FreeCalypso > hg > fc-tourmaline
view src/g23m-fad/t30/t30_kers.c @ 291:a72feaed133a
PWT buzzer driver: conditionalize on TARGET_HAS_BUZZER
Here we add a new target config preprocessor symbol TARGET_HAS_BUZZER,
currently defined for c11x and c139; later we also expect to have it
on for FC Venus, and in FC Magnetite we are going to turn it on for
target dsample, just for the sake of completeness and philosophical
correctness.
author | Mychaela Falconia <falcon@freecalypso.org> |
---|---|
date | Sat, 26 Mar 2022 19:31:18 +0000 |
parents | fa8dc04885d8 |
children |
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line source
/* +----------------------------------------------------------------------------- | Project : GSM-F&D (8411) | Modul : t30_kers +----------------------------------------------------------------------------- | 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 Modul defines the functions for processing | of incomming signals for the component T30 of the mobile station +----------------------------------------------------------------------------- */ #ifndef T30_KERS_C #define T30_KERS_C #endif #define ENTITY_T30 #define MEMCOPLEN(d,s,c) memcpy(t30_data->hdlc_rcv.d, s, MINIMUM(t30_data->hdlc_rcv.c, NSF_LEN)) /*==== INCLUDES ===================================================*/ #include <string.h> #include <stdlib.h> #include <stddef.h> #include "typedefs.h" #include "pcm.h" #include "vsi.h" #include "macdef.h" #include "pconst.cdg" #include "mconst.cdg" #include "message.h" #include "ccdapi.h" #include "custom.h" #include "gsm.h" #include "prim.h" #include "cnf_t30.h" #include "mon_t30.h" #include "pei.h" #include "tok.h" #include "dti.h" /* functionality of the dti library */ #include "t30.h" /*==== CONST =======================================================*/ /*==== TYPES =======================================================*/ /*==== VAR EXPORT ==================================================*/ /*==== VAR LOCAL ===================================================*/ /*==== FUNCTIONS ===================================================*/ LOCAL void snd_fad_rcv_tcf_req(void) { PALLOC (fad_rcv_tcf_req, FAD_RCV_TCF_REQ); fad_rcv_tcf_req->trans_rate = t30_data->trans_rate; PSENDX (FAD, fad_rcv_tcf_req); } LOCAL void snd_t30_cap_ind(void) { PALLOC (t30_cap_ind, T30_CAP_IND); memcpy (&t30_cap_ind->hdlc_info, &t30_data->hdlc_rcv, sizeof(T_hdlc_info)); memset (&t30_data->hdlc_rcv, 0, sizeof(T_hdlc_info)); PSENDX (MMI, t30_cap_ind); } GLOBAL void act_on_sgn_req(void) { switch (t30_data->sgn_req) { case SGN_EOM: SET_STATE (KER, T30_SND_SGN); _decodedMsg[0] = BCS_EOM; sig_ker_bcs_bdat_req (FINAL_YES); break; case SGN_EOP: SET_STATE (KER, T30_SND_SGN); _decodedMsg[0] = BCS_EOP; sig_ker_bcs_bdat_req (FINAL_YES); break; case SGN_MPS: SET_STATE (KER, T30_SND_SGN); _decodedMsg[0] = BCS_MPS; sig_ker_bcs_bdat_req (FINAL_YES); break; case SGN_PRI_EOM: SET_STATE (KER, T30_SND_SGN); _decodedMsg[0] = BCS_PRI_EOM; sig_ker_bcs_bdat_req (FINAL_YES); break; case SGN_PRI_EOP: SET_STATE (KER, T30_SND_SGN); _decodedMsg[0] = BCS_PRI_EOP; sig_ker_bcs_bdat_req (FINAL_YES); break; case SGN_PRI_MPS: SET_STATE (KER, T30_SND_SGN); _decodedMsg[0] = BCS_PRI_MPS; sig_ker_bcs_bdat_req (FINAL_YES); break; default: break; } } /* +--------------------------------------------------------------------+ | PROJECT : GSM-F&D (8411) MODULE : T30_KERS | | STATE : code ROUTINE : sig_bcs_ker_bdat_ind| +--------------------------------------------------------------------+ PURPOSE : Process signal BDAT_IND received from process BCS. This signal contains a received HDLC frame from FAD, decoded by CCD. */ GLOBAL void sig_bcs_ker_bdat_ind (void) { TRACE_FUNCTION ("sig_bcs_ker_bdat_ind()"); switch (GET_STATE (KER)) { case T30_NULL: #ifdef _SIMULATION_ /* test BCS formatter only */ if (t30_data->test_mode & TST_BCS) { SHORT size = 0; switch (_decodedMsg[0]) { case BCS_DIS: size = sizeof(T_BCS_DIS) ; break; case BCS_CSI: size = sizeof(T_BCS_CSI) ; break; case BCS_NSF: size = sizeof(T_BCS_NSF) ; break; case BCS_DTC: size = sizeof(T_BCS_DTC) ; break; case BCS_CIG: size = sizeof(T_BCS_CIG) ; break; case BCS_NSC: size = sizeof(T_BCS_NSC) ; break; case BCS_PWD_POLL: size = sizeof(T_BCS_PWD_POLL) ; break; case BCS_SEP: size = sizeof(T_BCS_SEP) ; break; case BCS_DCS: size = sizeof(T_BCS_DCS) ; break; case BCS_TSI: size = sizeof(T_BCS_TSI) ; break; case BCS_NSS: size = sizeof(T_BCS_NSS) ; break; case BCS_SUB: size = sizeof(T_BCS_SUB) ; break; case BCS_PWD_SND: size = sizeof(T_BCS_PWD_SND) ; break; case BCS_CFR: case BCS_FTT: case BCS_EOM: case BCS_MPS: case BCS_EOP: case BCS_PRI_EOM: case BCS_PRI_MPS: case BCS_PRI_EOP: case BCS_MCF: case BCS_RTP: case BCS_RTN: case BCS_PIP: case BCS_PIN: case BCS_DCN: case BCS_CRP: size = 1; break; } { PALLOC_SDU (dti_data_test_ind, DTI2_DATA_TEST_IND, REPORT_SIZE_BITS); dti_data_test_ind->link_id = t30_data->link_id; dti_data_test_ind->parameters.p_id = DTI_PID_UOS; dti_data_test_ind->parameters.st_lines.st_flow = DTI_FLOW_OFF; dti_data_test_ind->parameters.st_lines.st_line_sa = DTI_SA_ON; dti_data_test_ind->parameters.st_lines.st_line_sb = DTI_SB_ON; dti_data_test_ind->parameters.st_lines.st_break_len = DTI_BREAK_OFF; dti_data_test_ind->sdu.l_buf = size << 3; dti_data_test_ind->sdu.o_buf = 0; memcpy (dti_data_test_ind->sdu.buf, _decodedMsg, size); PSENDX (MMI, dti_data_test_ind); } } #endif break; case T30_IDLE: { switch (_decodedMsg[0]) { case BCS_CIG: TRACE_EVENT ("Rec BCS_CIG"); { MCAST (bcs_cig, BCS_CIG); t30_data->hdlc_rcv.c_cig = bcs_cig->c_clg_sub_nr; MEMCOPSIZ(t30_data->hdlc_rcv.cig, bcs_cig->clg_sub_nr); } break; case BCS_CSI: TRACE_EVENT ("Rec BCS_CSI"); { MCAST (bcs_csi, BCS_CSI); t30_data->hdlc_rcv.c_csi = bcs_csi->c_cld_sub_nr; MEMCOPSIZ(t30_data->hdlc_rcv.csi, bcs_csi->cld_sub_nr); } break; case BCS_DCN: TRACE_EVENT ("Rec BCS_DCN"); SET_STATE (KER, T30_IDLE); TIMERSTOP (T1_INDEX); snd_t30_sgn_ind(SGN_DCN); break; case BCS_DIS: TRACE_EVENT ("Rec BCS_DIS"); { MCAST (bcs_dis, BCS_DIS); TIMERSTOP (T1_INDEX); ker_fill_dis_info (bcs_dis); t30_data->fmod = FMOD_SND; t30_data->repeat = 1; t30_data->dir = 0x80; snd_t30_cap_ind(); SET_STATE (KER, T30_SND_CAP); memset (&t30_data->hdlc_snd, 0, sizeof(T_hdlc_info)); } break; case BCS_DTC: TRACE_EVENT ("Rec BCS_DTC"); { MCAST (bcs_dtc, BCS_DTC); TIMERSTOP (T1_INDEX); ker_fill_dtc_info (bcs_dtc); t30_data->fmod = FMOD_SND; t30_data->repeat = 1; snd_t30_cap_ind(); SET_STATE (KER, T30_SND_CAP); memset (&t30_data->hdlc_snd, 0, sizeof(T_hdlc_info)); } break; case BCS_NSC: TRACE_EVENT ("Rec BCS_NSC"); { MCAST (bcs_nsc, BCS_NSC); t30_data->hdlc_rcv.c_nsc = (UBYTE)(bcs_nsc->non_std_fac.l_non_std_fac >> 3); MEMCOPLEN(nsc, bcs_nsc->non_std_fac.b_non_std_fac, c_nsc); } break; case BCS_NSF: TRACE_EVENT ("Rec BCS_NSF"); { MCAST (bcs_nsf, BCS_NSF); t30_data->hdlc_rcv.c_nsf = (UBYTE)(bcs_nsf->non_std_fac.l_non_std_fac >> 3); MEMCOPLEN(nsf, bcs_nsf->non_std_fac.b_non_std_fac, c_nsf); } break; case BCS_PWD_POLL: TRACE_EVENT ("Rec BCS_PWD_POLL"); { MCAST (bcs_pwd_poll, BCS_PWD_POLL); t30_data->hdlc_rcv.c_pwd = bcs_pwd_poll->c_pm_pword; MEMCOPSIZ(t30_data->hdlc_rcv.pwd, bcs_pwd_poll->pm_pword); } break; case BCS_SEP: TRACE_EVENT ("Rec BCS_SEP"); { MCAST (bcs_sep, BCS_SEP); t30_data->hdlc_rcv.c_sep = bcs_sep->c_pm_sub_addr; MEMCOPSIZ(t30_data->hdlc_rcv.sep, bcs_sep->pm_sub_addr); } break; default: TIMERSTOP (T1_INDEX); snd_error_ind(ERR_PH_B_SND_COMREC_INVALID_CMD_RCVD); break; } break; } case T30_RCV_DCN: switch (_decodedMsg[0]) { case BCS_DCN: TRACE_EVENT ("Rec BCS_DCN"); snd_complete_ind(CMPL_EOP); break; default: snd_error_ind(ERR_PH_D_RCV_INVALID_RESP_RCVD); SET_STATE (KER, T30_IDLE); break; } TIMERSTOP (T2_INDEX); break; case T30_RCV_DCS: { switch (_decodedMsg[0]) { case BCS_CIG: TRACE_EVENT ("Rec BCS_CIG"); { MCAST (bcs_cig, BCS_CIG); t30_data->hdlc_rcv.c_cig = bcs_cig->c_clg_sub_nr; MEMCOPSIZ(t30_data->hdlc_rcv.cig, bcs_cig->clg_sub_nr); } break; case BCS_CRP: TRACE_EVENT ("Rec BCS_CRP"); SET_STATE (KER, T30_RCV_DIS); ker_send_dis (); break; case BCS_CSI: TRACE_EVENT ("Rec BCS_CSI"); { MCAST (bcs_csi, BCS_CSI); t30_data->hdlc_rcv.c_csi = bcs_csi->c_cld_sub_nr; MEMCOPSIZ(t30_data->hdlc_rcv.csi, bcs_csi->cld_sub_nr); } break; case BCS_DCN: TRACE_EVENT ("Rec BCS_DCN"); SET_STATE (KER, T30_IDLE); TIMERSTOP (T1_INDEX); TIMERSTOP (T4_INDEX); snd_t30_sgn_ind(SGN_DCN); break; case BCS_DCS: TRACE_EVENT ("Rec BCS_DCS"); { MCAST (bcs_dcs, BCS_DCS); ker_fill_dcs_info (bcs_dcs); } TIMERSTOP (T1_INDEX); TIMERSTOP (T4_INDEX); if (t30_data->fmod NEQ FMOD_POLL) t30_data->dir = 0; t30_data->fmod = FMOD_RCV; t30_data->repeat = 1; snd_t30_cap_ind(); SET_STATE (KER, T30_RCV_TCF); snd_fad_rcv_tcf_req(); break; case BCS_DIS: TRACE_EVENT ("Rec BCS_DIS"); { MCAST (bcs_dis, BCS_DIS); ker_fill_dis_info (bcs_dis); } TIMERSTOP (T1_INDEX); TIMERSTOP (T4_INDEX); t30_data->fmod = FMOD_SND; t30_data->prev = HDLC_ADDR; t30_data->dir = 0x80; snd_t30_cap_ind(); SET_STATE (KER, T30_IDLE); break; case BCS_DTC: TRACE_EVENT ("Rec BCS_DTC"); { MCAST (bcs_dtc, BCS_DTC); ker_fill_dtc_info (bcs_dtc); } TIMERSTOP (T1_INDEX); TIMERSTOP (T4_INDEX); if (t30_data->fmod NEQ FMOD_POLL) t30_data->dir = 0; t30_data->fmod = FMOD_POLL; snd_t30_cap_ind(); SET_STATE (KER, T30_SND_CAP); break; case BCS_MPS: TRACE_EVENT ("Rec BCS_MPS"); switch (t30_data->prev) { case BCS_RTN: _decodedMsg[0] = BCS_RTN; SET_STATE (KER, T30_RCV_RT2); sig_ker_bcs_bdat_req (FINAL_YES); break; case BCS_RTP: TRACE_EVENT ("Rec BCS_RTP"); _decodedMsg[0] = BCS_RTP; SET_STATE (KER, T30_RCV_RT2); sig_ker_bcs_bdat_req (FINAL_YES); break; default: snd_error_ind(ERR_PH_B_RCV_INVALID_RESP_RCVD); TIMERSTOP (T1_INDEX); TIMERSTOP (T4_INDEX); SET_STATE (KER, T30_IDLE); break; } break; case BCS_NSC: TRACE_EVENT ("Rec BCS_NSC"); { MCAST (bcs_nsc, BCS_NSC); t30_data->hdlc_rcv.c_nsc = (UBYTE)(bcs_nsc->non_std_fac.l_non_std_fac >> 3); MEMCOPLEN(nsc, bcs_nsc->non_std_fac.b_non_std_fac, c_nsc); } break; case BCS_NSF: TRACE_EVENT ("Rec BCS_NSF"); { MCAST (bcs_nsf, BCS_NSF); t30_data->hdlc_rcv.c_nsf = (UBYTE)(bcs_nsf->non_std_fac.l_non_std_fac >> 3); MEMCOPLEN(nsf, bcs_nsf->non_std_fac.b_non_std_fac, c_nsf); } break; case BCS_NSS: TRACE_EVENT ("Rec BCS_NSS"); { MCAST (bcs_nss, BCS_NSS); t30_data->hdlc_rcv.c_nss = (UBYTE)(bcs_nss->non_std_fac.l_non_std_fac >> 3); MEMCOPLEN(nss, bcs_nss->non_std_fac.b_non_std_fac, c_nss); } break; case BCS_PWD_POLL: TRACE_EVENT ("Rec BCS_PWD_POLL"); { MCAST (bcs_pwd_poll, BCS_PWD_POLL); t30_data->hdlc_rcv.c_pwd = bcs_pwd_poll->c_pm_pword; MEMCOPSIZ(t30_data->hdlc_rcv.pwd, bcs_pwd_poll->pm_pword); } break; case BCS_PWD_SND: TRACE_EVENT ("Rec BCS_PWD_SND"); { MCAST (bcs_pwd_snd, BCS_PWD_SND); t30_data->hdlc_rcv.c_pwd = bcs_pwd_snd->c_sm_pword; MEMCOPSIZ(t30_data->hdlc_rcv.pwd, bcs_pwd_snd->sm_pword); } break; case BCS_SEP: TRACE_EVENT ("Rec BCS_SEP"); { MCAST (bcs_sep, BCS_SEP); t30_data->hdlc_rcv.c_sep = bcs_sep->c_pm_sub_addr; MEMCOPSIZ(t30_data->hdlc_rcv.sep, bcs_sep->pm_sub_addr); } break; case BCS_SUB: TRACE_EVENT ("Rec BCS_SUB"); { MCAST (bcs_sub, BCS_SUB); t30_data->hdlc_rcv.c_sub = bcs_sub->c_sub_addr; MEMCOPSIZ(t30_data->hdlc_rcv.sub, bcs_sub->sub_addr); } break; case BCS_TSI: TRACE_EVENT ("Rec BCS_TSI"); { MCAST (bcs_tsi, BCS_TSI); t30_data->hdlc_rcv.c_tsi = bcs_tsi->c_tra_sub_nr; MEMCOPSIZ(t30_data->hdlc_rcv.tsi, bcs_tsi->tra_sub_nr); } break; default: TRACE_EVENT_P1 ("Rec %02x", _decodedMsg[0]); snd_error_ind(ERR_PH_B_RCV_INVALID_RESP_RCVD); TIMERSTOP (T1_INDEX); TIMERSTOP (T4_INDEX); SET_STATE (KER, T30_IDLE); break; } break; } case T30_RCV_TCF: switch (_decodedMsg[0]) { case BCS_DCS: TRACE_EVENT ("Rec BCS_DCS"); TIMERSTOP (T1_INDEX); TIMERSTOP (T4_INDEX); if (t30_data->rate_modified) snd_fad_rcv_tcf_req(); break; } break; case T30_RCV_MSG: switch (_decodedMsg[0]) { case BCS_DCN: TRACE_EVENT ("Rec BCS_DCN"); snd_t30_sgn_ind(SGN_DCN); SET_STATE (KER, T30_IDLE); TIMERSTOP (T2_INDEX); break; case BCS_MPS: TRACE_EVENT ("Rec BCS_MPS"); TIMERSTOP (T2_INDEX); _decodedMsg[0] = t30_data->prev; SET_STATE (KER, T30_RCV_CFR); sig_ker_bcs_bdat_req (FINAL_YES); break; case BCS_TSI: TRACE_EVENT ("Rec BCS_TSI"); { MCAST (bcs_tsi, BCS_TSI); t30_data->hdlc_rcv.c_tsi = bcs_tsi->c_tra_sub_nr; MEMCOPSIZ(t30_data->hdlc_rcv.tsi, bcs_tsi->tra_sub_nr); } SET_STATE (KER, T30_RCV_DCS); break; default: snd_error_ind(ERR_PH_B_RCV_INVALID_RESP_RCVD); TIMERSTOP (T2_INDEX); SET_STATE (KER, T30_IDLE); break; } break; case T30_RCV_PST: TIMERSTOP (T2_INDEX); switch (_decodedMsg[0]) { case BCS_DCN: TRACE_EVENT ("Rec BCS_DCN"); SET_STATE (KER, T30_IDLE); snd_t30_sgn_ind(SGN_DCN); break; case BCS_EOM: TRACE_EVENT ("Rec BCS_EOM"); t30_data->res = SGN_EOM; snd_t30_sgn_ind(SGN_EOM); break; case BCS_EOP: TRACE_EVENT ("Rec BCS_EOP"); t30_data->res = SGN_EOP; snd_t30_sgn_ind(SGN_EOP); break; case BCS_MPS: TRACE_EVENT ("Rec BCS_MPS"); t30_data->res = SGN_MPS; snd_t30_sgn_ind(SGN_MPS); break; case BCS_PRI_EOM: TRACE_EVENT ("Rec BCS_PRI_EOM"); t30_data->res = SGN_PRI_EOM; snd_t30_sgn_ind(SGN_PRI_EOM); break; case BCS_PRI_EOP: TRACE_EVENT ("Rec BCS_PRI_EOP"); t30_data->res = SGN_PRI_EOP; snd_t30_sgn_ind(SGN_PRI_EOP); break; case BCS_PRI_MPS: TRACE_EVENT ("Rec BCS_PRI_MPS"); t30_data->res = SGN_PRI_MPS; snd_t30_sgn_ind(SGN_PRI_MPS); break; default: snd_error_ind(ERR_PH_D_RCV_INVALID_RESP_RCVD); SET_STATE (KER, T30_IDLE); break; } break; case T30_RCV_T2: TIMERSTOP (T2_INDEX); switch (_decodedMsg[0]) { case BCS_DCN: TRACE_EVENT ("Rec BCS_DCN"); snd_t30_sgn_ind(SGN_DCN); SET_STATE (KER, T30_IDLE); break; case BCS_EOM: TRACE_EVENT ("Rec BCS_EOM"); TIMERSTART (T2_INDEX, T2_VALUE); _decodedMsg[0] = BCS_MCF; sig_ker_bcs_bdat_req (FINAL_YES); break; default: snd_error_ind(ERR_PH_D_RCV_INVALID_RESP_RCVD); SET_STATE (KER, T30_IDLE); break; } break; case T30_SND_CFR: switch (_decodedMsg[0]) { case BCS_CFR: TRACE_EVENT ("Rec BCS_CFR"); TIMERSTOP (T4_INDEX); SET_STATE (KER, T30_SND_MSG); t30_data->mux.mode = MUX_MSG; sig_ker_mux_mux_req (); snd_t30_phase_ind(MSG_PHASE); break; case BCS_CIG: TRACE_EVENT ("Rec BCS_CIG"); { MCAST (bcs_cig, BCS_CIG); t30_data->hdlc_rcv.c_cig = bcs_cig->c_clg_sub_nr; MEMCOPSIZ(t30_data->hdlc_rcv.cig, bcs_cig->clg_sub_nr); } break; case BCS_CRP: TRACE_EVENT ("Rec BCS_CRP"); TIMERSTOP (T4_INDEX); t30_data->repeat++; SET_STATE (KER, T30_SND_CAP); snd_t30_sgn_ind(SGN_CRP); break; case BCS_CSI: TRACE_EVENT ("Rec BCS_CSI"); { MCAST (bcs_csi, BCS_CSI); t30_data->hdlc_rcv.c_csi = bcs_csi->c_cld_sub_nr; MEMCOPSIZ(t30_data->hdlc_rcv.csi, bcs_csi->cld_sub_nr); } break; case BCS_DCN: TRACE_EVENT ("Rec BCS_DCN"); SET_STATE (KER, T30_IDLE); TIMERSTOP (T4_INDEX); snd_t30_sgn_ind(SGN_DCN); break; case BCS_DIS: TRACE_EVENT ("Rec BCS_DIS"); TIMERSTOP (T4_INDEX); if (t30_data->repeat++ EQ 3) { snd_error_ind(ERR_PH_B_SND_DIS_DTC_RCVD_3_TIMES); SET_STATE (KER, T30_IDLE); } else { MCAST (bcs_dis, BCS_DIS); ker_fill_dis_info (bcs_dis); t30_data->fmod = FMOD_SND; snd_t30_cap_ind(); SET_STATE (KER, T30_SND_CAP); } memset (&t30_data->hdlc_snd, 0, sizeof(T_hdlc_info)); break; case BCS_DTC: TRACE_EVENT ("Rec BCS_DTC"); TIMERSTOP (T4_INDEX); if (t30_data->repeat++ EQ 3) { snd_error_ind(ERR_PH_B_SND_DIS_DTC_RCVD_3_TIMES); SET_STATE (KER, T30_IDLE); } else { MCAST (bcs_dtc, BCS_DTC); ker_fill_dtc_info (bcs_dtc); t30_data->fmod = FMOD_POLL; snd_t30_cap_ind(); SET_STATE (KER, T30_SND_CAP); } memset (&t30_data->hdlc_snd, 0, sizeof(T_hdlc_info)); break; case BCS_FTT: TRACE_EVENT ("Rec BCS_FTT"); TIMERSTOP (T4_INDEX); SET_STATE (KER, T30_SND_CAP); snd_t30_sgn_ind(SGN_FTT); break; case BCS_NSC: TRACE_EVENT ("Rec BCS_NSC"); { MCAST (bcs_nsc, BCS_NSC); t30_data->hdlc_rcv.c_nsc = (UBYTE)(bcs_nsc->non_std_fac.l_non_std_fac >> 3); MEMCOPLEN(nsc, bcs_nsc->non_std_fac.b_non_std_fac, c_nsc); } break; case BCS_NSF: TRACE_EVENT ("Rec BCS_NSF"); { MCAST (bcs_nsf, BCS_NSF); t30_data->hdlc_rcv.c_nsf = (UBYTE)(bcs_nsf->non_std_fac.l_non_std_fac >> 3); MEMCOPLEN(nsf, bcs_nsf->non_std_fac.b_non_std_fac, c_nsf); } break; default: snd_error_ind(ERR_PH_B_SND_INVALID_RESP_RCVD); TIMERSTOP (T4_INDEX); SET_STATE (KER, T30_IDLE); break; } break; case T30_SND_MCF: switch (_decodedMsg[0]) { case BCS_CRP: TRACE_EVENT ("Rec BCS_CRP"); if (t30_data->repeat EQ 3) { snd_error_ind(ERR_PH_D_SND_RSPREC); SET_STATE (KER, T30_DCN); _decodedMsg[0] = BCS_DCN; sig_ker_bcs_bdat_req (FINAL_YES); } else { t30_data->repeat++; act_on_sgn_req(); } break; case BCS_DCN: TRACE_EVENT ("Rec BCS_DCN"); SET_STATE (KER, T30_IDLE); TIMERSTOP (T4_INDEX); snd_t30_sgn_ind(SGN_DCN); break; case BCS_MCF: TRACE_EVENT ("Rec BCS_MCF"); switch (t30_data->sgn_req) { case SGN_EOM: TIMERSTOP (T1_INDEX); TIMERSTOP (T4_INDEX); snd_complete_ind(CMPL_EOM); break; case SGN_EOP: TIMERSTOP (T4_INDEX); _decodedMsg[0] = BCS_DCN; SET_STATE (KER, T30_SND_DCN); sig_ker_bcs_bdat_req (FINAL_YES); break; case SGN_MPS: TIMERSTOP (T4_INDEX); SET_STATE (KER, T30_SND_MSG); t30_data->mux.mode = MUX_MSG; sig_ker_mux_mux_req (); snd_t30_phase_ind(MSG_PHASE); break; default: break; } break; case BCS_PIN: TRACE_EVENT ("Rec BCS_PIN"); TIMERSTOP (T4_INDEX); SET_STATE (KER, T30_SND_PI); snd_t30_sgn_ind(SGN_PIN); break; case BCS_PIP: TRACE_EVENT ("Rec BCS_PIP"); TIMERSTOP (T4_INDEX); SET_STATE (KER, T30_SND_PI); snd_t30_sgn_ind(SGN_PIP); break; case BCS_RTN: TRACE_EVENT ("Rec BCS_RTN"); TIMERSTOP (T4_INDEX); switch (t30_data->sgn_req) { case SGN_EOM: SET_STATE (KER, T30_IDLE); snd_t30_sgn_ind(SGN_RTN); break; case SGN_EOP: case SGN_MPS: SET_STATE (KER, T30_SND_CAP); snd_t30_sgn_ind(SGN_RTN); break; default: snd_error_ind(ERR_PH_D_SND_UNSPEC); SET_STATE (KER, T30_DCN); _decodedMsg[0] = BCS_DCN; sig_ker_bcs_bdat_req (FINAL_YES); break; } break; case BCS_RTP: TRACE_EVENT ("Rec BCS_RTP"); TIMERSTOP (T4_INDEX); switch (t30_data->sgn_req) { case SGN_EOM: SET_STATE (KER, T30_IDLE); snd_t30_sgn_ind(SGN_RTP); break; case SGN_EOP: _decodedMsg[0] = BCS_DCN; SET_STATE (KER, T30_SND_DCN); sig_ker_bcs_bdat_req (FINAL_YES); break; case SGN_MPS: SET_STATE (KER, T30_SND_CAP); snd_t30_sgn_ind(SGN_RTP); break; default: snd_error_ind(ERR_PH_D_SND_UNSPEC); SET_STATE (KER, T30_DCN); _decodedMsg[0] = BCS_DCN; sig_ker_bcs_bdat_req(FINAL_YES); break; } break; default: TIMERSTOP (T4_INDEX); switch (t30_data->sgn_req) { case SGN_EOM: case SGN_PRI_EOM: snd_error_ind(ERR_PH_D_SND_INVALID_RESP_TO_EOM); break; case SGN_EOP: case SGN_PRI_EOP: snd_error_ind(ERR_PH_D_SND_INVALID_RESP_TO_EOP); break; case SGN_MPS: case SGN_PRI_MPS: snd_error_ind(ERR_PH_D_SND_INVALID_RESP_TO_MPS); break; default: snd_error_ind(ERR_PH_D_SND_UNSPEC); break; } SET_STATE (KER, T30_DCN); _decodedMsg[0] = BCS_DCN; sig_ker_bcs_bdat_req (FINAL_YES); break; } break; default: break; } } /* +--------------------------------------------------------------------+ | PROJECT : GSM-F&D (8411) MODULE : T30_KERS | | STATE : code ROUTINE : sig_msg_ker_mdat_ind| +--------------------------------------------------------------------+ PURPOSE : Process signal MDAT_IND received from process BCS. The signal contains a fax data block which is passed to DTI. */ GLOBAL void sig_msg_ker_mdat_ind (T_FAD_DATA_IND *fad_data_ind) { TRACE_FUNCTION ("sig_msg_ker_mdat_ind()"); switch (GET_STATE (KER)) { case T30_RCV_DAT: if (fad_data_ind->final) { TIMERSTART (T2_INDEX, MSG_VALUE); SET_STATE (KER, T30_RCV_RDYF); } else { SET_STATE (KER, T30_RCV_RDY); } prepare_dti_data_ind(fad_data_ind); snd_dti_data_ind(&t30_data->dti_data_ind); break; case T30_RCV_DATW: if (fad_data_ind->final) { TIMERSTART (T2_INDEX, MSG_VALUE); SET_STATE (KER, T30_RCV_RDYF); } else { TIMERSTOP (T2_INDEX); SET_STATE (KER, T30_RCV_RDY); } prepare_dti_data_ind(fad_data_ind); snd_dti_data_ind(&t30_data->dti_data_ind); break; case T30_RCV_MSG: case T30_RCV_MSGW: if (fad_data_ind->final) { TIMERSTART (T2_INDEX, MSG_VALUE); SET_STATE (KER, T30_RCV_RDYF); } prepare_dti_data_ind(fad_data_ind); break; case T30_RCV_RDY: prepare_dti_data_ind(fad_data_ind); break; default: TRACE_EVENT("ERROR: FAD_DATA_IND in wrong KER state"); break; } } /* +--------------------------------------------------------------------+ | PROJECT : GSM-F&D (8411) MODULE : T30_KERS | | STATE : code ROUTINE : sig_bcs_ker_err_ind | +--------------------------------------------------------------------+ PURPOSE : Process signal ERR_IND received from process BCS. This signal contains an error message from the BCS formatter. */ GLOBAL void sig_bcs_ker_err_ind (UBYTE cause) { const char tab[8][25] = { "", "BUF_FULL", "CCD_DEC", "CCD_ENC", "FCS", "FINAL", "FRAME_NO_FLAG", "FRAME_TOO_MANY_FRAMES" }; TRACE_FUNCTION ("sig_bcs_ker_err_ind()"); TRACE_EVENT_P2("*** BCS error cause = %d, %s", cause, tab[cause]); switch (GET_STATE (KER)) { case T30_SND_CFR: { switch (cause) { case ERR_FCS: { TIMERSTOP (T4_INDEX); t30_data->repeat++; SET_STATE (KER, T30_SND_CAP); snd_t30_sgn_ind(SGN_FCS_ERR); break; } default: break; } break ; } case T30_SND_MCF: switch (cause) { case ERR_FCS: if (t30_data->repeat EQ 3) { snd_error_ind(ERR_PH_D_SND_RSPREC); SET_STATE (KER, T30_DCN); _decodedMsg[0] = BCS_DCN; sig_ker_bcs_bdat_req (FINAL_YES); } break; default: t30_data->repeat++; act_on_sgn_req(); break; } break; default: break; } } #undef MEMCOPLEN