FreeCalypso > hg > fc-magnetite
view cdg3/sap/psi.pdf @ 638:cab2f315827e
FFS dev.c: added Spansion PL032J to the "generic" table
With the discovery of first GTM900 and then Tango, it now appears that
Openmoko was not the only manuf after all who kept TI's TCS211 firmware
largely intact (as opposed to changing it beyond all recognition like
Compal, Chi-Mei and BenQ did), thus we are now getting new "alien" targets
on which we reuse the original manuf's FFS with IMEI and RF calibration
tables as if it were native. On these targets we use the original
device table for FFS, even though we previously thought that it would
never apply to any target other than dsample, leonardo and gtamodem.
We have previously added Samsung K5L33xxCAM (a new kind of multi-ID device)
to the generic table to support its use in Huawei GTM900-B modules; now
we got news that some slightly older GTM900-B specimen used S71PL032J
instead, so we are now adding PL032J as well.
author | Mychaela Falconia <falcon@freecalypso.org> |
---|---|
date | Thu, 30 Jan 2020 17:45:48 +0000 |
parents | c15047b3d00d |
children |
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;******************************************************************************** ;*** File : PSI.pdf ;*** Creation : Wed Mar 11 09:58:36 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 : PSI ;*** Document No. : ..01.001 ;*** Document Date : 2004-02-09 ;*** Document Status: BEING_PROCESSED ;*** Document Author: RM ;******************************************************************************** PRAGMA SRC_FILE_TIME "Thu Nov 29 09:51:16 2007" PRAGMA LAST_MODIFIED "2004-02-09" PRAGMA ID_AND_VERSION "..01.001" CONST PSI_PEER_ENTITY_NAME_LENGTH 6 ; Length ofentity name for data exchange VALTAB VAL_cause VAL 0xD300 PSICS_SUCCESS "0b11010011 00000000 no error" VAL 0xD301 PSICS_INVALID_PARAMS "0b11010011 00000001 device number invalid or parameter invalid " VAL 0xD302 PSICS_INTERNAL_DRV_ERROR "0b11010011 00000010 A driver function returned DRV_INTERNAL_ERROR" VAL 0xD303 PSICS_DISCONNECT "0b11010011 00000011 The driver signalled a DRV_SIGTYPE_DISCONNECT" VALTAB VAL_psi_line_states VAL 0x00 PSI_LINE_STD_NOT_VALID "b00000000 no line state request is given" VALTAB VAL_psi_baud_rate VAL 0xffffffff DIO4_BAUD_NOT_VALID "baudrate is not changed" VALTAB VAL_psi_char_frame VAL 0x00000000 DIO_CF_NOT_VALID "char frame values are not changed" VALTAB VAL_psi_flow_control VAL 0xffffffff DIO_FLOW_NOT_VALID "flow control value are not changed" VALTAB VAL_psi_mux_mode VAL 0xffffffff DIO_MUX_MODE_NOT_VALID "mux mode is unchanged" VALTAB VAL_pkt_flag VAL 0x80000000 DIO_FLAG_PKT_PROTOCOL "device can transfer information to identify the packet protocol" VAL 0xffffffff DIO_FLAG_PKT_PROT_NOT_VALID "packet flag is not changed" VALTAB VAL_psi_sleep_mode VAL 0x00 DIO_SLEEP_NOT_VALID "value is not valid" VAL 0xff DIO_SLEEP_NOT_CHAN "value is not changed" VALTAB VAL_psi_guard_per VAL 0xff DIO_GUARD_PER_NOT_VALID "guard period is not changed" VALTAB VAL_psi_dev_mode VAL 0x00000000 DEV_MODE_NOT_VALID "device mode is unchanged" VALTAB VAL_psi_esc_char VAL 0x00 ESC_CHAR_NOT_VALID "escape character is not changed" VALTAB VAL_pkt_type VAL 0x0021 DIO_PACKET_IPV4 "IP packet version 4" VAL 0x002D DIO_PACKET_VJ_CTCP "IPv4 packet with Van Jacobson compressed TCP/IP header" VAL 0x002F DIO_PACKET_VJ_UTCP "IPv4 packet with Van Jacobson uncompressed TCP/IP header" VAL 0x0057 DIO_PACKET_IPV6 "IP packet version 6" VALTAB VAL_psi_xon VAL 0x00 XON_NOT_VALID "xon value is unchanged" VALTAB VAL_psi_xoff VAL 0x00 XOFF_NOT_VALID "xoff value is unchanged" VALTAB VAL_psi_n1 VAL 0x00 PSI_MUX_N1_NOT_VALID "mux max frame size is not changed" VALTAB VAL_psi_n2 VAL 0x00 PSI_MUX_N2_NOT_VALID "number of retransmission is not changed" VALTAB VAL_psi_t1 VAL 0x00 PSI_MUX_T1_NOT_VALID "acknowledgement timer is not changed" VALTAB VAL_psi_t2 VAL 0x00 PSI_MUX_T2_NOT_VALID "response timer is not changed" VALTAB VAL_psi_t3 VAL 0x00 PSI_MUX_T3_NOT_VALID "wake up response timer is not changed" VALTAB VAL_psi_k VAL 0x00 PSI_K_NOT_VALID "windows size is not changed" VALTAB VAL_psi_data_mode VAL 0x01 DRIVER_MODE_AT "The driver will transmit AT commands." VAL 0x02 DRIVER_MODE_DATA "The driver will transmit data." VAL 0x03 DRIVER_MODE_AT_DATA "The driver will transmit AT commands and data" VAR cause "cause value" S VAL @p_PSI - VAL_cause@ VAR devId "device identifier" L VAL @p_DIO - VAL_device@ VAR dti_direction "link identifier" B VAR drv_handle "driver handle" S VAR line_state "line state information" S VAL @p_PSI - VAL_psi_line_states@ VAL @p_DIO - VAL_line_states@ VAR link_id "link identifier" L VAR psi_data_mode "TE will use the device to transmit AT commands or data or both" B VAL @p_PSI - VAL_psi_data_mode@ VAR retValue "return value" S VAR signal_type "signal information" S VAR name "entity name" B UNION DIO_CAP_UN "Structured Element" { ser_cap EXTERN @p_DIO - DIO_CAP_SER@ DIO_CAP_SER ; capabilities of serial driver pkt_cap EXTERN @p_DIO - DIO_CAP_PKT@ DIO_CAP_PKT ; capabilities of packet driver mux_cap EXTERN @p_DIO - DIO_CAP_SER_MUX@ DIO_CAP_SER_MUX ; capabilities of mux driver } UNION DIO_DCB_UN "Structured Element" { ser_dcb EXTERN @p_DIO - DIO_DCB_SER@ DIO_DCB_SER ; configuration of serial driver pkt_dcb EXTERN @p_DIO - DIO_DCB_PKT@ DIO_DCB_PKT ; configuration of packet driver mux_dcb EXTERN @p_DIO - DIO_DCB_SER_MUX@ DIO_DCB_SER_MUX ; configuration of mux driver } COMP peer "communication entity name" { name [PSI_PEER_ENTITY_NAME_LENGTH] ; communication peer name } ; PSI_CONN_IND 0x8000401D ; PSI_CONN_IND_TEST 0x8009401D ; PSI_CONN_RES 0x8000001D ; PSI_CONN_REJ 0x8001001D ; PSI_DISCONN_IND 0x8001401D ; PSI_CLOSE_REQ 0x8002001D ; PSI_CLOSE_CNF 0x8008401D ; PSI_DTI_OPEN_REQ 0x8003001D ; PSI_DTI_CLOSE_REQ 0x8004001D ; PSI_DTI_OPEN_CNF 0x8002401D ; PSI_DTI_CLOSE_CNF 0x8003401D ; PSI_DTI_CLOSE_IND 0x8004401D ; PSI_SETCONF_CNF 0x8005401D ; PSI_SETCONF_REQ 0x8005001D ; PSI_SETCONF_REQ_TEST 0x800D001D ; PSI_LINE_STATE_REQ 0x8006001D ; PSI_LINE_STATE_CNF 0x8006401D ; PSI_LINE_STATE_IND 0x8007401D ; PSI_SIG_CLEAR_IND 0x8007001D ; PSI_SIG_FLUSH_IND 0x8008001D ; PSI_SIG_READ_IND 0x8009001D ; PSI_SIG_WRITE_IND 0x800A001D ; PSI_SIG_CONNECT_IND 0x800B001D ; PSI_SIG_DISCONNECT_IND 0x800C001D ; PSI_DIOSIM_INIT_REQ 0x8020401D ; PSI_DIOSIM_INIT_CNF 0x8020001D ; PSI_DIOSIM_GET_CAP_REQ 0x8021401D ; PSI_DIOSIM_GET_CAP_SER_CNF 0x8021001D ; PSI_DIOSIM_GET_CAP_PKT_CNF 0x802C001D ; PSI_DIOSIM_SET_CONF_SER_REQ 0x8022401D ; PSI_DIOSIM_SET_CONF_PKT_REQ 0x802C401D ; PSI_DIOSIM_SET_CONF_CNF 0x8022001D ; PSI_DIOSIM_GET_CONF_SER_REQ 0x8023401D ; PSI_DIOSIM_GET_CONF_CNF 0x8023001D ; PSI_DIOSIM_CLOSE_DEV_REQ 0x8024401D ; PSI_DIOSIM_CLOSE_DEV_CNF 0x8024001D ; PSI_DIOSIM_FLUSH_REQ 0x8025401D ; PSI_DIOSIM_FLUSH_CNF 0x8025001D ; PSI_DIOSIM_CLEAR_REQ 0x8026401D ; PSI_DIOSIM_CLEAR_CNF 0x8026001D ; PSI_DIOSIM_GET_TXB_REQ 0x8027401D ; PSI_DIOSIM_GET_TXB_CNF 0x8027001D ; PSI_DIOSIM_SET_RXB_REQ 0x8028401D ; PSI_DIOSIM_SET_RXB_CNF 0x8028001D ; PSI_DIOSIM_READ_REQ 0x8029401D ; PSI_DIOSIM_READ_SER_CNF 0x8029001D ; PSI_DIOSIM_READ_PKT_CNF 0x802D001D ; PSI_DIOSIM_WRITE_SER_REQ 0x802A401D ; PSI_DIOSIM_WRITE_PKT_REQ 0x802E401D ; PSI_DIOSIM_WRITE_CNF 0x802A001D ; PSI_DIOSIM_EXIT_REQ 0x802B401D ; PSI_DIOSIM_SIGN_IND 0x802B001D PRIM PSI_CONN_IND 0x8000401D { devId ; Device Identifier EXTERN @p_DIO - DIO_CAP@ DIO_CAP PTR ; Device Capability psi_data_mode ; Device data mode } PRIM PSI_CONN_IND_TEST 0x8009401D { devId ; Device Identifier DIO_CAP_UN ; device capability test structure psi_data_mode ; device data mode } PRIM PSI_CONN_RES 0x8000001D { devId ; device identifier } PRIM PSI_CONN_REJ 0x8001001D { devId ; device identifier } PRIM PSI_DISCONN_IND 0x8001401D { devId ; device identifier cause ; cause value } PRIM PSI_CLOSE_REQ 0x8002001D { devId ; device identifier } PRIM PSI_CLOSE_CNF 0x8008401D { devId ; device identifier } PRIM PSI_DTI_OPEN_REQ 0x8003001D { devId ; device identifier peer ; peer name link_id ; dti link identifier dti_direction ; direction of DTI link } PRIM PSI_DTI_CLOSE_REQ 0x8004001D { devId ; device identifier link_id ; dti link identifier } PRIM PSI_DTI_OPEN_CNF 0x8002401D { devId ; device identifier cause ; cause value link_id ; dti link identifier } PRIM PSI_DTI_CLOSE_CNF 0x8003401D { devId ; device identifier link_id ; dti link identifier } PRIM PSI_DTI_CLOSE_IND 0x8004401D { devId ; device identifier link_id ; dti link identifier } PRIM PSI_SETCONF_CNF 0x8005401D { devId ; device identifier cause ; cause value } PRIM PSI_SETCONF_REQ 0x8005001D { devId ; device identifier EXTERN @p_DIO - DIO_DCB@ DIO_DCB PTR ; configuration structure } PRIM PSI_SETCONF_REQ_TEST 0x800D001D { devId ; Primitive Item DIO_DCB_UN ; Primitive Item } PRIM PSI_LINE_STATE_REQ 0x8006001D { devId ; device identifier line_state ; line state information } PRIM PSI_LINE_STATE_CNF 0x8006401D { devId ; device identifier } PRIM PSI_LINE_STATE_IND 0x8007401D { devId ; device identifier line_state ; line state information } PRIM PSI_SIG_CLEAR_IND 0x8007001D { } PRIM PSI_SIG_FLUSH_IND 0x8008001D { } PRIM PSI_SIG_READ_IND 0x8009001D { } PRIM PSI_SIG_WRITE_IND 0x800A001D { } PRIM PSI_SIG_CONNECT_IND 0x800B001D { } PRIM PSI_SIG_DISCONNECT_IND 0x800C001D { } PRIM PSI_DIOSIM_INIT_REQ 0x8020401D { drv_handle ; Primitive Item } PRIM PSI_DIOSIM_INIT_CNF 0x8020001D { retValue ; return value } PRIM PSI_DIOSIM_GET_CAP_REQ 0x8021401D { devId ; device identifier } PRIM PSI_DIOSIM_GET_CAP_SER_CNF 0x8021001D { retValue ; return value EXTERN @p_DIO - DIO_CAP_SER@ DIO_CAP_SER ; serial device capability structure } PRIM PSI_DIOSIM_GET_CAP_PKT_CNF 0x802C001D { retValue ; return value EXTERN @p_DIO - DIO_CAP_PKT@ DIO_CAP_PKT ; packet device capability structure } PRIM PSI_DIOSIM_SET_CONF_SER_REQ 0x8022401D { devId ; device Identifier EXTERN @p_DIO - DIO_DCB_SER@ DIO_DCB_SER ; serial configuration parameter structure } PRIM PSI_DIOSIM_SET_CONF_PKT_REQ 0x802C401D { devId ; device identifier EXTERN @p_DIO - DIO_DCB_PKT@ DIO_DCB_PKT ; configuration params } PRIM PSI_DIOSIM_SET_CONF_CNF 0x8022001D { retValue ; return value } PRIM PSI_DIOSIM_GET_CONF_SER_REQ 0x8023401D { devId ; device identifier EXTERN @p_DIO - DIO_DCB_SER@ DIO_DCB_SER ; serial device configuration parameter } PRIM PSI_DIOSIM_GET_CONF_CNF 0x8023001D { retValue ; return value } PRIM PSI_DIOSIM_CLOSE_DEV_REQ 0x8024401D { devId ; device identifier } PRIM PSI_DIOSIM_CLOSE_DEV_CNF 0x8024001D { retValue ; return value } PRIM PSI_DIOSIM_FLUSH_REQ 0x8025401D { devId ; device identifier } PRIM PSI_DIOSIM_FLUSH_CNF 0x8025001D { retValue ; return value } PRIM PSI_DIOSIM_CLEAR_REQ 0x8026401D { devId ; device identifier } PRIM PSI_DIOSIM_CLEAR_CNF 0x8026001D { retValue ; return value } PRIM PSI_DIOSIM_GET_TXB_REQ 0x8027401D { devId ; device identifier } PRIM PSI_DIOSIM_GET_TXB_CNF 0x8027001D { retValue ; return value } PRIM PSI_DIOSIM_SET_RXB_REQ 0x8028401D { devId ; device identifier } PRIM PSI_DIOSIM_SET_RXB_CNF 0x8028001D { retValue ; Primitive Item } PRIM PSI_DIOSIM_READ_REQ 0x8029401D { devId ; device identifier } PRIM PSI_DIOSIM_READ_SER_CNF 0x8029001D { retValue ; return value EXTERN @p_DIO - control_type@ control_type ; control info type EXTERN @p_DIO - length@ length ; control info len EXTERN @p_DIO - state@ state ; control info state } PRIM PSI_DIOSIM_READ_PKT_CNF 0x802D001D { retValue ; return value } PRIM PSI_DIOSIM_WRITE_SER_REQ 0x802A401D { devId ; device identifier EXTERN @p_DIO - DIO_CTRL_LINES@ DIO_CTRL_LINES ; serial control info strucrture } PRIM PSI_DIOSIM_WRITE_PKT_REQ 0x802E401D { devId ; device identifier } PRIM PSI_DIOSIM_WRITE_CNF 0x802A001D { retValue ; return value } PRIM PSI_DIOSIM_EXIT_REQ 0x802B401D { } PRIM PSI_DIOSIM_SIGN_IND 0x802B001D { devId ; device identifier signal_type ; signal information }