERR_LCS_SENDREQTYNOTREC "Send request type not recognised / out of range" VAL 22 EXT_ERROR_EXT_ERR_LCS_USCONFREQTYNOTREC "User confirmation request type not recognised / out of range" VAL 23 EXT_ERROR_EXT_ERR_LCS_CLSRCLIENTIDNOTREC "LCS Client ID not recognised/out of range" VAL 24 EXT_ERROR_EXT_ERR_LCS_CSCALLNUMNOTSUP "Circuit switched call number out of range" VAL 100 EXT_ERROR_EXT_ERR_UNKNOWN "error unknown" VALTAB VAL_plus_fap_pwd VAL 0 FAP_PWD_DISABLE "Disables PWD" VAL 1 FAP_PWD_ENABLE "Enables PWD" VALTAB VAL_plus_fap_sep VAL 0 FAP_SEP_DISABLE "Disables SEP" VAL 1 FAP_SEP_ENABLE "Enables SEP" VALTAB VAL_plus_fap_sub VAL 0 FAP_SUB_DISABLE "Disables SUB" VAL 1 FAP_SUB_ENABLE "Enables SUB" VALTAB VAL_plus_fbo_value VAL 0 FBO_VALUE_DIRCDIRBD "Selects direct bit order for both Phase C and B/D data" VAL 1 FBO_VALUE_RVRCDIRBD "Selects reversed bit order for Phase C and direct bit order for Phase B/D data" VAL 2 FBO_VALUE_DIRCRVRBD "Selects direct bit order for Phase C and reversed bit order for Phase B/D data" VAL 3 FBO_VALUE_RVRCRVRBD "Selects reversed bit order for both Phase C and Phase B/D data" VALTAB VAL_plus_fbu_value VAL 0 FBU_VALUE_DISABLE "Disables HDLC frame reporting" VAL 1 FBU_VALUE_ENABLE "Enables the DCE to report the contents of Phase B and Phase D HDLC frames to the DTE" VALTAB VAL_plus_fclass_n VAL 0 FCLASS_MODE_DATA "Data" VAL 2 FCLASS_MODE_FAX2 "Fax2" VAL 8 FCLASS_MODE_VOICE "Voice" VAL 20 FCLASS_MODE_FAX20 "Fax20" VALTAB VAL_plus_fcq_tq VAL 0 FCQ_VALUE_CQCDISABLED "CQCDisabled" VAL 1 FCQ_VALUE_CQCENABLED "CQCEnabled" VALTAB VAL_plus_fcr_value VAL 0 FCR_VALUE_NORCVCAP "DCE will not receive message data" VAL 1 FCR_VALUE_RCVCAP "Indicates the DCE can receive message data" VALTAB VAL_plus_fea_value VAL 0 FEA_VALUE_V0 "Determines that T.4 EOL patterns are bit aligned (as received)." VAL 1 FEA_VALUE_V1 "Determines that the last received bits of T.4 EOL patterns are octet aligned by the DCE" VALTAB VAL_plus_ffc_dfc VAL 0 FFC_DFC_IGNORED "Data format format codes ignored" VAL 1 FFC_DFC_ENABLED "Data format checking enabled" VAL 2 FFC_DFC_CONVERSION "Data format conversion enabled" VALTAB VAL_plus_ffc_lnc VAL 0 FFC_LNC_IGNORED "Page length format codes ignored" VAL 1 FFC_LNC_ENABLED "Page length checking enabled" VAL 2 FFC_LNC_CONVERSION1D "Page length conversion enabled for 1-D data," VAL 3 FFC_LNC_CONVERSION2D "Page length conversion enabled for 2-D data" VALTAB VAL_plus_ffc_vrc VAL 0 FFC_VRC_IGNORED "Vertical resolution format codes ignored" VAL 1 FFC_VRC_ENABLED "Vertical resolution checking enabled" VAL 2 FFC_VRC_CONVERSION1D "Vertical resolution conversion enabled for 1-D data" VAL 3 FFC_VRC_CONVERSION2D "Vertical resolution conversion enabled for 2-D data" VALTAB VAL_plus_ffc_wdc VAL 0 FFC_WDC_IGNORED "Page width format codes ignored" VAL 1 FFC_WDC_ENABLED "Page width checking enabled" VAL 2 FFC_WDC_CONVERSION "Page width conversion enabled" VALTAB VAL_plus_fhs_status VAL 0 FHS_STATUS_NORMEND "NormEnd" VAL 1 FHS_STATUS_RINGDETECT "RingDetect" VAL 2 FHS_STATUS_CALLABORT "CallAbort" VAL 3 FHS_STATUS_NOLOOPCURR "NoLoopCurr" VAL 4 FHS_STATUS_RINGBACKNOANS "RingbackNoAns" VAL 5 FHS_STATUS_RINGBACKANS "RingbackAns" VAL 16 FHS_STATUS_UNSPCPHAERR "UnspcPhAErr" VAL 17 FHS_STATUS_NOANS "NoAns" VAL 32 FHS_STATUS_UNSPCTXPHBERR "UnspcTxPhBErr" VAL 33 FHS_STATUS_NOREMOTERXTX "NoRemoteRxTx" VAL 34 FHS_STATUS_COMRECERRTX "ComrecErrTx" VAL 35 FHS_STATUS_INVCOMRECCMD "InvComrecCmd" VAL 36 FHS_STATUS_RSPRECERRTX "RsprecErrTx" VAL 37 FHS_STATUS_DCSNORES "DcsNoRes" VAL 38 FHS_STATUS_DISDTCRCVD "DisDtcRcvd" VAL 39 FHS_STATUS_TRAINFAIL "TrainFail" VAL 40 FHS_STATUS_INVRSPRECRES "InvRsprecRes" VAL 64 FHS_STATUS_UNSPCTXPHCERR "UnspcTxPhCErr" VAL 65 FHS_STATUS_UNSPCIMGFRMTERR "UnspcImgFrmtErr" VAL 66 FHS_STATUS_IMGCNVERR "ImgCnvErr" VAL 67 FHS_STATUS_DTEDCEDATAUNDRFLW "DteDceDataUndrflw" VAL 68 FHS_STATUS_UNRECDATACMD "UnrecDataCmd" VAL 69 FHS_STATUS_IMGERRLINELEN "ImgErrLineLen" VAL 70 FHS_STATUS_IMGERRPAGELEN "ImgErrPageLen" VAL 71 FHS_STATUS_IMGERRCMPRCODE "ImgErrCmprCode" VAL 80 FHS_STATUS_UNSPCTXPHDERR "UnspcTxPhDErr" VAL 81 FHS_STATUS_RSPRECERRD "RsprecErrD" VAL 82 FHS_STATUS_NOMPSRES "NoMpsRes" VAL 83 FHS_STATUS_INVMPSRES "InvMpsRes" VAL 84 FHS_STATUS_NOEOPRES "NoEopRes" VAL 85 FHS_STATUS_INVEOPRES "InvEopRes" VAL 86 FHS_STATUS_NOEOMRES "NoEomRes" VAL 87 FHS_STATUS_INVEOMRES "InvEomRes" VAL 88 FHS_STATUS_50PINPIP "50PinPip" VAL 112 FHS_STATUS_UNSPCRXPHBERR "UnspcRxPhBErr" VAL 113 FHS_STATUS_RSPRECERRRX "RsprecErrRx" VAL 114 FHS_STATUS_COMRECERRRX "ComrecErrRx" VAL 115 FHS_STATUS_T30T2TIMEOUT "T30T2Timeout" VAL 116 FHS_STATUS_T30T1TIMEOUT "T30T1Timeout" VAL 144 FHS_STATUS_UNSPCRXPHCERR "UnspcRxPhCErr" VAL 145 FHS_STATUS_MISSEOL "MissEol" VAL 146 FHS_STATUS_BADCRCFRM "BadCRCFrm" VAL 147 FHS_STATUS_DCEDTEBUFOVRFLW "DceDteBufOvrflw" VAL 160 FHS_STATUS_UNSPCRXPHDERR "UnspcRxPhDErr" VAL 161 FHS_STATUS_RSPRECINVRES "RsprecInvRes" VAL 162 FHS_STATUS_COMRECINVRES "ComrecInvRes" VAL 163 FHS_STATUS_A0PINPIP "A0PinPip" VAL 224 FHS_STATUS_PHBSNDRSRVD1 "PhBSndRsrvd1" VAL 225 FHS_STATUS_PHBSNDRSRVD2 "PhBSndRsrvd2" VAL 226 FHS_STATUS_PHBSNDRSRVD3 "PhBSndRsrvd3" VAL 227 FHS_STATUS_PHCSNDRSRVD1 "PhCSndRsrvd1" VAL 228 FHS_STATUS_PHCSNDRSRVD2 "PhCSndRsrvd2" VAL 229 FHS_STATUS_PHDSNDRSRVD1 "PhDSndRsrvd1" VAL 230 FHS_STATUS_PHDSNDRSRVD2 "PhDSndRsrvd2" VAL 231 FHS_STATUS_PHDSNDRSRVD3 "PhDSndRsrvd3" VAL 232 FHS_STATUS_PHBRCVNORESP "PhBRcvNoResp" VAL 233 FHS_STATUS_PHBRCVINVRESP "PhBRcvInvResp" VAL 234 FHS_STATUS_PHBRCVRSRVD3 "PhBRcvRsrvd3" VAL 235 FHS_STATUS_PHCRCVRSRVD1 "PhCRcvRsrvd1" VAL 236 FHS_STATUS_PHCRCVRSRVD2 "PhCRcvRsrvd2" VAL 237 FHS_STATUS_PHDRCVNORESP "PhDRcvNoResp" VAL 238 FHS_STATUS_PHDRCVINVRESP "PhDRcvInvResp" VAL 239 FHS_STATUS_PHDRCVRSRVD3 "PhDRcvRsrvd3" VAL 240 FHS_STATUS_SGNNOTALLWD "SgnNotAllwd" VAL 241 FHS_STATUS_FADRMTSTNERR "FADRmtStnErr" VAL 242 FHS_STATUS_FADLCLSTNERR "FADLclStnErr" VAL 243 FHS_STATUS_FADOWNERR "FADOwnErr" VAL 244 FHS_STATUS_FADGNRLER "FADGnrlErr" VALTAB VAL_plus_fie_value VAL 0 FIE_VALUE_IGNOREPRI "PRI-Q reports will be replaced by non-PRI equivalents" VAL 1 FIE_VALUE_ACCEPTPRI "Procedure Interrupt Requests from the remote station are accepted" VALTAB VAL_plus_fit_action VAL 0 FIT_ACTION_ON_HOOK_RESET "Go on hook then reset to +FCLASS=0" VAL 1 FIT_ACTION_ON_HOOK "Go on hook (and do not reset)" VALTAB VAL_plus_flo_flo_c VAL 0 FLO_CMD_NONE "Turn off flow control" VAL 1 FLO_CMD_SW "Select DC1/DC3 flow control" VAL 2 FLO_CMD_HW "Select CTS/RTS flow control" VALTAB VAL_plus_flo_flo_q VAL 0 FLO_RSP_NONE "NO flow control" VAL 1 FLO_RSP_SW "DC1/DC3 flow control" VAL 2 FLO_RSP_HW "CTS/RTS flow control" VAL 255 FLO_RSP_INV "invalid setting" VALTAB VAL_plus_flp_value VAL 0 FLP_DOC_NONE "No document to poll, DIS bit 9 will be cleared and any received DTC frames will result in disconnection" VAL 1 FLP_DOC_READY "Document ready for polling, DIS bit 9 will be set and any received DTC frames will be accepted" VALTAB VAL_plus_fms_value VAL 0 FMS_BPS_2400 "2400bps" VAL 1 FMS_BPS_4800 "4800bps" VAL 2 FMS_BPS_7200 "7200bps" VAL 3 FMS_BPS_9600 "9600bps" VAL 4 FMS_BPS_12000 "12000bps" VAL 5 FMS_BPS_14400 "14400bps" VALTAB VAL_plus_fps_ppr VAL 0 FPS_PPR_MCF "Page good" VAL 1 FPS_PPR_RTN "Page bad, retrain requested" VAL 2 FPS_PPR_RTP "Page good, retrain requested" VAL 3 FPS_PPR_PIN "Page bad, interrupt requested" VAL 4 FPS_PPR_PIP "Page good, interrupt requested" VALTAB VAL_plus_fsp_poll VAL -1 FSP_POLL_NOT_PRESENT "This indicates that the value is omitted." VAL 0 FSP_POLL_DISABLE "Disable polling" VAL 1 FSP_POLL_ENABLE "Enable polling" VALTAB VAL_plus_ifc_by_ta VAL -1 IFC_TX_NOT_PRESENT "This indicates that the value is omitted." VAL 0 IFC_TX_NONE "No TX flow control" VAL 1 IFC_TX_SW "Software flow control" VAL 2 IFC_TX_HW "Hardware flow control" VALTAB VAL_plus_ifc_by_te VAL -1 IFC_RX_NOT_PRESENT "This indicates that the value is omitted." VAL 0 IFC_RX_NONE "No RX flow control" VAL 1 IFC_RX_SW "Software flow control" VAL 2 IFC_RX_HW "Hardware flow control" VALTAB VAL_plus_ilrr_rate VAL 1 ILRR_RATE_300 "300bps" VAL 2 ILRR_RATE_1200 "1200bps" VAL 3 ILRR_RATE_2400 "2400bps" VAL 4 ILRR_RATE_4800 "4800bps" VAL 5 ILRR_RATE_9600 "9600bps" VAL 6 ILRR_RATE_14400 "14400bps" VAL 7 ILRR_RATE_19200 "19200bps" VAL 8 ILRR_RATE_38400 "38400bps" VAL 15 ILRR_RATE_1 "other rate" VALTAB VAL_plus_ipr_rate VAL 0 IPR_RATE_AUTO "Automatic rate detection" VAL 1 IPR_RATE_75 "75bps" VAL 2 IPR_RATE_150 "150bps" VAL 3 IPR_RATE_300 "300bps" VAL 4 IPR_RATE_600 "600bps" VAL 5 IPR_RATE_1200 "1200bps" VAL 6 IPR_RATE_2400 "2400bps" VAL 7 IPR_RATE_4800 "4800bps" VAL 8 IPR_RATE_7200 "7200bps" VAL 9 IPR_RATE_9600 "9600bps" VAL 10 IPR_RATE_14400 "14400bps" VAL 11 IPR_RATE_19200 "19200bps" VAL 12 IPR_RATE_28800 "28800bps" VAL 13 IPR_RATE_33900 "33900bps" VAL 14 IPR_RATE_38400 "38400bps" VAL 15 IPR_RATE_57600 "57600bps" VAL 16 IPR_RATE_115200 "115200bps" VAL 17 IPR_RATE_203125 "203125bps" VAL 18 IPR_RATE_406250 "406250bps" VAL 19 IPR_RATE_812500 "812500bps" VALTAB VAL_percent_pbcf_ldn VAL -1 P_PBCF_LDN_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_PBCF_LDN_LDN_ENABLE "Enable" VAL 1 P_PBCF_LDN_LDN_DISABLE "Disable" VALTAB VAL_percent_pbcf_lmn VAL -1 P_PBCF_LMN_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_PBCF_LMN_LMN_ENABLE "Enable" VAL 1 P_PBCF_LMN_LMN_DISABLE "Disable" VALTAB VAL_percent_pbcf_lrn VAL -1 P_PBCF_LRN_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_PBCF_LRN_LRN_ENABLE "Enable" VAL 1 P_PBCF_LRN_LRN_DISABLE "Disable" VALTAB VAL_percent_ppp_authprot VAL 0 P_PPP_PROT_NONE "No authentication (ignore login and password)" VAL 1 P_PPP_PROT_PAP "PAP" VAL 2 P_PPP_PROT_CHAP "CHAP" VAL 3 P_PPP_PROT_AUTO "Automatic authentication" VALTAB VAL_percent_ppp_conn_type VAL 0 P_PPP_CONN_TYPE_NO_PPP "Dont use PPP, application will connect directly to L2R" VAL 1 P_PPP_CONN_TYPE_PPP "Use PPP, application will be connected to PPP" VALTAB VAL_percent_pvrf_ps1 VAL -1 P_PVRF_PS1_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_PVRF_PS1_NOT_REQUIRED "PIN1 Not Required" VAL 1 P_PVRF_PS1_REQUIRED "PIN1 Required" VALTAB VAL_percent_pvrf_ps2 VAL -1 P_PVRF_PS2_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_PVRF_PS2_NOT_REQUIRED "PIN2 Not Required" VAL 1 P_PVRF_PS2_REQUIRED "PIN2 Required" VALTAB VAL_percent_pvrf_type VAL 0 P_PVRF_TYPE_PIN1 "PIN1" VAL 1 P_PVRF_TYPE_PIN2 "PIN2" VAL 2 P_PVRF_TYPE_PUK1 "PUK1" VAL 3 P_PVRF_TYPE_PUK2 "PUK2" VALTAB VAL_percent_rdl_mode VAL -1 P_RDL_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_RDL_MODE_OFF "Automatic calling repeat is switched off." VAL 1 P_RDL_MODE_ON "Automatic calling repeat is switched on." VALTAB VAL_percent_rdl_state VAL 2 P_RDL_STATE_TIMER_STARTED "Automatic calling repeat timer is started" VAL 3 P_RDL_STATE_AUTO_CALL "Automatic call is started" VAL 4 P_RDL_STATE_CALL_FAIL "Call attempt fails" VAL 5 P_RDL_STATE_CALL_SUCC "Call attempt successful" VAL 6 P_RDL_STATE_REDIAL_STOPPED "Automatic calling repeat is stopped" VALTAB VAL_percent_rdlb_mode VAL -1 P_RDLB_MODE_NOT_PRESENT "This indicates that the value is omitted." VAL 1 P_RDLB_MODE_DELETE "Deletes the Blacklist" VALTAB VAL_percent_rdlb_state VAL 2 P_RDLB_STATE_FULL "Blacklist is full" VAL 3 P_RDLB_STATE_ENTRY_BLACKLISTED "Phone number added to blacklist" VAL 4 P_RDLB_STATE_ENTRY_IN_BLACKLIST "Phone number is blacklisted" VALTAB VAL_percent_satcc_mode VAL 0 P_SATCC_MODE_INACTIVE "Control by SIM inactive" VAL 1 P_SATCC_MODE_ACTIVE "Control by SIM active" VALTAB VAL_percent_satt_cs VAL -1 P_SATT_CS_NOT_PRESENT "This indicates that the value is omitted." VAL 0 P_SATT_CS_USER_REDIAL_STOP "User redial stop" VAL 1 P_SATT_CS_END_REDIAL "End redial" VAL 2 P_SATT_CS_END_SESSION "End session" VALTAB VAL_percent_simins_n VAL 255 P_SIMINS_N_NO_PIN "No PIN required" VAL 11 P_SIMINS_N_SIM_PIN "SIM PIN required" VAL 12 P_SIMINS_N_SIM_PUK "SIM PUK required" VAL 13 P_SIMINS_N_SIM_FAIL "SIM failure" VAL 14 P_SIMINS_N_SIM_BUSY "SIM busy" VAL 15 P_SIMINS_N_SIM_WRONG "SIM wrong (in case of a blocked SIM due to 10 unsuccessful PUK unblock attempts)" VAL 100 P_SIMINS_N_UNKNOWN "Unknown" VAL 516 P_SIMINS_N_SIM_RESET_NEEDED "SIM card reinserted,hence reset needed" VALTAB VAL_percent_simrem_m VAL 0 P_SIMREM_TYPE_RESET "Indication of deregistration by going into low power / minimum functionality mode" VAL 1 P_SIMREM_TYPE_FAILURE "Indication that the SIM has been removed" VAL 2 P_SIMREM_TYPE_RETRY "Temporary failure" VALTAB VAL_percent_sncnt_rst VAL 0 P_SNCNT_RESET_RESET "Resets the Counter" VALTAB VAL_percent_vts_mode VAL 0 P_VTS_MODE_STOP "Stop sending DTMF" VAL 1 P_VTS_MODE_START "Start sending DTMF" VAL 2 P_VTS_MODE_AUTO "Automatic mode" VALTAB VAL_plus_ws46_n VAL -1 WS46_N_NOT_PRESENT "This indicates that the value is omitted." VAL 12 WS46_N_GSM "GSM" VALTAB VAL_bat_dummy VAL 0 DUMMY "dummy value" VALTAB VAL_delete_status VAL 0 CMGD_DEL_INDEX "Delete the messages specified by the index." VAL 1 CMGD_DEL_READ "Ignore the index and delete all the read messages." VAL 2 CMGD_DEL_READ_SENT "Ignore the index and delete all the read and sent messages." VAL 3 CMGD_DEL_READ_SENT_UNSENT "Ignore the index and delete all the read, send and unsent messages." VAL 4 CMGD_DEL_ALL "Ignore the index and delete all the messages whatever be the status." VALTAB VAL_percent_ctzv_mode VAL 0 P_CTZV_MODE_OFF "time and date report off" VAL 1 P_CTZV_MODE_ON "time and date report on" VALTAB VAL_percent_cmgrs_mode %REL99% VAL -1 CMGRS_MODE_NotPresent %REL99% "Mode not present" VAL 0 CMGRS_MODE_DISABLE_AUTO_RETRANS %REL99% "Disable auto retransmission" VAL 1 CMGRS_MODE_ENABLE_AUTO_RETRANS %REL99% "Enable auto retransmission" VAL 2 CMGRS_MODE_MANUAL_RETRANS %REL99% "Manual mode for retransmission" VALTAB VAL_percent_creg_rt VAL 0 RT_GSM "GSM" VAL 1 RT_GPRS "GSM/GPRS" VAL 2 RT_EDGE "GSM/GPRS/EDGE" VAL 3 RT_UMTS_FDD "UMTS FDD" VALTAB VAL_plus_cgdcont_cntrl_ip_address VAL -1 NAS_is_ip_not_present "Nto a valid ip format" VAL 0 NAS_is_ipv4 "IPV4 format" VAL 1 NAS_is_ipv6 "IPV6 format" VALTAB VAL_plus_cgtft_ctrl_tft_pf_entry %REL99% VAL -1 NAS_is_tft_pf_not_present %REL99% "TFT pf not present" VAL 0 NAS_is_tft_pf_ipv4 %REL99% "IPV4" VAL 1 NAS_is_tft_pf_ipv6 %REL99% "IPV6" VALTAB VAL_percent_mepd_sup_info %SIM_PERS% VAL 0 P_MEPD_MAX %SIM_PERS% "Max value of Failure counter" VAL 1 P_MEPD_ALE %SIM_PERS% "Current value of failure counter" VAL 2 P_MEPD_RFM %SIM_PERS% "Failure counter RESET fail max value" VAL 3 P_MEPD_RFA %SIM_PERS% "Failure counter RESET fail current value" VAL 4 P_MEPD_RSM %SIM_PERS% "Failure counter RESET success value" VAL 5 P_MEPD_RSA %SIM_PERS% "Failure counter RESET success current value" VAL 6 P_MEPD_TMF %SIM_PERS% "TIMER flag" VAL 7 P_MEPD_ETF %SIM_PERS% "ETSI flag" VAL 8 P_MEPD_AIF %SIM_PERS% "AIRTEL flag" VALTAB VAL_percent_csq_mode VAL 0 P_CSQ_DISABLE "Value for Disabling CSQ" VAL 1 P_CSQ_ENABLE "Value for Disabling CSQ" VALTAB VAL_percent_cuscfg_mod VAL -1 P_CUSCFG_MOD_Not_Present "Value for %CUSCFG mode" VAL 0 P_CUSCFG_MOD_Disable "Value for %CUSCFG mode" VAL 1 P_CUSCFG_MOD_Enable "Value for %CUSCFG mode" VAL 2 P_CUSCFG_MOD_Query "Value for %CUSCFG mode" VALTAB VAL_percent_cuscfg_stat VAL -1 P_CUSCFG_STAT_Not_present "Value for %CUSCFG status" VAL 0 P_CUSCFG_STAT_Disabled "Value for %CUSCFG status" VAL 1 P_CUSCFG_STAT_Enabled "Value for %CUSCFG status" VALTAB VAL_percent_cniv_mode VAL 0 CNIV_MODE_OFF "network name report off" VAL 1 CNIV_MODE_ON "network name report on" VALTAB VAL_percent_pbci_mode VAL -1 PBCI_MODE_NOT_PRESENT "Phonebook Change Indication mode not present" VAL 0 PBCI_MODE_OFF "Phonebook Change Indication off" VAL 1 PBCI_MODE_ON "Phonebook Change Indication on" VALTAB VAL_percent_pbci_update_type VAL 0 PHB_ENTRY_DELETED "delete operation" VAL 1 PHB_ENTRY_EDITED "edit operation" VAL 2 PHB_ENTRY_ADDED "add operation" VAR alpha "alphanumeric representation of <number>" B VAR alpha16 "alphanumeric representation of <number>" S VAR apn "Access Point Name" B ENUM bearer_class "Class Type" VAL @p_bat - VAL_bearer_class@ ENUM capability "Capability of device" VAL @p_bat - VAL_capability@ VAR ci_opt "Cell id" M ENUM cli "CLI validity" VAL @p_bat - VAL_cli@ ENUM cring_type "Type of first teleservice" VAL @p_bat - VAL_cring_type@ VAR day_man "day" B VAR dcs_man "Data coding scheme (3GPP TS 23.038)" B VAR dcs_opt "Data coding scheme (3GPP TS 23.038)" T ENUM delay "Delay Class" VAL @p_bat - VAL_delay@ VAR delete_status "Delete flag" B VAL @p_bat - VAL_delete_status@ VAR des_devId "Destination Device Identifier" L ENUM dev_name "device name" VAL @p_bat - VAL_dev_name@ ENUM dtmf "DTMF character" VAL @p_bat - VAL_dtmf@ ENUM fax_bf "File transfer" VAL @p_bat - VAL_fax_bf@ ENUM fax_br "Bit rate" VAL @p_bat - VAL_fax_br@ ENUM fax_cq "Copy quality checking" VAL @p_bat - VAL_fax_cq@ ENUM fax_df "Data compression format" VAL @p_bat - VAL_fax_df@ ENUM fax_ec "Error correction" VAL @p_bat - VAL_fax_ec@ ENUM fax_jp "JPEG for colour and B&W" VAL @p_bat - VAL_fax_jp@ ENUM fax_ln "Page length" VAL @p_bat - VAL_fax_ln@ ENUM fax_st "Scan time/line" VAL @p_bat - VAL_fax_st@ ENUM fax_vl "Option Value" VAL @p_bat - VAL_fax_vl@ ENUM fax_vr "Resolution" VAL @p_bat - VAL_fax_vr@ ENUM fax_wd "Page width in pixels" VAL @p_bat - VAL_fax_wd@ ENUM framing_format "Format (number of data, parity and stop bits)" VAL @p_bat - VAL_framing_format@ ENUM framing_parity "Parity type" VAL @p_bat - VAL_framing_parity@ VAR hour_man "hour" B VAR lac_opt "Location area code" M ENUM mean "Mean Throughput Class" VAL @p_bat - VAL_mean@ VAR minutes_man "minutes" B ENUM mobile_class "Mobile class" VAL @p_bat - VAL_mobile_class@ VAR month_man "month" B ENUM p_mobile_class "Mobile class" VAL @p_bat - VAL_p_mobile_class@ VAR pdp_addr "PDP address" B ENUM pdp_cid "specifies a particular PDP context" VAL @p_bat - VAL_pdp_cid@ VAR pdp_pcid %REL99% "Primary context Identifier" B ENUM pdp_type "Specifies the type of packet data protocol" VAL @p_bat - VAL_pdp_type@ VAR pdu "PDU data" B ENUM peak "Peak Throughput Class" VAL @p_bat - VAL_peak@ ENUM precedence "Precedence Class" VAL @p_bat - VAL_precedence@ ENUM record_id "SIM record id of CPHS mailbox" VAL @p_bat - VAL_record_id@ ENUM reliability "Reliability Class" VAL @p_bat - VAL_reliability@ VAR satype_opt "Type of subaddress" T VAR seconds_man "seconds" B VAR sms_index_man "Index of message" S ENUM sms_mem "Memory area for SMS" VAL @p_bat - VAL_sms_mem@ ENUM sms_stat "Status of message" VAL @p_bat - VAL_sms_stat@ VAR src_devId "Source Device Identifier" L ENUM storage "Storage area" VAL @p_bat - VAL_storage@ VAR str "USSD string" B VAR subaddr "Subaddress" B VAR time_zone_man "time zone" C ENUM trx "TTY activity" VAL @p_bat - VAL_trx@ VAR type_man "Type of address" B VAR type_opt "Type of address" T VAR year_man "year" B ENUM percent_als_mode "ALS Mode" VAL @p_bat - VAL_percent_als_mode@ VAR percent_atr_atr "answer to reset" B ENUM percent_atr_phase "GSM Phase" VAL @p_bat - VAL_percent_atr_phase@ ENUM percent_band_band "BAND Type" VAL @p_bat - VAL_percent_band_band@ ENUM percent_band_mode "set the radio band switch mode" VAL @p_bat - VAL_percent_band_mode@ ENUM andc_value "Value" VAL @p_bat - VAL_andc_value@ VAR plus_cacm_acm_man "Accumulated Call Meter" L VAR plus_cacm_passwd "SIM PIN2" B VAR plus_camm_acmmax_opt "Accumulated Call Meter Maximum Value" M VAR plus_camm_passwd "SIM PIN2 String" B VAR plus_caoc_ccm_man "Current Call Meter" L ENUM plus_caoc_mode "Select mode. Only mode 0 is supported on BAT" VAL @p_bat - VAL_plus_caoc_mode@ ENUM plus_cbc_bcl "Battery Charge Level" VAL @p_bat - VAL_plus_cbc_bcl@ ENUM plus_cbc_bsc "Battery Connection Status" VAL @p_bat - VAL_plus_cbc_bsc@ ENUM percent_cbhz_mode "CBHZ mode" VAL @p_bat - VAL_percent_cbhz_mode@ ENUM percent_cbhz_timeout "CBHZ timeout" VAL @p_bat - VAL_percent_cbhz_timeout@ ENUM plus_cbst_ce "CBST ce" VAL @p_bat - VAL_plus_cbst_ce@ ENUM plus_cbst_name "CBST name" VAL @p_bat - VAL_plus_cbst_name@ ENUM plus_cbst_speed "CBST Speed" VAL @p_bat - VAL_plus_cbst_speed@ ENUM percent_ccbs_idx "CCBS Index" VAL @p_bat - VAL_percent_ccbs_idx@ ENUM percent_ccbs_ind "type of CCBS Indication" VAL @p_bat - VAL_percent_ccbs_ind@ VAR percent_ccbs_number "Number" B ENUM percent_ccbs_ptn "alerting pattern" VAL @p_bat - VAL_percent_ccbs_ptn@ ENUM percent_ccbs_stat "CCBS status" VAL @p_bat - VAL_percent_ccbs_stat@ VAR percent_ccbs_type_opt "type of number" T VAR plus_cccm_ccm_man "Current Call Meter" L VAR percent_cccn_cid_man "Call identification number as described in GSM 02.30 subclause 4.5.5.1" S ENUM percent_cccn_direction "Direction" VAL @p_bat - VAL_percent_cccn_direction@ VAR percent_cccn_facility "Facility IE string" B ENUM plus_ccfc_bearer_class "Class" VAL @p_bat - VAL_plus_ccfc_bearer_class@ ENUM plus_ccfc_mode "CCFC mode" VAL @p_bat - VAL_plus_ccfc_mode@ VAR plus_ccfc_number "number" B ENUM plus_ccfc_reason "CCFC reason" VAL @p_bat - VAL_plus_ccfc_reason@ ENUM plus_ccfc_status "status" VAL @p_bat - VAL_plus_ccfc_status@ ENUM plus_ccfc_time "time in seconds before call is forwarded (when 'no reply' is enabled or queried)" VAL @p_bat - VAL_plus_ccfc_time@ ENUM plus_ccug_index "index" VAL @p_bat - VAL_plus_ccug_index@ ENUM plus_ccug_info "info" VAL @p_bat - VAL_plus_ccug_info@ ENUM plus_ccug_n "CCUG mode" VAL @p_bat - VAL_plus_ccug_n@ ENUM plus_ccwa_bearer_class "Sum of integers each representing a class of information" VAL @p_bat - VAL_plus_ccwa_bearer_class@ ENUM plus_ccwa_mode "Call waiting mode" VAL @p_bat - VAL_plus_ccwa_mode@ VAR plus_ccwa_number "Number" B ENUM plus_ccwa_status "Actiavtion status" VAL @p_bat - VAL_plus_ccwa_status@ ENUM plus_ccwa_w_bearer_class "Sum of integers each representing a class of information" VAL @p_bat - VAL_plus_ccwa_w_bearer_class@ ENUM plus_ccwa_w_mode "Call waiting mode" VAL @p_bat - VAL_plus_ccwa_w_mode@ VAR plus_ccwa_w_number "Number" B ENUM plus_ccwa_w_status "Actiavtion status" VAL @p_bat - VAL_plus_ccwa_w_status@ ENUM plus_cdip_m "subscriber CDIP service status in the network" VAL @p_bat - VAL_plus_cdip_m@ VAR plus_cdip_number "number" B VAR plus_ceer_causevalue_man "Cause Value" B ENUM plus_ceer_definedby "Cause is defined by" VAL @p_bat - VAL_plus_ceer_definedby@ ENUM plus_ceer_originatingentity "Originating Entity" VAL @p_bat - VAL_plus_ceer_originatingentity@ ENUM plus_ceer_originatingside "Originating Side" VAL @p_bat - VAL_plus_ceer_originatingside@ ENUM plus_cfun_fun "fun" VAL @p_bat - VAL_plus_cfun_fun@ ENUM plus_cfun_rst "Reset" VAL @p_bat - VAL_plus_cfun_rst@ ENUM percent_cgaatt_att_m "Attach mode" VAL @p_bat - VAL_percent_cgaatt_att_m@ ENUM percent_cgaatt_det_m "Detach mode" VAL @p_bat - VAL_percent_cgaatt_det_m@ ENUM plus_cgact_state "state" VAL @p_bat - VAL_plus_cgact_state@ VAR plus_cgans_l2p "layer 2 protocol string" B ENUM plus_cgans_response "response" VAL @p_bat - VAL_plus_cgans_response@ ENUM plus_cgatt_state "state" VAL @p_bat - VAL_plus_cgatt_state@ VAR plus_cgdata_cid "Array of PDP context IDs" S VAR plus_cgdata_l2p "layer 2 protocol string" B ENUM plus_cgdcont_d_comp "d_comp" VAL @p_bat - VAL_plus_cgdcont_d_comp@ ENUM plus_cgdcont_h_comp "h_comp" VAL @p_bat - VAL_plus_cgdcont_h_comp@ ENUM percent_cgev_evt "CGEV event type" VAL @p_bat - VAL_percent_cgev_evt@ ENUM plus_cgev_evt "CGEV event type" VAL @p_bat - VAL_plus_cgev_evt@ VAR plus_cgmi_manufacturer "Manufacturer Infomation" B VAR plus_cgmm_model "Model Information" B ENUM percent_cgmm_cipher_on "cipher_on" VAL @p_bat - VAL_percent_cgmm_cipher_on@ ENUM percent_cgmm_tlli_handling "tlli_handling" VAL @p_bat - VAL_percent_cgmm_tlli_handling@ VAR plus_cgmr_revision "Revision Information" B ENUM percent_cgpco_format "PCO parameter format" VAL @p_bat - VAL_percent_cgpco_format@ ENUM percent_cgpco_mode "execution mode" VAL @p_bat - VAL_percent_cgpco_mode@ VAR percent_cgpco_pco "protocol configuration options" B ENUM percent_cgppp_protocol "authentication protocol" VAL @p_bat - VAL_percent_cgppp_protocol@ ENUM percent_cgreg_stat "GPRS extended registration state" VAL @p_bat - VAL_percent_cgreg_stat@ ENUM percent_cgreg_state "PDP context state" VAL @p_bat - VAL_percent_cgreg_state@ ENUM plus_cgreg_stat "GPRS extended registration state" VAL @p_bat - VAL_plus_cgreg_stat@ ENUM plus_cgsms_service "service" VAL @p_bat - VAL_plus_cgsms_service@ VAR plus_cgsn_sn "SN Information" B ENUM percent_chld_n "n" VAL @p_bat - VAL_percent_chld_n@ VAR percent_chld_x_opt "x is supported for 1, 2, 6 and 7, for 7 is X required" T VAR percent_chpl_oper "Operator String" B ENUM percent_chpl_oprfrmt "oprFrmt" VAL @p_bat - VAL_percent_chpl_oprfrmt@ ENUM percent_chpl_type "Type of the entry" VAL @p_bat - VAL_percent_chpl_type@ VAR percent_chpl_w_oper "Operator String" S ENUM percent_chpl_w_oprfrmt "oprFrmt" VAL @p_bat - VAL_percent_chpl_w_oprfrmt@ ENUM percent_chpl_w_type "Type of the entry" VAL @p_bat - VAL_percent_chpl_w_type@ VAR plus_cimi_imsi "International Mobile Subscriber Identity" B ENUM plus_cind_signal "signal indicator type" VAL @p_bat - VAL_plus_cind_signal@ ENUM plus_cind_signal_ctrl "threshold level for signal strength" VAL @p_bat - VAL_plus_cind_signal_ctrl@ ENUM plus_cind_smsfull "smsfull" VAL @p_bat - VAL_plus_cind_smsfull@ ENUM plus_cind_smsfull_ctrl "smsfull control" VAL @p_bat - VAL_plus_cind_smsfull_ctrl@ VAR plus_clae_code "code" B VAR plus_clan_code "code (Including AUTO)" B VAR plus_clav_code "Language code as defined in ISO 639" B ENUM plus_clcc_dir "Direction of call" VAL @p_bat - VAL_plus_clcc_dir@ VAR plus_clcc_idx_opt "Call Identification" T ENUM plus_clcc_mode "bearer or teleservice" VAL @p_bat - VAL_plus_clcc_mode@ ENUM plus_clcc_mpty "Type of call" VAL @p_bat - VAL_plus_clcc_mpty@ VAR plus_clcc_number "Called number" B ENUM plus_clcc_stat "state of call" VAL @p_bat - VAL_plus_clcc_stat@ ENUM plus_clck_fac "facility" VAL @p_bat - VAL_plus_clck_fac@ ENUM plus_clck_mode "mode" VAL @p_bat - VAL_plus_clck_mode@ VAR plus_clck_passwd "password string" B ENUM plus_clck_status "Status" VAL @p_bat - VAL_plus_clck_status@ ENUM plus_clip_m "subscriber CLIP service status in the network" VAL @p_bat - VAL_plus_clip_m@ VAR plus_clip_number "number" B ENUM plus_clip_w_m "subscriber CLIP service status in the network" VAL @p_bat - VAL_plus_clip_w_m@ VAR plus_clip_w_number "number" B ENUM plus_clir_m "CLIR service status in the network" VAL @p_bat - VAL_plus_clir_m@ ENUM plus_clir_n "Adjustment for outgoing calls" VAL @p_bat - VAL_plus_clir_n@ VAR plus_clvl_level_man "integer type value with manufacturer specific range (smallest value represents the lowest sound level)" B ENUM plus_cmer_ind_option "indication option" VAL @p_bat - VAL_plus_cmer_ind_option@ ENUM plus_cme_error_error "Error" VAL @p_bat - VAL_plus_cme_error_error@ VAR plus_cmgc_ackpdu "As PDU but only RP-User-Data element of RP-ACK PDU c_ackpdu means not present" B VAR plus_cmgc_mr_man "message reference" B VAR plus_cmgc_pdu "PDU Data" B VAR plus_cmgd_index_man "Range of location numbers supported by the associated memory" B VAR percent_cmgl_alpha "Alphanumeric entry corresponding to phone number" B VAR plus_cmgl_alpha "Alphanumeric entry corresponding to phone number" B ENUM percent_cmgl_alpha_cs "Data coding scheme for 'alpha'" VAL @p_bat - VAL_percent_cmgl_alpha_cs@ ENUM plus_cmgl_alpha_cs "Data coding scheme for 'alpha'" VAL @p_bat - VAL_plus_cmgl_alpha_cs@ ENUM percent_cmgl_stat "Status of message" VAL @p_bat - VAL_percent_cmgl_stat@ ENUM plus_cmgl_stat "Status of message" VAL @p_bat - VAL_plus_cmgl_stat@ VAR plus_cmgl_w_alpha "Alphanumeric entry corresponding to phone number" S ENUM plus_cmgl_w_alpha_cs "Data coding scheme for 'alpha'" VAL @p_bat - VAL_plus_cmgl_w_alpha_cs@ ENUM plus_cmgl_w_stat "Status of message" VAL @p_bat - VAL_plus_cmgl_w_stat@ VAR percent_cmgr_alpha "Alphanumeric entry corresponding to phone number" B VAR plus_cmgr_alpha "Alphanumeric entry corresponding to phone number" B ENUM percent_cmgr_alpha_cs "Data coding scheme for 'alpha'" VAL @p_bat - val_percent_cmgr_alpha_cs@ ENUM plus_cmgr_alpha_cs "Data coding scheme for 'alpha'" VAL @p_bat - VAL_plus_cmgr_alpha_cs@ VAR plus_cmgr_w_alpha "Alphanumeric entry corresponding to phone number" S ENUM plus_cmgr_w_alpha_cs "Data coding scheme for 'alpha'" VAL @p_bat - VAL_plus_cmgr_w_alpha_cs@ VAR plus_cmgs_length_man "number of octets without SMSC address octets" B VAR plus_cmgs_mr_man "Message reference value" B VAR plus_cmgw_index_man "Index of written message" B VAR plus_cmgw_length_man "number of octets without SMSC address octets" B ENUM plus_cmod_mode "Call mode" VAL @p_bat - VAL_plus_cmod_mode@ VAR plus_cmss_ackpdu "As PDU but only RP-User-Data element of RP-ACK PDU c_ackpdu means not present" B VAR plus_cmss_da "Destination address" B VAR plus_cmss_index_man "Storage area index" B VAR plus_cmss_mr_man "Message reference value" B VAR plus_cmss_toda_opt "Type of destination address" T ENUM plus_cms_error_err "Error code" VAL @p_bat - VAL_plus_cms_error_err@ VAR plus_cmt_alpha "Corresponding phonebook entry" B ENUM plus_cmt_alpha_cs "Data coding scheme for 'alpha'" VAL @p_bat - VAL_plus_cmt_alpha_cs@ VAR plus_cmt_w_alpha "Corresponding phonebook entry" S ENUM plus_cmt_w_alpha_cs "Data coding scheme for 'alpha'" VAL @p_bat - VAL_plus_cmt_w_alpha_cs@ ENUM plus_cmut_n "Mute Control" VAL @p_bat - VAL_plus_cmut_n@ VAR plus_cmux_k_opt "Window size, for Advanced operation with Error Recovery options" T ENUM plus_cmux_mode "Multiplexer transparency mechanism" VAL @p_bat - VAL_plus_cmux_mode@ VAR plus_cmux_n1_man "Maximum frame size" S VAR plus_cmux_n1_opt "Maximum frame size" M VAR plus_cmux_n2_man "Maximum number of retransmissions" B VAR plus_cmux_n2_opt "Maximum number of retransmissions" T ENUM plus_cmux_port_speed "Port speed (transmission rate)" VAL @p_bat - VAL_plus_cmux_port_speed@ ENUM plus_cmux_subset "Defines the way in which the multiplexer control channel is set up" VAL @p_bat - VAL_plus_cmux_subset@ VAR plus_cmux_t1_man "Acknowledgement timer in units of ten milliseconds" B VAR plus_cmux_t1_opt "Acknowledgement timer in units of ten milliseconds" T VAR plus_cmux_t2_man "Response timer for the multiplexer control channel in units of ten milliseconds" B VAR plus_cmux_t2_opt "Response timer for the multiplexer control channel in units of ten milliseconds" T VAR plus_cmux_t3_man "Wake up response timer in seconds" B VAR plus_cmux_t3_opt "Wake up response timer in seconds" T VAR percent_cnap_name "Calling name string" B ENUM percent_cnap_pres_mode "Presentation mode" VAL @p_bat - VAL_percent_cnap_pres_mode@ ENUM percent_cnap_status "Status of CNAP service" VAL @p_bat - VAL_percent_cnap_status@ ENUM plus_cnma_n "Status" VAL @p_bat - VAL_plus_cnma_n@ ENUM plus_cnmi_bm "Indication routing for CBMs" VAL @p_bat - VAL_plus_cnmi_bm@ ENUM plus_cnmi_ds "Indication routing for SMS-STATUS" VAL @p_bat - VAL_plus_cnmi_ds@ ENUM plus_cnmi_mt "Indication routing for SMS-DELIVERs" VAL @p_bat - VAL_plus_cnmi_mt@ VAR plus_cnum_alpha "Text string associated with phone number" B VAR plus_cnum_index_man "Value in the range of location numbers of phonebook memory" B VAR plus_cnum_number "Phone number" B VAR plus_cnum_w_alpha "Text string associated with phone number" S VAR plus_cnum_w_index_man "Value in the range of location numbers of phonebook memory" B VAR plus_cnum_w_number "Phone number" B VAR plus_colp_alpha "alphanumeric representation of <number>" B ENUM plus_colp_m "COLP status" VAL @p_bat - VAL_plus_colp_m@ VAR plus_colp_number "number" B VAR plus_colp_w_alpha "alphanumeric representation of <number>" S ENUM plus_colp_w_m "COLP status" VAL @p_bat - VAL_plus_colp_w_m@ VAR plus_colp_w_number "number" B ENUM at_connect_data_rate "Data rate" VAL @p_bat - VAL_at_connect_data_rate@ ENUM percent_cops_format "Format of the operator name" VAL @p_bat - VAL_percent_cops_format@ VAR percent_cops_long_oper "Operator name in long alphanumeric format" B ENUM percent_cops_mode "Selection mode" VAL @p_bat - VAL_percent_cops_mode@ VAR percent_cops_num_oper "Operator name in numeric format" B VAR percent_cops_oper "Operator name" B ENUM percent_cops_service "Service status" VAL @p_bat - VAL_percent_cops_service@ VAR percent_cops_short_oper "Operator name in short alphanumeric format" B ENUM percent_cops_status "Indicating the availability of the operator" VAL @p_bat - VAL_percent_cops_status@ ENUM plus_cops_format "Format of the operator name" VAL @p_bat - VAL_plus_cops_format@ VAR plus_cops_long_oper "Operator name in long alphanumeric format" B ENUM plus_cops_mode "Selection mode" VAL @p_bat - VAL_plus_cops_mode@ VAR plus_cops_num_oper "Operator name in numeric format" B VAR plus_cops_oper "Operator name" B VAR plus_cops_short_oper "Operator name in short alphanumeric format" B ENUM plus_cops_status "Indicating the availability of the operator" VAL @p_bat - VAL_plus_cops_status@ ENUM percent_cops_w_format "Format of the operator name" VAL @p_bat - VAL_percent_cops_w_format@ VAR percent_cops_w_long_oper "Operator name in long alphanumeric format" S ENUM percent_cops_w_mode "Selection mode" VAL @p_bat - VAL_percent_cops_w_mode@ VAR percent_cops_w_num_oper "Operator name in numeric format" B VAR percent_cops_w_oper "Operator name" B ENUM percent_cops_w_service "Service status" VAL @p_bat - VAL_percent_cops_w_service@ VAR percent_cops_w_short_oper "Operator name in short alphanumeric format" S ENUM percent_cops_w_status "Indicating the availability of the operator" VAL @p_bat - VAL_percent_cops_w_status@ VAR percent_cpals_call_id_man "Call id of line being queried. This value is the same as the call id described in GSM 02.30 sub clause 4.5.5.1" B ENUM percent_cpals_lines "Bit field" VAL @p_bat - VAL_percent_cpals_lines@ VAR percent_cpals_msisdn_id "MSISDN identification as found on the SIM. If no MSISDN identification can be found on the SIM then the default strings 'Line 1', 'Data', 'Fax' and 'Line 2' will be applied." B VAR percent_cpals_w_call_id_man "Call id of line being queried. This value is the same as the call id described in GSM 02.30 sub clause 4.5.5.1" B ENUM percent_cpals_w_lines "Bit field" VAL @p_bat - VAL_percent_cpals_w_lines@ VAR percent_cpals_w_msisdn_id "MSISDN identification as found on the SIM. If no MSISDN identification can be found on the SIM then the default strings 'Line 1', 'Data', 'Fax' and 'Line 2' will be applied." S ENUM plus_cpas_pas "Phone activity status" VAL @p_bat - VAL_plus_cpas_pas@ VAR plus_cpbf_findtext "Search string" B VAR plus_cpbf_index_man "Value in the range of location numbers of phonebook memory" B VAR plus_cpbf_nlength_opt "Maximum length of phone number" T VAR plus_cpbf_number "Phone number" B VAR plus_cpbf_text "Text string associated with phone number" B VAR plus_cpbf_tlength_opt "Maximum length of associated text" T VAR plus_cpbf_w_findtext "Search string" S VAR plus_cpbf_w_index_man "Value in the range of location numbers of phonebook memory" B VAR plus_cpbf_w_nlength_opt "Maximum length of phone number" T VAR plus_cpbf_w_number "Phone number" B VAR plus_cpbf_w_text "Text string associated with phone number" S VAR plus_cpbf_w_tlength_opt "Maximum length of associated text" T VAR plus_cpbr_index_man "Value in the range of location numbers of phonebook memory" B VAR plus_cpbr_index1_man "Index of either the single entry to be read or lower bound of list to be read" B VAR plus_cpbr_index2_opt "Index of upper bound of list to be read" T VAR plus_cpbr_index_f_man "First supported index" B VAR plus_cpbr_index_l_man "Last supported index" B VAR plus_cpbr_nlength_opt "Maximum length of phone number" T VAR plus_cpbr_number "Phone number" B VAR plus_cpbr_text "Text string associated with phone number" B VAR plus_cpbr_tlength_opt "Maximum length of associated text" T VAR plus_cpbr_w_index_man "Value in the range of location numbers of phonebook memory" B VAR plus_cpbr_w_index1_man "Index of either the single entry to be read or lower bound of list to be read" B VAR plus_cpbr_w_index2_opt "Index of upper bound of list to be read" T VAR plus_cpbr_w_index_f_man "First supported index" B VAR plus_cpbr_w_index_l_man "Last supported index" B VAR plus_cpbr_w_nlength_opt "Maximum length of phone number" T VAR plus_cpbr_w_number "Phone number" B VAR plus_cpbr_w_text "Text string associated with phone number" S VAR plus_cpbr_w_tlength_opt "Maximum length of associated text" T VAR percent_cpbs_first_opt "First free location in selected memory" T VAR percent_cpbs_total_opt "Total number of locations in selected memory" T VAR percent_cpbs_used_opt "Number of used locations in selected memory" T VAR percent_cpbs_total_ext_opt "Total number of ext records for selected memory" T VAR percent_cpbs_used_ext_opt "Number of used ext records for selected memory" T VAR plus_cpbs_total_opt "Total number of locations in selected memory" T VAR plus_cpbs_used_opt "Number of used locations in selected memory" T VAR plus_cpbw_index_opt "Value in the range of location numbers of phonebook memory" T VAR plus_cpbw_index1_man "lower bound" B VAR plus_cpbw_index2_man "upper bound" B VAR plus_cpbw_nlength_opt "Maximum length of phone number" T VAR plus_cpbw_number "Phone number" B VAR plus_cpbw_text "Text string associated with phone number" B VAR plus_cpbw_tlength_opt "Maximum length of associated text" T VAR plus_cpbw_types "List of number types" B VAR plus_cpbw_w_index_opt "Value in the range of location numbers of phonebook memory" T VAR plus_cpbw_w_index1_man "lower bound" B VAR plus_cpbw_w_index2_man "upper bound" B VAR plus_cpbw_w_nlength_opt "Maximum length of phone number" T VAR plus_cpbw_w_number "Phone number" B VAR plus_cpbw_w_text "Text string associated with phone number" S VAR plus_cpbw_w_tlength_opt "Maximum length of associated text" T VAR plus_cpbw_w_types "List of number types" B ENUM percent_cpcfu_line "Line" VAL @p_bat - VAL_percent_cpcfu_line@ ENUM percent_cpcfu_mode "Operation to be performed by this command" VAL @p_bat - VAL_percent_cpcfu_mode@ ENUM percent_cpcfu_status "Status of Call Diverted flag" VAL @p_bat - VAL_percent_cpcfu_status@ ENUM percent_cphs_init_mode "Operation to be performed by this command" VAL @p_bat - VAL_percent_cphs_init_mode@ VAR percent_cpi_alpha "Alphanumeric representation of <number> corresponding to the entry found in phonebook" B VAR percent_cpi_cause_opt "GSM specific cause values for call control defined in 3GPP specification 04.08 annex H" M VAR percent_cpi_cid_man "Call identity, identifies the call in the call table" B VAR percent_cpi_dir_man "Direction of Call" B ENUM percent_cpi_ibt "Use of in-band tones" VAL @p_bat - VAL_percent_cpi_ibt@ VAR percent_cpi_line_opt "used line" T VAR percent_cpi_mode_opt "bearer/teleservice" T ENUM percent_cpi_msgtype "Describes the layer 3 message type that was used to transfer the call progress information" VAL @p_bat - VAL_percent_cpi_msgtype@ VAR percent_cpi_number "number" B ENUM percent_cpi_prog_desc "progress description" VAL @p_bat - VAL_percent_cpi_prog_desc@ ENUM percent_cpi_tch "Traffic channel indication" VAL @p_bat - VAL_percent_cpi_tch@ ENUM plus_cpin_code "Indicates whether or not a password is required" VAL @p_bat - VAL_plus_cpin_code@ VAR plus_cpin_newpin "New PIN (for when the PUK is being sent)" B VAR plus_cpin_pin "PIN" B VAR percent_cpinf_csp "Customer Service Proile c_csp=0 means not present" B VAR percent_cpinf_csp2 "Customer Service Proile c_csp2=0 means not present" B ENUM percent_cpinf_phase "CPHS phase" VAL @p_bat - VAL_percent_cpinf_phase@ VAR percent_cpinf_sst_man "CPHS service table" S VAR percent_cpi_w_alpha "Alphanumeric representation of <number> corresponding to the entry found in phonebook" S VAR percent_cpi_w_cause_opt "GSM specific cause values for call control defined in 3GPP specification 04.08 annex H" M VAR percent_cpi_w_cid_man "Call identity, identifies the call in the call table" B VAR percent_cpi_w_dir_man "Direction of Call" B ENUM percent_cpi_w_ibt "Use of in-band tones" VAL @p_bat - VAL_percent_cpi_w_ibt@ VAR percent_cpi_w_line_opt "used line" T VAR percent_cpi_w_mode_opt "bearer/teleservice" T ENUM percent_cpi_w_msgtype "Describes the layer 3 message type that was used to transfer the call progress information" VAL @p_bat - VAL_percent_cpi_w_msgtype@ VAR percent_cpi_w_number "number" B ENUM percent_cpi_w_prog_desc "progress description" VAL @p_bat - VAL_percent_cpi_w_prog_desc@ ENUM percent_cpi_w_tch "Traffic channel indication" VAL @p_bat - VAL_percent_cpi_w_tch@ VAR percent_cpmb_alpha_id "Alpha identifier related to mailbox" B VAR percent_cpmb_first_man "First free location" B ENUM percent_cpmb_line "Line" VAL @p_bat - VAL_percent_cpmb_line@ VAR percent_cpmb_number "Mailbox number" B VAR percent_cpmbw_max_rec_id_man "Max record id" B VAR percent_cpmbw_min_rec_id_man "Min record id (1)" B VAR percent_cpmbw_nlength_man "Max length of the number" B VAR percent_cpmbw_type "List of number types" B VAR percent_cpmbw_number "Mailbox number" B VAR percent_cpmbw_text "Text related to mailbox" B VAR percent_cpmbw_tlength_man "Max length of the text" B VAR percent_cpmbw_w_max_rec_id_man "Max record id" B VAR percent_cpmbw_w_min_rec_id_man "Min record id (1)" B VAR percent_cpmbw_w_nlength_man "Max length of the number" B VAR percent_cpmbw_w_number "Mailbox number" B VAR percent_cpmbw_w_text "Text related to mailbox" S VAR percent_cpmbw_w_tlength_man "Max length of the text" B VAR percent_cpmb_w_alpha_id "Alpha identifier related to mailbox" S ENUM percent_cpmb_w_line "Line" VAL @p_bat - VAL_percent_cpmb_w_line@ VAR percent_cpmb_w_number "Mailbox number" B ENUM plus_cpms_mem1 "Memory from which messages are read and deleted" VAL @p_bat - VAL_plus_cpms_mem1@ ENUM plus_cpms_mem2 "Memory to which writing and sending operations are made" VAL @p_bat - VAL_plus_cpms_mem2@ ENUM plus_cpms_mem3 "Memory to which received SMSs are preferred to be stored" VAL @p_bat - VAL_plus_cpms_mem3@ VAR plus_cpms_total1_man "Total number of message locations in 'mem1'" B VAR plus_cpms_total2_man "Total number of message locations in 'mem2'" B VAR plus_cpms_total2_opt "Total number of message locations in 'mem2'" T VAR plus_cpms_total3_man "Total number of message locations in 'mem3'" B VAR plus_cpms_total3_opt "Total number of message locations in 'mem3'" T VAR plus_cpms_used1_man "Number of messages currently in 'mem1'" B VAR plus_cpms_used2_man "Number of messages currently in 'mem2'" B VAR plus_cpms_used2_opt "Number of messages currently in 'mem2'" T VAR plus_cpms_used3_man "Number of messages currently in 'mem3'" B VAR plus_cpms_used3_opt "Number of messages currently in 'mem3'" T VAR percent_cpnums_alpha_tag "Alpha tag of element" B VAR percent_cpnums_element_id_man "Element ID" B VAR percent_cpnums_index_level_man "Index level of element" B ENUM percent_cpnums_mode "Indicate whether exploring or querying" VAL @p_bat - VAL_percent_cpnums_mode@ ENUM percent_cpnums_network_flag "Network flag of element" VAL @p_bat - VAL_percent_cpnums_network_flag@ VAR percent_cpnums_number "Telephone number of element (empty string if element is a folder)" B ENUM percent_cpnums_premium_flag "Premium flag of element" VAL @p_bat - VAL_percent_cpnums_premium_flag@ VAR percent_cpnums_w_alpha_tag "Alpha tag of element" S VAR percent_cpnums_w_element_id_man "Element ID" B VAR percent_cpnums_w_index_level_man "Index level of element" B ENUM percent_cpnums_w_mode "Indicate whether exploring or querying" VAL @p_bat - VAL_percent_cpnums_w_mode@ ENUM percent_cpnums_w_network_flag "Network flag of element" VAL @p_bat - VAL_percent_cpnums_w_network_flag@ VAR percent_cpnums_w_number "Telephone number of element (empty string if element is a folder)" B ENUM percent_cpnums_w_premium_flag "Premium flag of element" VAL @p_bat - VAL_percent_cpnums_w_premium_flag@ ENUM plus_cpol_format "Format of 'oper' parameter" VAL @p_bat - VAL_plus_cpol_format@ VAR plus_cpol_index_man "Index to SIM preferred list of networks" B VAR plus_cpol_index_opt "Index to SIM preferred list of networks" T VAR plus_cpol_index1_opt "lower bound" T VAR plus_cpol_index2_opt "upper bound" T VAR plus_cpol_oper "Network operator" B ENUM plus_cpol_w_format "Format of 'oper' parameter" VAL @p_bat - VAL_plus_cpol_w_format@ VAR plus_cpol_w_index_man "Index to SIM preferred list of networks" B VAR plus_cpol_w_index_opt "Index to SIM preferred list of networks" T VAR plus_cpol_w_index1_opt "lower bound" T VAR plus_cpol_w_index2_opt "upper bound" T VAR plus_cpol_w_oper "Network operator" S VAR percent_cpopn_long_name "Long operator name" B VAR percent_cpopn_short_name "Short operator name" B ENUM percent_cpri_gprs_ciph "GPRS cipher mode" VAL @p_bat - VAL_percent_cpri_gprs_ciph@ ENUM percent_cpri_gsm_ciph "GSM cipher mode" VAL @p_bat - VAL_percent_cpri_gsm_ciph@ ENUM percent_cproam_roam_status "Whether in roaming state or not" VAL @p_bat - VAL_percent_cproam_roam_status@ ENUM percent_cprsm_mode "Whether to pause or resume" VAL @p_bat - VAL_percent_cprsm_mode@ VAR plus_cpuc_currency "Currency" B VAR plus_cpuc_passwd "Password" B VAR plus_cpuc_ppu "Price per unit" B VAR plus_cpuc_w_currency "Currency" S VAR plus_cpuc_w_passwd "Password" B VAR plus_cpuc_w_ppu "Price per unit" B ENUM percent_cpvwi_lines "Lines (bit field)" VAL @p_bat - VAL_percent_cpvwi_lines@ ENUM percent_cpvwi_mode "Indicate set or clear operation" VAL @p_bat - VAL_percent_cpvwi_mode@ ENUM percent_cpvwi_status "Flag status" VAL @p_bat - VAL_percent_cpvwi_status@ ENUM plus_cpwd_fac "ME or network facility" VAL @p_bat - VAL_plus_cpwd_fac@ VAR plus_cpwd_newpwd "New password for ME or network facility" B VAR plus_cpwd_oldpwd "Old password for ME or network facility" B VAR plus_cr_serv "service" B ENUM percent_creg_gprs_ind "GPRS Indicator" VAL @p_bat - VAL_percent_creg_gprs_ind@ ENUM percent_creg_stat "Registration status" VAL @p_bat - VAL_percent_creg_stat@ VAR plus_cres_max_man "Maximum value of profile number" B VAR plus_cres_profile_man "Profile number from where settings are to be restored" B ENUM plus_cring_alt "Alternating call signalling indicator" VAL @p_bat - VAL_plus_cring_alt@ VAR plus_cring_l2p "layer 2 protocol string" B ENUM plus_cring_type2 "Type of second teleservice" VAL @p_bat - VAL_plus_cring_type2@ VAR plus_crlp_iws_man "IWS to MS window size" S VAR plus_crlp_iws_opt "IWS to MS window size" M VAR plus_crlp_mws_man "MS to IWF window size" S VAR plus_crlp_mws_opt "MS to IWF window size" M VAR plus_crlp_n2_man "Retransmission attempts" S VAR plus_crlp_n2_opt "Retransmission attempts" M VAR plus_crlp_t1_man "Acknowledge timer" S VAR plus_crlp_t1_opt "Acknowledge timer" M ENUM plus_crsm_command "SIM access command" VAL @p_bat - VAL_plus_crsm_command@ VAR plus_crsm_data "Data to be written to SIM c_data=0 means not present" B VAR plus_crsm_fileid_opt "File identifier" M VAR plus_crsm_p1_opt "Command parameter p1" T VAR plus_crsm_p2_opt "Command parameter p2" T VAR plus_crsm_p3_opt "Command parameter p3" T VAR plus_crsm_response "Response data c_response=0 means not present" B VAR plus_crsm_sw1_man "SIM result code 1" B VAR plus_crsm_sw2_man "SIM result code 2" B VAR plus_csas_max_man "Maximum value of profile number (min value = 0)" B VAR plus_csas_profile_opt "Profile number where settings are to be stored" T VAR plus_csca_sca "Service centre address" B VAR plus_csca_tosca_man "Type of number" B VAR plus_csca_tosca_opt "Type of number" T VAR plus_cscb_dcss "Possible combinations of CBM data coding schemes" B VAR plus_cscb_mids "Possible combinations of CBM message identifiers" S ENUM plus_cscb_mode "Whether the message types specified are to be accepted or not" VAL @p_bat - VAL_plus_cscb_mode@ ENUM plus_cscs_cs "Character Set" VAL @p_bat - VAL_plus_cscs_cs@ VAR plus_csim_command "Command passed to the SIM" B VAR plus_csim_response "Response from the SIM" B ENUM plus_csms_bm "Support of broadcast type messages" VAL @p_bat - VAL_plus_csms_bm@ ENUM plus_csms_mo "Support of mobile originated messages" VAL @p_bat - VAL_plus_csms_mo@ ENUM plus_csms_mt "Support of mobile terminated messages" VAL @p_bat - VAL_plus_csms_mt@ ENUM plus_csms_service "Message service" VAL @p_bat - VAL_plus_csms_service@ ENUM plus_csns_mode "Bearer or teleservice to be used with single numbering scheme" VAL @p_bat - VAL_plus_csns_mode@ VAR percent_csq_actlevel_man "Actual signal level" B VAR percent_csq_actlevel_opt "Actual signal level" T VAR percent_csq_ber_man "Bit error rate" B VAR percent_csq_ber_opt "Bit error rate" T VAR percent_csq_rssi_man "A signal strength which could be mapped to dbm" B VAR percent_csq_rssi_opt "A signal strength which could be mapped to dbm" T VAR plus_csq_ber_man "Channel Bit Error Rate (in percent)" B VAR plus_csq_rssi_man "Received Signal Strength Indication" B ENUM plus_cssi_code1 "code1" VAL @p_bat - VAL_plus_cssi_code1@ VAR plus_cssi_index_opt "index" M ENUM percent_cssn_direction "Direction" VAL @p_bat - VAL_percent_cssn_direction@ VAR percent_cssn_facility "Facility IE string" B ENUM percent_cssn_trans_type "Part of message" VAL @p_bat - VAL_percent_cssn_trans_type@ ENUM plus_cssu_code2 "code2" VAL @p_bat - VAL_plus_cssu_code2@ VAR plus_cssu_index_opt "index" M VAR plus_cssu_number "number" B ENUM percent_cstat_entity_id "Entity ID" VAL @p_bat - VAL_percent_cstat_entity_id@ ENUM percent_cstat_status "Entity state" VAL @p_bat - VAL_percent_cstat_status@ ENUM plus_csvm_mode "Mode to enable or disable the voice mail number" VAL @p_bat - VAL_plus_csvm_mode@ VAR plus_csvm_number "Phone number" B VAR plus_ctfr_number "Forwarding address" B ENUM percent_ctty_m "actual state of the TTY Service" VAL @p_bat - VAL_percent_ctty_m@ ENUM percent_ctty_req "How TTY handles an incoming call" VAL @p_bat - VAL_percent_ctty_req@ ENUM percent_ctyi_neg "State of TTY service negotiation for the current call" VAL @p_bat - VAL_percent_ctyi_neg@ VAR plus_ctzr_tz_man "Timezone" C ENUM plus_ctzu_onoff "Enable/Disable command" VAL @p_bat - VAL_plus_ctzu_onoff@ VAR percent_ctzv_add_ci_man "add country initials" B VAR percent_ctzv_long_oper "Operator name in long alphanumeric format" B VAR percent_ctzv_num_oper "Operator name in numeric format" B VAR percent_ctzv_short_oper "Operator name in short alphanumeric format" B VAR plus_ctzv_tz_man "tz" C VAR percent_ctzv_w_add_ci_man "add country initials" B VAR percent_ctzv_w_long_oper "Operator name in long alphanumeric format" S VAR percent_ctzv_w_num_oper "Operator name in numeric format" B VAR percent_ctzv_w_short_oper "Operator name in short alphanumeric format" S ENUM plus_cusd_m "USSD result" VAL @p_bat - VAL_plus_cusd_m@ ENUM plus_cusd_n "Control" VAL @p_bat - VAL_plus_cusd_n@ ENUM plus_cusd_w_m "USSD result" VAL @p_bat - VAL_plus_cusd_w_m@ ENUM plus_cusd_w_n "Control" VAL @p_bat - VAL_plus_cusd_w_n@ VAR plus_cusd_w_str "USSD string" S ENUM percent_cust_mode "Customisation mode" VAL @p_bat - VAL_percent_cust_mode@ ENUM percent_cwup_type "Part to wake up" VAL @p_bat - VAL_percent_cwup_type@ VAR at_d_dial_string "Dial string" B VAR percent_data_des_devId_man "Destination device identifier" L VAR percent_data_des_sub_no_man "Destination sub device number (e.g. will be used for devices which are multiplexed)" B VAR percent_data_des_sub_no_opt "Destination sub device number (e.g. will be used for devices which are multiplexed)" T ENUM percent_data_mode "DTI Redirection mode" VAL @p_bat - VAL_percent_data_mode@ VAR percent_data_src_devId_man "Source device identifier" L VAR percent_data_src_sub_no_man "Source sub device number (e.g. will be used for devices which are multiplexed)" B VAR percent_data_src_sub_no_opt "Source sub device number (e.g. will be used for devices which are multiplexed)" T VAR percent_dinf_dev_no_man "Device number" L ENUM percent_dinf_mode "Kind of information" VAL @p_bat - VAL_percent_dinf_mode@ VAR percent_dinf_src_id_man "AT command source" B VAR percent_dinf_sub_no_man "Sub device number (e.g. will be used for devices which are multiplexed)" B ENUM plus_ds_dir "Desired direction of data compression" VAL @p_bat - VAL_plus_ds_dir@ ENUM plus_ds_neg "Compression negotiation" VAL @p_bat - VAL_plus_ds_neg@ VAR plus_ds_p1_opt "Maximum number of dictionary entries" M VAR plus_ds_p2_opt "Maximum string length" T VAR at_d_w_dial_string "Dial string" S ENUM percent_efrslt_result "Result of update" VAL @p_bat - VAL_percent_efrslt_result@ ENUM percent_simef_mode "Update Indication" VAL @p_bat - VAL_percent_simef_mode@ ENUM percent_em_mode "Reporting mode" VAL @p_bat - VAL_percent_em_mode@ ENUM percent_em_pco_type "Type of information (mode=PCO, bitmap)" VAL @p_bat - VAL_percent_em_pco_type@ ENUM percent_em_sin_type "Type of information (mode=SIN)" VAL @p_bat - VAL_percent_em_sin_type@ ENUM plus_ext_error_err "Error code" VAL @p_bat - VAL_plus_ext_error_err@ ENUM plus_fap_pwd "pwd" VAL @p_bat - VAL_plus_fap_pwd@ ENUM plus_fap_sep "sep" VAL @p_bat - VAL_plus_fap_sep@ ENUM plus_fap_sub "sub" VAL @p_bat - VAL_plus_fap_sub@ ENUM plus_fbo_value "value" VAL @p_bat - VAL_plus_fbo_value@ VAR plus_fbs_rbs_man "receive buffer size" S VAR plus_fbs_tbs_man "transmit buffer size" S ENUM plus_fbu_value "value" VAL @p_bat - VAL_plus_fbu_value@ ENUM plus_fclass_n "Mode" VAL @p_bat - VAL_plus_fclass_n@ ENUM plus_fcq_tq "Copy quality checking" VAL @p_bat - VAL_plus_fcq_tq@ ENUM plus_fcr_value "value" VAL @p_bat - VAL_plus_fcr_value@ VAR plus_fct_value_man "Timer value (Default 30 seconds)" B ENUM plus_fea_value "value" VAL @p_bat - VAL_plus_fea_value@ ENUM plus_ffc_dfc "dfc" VAL @p_bat - VAL_plus_ffc_dfc@ ENUM plus_ffc_lnc "lnc" VAL @p_bat - VAL_plus_ffc_lnc@ ENUM plus_ffc_vrc "vrc" VAL @p_bat - VAL_plus_ffc_vrc@ ENUM plus_ffc_wdc "wdc" VAL @p_bat - VAL_plus_ffc_wdc@ ENUM plus_fhs_status "status" VAL @p_bat - VAL_plus_fhs_status@ ENUM plus_fie_value "value" VAL @p_bat - VAL_plus_fie_value@ ENUM plus_fit_action "Action taken upon timeout" VAL @p_bat - VAL_plus_fit_action@ VAR plus_fit_time_man "Inactivity timeout in seconds" S VAR plus_fli_id_str "Local ID string" B ENUM plus_flo_flo_c "value" VAL @p_bat - VAL_plus_flo_flo_c@ ENUM plus_flo_flo_q "value" VAL @p_bat - VAL_plus_flo_flo_q@ ENUM plus_flp_value "Whether the DTE has a document ready for polling" VAL @p_bat - VAL_plus_flp_value@ ENUM plus_fms_value "Lowest negotiable speed for a session" VAL @p_bat - VAL_plus_fms_value@ VAR plus_fns_nsf "String of hexadecimal coded octets" B VAR plus_fpa_spa_str "Selective polling address string" B VAR plus_fpi_id_str "Local polling ID string" B ENUM plus_fps_ppr "Post page response" VAL @p_bat - VAL_plus_fps_ppr@ VAR plus_fpw_pw_str "Password string" B VAR plus_frq_cbl_man "Maximum tolerable number of consecutive bad lines" B VAR plus_frq_pgl_man "Percentage of good lines required for a page to be considered acceptable" B VAR plus_fsa_sub_str "Destination sub-address string" B ENUM plus_fsp_poll "Enable/disable polling" VAL @p_bat - VAL_plus_fsp_poll@ ENUM plus_ifc_by_ta "Flow control of TE by TA (TX)" VAL @p_bat - VAL_plus_ifc_by_ta@ ENUM plus_ifc_by_te "Flow control of TA by TE (RX)" VAL @p_bat - VAL_plus_ifc_by_te@ ENUM plus_ilrr_rate "Rate (bps)" VAL @p_bat - VAL_plus_ilrr_rate@ VAR percent_imei_cd_man "Luhn Check Digit" B VAR percent_imei_fac_man "manufacturer code" B VAR percent_imei_snr1_man "serial number" B VAR percent_imei_snr2_man "serial number" B VAR percent_imei_snr3_man "serial number" B VAR percent_imei_svn_man "software version number" B VAR percent_imei_tac1_man "type approval country code" B VAR percent_imei_tac2_man "type approval assembly code" B VAR percent_imei_tac3_man "type approval assembly code" B ENUM plus_ipr_rate "Data rate" VAL @p_bat - VAL_plus_ipr_rate@ ENUM percent_pbcf_ldn "Last Dialled Number" VAL @p_bat - VAL_percent_pbcf_ldn@ ENUM percent_pbcf_lmn "Last Missed Number" VAL @p_bat - VAL_percent_pbcf_lmn@ ENUM percent_pbcf_lrn "Last Received Number" VAL @p_bat - VAL_percent_pbcf_lrn@ ENUM percent_ppp_authprot "Authentication protocol to use with PPP" VAL @p_bat - VAL_percent_ppp_authprot@ ENUM percent_ppp_conn_type "Connection type" VAL @p_bat - VAL_percent_ppp_conn_type@ VAR percent_ppp_dns1_opt "IP address of first DNS server to use (valid only during PPP connection)" M VAR percent_ppp_dns2_opt "IP address of second DNS server to use (valid only during PPP connection)" M VAR percent_ppp_ipaddr_opt "IP ddress of the mobile as negotiated with the network (valid only during PPP connection)" M VAR percent_ppp_password "User password" B VAR percent_ppp_user "User login name" B VAR percent_pvrf_newpin "New PIN (if type is PUK1/2)." B VAR percent_pvrf_pin "PIN/PUK characters." B VAR percent_pvrf_pk1cnt_opt "PUK1 Counter" T VAR percent_pvrf_pk2cnt_opt "PUK2 Counter" T VAR percent_pvrf_pn1cnt_opt "PIN1 Counter" T VAR percent_pvrf_pn2cnt_opt "PIN2 Counter" T ENUM percent_pvrf_ps1 "PIN1 Status" VAL @p_bat - VAL_percent_pvrf_ps1@ ENUM percent_pvrf_ps2 "PIN2 Status" VAL @p_bat - VAL_percent_pvrf_ps2@ ENUM percent_pvrf_type "PIN/PUK Type" VAL @p_bat - VAL_percent_pvrf_type@ ENUM percent_rdl_mode "Automatic calling repeat Mode" VAL @p_bat - VAL_percent_rdl_mode@ ENUM percent_rdl_state "Automatic calling repeat state" VAL @p_bat - VAL_percent_rdl_state@ ENUM percent_rdlb_mode "Blacklist mode" VAL @p_bat - VAL_percent_rdlb_mode@ VAR percent_rdlb_number "Telephone number" B ENUM percent_rdlb_state "Blacklist state" VAL @p_bat - VAL_percent_rdlb_state@ VAR percent_sata_redial_timeout_man "Redial timeout in ms" M VAR percent_satc_satprfl "SATK profile" B ENUM percent_satcc_mode "Short message SIM Contol mode" VAL @p_bat - VAL_percent_satcc_mode@ VAR percent_sate_satcmd "SATK envelope command" B VAR percent_sate_satrsp "SAT envelope response" B VAR percent_sati_satcmd "SIM Application Toolkit command" B VAR percent_satn_satcmd "SIM Application Toolkit command" B VAR percent_satr_satrsp "Response to SATK command" B ENUM percent_satt_cs "Cause for termination of SIM Application Toolkit" VAL @p_bat - VAL_percent_satt_cs@ ENUM percent_simins_n "Result code" VAL @p_bat - VAL_percent_simins_n@ ENUM percent_simrem_m "Type of SIM removal" VAL @p_bat - VAL_percent_simrem_m@ VAR percent_sncnt_oct_down_man "Octets Downlink Count" L VAR percent_sncnt_oct_up_man "Octets Uplink Count" L VAR percent_sncnt_pkt_down_man "Packets Downlink Count" L VAR percent_sncnt_pkt_up_man "Packets Uplink Count" L ENUM percent_sncnt_rst "Reset the SNDCP Counter" VAL @p_bat - VAL_percent_sncnt_rst@ ENUM percent_vts_mode "DTMF Mode" VAL @p_bat - VAL_percent_vts_mode@ ENUM plus_ws46_n "Wireless Network Mode" VAL @p_bat - VAL_plus_ws46_n@ VAR bat_dummy "dummy parameter" B VAL @p_bat - VAL_bat_dummy@ VAR custom_container "customer command / response" B VAR delete_status "Delete flag" B VAL @p_bat - VAL_delete_status@ VAR rdmode "Read Mode" B ENUM percent_ctzv_mode "%CTZV command (time and date report)" VAL @p_bat - VAL_percent_ctzv_mode@ ENUM percent_cmgrs_mode %REL99% "Mode for retransmission" VAL @p_bat - VAL_percent_cmgrs_mode@ VAR percent_cmgrs_tpmr %REL99% "Message reference" B VAR percent_cmgrs_resend_count %REL99% "Current number of resend attempt" B VAR percent_cmgrs_max_retrans %REL99% "Maximum retransmission attempt" B ENUM percent_creg_rt "Radio Access Technology" VAL @p_bat - VAL_percent_creg_rt@ VAR plus_cgtft_pf_id %REL99% "< 0: 1> packet filter identifier " B VAR plus_cgtft_pf_precedence %REL99% "packet filter precedence " B VAR plus_cgtft_p_addr_n_mask_str %REL99% " Source address and subnet mask. consists of dot seperated numeric parameters" B VAR plus_cgtft_protocol_or_next_header %REL99% "Basic Element" B VAR plus_cgtft_p_dest_port_range_str %REL99% "Range of destination port addresses." B VAR plus_cgtft_p_src_port_range_str %REL99% "Source port addresses range" B VAR plus_cgtft_ipsec_spi %REL99% "ipsec security parameter index (SPI)" L VAR plus_cgtft_p_tos_mask_or_tc_mask_str %REL99% "Type of service and mask (IPv4) / traffic class and mask (IPv6)" B VAR plus_cgtft_flow_label %REL99% "Flow label (IPv6)" L VAR plus_cgeqreq_tc %REL99% "Traffic class" B VAR plus_cgeqreq_max_rate_ul %REL99% "Maximum number of Kbits delivered to UMTS" S VAR plus_cgeqreq_max_rate_dl %REL99% "Maximum bit rate Kbits delivered by UMTS" S VAR plus_cgeqreq_guar_br_ul %REL99% "Guaranteed number of Kbits delivered to UMTS" S VAR plus_cgeqreq_guar_br_dl %REL99% "Guaranteed bit rate Kbits delivered by UMTS" S VAR plus_cgeqreq_order %REL99% " Delivery Order:UMTS bearer shall provide in-sequence SDU delivery" B VAR plus_cgeqreq_max_sdu %REL99% "Maximum allowed SDU size in octets" S VAR plus_cgeqreq_sdu_err_ratio %REL99% "Target value for fraction of SDUs lost or detected as erroneous" B VAR plus_cgeqreq_ber %REL99% "Target value for undetected bit error ratio in delivered SDUs" B VAR plus_cgeqreq_del_err_sdu %REL99% " SDU detected erroneous shall be delivered or not" B VAR plus_cgeqreq_xfer_delay %REL99% "Targeted time between request of SDU at one SAP and delivery at another" S VAR plus_cgeqreq_handling_pri %REL99% "Traffic Handling Priority" B ENUM plus_cgdcont_ctrl_ip_adderss "Control Ip address ( NAS_IPV4, NAS_IPV6, Not_present)" VAL @p_bat - VAL_plus_cgdcont_cntrl_ip_address@ VAR plus_cgeqreq_sdu_err_ratio_exp %REL99% "Exponent part of SDU error ratio" B VAR plus_cgeqreq_sdu_err_ratio_mant %REL99% "Mantissa part of SDU error ratio" B VAR plus_cgeqreq_ber_ratio_exp %REL99% "Exponent part of residual error ratio" B VAR plus_cgeqreq_ber_ratio_mant %REL99% "Residual error ratio: mantissa prt" B ENUM plus_cgtft_ctrl_tft_pf_entry %REL99% "IPV4/IPV6/notpreset" VAL @p_bat - VAL_plus_cgtft_ctrl_tft_pf_entry@ VAR pdp_cid_array %REL99% "Array of CIDs" B ENUM percent_mepd_sup_info %SIM_PERS% "Supplementary information for MEPD" VAL @p_bat - VAL_percent_mepd_sup_info@ VAR percent_mepd_values_of_sup_info %SIM_PERS% "Return value for supplementary information" B VAR percent_ecc_number_index %TI_PS_FF_AT_CMD_P_ECC% "Value of index varies from 0-7" B VAR percent_ecc_number %TI_PS_FF_AT_CMD_P_ECC% "ECC number example 123" B VAR percent_csq_min_access_level_man %FF_PS_RSSI% "minimum access level " B VAR percent_csq_min_access_level_opt %FF_PS_RSSI% "Minimum access level" T ENUM percent_csq_mode "Element for %CSQ command" VAL @p_bat - VAL_percent_csq_mode@ VAR percent_cuscfg_fac "Element for %CUSCFG command" B ENUM percent_cuscfg_mod "Element for %CUSCFG command" VAL @p_bat - VAL_percent_cuscfg_mod@ VAR percent_cuscfg_val "Element for %CUSCFG command" B ENUM percent_cuscfg_stat "Element for %CUSCFG command" VAL @p_bat - VAL_percent_cuscfg_stat@ ENUM percent_cniv_mode "%CNIV command (nertwork name report)" VAL @p_bat - VAL_percent_cniv_mode@ VAR percent_cniv_long_oper "Operator name in long alphanumeric format" B VAR percent_cniv_short_oper "Operator name in short alphanumeric format" B VAR percent_cniv_num_oper "Operator name in numeric format" B VAR percent_cniv_dcs_long_oper "DCS of long oper name" B VAR percent_cniv_dcs_short_oper "DCS of short oper name" B VAR percent_cniv_add_ci_opt "add country initials" B VAR datafield "data field identification" S VAR df_level1 "Path Information DF level 1" S VAR df_level2 "Path Information DF level 2" S ENUM percent_pbci_mode "%PBCI command (phonebook change indication report)" VAL @p_bat - VAL_percent_pbci_mode@ VAR percent_pbci_ef_id "elementary file id" S VAR percent_pbci_rec_num "record number" S ENUM percent_pbci_update_type "type of operation in the elementary file" VAL @p_bat - VAL_percent_pbci_update_type@ COMP no_parameter "Dummy structure" { bat_dummy ; Primitive structure element item } COMP res_que_percent_als "The query answer structure of the %ALS command." { percent_als_mode AS mode ; Mandatory: ALS Mode } COMP cmd_set_percent_als "The set command structure of the %ALS command." { percent_als_mode AS mode ; Mandatory: ALS Mode } COMP res_tst_percent_als "The test answer structure of the %ALS command." { percent_als_mode AS mode ; Mandatory: ALS Mode } COMP res_que_percent_atr "The query answer structure of the %ATR command." { percent_atr_phase AS phase ; Mandatory: GSM Phase percent_atr_atr AS atr [1..MAX_ATR_LEN] ; Mandatory: answer to reset } COMP res_que_percent_band "The query answer structure of the %BAND command." { percent_band_mode AS mode ; Mandatory: set the radio band switch mode percent_band_band AS band ; Optional : BAND Type } COMP cmd_set_percent_band "The set command structure of the %BAND command." { percent_band_mode AS mode ; Mandatory: set the radio band switch mode percent_band_band AS band ; Optional : BAND Type } COMP res_tst_percent_band "The test answer structure of the %BAND command." { percent_band_mode AS mode ; Mandatory: set the radio band switch mode percent_band_band AS band ; Optional : BAND Type } COMP cmd_andc "The set command structure of the &C command." { andc_value AS value ; Mandatory: Value } COMP res_que_plus_cacm "The query answer structure of the +CACM command." { plus_cacm_acm_man AS acm ; Mandatory: Accumulated Call Meter } COMP cmd_set_plus_cacm "The set command structure of the +CACM command." { plus_cacm_passwd AS passwd [4..MAX_CACM_PASSWD_LEN] ; Mandatory: SIM PIN2 } COMP res_que_plus_camm "The query answer structure of the +CAMM command." { plus_camm_acmmax_opt AS acmmax ; Optional : Accumulated Call Meter Maximum Value } COMP cmd_set_plus_camm "The set command structure of the +CAMM command." { plus_camm_acmmax_opt AS acmmax ; Optional : Accumulated Call Meter Maximum Value < () plus_camm_passwd AS passwd [0..MAX_CAMM_PASSWD_LEN] > ; Optional : SIM PIN2 String } COMP cmd_set_plus_caoc "The set command structure of the +CAOC command." { plus_caoc_mode AS mode ; Mandatory: Select mode. Only mode 0 is supported on BAT } COMP res_set_plus_caoc "The set response structure of the +CAOC command." { plus_caoc_ccm_man AS ccm ; Mandatory: Current Call Meter } COMP res_set_plus_cbc "The set response structure of the +CBC command." { plus_cbc_bsc AS bsc ; Mandatory: Battery Connection Status plus_cbc_bcl AS bcl ; Mandatory: Battery Charge Level } COMP res_que_percent_cbhz "The query answer structure of the %CBHZ command." { percent_cbhz_mode AS mode ; Mandatory: CBHZ mode dcs_man AS dcs ; Mandatory: Data coding scheme (3GPP TS 23.038) percent_cbhz_timeout AS timeout ; Mandatory: CBHZ timeout } COMP cmd_set_percent_cbhz "The set command structure of the %CBHZ command." { percent_cbhz_mode AS mode ; Mandatory: CBHZ mode dcs_opt AS dcs ; Optional : Data coding scheme (3GPP TS 23.038) percent_cbhz_timeout AS timeout ; Optional : CBHZ timeout } COMP res_tst_percent_cbhz "The test answer structure of the %CBHZ command." { percent_cbhz_mode AS mode ; Mandatory: CBHZ mode dcs_man AS dcs ; Mandatory: Data coding scheme (3GPP TS 23.038) percent_cbhz_timeout AS timeout ; Mandatory: CBHZ timeout } COMP res_uns_plus_cbm "The unsolicited result code structure of the +CBM command." { pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP res_uns_plus_cbmi "The unsolicited result code structure of the +CBMI command." { sms_mem AS sms_mem ; Mandatory: Memory area for SMS sms_index_man AS sms_index ; Mandatory: Index of message } COMP res_que_plus_cbst "The query answer structure of the +CBST command." { plus_cbst_speed AS speed ; Optional : CBST Speed plus_cbst_name AS name ; Optional : CBST name plus_cbst_ce AS ce ; Optional : CBST ce } COMP cmd_set_plus_cbst "The set command structure of the +CBST command." { plus_cbst_speed AS speed ; Optional : CBST Speed plus_cbst_name AS name ; Optional : CBST name plus_cbst_ce AS ce ; Optional : CBST ce } COMP res_que_percent_ccbs "The query answer structure of the %CCBS command." { percent_ccbs_ind AS ind ; Optional : type of CCBS Indication percent_ccbs_stat AS stat ; Optional : CCBS status percent_ccbs_idx AS idx ; Optional : CCBS Index < () percent_ccbs_number AS number [0..MAX_CCBS_NUMBER_LEN] > ; Optional : Number percent_ccbs_type_opt AS type ; Optional : type of number < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress bearer_class AS bearer_class ; Optional : Class Type percent_ccbs_ptn AS ptn ; Optional : alerting pattern } COMP cmd_set_percent_ccbs "The set command structure of the %CCBS command." { percent_ccbs_idx AS idx ; Optional : CCBS Index } COMP res_uns_percent_ccbs "The unsolicited result code structure of the %CCBS command." { percent_ccbs_ind AS ind ; Mandatory: type of CCBS Indication percent_ccbs_stat AS stat ; Optional : CCBS status percent_ccbs_idx AS idx ; Optional : CCBS Index < () percent_ccbs_number AS number [0..MAX_CCBS_NUMBER_LEN] > ; Optional : Number percent_ccbs_type_opt AS type ; Optional : type of number < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress bearer_class AS bearer_class ; Optional : Class Type percent_ccbs_ptn AS ptn ; Optional : alerting pattern } COMP res_uns_plus_cccm "The unsolicited result code structure of the +CCCM command." { plus_cccm_ccm_man AS ccm ; Mandatory: Current Call Meter } COMP res_uns_percent_cccn "The unsolicited result code structure of the %CCCN command." { percent_cccn_direction AS direction ; Mandatory: Direction percent_cccn_cid_man AS cid ; Mandatory: Call identification number as described in GSM 02.30 subclause 4.5.5.1 percent_cccn_facility AS facility [0..MAX_CCCN_FACILITY_LEN] ; Mandatory: Facility IE string } COMP cmd_set_plus_ccfc "The set command structure of the +CCFC command." { plus_ccfc_reason AS reason ; Mandatory: CCFC reason plus_ccfc_mode AS mode ; Mandatory: CCFC mode < () plus_ccfc_number AS number [0..MAX_CCFC_NUMBER_LEN] > ; Optional : number type_opt AS type ; Optional : Type of address < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress plus_ccfc_bearer_class AS bearer_class ; Optional : Class plus_ccfc_time AS time ; Optional : time in seconds before call is forwarded (when 'no reply' is enabled or queried) } COMP res_set_plus_ccfc "The set response structure of the +CCFC command." { plus_ccfc_status AS status ; Mandatory: status plus_ccfc_bearer_class AS bearer_class ; Mandatory: Class < () plus_ccfc_number AS number [0..MAX_CCFC_NUMBER_LEN] > ; Optional : number type_opt AS type ; Optional : Type of address < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress plus_ccfc_time AS time ; Optional : time in seconds before call is forwarded (when 'no reply' is enabled or queried) } COMP res_que_plus_cclk "The query answer structure of the +CCLK command." { year_man AS year ; Mandatory: year month_man AS month ; Mandatory: month day_man AS day ; Mandatory: day hour_man AS hour ; Mandatory: hour minutes_man AS minutes ; Mandatory: minutes seconds_man AS seconds ; Mandatory: seconds time_zone_man AS time_zone ; Mandatory: time zone } COMP cmd_set_plus_cclk "The set command structure of the +CCLK command." { year_man AS year ; Mandatory: year month_man AS month ; Mandatory: month day_man AS day ; Mandatory: day hour_man AS hour ; Mandatory: hour minutes_man AS minutes ; Mandatory: minutes seconds_man AS seconds ; Mandatory: seconds time_zone_man AS time_zone ; Mandatory: time zone } COMP res_que_plus_ccug "The query answer structure of the +CCUG command." { plus_ccug_n AS n ; Mandatory: CCUG mode plus_ccug_index AS index ; Mandatory: index plus_ccug_info AS info ; Mandatory: info } COMP cmd_set_plus_ccug "The set command structure of the +CCUG command." { plus_ccug_n AS n ; Optional : CCUG mode plus_ccug_index AS index ; Optional : index plus_ccug_info AS info ; Optional : info } COMP cmd_set_plus_ccwa "The set command structure of the +CCWA command." { plus_ccwa_mode AS mode ; Optional : Call waiting mode plus_ccwa_bearer_class AS bearer_class ; Optional : Sum of integers each representing a class of information } COMP res_set_plus_ccwa "The set response structure of the +CCWA command." { plus_ccwa_status AS status ; Mandatory: Actiavtion status plus_ccwa_bearer_class AS bearer_class ; Mandatory: Sum of integers each representing a class of information } COMP res_uns_plus_ccwa "The unsolicited result code structure of the +CCWA command." { plus_ccwa_number AS number [0..MAX_CCWA_NUMBER_LEN] ; Mandatory: Number type_man AS type ; Mandatory: Type of address plus_ccwa_bearer_class AS bearer_class ; Mandatory: Sum of integers each representing a class of information < () alpha AS alpha [0..MAX_PHB_NUM_LEN] > ; Optional : alphanumeric representation of <number> cli AS cli ; Optional : CLI validity } COMP cmd_set_plus_ccwa_w "The set command structure of the +CCWA_W command." { plus_ccwa_w_mode AS mode ; Optional : Call waiting mode plus_ccwa_w_bearer_class AS bearer_class ; Optional : Sum of integers each representing a class of information } COMP res_set_plus_ccwa_w "The set response structure of the +CCWA_W command." { plus_ccwa_w_status AS status ; Mandatory: Actiavtion status plus_ccwa_w_bearer_class AS bearer_class ; Mandatory: Sum of integers each representing a class of information } COMP res_uns_plus_ccwa_w "The unsolicited result code structure of the +CCWA_W command." { plus_ccwa_w_number AS number [0..MAX_CCWA_NUMBER_LEN] ; Mandatory: Number type_man AS type ; Mandatory: Type of address plus_ccwa_w_bearer_class AS bearer_class ; Mandatory: Sum of integers each representing a class of information < () alpha16 AS alpha16 [0..MAX_PHB_NUM_LEN] > ; Optional : alphanumeric representation of <number> cli AS cli ; Optional : CLI validity } COMP res_que_plus_cdip "The query answer structure of the +CDIP command" { plus_cdip_m AS m ; subscriber CDIP service status in the network } COMP res_uns_plus_cdip "The unsolicited result code structure of the +CDIP command." { plus_cdip_number AS number [0..MAX_CDIP_NUMBER_LEN] ; Mandatory: number type_man AS type ; Mandatory: Type of address < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress } COMP res_uns_plus_cds "The unsolicited result code structure of the +CDS command." { pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP res_set_plus_ceer "The set response structure of the +CEER command." { plus_ceer_definedby AS definedby ; Mandatory: Cause is defined by plus_ceer_originatingside AS originatingside ; Mandatory: Originating Side plus_ceer_originatingentity AS originatingentity ; Mandatory: Originating Entity plus_ceer_causevalue_man AS causevalue ; Mandatory: Cause Value } COMP res_que_plus_cfun "The query answer structure of the +CFUN command." { plus_cfun_fun AS fun ; Mandatory: fun } COMP cmd_set_plus_cfun "The set command structure of the +CFUN command." { plus_cfun_fun AS fun ; Optional : fun plus_cfun_rst AS rst ; Optional : Reset } COMP res_que_percent_cgaatt "The query answer structure of the %CGAATT command." { percent_cgaatt_att_m AS att_m ; Mandatory: Attach mode percent_cgaatt_det_m AS det_m ; Mandatory: Detach mode } COMP cmd_set_percent_cgaatt "The set command structure of the %CGAATT command." { percent_cgaatt_att_m AS att_m ; Mandatory: Attach mode percent_cgaatt_det_m AS det_m ; Mandatory: Detach mode } COMP res_que_plus_cgact "The query answer structure of the +CGACT command." { plus_cgact_state AS state ; Mandatory: state pdp_cid AS cid ; Mandatory: specifies a particular PDP context } COMP cmd_set_plus_cgact "The set command structure of the +CGACT command." { plus_cgact_state AS state ; Optional : state pdp_cid AS cid [0..MAX_PDP_CID] ; Optional : specifies a particular PDP context } COMP cmd_set_plus_cgans "The set command structure of the +CGANS command." { plus_cgans_response AS response ; Optional : response < () plus_cgans_l2p AS l2p [0..MAX_CGANS_L2P_LEN] > ; Optional : layer 2 protocol string pdp_cid AS cid ; Optional : specifies a particular PDP context } COMP res_que_plus_cgatt "The query answer structure of the +CGATT command." { plus_cgatt_state AS state ; Mandatory: state } COMP cmd_set_plus_cgatt "The set command structure of the +CGATT command." { plus_cgatt_state AS state ; Optional : state } COMP res_que_percent_cgclass "The query answer structure of the %CGCLASS command." { p_mobile_class AS p_mobile_class ; Mandatory: Mobile class p_mobile_class AS current_mobile_class ; Optional : Mobile class } COMP cmd_set_percent_cgclass "The set command structure of the %CGCLASS command." { p_mobile_class AS p_mobile_class ; Mandatory: Mobile class } COMP res_que_plus_cgclass "The query answer structure of the +CGCLASS command." { mobile_class AS mobile_class ; Mandatory: Mobile class } COMP cmd_set_plus_cgclass "The set command structure of the +CGCLASS command." { mobile_class AS mobile_class ; Optional : Mobile class } COMP res_que_plus_cgcmod %REL99% "The query answer structure of the +CGCMODcommand." { pdp_cid_array AS cid [0..MAX_PDP_CID] %REL99% ; Mandatory: Context Id } COMP cmd_set_plus_cgcmod %REL99% "The set command structure of the +CGCMOD command." { pdp_cid_array AS cid [0..MAX_PDP_CID] %REL99% ; Primitive structure element item } COMP cmd_set_plus_cgdata "The set command structure of the +CGDATA command." { < () plus_cgdata_l2p AS l2p [0..MAX_CGDATA_L2P_LEN] > ; Optional : layer 2 protocol string < () plus_cgdata_cid AS cid [0..MAX_PDP_CID] > ; Optional : Array of PDP context IDs } COMP res_que_plus_cgdcont "The query answer structure of the +CGDCONT command." { pdp_cid AS cid ; Mandatory: specifies a particular PDP context pdp_type AS pdp_type ; Mandatory: Specifies the type of packet data protocol apn AS apn [0..MAX_APN_LEN] ; Mandatory: Access Point Name pdp_addr AS pdp_addr [0..MAX_PDP_ADD] ; Mandatory: PDP address plus_cgdcont_d_comp AS d_comp ; Mandatory: d_comp plus_cgdcont_h_comp AS h_comp ; Mandatory: h_comp plus_cgdcont_ctrl_ip_adderss AS ctrl_ip_address ; Mandatory: Control ip address (part of pdp_addr) } COMP cmd_set_plus_cgdcont "The query answer structure of the +CGDCONT command." { pdp_cid AS cid ; Mandatory: specifies a particular PDP context pdp_type AS pdp_type ; Mandatory: Specifies the type of packet data protocol < () apn AS apn [0..MAX_APN_LEN] > ; Optional: Access Point Name < () pdp_addr AS pdp_addr [0..MAX_PDP_ADD] > ; Optional: PDP address plus_cgdcont_d_comp AS d_comp ; Mandatory: d_comp plus_cgdcont_h_comp AS h_comp ; Mandatory: h_comp plus_cgdcont_ctrl_ip_adderss AS ctrl_ip_address ; Mandatory: Control ip address (part of pdp_addr) } COMP res_que_plus_cgdscont %REL99% "The query answer structure of the +CGDSCONT command." { pdp_cid AS cid %REL99% ; Mandatory: specifies a particular PDP context pdp_pcid AS p_cid %REL99% ; Mandatory: Specifies Primary context Id pdp_type AS pdp_type %REL99% ; Mandatory: Specifies the type of packet data protocol plus_cgdcont_d_comp AS d_comp %REL99% ; Mandatory: d_comp plus_cgdcont_h_comp AS h_comp %REL99% ; Mandatory: h_comp } COMP cmd_set_plus_cgdscont %REL99% "The set command structure of the +CGDSCONT command." { pdp_cid AS cid %REL99% ; Mandatory: specifies a particular PDP context pdp_pcid AS p_cid %REL99% ; Mandatory: Specifies Primary context Id pdp_type AS pdp_type %REL99% ; Mandatory: Specifies the type of packet data protocol plus_cgdcont_d_comp AS d_comp %REL99% ; Mandatory: d_comp plus_cgdcont_h_comp AS h_comp %REL99% ; Mandatory: h_comp } COMP res_que_plus_cgeqreq %REL99% "The query answer structure of the +CGDCONT command" { pdp_cid AS cid %REL99% ; Mandatory: Context Id plus_cgeqreq_tc AS tc %REL99% ; Mandatory: Traffic class plus_cgeqreq_max_rate_ul AS max_rate_ul %REL99% ; Mandatory: Maximum bitrate (UL) plus_cgeqreq_max_rate_dl AS max_rate_dl %REL99% ; Mandatory: Maximum bit rate(DL) plus_cgeqreq_guar_br_ul AS guar_br_ul %REL99% ; Mandatory: Guaranteed bit rate(UL) plus_cgeqreq_guar_br_dl AS guar_br_dl %REL99% ; Mandatory: Guaranteed bit rate(DL) plus_cgeqreq_order AS order %REL99% ; Mandatory: Delivery order plus_cgeqreq_max_sdu AS max_sdu %REL99% ; Mandatory: Maximum SDU size plus_cgeqreq_sdu_err_ratio AS sdu_err_ratio [0..MAX_SDU_ERR_RATIO] %REL99% ; Mandatory: SDU error ratio plus_cgeqreq_ber AS ber [0..MAX_RES_BIT_ERR_RATIO] %REL99% ; Mandatory: Residual bit eror ratio plus_cgeqreq_del_err_sdu AS del_err_sdu %REL99% ; Mandatory: Delivery of erroneous SDUs plus_cgeqreq_xfer_delay AS xfer_delay %REL99% ; Mandatory: Transfer delay plus_cgeqreq_handling_pri AS handling_pri %REL99% ; Mandatory: Traffic handling priority } COMP cmd_set_plus_cgeqreq %REL99% "The query answer structure of the +CGDCONT command" { pdp_cid AS cid %REL99% ; Mandatory: Context Id plus_cgeqreq_tc AS tc %REL99% ; Mandatory: Traffic class plus_cgeqreq_max_rate_ul AS max_rate_ul %REL99% ; Mandatory: Maximum bitrate (UL) plus_cgeqreq_max_rate_dl AS max_rate_dl %REL99% ; Mandatory: Maximum bit rate(DL) plus_cgeqreq_guar_br_ul AS guar_br_ul %REL99% ; Mandatory: Guaranteed bit rate(UL) plus_cgeqreq_guar_br_dl AS guar_br_dl %REL99% ; Mandatory: Guaranteed bit rate(DL) plus_cgeqreq_order AS order %REL99% ; Mandatory: Delivery order plus_cgeqreq_max_sdu AS max_sdu %REL99% ; Mandatory: Maximum SDU size < () plus_cgeqreq_sdu_err_ratio AS sdu_err_ratio [0..MAX_SDU_ERR_RATIO] > %REL99% ; Optional: SDU error ratio < () plus_cgeqreq_ber AS ber [0..MAX_RES_BIT_ERR_RATIO] > %REL99% ; Optional: Residual bit eror ratio plus_cgeqreq_del_err_sdu AS del_err_sdu %REL99% ; Mandatory: Delivery of erroneous SDUs plus_cgeqreq_xfer_delay AS xfer_delay %REL99% ; Mandatory: Transfer delay plus_cgeqreq_handling_pri AS handling_pri %REL99% ; Mandatory: Traffic handling priority } COMP res_que_plus_cgeqmin %REL99% "The query answer structure of the +CGDCONT command" { pdp_cid AS cid %REL99% ; Mandatory: Context Id plus_cgeqreq_tc AS tc %REL99% ; Mandatory: Traffic class plus_cgeqreq_max_rate_ul AS max_rate_ul %REL99% ; Mandatory: Maximum bitrate (UL) plus_cgeqreq_max_rate_dl AS max_rate_dl %REL99% ; Mandatory: Maximum bit rate(DL) plus_cgeqreq_guar_br_ul AS guar_br_ul %REL99% ; Mandatory: Guaranteed bit rate(UL) plus_cgeqreq_guar_br_dl AS guar_br_dl %REL99% ; Mandatory: Guaranteed bit rate(DL) plus_cgeqreq_order AS order %REL99% ; Mandatory: Delivery order plus_cgeqreq_max_sdu AS max_sdu %REL99% ; Mandatory: Maximum SDU size < () plus_cgeqreq_sdu_err_ratio AS sdu_err_ratio [0..MAX_SDU_ERR_RATIO] > %REL99% ; Mandatory: SDU error ratio < () plus_cgeqreq_ber AS ber [0..MAX_RES_BIT_ERR_RATIO] > %REL99% ; Mandatory: Residual bit eror ratio plus_cgeqreq_del_err_sdu AS del_err_sdu %REL99% ; Mandatory: Delivery of erroneous SDUs plus_cgeqreq_xfer_delay AS xfer_delay %REL99% ; Mandatory: Transfer delay plus_cgeqreq_handling_pri AS handling_pri %REL99% ; Mandatory: Traffic handling priority } COMP cmd_set_plus_cgeqmin %REL99% "The query answer structure of the +CGDCONT command" { pdp_cid AS cid %REL99% ; Mandatory: Context Id plus_cgeqreq_tc AS tc %REL99% ; Mandatory: Traffic class plus_cgeqreq_max_rate_ul AS max_rate_ul %REL99% ; Mandatory: Maximum bitrate (UL) plus_cgeqreq_max_rate_dl AS max_rate_dl %REL99% ; Mandatory: Maximum bit rate(DL) plus_cgeqreq_guar_br_ul AS guar_br_ul %REL99% ; Mandatory: Guaranteed bit rate(UL) plus_cgeqreq_guar_br_dl AS guar_br_dl %REL99% ; Mandatory: Guaranteed bit rate(DL) plus_cgeqreq_order AS order %REL99% ; Mandatory: Delivery order plus_cgeqreq_max_sdu AS max_sdu %REL99% ; Mandatory: Maximum SDU size < () plus_cgeqreq_sdu_err_ratio AS sdu_err_ratio [0..MAX_SDU_ERR_RATIO] > %REL99% ; Optional: SDU error ratio < () plus_cgeqreq_ber AS ber [0..MAX_RES_BIT_ERR_RATIO] > %REL99% ; Optional: Residual bit eror ratio plus_cgeqreq_del_err_sdu AS del_err_sdu %REL99% ; Mandatory: Delivery of erroneous SDUs plus_cgeqreq_xfer_delay AS xfer_delay %REL99% ; Mandatory: Transfer delay plus_cgeqreq_handling_pri AS handling_pri %REL99% ; Mandatory: Traffic handling priority } COMP res_que_plus_cgeqneg %REL99% "The query answer structure of the +CGDCONT command" { pdp_cid AS cid %REL99% ; Mandatory: Context Id plus_cgeqreq_tc AS tc %REL99% ; Mandatory: Traffic class plus_cgeqreq_max_rate_ul AS max_rate_ul %REL99% ; Mandatory: Maximum bitrate (UL) plus_cgeqreq_max_rate_dl AS max_rate_dl %REL99% ; Mandatory: Maximum bit rate(DL) plus_cgeqreq_guar_br_ul AS guar_br_ul %REL99% ; Mandatory: Guaranteed bit rate(UL) plus_cgeqreq_guar_br_dl AS guar_br_dl %REL99% ; Mandatory: Guaranteed bit rate(DL) plus_cgeqreq_order AS order %REL99% ; Mandatory: Delivery order plus_cgeqreq_max_sdu AS max_sdu %REL99% ; Mandatory: Maximum SDU size < () plus_cgeqreq_sdu_err_ratio AS sdu_err_ratio [0..MAX_SDU_ERR_RATIO] > %REL99% ; Optional: SDU error ratio < () plus_cgeqreq_ber AS ber [0..MAX_RES_BIT_ERR_RATIO] > %REL99% ; Optional: Residual bit eror ratio plus_cgeqreq_del_err_sdu AS del_err_sdu %REL99% ; Mandatory: Delivery of erroneous SDUs plus_cgeqreq_xfer_delay AS xfer_delay %REL99% ; Mandatory: Transfer delay plus_cgeqreq_handling_pri AS handling_pri %REL99% ; Mandatory: Traffic handling priority } COMP cmd_set_plus_cgeqneg %REL99% "The query answer structure of the +CGDCONT command" { pdp_cid_array AS cid [0..MAX_PDP_CID] %REL99% ; Mandatory: Context Id } COMP res_uns_percent_cgev "The unsolicited result code structure of the %CGEV command." { percent_cgev_evt AS evt ; Mandatory: CGEV event type pdp_type AS pdp_type ; Optional : Specifies the type of packet data protocol < () pdp_addr AS pdp_addr [0..MAX_PDP_ADD] > ; Optional : PDP address pdp_cid AS cid ; Optional : specifies a particular PDP context p_mobile_class AS p_mobile_class ; Optional : Mobile class } COMP res_uns_plus_cgev "The unsolicited result code structure of the +CGEV command." { plus_cgev_evt AS evt ; Mandatory: CGEV event type pdp_type AS pdp_type ; Optional : Specifies the type of packet data protocol < () pdp_addr AS pdp_addr [0..MAX_PDP_ADD] > ; Optional : PDP address pdp_cid AS cid ; Optional : specifies a particular PDP context mobile_class AS mobile_class ; Optional : Mobile class } COMP res_set_plus_cgmi "The set response structure of the +CGMI command." { plus_cgmi_manufacturer AS manufacturer [0..MAX_CGMI_MANUFACTURER_LEN] ; Primitive structure element item } COMP cmd_set_percent_cgmm "The set command structure of the %CGMM command." { percent_cgmm_cipher_on AS cipher_on ; Mandatory: cipher_on percent_cgmm_tlli_handling AS tlli_handling ; Mandatory: tlli_handling } COMP res_set_plus_cgmm "The set response structure of the +CGMM command." { plus_cgmm_model AS model [0..MAX_CGMM_MODEL_LEN] ; Primitive structure element item } COMP res_set_plus_cgmr "The set response structure of the +CGMR command." { plus_cgmr_revision AS revision [0..MAX_CGMR_REVISION_LEN] ; Primitive structure element item } COMP cmd_set_plus_cgpaddr "The set command structure of the +CGPADDR command." { pdp_cid AS cid [0..MAX_PDP_CID] ; Mandatory: specifies a particular PDP context } COMP res_set_plus_cgpaddr "The set response structure of the +CGPADDR command." { pdp_cid AS cid ; Mandatory: specifies a particular PDP context pdp_addr AS pdp_addr [0..MAX_PDP_ADD] ; Mandatory: PDP address } COMP res_tst_plus_cgpaddr "The test answer structure of the +CGPADDR command." { pdp_cid AS cid [0..MAX_PDP_CID] ; Mandatory: specifies a particular PDP context } COMP cmd_set_percent_cgpco "The set command structure of the %CGPCO command." { percent_cgpco_mode AS mode ; Mandatory: execution mode percent_cgpco_format AS format ; Mandatory: PCO parameter format < () percent_cgpco_pco AS pco [0..MAX_CGPCO_PCO_LEN] > ; Optional : protocol configuration options pdp_cid AS cid ; Optional : specifies a particular PDP context } COMP res_set_percent_cgpco "The set response structure of the %CGPCO command." { percent_cgpco_pco AS pco [0..MAX_CGPCO_PCO_LEN] ; Mandatory: protocol configuration options pdp_cid AS cid ; Mandatory: specifies a particular PDP context } COMP res_que_percent_cgppp "The query answer structure of the %CGPPP command." { percent_cgppp_protocol AS protocol ; Mandatory: authentication protocol } COMP cmd_set_percent_cgppp "The set command structure of the %CGPPP command." { percent_cgppp_protocol AS protocol ; Mandatory: authentication protocol } COMP res_que_plus_cgqmin "The query answer structure of the +CGQMIN command." { pdp_cid AS cid ; Mandatory: specifies a particular PDP context precedence AS precedence ; Mandatory: Precedence Class delay AS delay ; Mandatory: Delay Class reliability AS reliability ; Mandatory: Reliability Class peak AS peak ; Mandatory: Peak Throughput Class mean AS mean ; Mandatory: Mean Throughput Class } COMP cmd_set_plus_cgqmin "The set command structure of the +CGQMIN command." { pdp_cid AS cid ; Optional : specifies a particular PDP context precedence AS precedence ; Optional : Precedence Class delay AS delay ; Optional : Delay Class reliability AS reliability ; Optional : Reliability Class peak AS peak ; Optional : Peak Throughput Class mean AS mean ; Optional : Mean Throughput Class } COMP res_que_plus_cgqreq "The query answer structure of the +CGQREQ command." { pdp_cid AS cid ; Mandatory: specifies a particular PDP context precedence AS precedence ; Mandatory: Precedence Class delay AS delay ; Mandatory: Delay Class reliability AS reliability ; Mandatory: Reliability Class peak AS peak ; Mandatory: Peak Throughput Class mean AS mean ; Mandatory: Mean Throughput Class } COMP cmd_set_plus_cgqreq "The set command structure of the +CGQREQ command." { pdp_cid AS cid ; Optional : specifies a particular PDP context precedence AS precedence ; Optional : Precedence Class delay AS delay ; Optional : Delay Class reliability AS reliability ; Optional : Reliability Class peak AS peak ; Optional : Peak Throughput Class mean AS mean ; Optional : Mean Throughput Class } COMP res_que_percent_cgreg "The query answer structure of the %CGREG command." { percent_cgreg_stat AS stat ; Mandatory: GPRS extended registration state lac_opt AS lac ; Optional : Location area code ci_opt AS ci ; Optional : Cell id percent_cgreg_state AS state ; Optional : PDP context state } COMP res_uns_percent_cgreg "The unsolicited result code structure of the %CGREG command." { percent_cgreg_stat AS stat ; Mandatory: GPRS extended registration state lac_opt AS lac ; Optional : Location area code ci_opt AS ci ; Optional : Cell id } COMP res_que_plus_cgreg "The query answer structure of the +CGREG command." { plus_cgreg_stat AS stat ; Mandatory: GPRS extended registration state lac_opt AS lac ; Optional : Location area code ci_opt AS ci ; Optional : Cell id } COMP res_uns_plus_cgreg "The unsolicited result code structure of the +CGREG command." { plus_cgreg_stat AS stat ; Mandatory: GPRS extended registration state lac_opt AS lac ; Optional : Location area code ci_opt AS ci ; Optional : Cell id } COMP res_set_plus_cgsn "The set response structure of the +CGSN command." { plus_cgsn_sn AS sn [0..MAX_CGSN_SN_LEN] ; Primitive structure element item } COMP res_que_plus_cgsms "The query answer structure of the +CGSMS command." { plus_cgsms_service AS service ; Optional : service } COMP cmd_set_plus_cgsms "The set command structure of the +CGSMS command." { plus_cgsms_service AS service ; Optional : service } COMP res_que_plus_cgtft %REL99% "The query answer structure of the +CGTFT command." { pdp_cid AS cid %REL99% ; Mandatory: Context id plus_cgtft_pf_id AS tft_pf_id %REL99% ; Mandatory: packet filter identifier plus_cgtft_pf_precedence AS tft_pf_precedence %REL99% ; Mandatory: Evaluation precedence index < () plus_cgtft_p_addr_n_mask_str AS addr_n_mask [0..MAX_ADDR_N_MASK_LEN] > %REL99% ; Mandatory:source address and sub met mask plus_cgtft_protocol_or_next_header AS prt_num_or_nxt_hd %REL99% ; Mandatory: Protocol number or next header < () plus_cgtft_p_dest_port_range_str AS dest_port_range [0..MAX_DEST_PORT_LEN] > %REL99% ; Mandatory: Destination port range < () plus_cgtft_p_src_port_range_str AS src_port_range [0..MAX_SRC_PORT_LEN] > %REL99% ; Mandatory: source port range < () plus_cgtft_ipsec_spi AS ipsec_spi > %REL99% ; Mandatory: ipsec security parameter index (SPI) < () plus_cgtft_p_tos_mask_or_tc_mask_str AS tos_mask_or_tc_mask [0..MAX_TOS_MASK_OR_TC_MASK] > %REL99% ; Mandatory:type of service and mask (IPv4) / traffic class and mask (IPv6) < () plus_cgtft_flow_label AS flow_label > %REL99% ; Mandatory: flow label (IPv6) } COMP cmd_set_plus_cgtft %REL99% "The set command structure of the +CGTFT command." { pdp_cid AS cid %REL99% ; Mandatory: Context ID plus_cgtft_pf_id AS tft_pf_id %REL99% ; Mandatory: packet filter identifier plus_cgtft_pf_precedence AS tft_pf_precedence %REL99% ; Mandatory: Evaluation precedence index < () plus_cgtft_p_addr_n_mask_str AS addr_n_mask [0..MAX_ADDR_N_MASK_LEN] > %REL99% ; Mandatory:source address and sub met mask plus_cgtft_protocol_or_next_header AS prt_num_or_nxt_hd %REL99% ; Primitive structure element item < () plus_cgtft_p_dest_port_range_str AS dest_port_range [0..MAX_DEST_PORT_LEN] > %REL99% ; Mandatory: Destination port range < () plus_cgtft_p_src_port_range_str AS src_port_range [0..MAX_SRC_PORT_LEN] > %REL99% ; Mandatory: source port range < () plus_cgtft_ipsec_spi AS ipsec_spi > %REL99% ; Mandatory: ipsec security parameter index (SPI) < () plus_cgtft_p_tos_mask_or_tc_mask_str AS tos_mask_or_tc_mask [0..MAX_TOS_MASK_OR_TC_MASK] > %REL99% ; Mandatory:type of service and mask (IPv4) / traffic class and mask (IPv6) plus_cgtft_flow_label AS flow_label %REL99% ; Mandatory: flow label (IPv6) plus_cgtft_ctrl_tft_pf_entry AS ctrl_tft_pf_entry %REL99% ; Primitive structure element item } COMP cmd_set_percent_chld "The set command structure of the %CHLD command." { percent_chld_n AS n ; Optional : n percent_chld_x_opt AS x ; Optional : x is supported for 1, 2, 6 and 7, for 7 is X required } COMP cmd_set_percent_chpl "The set command structure of the %CHPL command." { percent_chpl_oprfrmt AS oprfrmt ; Mandatory: oprFrmt } COMP res_set_percent_chpl "The set response structure of the %CHPL command." { percent_chpl_type AS type ; Mandatory: Type of the entry percent_chpl_oper AS oper [0..MAX_CHPL_OPER_LEN] ; Mandatory: Operator String } COMP cmd_set_percent_chpl_w "The set command structure of the %CHPL_W command." { percent_chpl_w_oprfrmt AS oprfrmt ; Mandatory: oprFrmt } COMP res_set_percent_chpl_w "The set response structure of the %CHPL_W command." { percent_chpl_w_type AS type ; Mandatory: Type of the entry percent_chpl_w_oper AS oper [0..MAX_CHPL_OPER_LEN] ; Mandatory: Operator String } COMP res_set_plus_cimi "The set response structure of the +CIMI command." { plus_cimi_imsi AS imsi [0..MAX_CIMI_IMSI_LEN] ; Mandatory: International Mobile Subscriber Identity } COMP res_que_plus_cind "The query answer structure of the +CIND command." { plus_cind_signal AS signal ; Optional : signal indicator type plus_cind_smsfull AS smsfull ; Optional : smsfull } COMP cmd_set_plus_cind "The set command structure of the +CIND command." { plus_cind_signal_ctrl AS signal_ctrl ; Optional : threshold level for signal strength plus_cind_smsfull_ctrl AS smsfull_ctrl ; Optional : smsfull control } COMP res_uns_plus_clae "The unsolicited result code structure of the +CLAE command." { plus_clae_code AS code [0..MAX_CLAE_CODE_LEN] ; Mandatory: code } COMP res_que_plus_clan "The query answer structure of the +CLAN command." { plus_clan_code AS code [0..MAX_CLAN_CODE_LEN] ; Mandatory: code (Including AUTO) } COMP cmd_set_plus_clan "The set command structure of the +CLAN command." { plus_clan_code AS code [0..MAX_CLAN_CODE_LEN] ; Mandatory: code (Including AUTO) } COMP res_tst_plus_clan "The test answer structure of the +CLAN command." { plus_clan_code AS code [0..MAX_CLAN_CODE_LEN] ; Mandatory: code (Including AUTO) } COMP res_uns_plus_clav "The unsolicited result code structure of the +CLAV command." { plus_clav_code AS code [2..MAX_CLAV_CODE_LEN] ; Mandatory: Language code as defined in ISO 639 } COMP res_que_plus_clcc "The query answer structure of the +CLCC command." { plus_clcc_idx_opt AS idx ; Optional : Call Identification plus_clcc_dir AS dir ; Optional : Direction of call plus_clcc_stat AS stat ; Optional : state of call plus_clcc_mode AS mode ; Optional : bearer or teleservice plus_clcc_mpty AS mpty ; Optional : Type of call type_opt AS type ; Optional : Type of address < () alpha AS alpha [0..MAX_PHB_NUM_LEN] > ; Optional : alphanumeric representation of <number> < () plus_clcc_number AS number [0..MAX_CLCC_NUMBER_LEN] > ; Optional : Called number } COMP cmd_set_plus_clck "The set command structure of the +CLCK command." { plus_clck_fac AS fac ; Mandatory: facility plus_clck_mode AS mode ; Mandatory: mode < () plus_clck_passwd AS passwd [0..MAX_CLCK_PWD_LEN] > ; Optional : password string bearer_class AS bearer_class ; Optional : Class Type } COMP res_set_plus_clck "The set response structure of the +CLCK command." { plus_clck_status AS status ; Mandatory: Status bearer_class AS bearer_class ; Optional : Class Type } COMP res_que_plus_clip "The query answer structure of the +CLIP command." { plus_clip_m AS m ; Mandatory: subscriber CLIP service status in the network } COMP res_uns_plus_clip "The unsolicited result code structure of the +CLIP command." { plus_clip_number AS number [0..MAX_CLIP_NUMBER_LEN] ; Mandatory: number type_man AS type ; Mandatory: Type of address < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress < () alpha AS alpha [0..MAX_PHB_NUM_LEN] > ; Optional : alphanumeric representation of <number> cli AS cli ; Optional : CLI validity } COMP res_que_plus_clip_w "The query answer structure of the +CLIP_W command." { plus_clip_w_m AS m ; Mandatory: subscriber CLIP service status in the network } COMP res_uns_plus_clip_w "The unsolicited result code structure of the +CLIP_W command." { plus_clip_w_number AS number [0..MAX_CLIP_NUMBER_LEN] ; Mandatory: number type_man AS type ; Mandatory: Type of address < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress < () alpha16 AS alpha [0..MAX_PHB_NUM_LEN] > ; Optional : alphanumeric representation of <number> cli AS cli ; Optional : CLI validity } COMP res_que_plus_clir "The query answer structure of the +CLIR command." { plus_clir_n AS n ; Optional : Adjustment for outgoing calls plus_clir_m AS m ; Mandatory: CLIR service status in the network } COMP cmd_set_plus_clir "The set command structure of the +CLIR command." { plus_clir_n AS n ; Optional : Adjustment for outgoing calls } COMP res_que_plus_clvl "The query answer structure of the +CLVL command." { plus_clvl_level_man AS level ; Mandatory: integer type value with manufacturer specific range (smallest value represents the lowest sound level) } COMP cmd_set_plus_clvl "The set command structure of the +CLVL command." { plus_clvl_level_man AS level ; Mandatory: integer type value with manufacturer specific range (smallest value represents the lowest sound level) } COMP res_que_plus_cmer "The query answer structure of the +CMER command." { plus_cmer_ind_option AS ind_option ; Optional : indication option } COMP cmd_set_plus_cmer "The set command structure of the +CMER command." { plus_cmer_ind_option AS ind_option ; Optional : indication option } COMP res_plus_cme_error "The unsolicited result code structure of the +CME_ERROR command." { plus_cme_error_error AS error ; Mandatory: Error } COMP cmd_set_percent_mepd %SIM_PERS% "The structure for %MEPD set comand" { percent_mepd_sup_info AS sup_info_type %SIM_PERS% ; ENUM values input to set command } COMP res_set_percent_mepd %SIM_PERS% "The set response structure of the %MEPD command" { percent_mepd_values_of_sup_info AS datavalue %SIM_PERS% ; Primitive structure element item } COMP cmd_set_plus_cmgc "The set command structure of the +CMGC command." { plus_cmgc_pdu AS pdu [0..MAX_CMGC_PDU_LEN] ; Mandatory: PDU Data } COMP res_set_plus_cmgc "The set response structure of the +CMGC command." { plus_cmgc_mr_man AS mr ; Mandatory: message reference plus_cmgc_ackpdu AS ackpdu [0..MAX_CMGC_ACKPDU_LEN] ; Mandatory: As PDU but only RP-User-Data element of RP-ACK PDU c_ackpdu means not present } COMP cmd_set_plus_cmgd "The set command structure of the +CMGD command." { plus_cmgd_index_man AS index ; Mandatory: Range of location numbers supported by the associated memory delete_status AS status ; Delete flag } COMP cmd_set_percent_cmgl "The set command structure of the %CMGL command." { percent_cmgl_stat AS stat ; Optional : Status of message < () rdmode AS rdmode > ; Optional: Read Mode } COMP cmd_set_plus_cmgl "The set command structure of the +CMGL command." { plus_cmgl_stat AS stat ; Optional : Status of message } COMP res_set_percent_cmgl "The set response structure of the %CMGL command." { sms_index_man AS sms_index ; Mandatory: Index of message percent_cmgl_stat AS stat ; Mandatory: Status of message < () percent_cmgl_alpha AS alpha [0..MAX_CMGL_ALPHA] > ; Optional : Alphanumeric entry corresponding to phone number percent_cmgl_alpha_cs AS alpha_cs ; Optional : Data coding scheme for 'alpha' pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP res_set_plus_cmgl "The set response structure of the +CMGL command." { sms_index_man AS sms_index ; Mandatory: Index of message plus_cmgl_stat AS stat ; Mandatory: Status of message < () plus_cmgl_alpha AS alpha [0..MAX_CMGL_ALPHA] > ; Optional : Alphanumeric entry corresponding to phone number plus_cmgl_alpha_cs AS alpha_cs ; Optional : Data coding scheme for 'alpha' pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP cmd_set_plus_cmgl_w "The set command structure of the +CMGL_W command." { plus_cmgl_w_stat AS stat ; Optional : Status of message } COMP res_set_plus_cmgl_w "The set response structure of the +CMGL_W command." { sms_index_man AS sms_index ; Mandatory: Index of message plus_cmgl_w_stat AS stat ; Mandatory: Status of message < () plus_cmgl_w_alpha AS alpha [0..MAX_CMGL_ALPHA] > ; Optional : Alphanumeric entry corresponding to phone number plus_cmgl_w_alpha_cs AS alpha_cs ; Optional : Data coding scheme for 'alpha' pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP cmd_set_percent_cmgr "The set command structure of the %CMGR command." { sms_index_man AS sms_index ; Mandatory: Index of message < () rdmode AS rdmode > ; Optional: Read Mode } COMP res_set_percent_cmgr "The set response structure of the %CMGR command." { sms_stat AS sms_stat ; Mandatory: Status of message < () percent_cmgr_alpha AS alpha [0..MAX_CMGR_ALPHA] > ; Optional : Alphanumeric entry corresponding to phone number percent_cmgr_alpha_cs AS alpha_cs ; Optional : Data coding scheme for 'alpha' pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP cmd_set_plus_cmgr "The set command structure of the +CMGR command." { sms_index_man AS sms_index ; Mandatory: Index of message } COMP res_set_plus_cmgr "The set response structure of the +CMGR command." { sms_stat AS sms_stat ; Mandatory: Status of message < () plus_cmgr_alpha AS alpha [0..MAX_CMGR_ALPHA] > ; Optional : Alphanumeric entry corresponding to phone number plus_cmgr_alpha_cs AS alpha_cs ; Optional : Data coding scheme for 'alpha' pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP cmd_set_plus_cmgr_w "The set command structure of the +CMGR_W command." { sms_index_man AS sms_index ; Mandatory: Index of message } COMP res_set_plus_cmgr_w "The set response structure of the +CMGR_W command." { sms_stat AS sms_stat ; Mandatory: Status of message < () plus_cmgr_w_alpha AS alpha [0..MAX_CMGR_ALPHA] > ; Optional : Alphanumeric entry corresponding to phone number plus_cmgr_w_alpha_cs AS alpha_cs ; Optional : Data coding scheme for 'alpha' pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP res_que_percent_cmgrs %REL99% "Query answer for %cmgrs command" { percent_cmgrs_mode AS mode %REL99% ; Primitive structure element item } COMP cmd_set_percent_cmgrs %REL99% "The set command structure for %CMGRS" { percent_cmgrs_mode AS mode %REL99% ; Mode for retransmission } COMP res_uns_percent_cmgrs %REL99% "Unsolicited result during retransmission" { percent_cmgrs_mode AS mode %REL99% ; Mode of retransmission percent_cmgrs_tpmr AS tp_mr %REL99% ; Message reference percent_cmgrs_resend_count AS resend_count %REL99% ; Current count of retransmission percent_cmgrs_max_retrans AS max_retrans %REL99% ; Maximum retransmission } COMP cmd_set_plus_cmgs "The set command structure of the +CMGS command." { plus_cmgs_length_man AS length ; Mandatory: number of octets without SMSC address octets pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP res_set_plus_cmgs "The set response structure of the +CMGS command." { plus_cmgs_mr_man AS mr ; Mandatory: Message reference value } COMP cmd_set_plus_cmgw "The set command structure of the +CMGW command." { plus_cmgw_length_man AS length ; Mandatory: number of octets without SMSC address octets sms_stat AS sms_stat ; Optional : Status of message pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP res_set_plus_cmgw "The set response structure of the +CMGW command." { plus_cmgw_index_man AS index ; Mandatory: Index of written message } COMP res_que_plus_cmod "The query answer structure of the +CMOD command." { plus_cmod_mode AS mode ; Mandatory: Call mode } COMP cmd_set_plus_cmod "The set command structure of the +CMOD command." { plus_cmod_mode AS mode ; Optional : Call mode } COMP cmd_set_plus_cmss "The set command structure of the +CMSS command." { plus_cmss_index_man AS index ; Mandatory: Storage area index < () plus_cmss_da AS da [0..MAX_CMSS_DEST_ADDR_LEN] > ; Optional : Destination address plus_cmss_toda_opt AS toda ; Optional : Type of destination address } COMP res_set_plus_cmss "The set response structure of the +CMSS command." { plus_cmss_mr_man AS mr ; Mandatory: Message reference value < () plus_cmss_ackpdu AS ackpdu [0..MAX_CMSS_ACKPDU_LEN] > ; Optional: As PDU but only RP-User-Data element of RP-ACK PDU c_ackpdu means not present } COMP res_plus_cms_error "The unsolicited result code structure of the +CMS_ERROR command." { plus_cms_error_err AS err ; Mandatory: Error code } COMP res_uns_plus_cmt "The unsolicited result code structure of the +CMT command." { < () plus_cmt_alpha AS alpha [0..MAX_CMT_ALPHA] > ; Optional : Corresponding phonebook entry plus_cmt_alpha_cs AS alpha_cs ; Optional : Data coding scheme for 'alpha' pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP res_uns_plus_cmti "The unsolicited result code structure of the +CMTI command." { sms_mem AS sms_mem ; Mandatory: Memory area for SMS sms_index_man AS sms_index ; Mandatory: Index of message } COMP res_uns_plus_cmt_w "The unsolicited result code structure of the +CMT_W command." { < () plus_cmt_w_alpha AS alpha [0..MAX_CMT_ALPHA] > ; Optional : Corresponding phonebook entry plus_cmt_w_alpha_cs AS alpha_cs ; Optional : Data coding scheme for 'alpha' pdu AS pdu [0..MAX_SM_LEN] ; Mandatory: PDU data } COMP res_que_plus_cmut "The query answer structure of the +CMUT command." { plus_cmut_n AS n ; Mandatory: Mute Control } COMP cmd_set_plus_cmut "The set command structure of the +CMUT command." { plus_cmut_n AS n ; Mandatory: Mute Control } COMP res_que_plus_cmux "The query answer structure of the +CMUX command." { plus_cmux_mode AS mode ; Mandatory: Multiplexer transparency mechanism plus_cmux_subset AS subset ; Optional : Defines the way in which the multiplexer control channel is set up plus_cmux_port_speed AS port_speed ; Mandatory: Port speed (transmission rate) plus_cmux_n1_man AS n1 ; Mandatory: Maximum frame size plus_cmux_t1_man AS t1 ; Mandatory: Acknowledgement timer in units of ten milliseconds plus_cmux_n2_man AS n2 ; Mandatory: Maximum number of retransmissions plus_cmux_t2_man AS t2 ; Mandatory: Response timer for the multiplexer control channel in units of ten milliseconds plus_cmux_t3_man AS t3 ; Mandatory: Wake up response timer in seconds plus_cmux_k_opt AS k ; Optional : Window size, for Advanced operation with Error Recovery options } COMP cmd_set_plus_cmux "The set command structure of the +CMUX command." { plus_cmux_mode AS mode ; Mandatory: Multiplexer transparency mechanism plus_cmux_subset AS subset ; Optional : Defines the way in which the multiplexer control channel is set up plus_cmux_port_speed AS port_speed ; Mandatory: Port speed (transmission rate) plus_cmux_n1_opt AS n1 ; Optional : Maximum frame size plus_cmux_t1_opt AS t1 ; Optional : Acknowledgement timer in units of ten milliseconds plus_cmux_n2_opt AS n2 ; Optional : Maximum number of retransmissions plus_cmux_t2_opt AS t2 ; Optional : Response timer for the multiplexer control channel in units of ten milliseconds plus_cmux_t3_opt AS t3 ; Optional : Wake up response timer in seconds plus_cmux_k_opt AS k ; Optional : Window size, for Advanced operation with Error Recovery options } COMP res_que_percent_cnap "The query answer structure of the %CNAP command." { percent_cnap_status AS status ; Mandatory: Status of CNAP service } COMP res_uns_percent_cnap "The unsolicited result code structure of the %CNAP command." { percent_cnap_pres_mode AS pres_mode ; Mandatory: Presentation mode dcs_opt AS dcs ; Optional : Data coding scheme (3GPP TS 23.038) < () percent_cnap_name AS name [0..MAX_CNAP_NAME_LEN] > ; Optional : Calling name string } COMP cmd_set_plus_cnma "The set command structure of the +CNMA command." { plus_cnma_n AS n ; Mandatory: Status < () pdu AS pdu [0..MAX_SM_LEN] > ; Optional : PDU data } COMP res_que_plus_cnmi "The query answer structure of the +CNMI command." { plus_cnmi_mt AS mt ; Mandatory: Indication routing for SMS-DELIVERs plus_cnmi_bm AS bm ; Mandatory: Indication routing for CBMs plus_cnmi_ds AS ds ; Mandatory: Indication routing for SMS-STATUS } COMP cmd_set_plus_cnmi "The set command structure of the +CNMI command." { plus_cnmi_mt AS mt ; Optional : Indication routing for SMS-DELIVERs plus_cnmi_bm AS bm ; Optional : Indication routing for CBMs plus_cnmi_ds AS ds ; Optional : Indication routing for SMS-STATUS } COMP res_set_plus_cnum "The set response structure of the +CNUM command." { < () plus_cnum_alpha AS alpha [0..MAX_CNUM_ALPHA_LEN] > ; Optional : Text string associated with phone number plus_cnum_number AS number [0..MAX_CNUM_NUMBER_LEN] ; Mandatory: Phone number type_man AS type ; Mandatory: Type of address plus_cnum_index_man AS index ; Mandatory: Value in the range of location numbers of phonebook memory } COMP res_set_plus_cnum_w "The set response structure of the +CNUM_W command." { < () plus_cnum_w_alpha AS alpha [0..MAX_CNUM_ALPHA_LEN] > ; Optional : Text string associated with phone number plus_cnum_w_number AS number [0..MAX_CNUM_NUMBER_LEN] ; Mandatory: Phone number type_man AS type ; Mandatory: Type of address plus_cnum_w_index_man AS index ; Mandatory: Value in the range of location numbers of phonebook memory } COMP res_que_plus_colp "The query answer structure of the +COLP command." { plus_colp_m AS m ; Mandatory: COLP status } COMP res_uns_plus_colp "The unsolicited result code structure of the +COLP command." { < () plus_colp_number AS number [0..MAX_COLP_NUMBER_LEN] > ; Optional : number type_man AS type ; Mandatory: Type of address < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress < () plus_colp_alpha AS alpha [0..MAX_COLP_ALPHA_LEN] > ; Optional : alphanumeric representation of <number> } COMP res_que_plus_colp_w "The query answer structure of the +COLP_W command." { plus_colp_w_m AS m ; Mandatory: COLP status } COMP res_uns_plus_colp_w "The unsolicited result code structure of the +COLP_W command." { < () plus_colp_w_number AS number [0..MAX_COLP_NUMBER_LEN] > ; Optional : number type_man AS type ; Mandatory: Type of address < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress < () plus_colp_w_alpha AS alpha [0..MAX_COLP_ALPHA_LEN] > ; Optional : alphanumeric representation of <number> } COMP res_at_connect "The unsolicited result code structure of the CONNECT command." { at_connect_data_rate AS data_rate ; Optional : Data rate } COMP res_que_percent_cops "The query answer structure of the %COPS command." { percent_cops_mode AS mode ; Mandatory: Selection mode percent_cops_format AS format ; Optional : Format of the operator name < () percent_cops_oper AS oper [0..MAX_COPS_LONG_OPER_LEN] > ; Optional : Operator name percent_cops_service AS service ; Optional : Service status } COMP cmd_set_percent_cops "The set command structure of the %COPS command." { percent_cops_mode AS mode ; Optional : Selection mode percent_cops_format AS format ; Optional : Format of the operator name < () percent_cops_oper AS oper [0..MAX_COPS_LONG_OPER_LEN] > ; Optional : Operator name } COMP res_tst_percent_cops "The test answer structure of the %COPS command." { percent_cops_status AS status ; Optional : Indicating the availability of the operator < () percent_cops_long_oper AS long_oper [0..MAX_COPS_LONG_OPER_LEN] > ; Optional : Operator name in long alphanumeric format < () percent_cops_short_oper AS short_oper [0..MAX_COPS_SHORT_OPER_LEN] > ; Optional : Operator name in short alphanumeric format < () percent_cops_num_oper AS num_oper [0..MAX_COPS_NUM_OPER_LEN] > ; Optional : Operator name in numeric format } COMP res_que_plus_cops "The query answer structure of the +COPS command." { plus_cops_mode AS mode ; Mandatory: Selection mode plus_cops_format AS format ; Optional : Format of the operator name < () plus_cops_oper AS oper [0..MAX_COPS_OPER_LEN] > ; Optional : Operator name } COMP cmd_set_plus_cops "The set command structure of the +COPS command." { plus_cops_mode AS mode ; Optional : Selection mode plus_cops_format AS format ; Optional : Format of the operator name < () plus_cops_oper AS oper [0..MAX_COPS_OPER_LEN] > ; Optional : Operator name } COMP res_tst_plus_cops "The test answer structure of the +COPS command." { plus_cops_status AS status ; Optional : Indicating the availability of the operator < () plus_cops_long_oper AS long_oper [0..MAX_COPS_LONG_OPER_LEN] > ; Optional : Operator name in long alphanumeric format < () plus_cops_short_oper AS short_oper [0..MAX_COPS_SHORT_OPER_LEN] > ; Optional : Operator name in short alphanumeric format < () plus_cops_num_oper AS num_oper [0..MAX_COPS_NUM_OPER_LEN] > ; Optional : Operator name in numeric format } COMP res_que_percent_cops_w "The query answer structure of the %COPS_W command." { percent_cops_w_mode AS mode ; Mandatory: Selection mode percent_cops_w_format AS format ; Optional : Format of the operator name < () percent_cops_w_oper AS oper [0..MAX_COPS_LONG_OPER_LEN] > ; Optional : Operator name percent_cops_w_service AS service ; Optional : Service status } COMP cmd_set_percent_cops_w "The set command structure of the %COPS_W command." { percent_cops_w_mode AS mode ; Optional : Selection mode percent_cops_w_format AS format ; Optional : Format of the operator name < () percent_cops_w_oper AS oper [0..MAX_COPS_LONG_OPER_LEN] > ; Optional : Operator name } COMP res_tst_percent_cops_w "The test answer structure of the %COPS_W command." { percent_cops_w_status AS status ; Optional : Indicating the availability of the operator < () percent_cops_w_long_oper AS long_oper [0..MAX_COPS_LONG_OPER_LEN] > ; Optional : Operator name in long alphanumeric format < () percent_cops_w_short_oper AS short_oper [0..MAX_COPS_SHORT_OPER_LEN] > ; Optional : Operator name in short alphanumeric format < () percent_cops_w_num_oper AS num_oper [0..MAX_COPS_NUM_OPER_LEN] > ; Optional : Operator name in numeric format } COMP res_que_percent_cpals "The query answer structure of the %CPALS command." { percent_cpals_lines AS lines ; Mandatory: Bit field } COMP cmd_set_percent_cpals "The set command structure of the %CPALS command." { percent_cpals_call_id_man AS call_id ; Mandatory: Call id of line being queried. This value is the same as the call id described in GSM 02.30 sub clause 4.5.5.1 } COMP res_set_percent_cpals "The set response structure of the %CPALS command." { percent_cpals_lines AS lines ; Mandatory: Bit field percent_cpals_msisdn_id AS msisdn_id [0..MAX_CPALS_MSISDN_ID_LEN] ; Mandatory: MSISDN identification as found on the SIM. If no MSISDN identification can be found on the SIM then the default strings 'Line 1', 'Data', 'Fax' and 'Line 2' will be applied. } COMP res_que_percent_cpals_w "The query answer structure of the %CPALS_W command." { percent_cpals_w_lines AS lines ; Mandatory: Bit field } COMP cmd_set_percent_cpals_w "The set command structure of the %CPALS_W command." { percent_cpals_w_call_id_man AS call_id ; Mandatory: Call id of line being queried. This value is the same as the call id described in GSM 02.30 sub clause 4.5.5.1 } COMP res_set_percent_cpals_w "The set response structure of the %CPALS_W command." { percent_cpals_w_lines AS lines ; Mandatory: Bit field percent_cpals_w_msisdn_id AS msisdn_id [0..MAX_CPALS_MSISDN_ID_LEN] ; Mandatory: MSISDN identification as found on the SIM. If no MSISDN identification can be found on the SIM then the default strings 'Line 1', 'Data', 'Fax' and 'Line 2' will be applied. } COMP res_set_plus_cpas "The set response structure of the +CPAS command." { plus_cpas_pas AS pas ; Mandatory: Phone activity status } COMP cmd_set_plus_cpbf "The set command structure of the +CPBF command." { plus_cpbf_findtext AS findtext [0..MAX_CPBF_FIND_TEXT_LEN] ; Mandatory: Search string } COMP res_set_plus_cpbf "The set response structure of the +CPBF command." { plus_cpbf_index_man AS index ; Mandatory: Value in the range of location numbers of phonebook memory plus_cpbf_number AS number [0..MAX_CPBF_NUMBER_LEN] ; Mandatory: Phone number type_man AS type ; Mandatory: Type of address plus_cpbf_text AS text [0..MAX_CPBF_TEXT_LEN] ; Mandatory: Text string associated with phone number } COMP res_tst_plus_cpbf "The test answer structure of the +CPBF command." { plus_cpbf_nlength_opt AS nlength ; Optional : Maximum length of phone number plus_cpbf_tlength_opt AS tlength ; Optional : Maximum length of associated text } COMP cmd_set_plus_cpbf_w "The set command structure of the +CPBF_W command." { plus_cpbf_w_findtext AS findtext [0..MAX_CPBF_FIND_TEXT_LEN] ; Mandatory: Search string } COMP res_set_plus_cpbf_w "The set response structure of the +CPBF_W command." { plus_cpbf_w_index_man AS index ; Mandatory: Value in the range of location numbers of phonebook memory plus_cpbf_w_number AS number [0..MAX_CPBF_NUMBER_LEN] ; Mandatory: Phone number type_man AS type ; Mandatory: Type of address plus_cpbf_w_text AS text [0..MAX_CPBF_TEXT_LEN] ; Mandatory: Text string associated with phone number } COMP res_tst_plus_cpbf_w "The test answer structure of the +CPBF_W command." { plus_cpbf_w_nlength_opt AS nlength ; Optional : Maximum length of phone number plus_cpbf_w_tlength_opt AS tlength ; Optional : Maximum length of associated text } COMP cmd_set_plus_cpbr "The set command structure of the +CPBR command." { plus_cpbr_index1_man AS index1 ; Mandatory: Index of either the single entry to be read or lower bound of list to be read plus_cpbr_index2_opt AS index2 ; Optional : Index of upper bound of list to be read } COMP res_set_plus_cpbr "The set response structure of the +CPBR command." { plus_cpbr_index_man AS index ; Mandatory: Value in the range of location numbers of phonebook memory plus_cpbr_number AS number [0..MAX_CPBR_NUMBER_LEN] ; Mandatory: Phone number type_man AS type ; Mandatory: Type of address plus_cpbr_text AS text [0..MAX_CPBR_TEXT_LEN] ; Mandatory: Text string associated with phone number } COMP res_tst_plus_cpbr "The test answer structure of the +CPBR command." { plus_cpbr_index_f_man AS index_f ; Mandatory: First supported index plus_cpbr_index_l_man AS index_l ; Mandatory: Last supported index plus_cpbr_nlength_opt AS nlength ; Optional : Maximum length of phone number plus_cpbr_tlength_opt AS tlength ; Optional : Maximum length of associated text } COMP cmd_set_plus_cpbr_w "The set command structure of the +CPBR_W command." { plus_cpbr_w_index1_man AS index1 ; Mandatory: Index of either the single entry to be read or lower bound of list to be read plus_cpbr_w_index2_opt AS index2 ; Optional : Index of upper bound of list to be read } COMP res_set_plus_cpbr_w "The set response structure of the +CPBR_W command." { plus_cpbr_w_index_man AS index ; Mandatory: Value in the range of location numbers of phonebook memory plus_cpbr_w_number AS number [0..MAX_CPBR_NUMBER_LEN] ; Mandatory: Phone number type_man AS type ; Mandatory: Type of address plus_cpbr_w_text AS text [0..MAX_CPBR_TEXT_LEN] ; Mandatory: Text string associated with phone number } COMP res_tst_plus_cpbr_w "The test answer structure of the +CPBR_W command." { plus_cpbr_w_index_f_man AS index_f ; Mandatory: First supported index plus_cpbr_w_index_l_man AS index_l ; Mandatory: Last supported index plus_cpbr_w_nlength_opt AS nlength ; Optional : Maximum length of phone number plus_cpbr_w_tlength_opt AS tlength ; Optional : Maximum length of associated text } COMP res_que_percent_cpbs "The query answer structure of the %CPBS command." { storage AS storage ; Mandatory: Storage area percent_cpbs_used_opt AS used ; Optional : Number of used locations in selected memory percent_cpbs_total_opt AS total ; Optional : Total number of locations in selected memory percent_cpbs_first_opt AS first ; Optional : First free location in selected memory percent_cpbs_used_ext_opt AS used_ext ; Optional : Number of used exts for selected memory percent_cpbs_total_ext_opt AS total_ext ; Optional : Number of total exts for selected memory } COMP res_que_plus_cpbs "The query answer structure of the +CPBS command." { storage AS storage ; Mandatory: Storage area plus_cpbs_used_opt AS used ; Optional : Number of used locations in selected memory plus_cpbs_total_opt AS total ; Optional : Total number of locations in selected memory } COMP cmd_set_plus_cpbs "The set command structure of the +CPBS command." { storage AS storage ; Mandatory: Storage area } COMP cmd_set_plus_cpbw "The set command structure of the +CPBW command." { plus_cpbw_index_opt AS index ; Optional : Value in the range of location numbers of phonebook memory < () plus_cpbw_number AS number [0..MAX_CPBW_NUMBER_LEN] > ; Optional : Phone number type_opt AS type ; Optional : Type of address < () plus_cpbw_text AS text [0..MAX_CPBW_TEXT_LEN] > ; Optional : Text string associated with phone number } COMP res_tst_plus_cpbw "The test answer structure of the +CPBW command." { plus_cpbw_index1_man AS index1 ; Mandatory: lower bound plus_cpbw_index2_man AS index2 ; Mandatory: upper bound plus_cpbw_nlength_opt AS nlength ; Optional : Maximum length of phone number plus_cpbw_types AS types [0..MAX_CPBW_TYPES] ; Mandatory: List of number types plus_cpbw_tlength_opt AS tlength ; Optional : Maximum length of associated text } COMP cmd_set_plus_cpbw_w "The set command structure of the +CPBW_W command." { plus_cpbw_w_index_opt AS index ; Optional : Value in the range of location numbers of phonebook memory < () plus_cpbw_w_number AS number [0..MAX_CPBW_NUMBER_LEN] > ; Optional : Phone number type_opt AS type ; Optional : Type of address < () plus_cpbw_w_text AS text [0..MAX_CPBW_TEXT_LEN] > ; Optional : Text string associated with phone number } COMP res_tst_plus_cpbw_w "The test answer structure of the +CPBW_W command." { plus_cpbw_w_index1_man AS index1 ; Mandatory: lower bound plus_cpbw_w_index2_man AS index2 ; Mandatory: upper bound plus_cpbw_w_nlength_opt AS nlength ; Optional : Maximum length of phone number plus_cpbw_w_types AS types [0..MAX_CPBW_TYPES] ; Mandatory: List of number types plus_cpbw_w_tlength_opt AS tlength ; Optional : Maximum length of associated text } COMP cmd_set_percent_cpcfu "The set command structure of the %CPCFU command." { percent_cpcfu_mode AS mode ; Mandatory: Operation to be performed by this command percent_cpcfu_line AS line ; Mandatory: Line } COMP res_set_percent_cpcfu "The set response structure of the %CPCFU command." { percent_cpcfu_status AS status ; Mandatory: Status of Call Diverted flag percent_cpcfu_line AS line ; Optional : Line } COMP res_que_percent_cphs "The query answer structure of the %CPHS command." { percent_cphs_init_mode AS init_mode ; Mandatory: Operation to be performed by this command } COMP cmd_set_percent_cphs "The set command structure of the %CPHS command." { percent_cphs_init_mode AS init_mode ; Mandatory: Operation to be performed by this command } COMP res_uns_percent_cpi "The unsolicited result code structure of the %CPI command." { percent_cpi_cid_man AS cid ; Mandatory: Call identity, identifies the call in the call table percent_cpi_msgtype AS msgtype ; Mandatory: Describes the layer 3 message type that was used to transfer the call progress information percent_cpi_ibt AS ibt ; Mandatory: Use of in-band tones percent_cpi_tch AS tch ; Mandatory: Traffic channel indication percent_cpi_dir_man AS dir ; Mandatory: Direction of Call percent_cpi_mode_opt AS mode ; Optional : bearer/teleservice percent_cpi_prog_desc AS prog_desc ; Optional : progress description < () percent_cpi_number AS number [0..MAX_CPI_NUMBER_LEN] > ; Optional : number type_opt AS type ; Optional : Type of address < () percent_cpi_alpha AS alpha [0..MAX_CPI_ALPHA_LEN] > ; Optional : Alphanumeric representation of <number> corresponding to the entry found in phonebook percent_cpi_cause_opt AS cause ; Optional : GSM specific cause values for call control defined in 3GPP specification 04.08 annex H percent_cpi_line_opt AS line ; Optional : used line } COMP res_que_plus_cpin "The query answer structure of the +CPIN command." { plus_cpin_code AS code ; Mandatory: Indicates whether or not a password is required } COMP cmd_set_plus_cpin "The set command structure of the +CPIN command." { plus_cpin_pin AS pin [0..MAX_CPIN_PIN_LEN] ; Mandatory: PIN < () plus_cpin_newpin AS newpin [0..MAX_CPIN_PIN_LEN] > ; Optional : New PIN (for when the PUK is being sent) } COMP res_que_percent_cpinf "The query answer structure of the %CPINF command." { percent_cpinf_phase AS phase ; Mandatory: CPHS phase percent_cpinf_sst_man AS sst ; Mandatory: CPHS service table percent_cpinf_csp AS csp [0..MAX_CPINF_CSP_LEN] ; Mandatory: Customer Service Proile c_csp=0 means not present percent_cpinf_csp2 AS csp2 [0..MAX_CPINF_CSP_LEN] ; Mandatory: Customer Service Proile c_csp2=0 means not present } COMP cmd_set_percent_cpinf "customer service profile" { percent_cpinf_csp AS csp [0..MAX_CPINF_CSP_LEN] ; MANDATORY: customer service profile } COMP res_uns_percent_cpi_w "The unsolicited result code structure of the %CPI_W command." { percent_cpi_w_cid_man AS cid ; Mandatory: Call identity, identifies the call in the call table percent_cpi_w_msgtype AS msgtype ; Mandatory: Describes the layer 3 message type that was used to transfer the call progress information percent_cpi_w_ibt AS ibt ; Mandatory: Use of in-band tones percent_cpi_w_tch AS tch ; Mandatory: Traffic channel indication percent_cpi_w_dir_man AS dir ; Mandatory: Direction of Call percent_cpi_w_mode_opt AS mode ; Optional : bearer/teleservice percent_cpi_w_prog_desc AS prog_desc ; Optional : progress description < () percent_cpi_w_number AS number [0..MAX_CPI_NUMBER_LEN] > ; Optional : number type_opt AS type ; Optional : Type of address < () percent_cpi_w_alpha AS alpha [0..MAX_CPI_ALPHA_LEN] > ; Optional : Alphanumeric representation of <number> corresponding to the entry found in phonebook percent_cpi_w_cause_opt AS cause ; Optional : GSM specific cause values for call control defined in 3GPP specification 04.08 annex H percent_cpi_w_line_opt AS line ; Optional : used line } COMP res_que_percent_cpmb "The query answer structure of the %CPMB command." { percent_cpmb_first_man AS first ; Mandatory: First free location } COMP cmd_set_percent_cpmb "The set command structure of the %CPMB command." { record_id AS record_id ; Mandatory: SIM record id of CPHS mailbox } COMP res_set_percent_cpmb "The set response structure of the %CPMB command." { record_id AS record_id ; Mandatory: SIM record id of CPHS mailbox percent_cpmb_line AS line ; Mandatory: Line < () percent_cpmb_number AS number [0..MAX_CPMB_NUMBER_LEN] > ; Optional : Mailbox number type_opt AS type ; Optional : Type of address < () percent_cpmb_alpha_id AS alpha_id [0..MAX_CPMB_ALPHA_ID_LEN] > ; Optional : Alpha identifier related to mailbox } COMP cmd_set_percent_cpmbw "The set command structure of the %CPMBW command." { record_id AS record_id ; Mandatory: SIM record id of CPHS mailbox < () percent_cpmbw_number AS number [0..MAX_CPMBW_NUMBER_LEN] > ; Optional : Mailbox number type_opt AS type ; Optional : Type of address < () percent_cpmbw_text AS text [0..MAX_CPMBW_TEXT_LEN] > ; Optional : Text related to mailbox } COMP res_tst_percent_cpmbw "The test answer structure of the %CPMBW command." { percent_cpmbw_min_rec_id_man AS min_rec_id ; Mandatory: Min record id (1) percent_cpmbw_max_rec_id_man AS max_rec_id ; Mandatory: Max record id percent_cpmbw_nlength_man AS nlength ; Mandatory: Max length of the number percent_cpmbw_type AS type_range [0..MAX_CPMBW_TYPE_LEN] ; Mandatory: Max length of type range percent_cpmbw_tlength_man AS tlength ; Mandatory: Max length of the text } COMP cmd_set_percent_cpmbw_w "The set command structure of the %CPMBW_W command." { record_id AS record_id ; Mandatory: SIM record id of CPHS mailbox < () percent_cpmbw_w_number AS number [0..MAX_CPMBW_NUMBER_LEN] > ; Optional : Mailbox number type_opt AS type ; Optional : Type of address < () percent_cpmbw_w_text AS text [0..MAX_CPMBW_TEXT_LEN] > ; Optional : Text related to mailbox } COMP res_tst_percent_cpmbw_w "The test answer structure of the %CPMBW_W command." { percent_cpmbw_w_min_rec_id_man AS min_rec_id ; Mandatory: Min record id (1) percent_cpmbw_w_max_rec_id_man AS max_rec_id ; Mandatory: Max record id percent_cpmbw_w_nlength_man AS nlength ; Mandatory: Max length of the number percent_cpmbw_w_tlength_man AS tlength ; Mandatory: Max length of the text } COMP cmd_set_percent_cpmb_w "The set command structure of the %CPMB_W command." { record_id AS record_id ; Mandatory: SIM record id of CPHS mailbox } COMP res_set_percent_cpmb_w "The set response structure of the %CPMB_W command." { record_id AS record_id ; Mandatory: SIM record id of CPHS mailbox percent_cpmb_w_line AS line ; Mandatory: Line < () percent_cpmb_w_number AS number [0..MAX_CPMB_NUMBER_LEN] > ; Optional : Mailbox number type_opt AS type ; Optional : Type of address < () percent_cpmb_w_alpha_id AS alpha_id [0..MAX_CPMB_ALPHA_ID_LEN] > ; Optional : Alpha identifier related to mailbox } COMP res_que_plus_cpms "The query answer structure of the +CPMS command." { plus_cpms_mem1 AS mem1 ; Mandatory: Memory from which messages are read and deleted plus_cpms_used1_man AS used1 ; Mandatory: Number of messages currently in 'mem1' plus_cpms_total1_man AS total1 ; Mandatory: Total number of message locations in 'mem1' plus_cpms_mem2 AS mem2 ; Mandatory: Memory to which writing and sending operations are made plus_cpms_used2_man AS used2 ; Mandatory: Number of messages currently in 'mem2' plus_cpms_total2_man AS total2 ; Mandatory: Total number of message locations in 'mem2' plus_cpms_mem3 AS mem3 ; Mandatory: Memory to which received SMSs are preferred to be stored plus_cpms_used3_man AS used3 ; Mandatory: Number of messages currently in 'mem3' plus_cpms_total3_man AS total3 ; Mandatory: Total number of message locations in 'mem3' } COMP cmd_set_plus_cpms "The set command structure of the +CPMS command." { plus_cpms_mem1 AS mem1 ; Mandatory: Memory from which messages are read and deleted plus_cpms_mem2 AS mem2 ; Optional : Memory to which writing and sending operations are made plus_cpms_mem3 AS mem3 ; Optional : Memory to which received SMSs are preferred to be stored } COMP res_set_plus_cpms "The set response structure of the +CPMS command." { plus_cpms_mem1 AS mem1 ; Mandatory: Memory from which messages are read and deleted plus_cpms_used1_man AS used1 ; Mandatory: Number of messages currently in 'mem1' plus_cpms_total1_man AS total1 ; Mandatory: Total number of message locations in 'mem1' plus_cpms_mem2 AS mem2 ; Optional : Memory to which writing and sending operations are made plus_cpms_used2_opt AS used2 ; Optional : Number of messages currently in 'mem2' plus_cpms_total2_opt AS total2 ; Optional : Total number of message locations in 'mem2' plus_cpms_mem3 AS mem3 ; Optional : Memory to which received SMSs are preferred to be stored plus_cpms_used3_opt AS used3 ; Optional : Number of messages currently in 'mem3' plus_cpms_total3_opt AS total3 ; Optional : Total number of message locations in 'mem3' } COMP cmd_set_percent_cpnums "The set command structure of the %CPNUMS command." { percent_cpnums_element_id_man AS element_id ; Mandatory: Element ID percent_cpnums_mode AS mode ; Mandatory: Indicate whether exploring or querying } COMP res_set_percent_cpnums "The set response structure of the %CPNUMS command." { percent_cpnums_element_id_man AS element_id ; Mandatory: Element ID percent_cpnums_alpha_tag AS alpha_tag [0..MAX_CPNUMS_ALPHA_TAG_LEN] ; Mandatory: Alpha tag of element percent_cpnums_number AS number [0..MAX_CPNUMS_NUMBER_LEN] ; Mandatory: Telephone number of element (empty string if element is a folder) percent_cpnums_index_level_man AS index_level ; Mandatory: Index level of element percent_cpnums_premium_flag AS premium_flag ; Mandatory: Premium flag of element percent_cpnums_network_flag AS network_flag ; Mandatory: Network flag of element } COMP res_tst_percent_cpnums "The test answer structure of the %CPNUMS command." { percent_cpnums_element_id_man AS element_id ; Mandatory: Element ID percent_cpnums_index_level_man AS index_level ; Mandatory: Index level of element percent_cpnums_alpha_tag AS alpha_tag [0..MAX_CPNUMS_ALPHA_TAG_LEN] ; Mandatory: Alpha tag of element percent_cpnums_number AS number [0..MAX_CPNUMS_NUMBER_LEN] ; Mandatory: Telephone number of element (empty string if element is a folder) percent_cpnums_premium_flag AS premium_flag ; Mandatory: Premium flag of element percent_cpnums_network_flag AS network_flag ; Mandatory: Network flag of element } COMP cmd_set_percent_cpnums_w "The set command structure of the %CPNUMS_W command." { percent_cpnums_w_element_id_man AS element_id ; Mandatory: Element ID percent_cpnums_w_mode AS mode ; Mandatory: Indicate whether exploring or querying } COMP res_set_percent_cpnums_w "The set response structure of the %CPNUMS_W command." { percent_cpnums_w_element_id_man AS element_id ; Mandatory: Element ID percent_cpnums_w_alpha_tag AS alpha_tag [0..MAX_CPNUMS_ALPHA_TAG_LEN] ; Mandatory: Alpha tag of element percent_cpnums_w_number AS number [0..MAX_CPNUMS_NUMBER_LEN] ; Mandatory: Telephone number of element (empty string if element is a folder) percent_cpnums_w_index_level_man AS index_level ; Mandatory: Index level of element percent_cpnums_w_premium_flag AS premium_flag ; Mandatory: Premium flag of element percent_cpnums_w_network_flag AS network_flag ; Mandatory: Network flag of element } COMP res_tst_percent_cpnums_w "The test answer structure of the %CPNUMS_W command." { percent_cpnums_w_element_id_man AS element_id ; Mandatory: Element ID percent_cpnums_w_index_level_man AS index_level ; Mandatory: Index level of element percent_cpnums_w_alpha_tag AS alpha_tag [0..MAX_CPNUMS_ALPHA_TAG_LEN] ; Mandatory: Alpha tag of element percent_cpnums_w_number AS number [0..MAX_CPNUMS_NUMBER_LEN] ; Mandatory: Telephone number of element (empty string if element is a folder) percent_cpnums_w_premium_flag AS premium_flag ; Mandatory: Premium flag of element percent_cpnums_w_network_flag AS network_flag ; Mandatory: Network flag of element } COMP res_que_plus_cpol "The query answer structure of the +CPOL command." { plus_cpol_index_man AS index ; Mandatory: Index to SIM preferred list of networks plus_cpol_format AS format ; Mandatory: Format of 'oper' parameter plus_cpol_oper AS oper [0..MAX_CPOL_OPER_LEN] ; Mandatory: Network operator } COMP cmd_set_plus_cpol "The set command structure of the +CPOL command." { plus_cpol_index_opt AS index ; Optional : Index to SIM preferred list of networks plus_cpol_format AS format ; Optional : Format of 'oper' parameter < () plus_cpol_oper AS oper [0..MAX_CPOL_OPER_LEN] > ; Optional : Network operator } COMP res_tst_plus_cpol "The test answer structure of the +CPOL command." { plus_cpol_index1_opt AS index1 ; Optional : lower bound plus_cpol_index2_opt AS index2 ; Optional : upper bound } COMP res_que_plus_cpol_w "The query answer structure of the +CPOL_W command." { plus_cpol_w_index_man AS index ; Mandatory: Index to SIM preferred list of networks plus_cpol_w_format AS format ; Mandatory: Format of 'oper' parameter plus_cpol_w_oper AS oper [0..MAX_CPOL_OPER_LEN] ; Mandatory: Network operator } COMP cmd_set_plus_cpol_w "The set command structure of the +CPOL_W command." { plus_cpol_w_index_opt AS index ; Optional : Index to SIM preferred list of networks plus_cpol_w_format AS format ; Optional : Format of 'oper' parameter < () plus_cpol_w_oper AS oper [0..MAX_CPOL_OPER_LEN] > ; Optional : Network operator } COMP res_tst_plus_cpol_w "The test answer structure of the +CPOL_W command." { plus_cpol_w_index1_opt AS index1 ; Optional : lower bound plus_cpol_w_index2_opt AS index2 ; Optional : upper bound } COMP res_que_percent_cpopn "The query answer structure of the %CPOPN command." { percent_cpopn_long_name AS long_name [0..MAX_CPOPN_LONG_NAME_LEN] ; Mandatory: Long operator name < () percent_cpopn_short_name AS short_name [0..MAX_CPOPN_SHORT_NAME_LEN] > ; Optional : Short operator name } COMP res_uns_percent_cpri "The unsolicited result code structure of the %CPRI command." { percent_cpri_gsm_ciph AS gsm_ciph ; Optional : GSM cipher mode percent_cpri_gprs_ciph AS gprs_ciph ; Optional : GPRS cipher mode } COMP res_uns_percent_cproam "The unsolicited result code structure of the %CPROAM command." { percent_cproam_roam_status AS roam_status ; Mandatory: Whether in roaming state or not } COMP res_que_percent_cprsm "The query answer structure of the %CPRSM command." { percent_cprsm_mode AS mode ; Mandatory: Whether to pause or resume } COMP cmd_set_percent_cprsm "The set command structure of the %CPRSM command." { percent_cprsm_mode AS mode ; Mandatory: Whether to pause or resume } COMP res_que_plus_cpuc "The query answer structure of the +CPUC command." { plus_cpuc_currency AS currency [0..MAX_CPUC_CURRENCY_LEN] ; Mandatory: Currency plus_cpuc_ppu AS ppu [0..MAX_CPUC_PPU_LEN] ; Mandatory: Price per unit } COMP cmd_set_plus_cpuc "The set command structure of the +CPUC command." { plus_cpuc_currency AS currency [0..MAX_CPUC_CURRENCY_LEN] ; Mandatory: Currency plus_cpuc_ppu AS ppu [0..MAX_CPUC_PPU_LEN] ; Mandatory: Price per unit < () plus_cpuc_passwd AS passwd [0..MAX_CPUC_PASSWD_LEN] > ; Optional : Password } COMP res_que_plus_cpuc_w "The query answer structure of the +CPUC_W command." { plus_cpuc_w_currency AS currency [0..MAX_CPUC_CURRENCY_LEN] ; Mandatory: Currency plus_cpuc_w_ppu AS ppu [0..MAX_CPUC_PPU_LEN] ; Mandatory: Price per unit } COMP cmd_set_plus_cpuc_w "The set command structure of the +CPUC_W command." { plus_cpuc_w_currency AS currency [0..MAX_CPUC_CURRENCY_LEN] ; Mandatory: Currency plus_cpuc_w_ppu AS ppu [0..MAX_CPUC_PPU_LEN] ; Mandatory: Price per unit < () plus_cpuc_w_passwd AS passwd [0..MAX_CPUC_PASSWD_LEN] > ; Optional : Password } COMP cmd_set_percent_cpvwi "The set command structure of the %CPVWI command." { percent_cpvwi_mode AS mode ; Mandatory: Indicate set or clear operation percent_cpvwi_lines AS lines ; Mandatory: Lines (bit field) } COMP res_set_percent_cpvwi "The set response structure of the %CPVWI command." { percent_cpvwi_status AS status ; Mandatory: Flag status percent_cpvwi_lines AS line ; Optional : Lines (bit field) } COMP res_uns_percent_cpvwi "The unsolicited result code structure of the %CPVWI command." { percent_cpvwi_status AS status ; Mandatory: Flag status percent_cpvwi_lines AS line ; Mandatory: Lines (bit field) } COMP cmd_set_plus_cpwd "The set command structure of the +CPWD command." { plus_cpwd_fac AS fac ; Mandatory: ME or network facility plus_cpwd_oldpwd AS oldpwd [0..MAX_CPWD_PWD_LEN] ; Mandatory: Old password for ME or network facility plus_cpwd_newpwd AS newpwd [0..MAX_CPWD_PWD_LEN] ; Mandatory: New password for ME or network facility } COMP res_uns_plus_cr "The unsolicited result code structure of the +CR command." { plus_cr_serv AS serv [0..MAX_CR_SERV_LEN] ; Mandatory: service } COMP res_que_percent_creg "The query answer structure of the %CREG command." { percent_creg_stat AS stat ; Mandatory: Registration status lac_opt AS lac ; Optional : Location area code ci_opt AS ci ; Optional : Cell id percent_creg_gprs_ind AS gprs_ind ; Mandatory: GPRS Indicator percent_creg_rt AS rt ; Mandatory: Radio access technology } COMP res_uns_percent_creg "The unsolicited result code structure of the %CREG command." { percent_creg_stat AS stat ; Mandatory: Registration status lac_opt AS lac ; Optional : Location area code ci_opt AS ci ; Optional : Cell id percent_creg_gprs_ind AS gprs_ind ; Mandatory: GPRS Indicator percent_creg_rt AS rt ; Mandatory: Radio access technology } COMP cmd_set_plus_cres "The set command structure of the +CRES command." { plus_cres_profile_man AS profile ; Mandatory: Profile number from where settings are to be restored } COMP res_tst_plus_cres "The test answer structure of the +CRES command." { plus_cres_max_man AS max ; Mandatory: Maximum value of profile number } COMP res_uns_plus_cring "The unsolicited result code structure of the +CRING command." { cring_type AS type1 ; Optional : Type of first teleservice plus_cring_type2 AS type2 ; Optional : Type of second teleservice plus_cring_alt AS alt ; Optional : Alternating call signalling indicator pdp_type AS pdp_type ; Optional : Specifies the type of packet data protocol < () pdp_addr AS pdp_addr [0..MAX_PDP_ADD] > ; Optional : PDP address < () plus_cring_l2p AS l2p [MAX_L2P_LENGTH] > ; Optional : layer 2 protocol string } COMP res_que_plus_crlp "The query answer structure of the +CRLP command." { plus_crlp_iws_man AS iws ; Mandatory: IWS to MS window size plus_crlp_mws_man AS mws ; Mandatory: MS to IWF window size plus_crlp_t1_man AS t1 ; Mandatory: Acknowledge timer plus_crlp_n2_man AS n2 ; Mandatory: Retransmission attempts } COMP cmd_set_plus_crlp "The set command structure of the +CRLP command." { plus_crlp_iws_opt AS iws ; Optional : IWS to MS window size plus_crlp_mws_opt AS mws ; Optional : MS to IWF window size plus_crlp_t1_opt AS t1 ; Optional : Acknowledge timer plus_crlp_n2_opt AS n2 ; Optional : Retransmission attempts } COMP cmd_set_plus_crsm "The set command structure of the +CRSM command." { plus_crsm_command AS command ; Mandatory: SIM access command plus_crsm_fileid_opt AS fileid ; Optional : File identifier plus_crsm_p1_opt AS p1 ; Optional : Command parameter p1 plus_crsm_p2_opt AS p2 ; Optional : Command parameter p2 plus_crsm_p3_opt AS p3 ; Optional : Command parameter p3 plus_crsm_data AS data [0..MAX_CRSM_DATA_LEN] ; Mandatory: Data to be written to SIM c_data=0 means not present } COMP res_set_plus_crsm "The set response structure of the +CRSM command." { plus_crsm_sw1_man AS sw1 ; Mandatory: SIM result code 1 plus_crsm_sw2_man AS sw2 ; Mandatory: SIM result code 2 plus_crsm_response AS response [0..MAX_CRSM_RESPONSE_LEN] ; Mandatory: Response data c_response=0 means not present } COMP cmd_set_plus_csas "The set command structure of the +CSAS command." { plus_csas_profile_opt AS profile ; Optional : Profile number where settings are to be stored } COMP res_tst_plus_csas "The test answer structure of the +CSAS command." { plus_csas_max_man AS max ; Mandatory: Maximum value of profile number (min value = 0) } COMP res_que_plus_csca "The query answer structure of the +CSCA command." { plus_csca_sca AS sca [0..MAX_CSCA_SMS_ADDR_LEN] ; Mandatory: Service centre address plus_csca_tosca_man AS tosca ; Mandatory: Type of number } COMP cmd_set_plus_csca "The set command structure of the +CSCA command." { plus_csca_sca AS sca [0..MAX_CSCA_SMS_ADDR_LEN] ; Mandatory: Service centre address plus_csca_tosca_opt AS tosca ; Optional : Type of number } COMP res_que_plus_cscb "The query answer structure of the +CSCB command." { plus_cscb_mode AS mode ; Optional : Whether the message types specified are to be accepted or not < () plus_cscb_mids AS mids [0..MAX_IDENTS] > ; Optional : Possible combinations of CBM message identifiers < () plus_cscb_dcss AS dcss [0..MAX_IDENTS] > ; Optional : Possible combinations of CBM data coding schemes } COMP cmd_set_plus_cscb "The set command structure of the +CSCB command." { plus_cscb_mode AS mode ; Optional : Whether the message types specified are to be accepted or not < () plus_cscb_mids AS mids [0..MAX_IDENTS] > ; Optional : Possible combinations of CBM message identifiers < () plus_cscb_dcss AS dcss [0..MAX_IDENTS] > ; Optional : Possible combinations of CBM data coding schemes } COMP res_que_plus_cscs "The query answer structure of the +CSCS command." { plus_cscs_cs AS cs ; Mandatory: Character Set } COMP cmd_set_plus_cscs "The set command structure of the +CSCS command." { plus_cscs_cs AS cs ; Mandatory: Character Set } COMP cmd_set_plus_csim "The set command structure of the +CSIM command." { plus_csim_command AS command [5..MAX_CSIM_CMD_LEN] ; Mandatory: Command passed to the SIM } COMP res_set_plus_csim "The set response structure of the +CSIM command." { plus_csim_response AS response [2..MAX_CSIM_RESP_LEN] ; Mandatory: Response from the SIM } COMP res_que_plus_csms "The query answer structure of the +CSMS command." { plus_csms_service AS service ; Mandatory: Message service plus_csms_mt AS mt ; Mandatory: Support of mobile terminated messages plus_csms_mo AS mo ; Mandatory: Support of mobile originated messages plus_csms_bm AS bm ; Mandatory: Support of broadcast type messages } COMP cmd_set_plus_csms "The set command structure of the +CSMS command." { plus_csms_service AS service ; Mandatory: Message service } COMP res_que_plus_csns "The query answer structure of the +CSNS command." { plus_csns_mode AS mode ; Mandatory: Bearer or teleservice to be used with single numbering scheme } COMP cmd_set_plus_csns "The set command structure of the +CSNS command." { plus_csns_mode AS mode ; Mandatory: Bearer or teleservice to be used with single numbering scheme } COMP cmd_set_percent_csq "Structure for %CSQ set command" { percent_csq_mode AS csq_mode ; Primitive structure element item } COMP res_set_percent_csq "Structure for response of set command" { percent_csq_mode AS csq_mode ; Primitive structure element item } COMP res_que_percent_csq "The query answer structure of the %CSQ command." { percent_csq_rssi_man AS rssi ; Mandatory: A signal strength which could be mapped to dbm percent_csq_ber_man AS ber ; Mandatory: Bit error rate percent_csq_actlevel_man AS actlevel ; Mandatory: Actual signal level percent_csq_min_access_level_man AS min_access_level %FF_PS_RSSI% ; Mandatory: Minimum access level } COMP res_uns_percent_csq "The unsolicited result code structure of the %CSQ command." { percent_csq_rssi_opt AS rssi ; Optional : A signal strength which could be mapped to dbm percent_csq_ber_opt AS ber ; Optional : Bit error rate percent_csq_actlevel_opt AS actlevel ; Optional : Actual signal level percent_csq_min_access_level_opt AS min_access_level %FF_PS_RSSI% ; Optional : Minimum access level } COMP res_set_plus_csq "The set response structure of the +CSQ command." { plus_csq_rssi_man AS rssi ; Mandatory: Received Signal Strength Indication plus_csq_ber_man AS ber ; Mandatory: Channel Bit Error Rate (in percent) } COMP res_uns_plus_cssi "The unsolicited result code structure of the +CSSI command." { plus_cssi_code1 AS code1 ; Mandatory: code1 plus_cssi_index_opt AS index ; Optional : index } COMP res_uns_percent_cssn "The unsolicited result code structure of the %CSSN command." { percent_cssn_direction AS direction ; Mandatory: Direction percent_cssn_trans_type AS trans_type ; Mandatory: Part of message percent_cssn_facility AS facility [0..MAX_CSSN_FACILITY_LEN] ; Mandatory: Facility IE string } COMP res_uns_plus_cssu "The unsolicited result code structure of the +CSSU command." { plus_cssu_code2 AS code2 ; Mandatory: code2 plus_cssu_index_opt AS index ; Optional : index < () plus_cssu_number AS number [0..MAX_CSSU_NUMBER_LEN] > ; Optional : number type_opt AS type ; Optional : Type of address < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress } COMP res_que_plus_csta "The query answer structure of the +CSTA command." { type_man AS type ; Mandatory: Type of address } COMP cmd_set_plus_csta "The set command structure of the +CSTA command." { type_opt AS type ; Optional : Type of address } COMP res_uns_percent_cstat "The unsolicited result code structure of the %CSTAT command." { percent_cstat_entity_id AS entity_id ; Mandatory: Entity ID percent_cstat_status AS status ; Mandatory: Entity state } COMP res_que_plus_csvm "The query answer structure of the +CSVM command." { plus_csvm_mode AS mode ; Mandatory: Mode to enable or disable the voice mail number plus_csvm_number AS number [0..MAX_CSVM_NUMBER_LEN] ; Mandatory: Phone number type_man AS type ; Mandatory: Type of address } COMP cmd_set_plus_csvm "The set command structure of the +CSVM command." { plus_csvm_mode AS mode ; Mandatory: Mode to enable or disable the voice mail number < () plus_csvm_number AS number [0..MAX_CSVM_NUMBER_LEN] > ; Optional : Phone number type_opt AS type ; Optional : Type of address } COMP cmd_set_plus_ctfr "The set command structure of the +CTFR command." { plus_ctfr_number AS number [0..MAX_CTFR_NUMBER_LEN] ; Mandatory: Forwarding address type_opt AS type ; Optional : Type of address < () subaddr AS subaddr [0..MAX_SUBADDR_LENGTH] > ; Optional : Subaddress satype_opt AS satype ; Optional : Type of subaddress } COMP res_que_percent_ctty "The query answer structure of the %CTTY command." { percent_ctty_req AS req ; Mandatory: How TTY handles an incoming call percent_ctty_m AS m ; Mandatory: actual state of the TTY Service trx AS trx ; Optional : TTY activity } COMP cmd_set_percent_ctty "The set command structure of the %CTTY command." { percent_ctty_req AS req ; Mandatory: How TTY handles an incoming call } COMP res_uns_percent_ctyi "The unsolicited result code structure of the %CTYI command." { percent_ctyi_neg AS neg ; Mandatory: State of TTY service negotiation for the current call trx AS trx ; Optional : TTY activity } COMP res_uns_plus_ctzr "The unsolicited result code structure of the +CTZR command." { plus_ctzr_tz_man AS tz ; Mandatory: Timezone } COMP res_que_plus_ctzu "The query answer structure of the +CTZU command." { plus_ctzu_onoff AS onoff ; Mandatory: Enable/Disable command } COMP cmd_set_plus_ctzu "The set command structure of the +CTZU command." { plus_ctzu_onoff AS onoff ; Mandatory: Enable/Disable command } COMP res_uns_percent_ctzv "The unsolicited result code structure of the %CTZV command." { < () percent_ctzv_long_oper AS long_oper [0..MAX_CTZV_LONG_OPER] > ; Optional : Operator name in long alphanumeric format < () percent_ctzv_short_oper AS short_oper [0..MAX_CTZV_SHORT_OPER] > ; Optional : Operator name in short alphanumeric format < () percent_ctzv_num_oper AS num_oper [0..MAX_CTZV_NUM_OPER_LEN] > ; Optional : Operator name in numeric format percent_ctzv_add_ci_man AS add_ci ; Mandatory: add country initials year_man AS year ; Mandatory: year month_man AS month ; Mandatory: month day_man AS day ; Mandatory: day hour_man AS hour ; Mandatory: hour minutes_man AS minutes ; Mandatory: minutes seconds_man AS seconds ; Mandatory: seconds time_zone_man AS time_zone ; Mandatory: time zone } COMP res_uns_plus_ctzv "The unsolicited result code structure of the +CTZV command." { plus_ctzv_tz_man AS tz ; Mandatory: tz } COMP res_uns_percent_ctzv_w "The unsolicited result code structure of the %CTZV_W command." { < () percent_ctzv_w_long_oper AS long_oper [0..MAX_CTZV_LONG_OPER] > ; Optional : Operator name in long alphanumeric format < () percent_ctzv_w_short_oper AS short_oper [0..MAX_CTZV_SHORT_OPER] > ; Optional : Operator name in short alphanumeric format < () percent_ctzv_w_num_oper AS num_oper [0..MAX_CTZV_NUM_OPER_LEN] > ; Optional : Operator name in numeric format percent_ctzv_w_add_ci_man AS add_ci ; Mandatory: add country initials year_man AS year ; Mandatory: year month_man AS month ; Mandatory: month day_man AS day ; Mandatory: day hour_man AS hour ; Mandatory: hour minutes_man AS minutes ; Mandatory: minutes seconds_man AS seconds ; Mandatory: seconds time_zone_man AS time_zone ; Mandatory: time zone } COMP cmd_set_plus_cusd "The set command structure of the +CUSD command." { plus_cusd_n AS n ; Optional : Control < () str AS str [0..MAX_USSD_LEN] > ; Optional : USSD string dcs_opt AS dcs ; Optional : Data coding scheme (3GPP TS 23.038) } COMP res_uns_plus_cusd "The unsolicited result code structure of the +CUSD command." { plus_cusd_m AS m ; Mandatory: USSD result < () str AS str [0..MAX_USSD_LEN] > ; Optional : USSD string dcs_opt AS dcs ; Optional : Data coding scheme (3GPP TS 23.038) } COMP cmd_set_plus_cusd_w "The set command structure of the +CUSD_W command." { plus_cusd_w_n AS n ; Optional : Control < () plus_cusd_w_str AS str [0..MAX_CUSD_USSD_STR_LEN] > ; Optional : USSD string dcs_opt AS dcs ; Optional : Data coding scheme (3GPP TS 23.038) } COMP res_uns_plus_cusd_w "The unsolicited result code structure of the +CUSD_W command." { plus_cusd_w_m AS m ; Mandatory: USSD result < () plus_cusd_w_str AS str [0..MAX_CUSD_USSD_STR_LEN] > ; Optional : USSD string dcs_opt AS dcs ; Optional : Data coding scheme (3GPP TS 23.038) } COMP res_que_percent_cust "The query answer structure of the %CUST command." { percent_cust_mode AS mode ; Mandatory: Customisation mode } COMP cmd_set_percent_cust "The set command structure of the %CUST command." { percent_cust_mode AS mode ; Mandatory: Customisation mode } COMP cmd_set_percent_cwup "The set command structure of the %CWUP command." { percent_cwup_type AS type ; Mandatory: Part to wake up } COMP cmd_at_d "The set command structure of the D command." { at_d_dial_string AS dial_string [0..MAX_D_DIAL_LEN] ; Mandatory: Dial string } COMP res_que_percent_data "The query answer structure of the %DATA command." { percent_data_mode AS mode ; Mandatory: DTI Redirection mode dev_name AS des_dev_name ; Mandatory: device name des_devId AS des_devId ; Mandatory: Destination Device Identifier percent_data_des_sub_no_man AS des_sub_no ; Mandatory: Destination sub device number (e.g. will be used for devices which are multiplexed) capability AS capability ; Mandatory: Capability of device dev_name AS src_dev_name ; Mandatory: device name src_devId AS src_devId ; Mandatory: Source Device Identifier percent_data_src_sub_no_man AS src_sub_no ; Mandatory: Source sub device number (e.g. will be used for devices which are multiplexed) pdp_cid AS cid ; Optional : specifies a particular PDP context } COMP cmd_set_percent_data "The set command structure of the %DATA command." { percent_data_mode AS mode ; Mandatory: DTI Redirection mode dev_name AS des_dev_name ; Mandatory: device name percent_data_des_devId_man AS des_devId ; Mandatory: destination device identifier percent_data_des_sub_no_opt AS des_sub_no ; Optional : Destination sub device number (e.g. will be used for devices which are multiplexed) capability AS capability ; Mandatory: Capability of device dev_name AS src_dev_name ; Mandatory: device name percent_data_src_devId_man AS src_devId ; Mandatory: source device identifier percent_data_src_sub_no_opt AS src_sub_no ; Optional : Source sub device number (e.g. will be used for devices which are multiplexed) pdp_cid AS cid ; Optional : specifies a particular PDP context } COMP cmd_set_percent_dinf "The set command structure of the %DINF command." { percent_dinf_mode AS mode ; Mandatory: Kind of information } COMP res_set_percent_dinf "The set response structure of the %DINF command." { dev_name AS dev_name ; Mandatory: device name percent_dinf_dev_no_man AS dev_Id ; Mandatory: Device Identifier percent_dinf_sub_no_man AS sub_no ; Mandatory: Sub device number (e.g. will be used for devices which are multiplexed) capability AS cap ; Mandatory: Capability of device percent_dinf_src_id_man AS src_id ; Mandatory: AT command source capability AS cur_cap ; Mandatory: Capability of device } COMP res_que_plus_ds "The query answer structure of the +DS command." { plus_ds_dir AS dir ; Optional : Desired direction of data compression plus_ds_neg AS neg ; Optional : Compression negotiation plus_ds_p1_opt AS p1 ; Optional : Maximum number of dictionary entries plus_ds_p2_opt AS p2 ; Optional : Maximum string length } COMP cmd_set_plus_ds "The set command structure of the +DS command." { plus_ds_dir AS dir ; Optional : Desired direction of data compression plus_ds_neg AS neg ; Optional : Compression negotiation plus_ds_p1_opt AS p1 ; Optional : Maximum number of dictionary entries plus_ds_p2_opt AS p2 ; Optional : Maximum string length } COMP cmd_at_d_w "The set command structure of the D_W command." { at_d_w_dial_string AS dial_string [0..MAX_D_DIAL_LEN] ; Mandatory: Dial string } COMP cmd_set_percent_ecc %TI_PS_FF_AT_CMD_P_ECC% "The set command structure of %ECC command" { percent_ecc_number_index AS index %TI_PS_FF_AT_CMD_P_ECC% ; Index of ECC number percent_ecc_number AS number [0..3] %TI_PS_FF_AT_CMD_P_ECC% ; ECC number } COMP cmd_set_percent_efrslt "The set command structure of the %EFRSLT command." { percent_efrslt_result AS result ; Mandatory: Result of update } COMP cmd_set_percent_simef "The set command structure of the %SIMEF command." { percent_simef_mode AS mode ; Mandatory: Update Indication } COMP cmd_set_percent_em "The set command structure of the %EM command." { percent_em_mode AS mode ; Mandatory: Reporting mode percent_em_sin_type AS sin_type ; Optional : Type of information (mode=SIN) percent_em_pco_type AS pco_type ; Optional : Type of information (mode=PCO, bitmap) } COMP res_plus_ext_error "The result code structure of the +EXT_ERROR command." { plus_ext_error_err AS err ; Optional : Error code } COMP res_que_plus_fap "The query answer structure of the +FAP command." { plus_fap_sub AS sub ; Mandatory: sub plus_fap_sep AS sep ; Mandatory: sep plus_fap_pwd AS pwd ; Mandatory: pwd } COMP cmd_set_plus_fap "The set command structure of the +FAP command." { plus_fap_sub AS sub ; Mandatory: sub plus_fap_sep AS sep ; Mandatory: sep plus_fap_pwd AS pwd ; Mandatory: pwd } COMP res_que_plus_fbo "The query answer structure of the +FBO command." { plus_fbo_value AS value ; Mandatory: value } COMP cmd_set_plus_fbo "The set command structure of the +FBO command." { plus_fbo_value AS value ; Mandatory: value } COMP res_que_plus_fbs "The query answer structure of the +FBS command." { plus_fbs_tbs_man AS tbs ; Mandatory: transmit buffer size plus_fbs_rbs_man AS rbs ; Mandatory: receive buffer size } COMP res_que_plus_fbu "The query answer structure of the +FBU command." { plus_fbu_value AS value ; Mandatory: value } COMP cmd_set_plus_fbu "The set command structure of the +FBU command." { plus_fbu_value AS value ; Mandatory: value } COMP res_que_plus_fcc "The query answer structure of the +FCC command." { fax_vr AS vr ; Mandatory: Resolution fax_br AS br ; Mandatory: Bit rate fax_wd AS wd ; Mandatory: Page width in pixels fax_ln AS ln ; Mandatory: Page length fax_df AS df ; Mandatory: Data compression format fax_ec AS ec ; Mandatory: Error correction fax_bf AS bf ; Mandatory: File transfer fax_st AS st ; Mandatory: Scan time/line fax_jp AS jp ; Mandatory: JPEG for colour and B&W } COMP cmd_set_plus_fcc "The set command structure of the +FCC command." { fax_vr AS vr ; Mandatory: Resolution fax_br AS br ; Mandatory: Bit rate fax_wd AS wd ; Mandatory: Page width in pixels fax_ln AS ln ; Mandatory: Page length fax_df AS df ; Mandatory: Data compression format fax_ec AS ec ; Mandatory: Error correction fax_bf AS bf ; Mandatory: File transfer fax_st AS st ; Mandatory: Scan time/line fax_jp AS jp ; Mandatory: JPEG for colour and B&W } COMP res_que_plus_fclass "The query answer structure of the +FCLASS command." { plus_fclass_n AS n ; Mandatory: Mode } COMP cmd_set_plus_fclass "The set command structure of the +FCLASS command." { plus_fclass_n AS n ; Mandatory: Mode } COMP res_que_plus_fcq "The query answer structure of the +FCQ command." { fax_cq AS rq ; Mandatory: Copy quality checking plus_fcq_tq AS tq ; Mandatory: Copy quality checking } COMP cmd_set_plus_fcq "The set command structure of the +FCQ command." { fax_cq AS rq ; Mandatory: Copy quality checking plus_fcq_tq AS tq ; Mandatory: Copy quality checking } COMP res_que_plus_fcr "The query answer structure of the +FCR command." { plus_fcr_value AS value ; Mandatory: value } COMP cmd_set_plus_fcr "The set command structure of the +FCR command." { plus_fcr_value AS value ; Mandatory: value } COMP res_que_plus_fcs "The query answer structure of the +FCS command." { fax_vr AS vr ; Mandatory: Resolution fax_br AS br ; Mandatory: Bit rate fax_wd AS wd ; Mandatory: Page width in pixels fax_ln AS ln ; Mandatory: Page length fax_df AS df ; Mandatory: Data compression format fax_ec AS ec ; Mandatory: Error correction fax_bf AS bf ; Mandatory: File transfer fax_st AS st ; Mandatory: Scan time/line fax_jp AS jp ; Mandatory: JPEG for colour and B&W } COMP res_que_plus_fct "The query answer structure of the +FCT command." { plus_fct_value_man AS value ; Mandatory: Timer value (Default 30 seconds) } COMP cmd_set_plus_fct "The set command structure of the +FCT command." { plus_fct_value_man AS value ; Mandatory: Timer value (Default 30 seconds) } COMP res_que_plus_fea "The query answer structure of the +FEA command." { plus_fea_value AS value ; Mandatory: value } COMP cmd_set_plus_fea "The set command structure of the +FEA command." { plus_fea_value AS value ; Mandatory: value } COMP res_que_plus_ffc "The query answer structure of the +FFC command." { plus_ffc_vrc AS vrc ; Mandatory: vrc plus_ffc_dfc AS dfc ; Mandatory: dfc plus_ffc_lnc AS lnc ; Mandatory: lnc plus_ffc_wdc AS wdc ; Mandatory: wdc } COMP cmd_set_plus_ffc "The set command structure of the +FFC command." { plus_ffc_vrc AS vrc ; Mandatory: vrc plus_ffc_dfc AS dfc ; Mandatory: dfc plus_ffc_lnc AS lnc ; Mandatory: lnc plus_ffc_wdc AS wdc ; Mandatory: wdc } COMP res_que_plus_fhs "The query answer structure of the +FHS command." { plus_fhs_status AS status ; Mandatory: status } COMP res_uns_plus_fhs "The unsolicited result code structure of the +FHS command." { plus_fhs_status AS status ; Mandatory: status } COMP res_que_plus_fie "The query answer structure of the +FIE command." { plus_fie_value AS value ; Mandatory: value } COMP cmd_set_plus_fie "The set command structure of the +FIE command." { plus_fie_value AS value ; Mandatory: value } COMP res_que_plus_fis "The query answer structure of the +FIS command." { fax_vr AS vr ; Mandatory: Resolution fax_br AS br ; Mandatory: Bit rate fax_wd AS wd ; Mandatory: Page width in pixels fax_ln AS ln ; Mandatory: Page length fax_df AS df ; Mandatory: Data compression format fax_ec AS ec ; Mandatory: Error correction fax_bf AS bf ; Mandatory: File transfer fax_st AS st ; Mandatory: Scan time/line fax_jp AS jp ; Mandatory: JPEG for colour and B&W } COMP cmd_set_plus_fis "The set command structure of the +FIS command." { fax_vr AS vr ; Mandatory: Resolution fax_br AS br ; Mandatory: Bit rate fax_wd AS wd ; Mandatory: Page width in pixels fax_ln AS ln ; Mandatory: Page length fax_df AS df ; Mandatory: Data compression format fax_ec AS ec ; Mandatory: Error correction fax_bf AS bf ; Mandatory: File transfer fax_st AS st ; Mandatory: Scan time/line fax_jp AS jp ; Mandatory: JPEG for colour and B&W } COMP res_que_plus_fit "The query answer structure of the +FIT command." { plus_fit_time_man AS time ; Mandatory: Inactivity timeout in seconds plus_fit_action AS action ; Mandatory: Action taken upon timeout } COMP cmd_set_plus_fit "The set command structure of the +FIT command." { plus_fit_time_man AS time ; Mandatory: Inactivity timeout in seconds plus_fit_action AS action ; Mandatory: Action taken upon timeout } COMP res_que_plus_fli "The query answer structure of the +FLI command." { plus_fli_id_str AS id_str [0..MAX_ID_CHAR] ; Mandatory: Local ID string } COMP cmd_set_plus_fli "The set command structure of the +FLI command." { plus_fli_id_str AS id_str [0..MAX_ID_CHAR] ; Mandatory: Local ID string } COMP res_que_plus_flo "The query answer structure of the +FLO command." { plus_flo_flo_q AS flo_q ; Mandatory: value } COMP cmd_set_plus_flo "The set command structure of the +FLO command." { plus_flo_flo_c AS flo_c ; Mandatory: value } COMP res_que_plus_flp "The query answer structure of the +FLP command." { plus_flp_value AS value ; Mandatory: Whether the DTE has a document ready for polling } COMP cmd_set_plus_flp "The set command structure of the +FLP command." { plus_flp_value AS value ; Mandatory: Whether the DTE has a document ready for polling } COMP res_que_plus_fms "The query answer structure of the +FMS command." { plus_fms_value AS value ; Mandatory: Lowest negotiable speed for a session } COMP cmd_set_plus_fms "The set command structure of the +FMS command." { plus_fms_value AS value ; Mandatory: Lowest negotiable speed for a session } COMP res_que_plus_fns "The query answer structure of the +FNS command." { < () plus_fns_nsf AS nsf [0..MAX_FNS_NSF] > ; Optional : String of hexadecimal coded octets } COMP cmd_set_plus_fns "The set command structure of the +FNS command." { < () plus_fns_nsf AS nsf [0..MAX_FNS_NSF] > ; Optional : String of hexadecimal coded octets } COMP res_que_plus_fpa "The query answer structure of the +FPA command." { plus_fpa_spa_str AS spa_str [0..MAX_ID_CHAR] ; Mandatory: Selective polling address string } COMP cmd_set_plus_fpa "The set command structure of the +FPA command." { plus_fpa_spa_str AS spa_str [0..MAX_ID_CHAR] ; Mandatory: Selective polling address string } COMP res_que_plus_fpi "The query answer structure of the +FPI command." { plus_fpi_id_str AS id_str [0..MAX_ID_CHAR] ; Mandatory: Local polling ID string } COMP cmd_set_plus_fpi "The set command structure of the +FPI command." { plus_fpi_id_str AS id_str [0..MAX_ID_CHAR] ; Mandatory: Local polling ID string } COMP res_que_plus_fps "The query answer structure of the +FPS command." { plus_fps_ppr AS ppr ; Mandatory: Post page response } COMP cmd_set_plus_fps "The set command structure of the +FPS command." { plus_fps_ppr AS ppr ; Mandatory: Post page response } COMP res_que_plus_fpw "The query answer structure of the +FPW command." { plus_fpw_pw_str AS pw_str [0..MAX_ID_CHAR] ; Mandatory: Password string } COMP cmd_set_plus_fpw "The set command structure of the +FPW command." { plus_fpw_pw_str AS pw_str [0..MAX_ID_CHAR] ; Mandatory: Password string } COMP res_que_plus_frq "The query answer structure of the +FRQ command." { plus_frq_pgl_man AS pgl ; Mandatory: Percentage of good lines required for a page to be considered acceptable plus_frq_cbl_man AS cbl ; Mandatory: Maximum tolerable number of consecutive bad lines } COMP cmd_set_plus_frq "The set command structure of the +FRQ command." { plus_frq_pgl_man AS pgl ; Mandatory: Percentage of good lines required for a page to be considered acceptable plus_frq_cbl_man AS cbl ; Mandatory: Maximum tolerable number of consecutive bad lines } COMP res_que_plus_fsa "The query answer structure of the +FSA command." { plus_fsa_sub_str AS sub_str [0..MAX_ID_CHAR] ; Mandatory: Destination sub-address string } COMP cmd_set_plus_fsa "The set command structure of the +FSA command." { plus_fsa_sub_str AS sub_str [0..MAX_ID_CHAR] ; Mandatory: Destination sub-address string } COMP res_que_plus_fsp "The query answer structure of the +FSP command." { plus_fsp_poll AS poll ; Optional : Enable/disable polling } COMP cmd_set_plus_fsp "The set command structure of the +FSP command." { plus_fsp_poll AS poll ; Optional : Enable/disable polling } COMP res_que_plus_icf "The query answer structure of the +ICF command." { framing_format AS framing_format ; Mandatory: Format (number of data, parity and stop bits) framing_parity AS framing_parity ; Mandatory: Parity type } COMP cmd_set_plus_icf "The set command structure of the +ICF command." { framing_format AS framing_format ; Optional : Format (number of data, parity and stop bits) framing_parity AS framing_parity ; Optional : Parity type } COMP res_que_plus_ifc "The query answer structure of the +IFC command." { plus_ifc_by_te AS by_te ; Optional : Flow control of TA by TE (RX) plus_ifc_by_ta AS by_ta ; Optional : Flow control of TE by TA (TX) } COMP cmd_set_plus_ifc "The set command structure of the +IFC command." { plus_ifc_by_te AS by_te ; Optional : Flow control of TA by TE (RX) plus_ifc_by_ta AS by_ta ; Optional : Flow control of TE by TA (TX) } COMP res_uns_plus_ilrr "The unsolicited result code structure of the +ILRR command." { plus_ilrr_rate AS rate ; Mandatory: Rate (bps) framing_format AS framing_format ; Mandatory: Format (number of data, parity and stop bits) framing_parity AS framing_parity ; Mandatory: Parity type } COMP res_que_percent_imei "The query answer structure of the %IMEI command." { percent_imei_tac1_man AS tac1 ; Mandatory: type approval country code percent_imei_tac2_man AS tac2 ; Mandatory: type approval assembly code percent_imei_tac3_man AS tac3 ; Mandatory: type approval assembly code percent_imei_fac_man AS fac ; Mandatory: manufacturer code percent_imei_snr1_man AS snr1 ; Mandatory: serial number percent_imei_snr2_man AS snr2 ; Mandatory: serial number percent_imei_snr3_man AS snr3 ; Mandatory: serial number percent_imei_svn_man AS svn ; Mandatory: software version number percent_imei_cd_man AS cd ; Mandatory: Luhn Check Digit } COMP res_que_plus_ipr "The query answer structure of the +IPR command." { plus_ipr_rate AS rate ; Mandatory: Data rate } COMP cmd_set_plus_ipr "The set command structure of the +IPR command." { plus_ipr_rate AS rate ; Mandatory: Data rate } COMP res_que_percent_pbcf "The query answer structure of the %PBCF command." { percent_pbcf_ldn AS ldn ; Mandatory: Last Dialled Number percent_pbcf_lrn AS lrn ; Mandatory: Last Received Number percent_pbcf_lmn AS lmn ; Mandatory: Last Missed Number } COMP cmd_set_percent_pbcf "The set command structure of the %PBCF command." { percent_pbcf_ldn AS ldn ; Optional : Last Dialled Number percent_pbcf_lrn AS lrn ; Optional : Last Received Number percent_pbcf_lmn AS lmn ; Optional : Last Missed Number } COMP res_que_percent_ppp "The query answer structure of the %PPP command." { percent_ppp_ipaddr_opt AS ipaddr ; Optional : IP ddress of the mobile as negotiated with the network (valid only during PPP connection) percent_ppp_dns1_opt AS dns1 ; Optional : IP address of first DNS server to use (valid only during PPP connection) percent_ppp_dns2_opt AS dns2 ; Optional : IP address of second DNS server to use (valid only during PPP connection) } COMP cmd_set_percent_ppp "The set command structure of the %PPP command." { percent_ppp_authprot AS authprot ; Mandatory: Authentication protocol to use with PPP < () percent_ppp_user AS user [0..MAX_PPP_USER_LEN] > ; Optional : User login name < () percent_ppp_password AS password [0..MAX_PPP_PASSW_LEN] > ; Optional : User password percent_ppp_conn_type AS conn_type ; Mandatory: Connection type } COMP res_que_percent_pvrf "The query answer structure of the %PVRF command." { percent_pvrf_pn1cnt_opt AS pn1cnt ; Optional : PIN1 Counter percent_pvrf_pn2cnt_opt AS pn2cnt ; Optional : PIN2 Counter percent_pvrf_pk1cnt_opt AS pk1cnt ; Optional : PUK1 Counter percent_pvrf_pk2cnt_opt AS pk2cnt ; Optional : PUK2 Counter percent_pvrf_ps1 AS ps1 ; Optional : PIN1 Status percent_pvrf_ps2 AS ps2 ; Optional : PIN2 Status } COMP cmd_set_percent_pvrf "The set command structure of the %PVRF command." { percent_pvrf_type AS type ; Mandatory: PIN/PUK Type percent_pvrf_pin AS pin [0..MAX_PVRF_PIN_LEN] ; Mandatory: PIN/PUK characters. < () percent_pvrf_newpin AS newpin [0..MAX_PVRF_NEW_PIN_LEN] > ; Optional : New PIN (if type is PUK1/2). } COMP res_que_percent_rdl "The query answer structure of the %RDL command." { percent_rdl_mode AS mode ; Optional : Automatic calling repeat Mode } COMP cmd_set_percent_rdl "The set command structure of the %RDL command." { percent_rdl_mode AS mode ; Optional : Automatic calling repeat Mode } COMP res_uns_percent_rdl "The unsolicited result code structure of the %RDL command." { percent_rdl_state AS state ; Mandatory: Automatic calling repeat state } COMP res_que_percent_rdlb "The query answer structure of the %RDLB command." { percent_rdlb_number AS number [0..MAX_RDLB_NUMBER_LEN] ; Mandatory: Telephone number type_man AS type ; Mandatory: Type of address } COMP cmd_set_percent_rdlb "The set command structure of the %RDLB command." { percent_rdlb_mode AS mode ; Optional : Blacklist mode } COMP res_uns_percent_rdlb "The unsolicited result code structure of the %RDLB command." { percent_rdlb_state AS state ; Mandatory: Blacklist state } COMP res_uns_percent_sata "The unsolicited result code structure of the %SATA command." { percent_sata_redial_timeout_man AS redial_timeout ; Mandatory: Redial timeout in ms } COMP res_que_percent_satc "The query answer structure of the %SATC command." { percent_satc_satprfl AS satprfl [0..MAX_STK_PRF] ; Mandatory: SATK profile } COMP cmd_set_percent_satc "The set command structure of the %SATC command." { percent_satc_satprfl AS satprfl [0..MAX_STK_PRF] ; Mandatory: SATK profile } COMP res_que_percent_satcc "The query answer structure of the %SATCC command." { percent_satcc_mode AS mode ; Mandatory: Short message SIM Contol mode } COMP cmd_set_percent_satcc "The set command structure of the %SATCC command." { percent_satcc_mode AS mode ; Mandatory: Short message SIM Contol mode } COMP cmd_set_percent_sate "The set command structure of the %SATE command." { percent_sate_satcmd AS satcmd [2..MAX_STK_CMD] ; Mandatory: SATK envelope command } COMP res_set_percent_sate "The set response structure of the %SATE command." { percent_sate_satrsp AS satrsp [2..MAX_SATE_SAT_RSP_LEN] ; Mandatory: SAT envelope response } COMP res_uns_percent_sati "The unsolicited result code structure of the %SATI command." { percent_sati_satcmd AS satcmd [2..MAX_SATI_SAT_CMD_LEN] ; Mandatory: SIM Application Toolkit command } COMP res_uns_percent_satn "The unsolicited result code structure of the %SATN command." { percent_satn_satcmd AS satcmd [2..MAX_SATN_SAT_CMD_LEN] ; Mandatory: SIM Application Toolkit command } COMP cmd_set_percent_satr "The set command structure of the %SATR command." { percent_satr_satrsp AS satrsp [2..MAX_STK_CMD] ; Mandatory: Response to SATK command } COMP cmd_set_percent_satt "The set command structure of the %SATT command." { percent_satt_cs AS cs ; Optional : Cause for termination of SIM Application Toolkit } COMP path_info "path information" { df_level1 ; Path Information DF level 1 < () df_level2 > ; Path Information DF level 2 } COMP file_info "File Information for FILE UPDATE" { datafield ; data field < () path_info > ; path info } COMP res_uns_percent_simef "The unsolicited result code structure of the %SIMEF command." { file_info AS ef [0..MAX_SIMEF_EF_LEN] ; Mandatory: List of files changed } COMP res_uns_percent_simins "The unsolicited result code structure of the %SIMINS command." { percent_simins_n AS n ; Mandatory: Result code } COMP res_uns_percent_simrem "The unsolicited result code structure of the %SIMREM command." { percent_simrem_m AS m ; Mandatory: Type of SIM removal } COMP res_uns_percent_sncnt "The unsolicited result code structure of the %SNCNT command." { pdp_cid AS cid ; Mandatory: specifies a particular PDP context percent_sncnt_oct_up_man AS oct_up ; Mandatory: Octets Uplink Count percent_sncnt_oct_down_man AS oct_down ; Mandatory: Octets Downlink Count percent_sncnt_pkt_up_man AS pkt_up ; Mandatory: Packets Uplink Count percent_sncnt_pkt_down_man AS pkt_down ; Mandatory: Packets Downlink Count } COMP cmd_set_percent_sncnt "The set command structure of the %SNCNT command." { percent_sncnt_rst AS rst ; Mandatory: Reset the SNDCP Counter } COMP cmd_set_percent_vts "The set command structure of the %VTS command." { dtmf AS dtmf ; Mandatory: DTMF character percent_vts_mode AS mode ; Mandatory: DTMF Mode } COMP cmd_set_plus_vts "The set command structure of the +VTS command." { dtmf AS dtmf ; Mandatory: DTMF character } COMP res_que_plus_ws46 "The query answer structure of the +WS46 command." { plus_ws46_n AS n ; Optional : Wireless Network Mode } COMP cmd_set_plus_ws46 "The set command structure of the +WS46 command." { plus_ws46_n AS n ; Optional : Wireless Network Mode } COMP custom "for sending / receiving of customer AT command / response" { custom_container AS buf [0..MAX_CUSTOM_CMD_LEN] ; buffer for customer command / response } COMP cmd_set_percent_ctzv "The set command structure of the %CTZV command" { percent_ctzv_mode AS mode ; Primitive structure element item } COMP cmd_set_percent_cuscfg "The set command structure of the %CUSCFG command" { percent_cuscfg_fac AS Facility [0..MAX_CUSCFG_FAC_STR_LEN] ; Primitive structure element item percent_cuscfg_mod AS Mode ; Primitive structure element item < () percent_cuscfg_val AS Value [0..MAX_CUSCFG_VALUE_LEN] > ; Primitive structure element item } COMP res_percent_cuscfg "Structure of response for %CUSCFG command" { percent_cuscfg_stat AS cuscfg_stat ; Primitive structure element item } COMP cmd_set_percent_cniv "The set command structure of the %CNIV command" { percent_cniv_mode AS mode ; Primitive structure element item } COMP res_uns_percent_cniv "The unsolicited result code structure of the %CNIV command." { < () percent_cniv_long_oper AS long_oper [0..MAX_CNIV_LONG_OPER] > ; Mandatory : Operator name in long alphanumeric format < () percent_cniv_short_oper AS short_oper [0..MAX_CNIV_SHORT_OPER] > ; Mandatory : Operator name in short alphanumeric format < () percent_cniv_num_oper AS num_oper [0..MAX_CNIV_NUM_OPER_LEN] > ; Mandatory : Operator name in numeric format percent_cniv_dcs_short_oper AS dcs_short_oper ; Mandatory : Data Coding Scheme for short oper name percent_cniv_dcs_long_oper AS dcs_long_oper ; Mandatory : Data Coding Scheme for long oper name percent_cniv_add_ci_opt AS add_ci ; add country initials } COMP res_que_percent_cniv "The query answer structure of the %CNIV command." { percent_cniv_mode AS mode ; Primitive structure element item } COMP cmd_set_percent_pbci "The set command structure of the %PBCI command" { percent_pbci_mode AS mode ; Primitive structure element item } UNION params "Structured Element" { CMD_SET_PERCENT_ALS=0 cmd_set_percent_als AS set_percent_als PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_BAND=1 cmd_set_percent_band AS set_percent_band PTR ; points to the corresponding parameter structure CMD_ANDC=2 cmd_andc AS andc PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CACM=3 cmd_set_plus_cacm AS set_plus_cacm PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CAMM=4 cmd_set_plus_camm AS set_plus_camm PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CAOC=5 cmd_set_plus_caoc AS set_plus_caoc PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CBHZ=6 cmd_set_percent_cbhz AS set_percent_cbhz PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CBST=7 cmd_set_plus_cbst AS set_plus_cbst PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CCBS=8 cmd_set_percent_ccbs AS set_percent_ccbs PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CCFC=9 cmd_set_plus_ccfc AS set_plus_ccfc PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CCLK=10 cmd_set_plus_cclk AS set_plus_cclk PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CCUG=11 cmd_set_plus_ccug AS set_plus_ccug PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CCWA=12 cmd_set_plus_ccwa AS set_plus_ccwa PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CCWA_W=13 cmd_set_plus_ccwa_w AS set_plus_ccwa_w PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CFUN=14 cmd_set_plus_cfun AS set_plus_cfun PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CGAATT=15 cmd_set_percent_cgaatt AS set_percent_cgaatt PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGACT=16 cmd_set_plus_cgact AS set_plus_cgact PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGANS=17 cmd_set_plus_cgans AS set_plus_cgans PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGATT=18 cmd_set_plus_cgatt AS set_plus_cgatt PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CGCLASS=19 cmd_set_percent_cgclass AS set_percent_cgclass PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGCLASS=20 cmd_set_plus_cgclass AS set_plus_cgclass PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGDATA=21 cmd_set_plus_cgdata AS set_plus_cgdata PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGDCONT=22 cmd_set_plus_cgdcont AS set_plus_cgdcont PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CGMM=23 cmd_set_percent_cgmm AS set_percent_cgmm PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGPADDR=24 cmd_set_plus_cgpaddr AS set_plus_cgpaddr PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CGPCO=25 cmd_set_percent_cgpco AS set_percent_cgpco PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CGPPP=26 cmd_set_percent_cgppp AS set_percent_cgppp PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGQMIN=27 cmd_set_plus_cgqmin AS set_plus_cgqmin PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGQREQ=28 cmd_set_plus_cgqreq AS set_plus_cgqreq PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CGSMS=29 cmd_set_plus_cgsms AS set_plus_cgsms PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CHLD=30 cmd_set_percent_chld AS set_percent_chld PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CHPL=31 cmd_set_percent_chpl AS set_percent_chpl PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CHPL_W=32 cmd_set_percent_chpl_w AS set_percent_chpl_w PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CIND=33 cmd_set_plus_cind AS set_plus_cind PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CLAN=34 cmd_set_plus_clan AS set_plus_clan PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CLCK=35 cmd_set_plus_clck AS set_plus_clck PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CLIR=36 cmd_set_plus_clir AS set_plus_clir PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CLVL=37 cmd_set_plus_clvl AS set_plus_clvl PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMER=38 cmd_set_plus_cmer AS set_plus_cmer PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMGC=39 cmd_set_plus_cmgc AS set_plus_cmgc PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMGD=40 cmd_set_plus_cmgd AS set_plus_cmgd PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMGL=41 cmd_set_plus_cmgl AS set_plus_cmgl PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMGL_W=42 cmd_set_plus_cmgl_w AS set_plus_cmgl_w PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMGR=43 cmd_set_plus_cmgr AS set_plus_cmgr PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMGR_W=44 cmd_set_plus_cmgr_w AS set_plus_cmgr_w PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMGS=45 cmd_set_plus_cmgs AS set_plus_cmgs PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMGW=46 cmd_set_plus_cmgw AS set_plus_cmgw PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMOD=47 cmd_set_plus_cmod AS set_plus_cmod PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMSS=48 cmd_set_plus_cmss AS set_plus_cmss PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMUT=49 cmd_set_plus_cmut AS set_plus_cmut PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CMUX=50 cmd_set_plus_cmux AS set_plus_cmux PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CNMA=51 cmd_set_plus_cnma AS set_plus_cnma PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CNMI=52 cmd_set_plus_cnmi AS set_plus_cnmi PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_COPS=53 cmd_set_percent_cops AS set_percent_cops PTR ; points to the corresponding parameter structure CMD_SET_PLUS_COPS=54 cmd_set_plus_cops AS set_plus_cops PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_COPS_W=55 cmd_set_percent_cops_w AS set_percent_cops_w PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPALS=56 cmd_set_percent_cpals AS set_percent_cpals PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPALS_W=57 cmd_set_percent_cpals_w AS set_percent_cpals_w PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPBF=58 cmd_set_plus_cpbf AS set_plus_cpbf PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPBF_W=59 cmd_set_plus_cpbf_w AS set_plus_cpbf_w PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPBR=60 cmd_set_plus_cpbr AS set_plus_cpbr PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPBR_W=61 cmd_set_plus_cpbr_w AS set_plus_cpbr_w PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPBS=62 cmd_set_plus_cpbs AS set_plus_cpbs PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPBW=63 cmd_set_plus_cpbw AS set_plus_cpbw PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPBW_W=64 cmd_set_plus_cpbw_w AS set_plus_cpbw_w PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPCFU=65 cmd_set_percent_cpcfu AS set_percent_cpcfu PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPHS=66 cmd_set_percent_cphs AS set_percent_cphs PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPIN=67 cmd_set_plus_cpin AS set_plus_cpin PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPMB=68 cmd_set_percent_cpmb AS set_percent_cpmb PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPMBW=69 cmd_set_percent_cpmbw AS set_percent_cpmbw PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPMBW_W=70 cmd_set_percent_cpmbw_w AS set_percent_cpmbw_w PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPMB_W=71 cmd_set_percent_cpmb_w AS set_percent_cpmb_w PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPMS=72 cmd_set_plus_cpms AS set_plus_cpms PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPNUMS=73 cmd_set_percent_cpnums AS set_percent_cpnums PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPNUMS_W=74 cmd_set_percent_cpnums_w AS set_percent_cpnums_w PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPOL=75 cmd_set_plus_cpol AS set_plus_cpol PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPOL_W=76 cmd_set_plus_cpol_w AS set_plus_cpol_w PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPRSM=77 cmd_set_percent_cprsm AS set_percent_cprsm PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPUC=78 cmd_set_plus_cpuc AS set_plus_cpuc PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPUC_W=79 cmd_set_plus_cpuc_w AS set_plus_cpuc_w PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPVWI=80 cmd_set_percent_cpvwi AS set_percent_cpvwi PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CPWD=81 cmd_set_plus_cpwd AS set_plus_cpwd PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CRES=82 cmd_set_plus_cres AS set_plus_cres PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CRLP=83 cmd_set_plus_crlp AS set_plus_crlp PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CRSM=84 cmd_set_plus_crsm AS set_plus_crsm PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CSAS=85 cmd_set_plus_csas AS set_plus_csas PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CSCA=86 cmd_set_plus_csca AS set_plus_csca PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CSCB=87 cmd_set_plus_cscb AS set_plus_cscb PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CSCS=88 cmd_set_plus_cscs AS set_plus_cscs PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CSIM=89 cmd_set_plus_csim AS set_plus_csim PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CSMS=90 cmd_set_plus_csms AS set_plus_csms PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CSNS=91 cmd_set_plus_csns AS set_plus_csns PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CSTA=92 cmd_set_plus_csta AS set_plus_csta PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CSVM=93 cmd_set_plus_csvm AS set_plus_csvm PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CTFR=94 cmd_set_plus_ctfr AS set_plus_ctfr PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CTTY=95 cmd_set_percent_ctty AS set_percent_ctty PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CTZU=96 cmd_set_plus_ctzu AS set_plus_ctzu PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CUSD=97 cmd_set_plus_cusd AS set_plus_cusd PTR ; points to the corresponding parameter structure CMD_SET_PLUS_CUSD_W=98 cmd_set_plus_cusd_w AS set_plus_cusd_w PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CUST=99 cmd_set_percent_cust AS set_percent_cust PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CWUP=100 cmd_set_percent_cwup AS set_percent_cwup PTR ; points to the corresponding parameter structure CMD_AT_D=101 cmd_at_d AS at_d PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_DATA=102 cmd_set_percent_data AS set_percent_data PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_DINF=103 cmd_set_percent_dinf AS set_percent_dinf PTR ; points to the corresponding parameter structure CMD_SET_PLUS_DS=104 cmd_set_plus_ds AS set_plus_ds PTR ; points to the corresponding parameter structure CMD_AT_D_W=105 cmd_at_d_w AS at_d_w PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_EFRSLT=106 cmd_set_percent_efrslt AS set_percent_efrslt PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_EM=107 cmd_set_percent_em AS set_percent_em PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FAP=108 cmd_set_plus_fap AS set_plus_fap PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FBO=109 cmd_set_plus_fbo AS set_plus_fbo PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FBU=110 cmd_set_plus_fbu AS set_plus_fbu PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FCC=111 cmd_set_plus_fcc AS set_plus_fcc PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FCLASS=112 cmd_set_plus_fclass AS set_plus_fclass PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FCQ=113 cmd_set_plus_fcq AS set_plus_fcq PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FCR=114 cmd_set_plus_fcr AS set_plus_fcr PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FCT=115 cmd_set_plus_fct AS set_plus_fct PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FEA=116 cmd_set_plus_fea AS set_plus_fea PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FFC=117 cmd_set_plus_ffc AS set_plus_ffc PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FIE=118 cmd_set_plus_fie AS set_plus_fie PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FIS=119 cmd_set_plus_fis AS set_plus_fis PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FIT=120 cmd_set_plus_fit AS set_plus_fit PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FLI=121 cmd_set_plus_fli AS set_plus_fli PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FLO=122 cmd_set_plus_flo AS set_plus_flo PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FLP=123 cmd_set_plus_flp AS set_plus_flp PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FMS=124 cmd_set_plus_fms AS set_plus_fms PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FNS=125 cmd_set_plus_fns AS set_plus_fns PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FPA=126 cmd_set_plus_fpa AS set_plus_fpa PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FPI=127 cmd_set_plus_fpi AS set_plus_fpi PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FPS=128 cmd_set_plus_fps AS set_plus_fps PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FPW=129 cmd_set_plus_fpw AS set_plus_fpw PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FRQ=130 cmd_set_plus_frq AS set_plus_frq PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FSA=131 cmd_set_plus_fsa AS set_plus_fsa PTR ; points to the corresponding parameter structure CMD_SET_PLUS_FSP=132 cmd_set_plus_fsp AS set_plus_fsp PTR ; points to the corresponding parameter structure CMD_SET_PLUS_ICF=133 cmd_set_plus_icf AS set_plus_icf PTR ; points to the corresponding parameter structure CMD_SET_PLUS_IFC=134 cmd_set_plus_ifc AS set_plus_ifc PTR ; points to the corresponding parameter structure CMD_SET_PLUS_IPR=135 cmd_set_plus_ipr AS set_plus_ipr PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_PBCF=136 cmd_set_percent_pbcf AS set_percent_pbcf PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_PPP=137 cmd_set_percent_ppp AS set_percent_ppp PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_PVRF=138 cmd_set_percent_pvrf AS set_percent_pvrf PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_RDL=139 cmd_set_percent_rdl AS set_percent_rdl PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_RDLB=140 cmd_set_percent_rdlb AS set_percent_rdlb PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_SATC=141 cmd_set_percent_satc AS set_percent_satc PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_SATCC=142 cmd_set_percent_satcc AS set_percent_satcc PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_SATE=143 cmd_set_percent_sate AS set_percent_sate PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_SATR=144 cmd_set_percent_satr AS set_percent_satr PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_SATT=145 cmd_set_percent_satt AS set_percent_satt PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_SNCNT=146 cmd_set_percent_sncnt AS set_percent_sncnt PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_VTS=147 cmd_set_percent_vts AS set_percent_vts PTR ; points to the corresponding parameter structure CMD_SET_PLUS_VTS=148 cmd_set_plus_vts AS set_plus_vts PTR ; points to the corresponding parameter structure CMD_SET_PLUS_WS46=149 cmd_set_plus_ws46 AS set_plus_ws46 PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CPINF=150 cmd_set_percent_cpinf AS set_percent_cpinf PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CMGR=151 cmd_set_percent_cmgr AS set_percent_cmgr PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CMGL=152 cmd_set_percent_cmgl AS set_percent_cmgl PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CTZV=153 cmd_set_percent_ctzv AS set_percent_ctzv PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_ECC=154 cmd_set_percent_ecc AS set_percent_ecc PTR %TI_PS_FF_AT_CMD_P_ECC% ; points to the corresponding parameter structure CMD_SET_PERCENT_MEPD=155 cmd_set_percent_mepd AS set_percent_mepd PTR %SIM_PERS% ; points to the corresponding parameter structure CMD_SET_PERCENT_CSQ=156 cmd_set_percent_csq AS set_percent_csq PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CNIV=157 cmd_set_percent_cniv AS set_percent_cniv PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_CMGRS=158 cmd_set_percent_cmgrs AS set_percent_cmgrs PTR %REL99% ; points to the corresponding parameter structure CMD_SET_PLUS_CGCMOD=159 cmd_set_plus_cgcmod AS set_plus_cgcmod PTR %REL99% ; points to the corresponding parameter structure CMD_SET_PLUS_CGDSCONT=160 cmd_set_plus_cgdscont AS set_plus_cgdscont PTR %REL99% ; points to the corresponding parameter structure CMD_SET_PLUS_CGEQREQ=161 cmd_set_plus_cgeqreq AS set_plus_cgeqreq PTR %REL99% ; points to the corresponding parameter structure CMD_SET_PLUS_CGEQMIN=162 cmd_set_plus_cgeqmin AS set_plus_cgeqmin PTR %REL99% ; points to the corresponding parameter structure CMD_SET_PLUS_CGEQNEG=163 cmd_set_plus_cgeqneg AS set_plus_cgeqneg PTR %REL99% ; points to the corresponding parameter structure CMD_SET_PLUS_CGTFT=164 cmd_set_plus_cgtft AS set_plus_cgtft PTR %REL99% ; points to the corresponding parameter structure CMD_SET_PERCENT_CUSCFG=165 cmd_set_percent_cuscfg AS set_percent_cuscfg PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_PBCI=166 cmd_set_percent_pbci AS set_percent_pbci PTR ; points to the corresponding parameter structure CMD_SET_PERCENT_SIMEF=167 cmd_set_percent_simef AS set_percent_simef PTR ; points to the corresponding parameter structure CMD_AT_A=4096 no_parameter AS at_a PTR ; pointer needs not to be used CMD_SET_PLUS_CBC=4097 no_parameter AS set_plus_cbc PTR ; pointer needs not to be used CMD_SET_PLUS_CEER=4098 no_parameter AS set_plus_ceer PTR ; pointer needs not to be used CMD_SET_PLUS_CIMI=4099 no_parameter AS set_plus_cimi PTR ; pointer needs not to be used CMD_SET_PLUS_CNUM=4100 no_parameter AS set_plus_cnum PTR ; pointer needs not to be used CMD_SET_PLUS_CNUM_W=4101 no_parameter AS set_plus_cnum_w PTR ; pointer needs not to be used CMD_SET_PLUS_CPAS=4102 no_parameter AS set_plus_cpas PTR ; pointer needs not to be used CMD_SET_PLUS_CSQ=4103 no_parameter AS set_plus_csq PTR ; pointer needs not to be used CMD_ANDF=4104 no_parameter AS andf PTR ; pointer needs not to be used CMD_AT_H=4105 no_parameter AS at_h PTR ; pointer needs not to be used CMD_AT_O=4106 no_parameter AS at_o PTR ; pointer needs not to be used CMD_AT_Z=4107 no_parameter AS at_z PTR ; pointer needs not to be used CMD_QUE_PERCENT_ALS=4108 no_parameter AS que_percent_als PTR ; pointer needs not to be used CMD_TST_PERCENT_ALS=4109 no_parameter AS tst_percent_als PTR ; pointer needs not to be used CMD_QUE_PERCENT_ATR=4110 no_parameter AS que_percent_atr PTR ; pointer needs not to be used CMD_QUE_PERCENT_BAND=4111 no_parameter AS que_percent_band PTR ; pointer needs not to be used CMD_TST_PERCENT_BAND=4112 no_parameter AS tst_percent_band PTR ; pointer needs not to be used CMD_QUE_PLUS_CACM=4113 no_parameter AS que_plus_cacm PTR ; pointer needs not to be used CMD_QUE_PLUS_CAMM=4114 no_parameter AS que_plus_camm PTR ; pointer needs not to be used CMD_QUE_PERCENT_CBHZ=4115 no_parameter AS que_percent_cbhz PTR ; pointer needs not to be used CMD_TST_PERCENT_CBHZ=4116 no_parameter AS tst_percent_cbhz PTR ; pointer needs not to be used CMD_QUE_PLUS_CBST=4117 no_parameter AS que_plus_cbst PTR ; pointer needs not to be used CMD_QUE_PERCENT_CCBS=4118 no_parameter AS que_percent_ccbs PTR ; pointer needs not to be used CMD_QUE_PLUS_CCLK=4119 no_parameter AS que_plus_cclk PTR ; pointer needs not to be used CMD_QUE_PLUS_CCUG=4120 no_parameter AS que_plus_ccug PTR ; pointer needs not to be used CMD_QUE_PLUS_CFUN=4121 no_parameter AS que_plus_cfun PTR ; pointer needs not to be used CMD_QUE_PERCENT_CGAATT=4122 no_parameter AS que_percent_cgaatt PTR ; pointer needs not to be used CMD_QUE_PLUS_CGACT=4123 no_parameter AS que_plus_cgact PTR ; pointer needs not to be used CMD_QUE_PLUS_CGATT=4124 no_parameter AS que_plus_cgatt PTR ; pointer needs not to be used CMD_QUE_PERCENT_CGCLASS=4125 no_parameter AS que_percent_cgclass PTR ; pointer needs not to be used CMD_QUE_PLUS_CGCLASS=4126 no_parameter AS que_plus_cgclass PTR ; pointer needs not to be used CMD_QUE_PLUS_CGDCONT=4127 no_parameter AS que_plus_cgdcont PTR ; pointer needs not to be used CMD_TST_PLUS_CGPADDR=4128 no_parameter AS tst_plus_cgpaddr PTR ; pointer needs not to be used CMD_QUE_PERCENT_CGPPP=4129 no_parameter AS que_percent_cgppp PTR ; pointer needs not to be used CMD_QUE_PLUS_CGQMIN=4130 no_parameter AS que_plus_cgqmin PTR ; pointer needs not to be used CMD_QUE_PLUS_CGQREQ=4131 no_parameter AS que_plus_cgqreq PTR ; pointer needs not to be used CMD_QUE_PERCENT_CGREG=4132 no_parameter AS que_percent_cgreg PTR ; pointer needs not to be used CMD_QUE_PLUS_CGREG=4133 no_parameter AS que_plus_cgreg PTR ; pointer needs not to be used CMD_QUE_PLUS_CGSMS=4134 no_parameter AS que_plus_cgsms PTR ; pointer needs not to be used CMD_QUE_PLUS_CIND=4135 no_parameter AS que_plus_cind PTR ; pointer needs not to be used CMD_QUE_PLUS_CLAN=4136 no_parameter AS que_plus_clan PTR ; pointer needs not to be used CMD_TST_PLUS_CLAN=4137 no_parameter AS tst_plus_clan PTR ; pointer needs not to be used CMD_QUE_PLUS_CLCC=4138 no_parameter AS que_plus_clcc PTR ; pointer needs not to be used CMD_QUE_PLUS_CLIP=4139 no_parameter AS que_plus_clip PTR ; pointer needs not to be used CMD_QUE_PLUS_CLIP_W=4140 no_parameter AS que_plus_clip_w PTR ; pointer needs not to be used CMD_QUE_PLUS_CLIR=4141 no_parameter AS que_plus_clir PTR ; pointer needs not to be used CMD_QUE_PLUS_CLVL=4142 no_parameter AS que_plus_clvl PTR ; pointer needs not to be used CMD_QUE_PLUS_CMER=4143 no_parameter AS que_plus_cmer PTR ; pointer needs not to be used CMD_QUE_PLUS_CMOD=4144 no_parameter AS que_plus_cmod PTR ; pointer needs not to be used CMD_QUE_PLUS_CMUT=4145 no_parameter AS que_plus_cmut PTR ; pointer needs not to be used CMD_QUE_PLUS_CMUX=4146 no_parameter AS que_plus_cmux PTR ; pointer needs not to be used CMD_QUE_PERCENT_CNAP=4147 no_parameter AS que_percent_cnap PTR ; pointer needs not to be used CMD_QUE_PLUS_CNMI=4148 no_parameter AS que_plus_cnmi PTR ; pointer needs not to be used CMD_QUE_PLUS_COLP=4149 no_parameter AS que_plus_colp PTR ; pointer needs not to be used CMD_QUE_PLUS_COLP_W=4150 no_parameter AS que_plus_colp_w PTR ; pointer needs not to be used CMD_QUE_PERCENT_COPS=4151 no_parameter AS que_percent_cops PTR ; pointer needs not to be used CMD_TST_PERCENT_COPS=4152 no_parameter AS tst_percent_cops PTR ; pointer needs not to be used CMD_QUE_PLUS_COPS=4153 no_parameter AS que_plus_cops PTR ; pointer needs not to be used CMD_TST_PLUS_COPS=4154 no_parameter AS tst_plus_cops PTR ; pointer needs not to be used CMD_QUE_PERCENT_COPS_W=4155 no_parameter AS que_percent_cops_w PTR ; pointer needs not to be used CMD_TST_PERCENT_COPS_W=4156 no_parameter AS tst_percent_cops_w PTR ; pointer needs not to be used CMD_QUE_PERCENT_CPALS=4157 no_parameter AS que_percent_cpals PTR ; pointer needs not to be used CMD_QUE_PERCENT_CPALS_W=4158 no_parameter AS que_percent_cpals_w PTR ; pointer needs not to be used CMD_TST_PLUS_CPBF=4159 no_parameter AS tst_plus_cpbf PTR ; pointer needs not to be used CMD_TST_PLUS_CPBF_W=4160 no_parameter AS tst_plus_cpbf_w PTR ; pointer needs not to be used CMD_TST_PLUS_CPBR=4161 no_parameter AS tst_plus_cpbr PTR ; pointer needs not to be used CMD_TST_PLUS_CPBR_W=4162 no_parameter AS tst_plus_cpbr_w PTR ; pointer needs not to be used CMD_QUE_PERCENT_CPBS=4163 no_parameter AS que_percent_cpbs PTR ; pointer needs not to be used CMD_QUE_PLUS_CPBS=4164 no_parameter AS que_plus_cpbs PTR ; pointer needs not to be used CMD_TST_PLUS_CPBW=4165 no_parameter AS tst_plus_cpbw PTR ; pointer needs not to be used CMD_TST_PLUS_CPBW_W=4166 no_parameter AS tst_plus_cpbw_w PTR ; pointer needs not to be used CMD_QUE_PERCENT_CPHS=4167 no_parameter AS que_percent_cphs PTR ; pointer needs not to be used CMD_QUE_PLUS_CPIN=4168 no_parameter AS que_plus_cpin PTR ; pointer needs not to be used CMD_QUE_PERCENT_CPINF=4169 no_parameter AS que_percent_cpinf PTR ; pointer needs not to be used CMD_QUE_PERCENT_CPMB=4170 no_parameter AS que_percent_cpmb PTR ; pointer needs not to be used CMD_TST_PERCENT_CPMBW=4171 no_parameter AS tst_percent_cpmbw PTR ; pointer needs not to be used CMD_TST_PERCENT_CPMBW_W=4172 no_parameter AS tst_percent_cpmbw_w PTR ; pointer needs not to be used CMD_QUE_PLUS_CPMS=4173 no_parameter AS que_plus_cpms PTR ; pointer needs not to be used CMD_TST_PERCENT_CPNUMS=4174 no_parameter AS tst_percent_cpnums PTR ; pointer needs not to be used CMD_TST_PERCENT_CPNUMS_W=4175 no_parameter AS tst_percent_cpnums_w PTR ; pointer needs not to be used CMD_QUE_PLUS_CPOL=4176 no_parameter AS que_plus_cpol PTR ; pointer needs not to be used CMD_TST_PLUS_CPOL=4177 no_parameter AS tst_plus_cpol PTR ; pointer needs not to be used CMD_QUE_PLUS_CPOL_W=4178 no_parameter AS que_plus_cpol_w PTR ; pointer needs not to be used CMD_TST_PLUS_CPOL_W=4179 no_parameter AS tst_plus_cpol_w PTR ; pointer needs not to be used CMD_QUE_PERCENT_CPOPN=4180 no_parameter AS que_percent_cpopn PTR ; pointer needs not to be used CMD_QUE_PERCENT_CPRSM=4181 no_parameter AS que_percent_cprsm PTR ; pointer needs not to be used CMD_QUE_PLUS_CPUC=4182 no_parameter AS que_plus_cpuc PTR ; pointer needs not to be used CMD_QUE_PLUS_CPUC_W=4183 no_parameter AS que_plus_cpuc_w PTR ; pointer needs not to be used CMD_QUE_PERCENT_CREG=4184 no_parameter AS que_percent_creg PTR ; pointer needs not to be used CMD_TST_PLUS_CRES=4185 no_parameter AS tst_plus_cres PTR ; pointer needs not to be used CMD_QUE_PLUS_CRLP=4186 no_parameter AS que_plus_crlp PTR ; pointer needs not to be used CMD_TST_PLUS_CSAS=4187 no_parameter AS tst_plus_csas PTR ; pointer needs not to be used CMD_QUE_PLUS_CSCA=4188 no_parameter AS que_plus_csca PTR ; pointer needs not to be used CMD_QUE_PLUS_CSCB=4189 no_parameter AS que_plus_cscb PTR ; pointer needs not to be used CMD_QUE_PLUS_CSCS=4190 no_parameter AS que_plus_cscs PTR ; pointer needs not to be used CMD_QUE_PLUS_CSMS=4191 no_parameter AS que_plus_csms PTR ; pointer needs not to be used CMD_QUE_PLUS_CSNS=4192 no_parameter AS que_plus_csns PTR ; pointer needs not to be used CMD_QUE_PERCENT_CSQ=4193 no_parameter AS que_percent_csq PTR ; pointer needs not to be used CMD_QUE_PLUS_CSTA=4194 no_parameter AS que_plus_csta PTR ; pointer needs not to be used CMD_QUE_PLUS_CSVM=4195 no_parameter AS que_plus_csvm PTR ; pointer needs not to be used CMD_QUE_PERCENT_CTTY=4196 no_parameter AS que_percent_ctty PTR ; pointer needs not to be used CMD_QUE_PLUS_CTZU=4197 no_parameter AS que_plus_ctzu PTR ; pointer needs not to be used CMD_QUE_PERCENT_CUST=4198 no_parameter AS que_percent_cust PTR ; pointer needs not to be used CMD_QUE_PERCENT_DATA=4199 no_parameter AS que_percent_data PTR ; pointer needs not to be used CMD_QUE_PLUS_DS=4200 no_parameter AS que_plus_ds PTR ; pointer needs not to be used CMD_QUE_PLUS_FAP=4201 no_parameter AS que_plus_fap PTR ; pointer needs not to be used CMD_QUE_PLUS_FBO=4202 no_parameter AS que_plus_fbo PTR ; pointer needs not to be used CMD_QUE_PLUS_FBS=4203 no_parameter AS que_plus_fbs PTR ; pointer needs not to be used CMD_QUE_PLUS_FBU=4204 no_parameter AS que_plus_fbu PTR ; pointer needs not to be used CMD_QUE_PLUS_FCC=4205 no_parameter AS que_plus_fcc PTR ; pointer needs not to be used CMD_QUE_PLUS_FCLASS=4206 no_parameter AS que_plus_fclass PTR ; pointer needs not to be used CMD_QUE_PLUS_FCQ=4207 no_parameter AS que_plus_fcq PTR ; pointer needs not to be used CMD_QUE_PLUS_FCR=4208 no_parameter AS que_plus_fcr PTR ; pointer needs not to be used CMD_QUE_PLUS_FCS=4209 no_parameter AS que_plus_fcs PTR ; pointer needs not to be used CMD_QUE_PLUS_FCT=4210 no_parameter AS que_plus_fct PTR ; pointer needs not to be used CMD_QUE_PLUS_FEA=4211 no_parameter AS que_plus_fea PTR ; pointer needs not to be used CMD_QUE_PLUS_FFC=4212 no_parameter AS que_plus_ffc PTR ; pointer needs not to be used CMD_QUE_PLUS_FHS=4213 no_parameter AS que_plus_fhs PTR ; pointer needs not to be used CMD_QUE_PLUS_FIE=4214 no_parameter AS que_plus_fie PTR ; pointer needs not to be used CMD_QUE_PLUS_FIS=4215 no_parameter AS que_plus_fis PTR ; pointer needs not to be used CMD_QUE_PLUS_FIT=4216 no_parameter AS que_plus_fit PTR ; pointer needs not to be used CMD_QUE_PLUS_FLI=4217 no_parameter AS que_plus_fli PTR ; pointer needs not to be used CMD_QUE_PLUS_FLO=4218 no_parameter AS que_plus_flo PTR ; pointer needs not to be used CMD_QUE_PLUS_FLP=4219 no_parameter AS que_plus_flp PTR ; pointer needs not to be used CMD_QUE_PLUS_FMS=4220 no_parameter AS que_plus_fms PTR ; pointer needs not to be used CMD_QUE_PLUS_FNS=4221 no_parameter AS que_plus_fns PTR ; pointer needs not to be used CMD_QUE_PLUS_FPA=4222 no_parameter AS que_plus_fpa PTR ; pointer needs not to be used CMD_QUE_PLUS_FPI=4223 no_parameter AS que_plus_fpi PTR ; pointer needs not to be used CMD_QUE_PLUS_FPS=4224 no_parameter AS que_plus_fps PTR ; pointer needs not to be used CMD_QUE_PLUS_FPW=4225 no_parameter AS que_plus_fpw PTR ; pointer needs not to be used CMD_QUE_PLUS_FRQ=4226 no_parameter AS que_plus_frq PTR ; pointer needs not to be used CMD_QUE_PLUS_FSA=4227 no_parameter AS que_plus_fsa PTR ; pointer needs not to be used CMD_QUE_PLUS_FSP=4228 no_parameter AS que_plus_fsp PTR ; pointer needs not to be used CMD_QUE_PLUS_ICF=4229 no_parameter AS que_plus_icf PTR ; pointer needs not to be used CMD_QUE_PLUS_IFC=4230 no_parameter AS que_plus_ifc PTR ; 88 CMD_QUE_PERCENT_IMEI=4231 no_parameter AS que_percent_imei PTR ; pointer needs not to be used CMD_QUE_PLUS_IPR=4232 no_parameter AS que_plus_ipr PTR ; pointer needs not to be used CMD_QUE_PERCENT_PBCF=4233 no_parameter AS que_percent_pbcf PTR ; pointer needs not to be used CMD_QUE_PERCENT_PPP=4234 no_parameter AS que_percent_ppp PTR ; pointer needs not to be used CMD_QUE_PERCENT_PVRF=4235 no_parameter AS que_percent_pvrf PTR ; pointer needs not to be used CMD_QUE_PERCENT_RDL=4236 no_parameter AS que_percent_rdl PTR ; pointer needs not to be used CMD_QUE_PERCENT_RDLB=4237 no_parameter AS que_percent_rdlb PTR ; pointer needs not to be used CMD_QUE_PERCENT_SATC=4238 no_parameter AS que_percent_satc PTR ; pointer needs not to be used CMD_QUE_PERCENT_SATCC=4239 no_parameter AS que_percent_satcc PTR ; pointer needs not to be used CMD_QUE_PERCENT_SNCNT=4240 no_parameter AS que_percent_sncnt PTR ; pointer needs not to be used CMD_QUE_PLUS_WS46=4241 no_parameter AS que_plus_ws46 PTR ; pointer needs not to be used CMD_QUE_PLUS_CDIP=4242 no_parameter AS que_plus_cdip PTR ; pointer needs not to be used CMD_SET_PLUS_CGMI=4243 no_parameter AS set_plus_cgmi PTR ; pointer needs not to be used CMD_SET_PLUS_CGMM=4244 no_parameter AS set_plus_cgmm PTR ; pointer needs not to be used CMD_SET_PLUS_CGMR=4245 no_parameter AS set_plus_cgmr PTR ; pointer needs not to be used CMD_SET_PLUS_CGSN=4246 no_parameter AS set_plus_cgsn PTR ; pointer needs not to be used CMD_QUE_PERCENT_CNIV=4247 no_parameter AS que_percent_cniv PTR ; pointer needs not to be used CMD_QUE_PERCENT_CMGRS=4248 no_parameter AS que_percent_cmgrs PTR %REL99% ; Primitive structure element item CMD_QUE_PERCENT_PBCI=4249 no_parameter AS que_percent_pbci PTR ; Primitive structure element item CMD_QUE_PERCENT_SIMEF=4250 no_parameter AS que_percent_simef PTR ; Primitive structure element item CMD_SET_PLUS_CHUP=4251 no_parameter AS set_plus_chup PTR ; pointer needs not to be used CMD_CUSTOM=8192 custom AS custom PTR ; pointer needs not to be used } COMP cmd_send "Structure for sending BAT commands" { params ; Primitive structure element item } COMP res_que_percent_pbci "The query answer structure of the %PBCI command." { percent_pbci_mode AS mode ; Primitive structure element item } COMP res_que_percent_simef "The query answer structure of the %SIMEF command." { percent_simef_mode AS mode ; Primitive structure element item } COMP res_uns_percent_pbci "The unsolicited result code structure of the %PBCI command." { percent_pbci_ef_id AS ef_id ; Primitive structure element item percent_pbci_rec_num AS rec_num ; Primitive structure element item percent_pbci_update_type AS update_type ; Primitive structure element item } UNION response "Structured Element" { RES_AT_OK=0 no_parameter AS at_ok PTR ; Primitive structure element item RES_AT_CONNECT=1 res_at_connect AS at_connect PTR ; Primitive structure element item RES_AT_NO_CARRIER_FINAL=2 no_parameter AS at_no_carrier_final PTR ; Primitive structure element item RES_PLUS_CME_ERROR=3 res_plus_cme_error AS plus_cme_error PTR ; Primitive structure element item RES_PLUS_CMS_ERROR=4 res_plus_cms_error AS plus_cms_error PTR ; Primitive structure element item RES_AT_BUSY=5 no_parameter AS at_busy PTR ; Primitive structure element item RES_AT_CHANNEL_BUSY=6 no_parameter AS at_channel_busy PTR ; Primitive structure element item RES_AT_NO_ANSWER=7 no_parameter AS at_no_answer PTR ; Primitive structure element item RES_PLUS_EXT_ERROR=8 res_plus_ext_error AS plus_ext_error PTR ; Primitive structure element item RES_QUE_PERCENT_ALS=9 res_que_percent_als AS que_percent_als PTR ; Primitive structure element item RES_TST_PERCENT_ALS=10 res_tst_percent_als AS tst_percent_als PTR ; Primitive structure element item RES_QUE_PERCENT_ATR=11 res_que_percent_atr AS que_percent_atr PTR ; Primitive structure element item RES_QUE_PERCENT_BAND=12 res_que_percent_band AS que_percent_band PTR ; Primitive structure element item RES_TST_PERCENT_BAND=13 res_tst_percent_band AS tst_percent_band PTR ; Primitive structure element item RES_QUE_PLUS_CACM=14 res_que_plus_cacm AS que_plus_cacm PTR ; Primitive structure element item RES_QUE_PLUS_CAMM=15 res_que_plus_camm AS que_plus_camm PTR ; Primitive structure element item RES_SET_PLUS_CAOC=16 res_set_plus_caoc AS set_plus_caoc PTR ; Primitive structure element item RES_SET_PLUS_CBC=17 res_set_plus_cbc AS set_plus_cbc PTR ; Primitive structure element item RES_QUE_PERCENT_CBHZ=18 res_que_percent_cbhz AS que_percent_cbhz PTR ; Primitive structure element item RES_TST_PERCENT_CBHZ=19 res_tst_percent_cbhz AS tst_percent_cbhz PTR ; Primitive structure element item RES_QUE_PLUS_CBST=20 res_que_plus_cbst AS que_plus_cbst PTR ; Primitive structure element item RES_QUE_PERCENT_CCBS=21 res_que_percent_ccbs AS que_percent_ccbs PTR ; Primitive structure element item RES_SET_PLUS_CCFC=22 res_set_plus_ccfc AS set_plus_ccfc PTR ; Primitive structure element item RES_QUE_PLUS_CCLK=23 res_que_plus_cclk AS que_plus_cclk PTR ; Primitive structure element item RES_QUE_PLUS_CCUG=24 res_que_plus_ccug AS que_plus_ccug PTR ; Primitive structure element item RES_SET_PLUS_CCWA=25 res_set_plus_ccwa AS set_plus_ccwa PTR ; Primitive structure element item RES_SET_PLUS_CCWA_W=26 res_set_plus_ccwa_w AS set_plus_ccwa_w PTR ; Primitive structure element item RES_SET_PLUS_CEER=27 res_set_plus_ceer AS set_plus_ceer PTR ; Primitive structure element item RES_QUE_PLUS_CFUN=28 res_que_plus_cfun AS que_plus_cfun PTR ; Primitive structure element item RES_QUE_PERCENT_CGAATT=29 res_que_percent_cgaatt AS que_percent_cgaatt PTR ; Primitive structure element item RES_QUE_PLUS_CGACT=30 res_que_plus_cgact AS que_plus_cgact PTR ; Primitive structure element item RES_QUE_PLUS_CGATT=31 res_que_plus_cgatt AS que_plus_cgatt PTR ; Primitive structure element item RES_QUE_PERCENT_CGCLASS=32 res_que_percent_cgclass AS que_percent_cgclass PTR ; Primitive structure element item RES_QUE_PLUS_CGCLASS=33 res_que_plus_cgclass AS que_plus_cgclass PTR ; Primitive structure element item RES_QUE_PLUS_CGDCONT=34 res_que_plus_cgdcont AS que_plus_cgdcont PTR ; Primitive structure element item RES_SET_PLUS_CGPADDR=35 res_set_plus_cgpaddr AS set_plus_cgpaddr PTR ; Primitive structure element item RES_TST_PLUS_CGPADDR=36 res_tst_plus_cgpaddr AS tst_plus_cgpaddr PTR ; Primitive structure element item RES_SET_PERCENT_CGPCO=37 res_set_percent_cgpco AS set_percent_cgpco PTR ; Primitive structure element item RES_QUE_PERCENT_CGPPP=38 res_que_percent_cgppp AS que_percent_cgppp PTR ; Primitive structure element item RES_QUE_PLUS_CGQMIN=39 res_que_plus_cgqmin AS que_plus_cgqmin PTR ; Primitive structure element item RES_QUE_PLUS_CGQREQ=40 res_que_plus_cgqreq AS que_plus_cgqreq PTR ; Primitive structure element item RES_QUE_PERCENT_CGREG=41 res_que_percent_cgreg AS que_percent_cgreg PTR ; Primitive structure element item RES_QUE_PLUS_CGREG=42 res_que_plus_cgreg AS que_plus_cgreg PTR ; Primitive structure element item RES_QUE_PLUS_CGSMS=43 res_que_plus_cgsms AS que_plus_cgsms PTR ; Primitive structure element item RES_SET_PERCENT_CHPL=44 res_set_percent_chpl AS set_percent_chpl PTR ; Primitive structure element item RES_SET_PERCENT_CHPL_W=45 res_set_percent_chpl_w AS set_percent_chpl_w PTR ; Primitive structure element item RES_SET_PLUS_CIMI=46 res_set_plus_cimi AS set_plus_cimi PTR ; Primitive structure element item RES_QUE_PLUS_CIND=47 res_que_plus_cind AS que_plus_cind PTR ; Primitive structure element item RES_QUE_PLUS_CLAN=48 res_que_plus_clan AS que_plus_clan PTR ; Primitive structure element item RES_TST_PLUS_CLAN=49 res_tst_plus_clan AS tst_plus_clan PTR ; Primitive structure element item RES_QUE_PLUS_CLCC=50 res_que_plus_clcc AS que_plus_clcc PTR ; Primitive structure element item RES_SET_PLUS_CLCK=51 res_set_plus_clck AS set_plus_clck PTR ; Primitive structure element item RES_QUE_PLUS_CLIP=52 res_que_plus_clip AS que_plus_clip PTR ; Primitive structure element item RES_QUE_PLUS_CLIP_W=53 res_que_plus_clip_w AS que_plus_clip_w PTR ; Primitive structure element item RES_QUE_PLUS_CLIR=54 res_que_plus_clir AS que_plus_clir PTR ; Primitive structure element item RES_SET_PLUS_CLVL=55 no_parameter AS set_plus_clvl PTR ; Primitive structure element item RES_QUE_PLUS_CLVL=56 res_que_plus_clvl AS que_plus_clvl PTR ; Primitive structure element item RES_QUE_PLUS_CMER=57 res_que_plus_cmer AS que_plus_cmer PTR ; Primitive structure element item RES_SET_PLUS_CMGC=58 res_set_plus_cmgc AS set_plus_cmgc PTR ; Primitive structure element item RES_SET_PLUS_CMGL=59 res_set_plus_cmgl AS set_plus_cmgl PTR ; Primitive structure element item RES_SET_PLUS_CMGL_W=60 res_set_plus_cmgl_w AS set_plus_cmgl_w PTR ; Primitive structure element item RES_SET_PLUS_CMGR=61 res_set_plus_cmgr AS set_plus_cmgr PTR ; Primitive structure element item RES_SET_PLUS_CMGR_W=62 res_set_plus_cmgr_w AS set_plus_cmgr_w PTR ; Primitive structure element item RES_SET_PLUS_CMGS=63 res_set_plus_cmgs AS set_plus_cmgs PTR ; Primitive structure element item RES_SET_PLUS_CMGW=64 res_set_plus_cmgw AS set_plus_cmgw PTR ; Primitive structure element item RES_QUE_PLUS_CMOD=65 res_que_plus_cmod AS que_plus_cmod PTR ; Primitive structure element item RES_QUE_PLUS_CMUT=66 res_que_plus_cmut AS que_plus_cmut PTR ; Primitive structure element item RES_QUE_PLUS_CMUX=67 res_que_plus_cmux AS que_plus_cmux PTR ; Primitive structure element item RES_QUE_PERCENT_CNAP=68 res_que_percent_cnap AS que_percent_cnap PTR ; Primitive structure element item RES_QUE_PLUS_CNMI=69 res_que_plus_cnmi AS que_plus_cnmi PTR ; Primitive structure element item RES_SET_PLUS_CNUM=70 res_set_plus_cnum AS set_plus_cnum PTR ; Primitive structure element item RES_SET_PLUS_CNUM_W=71 res_set_plus_cnum_w AS set_plus_cnum_w PTR ; Primitive structure element item RES_QUE_PLUS_COLP=72 res_que_plus_colp AS que_plus_colp PTR ; Primitive structure element item RES_QUE_PLUS_COLP_W=73 res_que_plus_colp_w AS que_plus_colp_w PTR ; Primitive structure element item RES_QUE_PERCENT_COPS=74 res_que_percent_cops AS que_percent_cops PTR ; Primitive structure element item RES_TST_PERCENT_COPS=75 res_tst_percent_cops AS tst_percent_cops PTR ; Primitive structure element item RES_QUE_PLUS_COPS=76 res_que_plus_cops AS que_plus_cops PTR ; Primitive structure element item RES_TST_PLUS_COPS=77 res_tst_plus_cops AS tst_plus_cops PTR ; Primitive structure element item RES_QUE_PERCENT_COPS_W=78 res_que_percent_cops_w AS que_percent_cops_w PTR ; Primitive structure element item RES_TST_PERCENT_COPS_W=79 res_tst_percent_cops_w AS tst_percent_cops_w PTR ; Primitive structure element item RES_SET_PERCENT_CPALS=80 res_set_percent_cpals AS set_percent_cpals PTR ; Primitive structure element item RES_QUE_PERCENT_CPALS=81 res_que_percent_cpals AS que_percent_cpals PTR ; Primitive structure element item RES_SET_PERCENT_CPALS_W=82 res_set_percent_cpals_w AS set_percent_cpals_w PTR ; Primitive structure element item RES_QUE_PERCENT_CPALS_W=83 res_que_percent_cpals_w AS que_percent_cpals_w PTR ; Primitive structure element item RES_SET_PLUS_CPAS=84 res_set_plus_cpas AS set_plus_cpas PTR ; Primitive structure element item RES_SET_PLUS_CPBF=85 res_set_plus_cpbf AS set_plus_cpbf PTR ; Primitive structure element item RES_TST_PLUS_CPBF=86 res_tst_plus_cpbf AS tst_plus_cpbf PTR ; Primitive structure element item RES_SET_PLUS_CPBF_W=87 res_set_plus_cpbf_w AS set_plus_cpbf_w PTR ; Primitive structure element item RES_TST_PLUS_CPBF_W=88 res_tst_plus_cpbf_w AS tst_plus_cpbf_w PTR ; Primitive structure element item RES_SET_PLUS_CPBR=89 res_set_plus_cpbr AS set_plus_cpbr PTR ; Primitive structure element item RES_TST_PLUS_CPBR=90 res_tst_plus_cpbr AS tst_plus_cpbr PTR ; Primitive structure element item RES_SET_PLUS_CPBR_W=91 res_set_plus_cpbr_w AS set_plus_cpbr_w PTR ; Primitive structure element item RES_TST_PLUS_CPBR_W=92 res_tst_plus_cpbr_w AS tst_plus_cpbr_w PTR ; Primitive structure element item RES_QUE_PERCENT_CPBS=93 res_que_percent_cpbs AS que_percent_cpbs PTR ; Primitive structure element item RES_QUE_PLUS_CPBS=94 res_que_plus_cpbs AS que_plus_cpbs PTR ; Primitive structure element item RES_TST_PLUS_CPBW=95 res_tst_plus_cpbw AS tst_plus_cpbw PTR ; Primitive structure element item RES_TST_PLUS_CPBW_W=96 res_tst_plus_cpbw_w AS tst_plus_cpbw_w PTR ; Primitive structure element item RES_SET_PERCENT_CPCFU=97 res_set_percent_cpcfu AS set_percent_cpcfu PTR ; Primitive structure element item RES_QUE_PERCENT_CPHS=98 res_que_percent_cphs AS que_percent_cphs PTR ; Primitive structure element item RES_QUE_PLUS_CPIN=99 res_que_plus_cpin AS que_plus_cpin PTR ; Primitive structure element item RES_QUE_PERCENT_CPINF=100 res_que_percent_cpinf AS que_percent_cpinf PTR ; Primitive structure element item RES_SET_PERCENT_CPMB=101 res_set_percent_cpmb AS set_percent_cpmb PTR ; Primitive structure element item RES_QUE_PERCENT_CPMB=102 res_que_percent_cpmb AS que_percent_cpmb PTR ; Primitive structure element item RES_TST_PERCENT_CPMBW=103 res_tst_percent_cpmbw AS tst_percent_cpmbw PTR ; Primitive structure element item RES_TST_PERCENT_CPMBW_W=104 res_tst_percent_cpmbw_w AS tst_percent_cpmbw_w PTR ; Primitive structure element item RES_SET_PERCENT_CPMB_W=105 res_set_percent_cpmb_w AS set_percent_cpmb_w PTR ; Primitive structure element item RES_SET_PLUS_CPMS=106 res_set_plus_cpms AS set_plus_cpms PTR ; Primitive structure element item RES_QUE_PLUS_CPMS=107 res_que_plus_cpms AS que_plus_cpms PTR ; Primitive structure element item RES_SET_PERCENT_CPNUMS=108 res_set_percent_cpnums AS set_percent_cpnums PTR ; Primitive structure element item RES_TST_PERCENT_CPNUMS=109 res_tst_percent_cpnums AS tst_percent_cpnums PTR ; Primitive structure element item RES_SET_PERCENT_CPNUMS_W=110 res_set_percent_cpnums_w AS set_percent_cpnums_w PTR ; Primitive structure element item RES_TST_PERCENT_CPNUMS_W=111 res_tst_percent_cpnums_w AS tst_percent_cpnums_w PTR ; Primitive structure element item RES_QUE_PLUS_CPOL=112 res_que_plus_cpol AS que_plus_cpol PTR ; Primitive structure element item RES_TST_PLUS_CPOL=113 res_tst_plus_cpol AS tst_plus_cpol PTR ; Primitive structure element item RES_QUE_PLUS_CPOL_W=114 res_que_plus_cpol_w AS que_plus_cpol_w PTR ; Primitive structure element item RES_TST_PLUS_CPOL_W=115 res_tst_plus_cpol_w AS tst_plus_cpol_w PTR ; Primitive structure element item RES_QUE_PERCENT_CPOPN=116 res_que_percent_cpopn AS que_percent_cpopn PTR ; Primitive structure element item RES_QUE_PERCENT_CPRSM=117 res_que_percent_cprsm AS que_percent_cprsm PTR ; Primitive structure element item RES_QUE_PLUS_CPUC=118 res_que_plus_cpuc AS que_plus_cpuc PTR ; Primitive structure element item RES_QUE_PLUS_CPUC_W=119 res_que_plus_cpuc_w AS que_plus_cpuc_w PTR ; Primitive structure element item RES_SET_PERCENT_CPVWI=120 res_set_percent_cpvwi AS set_percent_cpvwi PTR ; Primitive structure element item RES_QUE_PERCENT_CREG=121 res_que_percent_creg AS que_percent_creg PTR ; Primitive structure element item RES_TST_PLUS_CRES=122 res_tst_plus_cres AS tst_plus_cres PTR ; Primitive structure element item RES_QUE_PLUS_CRLP=123 res_que_plus_crlp AS que_plus_crlp PTR ; Primitive structure element item RES_SET_PLUS_CRSM=124 res_set_plus_crsm AS set_plus_crsm PTR ; Primitive structure element item RES_TST_PLUS_CSAS=125 res_tst_plus_csas AS tst_plus_csas PTR ; Primitive structure element item RES_QUE_PLUS_CSCA=126 res_que_plus_csca AS que_plus_csca PTR ; Primitive structure element item RES_QUE_PLUS_CSCB=127 res_que_plus_cscb AS que_plus_cscb PTR ; Primitive structure element item RES_QUE_PLUS_CSCS=128 res_que_plus_cscs AS que_plus_cscs PTR ; Primitive structure element item RES_SET_PLUS_CSIM=129 res_set_plus_csim AS set_plus_csim PTR ; Primitive structure element item RES_QUE_PLUS_CSMS=130 res_que_plus_csms AS que_plus_csms PTR ; Primitive structure element item RES_QUE_PLUS_CSNS=131 res_que_plus_csns AS que_plus_csns PTR ; Primitive structure element item RES_QUE_PERCENT_CSQ=132 res_que_percent_csq AS que_percent_csq PTR ; Primitive structure element item RES_SET_PLUS_CSQ=133 res_set_plus_csq AS set_plus_csq PTR ; Primitive structure element item RES_QUE_PLUS_CSTA=134 res_que_plus_csta AS que_plus_csta PTR ; Primitive structure element item RES_QUE_PLUS_CSVM=135 res_que_plus_csvm AS que_plus_csvm PTR ; Primitive structure element item RES_QUE_PERCENT_CTTY=136 res_que_percent_ctty AS que_percent_ctty PTR ; Primitive structure element item RES_QUE_PLUS_CTZU=137 res_que_plus_ctzu AS que_plus_ctzu PTR ; Primitive structure element item RES_QUE_PERCENT_CUST=138 res_que_percent_cust AS que_percent_cust PTR ; Primitive structure element item RES_QUE_PERCENT_DATA=139 res_que_percent_data AS que_percent_data PTR ; Primitive structure element item RES_SET_PERCENT_DINF=140 res_set_percent_dinf AS set_percent_dinf PTR ; Primitive structure element item RES_QUE_PLUS_DS=141 res_que_plus_ds AS que_plus_ds PTR ; Primitive structure element item RES_QUE_PLUS_FAP=142 res_que_plus_fap AS que_plus_fap PTR ; Primitive structure element item RES_QUE_PLUS_FBO=143 res_que_plus_fbo AS que_plus_fbo PTR ; Primitive structure element item RES_QUE_PLUS_FBS=144 res_que_plus_fbs AS que_plus_fbs PTR ; Primitive structure element item RES_QUE_PLUS_FBU=145 res_que_plus_fbu AS que_plus_fbu PTR ; Primitive structure element item RES_QUE_PLUS_FCC=146 res_que_plus_fcc AS que_plus_fcc PTR ; Primitive structure element item RES_QUE_PLUS_FCLASS=147 res_que_plus_fclass AS que_plus_fclass PTR ; Primitive structure element item RES_QUE_PLUS_FCQ=148 res_que_plus_fcq AS que_plus_fcq PTR ; Primitive structure element item RES_QUE_PLUS_FCR=149 res_que_plus_fcr AS que_plus_fcr PTR ; Primitive structure element item RES_QUE_PLUS_FCS=150 res_que_plus_fcs AS que_plus_fcs PTR ; Primitive structure element item RES_QUE_PLUS_FCT=151 res_que_plus_fct AS que_plus_fct PTR ; Primitive structure element item RES_QUE_PLUS_FEA=152 res_que_plus_fea AS que_plus_fea PTR ; Primitive structure element item RES_QUE_PLUS_FFC=153 res_que_plus_ffc AS que_plus_ffc PTR ; Primitive structure element item RES_QUE_PLUS_FHS=154 res_que_plus_fhs AS que_plus_fhs PTR ; Primitive structure element item RES_QUE_PLUS_FIE=155 res_que_plus_fie AS que_plus_fie PTR ; Primitive structure element item RES_QUE_PLUS_FIS=156 res_que_plus_fis AS que_plus_fis PTR ; Primitive structure element item RES_QUE_PLUS_FIT=157 res_que_plus_fit AS que_plus_fit PTR ; Primitive structure element item RES_QUE_PLUS_FLI=158 res_que_plus_fli AS que_plus_fli PTR ; Primitive structure element item RES_QUE_PLUS_FLO=159 res_que_plus_flo AS que_plus_flo PTR ; Primitive structure element item RES_QUE_PLUS_FLP=160 res_que_plus_flp AS que_plus_flp PTR ; Primitive structure element item RES_QUE_PLUS_FMS=161 res_que_plus_fms AS que_plus_fms PTR ; Primitive structure element item RES_QUE_PLUS_FNS=162 res_que_plus_fns AS que_plus_fns PTR ; Primitive structure element item RES_QUE_PLUS_FPA=163 res_que_plus_fpa AS que_plus_fpa PTR ; Primitive structure element item RES_QUE_PLUS_FPI=164 res_que_plus_fpi AS que_plus_fpi PTR ; Primitive structure element item RES_QUE_PLUS_FPS=165 res_que_plus_fps AS que_plus_fps PTR ; Primitive structure element item RES_QUE_PLUS_FPW=166 res_que_plus_fpw AS que_plus_fpw PTR ; Primitive structure element item RES_QUE_PLUS_FRQ=167 res_que_plus_frq AS que_plus_frq PTR ; Primitive structure element item RES_QUE_PLUS_FSA=168 res_que_plus_fsa AS que_plus_fsa PTR ; Primitive structure element item RES_QUE_PLUS_FSP=169 res_que_plus_fsp AS que_plus_fsp PTR ; Primitive structure element item RES_QUE_PLUS_ICF=170 res_que_plus_icf AS que_plus_icf PTR ; Primitive structure element item RES_QUE_PLUS_IFC=171 res_que_plus_ifc AS que_plus_ifc PTR ; Primitive structure element item RES_QUE_PERCENT_IMEI=172 res_que_percent_imei AS que_percent_imei PTR ; Primitive structure element item RES_QUE_PLUS_IPR=173 res_que_plus_ipr AS que_plus_ipr PTR ; Primitive structure element item RES_QUE_PERCENT_PBCF=174 res_que_percent_pbcf AS que_percent_pbcf PTR ; Primitive structure element item RES_QUE_PERCENT_PPP=175 res_que_percent_ppp AS que_percent_ppp PTR ; Primitive structure element item RES_QUE_PERCENT_PVRF=176 res_que_percent_pvrf AS que_percent_pvrf PTR ; Primitive structure element item RES_QUE_PERCENT_RDL=177 res_que_percent_rdl AS que_percent_rdl PTR ; Primitive structure element item RES_QUE_PERCENT_RDLB=178 res_que_percent_rdlb AS que_percent_rdlb PTR ; Primitive structure element item RES_QUE_PERCENT_SATC=179 res_que_percent_satc AS que_percent_satc PTR ; Primitive structure element item RES_QUE_PERCENT_SATCC=180 res_que_percent_satcc AS que_percent_satcc PTR ; Primitive structure element item RES_SET_PERCENT_SATE=181 res_set_percent_sate AS set_percent_sate PTR ; Primitive structure element item RES_QUE_PLUS_WS46=182 res_que_plus_ws46 AS que_plus_ws46 PTR ; Primitive structure element item RES_QUE_PLUS_CDIP=183 res_que_plus_cdip AS que_plus_cdip PTR ; Primitive structure element item RES_SET_PERCENT_CMGR=184 res_set_percent_cmgr AS set_percent_cmgr PTR ; Primitive structure element item RES_SET_PERCENT_CMGL=185 res_set_percent_cmgl AS set_percent_cmgl PTR ; Primitive structure element item RES_SET_PLUS_CMSS=186 res_set_plus_cmss AS set_plus_cmss PTR ; Primitive structure element item RES_SET_PLUS_CGMI=187 res_set_plus_cgmi AS set_plus_cgmi PTR ; Primitive structure element item RES_SET_PLUS_CGMM=188 res_set_plus_cgmm AS set_plus_cgmm PTR ; Primitive structure element item RES_SET_PLUS_CGMR=189 res_set_plus_cgmr AS set_plus_cgmr PTR ; Primitive structure element item RES_SET_PLUS_CGSN=190 res_set_plus_cgsn AS set_plus_cgsn PTR ; Primitive structure element item RES_SET_PERCENT_MEPD=191 res_set_percent_mepd AS set_percent_mepd PTR %SIM_PERS% ; Primitive structure element item RES_SET_PERCENT_CSQ=192 res_set_percent_csq AS set_percent_csq PTR ; Primitive structure element item RES_QUE_PERCENT_CNIV=193 res_que_percent_cniv AS que_percent_cniv PTR ; Primitive structure element item RES_QUE_PERCENT_CMGRS=194 res_que_percent_cmgrs AS que_percent_cmgrs PTR %REL99% ; Primitive structure element item RES_QUE_PLUS_CGCMOD=195 res_que_plus_cgcmod AS que_plus_cgcmod PTR %REL99% ; Primitive structure element item RES_QUE_PLUS_CGDSCONT=196 res_que_plus_cgdscont AS que_plus_cgdscont PTR %REL99% ; Primitive structure element item RES_QUE_PLUS_CGEQREQ=197 res_que_plus_cgeqreq AS que_plus_cgeqreq PTR %REL99% ; Primitive structure element item RES_QUE_PLUS_CGEQMIN=198 res_que_plus_cgeqmin AS que_plus_cgeqmin PTR %REL99% ; Primitive structure element item RES_QUE_PLUS_CGEQNEG=199 res_que_plus_cgeqneg AS que_plus_cgeqneg PTR %REL99% ; Primitive structure element item RES_QUE_PLUS_CGTFT=200 res_que_plus_cgtft AS que_plus_cgtft PTR %REL99% ; Primitive structure element item RES_PERCENT_CUSCFG=201 res_percent_cuscfg AS res_que_percent_cuscfg PTR ; points to the corresponding parameter structure RES_QUE_PERCENT_PBCI=202 res_que_percent_pbci AS res_que_percent_pbci PTR ; points to the corresponding parameter structure RES_QUE_PERCENT_SIMEF=203 res_que_percent_simef AS res_que_percent_simef PTR ; points to the corresponding parameter structure RES_UNS_AT_BUSY=4096 no_parameter AS res_at_busy PTR ; Primitive structure element item RES_UNS_AT_NO_ANSWER=4097 no_parameter AS res_at_no_answer PTR ; Primitive structure element item RES_UNS_PLUS_CBM=4098 res_uns_plus_cbm AS res_plus_cbm PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CBMI=4099 res_uns_plus_cbmi AS res_plus_cbmi PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CCBS=4100 res_uns_percent_ccbs AS res_percent_ccbs PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CCCM=4101 res_uns_plus_cccm AS res_plus_cccm PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CCCN=4102 res_uns_percent_cccn AS res_percent_cccn PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CCWA=4103 res_uns_plus_ccwa AS res_plus_ccwa PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CCWA_W=4104 res_uns_plus_ccwa_w AS res_plus_ccwa_w PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CCWE=4105 no_parameter AS res_plus_ccwe PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CDIP=4106 res_uns_plus_cdip AS res_plus_cdip PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CDS=4107 res_uns_plus_cds AS res_plus_cds PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CCWV=4108 no_parameter AS plus_ccwv PTR ; Primitive structure element item RES_UNS_PERCENT_CGEV=4109 res_uns_percent_cgev AS res_percent_cgev PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CGEV=4110 res_uns_plus_cgev AS res_plus_cgev PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CGREG=4111 res_uns_percent_cgreg AS res_percent_cgreg PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CGREG=4112 res_uns_plus_cgreg AS res_plus_cgreg PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CLAE=4113 res_uns_plus_clae AS res_plus_clae PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CLAV=4114 res_uns_plus_clav AS res_plus_clav PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CLIP=4115 res_uns_plus_clip AS res_plus_clip PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CLIP_W=4116 res_uns_plus_clip_w AS res_plus_clip_w PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CMT=4117 res_uns_plus_cmt AS res_plus_cmt PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CMTI=4118 res_uns_plus_cmti AS res_plus_cmti PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CMT_W=4119 res_uns_plus_cmt_w AS res_plus_cmt_w PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CNAP=4120 res_uns_percent_cnap AS res_percent_cnap PTR ; points to the corresponding parameter structure RES_UNS_PLUS_COLP=4121 res_uns_plus_colp AS res_plus_colp PTR ; points to the corresponding parameter structure RES_UNS_PLUS_COLP_W=4122 res_uns_plus_colp_w AS res_plus_colp_w PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CPI=4123 res_uns_percent_cpi AS res_percent_cpi PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CPI_W=4124 res_uns_percent_cpi_w AS res_percent_cpi_w PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CPRI=4125 res_uns_percent_cpri AS res_percent_cpri PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CPROAM=4126 res_uns_percent_cproam AS res_percent_cproam PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CPVWI=4127 res_uns_percent_cpvwi AS res_percent_cpvwi PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CR=4128 res_uns_plus_cr AS res_plus_cr PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CREG=4129 res_uns_percent_creg AS res_percent_creg PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CRING=4130 res_uns_plus_cring AS plus_cring PTR ; Primitive structure element item RES_UNS_PERCENT_CSQ=4131 res_uns_percent_csq AS res_percent_csq PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CSSI=4132 res_uns_plus_cssi AS res_plus_cssi PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CSSN=4133 res_uns_percent_cssn AS res_percent_cssn PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CSSU=4134 res_uns_plus_cssu AS res_plus_cssu PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CSTAT=4135 res_uns_percent_cstat AS res_percent_cstat PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CTYI=4136 res_uns_percent_ctyi AS res_percent_ctyi PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CTZR=4137 res_uns_plus_ctzr AS res_plus_ctzr PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CTZV=4138 res_uns_percent_ctzv AS res_percent_ctzv PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CTZV=4139 res_uns_plus_ctzv AS res_plus_ctzv PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CTZV_W=4140 res_uns_percent_ctzv_w AS res_percent_ctzv_w PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CUSD=4141 res_uns_plus_cusd AS res_plus_cusd PTR ; points to the corresponding parameter structure RES_UNS_PLUS_CUSD_W=4142 res_uns_plus_cusd_w AS res_plus_cusd_w PTR ; points to the corresponding parameter structure RES_UNS_AT_NO_CARRIER=4143 no_parameter AS res_uns_at_no_carrier PTR ; Primitive structure element item RES_UNS_PLUS_FHS=4144 res_uns_plus_fhs AS res_plus_fhs PTR ; points to the corresponding parameter structure RES_UNS_PLUS_ILRR=4145 res_uns_plus_ilrr AS res_plus_ilrr PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_RDL=4146 res_uns_percent_rdl AS res_percent_rdl PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_RDLB=4147 res_uns_percent_rdlb AS res_percent_rdlb PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_SATA=4148 res_uns_percent_sata AS res_percent_sata PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_SATI=4149 res_uns_percent_sati AS res_percent_sati PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_SATN=4150 res_uns_percent_satn AS res_percent_satn PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_SIMEF=4151 res_uns_percent_simef AS res_percent_simef PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_SIMINS=4152 res_uns_percent_simins AS res_percent_simins PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_SIMREM=4153 res_uns_percent_simrem AS res_percent_simrem PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_SNCNT=4154 res_uns_percent_sncnt AS uns_percent_sncnt PTR ; Primitive structure element item RES_UNS_PERCENT_CNIV=4155 res_uns_percent_cniv AS res_percent_cniv PTR ; points to the corresponding parameter structure RES_UNS_PERCENT_CMGRS=4156 res_uns_percent_cmgrs AS res_percent_cmgrs PTR %REL99% ; Primitive structure element item RES_UNS_PERCENT_PBCI=4157 res_uns_percent_pbci AS res_uns_percent_pbci PTR ; Primitive structure element item RES_CUSTOM=8192 custom AS custom PTR ; pointer needs not to be used } COMP cmd_response "Structure for receiving BAT responses" { response ; Primitive structure element item }