FreeCalypso > hg > fc-tourmaline
view src/g23m-aci/aci/cmh_t30f.c @ 301:4bb5772a05a3
AT%SPVER: new command for setting custom speech version lists
The speech version list in the Bearer Capability IE tells the network
which speech codecs are supported by the MS, and in which order of
preference. The standard behaviour is to list all codecs that are
supported by the hw+fw platform, and the standard preference order
is newer over older, FR over HR. But sometimes it is desirable
(for network testing) to artificially restrict which codecs the test MS
will declare as supported, and/or to list them in some peculiar
non-standard order of preference. Add a new private AT command,
AT%SPVER, allowing the user to set and clear custom speech version
lists for the Bearer Capability IE composer in CC.
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Sun, 21 May 2023 21:43:10 +0000 |
| parents | fa8dc04885d8 |
| children |
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/* +----------------------------------------------------------------------------- | Project : GSM-PS (6147) | Modul : CMH_T30F +----------------------------------------------------------------------------- | 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 : This module defines the functions used by the command | handler for L2R. +----------------------------------------------------------------------------- */ #if defined (DTI) || defined (FF_FAX) #ifndef CMH_T30F_C #define CMH_T30F_C #endif #include "aci_all.h" /*==== INCLUDES ===================================================*/ #include "aci_cmh.h" #include "ati_cmd.h" #include "aci_cmd.h" #include "l4_tim.h" #ifdef FAX_AND_DATA #include "aci_fd.h" #endif /* of #ifdef FAX_AND_DATA */ #include "dti.h" #include "dti_conn_mng.h" #include "aci.h" #include "psa.h" #include "psa_t30.h" #include "psa_cc.h" #include "cmh.h" #include "cmh_t30.h" #include "cmh_ra.h" /*==== CONSTANTS ==================================================*/ #define BIT_SET (0x01) /* bit is set */ #define BIT_CLR (0x00) /* bit is cleared */ #define BIT_NOT_PRES (0xFF) /* bit is not present */ /*==== TYPES ======================================================*/ /*==== EXPORT =====================================================*/ /*==== VARIABLES ==================================================*/ /*==== FUNCTIONS ==================================================*/ /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_Chn2BitRate | +-------------------------------------------------------------------+ PURPOSE : convert channel rate into bit rate */ GLOBAL T_ACI_F_BR cmhT30_Chn2BitRate ( void ) { switch( ccShrdPrm.chMod ) { case( MNCC_CHM_DATA_14_4 ): return( F_BR_14400 ); case( MNCC_CHM_DATA_9_6 ): return( F_BR_9600 ); case( MNCC_CHM_DATA_4_8 ): return( F_BR_4800 ); case( MNCC_CHM_DATA_2_4 ): return( F_BR_2400 ); default: TRACE_EVENT( "UNEXP CHN MODE IN CTB" ); return( F_BR_NotPresent ); } } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_SelChnRate | +-------------------------------------------------------------------+ PURPOSE : select channel rate */ GLOBAL USHORT cmhT30_SelChnRate ( void ) { switch( ccShrdPrm.chMod ) { case( MNCC_CHM_DATA_14_4 ): return( 14400 ); case( MNCC_CHM_DATA_9_6 ): return( 9600 ); case( MNCC_CHM_DATA_4_8 ): return( 4800 ); case( MNCC_CHM_DATA_2_4 ): return( 2400 ); default: TRACE_EVENT( "UNEXP CHN MODE IN CTB" ); return( NOT_PRESENT_16BIT ); } } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_SelUsrRate | +-------------------------------------------------------------------+ PURPOSE : select user rate */ GLOBAL USHORT cmhT30_SelUsrRate ( void ) { switch( t30NgtPrms.FCSbr ) { case( F_BR_2400 ): return( 2400 ); case( F_BR_4800 ): return( 4800 ); case( F_BR_7200 ): return( 7200 ); case( F_BR_9600 ): return( 9600 ); case( F_BR_12000 ): return( 12000 ); case( F_BR_14400 ): return( 14000 ); default: TRACE_EVENT( "UNEXP BIT RATE IN NGT PARMS" ); return( NOT_PRESENT_16BIT ); } } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_SelHlfRate | +-------------------------------------------------------------------+ PURPOSE : select half rate */ GLOBAL UBYTE cmhT30_SelHlfRate ( void ) { switch( ccShrdPrm.chType ) { case( MNCC_CH_TCH_F ): return( FALSE ); case( MNCC_CH_TCH_H ): return( TRUE ); default: TRACE_EVENT( "UNEXP CHN TYPE IN CTB" ); return((BYTE)-1); } } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_RA | | ROUTINE : cmhT30_SelBitOrder | +-------------------------------------------------------------------+ PURPOSE : select bit order */ GLOBAL UBYTE cmhT30_SelBitOrder( T_ACI_CMD_SRC srcId ) { switch( fnd_cmhPrm[srcId].t30CmdPrm.FBOval ) { case( FBO_VAL_DirCDirBD ): return( FBO_NRM_STATUS + FBO_NRM_DATA ); case( FBO_VAL_RvrCDirBD ): return( FBO_NRM_STATUS + FBO_REV_DATA ); case( FBO_VAL_DirCRvrBD ): return( FBO_REV_STATUS + FBO_NRM_DATA ); case( FBO_VAL_RvrCRvrBD ): return( FBO_REV_STATUS + FBO_REV_DATA ); default: TRACE_EVENT( "UNEXP FBO VALUE" ); return( NOT_PRESENT_8BIT ); } } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_Chk4TCHAdpt | +-------------------------------------------------------------------+ PURPOSE : check for TCH adaptation. Returns true if an adaptation of the TCH is expected. */ GLOBAL BOOL cmhT30_Chk4TCHAdpt ( void ) { TRACE_FUNCTION("cmhT30_Chk4TCHAdpt"); TRACE_EVENT_P2( "CHN MD: %d, FCS BR: %d", ccShrdPrm.chMod, t30NgtPrms.FCSbr ); switch( ccShrdPrm.chMod ) { case( MNCC_CHM_DATA_14_4 ): switch( t30NgtPrms.FCSbr ) { case( F_BR_2400 ): case( F_BR_4800 ): case( F_BR_7200 ): case( F_BR_9600 ): return( TRUE ); case( F_BR_12000 ): case( F_BR_14400 ): return( FALSE ); default: TRACE_EVENT( "UNEXP BIT RATE IN NGT PARMS" ); return( FALSE ); } case( MNCC_CHM_DATA_9_6 ): switch( t30NgtPrms.FCSbr ) { case( F_BR_2400 ): case( F_BR_4800 ): case( F_BR_12000 ): case( F_BR_14400 ): return( TRUE ); case( F_BR_7200 ): case( F_BR_9600 ): return( FALSE ); default: TRACE_EVENT( "UNEXP BIT RATE IN NGT PARMS" ); return( FALSE ); } case( MNCC_CHM_DATA_4_8 ): switch( t30NgtPrms.FCSbr ) { case( F_BR_2400 ): case( F_BR_7200 ): case( F_BR_9600 ): case( F_BR_12000 ): case( F_BR_14400 ): return( TRUE ); case( F_BR_4800 ): return( FALSE ); default: TRACE_EVENT( "UNEXP BIT RATE IN NGT PARMS" ); return( FALSE ); } case( MNCC_CHM_DATA_2_4 ): switch( t30NgtPrms.FCSbr ) { case( F_BR_4800 ): case( F_BR_7200 ): case( F_BR_9600 ): case( F_BR_12000 ): case( F_BR_14400 ): return( TRUE ); case( F_BR_2400 ): return( FALSE ); default: TRACE_EVENT( "UNEXP BIT RATE IN NGT PARMS" ); return( FALSE ); } default: TRACE_EVENT( "UNEXP CHN MODE IN CTB" ); return( FALSE ); } } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetDataRate | +-------------------------------------------------------------------+ PURPOSE : get negotiated data rate */ GLOBAL T_ACI_BS_SPEED cmhT30_GetDataRate ( void ) { /* do not return a data rate in FAX mode, due to adaptation to FAX host software */ return( BS_SPEED_NotPresent ); #if(0) switch( t30NgtPrms.FCSbr ) { case( F_BR_2400 ): return( BS_SPEED_2400_V110 ); case( F_BR_4800 ): return( BS_SPEED_4800_V110 ); case( F_BR_7200 ): return( -1 ); case( F_BR_9600 ): return( BS_SPEED_9600_V110 ); case( F_BR_12000 ): return( BS_SPEED_12000_V110 ); case( F_BR_14400 ): return( BS_SPEED_14400_V110 ); default: TRACE_EVENT( "UNEXP BIT RATE IN NGT PARMS" ); return( F_BR_NotPresent ); } #endif } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetPpr | +-------------------------------------------------------------------+ PURPOSE : interpret post page response according TABLE23/T.32 and return the post page response notation of T30. */ GLOBAL UBYTE cmhT30_GetPpr( T_ACI_FPS_PPR ppr ) { switch( ppr ) { case( FPS_PPR_Mcf ): return( SGN_MCF ); case( FPS_PPR_Rtn ): return( SGN_RTN ); case( FPS_PPR_Rtp ): return( SGN_RTP ); case( FPS_PPR_Pin ): return( SGN_PIN ); case( FPS_PPR_Pip ): return( SGN_PIP ); } TRACE_EVENT("INVALID SETTING FOR FAX CAPS: PPR"); return( SGN_NOT_USED ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetResolution | +-------------------------------------------------------------------+ PURPOSE : interpret resolution capabilities according TABLE2/T.32 and return the resolution in CLASS 2.0 notation. */ GLOBAL T_ACI_F_VR cmhT30_GetResolution( void * p, T_T30_FRTP frmTyp ) { T_dis * pDCECaps = (T_dis *)p; /* points to DCE capabilities */ T_ACI_F_VR reso = F_VR_R8X3_85; /* holds resolution capabilities */ /* *------------------------------------------------------------------ * for DCS frames *------------------------------------------------------------------ */ if( frmTyp EQ FRT_DCS ) { /* *---------------------------------------------------------------- * TABLE 2/T.32 BIT 15 and BIT 44 *---------------------------------------------------------------- */ if( pDCECaps -> R8_lines_pels EQ BIT_CLR ) /* BIT 15 EQ 0 */ { if( pDCECaps -> resolution_type EQ BIT_CLR OR pDCECaps -> resolution_type EQ BIT_NOT_PRES ) /* BIT 44 -> metric based */ { if( pDCECaps -> R16_lines_pels EQ BIT_SET ) /* BIT 43 EQ 1 */ return( F_VR_R16X15_4 ); else if( pDCECaps -> R8_lines EQ BIT_SET ) /* BIT 41 EQ 1 */ return( F_VR_R8X15_4 ); else return( F_VR_R8X3_85 ); } else /* BIT 44 EQ 1 -> inch based */ { if( pDCECaps -> R16_lines_pels EQ BIT_SET ) /* BIT 43 */ return( F_VR_200X400 ); else return( F_VR_200X100 ); } } else /* BIT 15 EQ 1 */ { if( pDCECaps -> resolution_type EQ BIT_CLR OR pDCECaps -> resolution_type EQ BIT_NOT_PRES ) /* BIT 44 -> metric based */ { return( F_VR_R8X7_7 ); } else /* BIT 44 EQ 1 -> inch based */ { if( pDCECaps -> r_300_pels EQ BIT_SET ) /* BIT 42 */ return( F_VR_300X300 ); else return( F_VR_200X200 ); } } } /* *------------------------------------------------------------------ * for DIS/DTC frames *------------------------------------------------------------------ */ /* *------------------------------------------------------------------ * TABLE 2/T.32 Note 11, bottom line *------------------------------------------------------------------ */ #ifdef _SIMULATION_ if( pDCECaps -> R8_lines_pels EQ BIT_SET AND pDCECaps -> R8_lines EQ BIT_CLR AND pDCECaps -> r_300_pels EQ BIT_CLR AND pDCECaps -> R16_lines_pels EQ BIT_CLR AND pDCECaps -> i_res_pref EQ BIT_CLR AND pDCECaps -> m_res_pref EQ BIT_CLR AND pDCECaps -> min_scan_time_hr EQ BIT_CLR ) #else if( pDCECaps -> R8_lines_pels EQ BIT_SET AND pDCECaps -> R8_lines EQ BIT_NOT_PRES AND pDCECaps -> r_300_pels EQ BIT_NOT_PRES AND pDCECaps -> R16_lines_pels EQ BIT_NOT_PRES AND pDCECaps -> i_res_pref EQ BIT_NOT_PRES AND pDCECaps -> m_res_pref EQ BIT_NOT_PRES AND pDCECaps -> min_scan_time_hr EQ BIT_NOT_PRES ) #endif { reso |= F_VR_R8X7_7; return( reso ); } /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 41 *------------------------------------------------------------------ */ if( pDCECaps -> R8_lines EQ BIT_SET ) reso |= F_VR_R8X15_4; /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 42 *------------------------------------------------------------------ */ if( pDCECaps -> r_300_pels EQ BIT_SET ) reso |= F_VR_300X300; /* *------------------------------------------------------------------ * TABLE 2/T.32 Note 11 & 12 *------------------------------------------------------------------ */ if( pDCECaps -> i_res_pref EQ BIT_SET ) /* BIT 44 */ { if( pDCECaps -> R8_lines_pels EQ BIT_CLR ) /* BIT 15 */ reso |= F_VR_200X100; if( pDCECaps -> R8_lines_pels EQ BIT_SET ) /* BIT 15 */ reso |= F_VR_200X200; if( pDCECaps -> R16_lines_pels EQ BIT_SET ) /* BIT 43 */ reso |= F_VR_200X400; } if( pDCECaps -> m_res_pref EQ BIT_SET ) /* BIT 45 */ { if( pDCECaps -> R8_lines_pels EQ BIT_SET ) /* BIT 15 */ reso |= F_VR_R8X7_7; if( pDCECaps -> R16_lines_pels EQ BIT_SET ) /* BIT 43 */ reso |= F_VR_R16X15_4; } if( pDCECaps -> m_res_pref EQ BIT_CLR AND /* BIT 44 */ pDCECaps -> i_res_pref EQ BIT_CLR ) /* BIT 45 */ { TRACE_EVENT("INVALID SETTING FOR FAX CAPS:RESOLUTION"); } /* *------------------------------------------------------------------ * return resolution *------------------------------------------------------------------ */ return( F_VR_R8X7_7 ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_BitRate | +-------------------------------------------------------------------+ PURPOSE : interpret bit rate capabilities according TABLE2/T.32 and return the bit rate in CLASS 2.0 notation. */ GLOBAL T_ACI_F_BR cmhT30_GetBitRate( void * p, T_T30_FRTP frmTyp ) { T_dis * pDCECaps = (T_dis *)p; /* points to DCE capabilities */ /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 11 - 14 *------------------------------------------------------------------ */ switch( pDCECaps -> data_sig_rate ) { case( 0 ): return( F_BR_2400 ); case( 8 ): return( F_BR_9600 ); case( 4 ): return( F_BR_4800 ); case( 12 ): if( frmTyp EQ FRT_DCS ) return( F_BR_7200 ); else return( F_BR_9600 ); case( 1 ): if( frmTyp EQ FRT_DCS ) return( F_BR_14400 ); break; case( 9 ): if( frmTyp EQ FRT_DCS ) return( F_BR_9600 ); break; case( 5 ): if( frmTyp EQ FRT_DCS ) return( F_BR_12000 ); break; case( 13 ): if( frmTyp EQ FRT_DCS ) return( F_BR_7200 ); else return( F_BR_14400 ); default: break; } TRACE_EVENT("INVALID SETTING FOR FAX CAPS:BIT RATE"); return( F_BR_NotPresent ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetPageWidth | +-------------------------------------------------------------------+ PURPOSE : interpret page width capabilities according TABLE2/T.32 and return the page width in CLASS 2.0 notation. */ GLOBAL T_ACI_F_WD cmhT30_GetPageWidth( void * p ) { T_dis * pDCECaps = (T_dis *)p; /* points to DCE capabilities */ /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 17 - 18 *------------------------------------------------------------------ */ switch( pDCECaps -> rec_width ) { case( 0 ): return( F_WD_1728 ); case( 2 ): return( F_WD_2048 ); case( 1 ): case( 3 ): return( F_WD_2432 ); } TRACE_EVENT("INVALID SETTING FOR FAX CAPS:PAGE WIDTH"); return( F_WD_NotPresent ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetPageLength | +-------------------------------------------------------------------+ PURPOSE : interpret page length capabilities according TABLE2/T.32 and return the page length in CLASS 2.0 notation. */ GLOBAL T_ACI_F_LN cmhT30_GetPageLength( void * p ) { T_dis * pDCECaps = (T_dis *)p; /* points to DCE capabilities */ /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 19 - 20 *------------------------------------------------------------------ */ switch( pDCECaps -> max_rec_len ) { case( 0 ): return( F_LN_A4 ); case( 2 ): return( F_LN_B4 ); case( 1 ): return( F_LN_Unlimited ); } TRACE_EVENT("INVALID SETTING FOR FAX CAPS:PAGE LENGTH"); return( F_LN_NotPresent ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetDataComp | +-------------------------------------------------------------------+ PURPOSE : interpret data compression capabilities according TABLE2/T.32 and return the data compression in CLASS 2.0 notation. */ GLOBAL T_ACI_F_DF cmhT30_GetDataComp( void * p ) { T_dis * pDCECaps = (T_dis *)p; /* points to DCE capabilities */ /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 16, 26, 27 and 31 *------------------------------------------------------------------ */ if( pDCECaps -> two_dim_coding EQ BIT_CLR ) /* BIT 16 */ return( F_DF_1D_MdfHuff ); if( pDCECaps -> two_dim_coding EQ BIT_SET ) /* BIT 16 */ { if( pDCECaps -> uncomp_mode EQ BIT_CLR OR /* BIT 26 */ (pDCECaps -> uncomp_mode EQ BIT_NOT_PRES AND pDCECaps -> err_corr_mode EQ BIT_NOT_PRES AND pDCECaps -> err_corr_mode EQ BIT_NOT_PRES AND pDCECaps -> t6_coding EQ BIT_NOT_PRES)) return( F_DF_2D_MdfRd_T4 ); if( pDCECaps -> uncomp_mode EQ BIT_SET ) /* BIT 26 */ return( F_DF_2D_Uncomp ); if( pDCECaps -> err_corr_mode EQ BIT_SET AND /* BIT 27 */ pDCECaps -> t6_coding EQ BIT_SET ) /* BIT 31 */ return( F_DF_2D_MdfRd_T6 ); } TRACE_EVENT("INVALID SETTING FOR FAX CAPS:DATA COMPRESSION"); return( F_DF_NotPresent ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetErrCorr | +-------------------------------------------------------------------+ PURPOSE : interpret error correction capabilities according TABLE2/T.32 and return the error correction in CLASS 2.0 notation. */ GLOBAL T_ACI_F_EC cmhT30_GetErrCorr( void * p ) { T_dis * pDCECaps = (T_dis *)p; /* points to DCE capabilities */ /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 27 and 67 *------------------------------------------------------------------ */ if( pDCECaps -> err_corr_mode EQ BIT_CLR ) /* BIT 27 */ return( F_EC_DisableECM ); if( pDCECaps -> err_corr_mode EQ BIT_SET ) /* BIT 27 */ { if( pDCECaps -> duplex EQ BIT_NOT_PRES ) /* BIT 67 */ return( F_EC_EnableECM ); if( pDCECaps -> duplex EQ BIT_CLR ) /* BIT 67 */ return( F_EC_EnableHalfDup ); if( pDCECaps -> duplex EQ BIT_SET ) /* BIT 67 */ return( F_EC_EnableFullDup ); } return( F_EC_DisableECM ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetFileTrnsfr | +-------------------------------------------------------------------+ PURPOSE : interpret file transfer mode according TABLE2/T.32 and return the file transfer mode in CLASS 2.0 notation. */ GLOBAL T_ACI_F_BF cmhT30_GetFileTrnsfr( void * p ) { T_dis * pDCECaps = (T_dis *)p; /* points to DCE capabilities */ T_ACI_F_BF ftm = F_BF_DisableFileTrnsf; /* holds file trans. capabilities */ /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 53 *------------------------------------------------------------------ */ if( pDCECaps -> bft EQ BIT_CLR ) ftm += F_BF_DisableFileTrnsf; /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 27 and 53, 54, 55, 57, 60, 62, 65 *------------------------------------------------------------------ */ if( pDCECaps -> err_corr_mode EQ BIT_SET ) /* BIT 27 */ { if( pDCECaps -> bft EQ BIT_SET ) /* BIT 53 */ ftm += F_BF_EnableBFT; if( pDCECaps -> dtm EQ BIT_SET ) /* BIT 54 */ ftm += F_BF_DocuTrnsfMode; if( pDCECaps -> edi EQ BIT_SET ) /* BIT 55 */ ftm += F_BF_EdifactMode; if( pDCECaps -> btm EQ BIT_SET ) /* BIT 57 */ ftm += F_BF_BasicTrnsfMode; if( pDCECaps -> char_mode EQ BIT_SET ) /* BIT 60 */ ftm += F_BF_CharMode; if( pDCECaps -> mixed_mode EQ BIT_SET ) /* BIT 62 */ ftm += F_BF_MixMode; if( pDCECaps -> proc_mode_26 EQ BIT_SET )/* BIT 65 */ ftm += F_BF_ProcMode; } /* *------------------------------------------------------------------ * return resolution *------------------------------------------------------------------ */ return( ftm ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetScanTime | +-------------------------------------------------------------------+ PURPOSE : interpret scan time capabilities according TABLE2/T.32 and return the scan time in CLASS 2.0 notation. */ GLOBAL T_ACI_F_ST cmhT30_GetScanTime( void * p ) { T_dis * pDCECaps = (T_dis *)p; /* points to DCE capabilities */ /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 21 - 23 *------------------------------------------------------------------ */ switch( pDCECaps -> min_scan_time ) { case( 0 ): return( F_ST_20_20 ); case( 4 ): return( F_ST_5_5 ); case( 2 ): return( F_ST_10_10 ); case( 6 ): return( F_ST_20_10 ); case( 1 ): return( F_ST_40_40 ); case( 5 ): return( F_ST_40_20 ); case( 3 ): return( F_ST_10_5 ); case( 7 ): return( F_ST_0_0 ); } TRACE_EVENT("INVALID SETTING FOR FAX CAPS:SCAN TIME"); return( F_ST_NotPresent ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_GetJPEG | +-------------------------------------------------------------------+ PURPOSE : interpret JPEG mode according TABLE2/T.32 and return the JPEG mode in CLASS 2.0 notation. */ GLOBAL T_ACI_F_JP cmhT30_GetJPEG( void * p ) { T_dis * pDCECaps = (T_dis *)p; /* points to DCE capabilities */ T_ACI_F_JP jpeg = F_JP_DisableJPEG; /* holds JPEG capabilities */ /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 68 *------------------------------------------------------------------ */ if( pDCECaps -> jpeg EQ BIT_CLR ) jpeg += F_JP_DisableJPEG; /* *------------------------------------------------------------------ * TABLE 2/T.32 BIT 68 and 69, 70, 71, 73, 74, 75 *------------------------------------------------------------------ */ if( pDCECaps -> jpeg EQ BIT_SET ) /* BIT 68 */ { jpeg += F_JP_EnableJPEG; if( pDCECaps -> full_colour EQ BIT_SET ) /* BIT 69 */ jpeg += F_JP_FullColor; if( pDCECaps -> huffman_tables EQ BIT_SET ) /* BIT 70 */ jpeg += F_JP_EnablePrefHuff; if( pDCECaps -> r_12_bits_pel_comp EQ BIT_SET ) /* BIT 71 */ jpeg += F_JP_12BitsPelComp; if( pDCECaps -> no_subsamp EQ BIT_SET ) /* BIT 73 */ jpeg += F_JP_NoSubsmpl; if( pDCECaps -> cust_illum EQ BIT_SET ) /* BIT 74 */ jpeg += F_JP_CustIllum; if( pDCECaps -> cust_gamut EQ BIT_SET ) /* BIT 75 */ jpeg += F_JP_CustGamutRange; } /* *------------------------------------------------------------------ * return resolution *------------------------------------------------------------------ */ return( jpeg ); } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_RstNgtPrms | +-------------------------------------------------------------------+ PURPOSE : reset negotiated parameters. */ GLOBAL void cmhT30_RstNgtPrms( void ) { t30NgtPrms.FCSvr = F_VR_NotPresent; t30NgtPrms.FCSbr = F_BR_NotPresent; t30NgtPrms.FCSwd = F_WD_NotPresent; t30NgtPrms.FCSln = F_LN_NotPresent; t30NgtPrms.FCSdf = F_DF_NotPresent; t30NgtPrms.FCSec = F_EC_NotPresent; t30NgtPrms.FCSbf = F_BF_NotPresent; t30NgtPrms.FCSst = F_ST_NotPresent; t30NgtPrms.FCSjp = F_JP_NotPresent; } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_InitFAXPrms | +-------------------------------------------------------------------+ PURPOSE : intialize FAX parameter for the passed command id */ GLOBAL void cmhT30_InitFAXPrms ( T_ACI_CMD_SRC srcId ) { T_T30_CMD_PRM * pT30CmdPrm; /* points to T30 command parameters */ pT30CmdPrm = &fnd_cmhPrm[srcId].t30CmdPrm; pT30CmdPrm -> FCLASSclass = FCLASS_CLASS_Data; pT30CmdPrm -> FCRval = FCR_VAL_RcvCap; pT30CmdPrm -> FCCvr = F_VR_R8X3_85; pT30CmdPrm -> FCCbr = F_BR_9600; pT30CmdPrm -> FCCwd = F_WD_1728; pT30CmdPrm -> FCCln = F_LN_A4; pT30CmdPrm -> FCCdf = F_DF_1D_MdfHuff; pT30CmdPrm -> FCCec = F_EC_DisableECM; pT30CmdPrm -> FCCbf = F_BF_DisableFileTrnsf; pT30CmdPrm -> FCCst = F_ST_0_0; pT30CmdPrm -> FCCjp = F_JP_DisableJPEG; pT30CmdPrm -> FISvr = F_VR_R8X3_85; pT30CmdPrm -> FISbr = F_BR_9600; pT30CmdPrm -> FISwd = F_WD_1728; pT30CmdPrm -> FISln = F_LN_A4; pT30CmdPrm -> FISdf = F_DF_1D_MdfHuff; pT30CmdPrm -> FISec = F_EC_DisableECM; pT30CmdPrm -> FISbf = F_BF_DisableFileTrnsf; pT30CmdPrm -> FISst = F_ST_0_0; pT30CmdPrm -> FISjp = F_JP_DisableJPEG; pT30CmdPrm -> FLIstr[0] = 0x0; pT30CmdPrm -> FPIstr[0] = 0x0; pT30CmdPrm -> FLPval = FLP_VAL_NoPollDoc; pT30CmdPrm -> FAPsub = FAP_VAL_Disabled; pT30CmdPrm -> FAPsep = FAP_VAL_Disabled; pT30CmdPrm -> FAPpwd = FAP_VAL_Disabled; pT30CmdPrm -> FSAsub[0] = 0x0; pT30CmdPrm -> FPAsep[0] = 0x0; pT30CmdPrm -> FPWpwd[0] = 0x0; pT30CmdPrm -> FNSlen = 0; pT30CmdPrm -> FCQrq = FCQ_RQ_CQCEnabled; pT30CmdPrm -> FMSbr = F_BR_2400; pT30CmdPrm -> FPSppr = FPS_PPR_Mcf; pT30CmdPrm -> FSPval = FSP_VAL_PollDisabled; pT30CmdPrm -> FIEval = FIE_VAL_IgnorePRI; pT30CmdPrm -> FITact = FIT_ACT_OnHookRst; pT30CmdPrm -> FITtime = 0; pT30CmdPrm -> FBOval = FBO_VAL_DirCDirBD; } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_NgtDCEPrms | +-------------------------------------------------------------------+ PURPOSE : negotiate DCE parameters. */ GLOBAL void cmhT30_NgtDCEPrms( T_ACI_CMD_SRC srcId ) { T_dis * pDCECaps; /* points to DCE capabilities */ T_T30_CMD_PRM * pT30CmdPrm; /* points to T30 command parameters */ SHORT bitPos = 0; /* holds bit position */ BOOL lclMtrcFlg, lclInchFlg; /* flags found local metric and inch resolution */ BOOL lclCapFlg; /* flags found local capability */ BOOL rmtMtrcFlg, rmtInchFlg; /* flags found remote metric and inch resolution */ BOOL rmtCapFlg; /* flags found remote capability */ UBYTE lclMtrc, rmtMtrc; /* holds local and remote metric resolutions */ UBYTE lclInch, rmtInch; /* holds local and remote inch resolutions */ UBYTE lclCap, rmtCap; /* holds local and remote capability */ UBYTE vrMtrc; /* holds common metric resolution */ UBYTE vrInch; /* holds common inch resolution */ T_ACI_F_BR TCHbr; /* holds bit rate of TCH */ pT30CmdPrm = &fnd_cmhPrm[srcId].t30CmdPrm; if( t30ShrdPrm.hdlc_rcv.v_dis EQ TRUE ) pDCECaps = (T_dis *)&t30ShrdPrm.hdlc_rcv.dis; else if( t30ShrdPrm.hdlc_rcv.v_dtc EQ TRUE ) pDCECaps = (T_dis *)&t30ShrdPrm.hdlc_rcv.dtc; else { TRACE_EVENT("NO CAPABILITES AVAILABLE FOR NEGOTIATION"); return; } /* *------------------------------------------------------------------ * negotiate resolution capabilities *------------------------------------------------------------------ */ lclMtrcFlg = 0; lclInchFlg = 0; rmtMtrcFlg = 0; rmtInchFlg = 0; lclMtrc = (UBYTE)(pT30CmdPrm -> FISvr & 0x0F); rmtMtrc = (UBYTE)(cmhT30_GetResolution(pDCECaps,FRT_DIS) & 0x0F); lclInch = (UBYTE)((pT30CmdPrm -> FISvr & 0xF0)>>4); rmtInch = (UBYTE)((cmhT30_GetResolution(pDCECaps,FRT_DIS) & 0xF0)>>4); vrMtrc = 0; vrInch = 0; for( bitPos = 3; bitPos >= 0; bitPos-- ) { if( !lclMtrcFlg ) lclMtrcFlg = ((lclMtrc>>bitPos)&0x01); if( !rmtMtrcFlg ) rmtMtrcFlg = ((rmtMtrc>>bitPos)&0x01); if( !lclInchFlg ) lclInchFlg = ((lclInch>>bitPos)&0x01); if( !rmtInchFlg ) rmtInchFlg = ((rmtInch>>bitPos)&0x01); if( lclMtrcFlg AND rmtMtrcFlg AND !vrMtrc ) vrMtrc = 0x01<<bitPos; if( lclInchFlg AND rmtInchFlg AND !vrInch ) vrInch = 0x01<<bitPos; } if( vrMtrc AND vrInch) { t30NgtPrms.FCSvr = (T_ACI_F_VR)((vrMtrc <= vrInch)?vrMtrc:vrInch); } else if( vrMtrc ) { t30NgtPrms.FCSvr = (T_ACI_F_VR)vrMtrc; } else { t30NgtPrms.FCSvr = (T_ACI_F_VR)vrInch; } /* *------------------------------------------------------------------ * negotiate bit rate capabilities *------------------------------------------------------------------ */ t30NgtPrms.FCSbr = cmhT30_Chn2BitRate(); t30NgtPrms.FCSbr = MINIMUM(pT30CmdPrm->FISbr, t30NgtPrms.FCSbr); TCHbr = cmhT30_GetBitRate(pDCECaps, FRT_DIS); t30NgtPrms.FCSbr = MINIMUM(t30NgtPrms.FCSbr, TCHbr); /* *------------------------------------------------------------------ * negotiate page width capabilities *------------------------------------------------------------------ */ t30NgtPrms.FCSwd = cmhT30_GetPageWidth(pDCECaps); t30NgtPrms.FCSwd = MINIMUM(pT30CmdPrm->FISwd, t30NgtPrms.FCSwd); /* *------------------------------------------------------------------ * negotiate page length capabilities *------------------------------------------------------------------ */ t30NgtPrms.FCSln = cmhT30_GetPageLength(pDCECaps); t30NgtPrms.FCSln = MINIMUM(pT30CmdPrm->FISln, t30NgtPrms.FCSln); /* *------------------------------------------------------------------ * negotiate data compression capabilities *------------------------------------------------------------------ */ t30NgtPrms.FCSdf = cmhT30_GetDataComp(pDCECaps); t30NgtPrms.FCSdf = MINIMUM(pT30CmdPrm->FISdf, t30NgtPrms.FCSdf); /* *------------------------------------------------------------------ * negotiate error correction capabilities *------------------------------------------------------------------ */ t30NgtPrms.FCSec = cmhT30_GetErrCorr(pDCECaps); t30NgtPrms.FCSec = MINIMUM(pT30CmdPrm -> FISec, t30NgtPrms.FCSec); /* *------------------------------------------------------------------ * negotiate file transfer capabilities *------------------------------------------------------------------ */ lclCapFlg = 0; rmtCapFlg = 0; lclCap = (UBYTE)pT30CmdPrm -> FISbf; rmtCap = (UBYTE)cmhT30_GetFileTrnsfr(pDCECaps); t30NgtPrms.FCSbf = F_BF_DisableFileTrnsf; for( bitPos = 7; bitPos >= 0; bitPos-- ) { if( !lclCapFlg ) lclCapFlg = ((lclCap>>bitPos)&0x01); if( !rmtCapFlg ) rmtCapFlg = ((rmtCap>>bitPos)&0x01); if( lclCapFlg AND rmtCapFlg AND !t30NgtPrms.FCSbf ) { t30NgtPrms.FCSbf = (T_ACI_F_BF)(0x01<<bitPos); break; } } /* *------------------------------------------------------------------ * negotiate scan time capabilities *------------------------------------------------------------------ */ t30NgtPrms.FCSst = cmhT30_GetScanTime(pDCECaps); t30NgtPrms.FCSst = MAXIMUM(pT30CmdPrm->FISst, t30NgtPrms.FCSst); /* *------------------------------------------------------------------ * negotiate JPEG capabilities *------------------------------------------------------------------ */ lclCapFlg = 0; rmtCapFlg = 0; lclCap = (UBYTE)pT30CmdPrm -> FISjp; rmtCap = (UBYTE)cmhT30_GetJPEG(pDCECaps); t30NgtPrms.FCSjp = F_JP_DisableJPEG; for( bitPos = 7; bitPos >= 0; bitPos-- ) { if( !lclCapFlg ) lclCapFlg = ((lclCap>>bitPos)&0x01); if( !rmtCapFlg ) rmtCapFlg = ((rmtCap>>bitPos)&0x01); if( lclCapFlg AND rmtCapFlg AND !t30NgtPrms.FCSjp ) { t30NgtPrms.FCSjp = (T_ACI_F_JP)(0x01<<bitPos); break; } } } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_BuildSndFrm | +-------------------------------------------------------------------+ PURPOSE : build send frame according the passed frame type with the settings of the passed owner. */ GLOBAL void cmhT30_BuildSndFrm( T_ACI_CMD_SRC srcId, T_T30_FRTP frmTyp ) { T_dis * pFrm; /* points to frame */ T_T30_CMD_PRM * pT30CmdPrm; /* points to T30 command parameters */ T_ACI_F_VR vr; /* holds selected resolution */ T_ACI_F_BR br; /* holds selected bit rate */ T_ACI_F_WD wd; /* holds selected page width */ T_ACI_F_LN ln; /* holds selected page length */ T_ACI_F_DF df; /* holds selected data compression */ T_ACI_F_EC ec; /* holds selected error correction */ T_ACI_F_BF bf; /* holds selected file transfer mode */ T_ACI_F_ST st; /* holds selected scan time */ T_ACI_F_JP jp; /* holds selected JPEG mode */ pT30CmdPrm = &fnd_cmhPrm[srcId].t30CmdPrm; /* *------------------------------------------------------------------ * determine frame type to build *------------------------------------------------------------------ */ switch( frmTyp ) { case( FRT_DIS ): t30ShrdPrm.hdlc_snd.v_dis = TRUE; pFrm = (T_dis *)&t30ShrdPrm.hdlc_snd.dis; vr = pT30CmdPrm -> FISvr; br = pT30CmdPrm -> FISbr; wd = pT30CmdPrm -> FISwd; ln = pT30CmdPrm -> FISln; df = pT30CmdPrm -> FISdf; ec = pT30CmdPrm -> FISec; bf = pT30CmdPrm -> FISbf; st = pT30CmdPrm -> FISst; jp = pT30CmdPrm -> FISjp; break; case( FRT_DTC ): t30ShrdPrm.hdlc_snd.v_dtc = TRUE; pFrm = (T_dis *)&t30ShrdPrm.hdlc_snd.dtc; vr = pT30CmdPrm -> FISvr; br = pT30CmdPrm -> FISbr; wd = pT30CmdPrm -> FISwd; ln = pT30CmdPrm -> FISln; df = pT30CmdPrm -> FISdf; ec = pT30CmdPrm -> FISec; bf = pT30CmdPrm -> FISbf; st = pT30CmdPrm -> FISst; jp = pT30CmdPrm -> FISjp; break; case( FRT_DCS ): t30ShrdPrm.hdlc_snd.v_dcs = TRUE; pFrm = (T_dis *)&t30ShrdPrm.hdlc_snd.dcs; vr = t30NgtPrms.FCSvr; br = t30NgtPrms.FCSbr; wd = t30NgtPrms.FCSwd; ln = t30NgtPrms.FCSln; df = t30NgtPrms.FCSdf; ec = t30NgtPrms.FCSec; bf = t30NgtPrms.FCSbf; st = t30NgtPrms.FCSst; jp = t30NgtPrms.FCSjp; break; default: TRACE_ERROR("WRONG FRAME TYPE in cmhT30_BuildSndFrm()"); return; } /* *------------------------------------------------------------------ * build frame *------------------------------------------------------------------ */ /* *---------------------------------------------------------------- * default settings *---------------------------------------------------------------- */ pFrm -> v8 = 0; /* BIT 6 */ pFrm -> n_byte = 0; /* BIT 7 */ pFrm -> frame_size = 0; /* BIT 28 */ pFrm -> min_scan_time_hr = 0; /* BIT 46 */ pFrm -> ready_tx_doc = 0; /* BIT 51 */ pFrm -> ready_tx_mixed = 0; /* BIT 59 */ pFrm -> dig_network_cap = 0; /* BIT 66 */ pFrm -> na_letter = 0; /* BIT 76 */ pFrm -> na_legal = 0; /* BIT 77 */ pFrm -> sing_prog_seq_coding_basic = 0; /* BIT 78 */ pFrm -> sing_prog_seq_coding_L0 = 0; /* BIT 79 */ /* *---------------------------------------------------------------- * bit settings different for DIS/DTC and DCS frames *---------------------------------------------------------------- */ pFrm -> ready_tx_fax = ( frmTyp EQ FRT_DCS )? /* BIT 9 */ 0 : pT30CmdPrm -> FLPval; pFrm -> rec_fax_op = ( frmTyp EQ FRT_DCS )? /* BIT 10 */ 1 : pT30CmdPrm -> FCRval; pFrm -> sel_polling = (frmTyp EQ FRT_DCS)? /* BIT 47 */ 0 : pT30CmdPrm -> FAPsep; if( frmTyp EQ FRT_DCS ) /* BIT 49 */ pFrm -> subaddr = ( pT30CmdPrm -> FSAsub[0] NEQ 0x0 )? 1 : 0; else pFrm -> subaddr = pT30CmdPrm -> FAPsub; if( frmTyp EQ FRT_DCS ) /* BIT 50 */ pFrm -> password = ( pT30CmdPrm -> FPWpwd[0] NEQ 0x0 )? 1 : 0; else pFrm -> password = pT30CmdPrm -> FAPpwd; /* *---------------------------------------------------------------- * bit settings concerning the bit rate *---------------------------------------------------------------- */ switch( br ) /* BIT 11-14 */ { case( F_BR_2400 ): pFrm -> data_sig_rate = 0; break; case( F_BR_4800 ): pFrm -> data_sig_rate = 4; break; case( F_BR_7200 ): pFrm -> data_sig_rate = (frmTyp EQ FRT_DCS)? 12: 4; break; case( F_BR_9600 ): pFrm -> data_sig_rate = 8; break; case( F_BR_12000 ): pFrm -> data_sig_rate = (frmTyp EQ FRT_DCS)? 5: 8; break; case( F_BR_14400 ): pFrm -> data_sig_rate = (frmTyp EQ FRT_DCS)? 1:13; break; } /* *---------------------------------------------------------------- * bit settings concerning the resolution *---------------------------------------------------------------- */ pFrm -> R8_lines_pels = 0; /* BIT 15 */ pFrm -> m_res_pref = 0; /* BIT 45 */ pFrm -> i_res_pref = 0; /* BIT 44 */ pFrm -> R8_lines = 0; /* BIT 41 */ pFrm -> r_300_pels = 0; /* BIT 42 */ pFrm -> R16_lines_pels = 0; /* BIT 43 */ if( frmTyp EQ FRT_DCS ) /* for a DCS-frame */ { switch( vr ) { case( F_VR_R8X3_85 ): pFrm -> m_res_pref = 1; break; case( F_VR_R8X7_7 ): pFrm -> R8_lines_pels = 1; pFrm -> m_res_pref = 1; break; case( F_VR_R8X15_4 ): pFrm -> m_res_pref = 1; pFrm -> R8_lines = 1; break; case( F_VR_R16X15_4 ): pFrm -> m_res_pref = 1; pFrm -> R16_lines_pels = 1; break; case( F_VR_200X100 ): pFrm -> i_res_pref = 1; break; case( F_VR_200X200 ): pFrm -> R8_lines_pels = 1; pFrm -> i_res_pref = 1; break; case( F_VR_200X400 ): pFrm -> i_res_pref = 1; pFrm -> R16_lines_pels = 1; break; case( F_VR_300X300 ): pFrm -> i_res_pref = 1; pFrm -> r_300_pels = 1; break; } } else /* for a DIS/DTC-frame */ { pFrm -> R8_lines_pels = 0; pFrm -> m_res_pref = 1; if( vr & F_VR_R8X7_7 ) { pFrm -> R8_lines_pels = 1; } if( vr & F_VR_R8X15_4 ) { pFrm -> R8_lines = 1; } if( vr & F_VR_R16X15_4 ) { pFrm -> R16_lines_pels = 1; } if( vr & F_VR_200X100 ) { pFrm -> R8_lines_pels = 0; pFrm -> i_res_pref = 1; } if( vr & F_VR_200X200 ) { pFrm -> R8_lines_pels = 1; pFrm -> i_res_pref = 1; } if( vr & F_VR_200X400 ) { pFrm -> R16_lines_pels = 1; pFrm -> i_res_pref = 1; } if( vr & F_VR_300X300 ) { pFrm -> r_300_pels = 1; pFrm -> i_res_pref = 1; } } /* *---------------------------------------------------------------- * bit settings concerning the data compression format *---------------------------------------------------------------- */ pFrm -> two_dim_coding = 0; /* BIT 16 */ pFrm -> uncomp_mode = 0; /* BIT 26 */ pFrm -> err_corr_mode = 0; /* BIT 27 */ pFrm -> t6_coding = 0; /* BIT 31 */ switch( df ) { case( F_DF_1D_MdfHuff ): break; case( F_DF_2D_MdfRd_T4 ): pFrm -> two_dim_coding = 1; break; case( F_DF_2D_Uncomp ): pFrm -> two_dim_coding = 1; pFrm -> uncomp_mode = 1; break; case( F_DF_2D_MdfRd_T6 ): pFrm -> two_dim_coding = 1; pFrm -> err_corr_mode = 1; pFrm -> t6_coding = 1; break; } /* *---------------------------------------------------------------- * bit settings concerning the page width *---------------------------------------------------------------- */ switch( wd ) /* BIT 17-18 */ { case( F_WD_1728 ): pFrm -> rec_width = 0; break; case( F_WD_2048 ): pFrm -> rec_width = 2; break; case( F_WD_2432 ): pFrm -> rec_width = 1; break; case( F_WD_1216 ): case( F_WD_864 ): pFrm -> rec_width = 3; break; } /* *---------------------------------------------------------------- * bit settings concerning the page length *---------------------------------------------------------------- */ switch( ln ) /* BIT 19-20 */ { case( F_LN_A4 ): pFrm -> max_rec_len = 0; break; case( F_LN_B4 ): pFrm -> max_rec_len = 2; break; case( F_LN_Unlimited ): pFrm -> max_rec_len = 1; break; } /* *---------------------------------------------------------------- * bit settings concerning the scan time *---------------------------------------------------------------- */ switch( st ) /* BIT 21-23 */ { case( F_ST_0_0 ): pFrm -> min_scan_time = 7; break; case( F_ST_5_5 ): pFrm -> min_scan_time = 4; break; case( F_ST_10_5 ): pFrm -> min_scan_time = (frmTyp EQ FRT_DCS)? 2 : 3; break; case( F_ST_10_10 ): pFrm -> min_scan_time = 2; break; case( F_ST_20_10 ): pFrm -> min_scan_time = (frmTyp EQ FRT_DCS)? 0 : 6; break; case( F_ST_20_20 ): pFrm -> min_scan_time = 0; break; case( F_ST_40_20 ): pFrm -> min_scan_time = ( frmTyp EQ FRT_DCS)? 1 : 5; break; case( F_ST_40_40 ): pFrm -> min_scan_time = 1; break; } /* *---------------------------------------------------------------- * bit settings concerning the error correction mode *---------------------------------------------------------------- */ pFrm -> err_corr_mode = 0; /* BIT 27*/ pFrm -> duplex = 0; /* BIT 67*/ switch( ec ) { case( F_EC_DisableECM ): break; case( F_EC_EnableECM ): pFrm -> err_corr_mode = 1; pFrm -> duplex = 0; break; case( F_EC_EnableHalfDup ): pFrm -> err_corr_mode = 1; pFrm -> duplex = 0; break; case( F_EC_EnableFullDup ): pFrm -> err_corr_mode = 1; pFrm -> duplex = 1; break; } /* *---------------------------------------------------------------- * bit settings concerning the file transfer mode *---------------------------------------------------------------- */ pFrm -> bft = 0; /* BIT 53 */ pFrm -> dtm = 0; /* BIT 54 */ pFrm -> edi = 0; /* BIT 55 */ pFrm -> btm = 0; /* BIT 57 */ pFrm -> char_mode = 0; /* BIT 60 */ pFrm -> mixed_mode = 0; /* BIT 62 */ pFrm -> proc_mode_26 = 0; /* BIT 65 */ if( bf & F_BF_EnableBFT ) pFrm -> bft = 1; if( bf & F_BF_DocuTrnsfMode ) pFrm -> dtm = 1; if( bf & F_BF_EdifactMode ) pFrm -> edi = 1; if( bf & F_BF_BasicTrnsfMode ) pFrm -> btm = 1; if( bf & F_BF_CharMode ) pFrm -> char_mode = 1; if( bf & F_BF_MixMode ) pFrm -> mixed_mode = 1; if( bf & F_BF_ProcMode ) pFrm -> proc_mode_26 = 1; /* *---------------------------------------------------------------- * bit settings concerning the JPEG mode *---------------------------------------------------------------- */ pFrm -> jpeg = 0; /* BIT 68 */ pFrm -> full_colour = 0; /* BIT 69 */ pFrm -> huffman_tables = 0; /* BIT 70 */ pFrm -> r_12_bits_pel_comp = 0; /* BIT 71 */ pFrm -> no_subsamp = 0; /* BIT 73 */ pFrm -> cust_illum = 0; /* BIT 74 */ pFrm -> cust_gamut = 0; /* BIT 75 */ if( jp & F_JP_EnableJPEG ) pFrm -> jpeg = 1; if( jp & F_JP_FullColor ) pFrm -> full_colour = 1; if( jp & F_JP_EnablePrefHuff AND frmTyp EQ FRT_DCS ) pFrm -> huffman_tables = 1; if( jp & F_JP_12BitsPelComp ) pFrm -> r_12_bits_pel_comp = 1; if( jp & F_JP_NoSubsmpl ) pFrm -> no_subsamp = 1; if( jp & F_JP_CustIllum ) pFrm -> cust_illum = 1; if( jp & F_JP_CustGamutRange ) pFrm -> cust_gamut = 1; } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_StartFIT | +-------------------------------------------------------------------+ PURPOSE : start FAX inactivity timer */ GLOBAL void cmhT30_StartFIT ( void ) { TRACE_FUNCTION( "cmhT30_StartFIT()" ); if( t30ShrdPrm.faxStat NEQ NO_VLD_FS AND fnd_cmhPrm[t30EntStat.entOwn].t30CmdPrm.FITtime NEQ 0 ) { TIMERSTART( fnd_cmhPrm[t30EntStat.entOwn].t30CmdPrm.FITtime, FIT_RUN ); FITRunFlg = TRUE; } } /* +-------------------------------------------------------------------+ | PROJECT : GSM-PS (6147) MODULE : CMH_T30 | | ROUTINE : cmhT30_StopFIT | +-------------------------------------------------------------------+ PURPOSE : stop FAX inactivity timer */ GLOBAL void cmhT30_StopFIT ( void ) { TRACE_FUNCTION( "cmhT30_StopFIT()" ); if( FITRunFlg ) { TIMERSTOP (FIT_RUN); FITRunFlg = FALSE; } } #endif /* DTI OR FF_FAX*/ /*==== EOF ========================================================*/