FreeCalypso > hg > fc-magnetite
view src/aci2/mfw/mfw_cm.c @ 69:50a15a54801e
src/cs/layer1: import from tcs211-l1-reconst project
author | Mychaela Falconia <falcon@freecalypso.org> |
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date | Sat, 01 Oct 2016 23:45:38 +0000 |
parents | 93999a60b835 |
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/* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) $Workfile:: mfw_cm.c $| | $Author:: Ak $Revision:: 1 $| | CREATED: 3.11.98 $Modtime:: 10.04.00 14:58 $| | STATE : code | +--------------------------------------------------------------------+ MODULE : MFW_CM PURPOSE : This modul contains call management functions. HISTORY: Mar 28, 2006 REF:DR OMAPS00072407 x0039928 Description: Phone hangs when tried to make an outgoing call Solution: Reverting back the changes of issue OMAPS00048894 to stop from stack overflow. Feb 27, 2006 REF:DR OMAPS00067884 x0039928 Description: Held call released at locosto phone does not release the call at other end Solution: if the mode is greater than CHLD_MOD_RelDialCall then sAT_PercentCHLD() is called instead of sAT_PlusCHLD() Jan 27, 2006 REF:DR OMAPS00048894 x0039928 Description: Outgoing Call: The called number is not displayed while an outgoing call is made Solution: The called number is extracted from the parameter of callCmEvent() for event E_CM_MO_RES and is displayed. Sep 12, 2005 REF: MMI-SMR-34085 x0021334 Description: RE: Add +CDIP command - MMI Additions Solution: Dummy implementation of function "rAT_PlusCDIP()" is done to enable successful compilation. Nov 02, 2005 DR OMAPS00052132 xdeepadh Bug:Not able to access the SMS inbox and also not able to send SMS in Locosto Lite build Fix: The ATI Enums usage has been put under the FF_ATI flag. Aug 10, 2005 REF: MMI-SPR-30099 x0018858 Description: During a held communication, if the user presses 4 and send then there is no response from network. Solution: Modified the return value and also added a case statement to handle the response received. Apr 07 2005 REF: CRR 29989 xpradipg Description: Optimisation 3: replace the static global data with dynamic allocation / deallocation Solution: The static global variables are dynamically allocated and deallocated Apr 03, 2005 REF: CRR 29988 - xpradipg Description: Optimisation 2: Reduce the keyboard buffer and the dtmf buffer size Solution : The dtmf buffer is reduced to 20 from 50 Apr 14, 2005 REF: CRR 29991 xpradipg Description: Optimisation 5: Remove the static allocation and use dynamic allocation/ deallocation for pb_list and black_list Solution: The static definition is removed and replaced with the dynamic allocation Feb 03, 200 REF: CRR 25960 x0012850 Description: Call Hold: While one call in Active and other in Held by swapping either of phone is not audible Solution: swapping action results in one of the calls getting muted. We attach user connection again. Aug 23, 2004 REF: CRR 22222 xkundadu Bug: Runaway Call Waiting Tone. Call Waiting tone doesnot stop after ansering waiting call. Fix: Handle the AT-Command source id CMD_SRC_ATI_2 also for call control callback functions. Jun 05, 2004 REF: CRR 18262 NISHIKANT KULKARNI Description: The sample sends a STOP DTMF message without release of the key by the user Solution: Instead of sending DTMF commands in "VTS_MOD_Auto" mode, on key press DTMF tone is started using VTS_MOD_ManStart and on key release DTMF tone is stopped using VTS_MOD_ManStop mode. // Apr 26, 2004 REF: CRR 16545 Ajith K P and Side effect of CRR 16545. // Issue description: When the user enters 11SEND and if the first call is // HELD call,the held call disconnects. This should not happen. // Problem was, though sAT_PlusCHLD(..) is expected to disconnect an ACTIVE // call only, it was disconnecting HELD call rather than returning AT_FAIL. // If sAT_PlusCHLD() Fails, Send the user entered string as USSD to network using sAT-Dn(). // So now if the user wants to release a HELD call, in cm_disconect() we are calling the // sAT_PlusCHLD(..) function with C */ #define ENTITY_MFW #include <string.h> #include <stdio.h> #include <stdlib.h> #if defined (NEW_FRAME) #include "typedefs.h" #include "vsi.h" #include "pei.h" #include "custom.h" #include "gsm.h" #else #include "STDDEFS.H" #include "custom.h" #include "gsm.h" #include "vsi.h" #endif #include "mfw_mfw.h" #include "mfw_phb.h" #include "mfw_phbi.h" #include "mfw_cm.h" #include "mfw_cmi.h" #include "mfw_nm.h" #include "mfw_sim.h" #include "mfw_sima.h" #include "mfw_nmi.h" #include "mfw_simi.h" #include "mfw_win.h" #include "mfw_tim.h" #include "mfw_utils.h" #include "ksd.h" #include "psa.h" #if defined (FAX_AND_DATA) #include "aci_fd.h" #endif #include "cmh.h" #include "phb.h" #include "cmh_phb.h" #include "mfw_ss.h" #include "mfw_ssi.h" #include "mfw_win.h" #include "mfw_ffs.h" #include "prim.h" #ifndef PCM_2_FFS #include "pcm.h" #endif /* * Conditional compilation flag for CCBS testing. * When defined, the cm_ccbs_... functions do not call ACI functions but * simply set the return value variable to indicate success. Also the body * of the rAT_PercentMMITEST function is defined for parsing AT%MMITEST * commands and calling ACI/MFW functions as if CCBS events had occured. */ // #define CCBS_TEST /********* current define *******************************************/ // Apr 14, 2005 REF: CRR 29991 xpradipg // remove the static definition #ifndef FF_MMI_OPTIM static T_MFW_CM_BLACKLIST_LIST black_list; #endif // Apr 06 2005 REF: CRR 29989 xpradipg // The definition of global is removed since it is locally used #ifndef FF_MMI_OPTIM static T_ACI_CAL_ENTR call_tab[MAX_CALL_NR]; #endif static T_MFW_PHB_LIST entries; static T_MFW_CM_CC_STAT cc_stat; /* current outgoing call status */ static T_MFW_CM_COMMAND cmd; static T_MFW_CM_NOTIFY notify; static UBYTE call_type; /* indicate an ECC call or normal call */ static UBYTE call_stat; /* indicate an MO call or MT call */ static SHORT cc_id; /* current call index */ static UBYTE redial_stat; static UBYTE redial_count; static UBYTE cmd_hold; static T_MFW_CM_CW_INFO in_call; static T_MFW_CM_MO_INFO out_call; static T_MFW_CM_DISCONNECT dis_connect; static T_MFW_CM_REDIAL rdl; static T_MFW_CM_CPI cm_cpi; /* Marcus: CCBS: 14/11/2002: Start */ static T_MFW_CM_CCBS_INFO ccbs_info; // E_CM_CCBS data static T_MFW_CM_CCBS_OP ccbs_op = CM_CCBS_NONE; // Current CCBS operation /* Marcus: CCBS: 14/11/2002: End */ static T_CM_CLI cli_prefix; /*CONQUEST 5998-MC 30/04/02 -initialised timers to zero (prevents corruption) */ static MfwHnd redialTim1= NULL; /* the 1th redialing */ static MfwHnd redialTim24 = NULL; /* the 2th to 4st redialing */ static MfwHnd redialTim5 = NULL; /* the 5th or over redialing */ static int cmCommand (U32 cmd, void *h); /* handle window commands */ static int cm_redial_timeout(MfwEvt e, MfwTim *t); static char currAccepting = 0; /* ES!! 210999 */ static char currConnecting = 0; /* ES!! 290999 */ static T_ACI_AT_CMD currCmd; void cm_force_disconnect(void); // RAVI //APR 03 2005 - REF CRR: 29988 xpradipg //The DTMF buffer is reduced from 50 to 20 #ifdef FF_MMI_REDUCED_KBD_BUFFER #define MAX_DTMF_Q_ENTRIES 20 #else #define MAX_DTMF_Q_ENTRIES 50 #endif #define CPI_CAUSE_MASK 0xFF /* cq11676 cause mask 17-02-04 MZ */ static UBYTE dtmf_q[MAX_DTMF_Q_ENTRIES]; static SHORT mfw_cm_dtmf_q_id; //xnkulkar 18262 This BOOL variable is used to determine whether we have received an //acknowledegment for command sAT_PlusVTS() to start/stop the previous DTMF tone. static BOOL expectRatOk = FALSE; // MMI-SPR 13873 xkundadu. // Added this boolean variable to check whether a particular call is in // multiparty or not BOOL bIsMultpty = FALSE; EXTERN MfwHdr * current_mfw_elem; LOCAL T_MFW_CM_CALL_STAT cm_cvt_call_status( T_ACI_CAL_STAT stat ); /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_init | +--------------------------------------------------------------------+ PURPOSE : initialize for call management */ void cm_init(void) { // Apr 14, 2005 REF: CRR 29991 xpradipg // local variable definition #ifdef FF_MMI_OPTIM T_MFW_CM_BLACKLIST_LIST black_list; int8 file; #endif TRACE_FUNCTION ("cm_init()"); memset(&black_list, 0, sizeof(T_MFW_CM_BLACKLIST_LIST)); // Apr 14, 2005 REF: CRR 29991 xpradipg // Since the blacklist is not persistent across powercycles we reset the file // contents #ifdef FF_MMI_OPTIM if( flash_MMI_blackList_write((U8 *)&black_list, sizeof(T_MFW_CM_BLACKLIST_LIST),0) < 0) TRACE_EVENT("Error opening the black list file"); #endif currAccepting = 0; /* ES!! 210999 */ currConnecting = 0; /* ES!! 290999 */ call_type = MFW_CALL_FREE; call_stat = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; cc_id = 0; cmd_hold = 0; currCmd = AT_CMD_NONE; // get prefix from EEPROM cli_prefix = 0; /* create time event for redialing */ redialTim1 = timCreate (0, MIN_DURATION_1, (MfwCb)cm_redial_timeout); redialTim24 = timCreate (0, MIN_DURATION_2_4, (MfwCb)cm_redial_timeout); redialTim5 = timCreate (0, MIN_DURATION_5, (MfwCb)cm_redial_timeout); redial_stat = (UBYTE)FFS_flashData.redial_mode; mfwCommand[MfwTypCm] = (MfwCb) cmCommand; /* ** Create a static circular buffer to hold the dtmf tones */ mfw_cm_dtmf_q_id = mfw_cbuf_create( MAX_DTMF_Q_ENTRIES, sizeof(UBYTE), 0, 0xFF, TRUE, (void *)&dtmf_q[0]); if (mfw_cm_dtmf_q_id < 0) TRACE_EVENT_P1("ERROR : mfw_cbuf_create failed with error value %d", mfw_cm_dtmf_q_id); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_exit | +--------------------------------------------------------------------+ PURPOSE : */ void cm_exit(void) { TRACE_FUNCTION ("cm_exit()"); /* delete time event for redialing */ timDelete (redialTim5); timDelete (redialTim24); timDelete (redialTim1); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_create | +--------------------------------------------------------------------+ PURPOSE : create event for call management */ T_MFW_HND cm_create(T_MFW_HND hWin, T_MFW_EVENT event, T_MFW_CB cbfunc) { T_MFW_HDR *hdr; T_MFW_CM *cm_para; TRACE_FUNCTION ("cm_create()"); hdr = (T_MFW_HDR *) mfwAlloc(sizeof (T_MFW_HDR)); cm_para = (T_MFW_CM *) mfwAlloc(sizeof (T_MFW_CM)); if (!hdr OR !cm_para) return FALSE; /* * initialisation of the handler */ cm_para->emask = event; cm_para->handler = cbfunc; hdr->data = cm_para; /* store parameter in node */ hdr->type = MFW_TYP_CM; /* store type of event handler */ /* * installation of the handler */ return mfwInsert((T_MFW_HDR *)hWin, hdr); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_delete | +--------------------------------------------------------------------+ PURPOSE : delete a event for call management */ T_MFW_RES cm_delete(T_MFW_HND h) { TRACE_FUNCTION ("cm_delete()"); if (!h OR !((T_MFW_HDR *)h)->data) return MFW_RES_ILL_HND; if (!mfwRemove((T_MFW_HDR *)h)) return MFW_RES_ILL_HND; mfwFree((U8 *)(((T_MFW_HDR *) h)->data),sizeof(T_MFW_CM)); mfwFree((U8 *)h,sizeof(T_MFW_HDR)); return MFW_RES_OK; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_signal | +--------------------------------------------------------------------+ PURPOSE : send a event signal. */ void cm_signal(T_MFW_EVENT event, void * para) { UBYTE temp; temp = dspl_Enable(0); if (mfwSignallingMethod EQ 0) { /* * focus is on a window */ if (mfwFocus) /* * send event to sim management * handler if available */ if (cm_sign_exec (mfwFocus, event, para)) { dspl_Enable(temp); return; } /* * acutal focussed window is not available * or has no network management registration * handler, then search all nodes from the root. */ if (mfwRoot) cm_sign_exec (mfwRoot, event, para); } else { MfwHdr * h = 0; /* * Focus set, then start here */ if (mfwFocus) h = mfwFocus; /* * Focus not set, then start root */ if (!h) h = mfwRoot; /* * No elements available, return */ while (h) { /* * Signal consumed, then return */ if (cm_sign_exec (h, event, para)) { dspl_Enable(temp); return; } /* * All windows tried inclusive root */ if (h == mfwRoot) { dspl_Enable(temp); return; } /* * get parent window */ h = mfwParent(mfwParent(h)); if(h) h = ((MfwWin * )(h->data))->elems; } cm_sign_exec (mfwRoot, event, para); } dspl_Enable(temp); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_sign_exec | +--------------------------------------------------------------------+ PURPOSE : Send a signal if CM management handler. */ BOOL cm_sign_exec (T_MFW_HDR * cur_elem, T_MFW_EVENT event, T_MFW_CM_PARA * para) { TRACE_FUNCTION ("cm_sign_exec()"); while (cur_elem) { /* * event handler is available */ if (cur_elem->type EQ MFW_TYP_CM) { T_MFW_CM * cm_data; /* * handler is CM management handler */ cm_data = (T_MFW_CM *)cur_elem->data; if (cm_data->emask & event) { /* * event is expected by the call back function */ cm_data->event = event; switch (event) { case E_CM_COLP: memcpy (&cm_data->para.mo_data, para, sizeof (T_MFW_CM_MO_INFO)); break; case E_CM_DISCONNECT: memcpy (&cm_data->para.disconnect, para, sizeof (T_MFW_CM_DISCONNECT)); break; case E_CM_DISCONNECT_ALL: memcpy (&cm_data->para.disconnect_all, para, sizeof (T_MFW_CM_DISCONNECT_ALL)); break; case E_CM_CW: memcpy (&cm_data->para.cw_info, para, sizeof (T_MFW_CM_CW_INFO)); break; case E_CM_COMMAND: memcpy (&cm_data->para.command, para, sizeof (T_MFW_CM_COMMAND)); break; case E_CM_AOC: memcpy (&cm_data->para.aoc_info, para, sizeof (T_MFW_CM_AOC_INFO)); break; case E_CM_REDIAL: memcpy (&cm_data->para.rdl, para, sizeof (T_MFW_CM_REDIAL)); break; case E_CM_CONNECT_ACK: memcpy (&cm_data->para.call_id, para, sizeof (SHORT)); break; case E_CM_MO_RES: memcpy (&cm_data->para.call_id, para, sizeof (SHORT)); break; case E_CM_CPI: memcpy (&cm_data->para.cm_cpi, para, sizeof (T_MFW_CM_CPI)); break; case E_CM_RING_OFF: break; case E_CM_AOC_CNF: memcpy (&cm_data->para.aoc_cnf, para, sizeof (T_MFW_CM_AOC_CNF)); break; case E_CM_DTMF: memcpy (&cm_data->para.dtmf_tone, para, sizeof (UBYTE)); break; case E_CM_NOTIFY: memcpy (&cm_data->para.notify, para, sizeof (T_MFW_CM_NOTIFY)); break; /*MC SPR 1392*/ case E_CM_CALL_DEFLECT_STATUS: memcpy (&cm_data->para.call_deflect_status, para, sizeof (BOOL)); break; /* Marcus: CCBS: 14/11/2002: Start */ case E_CM_CCBS: TRACE_EVENT("E_CM_CCBS"); memcpy (&cm_data->para.ccbs, para, sizeof (T_MFW_CM_CCBS_INFO)); break; /* Marcus: CCBS: 14/11/2002: End */ case E_CM_CTYI: memcpy (&cm_data->para.ctyi, para, sizeof (T_MFW_CM_CTYI)); break; } /* * if call back defined, call it */ if (cm_data->handler) { // PATCH LE 06.06.00 // store current mfw elem current_mfw_elem = cur_elem; // END PATCH LE 06.06.00 if ((*(cm_data->handler)) (cm_data->event, (void *)&cm_data->para)) return TRUE; } } } cur_elem = cur_elem->next; } return FALSE; } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_callTyp_cvt | +--------------------------------------------------------------------+ PURPOSE : This function is used to convert the type of call class used by MFW to the type of call class used by ACI. */ LOCAL T_MFW_CM_CALL_TYPE cm_callTyp_cvt(T_ACI_CLASS cls) { switch ( cls ) { case ( CLASS_Vce ) : return VOICE_CALL; case ( CLASS_AuxVce): return AuxVOICE_CALL; case ( CLASS_Dat ) : return DATA_CALL; case ( CLASS_Fax ) : return FAX_CALL; case ( CLASS_VceDat ) : case ( CLASS_VceFax ) : case ( CLASS_DatFax ) : case ( CLASS_VceDatFax ): return (T_MFW_CM_CALL_TYPE)cls; case ( CLASS_None ) : return NONE_TYPE; case (CLASS_NotPresent): return NONE_TYPE; default: return NONE_TYPE; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_search_callId | +--------------------------------------------------------------------+ PURPOSE : find call index from call table */ int cm_search_callId(T_ACI_CAL_STAT type, SHORT *id) { int i; // Apr 06 2005 REF: CRR 29989 xpradipg // Local definition and allocation #ifdef FF_MMI_OPTIM T_ACI_CAL_ENTR *call_tab; *id = 0; call_tab = (T_ACI_CAL_ENTR*)mfwAlloc(sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); if(NULL == call_tab) return CM_ERROR; #else *id = 0; #endif TRACE_FUNCTION("cm_search_callId()"); if (qAT_PercentCAL(CMD_SRC_LCL, call_tab) != AT_CMPL) { // Apr 06 2005 REF: CRR 29989 xpradipg // deallocation of memory allocated #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CM_ERROR; } for (i=0; i<MAX_CALL_NR; i++) { if (call_tab[i].index == -1) break; if (call_tab[i].status == type) { *id = call_tab[i].index; // Apr 06 2005 REF: CRR 29989 xpradipg // deallocation of memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CM_OK; } } // Apr 06 2005 REF: CRR 29989 xpradipg // deallocation of memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CM_ERROR; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_search_callMode | +--------------------------------------------------------------------+ PURPOSE : find call type from call table */ T_ACI_CAL_MODE cm_search_callMode(SHORT id) { int i; // Apr 06 2005 REF: CRR 29989 xpradipg // allocation of memory, if the memory allocation fails then we return the // error value same as when the qAT_PercentCAL() fails #ifdef FF_MMI_OPTIM T_ACI_CAL_ENTR *call_tab;//[MAX_CALL_NR]; T_ACI_CAL_MODE calMode; call_tab = (T_ACI_CAL_ENTR*)mfwAlloc(sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); if(NULL == call_tab) return CAL_MODE_Unknown; #endif TRACE_FUNCTION("cm_search_callMode()"); if (qAT_PercentCAL(CMD_SRC_LCL, call_tab) != AT_CMPL) { // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CAL_MODE_Unknown; } for (i=0; i<MAX_CALL_NR; i++) { if (call_tab[i].index == -1) break; if (call_tab[i].index == id) { // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM calMode = call_tab[i].calMode; if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); return calMode; #else return call_tab[i].calMode; #endif } } // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CAL_MODE_Unknown; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_search_mptyId | PURPOSE : find multiparty call index from call table */ int cm_search_mptyId(T_ACI_CAL_MPTY type, SHORT *id) { int i; // Apr 06 2005 REF: CRR 29989 xpradipg // allocate memory #ifdef FF_MMI_OPTIM T_ACI_CAL_ENTR *call_tab;//[MAX_CALL_NR]; call_tab = (T_ACI_CAL_ENTR*)mfwAlloc(sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); if( NULL == call_tab) return CM_ERROR; #endif TRACE_FUNCTION("cm_search_mptyId()"); *id = 0; if (qAT_PercentCAL(CMD_SRC_LCL, call_tab) != AT_CMPL) { // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CM_ERROR; } for (i=0; i<MAX_CALL_NR; i++) { if (call_tab[i].index == -1) break; if (call_tab[i].mpty == type) { *id = call_tab[i].index; // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CM_OK; } } // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CM_ERROR; } /* +-------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_search_numId | +-------------------------------------------------------------------+ PURPOSE : find call index from call table */ LOCAL SHORT cm_search_numId(UBYTE *number) { int i; // Apr 06 2005 REF: CRR 29989 xpradipg // allocate memory #ifdef FF_MMI_OPTIM SHORT index; T_ACI_CAL_ENTR *call_tab;//[MAX_CALL_NR]; call_tab = (T_ACI_CAL_ENTR*)mfwAlloc(sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); if(NULL == call_tab) return 0; #endif TRACE_FUNCTION("cm_search_numId()"); if (qAT_PercentCAL(CMD_SRC_LCL, call_tab) != AT_CMPL) { // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return 0; } for (i=0; i<MAX_CALL_NR; i++) { if (call_tab[i].index == -1) break; if (!strcmp(call_tab[i].number, (char *)number)) { // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM index = call_tab[i].index; if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); return index; #else return call_tab[i].index; #endif } } // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return 0; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_search_callStat | +--------------------------------------------------------------------+ PURPOSE : Search the information from call table. */ T_MFW cm_search_callStat(SHORT call_number, T_MFW_CM_CALL_STAT *stat, UBYTE *ton, UBYTE *mode) { int i; // Apr 06 2005 REF: CRR 29989 xpradipg // allocat memory #ifdef FF_MMI_OPTIM T_ACI_CAL_ENTR *call_tab;//[MAX_CALL_NR]; call_tab = (T_ACI_CAL_ENTR*)mfwAlloc(sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); if( NULL == call_tab) return CM_ERROR; #endif if (qAT_PercentCAL(CMD_SRC_LCL, call_tab) EQ AT_CMPL) { for (i=0; i<MAX_CALL_NR; i++) { if (call_tab[i].index == -1) break; if (call_tab[i].index == call_number) { *stat = cm_cvt_call_status(call_tab[i].status); *ton = phb_cvtTon(call_tab[i].type.ton); *mode = cm_cvt_call_mode(call_tab[i].calMode); // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CM_OK; } } // Apr 06 2005 REF: CRR 29989 xpradipg // this will be returned once we get out of the if statement #ifndef FF_MMI_OPTIM return CM_ERROR; #endif } // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return CM_ERROR; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_check_emergency | +--------------------------------------------------------------------+ PURPOSE : Check emergency call number */ T_MFW cm_check_emergency(UBYTE *number) { //UBYTE index; // RAVI // T_MFW_PHB_TEXT findText; // RAVI // T_MFW_PHB_ENTRY entry; // RAVI TRACE_FUNCTION ("cm_check_emergency()"); TRACE_EVENT_P1("String being passed = %s", (char*)number); if (strlen((char *)number) <= 0 OR strlen((char *)number) > 3) return FALSE; if(psaCC_phbSrchECC((char*)number, FALSE)) { TRACE_EVENT("psaCC_phbSrchECC - returned - TRUE"); return TRUE; } else { TRACE_EVENT("psaCC_phbSrchECC - returned - FALSE"); return FALSE; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_mo_prefix | +--------------------------------------------------------------------+ PURPOSE : set/get CLIP, CLIR, COLP and COLR tempstatus */ T_CM_CLI cm_mo_prefix(T_CM_CLI prefix) { UBYTE bits; if ((bits = (prefix & 0x0c)) != 0) cli_prefix = (cli_prefix & 0xf3) | bits; if ((bits = (prefix & 0xc0)) != 0) cli_prefix = (cli_prefix & 0x3f) | bits; return cli_prefix; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_set_cmd_status | +--------------------------------------------------------------------+ PURPOSE : */ void cm_set_cmd_status(T_ACI_CHLD_MOD mode, CHAR* call) { SHORT id; // Added xkundadu MMI-SPR 13873 // Stores the status of a particular call. T_MFW_CM_STATUS status; TRACE_FUNCTION("cm_set_cmd_status()"); // Marcus: CCBS: 14/11/2002 memset(&dis_connect, 0, sizeof(T_MFW_CM_DISCONNECT)); memset(&cmd, 0, sizeof(T_MFW_CM_COMMAND)); switch (mode) { case CHLD_MOD_RelHldOrUdub: TRACE_EVENT("CHLD_MOD_RelHldOrUdub"); // Marcus: CCBS: 14/11/2002 /*SPR#1965 - DS - Changed from MFW_CM_MT_REJECT to MFW_CM_TERMINATED because * the E_CM_DISCONNECT signal is not sent in cm_ok_disconnect() if cmd_hold = MFW_CM_MT_REJECT. * Port of 1962. */ cmd_hold = MFW_CM_TERMINATED; if (cm_search_callId(CAL_STAT_Wait, &id) == CM_OK) { TRACE_EVENT("cm_search_callId(CAL_STAT_Wait, &id) == CM_OK"); // Marcus: CCBS: 14/11/2002 dis_connect.call_number = id; } else { TRACE_EVENT("cm_search_callId(CAL_STAT_Wait, &id) != CM_OK"); // Marcus: CCBS: 14/11/2002 dis_connect.call_number = -1; // call id? } break; case CHLD_MOD_RelActAndAcpt: TRACE_EVENT("CHLD_MOD_RelActAndAcpt"); // Marcus: CCBS: 14/11/2002 cmd_hold = MFW_CM_1_SEND; // Added xkundadu MMI-SPR 13873 // Querying if there are any active calls, storing the index of the // call and setting a flag if found to be multiparty. if (cm_search_callId(CAL_STAT_Active, &id) == CM_OK) { // Active call is present. dis_connect.call_number = id; // call id ? cm_status(id, &status, 1); if (status.mtpy EQ MFW_MTPY_MEMBER) { bIsMultpty = TRUE; } else { bIsMultpty = FALSE; } } else { dis_connect.call_number = -1; } // Added xkundadu MMI-SPR 13873 // Querying if there are any held calls, storing the index of the call // to change the status to active call. if (cm_search_callId(CAL_STAT_Held, &id) == CM_OK) { cmd.command = CM_RETRIEVE; cmd.call_number = id; } // Added xkundadu MMI-SPR 13873 // Checking is there any waiting call exists or not. if (cm_search_callId(CAL_STAT_Wait, &id) == CM_OK) { // This variable determines whether to accept/reject the call // in the cm_result_cmd(). cmd.call_number=0; } else { cmd.call_number=-1; } break; case CHLD_MOD_RelActSpec: TRACE_EVENT("CHLD_MOD_RelActSpec"); // Marcus: CCBS: 14/11/2002 dis_connect.call_number = (SHORT)atoi(call); if (dis_connect.call_number) { TRACE_EVENT("dis_connect.call_number"); // Marcus: CCBS: 14/11/2002 cmd_hold = MFW_CM_TERMINATED; } else { TRACE_EVENT("!dis_connect.call_number"); // Marcus: CCBS: 14/11/2002 cmd_hold = MFW_CM_MPTY_TERMINATED; } break; case CHLD_MOD_HldActAndAcpt: TRACE_EVENT("CHLD_MOD_HldActAndAcpt"); // Marcus: CCBS: 14/11/2002 if (cm_search_callId(CAL_STAT_Wait, &id) == CM_OK) { TRACE_EVENT("cm_search_callId(CAL_STAT_Wait, &id) == CM_OK"); // Marcus: CCBS: 14/11/2002 cmd_hold = MFW_CM_MT_ACCEPT; /* * initialize for result event */ cmd.command = CM_HOLD; cc_id = id; } else { TRACE_EVENT("cm_search_callId(CAL_STAT_Wait, &id) != CM_OK"); // Marcus: CCBS: 14/11/2002 if ((cm_search_callId(CAL_STAT_Active, &id) == CM_OK) AND (cm_search_callId(CAL_STAT_Held, &id) == CM_OK)) { TRACE_EVENT("cmd.command = CM_SWAP"); // Marcus: CCBS: 14/11/2002 cmd.command = CM_SWAP; } if ((cm_search_callId(CAL_STAT_Active, &id) != CM_OK) AND (cm_search_callId(CAL_STAT_Held, &id) == CM_OK)) { TRACE_EVENT("cmd.command = CM_RETRIEVE"); // Marcus: CCBS: 14/11/2002 cmd.command = CM_RETRIEVE; } if ((cm_search_callId(CAL_STAT_Active, &id) == CM_OK) AND (cm_search_callId(CAL_STAT_Held, &id) != CM_OK)) { TRACE_EVENT("cmd.command = CM_HOLD"); // Marcus: CCBS: 14/11/2002 cmd.command = CM_HOLD; } cmd.call_number = 0; } break; case CHLD_MOD_HldActExc: TRACE_EVENT("CHLD_MOD_HldActExc"); // Marcus: CCBS: 14/11/2002 cmd.command = CM_SPLIT_MULTIPARTY; cmd.call_number = 0; break; case CHLD_MOD_AddHld: TRACE_EVENT("CHLD_MOD_AddHld"); // Marcus: CCBS: 14/11/2002 cmd.command = CM_BUILD_MULTIPARTY; cmd.call_number = 0; break; case CHLD_MOD_Ect: TRACE_EVENT("CHLD_MOD_Ect"); // Marcus: CCBS: 14/11/2002 cmd.command = CM_ETC; cmd.call_number = 0; break; case CHLD_MOD_Ccbs: TRACE_EVENT("CHLD_MOD_Ccbs"); // Marcus: CCBS: 14/11/2002 cmd.command = CM_CCBS; cmd.call_number = 0; break; case CHLD_MOD_HldActDial: TRACE_EVENT("CHLD_MOD_HldActDial"); // Marcus: CCBS: 14/11/2002 cmd_hold = MFW_CM_HOLD_AND_DIAL; /* * initialize for result event */ cmd.command = CM_HOLD; cc_id = id; break; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_check_mo_number | +--------------------------------------------------------------------+ PURPOSE : start mobile originated call */ T_MFW cm_check_mo_number(UBYTE *number) { UBYTE i; // Apr 14, 2005 REF: CRR 29991 xpradipg // local definition #ifdef FF_MMI_OPTIM UBYTE count = 0; UBYTE blackListNum[MFW_NUM_LEN]; int8 file; #endif /* check whether a redialing exists */ if (call_stat EQ REDIALING_CALL) { cm_stop_redialTim(); rdl.redial_mode = CM_REDIAL_OUTGOING; cm_signal(E_CM_REDIAL, &rdl); } if (!number) return CM_OK; // Apr 14, 2005 REF: CRR 29991 xpradipg // the list is read from the file #ifdef FF_MMI_OPTIM if(( file = flash_MMI_blackList_open()) > 0) { if(flash_MMI_blackList_read(file,(U8*)&count,1,0) > 0) { for(i=0; i < (int)count; i++) { if(flash_MMI_blackList_read(file,(U8*)blackListNum,MFW_NUM_LEN,(i*MFW_NUM_LEN)+1) > 0) { if(!strcmp((char*)blackListNum, (char*)number)) { flash_MMI_blackList_close(file); return CM_BLACKLIST; } } } } flash_MMI_blackList_close(file); } #else /* check whether this number is in blacklist */ for (i=0; i<black_list.count; i++) { if (!strcmp((char *)black_list.number[i], (char *)number)) return CM_BLACKLIST; } #endif /* check the type of this number */ if (cm_check_emergency(number) EQ TRUE) call_type = MFW_ECC_CALL; else call_type = MFW_NORMAL_CALL; return CM_OK; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_set_call_mode | +--------------------------------------------------------------------+ PURPOSE : set call mode */ void cm_set_call_mode(T_MFW_CM_CALL_TYPE mode) { switch (mode) { case VOICE_CALL: case AuxVOICE_CALL: /*MC, SPR 1026, assume line 2 is handled like line 1*/ case DATA_CALL: case FAX_CALL: sAT_PlusCMOD(CMD_SRC_LCL, CMOD_MOD_Single); break; case VFD_VOICE: case VFD_DATA: sAT_PlusCMOD(CMD_SRC_LCL, CMOD_MOD_VoiceFlwdDat); break; case VAD_VOICE: case VAD_DATA: sAT_PlusCMOD(CMD_SRC_LCL, CMOD_MOD_VoiceDat); break; case VAF_VOICE: case VAF_FAX: sAT_PlusCMOD(CMD_SRC_LCL, CMOD_MOD_VoiceFax); break; default: break; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_mo_idx | +--------------------------------------------------------------------+ PURPOSE : start mobile originated call */ T_MFW cm_mo_idx(T_KSD_SEQPARAM *para, T_MFW_CM_CALL_TYPE mode) { T_MFW_PHB_LIST entries; T_MFW_PHB_ENTRY entry; UBYTE res; //RM 19_09_2000 #ifdef NO_ASCIIZ T_ACI_PB_TEXT mfwpbText; #endif //RM entries.entry = &entry; /* search this number from phonebook */ if ((phb_read_entries(PHB_ADN, (UBYTE)para->dialIdx.index, MFW_PHB_INDEX, 1, &entries) EQ MFW_PHB_OK) AND ((int)entries.num_entries > 0)) { res = cm_check_mo_number(entries.entry->number); if (res NEQ CM_OK) return res; } else { res = cm_check_mo_number(0); if (res NEQ CM_OK) return res; } /* set the outgoing call status */ call_stat = OUTGOING_CALL; redial_count = 0; cc_stat.type = OUTGOING_CALL; cm_set_call_mode(mode); //RM 19_09_2000 instead change in ksd structure T_KSD_SEQPARAM etc., later to change !!!! #ifdef NO_ASCIIZ if(para->dialIdx.str NEQ NULL) { mfwpbText.cs = CS_GsmDef; mfwpbText.len = strlen(para->dialIdx.str); memcpy(mfwpbText.data,para->dialIdx.str,mfwpbText.len); } else { mfwpbText.cs = CS_NotPresent; mfwpbText.len = 0; } res = sAT_Dm(CMD_SRC_LCL, &mfwpbText, para->dialIdx.mem, para->dialIdx.index, para->dialIdx.clirOvrd, para->dialIdx.cugCtrl, para->dialIdx.callType); #else res = sAT_Dm(CMD_SRC_LCL, para->dialIdx.str, para->dialIdx.mem, para->dialIdx.index, para->dialIdx.clirOvrd, para->dialIdx.cugCtrl, para->dialIdx.callType); #endif if ((res == AT_FAIL) OR (res == AT_BUSY)) { call_stat = MFW_CALL_FREE; return cm_error_code(AT_CMD_D); } return CM_OK; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_mo_call | +--------------------------------------------------------------------+ PURPOSE : start mobile originated call */ T_MFW cm_mo_call(UBYTE *number, T_MFW_CM_CALL_TYPE type) { CHAR * rest; T_KSD_SEQPARAM para; T_MFW_SS_RETURN typ; T_MFW_SS_RETURN new_typ; CHAR * string; UBYTE cm_grp = 0; // RAVI UBYTE clir_status; UBYTE colr_status; UBYTE prefix; char buf[80]; UBYTE phone[MFW_NUM_LEN]; UBYTE num_save[MFW_STRING_LEN]; SHORT id; T_ACI_RETURN res,aci_result;//aci_result was added to fix the bug MMI-SPR 16545 TRACE_FUNCTION ("cm_mo_call()"); strncpy((char *)num_save, (char *)number, MFW_STRING_LEN-1); num_save[MFW_STRING_LEN-1] = 0; /* check the type of number (key sequence), current no function */ typ = ss_decode(number, &rest, ¶); TRACE_EVENT_P1("Type: %d", typ); if (typ == MFW_SS_DIAL) { mfwStrncpy((char *)phone, para.dial.number, MFW_NUM_LEN); } if (typ == MFW_SS_HOLD) { cm_set_cmd_status(para.chld.mode, para.chld.call); // Feb 27, 2006 REF:DR OMAPS00067884 x0039928 // Fix : sAT_PercentCHLD() is called if the mode > CHLD_MOD_RelDialCall if(para.chld.mode > CHLD_MOD_RelDialCall) aci_result = sAT_PercentCHLD(CMD_SRC_LCL, para.chld.mode, para.chld.call); else aci_result = sAT_PlusCHLD(CMD_SRC_LCL, para.chld.mode, para.chld.call); // Apr 26, 2004 REF: CRR 16545 Ajith K P // If sAT_PlusCHLD() Fails, Send the user entered string as USSD to network using sAT-Dn(). // So if its not failed just return CM_CTRL_STR, otherwise call sAT_Dn(). if ( (aci_result EQ AT_CMPL ) OR (aci_result EQ AT_EXCT ) OR (aci_result EQ AT_BUSY )) { return CM_CTRL_STR; } } //MC 11.04.02 if (typ == MFW_SS_ECT) { cm_set_cmd_status(para.chld.mode, para.chld.call); if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_Ect, 0) != AT_EXCT) { //Aug 10, 2005 REF: MMI-SPR-30099 x0018858 //commented this return value. // return CM_ERROR; } else return CM_CTRL_STR; } //MC if (typ == MFW_SS_DIAL_IDX) { return cm_mo_idx(¶, type); } switch (typ) { //NM case MFW_SS_CLIR: //jgg wrong not CM_OK should be CM_SS, however cm_grp not used after funtion callnumber called case MFW_SS_DIAL: cm_grp = CM_OK; break; case MFW_SS_DTMF: case MFW_SS_CF: case MFW_SS_CB: case MFW_SS_CLIP: case MFW_SS_COLR: case MFW_SS_COLP: case MFW_SS_WAIT: case MFW_SS_HOLD: case MFW_SS_CCBS: case MFW_SS_REG_PW: //Aug 10, 2005 REF: MMI-SPR-30099 x0018858 //Added this case statement. case MFW_SS_ECT: cm_grp = CM_SS; break; case MFW_SS_USSD: cm_grp = CM_USSD; break; case MFW_SS_SIM_LOCK: case MFW_SS_SIM_REG_PW: case MFW_SS_SIM_UNBLCK_PIN: cm_grp = CM_SIM; break; case MFW_SS_MMI: cm_grp = CM_MMI; break; /* SPR#1352 - SH - TTY * If an SS string has been entered, temporarily enable or disable * TTY for this call only. */ case MFW_SS_TTY_NEXTCALL_ON: case MFW_SS_TTY_NEXTCALL_OFF: { if (typ==MFW_SS_TTY_NEXTCALL_ON) { cm_tty_enable(TRUE); } else { cm_tty_enable(FALSE); } strcpy((char *)num_save, (char *)&num_save[4]); /* Ignore SS string when dialling */ rest = (char *)&number[4]; /* Look at number following SS string */ } break; /* SH end */ default: return CM_ERROR; } string = rest; clir_status = 0; colr_status = 0; buf[0] = '\0'; cc_stat.prefix[0] = '\0'; while(strlen(string)) { TRACE_EVENT("In the while"); new_typ = ss_decode((UBYTE *)string, &rest, ¶); // /* if (new_typ == MFW_SS_CLIR) { clir_status = 1; if (para.Clir.mode == CLIR_MOD_Supp) { strcat((char *)cc_stat.prefix, "*31#"); TRACE_EVENT ("CLIR_MOD_Supp"); } if (para.Clir.mode == CLIR_MOD_Invoc) { strcat((char *)cc_stat.prefix, "#31#"); TRACE_EVENT ("CLIR_MOD_Invoc"); } } if (new_typ == MFW_SS_COLR) colr_status = 1; if (new_typ == MFW_SS_DIAL) { TRACE_EVENT("It's a dial"); /* SPR#1352 - SH - only copy string to dial, not whole string */ if (typ==MFW_SS_TTY_NEXTCALL_ON || typ==MFW_SS_TTY_NEXTCALL_OFF) { typ = new_typ; TRACE_EVENT_P1("phone now holds: %s", phone); } else /* end SH */ { typ = new_typ; mfwStrncpy((char *)phone, para.dial.number, MFW_NUM_LEN); } } string = rest; } if (!colr_status AND (typ == MFW_SS_DIAL)) { prefix = cli_prefix & 0xc0; if (prefix == 0x80) { strcat(buf, "*77#"); strcat((char *)cc_stat.prefix, "*77#"); } if (prefix == 0xc0) { strcat(buf, "#77#"); strcat((char *)cc_stat.prefix, "#77#"); } } if (typ == MFW_SS_DIAL) { res = (T_ACI_RETURN)cm_check_mo_number(phone); if ( res != CM_OK) return res; /* set the outgoing call status */ call_stat = OUTGOING_CALL; redial_count = 0; cc_stat.type = OUTGOING_CALL; cm_grp = CM_OK; currConnecting = 1; cm_set_call_mode(type); } strcat(buf, (char *)num_save); if (cm_search_callId(CAL_STAT_Active, &id) EQ CM_OK) { /* * at least one active, this must be put on hold * by ACI first, then dial */ cm_set_cmd_status(CHLD_MOD_HldActDial, ""); cc_id = id; } if (type == DATA_CALL) para.dial.callType = D_TOC_Data; // Apr 22, 2004 REF: CRR MMI-SPR-16873 Rashmi C N(Sasken) // Using the CLIR status maintained in the flash, while making a call if (!FFS_flashData.CLIR) { res = sAT_Dn(CMD_SRC_LCL, buf, D_CLIR_OVRD_Supp, -1, para.dial.callType); } else { res = sAT_Dn(CMD_SRC_LCL, buf, D_CLIR_OVRD_Invoc, -1, para.dial.callType); } if ((res == AT_FAIL) OR (res == AT_BUSY)) { if (typ == MFW_SS_CLIP) return CM_CLI; call_stat = MFW_CALL_FREE; return cm_error_code(AT_CMD_D); } if (res == AT_CMPL) { switch (typ) { case MFW_SS_CLIR: case MFW_SS_CLIP: case MFW_SS_COLR: case MFW_SS_COLP: return CM_CLI; default: break; } } return cm_grp; } /* +--------------------------------------------------------------------+ | PROJECT: GSM-MFW (8417) MODULE: MFW_CB | | STATE : code ROUTINE: rAT_PlusCRING_OFF | +--------------------------------------------------------------------+ PURPOSE : Alert Off indication from ACI */ #ifdef FF_2TO1_PS GLOBAL void rAT_PlusCRING_OFF ( SHORT cId ) { T_MFW_CM_CALL_STAT stat; UBYTE ton; T_CAUSE_ps_cause report; /* Marcus: Extended error reporting: 12/11/2002 */ UBYTE mode; TRACE_FUNCTION ("rAT_PlusCRING_OFF()"); if (cm_search_callStat(cId, &stat, &ton, &mode) == CM_OK) { call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; if (stat == CALL_DEACTIVE) { dis_connect.call_number = cId; qAT_PlusCEER( CMD_SRC_LCL, &report); /* Marcus: Extended error reporting: 12/11/2002: Start */ // TRACE_EVENT_P1("qAT_PlusCEER(%04X)", report); if (report.ctrl_value != CAUSE_is_from_nwcc) { /* Treat Condat defined cause values as if no cause given */ dis_connect.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ dis_connect.cause = report.value.nwcc_cause; } TRACE_EVENT_P1("dis_connect.cause = %02X)", dis_connect.cause); /* Marcus: Extended error reporting: 12/11/2002: End */ cm_signal(E_CM_DISCONNECT, &dis_connect); return; } cm_signal(E_CM_RING_OFF, 0); } } #else GLOBAL void rAT_PlusCRING_OFF ( SHORT cId ) { T_MFW_CM_CALL_STAT stat; UBYTE ton; USHORT report; /* Marcus: Extended error reporting: 12/11/2002 */ UBYTE mode; TRACE_FUNCTION ("rAT_PlusCRING_OFF()"); if (cm_search_callStat(cId, &stat, &ton, &mode) == CM_OK) { call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; if (stat == CALL_DEACTIVE) { dis_connect.call_number = cId; qAT_PlusCEER( CMD_SRC_LCL, &report); /* Marcus: Extended error reporting: 12/11/2002: Start */ TRACE_EVENT_P1("qAT_PlusCEER(%04X)", report); if (GET_CAUSE_DEFBY(report) == DEFBY_CONDAT) { /* Treat Condat defined cause values as if no cause given */ dis_connect.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ dis_connect.cause = GET_CAUSE_VALUE(report); } TRACE_EVENT_P1("dis_connect.cause = %02X)", dis_connect.cause); /* Marcus: Extended error reporting: 12/11/2002: End */ cm_signal(E_CM_DISCONNECT, &dis_connect); return; } cm_signal(E_CM_RING_OFF, 0); } } #endif /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : rAT_PlusCRING | +--------------------------------------------------------------------+ PURPOSE : Alert indication from ACI */ void rAT_PlusCRING(T_ACI_CRING_MOD mode, T_ACI_CRING_TYP type1, T_ACI_CRING_TYP type2) { SHORT call_number; TRACE_FUNCTION ("rAT_PlusCRING()"); in_call.result = Present; /* search the call identifier */ if (cm_search_callId(CAL_STAT_Wait, &call_number) == CM_OK) in_call.call_number = call_number; else in_call.call_number = 0; /* If redial is active, it must be stoped. */ if (call_stat == REDIALING_CALL) { cm_stop_redialTim(); rdl.redial_mode = CM_REDIAL_INCOMING; cm_signal(E_CM_REDIAL, &rdl); } if (mode EQ CRING_MOD_Direct) { switch (type1) { /* Voice call */ case CRING_TYP_Voice: if (type2 EQ CRING_TYP_NotPresent) { in_call.type = VOICE_CALL; cm_set_call_mode(VOICE_CALL); } else { switch (type2) { case CRING_TYP_Sync: case CRING_TYP_Async: case CRING_TYP_RelSync: case CRING_TYP_RelAsync: in_call.type = VFD_VOICE; cm_bc_parameter(type2); cm_set_call_mode(VFD_VOICE); break; /*MC, SPR 1026, check for line1 and line2*/ case CRING_TYP_Voice: in_call.type = VOICE_CALL; cm_set_call_mode(VOICE_CALL); break; case CRING_TYP_AuxVoice: cm_set_call_mode(AuxVOICE_CALL); in_call.type = AuxVOICE_CALL; break; /*MC, end*/ default: in_call.type = VOICE_CALL; cm_set_call_mode(VOICE_CALL); break; } } break; /*MC, SPR 1026, Added case of Type1=CRING_TYP_AuxVoice*/ /*assuming line 2 is handled like line 1*/ case CRING_TYP_AuxVoice: if (type2 EQ CRING_TYP_NotPresent) { in_call.type = AuxVOICE_CALL; cm_set_call_mode(AuxVOICE_CALL); } else { switch (type2) { case CRING_TYP_Sync: case CRING_TYP_Async: case CRING_TYP_RelSync: case CRING_TYP_RelAsync: in_call.type = VFD_VOICE; cm_bc_parameter(type2); cm_set_call_mode(VFD_VOICE); break; case CRING_TYP_Voice: in_call.type = VOICE_CALL; cm_set_call_mode(VOICE_CALL); break; case CRING_TYP_AuxVoice: cm_set_call_mode(AuxVOICE_CALL); in_call.type = AuxVOICE_CALL; break; default: in_call.type = VOICE_CALL; cm_set_call_mode(VOICE_CALL); break; } } break; /*MC, end*/ /* Data call */ case CRING_TYP_Sync: case CRING_TYP_Async: case CRING_TYP_RelSync: case CRING_TYP_RelAsync: in_call.type = DATA_CALL; cm_bc_parameter(type1); cm_set_call_mode(DATA_CALL); break; case CRING_TYP_Fax: in_call.type = FAX_CALL; in_call.bc1.conn_elem = Transparent; cm_set_call_mode(FAX_CALL); break; default: in_call.result = NotPresent; break; } call_stat = INCOMING_CALL; } if (mode EQ CRING_MOD_Alternate) { cm_build_callType(type1, type2); cm_bc_parameter(type1); cm_bc_parameter(type2); cm_set_call_mode(in_call.type); } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: rAT_PlusCLIP | +--------------------------------------------------------------------+ PURPOSE : The calling line identification for an incomming call. */ #ifdef NO_ASCIIZ void rAT_PlusCLIP(T_ACI_CLIP_STAT stat, CHAR * number, T_ACI_TOA * type, U8 validity, CHAR * subaddr, T_ACI_TOS * satype, T_ACI_PB_TEXT * alpha) { int flag; TRACE_FUNCTION ("rAT_PlusCLIP()"); flag = 0; if (number != NULL) { mfwStrncpy((char *)in_call.number, (char *)number, MFW_NUM_LEN); in_call.ton = phb_cvtTon(type->ton); flag = 1; } else memset(in_call.number, '\0', MFW_NUM_LEN); if (alpha != NULL) { in_call.name.len = alpha->len; if (alpha->len) { memcpy(in_call.name.data, alpha->data, alpha->len); flag = 1; } } else in_call.name.len = 0; if (subaddr != NULL) { mfwStrncpy((char *)in_call.subaddr, (char *)subaddr, MFW_SUBADR_LEN); flag = 1; } else memset(in_call.subaddr, '\0', MFW_SUBADR_LEN); if (flag == 1) in_call.result = Present; else in_call.result = 0; cm_signal(E_CM_CW, &in_call); } #else void rAT_PlusCLIP(T_ACI_CLIP_STAT stat, CHAR * number, T_ACI_TOA * type, U8 validity, CHAR * subaddr, T_ACI_TOS * satype, CHAR * alpha) { int flag; TRACE_FUNCTION ("rAT_PlusCLIP()"); flag = 0; // in_call.result = 0; if (number != NULL) { mfwStrncpy((char *)in_call.number, (char *)number, MFW_NUM_LEN); in_call.ton = phb_cvtTon(type->ton); flag = 1; } else memset(in_call.number, '\0', MFW_NUM_LEN); if (alpha != NULL) { mfwStrncpy((char *)in_call.name, (char *)alpha, MFW_TAG_LEN); flag = 1; } else memset(in_call.name, '\0', MFW_TAG_LEN); if (subaddr != NULL) { mfwStrncpy((char *)in_call.subaddr, (char *)subaddr, MFW_SUBADR_LEN); flag = 1; } else memset(in_call.subaddr, '\0', MFW_SUBADR_LEN); if (flag == 1) in_call.result = Present; else in_call.result = 0; cm_signal(E_CM_CW, &in_call); } #endif /* +--------------------------------------------------------------------+ | PROJECT : GSM-MFW (8417) MODULE : MFW_CM | | STATE : code ROUTINE : rAT_PlusCOLP | +--------------------------------------------------------------------+ PURPOSE : Connected line presentation indication from ACI */ #ifdef NO_ASCIIZ GLOBAL void rAT_PlusCOLP ( T_ACI_COLP_STAT stat, CHAR* number, T_ACI_TOA* type, CHAR* subaddr, T_ACI_TOS* satype, T_ACI_PB_TEXT* alpha) { TRACE_FUNCTION ("rAT_PlusCOLP()"); if (number != NULL) { mfwStrncpy((char *)out_call.number, (char *)number, MFW_NUM_LEN); out_call.ton = phb_cvtTon(type->ton); } else memset(out_call.number, '\0', MFW_NUM_LEN); /*NM, p001 */ if(alpha != NULL) /*NM, p001 end */ { out_call.name.len = MINIMUM(alpha->len, MFW_TAG_LEN); if (alpha->len) memcpy(out_call.name.data, alpha->data, alpha->len); } if (subaddr != NULL) mfwStrncpy((char *)out_call.subaddr, (char *)subaddr, MFW_SUBADR_LEN); else memset(out_call.subaddr, '\0', MFW_SUBADR_LEN); if (number != NULL) cm_signal(E_CM_COLP, &out_call); } #else GLOBAL void rAT_PlusCOLP ( T_ACI_COLP_STAT stat, CHAR* number, T_ACI_TOA* type, CHAR* subaddr, T_ACI_TOS* satype, CHAR* alpha) { TRACE_FUNCTION ("rAT_PlusCOLP()"); // patch PMA 15 06 99 from Andreas // if (stat == -1) // return; if (number != NULL) { mfwStrncpy((char *)out_call.number, (char *)number, MFW_NUM_LEN); out_call.ton = phb_cvtTon(type->ton); } else memset(out_call.number, '\0', MFW_NUM_LEN); if (alpha != NULL) mfwStrncpy((char *)out_call.name, (char *)alpha, MFW_TAG_LEN); else memset(out_call.name, '\0', MFW_TAG_LEN); if (subaddr != NULL) mfwStrncpy((char *)out_call.subaddr, (char *)subaddr, MFW_SUBADR_LEN); else memset(out_call.subaddr, '\0', MFW_SUBADR_LEN); // patch PMA 15 06 99 from Andreas if (number != NULL) cm_signal(E_CM_COLP, &out_call); } #endif /* +--------------------------------------------------------------------+ | PROJECT : GSM-MFW (8417) MODULE : MFW_CM | | STATE : code ROUTINE : rAT_PlusCCWA | +--------------------------------------------------------------------+ PURPOSE : Connected line presentation indication from ACI */ #ifdef NO_ASCIIZ GLOBAL void rAT_PlusCCWA ( T_ACI_CLSSTAT * clsStatLst, CHAR * number, T_ACI_TOA * type, U8 validity, T_ACI_CLASS call_class, T_ACI_PB_TEXT * alpha) { SHORT call_number; TRACE_FUNCTION("rAT_PlusCCWA()"); in_call.result = NotPresent; if (clsStatLst == 0) { if (number != NULL) { mfwStrncpy((char *)in_call.number, (char *)number, MFW_NUM_LEN); in_call.ton = phb_cvtTon(type->ton); } else memset(in_call.number, '\0', MFW_NUM_LEN); if (alpha != NULL) in_call.name.len = alpha->len; else in_call.name.len = 0; if (in_call.name.len) { memcpy(in_call.name.data, alpha->data, alpha->len); } in_call.type = cm_callTyp_cvt(call_class); if (number != 0 || in_call.name.len != 0 || in_call.type != NONE_TYPE) in_call.result = Present; cm_search_callId(CAL_STAT_Wait, &call_number); in_call.call_number = call_number; cm_signal(E_CM_CW, &in_call); } } #else GLOBAL void rAT_PlusCCWA ( T_ACI_CLSSTAT * clsStatLst, CHAR * number, T_ACI_TOA * type, U8 validity, T_ACI_CLASS call_class, CHAR * alpha) { SHORT call_number; in_call.result = NotPresent; if (clsStatLst == 0) { if (number != NULL) { mfwStrncpy((char *)in_call.number, (char *)number, MFW_NUM_LEN); in_call.ton = phb_cvtTon(type->ton); } else memset(in_call.number, '\0', MFW_NUM_LEN); if (alpha != NULL) mfwStrncpy((char *)in_call.name, (char *)alpha, MFW_TAG_LEN); else memset(in_call.name, '\0', MFW_TAG_LEN); in_call.type = cm_callTyp_cvt(call_class); if (number != 0 || alpha != 0 || in_call.type != NONE_TYPE) in_call.result = Present; cm_search_callId(CAL_STAT_Wait, &call_number); in_call.call_number = call_number; cm_signal(E_CM_CW, &in_call); } } #endif /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_mt_reject | +--------------------------------------------------------------------+ PURPOSE : Reject the incoming call. */ void cm_mt_reject() { TRACE_FUNCTION ("cm_mt_reject()"); if (currAccepting) { currAccepting = 0; /* ES!! 210999 */ sAT_Abort(CMD_SRC_LCL, AT_CMD_A); return; } cmd_hold = MFW_CM_MT_REJECT; cm_search_callId(CAL_STAT_Wait, &dis_connect.call_number); sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_RelHldOrUdub, 0); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_mt_accept | +--------------------------------------------------------------------+ PURPOSE : Accept the incoming call. If the active call exists, place this active call on hold and accepts the waiting call. */ void cm_mt_accept() { SHORT call_number; T_MFW_CM_CALL_STAT stat; /* SPR#1983 - SH */ UBYTE ton; UBYTE mode; TRACE_FUNCTION ("cm_mt_accept()"); if (cm_search_callId(CAL_STAT_Active, &call_number) != CM_OK) { if (sAT_A(CMD_SRC_LCL) NEQ AT_EXCT) { TRACE_ERROR("sAT_A error"); } else { currAccepting = 1; /* ES!! 210999 */ } } else { cmd_hold = MFW_CM_MT_ACCEPT; /* SPR#1983 - SH - Get status of active call */ cm_search_callStat(call_number, &stat, &ton, &mode); if (cm_search_callId(CAL_STAT_Wait, &call_number) EQ CM_OK) cc_id = call_number; /* SPR#1983 - SH - If data call is active, end it and accept other call */ if (mode==DATA_CALL) { /* * Accepting a call when there is an active data call, * so drop the active call and accept the waiting call by the * equivalent of the AT+CHLD=1 command. */ cm_set_cmd_status(CHLD_MOD_RelActAndAcpt, ""); if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_RelActAndAcpt, 0) NEQ AT_EXCT) { TRACE_ERROR("sAT_PlusCHLD(CHLD_MOD_RelActAndAcpt) error"); } } else /* SPR#1983 - SH - Important! Acts on next 'if' */ /* Marcus: issue 1049: 03/09/2002: Start */ if (cm_search_callId(CAL_STAT_Held, &call_number) EQ CM_OK) { /* * Accepting a call when there is already an active call and a held * call, so drop the active call and accept the waiting call by the * equivalent of the AT+CHLD=1 command. */ cm_set_cmd_status(CHLD_MOD_RelActAndAcpt, ""); if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_RelActAndAcpt, 0) NEQ AT_EXCT) { TRACE_ERROR("sAT_PlusCHLD(CHLD_MOD_RelActAndAcpt) error"); } } else { /* * Accepting a call when there is already an active call but no held * call, so hold the active call and accept the waiting call by the * equivalent of the AT+CHLD=2 command. */ cm_set_cmd_status(CHLD_MOD_HldActAndAcpt, ""); if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_HldActAndAcpt, 0) NEQ AT_EXCT) { TRACE_ERROR("sAT_PlusCHLD(CHLD_MOD_HldActAndAcpt) error"); } } /* Marcus: issue 1049: 03/09/2002: End */ } } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_end_all | +--------------------------------------------------------------------+ PURPOSE : End all calls (Held and Active) */ void cm_end_all(void) { T_ACI_RETURN aci_res; // The value returned by sAT_H TRACE_EVENT("cm_end_all()"); aci_res = sAT_H(CMD_SRC_LCL); if (aci_res == AT_EXCT) { TRACE_EVENT("sAT_H returned AT_EXCT"); cmd_hold = MFW_CM_DISCONNECT_ALL; } else { TRACE_EVENT_P1("sAT_H returned %d", aci_res); } return; } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_ok_connect | +--------------------------------------------------------------------+ PURPOSE : The connect is successful. */ void cm_ok_connect(void) { SHORT call_number; TRACE_FUNCTION ("cm_ok_connect()"); currAccepting = 0; /* ES!! 210999 */ currConnecting = 0; /* ES!! 290999 */ if (cc_stat.type == REDIALING_CALL) { rdl.redial_mode = CM_REDIAL_SUCCESS; cm_signal(E_CM_REDIAL, &rdl); } cm_search_callId(CAL_STAT_Active, &call_number); /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cmd_hold = MFW_CM_NO_FLAG; cm_signal(E_CM_CONNECT_ACK, &call_number); } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_rmt_ok_connect | +--------------------------------------------------------------------+ PURPOSE : The connect is successful. */ void cm_rmt_ok_connect() { SHORT call_number; TRACE_FUNCTION ("cm_rmt_ok_connect()"); cm_search_callId(CAL_STAT_Active, &call_number); cm_signal(E_CM_CONNECT_ACK, &call_number); } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_error_connect | +--------------------------------------------------------------------+ PURPOSE : The connection is not successful */ #ifdef FF_2TO1_PS void cm_error_connect(SHORT call_number) { int i; T_CAUSE_ps_cause report; /* Marcus: Extended error reporting: 12/11/2002 */ USHORT extend_report; /* API - 1564 - 16-01-03 - add this variable to store the new error code */ TRACE_FUNCTION ("cm_error_connect()"); currAccepting = 0; /* ES!! 210999 */ currConnecting = 0; /* ES!! 290999 */ /* send event */ dis_connect.call_number = call_number; qAT_PlusCEER( CMD_SRC_LCL, &report); /* Marcus: Extended error reporting: 12/11/2002: Start */ // TRACE_EVENT_P1("qAT_PlusCEER(%04X)", report); /* API - 1564 - 16-01-03 - store the error value to the new variable & throughout this function replace 'report' with 'extend_report */ extend_report = report.value.nwcc_cause; if (report.ctrl_value != CAUSE_is_from_nwcc) { /* Treat Condat defined cause values as if no cause given */ dis_connect.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ dis_connect.cause = report.value.nwcc_cause; } TRACE_EVENT_P1("dis_connect.cause = %02X)", dis_connect.cause); /* Marcus: Extended error reporting: 12/11/2002: End */ cm_signal(E_CM_DISCONNECT, &dis_connect); TRACE_EVENT("passed the E_CM_DISCONNECT point"); if ((call_stat EQ OUTGOING_CALL) AND (call_type NEQ MFW_ECC_CALL) AND ((redial_stat EQ CM_REDIAL_AUTO) OR (redial_stat EQ CM_REDIAL_MANU))) { /* If this call is 2nd outgoing call, redial is not started */ if (qAT_PercentCAL(CMD_SRC_LCL, call_tab) EQ AT_CMPL) { for (i=0; i<MAX_CALL_NR; i++) { if (call_tab[i].index == -1) break; if ((call_tab[i].status == CAL_STAT_NotPresent) OR (call_tab[i].status == CAL_STAT_DeactiveReq)) continue; if (call_tab[i].calType == CAL_TYPE_MOC) { call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cmd_hold = MFW_CM_NO_FLAG; return; } } } /* check blacklist whether it is full */ if (black_list.count == MAX_BLACKLIST_NUM) { TRACE_EVENT ("blacklist is now full"); /* Blacklist is now full and MT shall prohibit further automatic call attempts */ redial_stat = CM_REDIAL_OFF; /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; rdl.redial_mode = CM_REDIAL_BLACKLIST; cm_signal(E_CM_REDIAL, &rdl); return; } /* check the registration staus */ if (nm_reg_status() == MFW_NO_SERVICE) { call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; rdl.redial_mode = CM_REDIAL_NO_SERVICE; cm_signal(E_CM_REDIAL, &rdl); return; } TRACE_EVENT_P1("report = %d", extend_report); switch (extend_report) { case 28: // API - 1480 - Added this code to stop redial on an incorrect number if(!redial_count) { call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; rdl.redial_mode = CM_REDIAL_ABORTED; cm_signal(E_CM_REDIAL, &rdl); return; } case 1: /* check whether the reason is in category 3 (GSM 02.07) */ case 3: case 22: case 38: TRACE_EVENT ("category 3"); if (!redial_count) { /* redial_count == 0; this is for the first outgoing call and now it is going to start the Auto-redial procedure */ cc_stat.type = REDIALING_CALL; cc_stat.call_number = 0; call_stat = REDIALING_CALL; rdl.redial_mode = CM_REDIAL_STARTED; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN); // strcpy((char *)rdl.subaddr, (char *)cc_stat.subaddr); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; /* reasons in the category 3 have a call repeat attempts of max. 1 ! */ redial_count = MAX_REDIAL_ATTEMPT-1; cm_signal(E_CM_REDIAL, &rdl); return; } else redial_count = MAX_REDIAL_ATTEMPT; break; case 17: /* check whether the reason is in category 1 and 2 (GSM 02.07) */ case 18: case 19: case 27: case 34: case 41: case 42: case 44: case 47: TRACE_EVENT ("category 1 & 2"); if (!redial_count) { /* redial_count == 0 this is for the first outgoing call and now it is going to start the Auto-redial procedure */ cc_stat.type = REDIALING_CALL; cc_stat.call_number = 0; call_stat = REDIALING_CALL; rdl.redial_mode = CM_REDIAL_STARTED; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN); // strcpy((char *)rdl.subaddr, (char *)cc_stat.subaddr); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; /* reasons in the category 1 and 2 have a call repeat attempts of max. 10 ! */ cm_signal(E_CM_REDIAL, &rdl); return; } if (redial_count >= 1 AND redial_count <= 3) { timStart(redialTim24); call_stat = REDIALING_CALL; cc_stat.call_number = 0; return; } if (redial_count >= 4 AND redial_count < MAX_REDIAL_ATTEMPT) { timStart(redialTim5); call_stat = REDIALING_CALL; cc_stat.call_number = 0; return; } #ifdef CUSTOMER_6366 // JP PATCH The MMI needs to know if the 'error disconnect' has // resulted in redial starting irrespective of whether this was a redial attempt or not rdl.redial_mode = CM_REDIAL_STARTED; cm_signal(E_CM_REDIAL, &rdl); // END JP PATCH #endif /* CUSTOMER_6366 */ break; default: if (redial_count) { rdl.redial_mode = CM_REDIAL_STOP; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN);//??? // strcpy((char *)rdl.subaddr, (char *)cc_stat.subaddr); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; cm_signal(E_CM_REDIAL, &rdl); } /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; return; } if (redial_count >= MAX_REDIAL_ATTEMPT AND black_list.count < MAX_BLACKLIST_NUM) { mfwStrncpy((char *)black_list.number[black_list.count], (char *)cc_stat.number, MFW_NUM_LEN); black_list.count++; rdl.redial_mode = CM_REDIAL_BLACKLISTED; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN); // strcpy((char *)rdl.subaddr, (char *)cc_stat.subaddr); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; rdl.left_attempts = 0; cc_stat.call_number = 0; cm_signal(E_CM_REDIAL, &rdl); } } /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; } #else void cm_error_connect(SHORT call_number) { int i; USHORT report; /* Marcus: Extended error reporting: 12/11/2002 */ USHORT extend_report; /* API - 1564 - 16-01-03 - add this variable to store the new error code */ // Apr 06 2005 REF: CRR 29989 xpradipg // local definition #ifdef FF_MMI_OPTIM T_ACI_CAL_ENTR *call_tab;//[MAX_CALL_NR]; #endif // Apr 14, 2005 REF: CRR 29991 xpradipg // local definition #ifdef FF_MMI_OPTIM UBYTE count; UBYTE blackListNum[MFW_NUM_LEN]; int32 file = 0; #endif TRACE_FUNCTION ("cm_error_connect()"); currAccepting = 0; /* ES!! 210999 */ currConnecting = 0; /* ES!! 290999 */ /* send event */ dis_connect.call_number = call_number; qAT_PlusCEER( CMD_SRC_LCL, &report); /* Marcus: Extended error reporting: 12/11/2002: Start */ TRACE_EVENT_P1("qAT_PlusCEER(%04X)", report); /* API - 1564 - 16-01-03 - store the error value to the new variable & throughout this function replace 'report' with 'extend_report */ extend_report = GET_CAUSE_VALUE(report); if (GET_CAUSE_DEFBY(extend_report) == DEFBY_CONDAT) { /* Treat Condat defined cause values as if no cause given */ dis_connect.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ dis_connect.cause = GET_CAUSE_VALUE(extend_report); } TRACE_EVENT_P1("dis_connect.cause = %02X)", dis_connect.cause); /* Marcus: Extended error reporting: 12/11/2002: End */ cm_signal(E_CM_DISCONNECT, &dis_connect); TRACE_EVENT("passed the E_CM_DISCONNECT point"); if ((call_stat EQ OUTGOING_CALL) AND (call_type NEQ MFW_ECC_CALL) AND ((redial_stat EQ CM_REDIAL_AUTO) OR (redial_stat EQ CM_REDIAL_MANU))) { // Apr 06 2005 REF: CRR 29989 xpradipg // allocate memory #ifdef FF_MMI_OPTIM call_tab = (T_ACI_CAL_ENTR*)mfwAlloc(sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); if( NULL == call_tab) return; #endif /* If this call is 2nd outgoing call, redial is not started */ if (qAT_PercentCAL(CMD_SRC_LCL, call_tab) EQ AT_CMPL) { for (i=0; i<MAX_CALL_NR; i++) { if (call_tab[i].index == -1) break; if ((call_tab[i].status == CAL_STAT_NotPresent) OR (call_tab[i].status == CAL_STAT_DeactiveReq)) continue; if (call_tab[i].calType == CAL_TYPE_MOC) { call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cmd_hold = MFW_CM_NO_FLAG; // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return; } } } // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif // Apr 14, 2005 REF: CRR 29991 xpradipg // read the list into the variable #ifdef FF_MMI_OPTIM if((file = flash_MMI_blackList_open()) >= 0 ) { if(flash_MMI_blackList_read(file,(U8*)&count, 1,0) > 0) { if(count == MAX_BLACKLIST_NUM) #else /* check blacklist whether it is full */ if (black_list.count == MAX_BLACKLIST_NUM) #endif { TRACE_EVENT ("blacklist is now full"); /* Blacklist is now full and MT shall prohibit further automatic call attempts */ redial_stat = CM_REDIAL_ABORTED; /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; rdl.redial_mode = CM_REDIAL_BLACKLIST; cm_signal(E_CM_REDIAL, &rdl); #ifdef FF_MMI_OPTIM flash_MMI_blackList_close(file); #endif return; } #ifdef FF_MMI_OPTIM } flash_MMI_blackList_close(file); } #endif /* check the registration staus */ if (nm_reg_status() == MFW_NO_SERVICE) { call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; rdl.redial_mode = CM_REDIAL_NO_SERVICE; cm_signal(E_CM_REDIAL, &rdl); return; } TRACE_EVENT_P1("report = %d", extend_report); switch (extend_report) { case 28: // API - 1480 - Added this code to stop redial on an incorrect number if(!redial_count) { call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; rdl.redial_mode = CM_REDIAL_ABORTED; cm_signal(E_CM_REDIAL, &rdl); return; } case 1: /* check whether the reason is in category 3 (GSM 02.07) */ case 3: case 22: case 38: TRACE_EVENT ("category 3"); if (!redial_count) { /* redial_count == 0; this is for the first outgoing call and now it is going to start the Auto-redial procedure */ cc_stat.type = REDIALING_CALL; cc_stat.call_number = 0; call_stat = REDIALING_CALL; rdl.redial_mode = CM_REDIAL_STARTED; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN); // strcpy((char *)rdl.subaddr, (char *)cc_stat.subaddr); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; /* reasons in the category 3 have a call repeat attempts of max. 1 ! */ redial_count = MAX_REDIAL_ATTEMPT-1; cm_signal(E_CM_REDIAL, &rdl); return; } else redial_count = MAX_REDIAL_ATTEMPT; break; case 17: /* check whether the reason is in category 1 and 2 (GSM 02.07) */ case 18: case 19: case 27: case 34: case 41: case 42: case 44: case 47: TRACE_EVENT ("category 1 & 2"); if (!redial_count) { /* redial_count == 0 this is for the first outgoing call and now it is going to start the Auto-redial procedure */ cc_stat.type = REDIALING_CALL; cc_stat.call_number = 0; call_stat = REDIALING_CALL; rdl.redial_mode = CM_REDIAL_STARTED; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN); // strcpy((char *)rdl.subaddr, (char *)cc_stat.subaddr); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; /* reasons in the category 1 and 2 have a call repeat attempts of max. 10 ! */ cm_signal(E_CM_REDIAL, &rdl); return; } if (redial_count >= 1 AND redial_count <= 3) { timStart(redialTim24); call_stat = REDIALING_CALL; cc_stat.call_number = 0; return; } if (redial_count >= 4 AND redial_count < MAX_REDIAL_ATTEMPT) { timStart(redialTim5); call_stat = REDIALING_CALL; cc_stat.call_number = 0; return; } #ifdef CUSTOMER_6366 // JP PATCH The MMI needs to know if the 'error disconnect' has // resulted in redial starting irrespective of whether this was a redial attempt or not rdl.redial_mode = CM_REDIAL_STARTED; cm_signal(E_CM_REDIAL, &rdl); // END JP PATCH #endif /* CUSTOMER_6366 */ break; default: if (redial_count) { rdl.redial_mode = CM_REDIAL_STOP; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN);//??? // strcpy((char *)rdl.subaddr, (char *)cc_stat.subaddr); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; cm_signal(E_CM_REDIAL, &rdl); } /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; return; } #ifdef FF_MMI_OPTIM if (redial_count >= MAX_REDIAL_ATTEMPT AND count < MAX_BLACKLIST_NUM) { mfwStrncpy((char *)blackListNum,(char *)cc_stat.number, MFW_NUM_LEN); // Apr 14, 2005 REF: CRR 29991 xpradipg // once there is new addition update it onto the file if(flash_MMI_blackList_write((U8*)blackListNum, MFW_NUM_LEN, (count*MFW_NUM_LEN)+1) < 0) TRACE_FUNCTION("ERROR OPENING the blacklist file"); count++; if(flash_MMI_blackList_write((U8*)&count,1,0) < 0) TRACE_FUNCTION("ERROR OPENING the blacklist file"); #else if (redial_count >= MAX_REDIAL_ATTEMPT AND black_list.count < MAX_BLACKLIST_NUM) { mfwStrncpy((char *)black_list.number[black_list.count], (char *)cc_stat.number, MFW_NUM_LEN); black_list.count++; #endif rdl.redial_mode = CM_REDIAL_BLACKLISTED; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN); // strcpy((char *)rdl.subaddr, (char *)cc_stat.subaddr); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; rdl.left_attempts = 0; cc_stat.call_number = 0; cm_signal(E_CM_REDIAL, &rdl); } } /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; } #endif /* +-----------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_rmt_error_connect | +-----------------------------------------------------------------------+ PURPOSE : The connection is not successful */ #ifdef FF_2TO1_PS void cm_rmt_error_connect(SHORT call_number) { T_CAUSE_ps_cause report; /* Marcus: Extended error reporting: 12/11/2002 */ TRACE_FUNCTION ("cm_error_connect()"); /* send event */ dis_connect.call_number = call_number; qAT_PlusCEER( CMD_SRC_LCL, &report); /* Marcus: Extended error reporting: 12/11/2002: Start */ // TRACE_EVENT_P1("qAT_PlusCEER(%04X)", report); if (report.ctrl_value != CAUSE_is_from_nwcc) { /* Treat Condat defined cause values as if no cause given */ dis_connect.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ dis_connect.cause = report.value.nwcc_cause; } TRACE_EVENT_P1("dis_connect.cause = %02X)", dis_connect.cause); /* Marcus: Extended error reporting: 12/11/2002: End */ cm_signal(E_CM_DISCONNECT, &dis_connect); } #else void cm_rmt_error_connect(SHORT call_number) { USHORT report; /* Marcus: Extended error reporting: 12/11/2002 */ TRACE_FUNCTION ("cm_error_connect()"); /* send event */ dis_connect.call_number = call_number; qAT_PlusCEER( CMD_SRC_LCL, &report); /* Marcus: Extended error reporting: 12/11/2002: Start */ TRACE_EVENT_P1("qAT_PlusCEER(%04X)", report); if (GET_CAUSE_DEFBY(report) == DEFBY_CONDAT) { /* Treat Condat defined cause values as if no cause given */ dis_connect.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ dis_connect.cause = GET_CAUSE_VALUE(report); } TRACE_EVENT_P1("dis_connect.cause = %02X)", dis_connect.cause); /* Marcus: Extended error reporting: 12/11/2002: End */ cm_signal(E_CM_DISCONNECT, &dis_connect); } #endif /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_disconnect | +--------------------------------------------------------------------+ PURPOSE : Disconnection for outgoing call or active call */ T_MFW cm_disconnect(SHORT call_number) { CHAR callId[5]; T_MFW_CM_CALL_STAT stat; UBYTE ton; UBYTE mode; TRACE_FUNCTION ("cm_disconnect()"); dis_connect.call_number = call_number; if (!call_number) { cmd_hold = MFW_CM_MPTY_TERMINATED; sprintf(callId, "%d", 0); if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_RelActSpec, callId) != AT_EXCT) return CM_ERROR; return CM_OK; } cm_search_callStat(call_number, &stat, &ton, &mode); TRACE_EVENT_P3("Status %d Ton %d Mode %d",stat,ton,mode); /* HANG UP DATA CALL (WAP) * SPR#1983 - SH - Use sAT_Abort() when call has not yet connected, * rather than sAT_H */ if (mode == DATA_CALL) { T_ACI_RETURN retval; TRACE_EVENT_P1("***Disconnect data call, stat=%d", stat); if ((stat == CALL_DIAL) OR (stat == CALL_ALERT)) { if (sAT_Abort(CMD_SRC_LCL, AT_CMD_D) NEQ AT_CMPL) return CM_ERROR; return CM_OK; } if (stat == CALL_DEACTIVE && currConnecting) /* ES/AK 290999 */ { currConnecting = 0; if (sAT_Abort(CMD_SRC_LCL, AT_CMD_D) NEQ AT_CMPL) return CM_ERROR; return CM_OK; } retval = sAT_H(CMD_SRC_LCL); TRACE_EVENT_P1("Result of sAT_H = %d", retval); if (retval) return CM_ERROR; return CM_OK; } if ((stat == CALL_DIAL) OR (stat == CALL_ALERT)) { if (sAT_Abort(CMD_SRC_LCL, AT_CMD_D) NEQ AT_CMPL) return CM_ERROR; return CM_OK; } if (stat == CALL_DEACTIVE && currConnecting) /* ES/AK 290999 */ { currConnecting = 0; if (sAT_Abort(CMD_SRC_LCL, AT_CMD_D) NEQ AT_CMPL) return CM_ERROR; return CM_OK; } if ((stat == CALL_ACTIVE) OR (stat == CALL_DEACTIVE)) { cmd_hold = MFW_CM_TERMINATED; sprintf(callId, "%d", call_number); if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_RelActSpec, callId) != AT_EXCT) return CM_ERROR; return CM_OK; } else if (stat == CALL_HELD) { // Apr 26, 2004 REF: CRR 16545 Ajith K P Side effect of CRR 16545. // CHLD_MOD_RelActSpec no longer releases held calls. // So now if the user wants to release a HELD call, now we are calling the // sAT_PlusCHLD(..) function with CHLD_MOD_RelAnySpec as the parameter. cmd_hold = MFW_CM_TERMINATED; sprintf(callId, "%d", call_number); // Feb 27, 2006 REF:DR OMAPS00067884 x0039928 // Fix : sAT_PercentCHLD() is called if the mode > CHLD_MOD_RelDialCall if (sAT_PercentCHLD(CMD_SRC_LCL, CHLD_MOD_RelAnySpec, callId) != AT_EXCT) return CM_ERROR; return CM_OK; } return CM_ERROR; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_force_disconnect | +--------------------------------------------------------------------+ PURPOSE : Disconnection of any call existent needed for Multiparty and some structured procedures call termination in state U9 */ void cm_force_disconnect(void) { T_ACI_RETURN res; TRACE_FUNCTION("cm_force_disconnect()"); res = sAT_H(CMD_SRC_LCL); if (res != AT_EXCT && res != AT_CMPL) TRACE_ERROR("satReject() error"); return; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ok_disconnect | +--------------------------------------------------------------------+ PURPOSE : indicates disconnection from called party; sends E_CM_DISCONNECT to mmi */ #ifdef FF_2TO1_PS void cm_ok_disconnect(T_ACI_CMD_SRC src, SHORT call_id) { T_CAUSE_ps_cause cause; /* Marcus: Extended error reporting: 12/11/2002 */ T_MFW_CM_DISCONNECT_ALL disconnect_all; TRACE_FUNCTION("cm_ok_disconnect()"); TRACE_EVENT_P4("dis_connect.call_number %d, cmd_hold %d, src %d, call_id %d", dis_connect.call_number, cmd_hold, src, call_id); /* Marcus: CCBS: 14/11/2002: Start */ if (cmd_hold == MFW_CM_CCBS_REGISTER) { /* Rejecting the offered CCBS registration */ TRACE_EVENT("cmd_hold == MFW_CM_CCBS_REGISTER"); cmd_hold = 0; cm_ccbs_ok(); return; } /* Marcus: CCBS: 14/11/2002: End */ if (cmd_hold == MFW_CM_MPTY_TERMINATED) dis_connect.call_number = 0; //Nov 02, 2005 DR OMAPS00052132 xdeepadh //The usage of ATI enum is put under the flag FF_ATI #if defined (FF_ATI) || defined (NEPTUNE_BOARD) else if (src EQ CMD_SRC_ATI_1) /* NM Berlin/UK integration 21.09.01 */ { dis_connect.call_number = call_id; } #endif /* send event */ qAT_PlusCEER( CMD_SRC_LCL, &cause); /* Marcus: Extended error reporting: 12/11/2002: Start */ // TRACE_EVENT_P1("qAT_PlusCEER(%04X)", cause); if (cause.ctrl_value != CAUSE_is_from_nwcc) { /* Treat Condat defined cause values as if no cause given */ dis_connect.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ dis_connect.cause = cause.value.nwcc_cause; } TRACE_EVENT_P1("dis_connect.cause = %02X)", dis_connect.cause); /* Marcus: Extended error reporting: 12/11/2002: End */ /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; if (cmd_hold EQ MFW_CM_DISCONNECT_ALL) { disconnect_all.result = CM_DISCONNECT_ALL_RESULT_OK; if (cause.ctrl_value != CAUSE_is_from_nwcc) { /* Treat Condat defined cause values as if no cause given */ disconnect_all.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ disconnect_all.cause = cause.value.nwcc_cause; } cm_signal(E_CM_DISCONNECT_ALL,&disconnect_all); } else cm_signal(E_CM_DISCONNECT, &dis_connect); cmd_hold = 0; } #else void cm_ok_disconnect(T_ACI_CMD_SRC src, SHORT call_id) { USHORT cause; /* Marcus: Extended error reporting: 12/11/2002 */ T_MFW_CM_DISCONNECT_ALL disconnect_all; TRACE_FUNCTION("cm_ok_disconnect()"); TRACE_EVENT_P4("dis_connect.call_number %d, cmd_hold %d, src %d, call_id %d", dis_connect.call_number, cmd_hold, src, call_id); /* Marcus: CCBS: 14/11/2002: Start */ if (cmd_hold == MFW_CM_CCBS_REGISTER) { /* Rejecting the offered CCBS registration */ TRACE_EVENT("cmd_hold == MFW_CM_CCBS_REGISTER"); cmd_hold = 0; cm_ccbs_ok(); return; } /* Marcus: CCBS: 14/11/2002: End */ if (cmd_hold == MFW_CM_MPTY_TERMINATED) dis_connect.call_number = 0; //Nov 02, 2005 DR OMAPS00052132 xdeepadh //The usage of ATI enum is put under the flag FF_ATI #ifdef FF_ATI else if (src EQ CMD_SRC_ATI_1) //NM Berlin/UK integration 21.09.01 { dis_connect.call_number = call_id; } #endif //FF_ATI /* send event */ qAT_PlusCEER( CMD_SRC_LCL, &cause); /* Marcus: Extended error reporting: 12/11/2002: Start */ TRACE_EVENT_P1("qAT_PlusCEER(%04X)", cause); if (GET_CAUSE_DEFBY(cause) == DEFBY_CONDAT) { /* Treat Condat defined cause values as if no cause given */ dis_connect.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ dis_connect.cause = GET_CAUSE_VALUE(cause); } TRACE_EVENT_P1("dis_connect.cause = %02X)", dis_connect.cause); /* Marcus: Extended error reporting: 12/11/2002: End */ /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; if (cmd_hold EQ MFW_CM_DISCONNECT_ALL) { disconnect_all.result = CM_DISCONNECT_ALL_RESULT_OK; if (GET_CAUSE_DEFBY(cause) == DEFBY_CONDAT) { /* Treat Condat defined cause values as if no cause given */ disconnect_all.cause = NOT_PRESENT_8BIT; } else { /* Standards defined cause value is given */ disconnect_all.cause = GET_CAUSE_VALUE(cause); } cm_signal(E_CM_DISCONNECT_ALL,&disconnect_all); } else cm_signal(E_CM_DISCONNECT, &dis_connect); cmd_hold = 0; } #endif /* Marcus: CCBS: 14/11/2002: Start */ /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_error_disconnect | +--------------------------------------------------------------------+ PURPOSE : indicates failed disconnection */ void cm_error_disconnect(void) { TRACE_FUNCTION ("cm_error_disconnect()"); if (cmd_hold == MFW_CM_DISCONNECT_ALL) { TRACE_EVENT("cmd_hold == MFW_CM_DISCONNECT_ALL"); cmd_hold = 0; } /* Marcus: CCBS: 14/11/2002: Start */ if (cmd_hold == MFW_CM_CCBS_REGISTER) { TRACE_EVENT("cmd_hold == MFW_CM_CCBS_REGISTER"); /* Rejecting the offered CCBS registration */ cmd_hold = 0; cm_ccbs_error(); } } /* Marcus: CCBS: 14/11/2002: End */ /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_command | +--------------------------------------------------------------------+ PURPOSE : */ T_MFW cm_command(SHORT call_number, UBYTE command, UBYTE crss_string) { CHAR callId[5]; UBYTE res; SHORT retVal, modeRetVal; // xnkulkar SPR-18262: Added "modeRetVal" to store the return value of "mfw_cbuf_put_mode ()" TRACE_FUNCTION ("cm_command()"); // JP PATCH cmd_hold = 0; // END PATCH cmd.call_number = call_number; cmd.command = command; switch (command) { case CM_HOLD: case CM_SWAP: case CM_RETRIEVE: case CM_SWAP_MULTIPARTY: case CM_HOLD_MULTIPARTY: case CM_RETRIEVE_MULTIPARTY: /* place all active calls on held and accept held or waiting call */ if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_HldActAndAcpt, 0) != AT_EXCT) return FALSE; break; case CM_BUILD_MULTIPARTY: if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_AddHld, 0)!= AT_EXCT) return FALSE; break; case CM_SPLIT_MULTIPARTY: if (call_number <= 0) return FALSE; sprintf(callId, "%d", call_number); if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_HldActExc, callId)!= AT_EXCT) return FALSE; break; case CM_ETC: /* connects two calls and disconnects the subsrciber from both calls */ if (sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_Ect, 0) != AT_EXCT) return FALSE; break; case CM_CALL_DEFLECTION: break; case CM_CCBS: TRACE_EVENT("CM_CCBS"); sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_Ccbs, 0); break; case CM_MODIFY: break; case CM_DTMF_ACTIVE: // xnkulkar SPR-18262 // If there is a DTMF tone command already in the queue, add the current tone also // in the queue (with start mode). While attempting to send a tone, if the request is not successful, // add the DTMF request to the queue. Also, start adding to the queue if we are expecting an acknowledgement // (rAT_OK) for the previous DTMF tone request sent. if (mfw_cbuf_num_elements(mfw_cm_dtmf_q_id) != 0) { /* ** There are already DTMF tones queued to be sent, so queue this request too along with the mode (Start). */ modeRetVal = mfw_cbuf_put_mode(mfw_cm_dtmf_q_id, VTS_MOD_ManStart); retVal = mfw_cbuf_put(mfw_cm_dtmf_q_id, &crss_string); // If the return values are negative, attempt to Queue the DTMF request failed if (retVal < 0 || modeRetVal < 0) { TRACE_EVENT_P1("ERROR : mfw_cbuf_put failed with error %d", retVal); TRACE_EVENT_P1("ERROR : mfw_cbuf_put_mode failed with error %d", modeRetVal); /* ** Failed to Queue the DTMF request. */ return(FALSE); } } else { //xnkulkar 18262 // While attempting to send a tone, if the command is not successfully completed, add // the request to the queue. After sending a DTMF tone comand, set the variable expectRatOk to true. // This will be reset only when all the DTMF tones in queue are sent. if ( expectRatOk == TRUE || sAT_PlusVTS(CMD_SRC_LCL, (CHAR)crss_string, VTS_MOD_ManStart) != AT_EXCT) { /* ** The attempt to send an immediate DTMF failed. ** Add the failed attempt onto the DTMF queue and wait. */ // xnkulkar 18262 // Also store the "mode"(Start), in which the DTMF tone has to be sent. // This is stored in the queue in an array. modeRetVal = mfw_cbuf_put_mode(mfw_cm_dtmf_q_id, VTS_MOD_ManStart); retVal = mfw_cbuf_put(mfw_cm_dtmf_q_id, &crss_string); if (retVal < 0 || modeRetVal < 0 ) { TRACE_EVENT_P1("ERROR : mfw_cbuf_put failed with error %d", retVal); TRACE_EVENT_P1("ERROR : mfw_cbuf_put_mode failed with error %d", modeRetVal); /* ** Failed to Queue the DTMF request. */ return(FALSE); } } expectRatOk = TRUE; // xnkulkar SPR-18262: Set this flag to TRUE } currCmd = AT_CMD_VTS; break; case CM_DTMF_INACTIVE: // xnkulkar SPR-18262 // If there is a DTMF tone command already in the queue, add the current tone also // in the queue (with stop mode). While attempting to send a tone, if the request is not successful, // add the DTMF request to the queue. Also, start adding to the queue if we are expecting an acknowledgement // (rAT_OK) for the previous DTMF tone request sent. if (mfw_cbuf_num_elements(mfw_cm_dtmf_q_id) != 0) { /* ** There are already DTMF tones queued to be sent, so queue this request too along with the mode (Stop). */ modeRetVal = mfw_cbuf_put_mode(mfw_cm_dtmf_q_id, VTS_MOD_ManStop); retVal = mfw_cbuf_put(mfw_cm_dtmf_q_id, &crss_string); if (retVal < 0 || modeRetVal < 0) { TRACE_EVENT_P1("ERROR : mfw_cbuf_put failed with error %d", retVal); TRACE_EVENT_P1("ERROR : mfw_cbuf_put_mode failed with error %d", modeRetVal); /* ** Failed to Queue the DTMF request. */ return(FALSE); } } else { if (expectRatOk == TRUE || sAT_PlusVTS(CMD_SRC_LCL, (CHAR)crss_string, VTS_MOD_ManStop) != AT_EXCT) { /* ** The attempt to send an immediate DTMF failed. ** Add the failed attempt onto the DTMF queue and wait. */ modeRetVal = mfw_cbuf_put_mode(mfw_cm_dtmf_q_id, VTS_MOD_ManStop); retVal = mfw_cbuf_put(mfw_cm_dtmf_q_id, &crss_string); if (retVal < 0 || modeRetVal < 0) { TRACE_EVENT_P1("ERROR : mfw_cbuf_put failed with error %d", retVal); TRACE_EVENT_P1("ERROR : mfw_cbuf_put_mode failed with error %d", modeRetVal); /* ** Failed to Queue the DTMF request. */ return(FALSE); } } expectRatOk = TRUE; //xnkulkar SPR-18262: set this flag to TRUE } res = TRUE; cm_signal(E_CM_DTMF, &res); break; case CM_DTMF_AUTO: if (mfw_cbuf_num_elements(mfw_cm_dtmf_q_id) != 0) { /* ** There are already DTMF tones queued to be sent, so queue this request to. */ modeRetVal = mfw_cbuf_put_mode(mfw_cm_dtmf_q_id, VTS_MOD_Auto); retVal = mfw_cbuf_put(mfw_cm_dtmf_q_id, &crss_string); if (retVal < 0 || modeRetVal < 0) { TRACE_EVENT_P1("ERROR : mfw_cbuf_put failed with error %d", retVal); TRACE_EVENT_P1("ERROR : mfw_cbuf_put_mode failed with error %d", modeRetVal); /* ** Failed to Queue the DTMF request. */ return(FALSE); } } else { if (sAT_PlusVTS(CMD_SRC_LCL, (CHAR)crss_string, VTS_MOD_Auto) != AT_EXCT) { /* ** The attempt to send an immediate DTMF failed. ** Add the failed attempt onto the DTMF queue and wait. */ modeRetVal = mfw_cbuf_put_mode(mfw_cm_dtmf_q_id, VTS_MOD_Auto); retVal = mfw_cbuf_put(mfw_cm_dtmf_q_id, &crss_string); if (retVal < 0 || modeRetVal < 0) { TRACE_EVENT_P1("ERROR : mfw_cbuf_put failed with error %d", retVal); TRACE_EVENT_P1("ERROR : mfw_cbuf_put_mode failed with error %d", modeRetVal); /* ** Failed to Queue the DTMF request. */ return(FALSE); } } } break; default: break; } return TRUE; } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : send_queued_dtmf_tone | +--------------------------------------------------------------------+ PURPOSE : Check the DTMF Queue and if required send the next DTMF Tone Request. */ static void send_queued_dtmf_tone(void) { SHORT retVal; UBYTE qdtmf; //xnkulkar SPR-18262: Added these variables to store the Mode T_ACI_VTS_MOD vts_mode = VTS_MOD_NotPresent; TRACE_FUNCTION("send_queued_dtmf_tone()"); // If there are DTMF tones to be sent in the queue if (mfw_cbuf_num_elements(mfw_cm_dtmf_q_id) > 0) { // Get the mode (Start / Stop) corresponding to the DTMF tone vts_mode = (T_ACI_VTS_MOD)mfw_cbuf_get_mode(mfw_cm_dtmf_q_id); // Get the DTMF key for which the tone is to be sent from the queue retVal = mfw_cbuf_get(mfw_cm_dtmf_q_id, &qdtmf); if (retVal > 0) { if (sAT_PlusVTS(CMD_SRC_LCL, (CHAR)qdtmf, vts_mode) != AT_EXCT) { /* ** The attempt to send an immediate DTMF failed */ TRACE_EVENT("ERROR : Attempt to send a queued DTMF tone failed!!!!"); } } else { TRACE_EVENT_P1("ERROR : mfw_cbuf_get failed with error value %d", retVal); } } else { // xnkulkar SPR-18262: if number of elements in queue is zero, we can start sending // DTMF so reset this variable. expectRatOk = FALSE; } } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_ok_dtmf | +--------------------------------------------------------------------+ PURPOSE : DTMF activation is successful. */ void cm_ok_dtmf(void) { UBYTE res; currCmd = AT_CMD_NONE; res = TRUE; cm_signal(E_CM_DTMF, &res); send_queued_dtmf_tone(); return; } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_error_tdmf | +--------------------------------------------------------------------+ PURPOSE : DTMF activation is failed. */ void cm_error_dtmf(void) { UBYTE res; currCmd = AT_CMD_NONE; res = FALSE; cm_signal(E_CM_DTMF, &res); send_queued_dtmf_tone(); } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_result_cmd | +--------------------------------------------------------------------+ PURPOSE : Acknowledgement for the requested ss command. */ void cm_result_cmd(T_ACI_CMD_SRC src, UBYTE result) { SHORT call_number; TRACE_EVENT_P1("cm_result_cmd(), cmd_hold = %d", cmd_hold); /* MC changed all the "if"s to a switch to allow default 11/04/02*/ switch (cmd_hold) { case MFW_CM_MT_REJECT: break; /* CONQUEST 6040- MC- put a break in the case so no action taken*/ case MFW_CM_MPTY_TERMINATED: case MFW_CM_TERMINATED: { if (result EQ Present) cm_ok_disconnect(CMD_SRC_LCL, 0); return; } // break; // RAVI case MFW_CM_MT_ACCEPT: { /* * active call on hold, accept new incoming call */ cmd_hold = 0; if (result EQ Present) /* * Call on hold was successful */ cm_ok_connect(); else { if (cm_search_callId(CAL_STAT_Active, &call_number) != CM_OK) return; cmd.call_number = call_number; cc_id = 0; // ??? } } break; case MFW_CM_HOLD_AND_DIAL: { /* * active call on hold, accept new incoming call */ cmd_hold = 0; if (result EQ Present) /* * Call on hold was successful */ cm_ok_connect(); else { if (cm_search_callId(CAL_STAT_Active, &call_number) != CM_OK) return; cmd.call_number = call_number; cc_id = 0; // ??? } } break; case MFW_CM_1_SEND: { cmd_hold = 0; if (result == Present) { // MMI-SPR 13873 xkundadu // Handling of 1SEND // If the user presses 1SEND, release active calls and accept // the WAITING call if (dis_connect.call_number NEQ -1) { // If there is an active call, disconnect it. cm_ok_disconnect(CMD_SRC_LCL, 0); } if (!cmd.call_number) { // If there is waiting call, accept the call cm_ok_connect(); } cmd.call_number = -1; } } break; /* Marcus: CCBS: 14/11/2002: Start */ case MFW_CM_CCBS_REGISTER: TRACE_EVENT("MFW_CM_CCBS_REGISTER"); cmd_hold = 0; if (result == Present) { TRACE_EVENT("result == Present"); cm_ccbs_ok(); } else /* result is NotPresent */ { TRACE_EVENT("result != Present"); cm_ccbs_error(); } return; case MFW_CM_CCBS_RECALL: TRACE_EVENT("MFW_CM_CCBS_RECALL"); cmd_hold = 0; if (result == Present) { TRACE_EVENT("result == Present"); cm_ccbs_ok(); } else /* result is NotPresent */ { TRACE_EVENT("result != Present"); cm_ccbs_error(); } return; /* Marcus: CCBS: 14/11/2002: Start */ default:/*For other command types ensure correct result is passed up to BMI*/ { cmd.result = result; } break; } #if defined (WIN32) { char buf[40]; sprintf (buf, "Event CM_COMMAND for %d", cmd.call_number); TRACE_EVENT (buf); sprintf (buf, "Result %d Command %d",cmd.result, cmd.command); TRACE_EVENT (buf); } #endif cmd.result = result; cm_signal(E_CM_COMMAND, &cmd); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_cvt_speed_type | +--------------------------------------------------------------------+ PURPOSE : This function is used to convert the type of data rate used by MFW to the type of data rate used by ACI. */ LOCAL T_ACI_BS_SPEED cm_cvt_speed_type ( T_MFW_CM_DATA_SPEED speed ) { switch ( speed ) { case ( SPEED_300 ): return BS_SPEED_300_V110; case ( SPEED_1200 ): return BS_SPEED_1200_V110; case ( SPEED_2400 ): return BS_SPEED_2400_V110; case ( SPEED_4800 ): return BS_SPEED_4800_V110; case ( SPEED_9600 ): return BS_SPEED_9600_V110; case ( SPEED_14400 ): return BS_SPEED_14400_V110; default: return BS_SPEED_NotPresent; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_cvt_bs_type | +--------------------------------------------------------------------+ PURPOSE : This function is used to convert the type of bearer service used by MFW to the type of bearer service used by ACI. */ LOCAL T_ACI_CBST_NAM cm_cvt_bs_type ( T_MFW_CM_BS bs ) { switch ( bs ) { case ( Asynch ): return CBST_NAM_Asynch; case ( Synch ): return CBST_NAM_Synch; default: return CBST_NAM_NotPresent; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_cvt_ce_type | +--------------------------------------------------------------------+ PURPOSE : This function is used to convert the data mode used by MFW to the data mode used by ACI. */ LOCAL T_ACI_CBST_CE cm_cvt_ce_type ( T_MFW_CM_CE ce ) { switch ( ce ) { case ( Transparent ): return CBST_CE_Transparent; case ( NonTransparent ): return CBST_CE_NonTransparent; default: return CBST_CE_NotPresent; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_set_bc_para | +--------------------------------------------------------------------+ PURPOSE : Set bearer parameter for mobile originated calls. */ void cm_set_bc_para(T_MFW_CM_BC_PARA * bc, UBYTE ti) { TRACE_FUNCTION ("cm_set_bc_para()"); sAT_PlusCBST(CMD_SRC_LCL, cm_cvt_speed_type ((T_MFW_CM_DATA_SPEED)bc->rate), cm_cvt_bs_type ((T_MFW_CM_BS)bc->bearer_serv), cm_cvt_ce_type ((T_MFW_CM_CE)bc->conn_elem)); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_notify | +--------------------------------------------------------------------+ PURPOSE : Change of SS status from call party. */ void cm_notify(T_ACI_CSSU_CODE code, SHORT index, UBYTE *number) { char debug[50]; sprintf(debug,"cm_notify(), code:%d, index:%d" , code, index); TRACE_EVENT(debug); if (number) notify.call_number = index; if (code == CSSU_CODE_OnHold) notify.notification = MFW_CM_HOLD; if (code == CSSU_CODE_Retrieved) notify.notification = MFW_CM_RETRIEVED; cm_signal(E_CM_NOTIFY, ¬ify); } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_get_aoc_value | +--------------------------------------------------------------------+ PURPOSE : Getting AoC (advice of charge) value. */ T_MFW cm_get_aoc_value(UBYTE request_type, T_MFW_CM_AOC_INFO *aoc_info) { T_ACI_RPCT_VAL rpuct; TRACE_FUNCTION ("cm_get_aoc_value()"); switch (request_type) { /* Price pro unit and currency table */ case CM_AOC_PUCT: if (qAT_PlusCPUC(CMD_SRC_LCL, (CHAR *)aoc_info->cur, (CHAR *)aoc_info->ppu) == AT_CMPL) { aoc_info->requested_type = CM_AOC_PUCT; return CM_OK; } else return CM_NO_AOC; // break; // RAVI /* maximum value of accumulated Call Meter */ case CM_AOC_ACMMAX: if (qAT_PlusCAMM(CMD_SRC_LCL, &aoc_info->acm_max) == AT_CMPL) { aoc_info->requested_type = CM_AOC_ACMMAX; return CM_OK; } else return CM_NO_AOC; // break; // RAVI /* Accumulated Call Meter */ case CM_AOC_ACM: if (qAT_PlusCACM(CMD_SRC_LCL, &aoc_info->acm) == AT_CMPL) { aoc_info->requested_type = CM_AOC_ACM; return CM_OK; } else return CM_NO_AOC; // break; // RAVI case CM_AOC_CCM: if (qAT_PlusCAOC(CMD_SRC_LCL, &aoc_info->ccm) == AT_CMPL) { aoc_info->requested_type = CM_AOC_CCM; return CM_OK; } else return CM_NO_AOC; // break; // RAVI case CM_AOC_TIMERS: if (qAT_PercentCTV(CMD_SRC_LCL, &aoc_info->actual_call_timer) == AT_CMPL) { aoc_info->requested_type = CM_AOC_TIMERS; return CM_OK; } else return CM_NO_AOC; // break; // RAVI case CM_AOC_CCM_PUCT: if (qAT_PercentCAOC(CMD_SRC_LCL, (CHAR *)aoc_info->cur, (CHAR *)aoc_info->ccm_puct) == AT_CMPL) { aoc_info->requested_type = CM_AOC_CCM_PUCT; return CM_OK; } else return CM_NO_AOC; // break; // RAVI case CM_AOC_ACM_PUCT: if (qAT_PercentCACM(CMD_SRC_LCL, (CHAR *)aoc_info->cur, (CHAR *)aoc_info->acm_puct) == AT_CMPL) { aoc_info->requested_type = CM_AOC_ACM_PUCT; return CM_OK; } else return CM_NO_AOC; case CM_AOC_RAW_PUCT: if (qAT_PercentRPCT(CMD_SRC_LCL, &rpuct) == AT_CMPL) { aoc_info->requested_type = CM_AOC_RAW_PUCT; strncpy((char *)aoc_info->cur, (char *)rpuct.currency, MAX_CUR_LEN); aoc_info->eppu = rpuct.eppu; aoc_info->exp = rpuct.exp; aoc_info->sexp = rpuct.sexp; return CM_OK; } else return CM_NO_AOC; // break; // RAVI default: return CM_NO_AOC; } } /* +----------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_reset_aoc_value | +----------------------------------------------------------------------+ PURPOSE : Setting AoC (advice of charge) value. */ T_MFW cm_set_aoc_value(UBYTE request_type, T_MFW_CM_AOC_INFO *aoc_info, UBYTE *pwd) { TRACE_FUNCTION ("cm_reset_aoc_value()"); switch (request_type) { case CM_AOC_PUCT: if (sAT_PlusCPUC(CMD_SRC_LCL, (CHAR *)aoc_info->cur, (CHAR *)aoc_info->ppu, (CHAR *)pwd) != AT_EXCT) return CM_ERROR; break; case CM_AOC_ACMMAX: if (sAT_PlusCAMM(CMD_SRC_LCL, aoc_info->acm_max, (CHAR *)pwd) != AT_EXCT) return CM_ERROR; break; case CM_AOC_ACM: if (sAT_PlusCACM(CMD_SRC_LCL, (CHAR *)pwd) != AT_EXCT) return CM_ERROR; break; default: return CM_ERROR; } return CM_OK; } /* +----------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_cvt_cmd | +----------------------------------------------------------------------+ PURPOSE : Convert AoC command */ UBYTE cm_cvt_cmd(T_ACI_AT_CMD cmdId) { switch (cmdId) { case AT_CMD_CACM: return CM_AOC_ACM; case AT_CMD_CAMM: return CM_AOC_ACMMAX; case AT_CMD_CPUC: return CM_AOC_PUCT; default: return CM_AOC_UNKNOWN; } } /* +----------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_ok_aoc | +----------------------------------------------------------------------+ PURPOSE : Setting AoC is successful. */ void cm_ok_aoc(T_ACI_AT_CMD cmdId) { T_MFW_CM_AOC_CNF aoc_cnf; aoc_cnf.requested_type = cm_cvt_cmd(cmdId); aoc_cnf.result = CM_AOC_CONF_OK; cm_signal(E_CM_AOC_CNF, &aoc_cnf); } /* +----------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_error_aoc | +----------------------------------------------------------------------+ PURPOSE : Setting AoC is failure. */ void cm_error_aoc(T_ACI_AT_CMD cmdId, T_ACI_CME_ERR reason) { T_MFW_CM_AOC_CNF aoc_cnf; aoc_cnf.requested_type = cm_cvt_cmd(cmdId); aoc_cnf.result = CM_AOC_CONF_UNKNOWN; if (reason EQ CME_ERR_SimPin2Req) aoc_cnf.result = CM_AOC_CONF_SIMPIN2REQ; if (reason EQ CME_ERR_WrongPasswd) aoc_cnf.result = CM_AOC_CONF_WRONGPASSWD; if (reason EQ CME_ERR_OpNotAllow) aoc_cnf.result = CM_AOC_CONF_OPNOTALLOW; if (reason EQ CME_ERR_AcmResetNeeded) aoc_cnf.result = CM_AOC_CONF_ACMRESETNEEDED; cm_signal(E_CM_AOC_CNF, &aoc_cnf); } /* +-----------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : rAT_PercentCTV | +-----------------------------------------------------------------+ PURPOSE : manage timer in every second */ void rAT_PercentCTV() { TRACE_FUNCTION("rAT_PercentCTV()"); cm_signal(E_CM_TIMER_EVERY_SECOND, 0); } /* +-----------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : rAT_PlusCCCM | +-----------------------------------------------------------------+ PURPOSE : */ void rAT_PlusCCCM(LONG *ccm) { T_MFW_CM_AOC_INFO aoc_info; T_ACI_RPCT_VAL rpuct; TRACE_FUNCTION("rAT_PlusCCCM()"); memset(&aoc_info, 0, sizeof(T_MFW_CM_AOC_INFO)); qAT_PlusCAMM(CMD_SRC_LCL, &aoc_info.acm_max); qAT_PlusCACM(CMD_SRC_LCL, &aoc_info.acm); aoc_info.ccm = *ccm; qAT_PercentCTV(CMD_SRC_LCL, &aoc_info.actual_call_timer); qAT_PercentRPCT(CMD_SRC_LCL, &rpuct); strncpy((char *)aoc_info.cur, (char *)rpuct.currency, MAX_CUR_LEN); aoc_info.requested_type = CM_AOC_CCM; aoc_info.eppu = rpuct.eppu; aoc_info.exp = rpuct.exp; aoc_info.sexp = rpuct.sexp; cm_signal(E_CM_AOC, &aoc_info); } /* +----------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_set_redial | +----------------------------------------------------------------+ PURPOSE : Set redial mode (automatic/manual). */ void cm_set_redial(UBYTE redial_mode) { // U8 version; // RAVI // Apr 14, 2005 REF: CRR 29991 xpradipg // local definition #ifdef FF_MMI_OPTIM T_MFW_CM_BLACKLIST_LIST black_list; #endif TRACE_FUNCTION ("cm_set_redial()"); if (redial_mode == CM_REDIAL_BLACKLIST) { memset(&black_list, 0, sizeof(T_MFW_CM_BLACKLIST_LIST)); // Apr 14, 2005 REF: CRR 29991 xpradipg // reset the file contents #ifdef FF_MMI_OPTIM if(flash_MMI_blackList_write((U8 *)&black_list, sizeof(T_MFW_CM_BLACKLIST_LIST),0) < 0) TRACE_FUNCTION(" Error writing into file"); #endif return; } if (redial_mode == CM_REDIAL_OFF || redial_mode == CM_REDIAL_AUTO || redial_mode == CM_REDIAL_MANU) { redial_stat = redial_mode; /* write redialing mode to EEPROM */ FFS_flashData.redial_mode =redial_mode; flash_write(); } } /* +---------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_get_redial_mode | +---------------------------------------------------------------------+ PURPOSE : Request the setting of redial mode (automatic/manual). */ T_MFW cm_get_redial_mode(void) { return redial_stat; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_stop_redialTim | +--------------------------------------------------------------------+ PURPOSE : Stop redialing time. */ void cm_stop_redialTim(void) { if (!redial_count) timStop(redialTim1); if (redial_count >= 1 AND redial_count <= 3) timStop(redialTim24); if (redial_count >= 4 AND redial_count < MAX_REDIAL_ATTEMPT) timStop(redialTim5); redial_count = 0; rdl.left_attempts = 0; /* reset the counter */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cc_stat.type = MFW_CALL_FREE; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_redial_abort | +--------------------------------------------------------------------+ PURPOSE : Stop redialing from MMI. */ void cm_redial_abort(void) { TRACE_FUNCTION ("cm_redial_abort()"); if (call_stat == REDIALING_CALL OR call_stat == OUTGOING_CALL) cm_stop_redialTim(); rdl.redial_mode = CM_REDIAL_ABORTED; cm_signal(E_CM_REDIAL, &rdl); } /* +---------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_autoredial_start | +---------------------------------------------------------------------+ PURPOSE : start autoredial. */ void cm_autoredial_start(void) { timStart(redialTim1); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_redial_timeout | +--------------------------------------------------------------------+ PURPOSE : Call back from system clock for redialing time interval. */ static int cm_redial_timeout(MfwEvt e, MfwTim *t) { CHAR number[MFW_NUM_LEN+MAX_LEN+1]; int max_num_size = MFW_NUM_LEN+MAX_LEN+1; TRACE_FUNCTION ("cm_redial_timeout()"); memset(number, 0, sizeof(number)); mfwStrncpy(number, (CHAR *)cc_stat.prefix, max_num_size); max_num_size -= strlen((char *)cc_stat.prefix); if ((cc_stat.ton EQ MFW_TON_INTERNATIONAL) AND (cc_stat.number[0] != '+')) { strcat(number, "+"); max_num_size--; } strncat(number, (CHAR *)cc_stat.number, max_num_size); switch (redial_stat) { case CM_REDIAL_AUTO: if (sAT_Dn(CMD_SRC_LCL, (CHAR *)number, D_CLIR_OVRD_Default, D_CUG_CTRL_NotPresent, D_TOC_Voice) NEQ AT_EXCT) { TRACE_ERROR("sAT_Dn error"); return 0; } call_stat = OUTGOING_CALL; cm_search_callId(CAL_STAT_Dial, &cc_stat.call_number); cc_stat.type = REDIALING_CALL; rdl.redial_mode = CM_REDIAL_ATTEMPT; rdl.call_id = cc_stat.call_number; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN); // strcpy((char *)rdl.subaddr, (char *)cc_stat.subaddr); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; redial_count++; rdl.left_attempts = MAX_REDIAL_ATTEMPT - redial_count; cm_signal(E_CM_REDIAL, &rdl); return 1; case CM_REDIAL_MANU: rdl.redial_mode = CM_REDIAL_MANU; mfwStrncpy((char *)rdl.number, (char *)cc_stat.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ rdl.name.len = cc_stat.name.len; memcpy(rdl.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)rdl.name, (char *)cc_stat.name, MFW_TAG_LEN); #endif rdl.ton = cc_stat.ton; rdl.type = cc_stat.mode; rdl.left_attempts = MAX_REDIAL_ATTEMPT - redial_count; cm_signal(E_CM_REDIAL, &rdl); return 1; default: return 0; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_redial | +--------------------------------------------------------------------+ PURPOSE : Start the manual redialing. */ void cm_redial() { char buf[80]; int max_buf_size = sizeof(buf); TRACE_FUNCTION ("cm_redial()"); buf[0] = '\0'; mfwStrncpy(buf, (char *)cc_stat.prefix, max_buf_size); max_buf_size -= strlen((char *)cc_stat.prefix); if ((cc_stat.ton EQ MFW_TON_INTERNATIONAL) AND (cc_stat.number[0] != '+')) { strcat(buf, "+"); max_buf_size--; } strncat(buf, (char *)cc_stat.number, max_buf_size); if (sAT_Dn(CMD_SRC_LCL, buf, -1, -1, D_TOC_Voice) NEQ AT_EXCT) { TRACE_ERROR("sAT_Dn error"); } call_stat = OUTGOING_CALL; cc_stat.type = REDIALING_CALL; redial_count++; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_redial_get_count | +--------------------------------------------------------------------+ PURPOSE : returns the counter of call attempt */ UBYTE cm_redial_get_count(void) { return redial_count; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_cvt_call_status | +--------------------------------------------------------------------+ PURPOSE : Convert the call status. */ LOCAL T_MFW_CM_CALL_STAT cm_cvt_call_status( T_ACI_CAL_STAT stat ) { switch ( stat ) { case ( CAL_STAT_Held ): return CALL_HELD; case ( CAL_STAT_Active ): return CALL_ACTIVE; case ( CAL_STAT_Wait ): return CALL_WAIT; case ( CAL_STAT_Dial ): return CALL_DIAL; case (CAL_STAT_Alerting): return CALL_ALERT; case (CAL_STAT_DeactiveReq): return CALL_DEACTIVE; default: return NOT_PRESENT; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_cvt_call_status | +--------------------------------------------------------------------+ PURPOSE : Request the call status. */ T_MFW_CM_CALL_TYPE cm_cvt_call_mode( T_ACI_CAL_MODE type ) { TRACE_EVENT_P1("cm_cnt_call_mode %d", type); switch ( type ) { case ( CAL_MODE_Voice ): return VOICE_CALL; case ( CAL_MODE_Data ): return DATA_CALL; case ( CAL_MODE_Fax ): return FAX_CALL; case (CAL_MODE_VFD_Voice): return VFD_VOICE; case (CAL_MODE_VAD_Voice): return VAD_VOICE; case (CAL_MODE_VAF_Voice): return VAF_VOICE; case (CAL_MODE_VFD_Data): return VFD_DATA; case (CAL_MODE_VAD_Data): return VAD_DATA; case (CAL_MODE_VAF_Fax): return VAF_FAX; default: return NONE_TYPE; } } T_MFW_CM_CALL_DIR cm_cvt_call_direction( T_ACI_CAL_TYPE type ) { TRACE_EVENT_P1("cm_cvt_call_direction %d", type); switch ( type ) { case ( CAL_TYPE_NotPresent): return MFW_CM_INV_DIR; case ( CAL_TYPE_MOC): return MFW_CM_MOC; case ( CAL_TYPE_MTC): return MFW_CM_MTC; default: return MFW_CM_INV_DIR; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_status | +--------------------------------------------------------------------+ PURPOSE : Request the call status. */ int cm_status(SHORT call_number, T_MFW_CM_STATUS *status, UBYTE num) { UBYTE cnt; int i; // Apr 06 2005 REF: CRR 29989 xpradipg // define and allocate memory #ifdef FF_MMI_OPTIM T_ACI_CAL_ENTR *call_tab;//[MAX_CALL_NR]; call_tab = (T_ACI_CAL_ENTR*)mfwAlloc(sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); if( NULL == call_tab) return 0; #endif cnt = 0; qAT_PercentCAL(CMD_SRC_LCL, call_tab); if (call_number > 0) { for (i=0; i<MAX_CALL_NR; i++) { if (call_tab[i].index == call_number) { status[0].call_number = call_tab[i].index; status[0].stat = cm_cvt_call_status(call_tab[i].status); status[0].type = cm_cvt_call_mode(call_tab[i].calMode); status[0].mtpy = (T_MFW_MTPY_MEMBER)call_tab[i].mpty; status[0].call_direction = cm_cvt_call_direction(call_tab[i].calType); if (call_tab[i].number != NULL) { mfwStrncpy((char *)status[0].number, call_tab[i].number, MFW_NUM_LEN); status[0].ton = phb_cvtTon(call_tab[i].type.ton); } else memset(status[0].number, '\0', MFW_NUM_LEN); #ifdef NO_ASCIIZ status[0].name.len = call_tab[i].alpha.len; if (call_tab[i].alpha.len) memcpy(status[0].name.data, call_tab[i].alpha.data, call_tab[i].alpha.len); else //We'll also zero the string. memset(status[0].name.data, '\0', PHB_MAX_LEN); #else if (call_tab[i].alpha != NULL) mfwStrncpy((char *)status[0].name, call_tab[i].alpha, MFW_TAG_LEN); else memset(status[0].name, '\0', MFW_TAG_LEN); #endif cnt = 1; break; } } // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return cnt; } if (!call_number) { for (i=0; i<MAX_CALL_NR; i++) { if ((call_tab[i].index EQ -1) OR cnt > num) break; if (call_tab[i].status != CAL_STAT_NotPresent) { status[cnt].call_number = call_tab[i].index; status[cnt].stat = cm_cvt_call_status(call_tab[i].status); status[cnt].type = cm_cvt_call_mode(call_tab[i].calMode); status[cnt].mtpy = (T_MFW_MTPY_MEMBER)call_tab[i].mpty; if (call_tab[i].number != NULL) { mfwStrncpy((char *)status[cnt].number, call_tab[i].number, MFW_NUM_LEN); status[cnt].ton = phb_cvtTon(call_tab[i].type.ton); } else memset(status[cnt].number, '\0', MFW_NUM_LEN); #ifdef NO_ASCIIZ status[cnt].name.len = call_tab[i].alpha.len; if (call_tab[i].alpha.len != 0) memcpy(status[cnt].name.data, call_tab[i].alpha.data, call_tab[i].alpha.len); else //We'll also zero the string. memset(status[cnt].name.data, '\0', PHB_MAX_LEN); #else if (call_tab[i].alpha != NULL) mfwStrncpy((char *)status[cnt].name, call_tab[i].alpha, MFW_TAG_LEN); else memset(status[cnt].name, '\0', MFW_TAG_LEN); #endif cnt++; } } // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return cnt; } // Apr 06 2005 REF: CRR 29989 xpradipg // deallocate memory #ifdef FF_MMI_OPTIM if(call_tab) mfwFree((U8*)call_tab, sizeof(T_ACI_CAL_ENTR)*MAX_CALL_NR); #endif return 0; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_AT_CHLD | +--------------------------------------------------------------------+ PURPOSE : Notify the CHLD command */ void cm_AT_CHLD(T_ACI_CLOG *clog_cmd) { SHORT id; T_ACI_CAL_MODE call_mode; T_MFW_CM_STATUS status; char buf[80]; TRACE_EVENT("cm_AT_CHLD()"); /*SPR#1965 - DS - Removed setting of call_number to zero. Port of 1962 *dis_connect.call_number = 0; */ sprintf(buf, "dis_connect.call_number %d, cmd_hold %d, cId %d, srcId %d, mode %d, act %d", dis_connect.call_number, cmd_hold, clog_cmd->cId, clog_cmd->cmdPrm.sCHLD.srcId, clog_cmd->cmdPrm.sCHLD.mode, clog_cmd->cmdPrm.sCHLD.act); TRACE_EVENT(buf); if ((clog_cmd->cmdPrm.sCHLD.act != CHLD_ACT_Retrieve) && (clog_cmd->cmdPrm.sCHLD.act != CHLD_ACT_RetrieveMpty)) { /*SPR#1962 - DS - Set call_number to call Id returned from ACI */ TRACE_EVENT("Set dis_connect.call_number to clog_cmd->cId"); dis_connect.call_number = clog_cmd->cId; } else { dis_connect.call_number = -1; } if (clog_cmd->cmdPrm.sCHLD.srcId == CMD_SRC_LCL) { switch(clog_cmd->cmdPrm.sCHLD.mode) { case CHLD_MOD_RelHldOrUdub: if (cm_search_callId(CAL_STAT_DeactiveReq, &id) == CM_OK) { TRACE_FUNCTION("CAL_STAT_DeactiveReq - 0SEND"); if ( cmd_hold EQ MFW_CM_1_SEND ) { TRACE_FUNCTION("cmd_hold EQ MFW_CM_1_SEND"); cm_status(id, &status, 1); if (status.mtpy EQ MFW_MTPY_MEMBER) dis_connect.call_number = 0; else dis_connect.call_number = id; } } break; case CHLD_MOD_RelActAndAcpt: // MMI-SPR 13873 xkundadu // Handling of 1+SEND - Releases all active calls (if any exist) and // accepts the other (held or waiting) call. if( (cm_search_callId(CAL_STAT_DeactiveReq, &id) == CM_OK) OR (cm_search_callId(CAL_STAT_Active, &id) == CM_OK)) { // If there is an active call/active call whose disconnection // is initiated, store the index of that call. dis_connect.call_number = id; if(bIsMultpty == TRUE) { // Call is in multiparty // 1SEND for multiparty will disconnect all the active calls // To clear all calls assign the dis_connect.call_number to // zero dis_connect.call_number = 0; bIsMultpty = FALSE; } } else { // There is no active calls/active calls whose disconnection is // iniated existing dis_connect.call_number = -1; } if (cm_search_callId(CAL_STAT_Wait, &id) == CM_OK) { // Waiting call is existing. // In the function cm_result_cmd(), value of cmd.call_number // is used to determine whether to call cm_connect() or not cmd.call_number=0; } cmd_hold = MFW_CM_1_SEND; break; case CHLD_MOD_HldActAndAcpt: // MMI -SPR 13873 xkundadu // Handling of 2+SEND - Places all active calls (if any exist) on hold // and accepts the other (held or waiting) call. switch (clog_cmd->cmdPrm.sCHLD.act) { case CHLD_ACT_Accept: // Accept the incoming call cmd_hold = MFW_CM_MT_ACCEPT; break; case CHLD_ACT_Hold: // Getting the id of the call which has been put on hold by ACI cmd.command = CM_HOLD; if (cm_search_callId(CAL_STAT_Held, &id) == CM_OK) { cmd.call_number = id; } else { cmd.call_number = -1; } break; case CHLD_ACT_Swap: // Swap the call cmd.command = CM_SWAP; break; case CHLD_ACT_Retrieve: // Getting the id of the call which has been made active by ACI cmd.command = CM_RETRIEVE; if (cm_search_callId(CAL_STAT_Active, &id) == CM_OK) { cmd.call_number = id; } else { cmd.call_number = -1; } break; case CHLD_ACT_HoldMpty: // Put the calls on HOLD cmd.command = CM_HOLD_MULTIPARTY; break; case CHLD_ACT_RetrieveMpty: // Retrieve the held calls to active cmd.command = CM_RETRIEVE_MULTIPARTY; break; case CHLD_ACT_SwapMpty: // Swap muliparty calls cmd.command = CM_SWAP_MULTIPARTY; break; default: cmd.command = CM_COMMAND_UNKNOWN; break; } break; case CHLD_MOD_RelActSpec: dis_connect.call_number = (SHORT)atoi(clog_cmd->cmdPrm.sCHLD.call); break; default: break; } } // Aug 23, 2004 REF: CRR 22222 xkundadu // Bug: Runaway Call Waiting Tone. // Fix: Handle the AT-Command source id CMD_SRC_ATI_2 also for call control // callback functions.Include source Id CMD_SRC_ATI_2 also for checking. //Nov 02, 2005 DR OMAPS00052132 xdeepadh //The usage of ATI enum is put under the flag FF_ATI #ifdef FF_ATI if ((clog_cmd->cmdPrm.sCHLD.srcId == CMD_SRC_ATI_1) //NM Berlin UK integration OR (clog_cmd->cmdPrm.sCHLD.srcId == CMD_SRC_ATI_2)) // Added for MMI-SPR 22222 FIX { switch(clog_cmd->cmdPrm.sCHLD.mode) { case CHLD_MOD_RelHldOrUdub: if (clog_cmd->cmdPrm.sCHLD.act == CHLD_ACT_Release) dis_connect.call_number = clog_cmd->cId; cmd_hold = MFW_CM_TERMINATED; break; case CHLD_MOD_RelActAndAcpt: switch (clog_cmd->cmdPrm.sCHLD.act) { case CHLD_ACT_Release: dis_connect.call_number = clog_cmd->cId; break; case CHLD_ACT_Accept: if (cm_search_callId(CAL_STAT_DeactiveReq, &id) == CM_OK) dis_connect.call_number = id; else if (cm_search_callId(CAL_STAT_Active, &id) == CM_OK) { call_mode = cm_search_callMode(id); if (call_mode EQ CAL_MODE_Data OR call_mode EQ CAL_MODE_Fax) dis_connect.call_number = id; } if (cm_search_callId(CAL_STAT_Wait, &id) == CM_OK) cc_id = id; break; case CHLD_ACT_Retrieve: if (cm_search_callId(CAL_STAT_Held, &id) == CM_OK) { cmd.command = CM_RETRIEVE; cmd.call_number = id; } if (cm_search_callId(CAL_STAT_Wait, &id) == CM_OK) cc_id = id; break; } cmd_hold = MFW_CM_1_SEND; break; case CHLD_MOD_RelActSpec: dis_connect.call_number = clog_cmd->cId; if (dis_connect.call_number) cmd_hold = MFW_CM_TERMINATED; else cmd_hold = MFW_CM_MPTY_TERMINATED; break; case CHLD_MOD_HldActAndAcpt: switch (clog_cmd->cmdPrm.sCHLD.act) { case CHLD_ACT_Accept: cmd_hold = MFW_CM_MT_ACCEPT; break; case CHLD_ACT_Hold: cmd.command = CM_HOLD; if (cm_search_callId(CAL_STAT_Held, &id) == CM_OK) cmd.call_number = id; else cmd.call_number = -1; break; case CHLD_ACT_Swap: cmd.command = CM_SWAP; break; case CHLD_ACT_Retrieve: cmd.command = CM_RETRIEVE; if (cm_search_callId(CAL_STAT_Active, &id) == CM_OK) cmd.call_number = id; else cmd.call_number = -1; break; case CHLD_ACT_SwapMpty: cmd.command = CM_SWAP_MULTIPARTY; break; case CHLD_ACT_HoldMpty: cmd.command = CM_HOLD_MULTIPARTY; break; case CHLD_ACT_RetrieveMpty: cmd.command = CM_RETRIEVE_MULTIPARTY; break; default: cmd.command = CM_COMMAND_UNKNOWN; break; } break; case CHLD_MOD_HldActExc: if (clog_cmd->cmdPrm.sCHLD.act == CHLD_ACT_SplitMpty) cmd.command = CM_SPLIT_MULTIPARTY; else cmd.command = CM_COMMAND_UNKNOWN; break; case CHLD_MOD_AddHld: if (clog_cmd->cmdPrm.sCHLD.act == CHLD_ACT_BuildMpty) cmd.command = CM_RETRIEVE_MULTIPARTY; else cmd.command = CM_COMMAND_UNKNOWN; break; case CHLD_MOD_Ect: cmd.command = CM_ETC; break; case CHLD_MOD_Ccbs: TRACE_EVENT("CHLD_MOD_Ccbs"); cmd.command = CM_CCBS; break; case CHLD_MOD_HldActDial: cmd_hold = MFW_CM_HOLD_AND_DIAL; cmd.command = CM_HOLD; break; default: break; } } #endif //FF_ATI } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_AT_D | +--------------------------------------------------------------------+ PURPOSE : Notify the outgoing call command. */ void cm_AT_D(T_ACI_CLOG *cmd) { SHORT index; T_MFW_PHB_ENTRY entry; T_MFW_CM_CALL_STAT stat; UBYTE ton; UBYTE mode; T_MFW_PHB_TEXT findText; TRACE_FUNCTION("cm_at_d()"); #ifdef NO_ASCIIZ entry.name.len = 0; #else memset (entry.name, '\0', MAX_LEN); #endif memset (entry.number, '\0', MAX_LEN); entry.index = 0; entry.npi = 0; entry.ton = 0; entries.entry = &entry; if (cmd->cmdPrm.sD.srcId == CMD_SRC_LCL) { out_call.call_id = cmd->cId; mfwStrncpy((char *)out_call.number, cmd->cmdPrm.sD.number, MFW_NUM_LEN); if (cc_stat.type == OUTGOING_CALL) { mfwStrncpy((char *)cc_stat.number, cmd->cmdPrm.sD.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ cc_stat.name.len = 0; out_call.name.len = 0; #else cc_stat.name[0] = '\0'; out_call.name[0] = '\0'; #endif if (cm_search_callStat(cmd->cId, &stat, &ton, &mode) == CM_OK) { out_call.ton = ton; out_call.type = mode; cc_stat.ton = ton; cc_stat.mode = (T_MFW_CM_CALL_TYPE)mode; } #ifdef NO_ASCIIZ mfwStrncpy((char *)findText.data, cmd->cmdPrm.sD.number, PHB_MAX_LEN); findText.len = strlen(cmd->cmdPrm.sD.number); if (phb_find_entries (PHB_ADN, &index, MFW_PHB_NUMBER, 1, &findText, &entries) EQ MFW_PHB_OK) { if (entries.num_entries) { cc_stat.name.len = entries.entry[0].name.len; memcpy(cc_stat.name.data, entries.entry[0].name.data, entries.entry[0].name.len); out_call.name.len = entries.entry[0].name.len; memcpy(out_call.name.data, entries.entry[0].name.data, entries.entry[0].name.len); } } #else if (phb_find_entries (PHB_ADN, &index, MFW_PHB_NUMBER, 1, cmd->cmdPrm.sD.number, (T_MFW_PHB_LIST *)&entries) EQ MFW_PHB_OK) { if (entries.num_entries) { mfwStrncpy((char *)cc_stat.name, (char *)entries.entry[0].name, MFW_TAG_LEN); mfwStrncpy((char *)out_call.name, (char *)entries.entry[0].name, PHB_MAX_LEN); } } #endif } if (cc_stat.type == REDIALING_CALL) { #ifdef NO_ASCIIZ out_call.name.len = cc_stat.name.len; memcpy(out_call.name.data, cc_stat.name.data, cc_stat.name.len); #else mfwStrncpy((char *)out_call.name, (char *)cc_stat.name, MFW_TAG_LEN); #endif out_call.ton = cc_stat.ton; out_call.type = cc_stat.mode; } cm_signal(E_CM_MO_RES, &out_call); } else if (cmd->cmdPrm.sD.srcId < CMD_SRC_MAX) { out_call.call_id = cmd->cId; mfwStrncpy((char *)out_call.number, (char *)cmd->cmdPrm.sD.number, MFW_NUM_LEN); #ifdef NO_ASCIIZ out_call.name.len = 0; #else out_call.name[0] = '\0'; #endif if (cm_search_callStat(cmd->cId, &stat, &ton, &mode) == CM_OK) { out_call.ton = ton; out_call.type = mode; } #ifdef NO_ASCIIZ mfwStrncpy((char *)findText.data, cmd->cmdPrm.sD.number, PHB_MAX_LEN); findText.len = strlen(cmd->cmdPrm.sD.number); if (phb_find_entries (PHB_ADN, &index, MFW_PHB_NUMBER, 1, &findText, &entries) EQ MFW_PHB_OK) { if (entries.num_entries) { out_call.name.len = entries.entry[0].name.len; memcpy(out_call.name.data, entries.entry[0].name.data, entries.entry[0].name.len); } } #else if (phb_find_entries (PHB_ADN, &index, MFW_PHB_NUMBER, 1, cmd->cmdPrm.sD.number, (T_MFW_PHB_LIST *)&entries) EQ MFW_PHB_OK) { if (entries.num_entries) { mfwStrncpy((char *)out_call.name, (char *)entries.entry[0].name, MFW_TAG_LEN); } } #endif cm_signal(E_CM_MO_RES, &out_call); } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_cvtCPItype | +--------------------------------------------------------------------+ PURPOSE : Convert the type of */ T_MFW_CPI_TYPE cm_cvtCPItype(T_ACI_CPI_MSG msg) { switch (msg) { case CPI_MSG_Setup: return CPI_TYPE_SETUP; case CPI_MSG_Disc: return CPI_TYPE_DISC; case CPI_MSG_Alert: return CPI_TYPE_ALERT; case CPI_MSG_Proc: return CPI_TYPE_PROC; case CPI_MSG_Sync: return CPI_TYPE_SYNC; case CPI_MSG_Conn: return CPI_TYPE_CONN; /* CQ11676 Added new messages types in CPi indication. 17-02-04 MZ */ #ifndef FF_2TO1_PS case CPI_MSG_Rls: return CPI_TYPE_RELEASE; case CPI_MSG_Rjct: return CPI_TYPE_REJECT; #endif default: return CPI_TYPE_UNKNOWN; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_cvtIBT | +--------------------------------------------------------------------+ PURPOSE : Convert in-band tones indication */ T_MFW_CPI_IBT cm_cvtIBT(T_ACI_CPI_IBT ibt) { switch (ibt) { case CPI_IBT_False: return CPI_IBT_FALSE; case CPI_IBT_True: return CPI_IBT_TRUE; default: return CPI_IBT_UNKNOWN; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_cvtTCH | +--------------------------------------------------------------------+ PURPOSE : Convert traffic channel indication */ T_MFW_CPI_TCH cm_cvtTCH(T_ACI_CPI_TCH tch) { switch (tch) { case CPI_TCH_False: return CPI_TCH_FALSE; case CPI_TCH_True: return CPI_TCH_TRUE; default: return CPI_TCH_UNKNOWN; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: rAT_PercentCPI | +--------------------------------------------------------------------+ PURPOSE : Call Progress Information */ // ADDED BY RAVI - FOR ACI CHANGES - 5-10-2005 #if (defined(FF_2TO1_PS) && BOARD != 61) void rAT_PercentCPI(SHORT cId, T_ACI_CPI_MSG msgType, T_ACI_CPI_IBT ibt, T_ACI_CPI_TCH tch) { cm_cpi.call_number = cId; cm_cpi.type = cm_cvtCPItype(msgType); cm_cpi.inband = cm_cvtIBT(ibt); cm_cpi.tch = cm_cvtTCH(tch); // cm_cpi.cause = CPI_CAUSE_MASK & cause; /* cq11676 Add cause information to the CPI indication 17-02-04 MZ */ cm_signal(E_CM_CPI, &cm_cpi); } #else void rAT_PercentCPI(SHORT cId, T_ACI_CPI_MSG msgType, T_ACI_CPI_IBT ibt, T_ACI_CPI_TCH tch, USHORT cause ) /*cq11676 Add cause parameter for cpi indication 17-02-04 MZ */ { cm_cpi.call_number = cId; cm_cpi.type = cm_cvtCPItype(msgType); cm_cpi.inband = cm_cvtIBT(ibt); cm_cpi.tch = cm_cvtTCH(tch); cm_cpi.cause = CPI_CAUSE_MASK & cause; /* cq11676 Add cause information to the CPI indication 17-02-04 MZ */ cm_signal(E_CM_CPI, &cm_cpi); } #endif // END OF ADDITION - RAVI - 5-10-2005. /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_error_code | +--------------------------------------------------------------------+ PURPOSE : */ UBYTE cm_error_code(T_ACI_AT_CMD cmd) { ULONG err; err = qAT_ErrDesc(); switch (ACI_ERR_DESC_CLASS( err )) { case ACI_ERR_CLASS_Cme: break; case ACI_ERR_CLASS_Cms: break; case ACI_ERR_CLASS_Ceer: switch (ACI_ERR_DESC_NR( err )) { case CEER_ACM_Max: return CM_ACM_MAX; default: return CM_ERROR; } // break; // RAVI case ACI_ERR_CLASS_Ext: switch (ACI_ERR_DESC_NR( err )) { case EXT_ERR_FdnCheck: return CM_CFDN_ERR; case EXT_ERR_BdnCheck: return CM_CBDN_ERR; case EXT_ERR_OneCallOnHold: return CM_2CALLS_ALREADY_ERR; //xvilliva 21421 - Handling err code returned by ACI. #ifndef FF_2TO1_PS case EXT_ERR_AlsLock: return CM_ALS_ERR; #endif default: return CM_ERROR; } // break; // RAVI default: break; } return CM_ERROR; } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_bc_parameter | +--------------------------------------------------------------------+ PURPOSE : Notice bearer service parameter */ void cm_bc_parameter(T_ACI_CRING_TYP type) { TRACE_FUNCTION("cm_cvt_cringType()"); switch (type) { case CRING_TYP_Voice: break; case CRING_TYP_Fax: in_call.bc1.conn_elem = Transparent; break; case CRING_TYP_Sync: in_call.bc1.bearer_serv = Synch; in_call.bc1.conn_elem = Transparent; break; case CRING_TYP_Async: in_call.bc1.bearer_serv = Asynch; in_call.bc1.conn_elem = Transparent; break; case CRING_TYP_RelSync: in_call.bc1.bearer_serv = Synch; in_call.bc1.conn_elem = NonTransparent; break; case CRING_TYP_RelAsync: in_call.bc1.bearer_serv = Asynch; in_call.bc1.conn_elem = NonTransparent; break; default: break; } } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cm_build_callType | +--------------------------------------------------------------------+ PURPOSE : */ void cm_build_callType(T_ACI_CRING_TYP type1, T_ACI_CRING_TYP type2) { if (type1 EQ CRING_TYP_Voice) { switch (type2) { case CRING_TYP_Sync: case CRING_TYP_Async: case CRING_TYP_RelSync: case CRING_TYP_RelAsync: in_call.type = VAD_VOICE; return; case CRING_TYP_Fax: in_call.type = VAF_VOICE; return; default: break; } } if (type2 EQ CRING_TYP_Voice) { switch (type1) { case CRING_TYP_Sync: case CRING_TYP_Async: case CRING_TYP_RelSync: case CRING_TYP_RelAsync: in_call.type = VAD_DATA; return; case CRING_TYP_Fax: in_call.type = VAF_FAX; return; default: break; } } in_call.type = NONE_TYPE; } /* +--------------------------------------------------------------------+ | PROJECT : MMI-Framework (8417) MODULE : MFW_CM | | STATE : code ROUTINE : cmCommand | +--------------------------------------------------------------------+ PURPOSE : handle mfw windows command */ static int cmCommand (U32 cmd, void *h) { switch (cmd) { case MfwCmdDelete: /* delete me */ if (!h) return 0; cm_delete(h); return 1; default: break; } return 0; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_command_abort | +--------------------------------------------------------------------+ PURPOSE : */ T_MFW cm_command_abort(UBYTE command) { TRACE_FUNCTION ("cm_command()"); switch (command) { case CM_HOLD: case CM_SWAP: case CM_RETRIEVE: case CM_SWAP_MULTIPARTY: case CM_HOLD_MULTIPARTY: case CM_RETRIEVE_MULTIPARTY: case CM_BUILD_MULTIPARTY: case CM_SPLIT_MULTIPARTY: case CM_ETC: case CM_CCBS: sAT_Abort(CMD_SRC_LCL, AT_CMD_CHLD); break; case CM_DTMF_ACTIVE: case CM_DTMF_INACTIVE: case CM_DTMF_AUTO: sAT_Abort(CMD_SRC_LCL, AT_CMD_VTS); break; default: return FALSE; } return TRUE; } /* Marcus: CCBS: 13/11/2002: Start */ /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ccbs_delete_all | +--------------------------------------------------------------------+ PURPOSE : Delete all registered CCBS Returns: T_MFW: CM_OK if successful, CM_ERROR if not Arguments: None */ T_MFW cm_ccbs_delete_all(void) { T_MFW res = CM_ERROR; // The value to be returned by this function T_ACI_RETURN aci_res; // The value returned by sAT_PercentCCBS TRACE_FUNCTION("cm_ccbs_delete_all()"); if (ccbs_op == CM_CCBS_NONE) { TRACE_EVENT("ccbs_op == CM_CCBS_NONE"); /* No CCBS operation currently in progress */ #ifndef CCBS_TEST aci_res = sAT_PercentCCBS(CMD_SRC_LCL, 0); #else aci_res = AT_EXCT; #endif if (aci_res == AT_EXCT) { TRACE_EVENT("sAT_PercentCCBS returned AT_EXCT"); ccbs_op = CM_CCBS_DELETE_ALL; res = CM_OK; } else { TRACE_EVENT_P1("sAT_PercentCCBS returned %d", aci_res); } } else { TRACE_EVENT_P1("ccbs_op is %d", ccbs_op); } return res; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ccbs_delete | +--------------------------------------------------------------------+ PURPOSE : Delete a specific registered CCBS Returns: T_MFW: CM_OK if successful, CM_ERROR if not Arguments: SHORT idx: the index to the specific CCBS to be deleted */ T_MFW cm_ccbs_delete(SHORT idx) { T_MFW res = CM_ERROR; // The value to be returned by this function T_ACI_RETURN aci_res; // The value returned by sAT_PercentCCBS TRACE_FUNCTION("cm_ccbs_delete()"); TRACE_EVENT_P1("deleting CCBS %d", idx); if (ccbs_op == CM_CCBS_NONE) { TRACE_EVENT("ccbs_op == CM_CCBS_NONE"); /* No CCBS operation currently in progress */ #ifndef CCBS_TEST aci_res = sAT_PercentCCBS(CMD_SRC_LCL, idx); #else aci_res = AT_EXCT; #endif if (aci_res == AT_EXCT) { TRACE_EVENT("sAT_PercentCCBS returned AT_EXCT"); ccbs_op = CM_CCBS_DELETE; res = CM_OK; } else { TRACE_EVENT_P1("sAT_PercentCCBS returned %d", aci_res); } } else { TRACE_EVENT_P1("ccbs_op is %d", ccbs_op); } return res; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ccbs_list | +--------------------------------------------------------------------+ PURPOSE : Delete all registered CCBS Returns: T_MFW: CM_OK if successful, CM_ERROR if not Arguments: None */ T_MFW cm_ccbs_list(void) { T_MFW res = CM_ERROR; // The value to be returned by this function T_ACI_RETURN aci_res; // The value returned by qAT_PercentCCBS TRACE_FUNCTION("cm_ccbs_list()"); if (ccbs_op == CM_CCBS_NONE) { /* No CCBS operation currently in progress */ TRACE_EVENT("ccbs_op == CM_CCBS_NONE"); #ifndef CCBS_TEST aci_res = qAT_PercentCCBS(CMD_SRC_LCL); #else aci_res = AT_EXCT; #endif if (aci_res == AT_EXCT) { TRACE_EVENT("qAT_PercentCCBS returned AT_EXCT"); ccbs_op = CM_CCBS_LIST; res = CM_OK; } else { TRACE_EVENT_P1("qAT_PercentCCBS returned %d", aci_res); } } else { TRACE_EVENT_P1("ccbs_op is %d", ccbs_op); } return res; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ccbs_accept_registration | +--------------------------------------------------------------------+ PURPOSE : Accepts the CCBS registration being offered Returns: T_MFW: CM_OK if successful, CM_ERROR if not Arguments: None */ T_MFW cm_ccbs_accept_registration(void) { T_MFW res = CM_ERROR; // The value to be returned by this function T_ACI_RETURN aci_res; // The value returned by sAT_PlusCHLD TRACE_FUNCTION("cm_ccbs_accept_registration()"); if (ccbs_op == CM_CCBS_NONE) { /* No CCBS operation currently in progress */ TRACE_EVENT("ccbs_op == CM_CCBS_NONE"); cm_set_cmd_status(CHLD_MOD_Ccbs, ""); cmd_hold = MFW_CM_CCBS_REGISTER; #ifndef CCBS_TEST aci_res = sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_Ccbs, NULL); #else aci_res = AT_EXCT; #endif if (aci_res == AT_EXCT) { TRACE_EVENT("sAT_PlusCHLD returned AT_EXCT"); ccbs_op = CM_CCBS_ACCEPT_REGISTRATION; res = CM_OK; } else { TRACE_EVENT_P1("sAT_PlusCHLD returned %d", aci_res); } } else { TRACE_EVENT_P1("ccbs_op is %d", ccbs_op); } return res; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ccbs_reject_registration | +--------------------------------------------------------------------+ PURPOSE : Rejects the CCBS registration being offered Returns: T_MFW: CM_OK if successful, CM_ERROR if not Arguments: None */ T_MFW cm_ccbs_reject_registration(void) { T_MFW res = CM_ERROR; // The value to be returned by this function T_ACI_RETURN aci_res; // The value returned by sAT_H TRACE_FUNCTION("cm_ccbs_reject_registration()"); if (ccbs_op == CM_CCBS_NONE) { /* No CCBS operation currently in progress */ TRACE_EVENT("ccbs_op == CM_CCBS_NONE"); cmd_hold = MFW_CM_CCBS_REGISTER; #ifndef CCBS_TEST aci_res = sAT_H(CMD_SRC_LCL); #else aci_res = AT_EXCT; #endif if (aci_res == AT_EXCT) { TRACE_EVENT("sAT_H returned AT_EXCT"); ccbs_op = CM_CCBS_REJECT_REGISTRATION; res = CM_OK; } else { TRACE_EVENT_P1("sAT_H returned %d", aci_res); } } else { TRACE_EVENT_P1("ccbs_op is %d", ccbs_op); } return res; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ccbs_accept_recall | +--------------------------------------------------------------------+ PURPOSE : Accepts the CCBS recall being offered Returns: T_MFW: CM_OK if successful, CM_BLACKIST or CM_ERROR if not Arguments: UBYTE *number - the number of the phone to call T_MFW_CM_CALL_TYPE type - the type of the call to be made */ T_MFW cm_ccbs_accept_recall(UBYTE *number, T_MFW_CM_CALL_TYPE type) { T_MFW res = CM_ERROR; // The value to be returned by this function int search_res; // The value returned by cm_search_callId T_ACI_RETURN aci_res; // The value returned by sAT_PlusCHLD SHORT call_number;// The call identity of any held call UBYTE phone[MFW_NUM_LEN]; // Working copy of phone number // CHAR *rest; // Parameter for ss_decode // RAVI // T_KSD_SEQPARAM para; // Parameter for ss_decode // RAVI // T_MFW_SS_RETURN ss_res; // The value returned by ss_decode // RAVI TRACE_FUNCTION("cm_ccbs_accept_recall()"); if (ccbs_op == CM_CCBS_NONE) { /* No CCBS operation currently in progress */ TRACE_EVENT("ccbs_op == CM_CCBS_NONE"); /* Ensure the number given is an ASCIIZ string thet is not too long */ mfwStrncpy((char *)phone, (char *)number, MFW_NUM_LEN); TRACE_EVENT_P1("ccbs nr: %s", phone); /* Make sure that it is OK to call this number */ if ((res = cm_check_mo_number(phone)) == CM_OK) { TRACE_EVENT("cm_check_mo_number returned CM_OK"); /* Set up data as for mobile originated call */ cm_set_call_mode(type); call_stat = OUTGOING_CALL; redial_count = 0; cc_stat.type = OUTGOING_CALL; currConnecting = 1; if ((search_res = cm_search_callId(CAL_STAT_Held, &call_number)) == CM_OK) { TRACE_EVENT("Held call: CHLD_MOD_RelActAndAcpt"); /* There is a held call: release active call and accept callback */ cm_set_cmd_status(CHLD_MOD_RelActAndAcpt, ""); #ifndef CCBS_TEST aci_res = sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_RelActAndAcpt, NULL); #else aci_res = AT_EXCT; #endif } else { TRACE_EVENT("No held call: CHLD_MOD_HldActAndAcpt"); /* There is no held call: hold any active call and accept callback */ cm_set_cmd_status(CHLD_MOD_HldActAndAcpt, ""); #ifndef CCBS_TEST aci_res = sAT_PlusCHLD(CMD_SRC_LCL, CHLD_MOD_HldActAndAcpt, NULL); #else aci_res = AT_EXCT; #endif } cmd_hold = MFW_CM_CCBS_RECALL; if (aci_res == AT_EXCT) { TRACE_EVENT("sAT_PlusCHLD returned AT_EXCT"); ccbs_op = CM_CCBS_ACCEPT_RECALL; res = CM_OK; } else { /* The attempt to accept the callback failed */ TRACE_EVENT_P1("sAT_PlusCHLD returned %d", aci_res); call_stat = MFW_CALL_FREE; } } else { /* It is not OK to call this number for some reason */ TRACE_EVENT_P1("cm_check_mo_number returned %d", res); } } else { TRACE_EVENT_P1("ccbs_op is %d", ccbs_op); } return res; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ccbs_reject_recall | +--------------------------------------------------------------------+ PURPOSE : Rejects the CCBS recall being offered Returns: T_MFW: CM_OK if successful, CM_ERROR if not Arguments: None */ T_MFW cm_ccbs_reject_recall(void) { T_MFW res = CM_ERROR; // The value to be returned by this function T_ACI_RETURN aci_res; // The value returned by sAT_PlusCHLD TRACE_FUNCTION("cm_ccbs_reject_recall()"); if (ccbs_op == CM_CCBS_NONE) { /* No CCBS operation currently in progress */ TRACE_EVENT("ccbs_op == CM_CCBS_NONE"); cm_set_cmd_status(CHLD_MOD_RelHldOrUdub, ""); cmd_hold = MFW_CM_CCBS_RECALL; #ifndef CCBS_TEST aci_res = sAT_H(CMD_SRC_LCL); #else aci_res = AT_CMPL; #endif if (aci_res == AT_CMPL) { TRACE_EVENT("sAT_H returned AT_CMPL"); ccbs_op = CM_CCBS_REJECT_RECALL; res = CM_OK; } else { TRACE_EVENT_P1("sAT_H returned %d", aci_res); } } else { TRACE_EVENT_P1("ccbs_op is %d", ccbs_op); } return res; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ccbs_ok | +--------------------------------------------------------------------+ PURPOSE : Called by rAT_OK for "OK" result code for %CCBS command Returns: Nothing Arguments: None */ void cm_ccbs_ok(void) { TRACE_FUNCTION("cm_ccbs_ok()"); memset((void *)&ccbs_info, 0, sizeof(ccbs_info)); ccbs_info.operation = ccbs_op; ccbs_op = CM_CCBS_NONE; ccbs_info.type = CM_CCBS_OK; TRACE_EVENT_P2("E_CM_CCBS: op = %d: type = %d", ccbs_info.operation, ccbs_info.type); cm_signal(E_CM_CCBS, &ccbs_info); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ccbs_error | +--------------------------------------------------------------------+ PURPOSE : Called by rAT_PlusCME for "+CME error" result code for %CCBS command Returns: Nothing Arguments: None */ void cm_ccbs_error(void) { TRACE_FUNCTION("cm_ccbs_error()"); memset((void *)&ccbs_info, 0, sizeof(ccbs_info)); ccbs_info.operation = ccbs_op; ccbs_op = CM_CCBS_NONE; ccbs_info.type = CM_CCBS_ERROR; TRACE_EVENT_P2("E_CM_CCBS: op = %d: type = %d", ccbs_info.operation, ccbs_info.type); cm_signal(E_CM_CCBS, &ccbs_info); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: rAT_PercentCCBS | +--------------------------------------------------------------------+ PURPOSE : Called by ACI for "%CCBS:" result code Returns: Nothing Arguments: T_ACI_CCBS_IND indct - type of %CCBS indication T_ACI_CCBS_STAT status - status of %CCBS indication T_ACI_CCBS_SET *setting - optiona parameters of %CCBS indication */ void rAT_PercentCCBS( T_ACI_CCBS_IND indct, T_ACI_CCBS_STAT status, T_ACI_CCBS_SET *setting ) { TRACE_FUNCTION("rAT_PercentCCBS()"); TRACE_EVENT_P3("indct = %d: status = %d: setting = %p", indct, status, setting); memset((void *)&ccbs_info, 0, sizeof(ccbs_info)); /* Fill in the fields of the E_CM_CCBS event structure */ switch (indct) { case CCBS_IND_Possible: case CCBS_IND_Recall: case CCBS_IND_PossibilityTimedOut: case CCBS_IND_RecallTimedOut: /* An asynchronous %CCBS, not in response to a %CCBS command */ TRACE_EVENT("Unsolicited event"); ccbs_info.operation = CM_CCBS_ASYNC; break; default: TRACE_EVENT("Solicited event"); ccbs_info.operation = ccbs_op; break; } ccbs_info.type = CM_CCBS_INFO; ccbs_info.indct = indct; ccbs_info.status = status; TRACE_EVENT_P2("E_CM_CCBS: op = %d: type = %d", ccbs_info.operation, ccbs_info.type); TRACE_EVENT_P2(" indct = %d: status = %d", ccbs_info.indct, ccbs_info.status); if (setting == (T_ACI_CCBS_SET *) NULL) { /* No T_ACI_CCBS_SET structure given. Indicate in the idx field of ccbs_info */ TRACE_EVENT("setting == NULL"); ccbs_info.idx = 0; } else { /* T_ACI_CCBS_SET structure given. Fill in the remaining field of ccbs_info */ TRACE_EVENT("setting != NULL"); ccbs_info.idx = setting->idx; strncpy((char *) ccbs_info.number, (char *) setting->number, sizeof(ccbs_info.number)-1); ccbs_info.number[sizeof(ccbs_info.number)-1] = '\0'; ccbs_info.ton = phb_cvtTon(setting->type.ton); ccbs_info.call_type = cm_callTyp_cvt(setting->class_type); strncpy((char *) ccbs_info.subaddr, (char *) setting->subaddr, sizeof(ccbs_info.subaddr)-1); ccbs_info.subaddr[sizeof(ccbs_info.subaddr)-1] = '\0'; ccbs_info.alrtPtn = setting->alrtPtn; TRACE_EVENT_P3(" idx = %d: number = %s: ton = %d", ccbs_info.idx, ccbs_info.number, ccbs_info.ton); TRACE_EVENT_P3(" call_type = %d: subaddr = %s: alrtPtn = %d", ccbs_info.call_type, ccbs_info.subaddr, ccbs_info.alrtPtn); } cm_signal(E_CM_CCBS, &ccbs_info); } /* Marcus: CCBS: 13/11/2002: End */ /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_error_dial | +--------------------------------------------------------------------+ PURPOSE : The call setup is not successful */ void cm_error_dial(T_ACI_CME_ERR err) { TRACE_FUNCTION("cm_error_dial()"); switch (err) { case CME_ERR_OpNotAllow: /* the active call can not be hold */ /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; cmd.command = CM_HOLD; if (cm_search_callId(CAL_STAT_Active, &cmd.call_number) NEQ CM_OK) cmd.call_number = -1; cmd.result = NotPresent; cm_signal(E_CM_COMMAND, &cmd); break; /*SPR#2235 - DS - If handset is powered-up without a SIM and an emergency *call is attempted, the UK networks will reject the call attempt. Send a signal to *the BMI to enable it to destroy the call and show an appropriate error message. * *The ACI calls rAT_PlusCME() - then rAT_PlusCME() calls this funct - for this SIM *failure but the ACI doesn't supply the callId. Without the callId, the MFW/BMI *cannot close down the call properly. The ACI interface will need to be changed *so that it supplies the callId (if there is an active call) when this failure occurs. */ case CME_ERR_SimFail: /* allow a new outgoing */ call_stat = MFW_CALL_FREE; call_type = MFW_CALL_FREE; /*SPR#2235 - DS - Fake the callId. Workaround needed until the ACI interface is changed */ cm_error_connect(1); break; default: TRACE_EVENT_P1("Error code: %d. No signal sent.", err); break; } } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_data_connect | +--------------------------------------------------------------------+ PURPOSE : Fax/Data connect */ void cm_data_connect(SHORT callId) { SHORT call_number; TRACE_FUNCTION("cm_data_connect()"); call_number = callId; cm_signal(E_CM_CONNECT, &call_number); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_data_connect | +--------------------------------------------------------------------+ PURPOSE : Fax/Data connect */ void cm_wap_data_connected(void) { // SHORT call_number; // RAVI TRACE_FUNCTION("cm_wap_data_connected()"); cm_signal(E_CM_WAP_CALL_CONNECTED, NULL); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_deflect_incoming_call | +--------------------------------------------------------------------+ PURPOSE : try to deflect a call using AT command CTFR */ T_MFW cm_deflect_incoming_call(char* number) { T_ACI_RETURN result; T_ACI_TOA type; T_ACI_TOS subaddr_type; type.ton = TON_Unknown; type.npi = NPI_Unknown; subaddr_type.tos = TOS_NotPresent; subaddr_type.oe = OE_NotPresent; result = sAT_PlusCTFR(CMD_SRC_LCL, number, &type, NULL, &subaddr_type); if ((result == AT_BUSY) || (result == AT_FAIL)) return FALSE; return TRUE; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_ok_CTFR | +--------------------------------------------------------------------+ PURPOSE : sends call deflect OK event to MMI */ void cm_ok_CTFR(void) { BOOL status = TRUE; cm_signal(E_CM_CALL_DEFLECT_STATUS, &status); } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_error_CTFR | +--------------------------------------------------------------------+ PURPOSE : Sends call deflect failed event to MMI */ void cm_error_CTFR(void) { BOOL status = FALSE; cm_signal(E_CM_CALL_DEFLECT_STATUS, &status); } #ifdef CCBS_TEST /* Marcus: CCBS testing: 20/11/2002: Start */ static void strlower(char *string) { while(*string) { *string = (char)tolower((int) *string); string++; } } static BOOL getCmdId(char *token, T_ACI_AT_CMD *cmdId) { BOOL cmdIdOk = FALSE; TRACE_FUNCTION("getCmdId()"); if (token) { strlower(token); TRACE_EVENT_P1("token: %s", token); if (strstr(token, "ccbs")) { *cmdId = AT_CMD_CCBS; cmdIdOk = TRUE; } else if (strstr(token, "chld")) { *cmdId = AT_CMD_CHLD; cmdIdOk = TRUE; } else if (strcmp("h", token) == 0) { *cmdId = AT_CMD_H; cmdIdOk = TRUE; } else if ((*cmdId = atoi(token))) { cmdIdOk = TRUE; } } else { TRACE_EVENT("No token"); } return cmdIdOk; } #endif void rAT_PercentMMITEST(char *param) { char work[80]; char *token; // Current token obtained from strtok TRACE_FUNCTION("rAT_PercentMMITEST()"); strncpy(work, param, sizeof(work)-1); work[sizeof(work)-1] = '\0'; if ((token = strtok(work, ",()")) != NULL) { #ifdef CCBS_TEST T_ACI_AT_CMD cmdId; strlower(token); TRACE_EVENT_P1("token: %s", token); if (strcmp("ok", token) == 0) { TRACE_EVENT("OK"); if ((token = strtok(NULL, ",()")) != NULL) { if (getCmdId(token, &cmdId) == TRUE) { TRACE_EVENT_P1("rAT_OK(cmdId = %d", cmdId); rAT_OK(cmdId); } else { TRACE_EVENT("Unknown cmdId"); } } else { TRACE_EVENT("No cmdId token"); } } else if (strcmp("error", token) == 0) { TRACE_EVENT("ERROR"); if ((token = strtok(NULL, ",()")) != NULL) { if (getCmdId(token, &cmdId) == TRUE) { T_ACI_CME_ERR err; if ((token = strtok(NULL, ",()")) != NULL) { err = atoi(token); rAT_PlusCME(cmdId, err); } else { TRACE_EVENT("No err token"); } } } else { TRACE_EVENT("No cmdId token"); } } else if (strcmp("info", token) == 0) { T_ACI_CCBS_IND indct = CCBS_IND_NotPresent; T_ACI_CCBS_STAT status = CCBS_STAT_NotPresent; T_ACI_CCBS_SET setting, *pSetting = NULL; TRACE_EVENT("INFO"); if ((token = strtok(NULL, ",()")) != NULL) { strlower(token); TRACE_EVENT_P1("token: %s", token); if (strstr(token, "notpresent")) indct = CCBS_IND_NotPresent; else if (strstr(token, "possibility")) indct = CCBS_IND_PossibilityTimedOut; else if (strstr(token, "possible")) indct = CCBS_IND_Possible; else if (strstr(token, "registered")) indct = CCBS_IND_Registered; else if (strstr(token, "recallt")) indct = CCBS_IND_RecallTimedOut; else if (strstr(token, "recall")) indct = CCBS_IND_Recall; else if (strstr(token, "irgt")) indct = CCBS_IND_IrgtResult; } if ((token = strtok(NULL, ",()")) != NULL) { strlower(token); TRACE_EVENT_P1("token: %s", token); if (strstr(token, "notpresent")) status = CCBS_STAT_NotPresent; else if (strstr(token, "notprov")) status = CCBS_STAT_NotProvisioned; else if (strstr(token, "prov")) status = CCBS_STAT_Provisioned; else if (strstr(token, "active")) status = CCBS_STAT_Active; } setting.idx = 0; if ((token = strtok(NULL, ",()")) != NULL) { TRACE_EVENT_P1("token: %s", token); setting.idx = atoi(token); } if (setting.idx != 0) { pSetting = &setting; strcpy(setting.number, "01317180538"); setting.type.ton = TON_National; setting.type.npi = NPI_IsdnTelephony; setting.subaddr[0] = '\0'; setting.satype.tos = TOS_NotPresent; setting.satype.oe = OE_NotPresent; setting.class_type = CLASS_Vce; setting.alrtPtn = ALPT_Level_0; if ((token = strtok(NULL, ",()")) != NULL) { TRACE_EVENT_P1("token: %s", token); strncpy(setting.number, token, sizeof(setting.number)-1); setting.number[sizeof(setting.number)-1] = '\0'; } if ((token = strtok(NULL, ",()")) != NULL) { TRACE_EVENT_P1("token: %s", token); setting.type.ton = TON_International; } } TRACE_EVENT_P3("rAT_PercentCCBS(%d, %d, %p)", indct, status, pSetting); if (pSetting != NULL) { TRACE_EVENT_P3("idx = %d: number = %s: ton = %d", setting.idx, setting.number, setting.type.ton); } rAT_PercentCCBS(indct, status, pSetting); } else { TRACE_EVENT("Unrecognised token"); } #endif } else { TRACE_EVENT("No token"); } } /* Marcus: CCBS testing: 20/11/2002: End */ /* SPR#1985 - SH - Added this function */ /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_tty_enable | +--------------------------------------------------------------------+ PURPOSE : Receipt of unsolicited TTY information */ void rAT_PercentCTYI(T_ACI_CTTY_NEG neg, T_ACI_CTTY_TRX trx) { T_MFW_CM_CTYI res; TRACE_FUNCTION("rAT_PercentCTYI()"); currCmd = AT_CMD_NONE; switch(neg) { case CTTY_NEG_None: res.neg = CTYI_NONE; break; case CTTY_NEG_Request: res.neg = CTYI_REQUEST; break; case CTTY_NEG_Reject: res.neg = CTYI_REJECT; break; case CTTY_NEG_Grant: res.neg = CTYI_GRANT; break; } cm_signal(E_CM_CTYI, &res); return; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_tty_enable | +--------------------------------------------------------------------+ PURPOSE : Request ACI to switch TTY on or off */ void cm_tty_enable(UBYTE enable) { T_ACI_RETURN ret; TRACE_FUNCTION("cm_tty_enable()"); /* SPR#1985 - SH - Now use proper ACI functions. */ if (enable) ret = sAT_PercentCTTY(CMD_SRC_LCL, CTTY_MOD_Enable, CTTY_REQ_On); else ret = sAT_PercentCTTY(CMD_SRC_LCL, CTTY_MOD_Enable, CTTY_REQ_Off); /* SPR#1985 - SH - Check that TTY status has changed and inform MMI */ cm_tty_query(); return; } /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework (8417) MODULE: MFW_CM | | STATE : code ROUTINE: cm_tty_query | +--------------------------------------------------------------------+ PURPOSE : Query status of TTY, inform MMI. */ /*SPR#1985 - SH - Added this function */ void cm_tty_query(void) { T_MFW_CM_CTYI res; // T_ACI_RETURN ret; // RAVI T_ACI_CTTY_MOD mode; T_ACI_CTTY_REQ req; T_ACI_CTTY_STAT stat; T_ACI_CTTY_TRX trx; TRACE_FUNCTION("cm_tty_query()"); qAT_PercentCTTY(CMD_SRC_LCL, &mode, &req, &stat, &trx); res.neg = CTYI_REJECT; if (req==CTTY_REQ_On) { if (req) res.neg = CTYI_GRANT; } cm_signal(E_CM_CTYI, &res); return; } // Feb 03, 2005 REF: CRR 25960 x0012850 // Description: Call Hold: While one call in Active and other in Held by swapping either of phone is not audible /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework MODULE: MFW_CM | | STATE : code ROUTINE: cm_setSpeechMode | +--------------------------------------------------------------------+ PURPOSE : MFW function to call psaCC_setSpeechMode() to attach user connection. */ void cm_setSpeechMode(void) { TRACE_FUNCTION("cm_setSpeechMode()"); psaCC_setSpeechMode(); return; } // Sep 12, 2005 REF: MMI-SMR-34085 x0021334 // Description: RE: Add +CDIP command - MMI Additions // Solution: Dummy implementation of function "rAT_PlusCDIP()" is done to enable successful compilation. /* +--------------------------------------------------------------------+ | PROJECT: MMI-Framework MODULE: MFW_CM | | STATE : code ROUTINE : rAT_PlusCDIP | +--------------------------------------------------------------------+ PURPOSE : Stub implementation */ GLOBAL void rAT_PlusCDIP( CHAR * number, T_ACI_TOA * type, CHAR * subaddr, T_ACI_TOS * satype) { TRACE_FUNCTION ("rAT_PlusCDIP()"); }