FreeCalypso > hg > fc-selenite
view cdg-hybrid/sap/ra.pdf @ 158:8fe0cde2fd79
doc/Compiling: update for SE J100 target and fc-host-tools-r10
author | Mychaela Falconia <falcon@freecalypso.org> |
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date | Sun, 17 Mar 2019 07:20:28 +0000 |
parents | 6da1d56a96a3 |
children |
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;******************************************************************************** ;*** File : ra.pdf ;*** Creation : Wed Mar 11 09:58:38 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 : ra ;*** Document No. : 8411.102.98.204 ;*** Document Date : 2002-04-26 ;*** Document Status: BEING_PROCESSED ;*** Document Author: SLO ;******************************************************************************** PRAGMA SRC_FILE_TIME "Thu Nov 29 09:51:34 2007" PRAGMA LAST_MODIFIED "2002-04-26" PRAGMA ID_AND_VERSION "8411.102.98.204" CONST DUMMY_RA 0 ; Dummy VALTAB VAL_model VAL 0 RA_MODEL_SPEECH "model speech" VAL 1 RA_MODEL_TRANS "model 1b async transparent" VAL 2 RA_MODEL_RLP "model 3b async nontransparent" VAL 3 RA_MODEL_FAX "model 5b fax 3.45" VALTAB VAL_tra_rate VAL 0 TRA_FULLRATE_2400 "fullrate 2,4/3,6 kBit" VAL 1 TRA_HALFRATE_2400 "halfrate 2,4/3,6 kBit" VAL 2 TRA_FULLRATE_4800 "fullrate 4,8/6 kBit" VAL 3 TRA_HALFRATE_4800 "halfrate 4,8/6 kBit" VAL 4 TRA_FULLRATE_9600 "fullrate 9,6/12 kBit" VAL 5 TRA_FULLRATE_14400 "fullrate 13,4/14,4 kBit" VALTAB VAL_user_rate VAL 0 URA_300 "user rate 300bps" VAL 1 URA_1200 "user rate 1200bps" VAL 2 URA_2400 "user rate 2400bps" VAL 3 URA_4800 "user rate 4800bps" VAL 4 URA_9600 "user rate 9600bps" VAL 5 URA_1200_75 "user rate 1200/75bps" VAL 6 URA_14400 "user rate 14400bps" VALTAB VAL_dtx_flg VAL 0 DTX_DIS "Disable DTX" VAL 1 DTX_EN "Enable DTX" VALTAB VAL_fr_type VAL 0x00 FR_T4DATA "GSM 3.45 Data frame" VAL 0x01 FR_STATUS "GSM 3.45 Status (BCS) frame" VAL 0x02 FR_SYNC "GSM 3.45 Sync frame" VAL 0x03 FR_TRAIN "GSM 3.45 Status (TRAIN) frame" VAL 0x04 FR_TRANS "Transparent Data frame" VAL 0x05 FR_RLP "Valid RLP frame" VAL 0x0F FR_INVALID "Invalid frame or FCS error detected in RLP mode" VALTAB VAL_status VAL 1 ST_SA "Status SA" VAL 2 ST_SB "Status SB" VAL 4 ST_X "Status X" VAL 8 ST_OVER "Overspeed flag" VALTAB VAL_ack_flg VAL 0 RA_ACK "acknowledged" VAL 1 RA_NAK "not acknowledged" VALTAB VAL_detect VAL 0 DET_NO_STATUS "do not detect status frames" VAL 1 DET_STATUS "detect status frames" VALTAB VAL_tick_dir VAL 1 TICK_UL "tick uplink" VAL 2 TICK_DL "tick downlink" VAL 3 TICK_UL_DL "tick uplink & downlink" VALTAB VAL_offset VAL 0 ra_conf "Configurations" VAL 1 ra_act "Activities" VAL 2 ra_test "Test" VAL 3 ra_statu "Uplink status" VAL 4 ra_statd "Downlink status" VAL 5 fax_status_det "Fax status detection" VAL 6 rau "Buffer for uplink characters" VAL 7 rad "Buffer for downlink characters" VAL 8 ntu "Buffer for uplink RLP frames" VAL 9 ntd "Buffer for downlink RLP frames" VAL 10 faxu "Buffer for uplink fax data" VAL 11 faxd "Buffer for downlink fax data" VAR model "transfer protocol model" B VAL @p_ra - VAL_model@ VAR tra_rate "transmission rate" B VAL @p_ra - VAL_tra_rate@ VAR user_rate "user rate" B VAL @p_ra - VAL_user_rate@ VAR l_buf "length of content in bit" S VAR o_buf "offset of content in bit" S VAR buf "buffer content" B VAR dtx_flg "discontinuous transmission flag" B VAL @p_ra - VAL_dtx_flg@ VAR req_frames "requested frames" B VAR fr_type "frame type" B VAL @p_ra - VAL_fr_type@ VAR reserved "Reserved" B VAR status "V24 Status" B VAL @p_ra - VAL_status@ VAR break_len "Break Length" S VAR ndb "number data bits" B VAR nsb "number stop bits" B VAR ack_flg "acknowledge flag" B VAL @p_ra - VAL_ack_flg@ VAR detect "Detect mode" B VAL @p_ra - VAL_detect@ VAR tick_dir "tick direction" B VAL @p_ra - VAL_tick_dir@ VAR id "Bit Identity" B VAR offset "Address offset" B VAL @p_ra - VAL_offset@ VAR mask "Bit mask" S VAR value "Bits value" S COMP sdu "Service Data Unit" { l_buf ; length of content in bit o_buf ; offset of content in bit buf [1] ; buffer content } ; RA_ACTIVATE_REQ 0x80000010 ; RA_DEACTIVATE_REQ 0x80010010 ; RA_READY_IND 0x80004010 ; RA_DATA_REQ 0x80020010 ; RA_BREAK_REQ 0x80030010 ; RA_DATA_IND 0x80014010 ; RA_ACTIVATE_CNF 0x80024010 ; RA_DEACTIVATE_CNF 0x80034010 ; RA_BREAK_IND 0x80044010 ; RA_DETECT_REQ 0x80040010 ; RA_MODIFY_REQ 0x80050010 ; RA_MODIFY_CNF 0x80054010 ; RA_DATATRANS_REQ 0x80060010 ; SHM_TICK_REQ 0x80070010 ; SHM_DATA_REQ 0x80080010 ; SHM_READ_REQ 0x80090010 ; SHM_DATA_IND 0x80064010 ; SHM_BITSET_REQ 0x800A0010 ; SHM_BITTEST_REQ 0x800B0010 ; SHM_BITTEST_IND 0x80074010 PRIM RA_ACTIVATE_REQ 0x80000010 { model ; transfer protocol model tra_rate ; transmission rate user_rate ; user rate ndb ; number data bits nsb ; number stop bits } PRIM RA_DEACTIVATE_REQ 0x80010010 { } PRIM RA_READY_IND 0x80004010 { req_frames ; requested frames } PRIM RA_DATA_REQ 0x80020010 { fr_type ; frame type dtx_flg ; discontinuous transmission flag status ; V.24 Status reserved ; reserved sdu ; service data unit } PRIM RA_BREAK_REQ 0x80030010 { break_len ; Break length } PRIM RA_DATA_IND 0x80014010 { fr_type ; frame type status ; V.24 Status reserved ; reserved sdu ; service data unit } PRIM RA_ACTIVATE_CNF 0x80024010 { ack_flg ; acknowledge flag } PRIM RA_DEACTIVATE_CNF 0x80034010 { } PRIM RA_BREAK_IND 0x80044010 { break_len ; Break length } PRIM RA_DETECT_REQ 0x80040010 { detect ; Detect mode } PRIM RA_MODIFY_REQ 0x80050010 { tra_rate ; transmission rate user_rate ; user rate } PRIM RA_MODIFY_CNF 0x80054010 { } PRIM RA_DATATRANS_REQ 0x80060010 { } PRIM SHM_TICK_REQ 0x80070010 { tick_dir ; tick direction } PRIM SHM_DATA_REQ 0x80080010 { fr_type ; frame type dtx_flg ; discontinuous transmission flag status ; V.24 Status reserved ; Reserved sdu ; service data unit } PRIM SHM_READ_REQ 0x80090010 { model ; transfer protocol model } PRIM SHM_DATA_IND 0x80064010 { fr_type ; frame type status ; V.24 Status reserved ; reserved sdu ; service data unit } PRIM SHM_BITSET_REQ 0x800A0010 { id ; Bit identity value ; Bits Value } PRIM SHM_BITTEST_REQ 0x800B0010 { offset ; Address offset mask ; Bit mask } PRIM SHM_BITTEST_IND 0x80074010 { value ; Bits Value }