FreeCalypso > hg > fc-tourmaline
view src/gpf/inc/dmi.h @ 75:8697f358f505
backlight rework: Condat light driver accepts levels
The present change is another intermediate step on the path toward
new FreeCalypso backlight handling. At this intermediate step the
Condat light driver accepts 0-255 backlight levels driven by MFW,
and puts them out on PWL on Luna development boards. At the same
time on C139 it is now possible to turn on the display backlight
with or without the keypad bl - the lsb of the 0-255 backlight level
controls the keypad bl.
MFW presently drives only 0 and 255 backlight levels, thus there is
no visible behavioral change yet - but the plan for subsequent stages
of this backlight rework is to add a dimmed backlight state
(no keypad bl on C139) during active calls.
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Sat, 24 Oct 2020 20:44:04 +0000 |
| parents | 4e78acac3d88 |
| children |
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/* +----------------------------------------------------------------------------- | Project : | Modul : sas_dmi.h +----------------------------------------------------------------------------- | Copyright 2002 Texas Instruments Berlin, AG | All rights reserved. | | This file is confidential and a trade secret of Texas | Instruments Berlin, AG | The receipt of or possession of this file does not convey | any rights to reproduce or disclose its contents or to | manufacture, use, or sell anything it may describe, in | whole, or in part, without the specific written consent of | Texas Instruments Berlin, AG. +----------------------------------------------------------------------------- | Purpose : External interface for SAS_DMI support module +----------------------------------------------------------------------------- */ #ifndef ANITESAS_DMI__H #define ANITESAS_DMI__H /*==== INCLUDES =============================================================*/ /*==== CONSTS ===============================================================*/ /* * Nasty Tricks Department */ #define NULLSTRING \0 #define DMIVSI_CALLER proxyVsiCallerId, #define DMIVSI_CALLER_SINGLE proxyVsiCallerId #define G23_COMP_REF_TYPE T_HANDLE #define G23_NULL_COMP_REF (T_HANDLE)(0) /* End of N.T.D. */ /* * SAS DMI - Activate / Deactivate Commands * (commands+values defined in Anite * DMID spec. I2477D) */ #define G23_COMP_RR 1 #define G23_COMP_ALR 2 #define G23_COMP_PHY 3 #define G23_COMP_CCD 9 #define SASRPT_ON 1 #define SASRPT_OFF 0 #define SASRPT_IS_UPLINK 0 #define SASRPT_IS_DOWNLINK 1 #define SASRPT_MSGRSP 0 #define SASRPT_MSGIGN 1 #define SASRPT_IDLEMODE 1 #define SASRPT_DEDIMODE 2 /* * SAS DMID - Activation/Deactivation Flags * (set by corresponding SAS DMID * commands - see above) */ #define SAS_RPRT_ACTIVE__IDLEMODE 0x0001 #define SAS_RPRT_ACTIVE__DEDICATEDMODE 0x0002 #define SAS_RPRT_ACTIVE__L3MSG 0x0004 #define SAS_RPRT_ACTIVE__L1MSG 0x0008 #define SAS_RPRT_ACTIVE__SYNC 0x0010 #define SAS_RPRT_ACTIVE__SACCH 0x0020 #define SAS_RPRT_ACTIVE__SACCHCOMPLETE 0x0040 #define SAS_RPRT_ACTIVE__CHANREQIMMEDASSIGN 0x0080 #define SAS_RPRT_ACTIVE__BCCH 0x0100 #define SAS_RPRT_ACTIVE__PAGE 0x0200 /* * extern procedure prototypes */ #define START_FMT1 1 #define START_FMT2 2 /*==== TYPES ================================================================*/ typedef struct _start_du { U8 fmtDiscriminator; union { U8 dummyPlaceHolder; #ifdef __T_start__ T_start* fmt1_Start; #endif #ifdef __T_start_time__ T_start_time* fmt2_Start; #endif } u; } start_u; /*==== EXPORTS ==============================================================*/ extern void SasDmi( U8 g23Component ); extern void Dmi_SendReport_IdleMode( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 Ssf, U8 Ssr, U16* Nf, U8* Nr, U8* Nb ); extern void Dmi_SendReport_DedMode( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 Ta, U8 Pwr, U8 Rlf, U8 Rqf, U8 Rls, U8 Rqs, U16* Nf, U8* Nr, U8* Nb ); extern void Dmi_SendReport_L3( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U8 UlOrDl, U16 L3MsgLen, U8* L3Msg, U8 L3MsgId ); extern void Dmi_SendReport_L1( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef ); extern void Dmi_SendReport_Sync( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 Fff, U8 Bsic, U32 Toffs ); extern void Dmi_SendReport_Sacch( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U8 Mrltc, U8 Crltc, U8 L3SiPdTi, U8 L3MsgTyp ); extern void Dmi_SendReport_SacchCompl( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 MsgLen, U8 Mrltc, U8 Crltc, U8* L2Msg ); extern void Dmi_SendReport_ChanReq( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U8 ChanReqData, U32 ChanReqFrNum ); extern void Dmi_SendReport_ImmedAssign( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 L3MsgLen, U8 RspOrIgn, U8* L3Msg ); extern void Dmi_SendReport_Bcch( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 L3MsgLen, U16 BcchFreq, U8* L3BcchMsg ); extern void Dmi_SendReport_Page( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 L3MsgLen, U8 Mdsc, U8 Cdsc, U8* L3PageMsg ); extern void Dmi_SendReport_IdleChan( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 Fff, U8 Bsic, U8 CombFlag, U8 CchC, U8 Mfrm, U8 AgRes, U8 CchG, U8 Pmfrm, U8 Pbi ); extern void Dmi_SendReport_DedChan_NonHop( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 ScFreq, U8 ScBsic, U8 ChTyp, U8 Tslot, U8 SubCh, U8 Tsc, U8 GsmBa, U16 DedFreq ); extern void Dmi_SendReport_DedChan_Hop( U8 g23Comp, G23_COMP_REF_TYPE g23CompRef, U16 ScFreq, U8 ScBsic, U8 ChTyp, U8 Tslot, U8 SubCh, U8 Tsc, U8 Maio, U8 Hsn, U8 GsmBa, start_u* StartTime, U8 MaxLenChanList, U8* BeforeChanList, U8* AfterChanList ); /*---------------------------------------------------*/ /*+Obsolete*/ /* * Features potentially obsoleted by Issue 1.4 of * Anite DMI spec. * * ** LEAVE IN CODE SINCE REFERENCED IN dmi.c * * */ /* ...continuous reports... */ #define SAS_RPRT_START__IDLEMODE '1' #define SAS_RPRT_STOP__IDLEMODE '6' #define SAS_RPRT_START__DEDICATEDMODE '2' #define SAS_RPRT_STOP__DEDICATEDMODE '7' #define SAS_RPRT_START__L3MSG '3' #define SAS_RPRT_STOP__L3MSG '8' #define SAS_RPRT_START__L1MSG '4' #define SAS_RPRT_STOP__L1MSG '9' #define SAS_RPRT_START__SYNC 'S' #define SAS_RPRT_STOP__SYNC 'T' #define SAS_RPRT_START__SACCH 'A' #define SAS_RPRT_STOP__SACCH 'B' #define SAS_RPRT__SACCHCOMPLETE '\\' #define SAS_RPRT_START__SACCHCOMPLETE 'A' #define SAS_RPRT_STOP__SACCHCOMPLETE 'B' #define SAS_RPRT_START__CHANREQIMMEDASSIGN 'C' #define SAS_RPRT_STOP__CHANREQIMMEDASSIGN 'D' #define SAS_RPRT_START__BCCH 'E' #define SAS_RPRT_STOP__BCCH 'F' #define SAS_RPRT_START__PAGE 'P' #define SAS_RPRT_STOP__PAGE 'Q' /* ...once-off reports... */ #define SAS_RPRT_ONCE__IDLECHAN I #define SAS_RPRT_ONCE__DEDICATEDCHAN J /* ...status getters/setters... */ extern U16 GetSasRptStatus_IdleMode( void ); extern U16 GetSasRptStatus_DedMode( void ); extern U16 GetSasRptStatus_L3( void ); extern U16 GetSasRptStatus_L1( void ); extern U16 GetSasRptStatus_Sync( void ); extern U16 GetSasRptStatus_Sacch( void ); extern U16 GetSasRptStatus_SacchCompl( void ); extern U16 GetSasRptStatus_ChanReq( void ); extern U16 GetSasRptStatus_Bcch( void ); extern U16 GetSasRptStatus_Page( void ); extern U16 HandleSasCmd( U8* SasCmd ); extern void SetSasRptStatus_IdleMode( U16 OnOff ); extern void SetSasRptStatus_DedMode( U16 OnOff ); extern void SetSasRptStatus_L3( U16 OnOff ); extern void SetSasRptStatus_L1( U16 OnOff ); extern void SetSasRptStatus_Sync( U16 OnOff ); extern void SetSasRptStatus_Sacch( U16 OnOff ); extern void SetSasRptStatus_SacchCompl( U16 OnOff ); extern void SetSasRptStatus_ChanReq( U16 OnOff ); extern void SetSasRptStatus_Bcch( U16 OnOff ); extern void SetSasRptStatus_Page( U16 OnOff ); /*-Obsolete*/ /*---------------------------------------------------*/ #endif /* ANITESAS_DMI__H */