line source
/*
+-----------------------------------------------------------------------------
| Project : GSM-PS (6147)
| Modul :
+-----------------------------------------------------------------------------
| Copyright 2002 Texas Instruments Berlin, AG
| All rights reserved.
|
| This file is confidential and a trade secret of Texas
| Instruments Berlin, AG
| The receipt of or possession of this file does not convey
| any rights to reproduce or disclose its contents or to
| manufacture, use, or sell anything it may describe, in
| whole, or in part, without the specific written consent of
| Texas Instruments Berlin, AG.
+-----------------------------------------------------------------------------
| Purpose :
+-----------------------------------------------------------------------------
*/
#if !defined OFE_H
#define OFE_H
#include "vsi.h"
#define dmya_pei_create ofe_dmya_pei_create
#define dmyb_pei_create ofe_dmyb_pei_create
#define aci_pei_create ofe_aci_pei_create
#define cst_pei_create ofe_cst_pei_create
#define cc_pei_create ofe_cc_pei_create
#define sim_pei_create ofe_sim_pei_create
#define sms_pei_create ofe_sms_pei_create
#define ss_pei_create ofe_ss_pei_create
#define mm_pei_create ofe_mm_pei_create
#define rr_pei_create ofe_rr_pei_create
#define pl_pei_create ofe_pl_pei_create
#define dl_pei_create ofe_dl_pei_create
#define rlp_pei_create ofe_rlp_pei_create
#define l2r_pei_create ofe_l2r_pei_create
#define t30_pei_create ofe_t30_pei_create
#define fad_pei_create ofe_fad_pei_create
#define ra_pei_create ofe_ra_pei_create
#define l1_pei_create ofe_l1_pei_create
#define dmya_pei_init ofe_dmya_pei_init
#define dmyb_pei_init ofe_dmyb_pei_init
#define aci_pei_init ofe_aci_pei_init
#define cst_pei_init ofe_cst_pei_init
#define cc_pei_init ofe_cc_pei_init
#define sim_pei_init ofe_sim_pei_init
#define sms_pei_init ofe_sms_pei_init
#define ss_pei_init ofe_ss_pei_init
#define mm_pei_init ofe_mm_pei_init
#define rr_pei_init ofe_rr_pei_init
#define pl_pei_init ofe_pl_pei_init
#define dl_pei_init ofe_dl_pei_init
#define rlp_pei_init ofe_rlp_pei_init
#define l2r_pei_init ofe_l2r_pei_init
#define t30_pei_init ofe_t30_pei_init
#define fad_pei_init ofe_fad_pei_init
#define ra_pei_init ofe_ra_pei_init
#define l1_pei_init ofe_l1_pei_init
#define dmya_pei_primitive ofe_dmya_pei_primitive
#define dmyb_pei_primitive ofe_dmyb_pei_primitive
#define aci_pei_primitive ofe_aci_pei_primitive
#define cst_pei_primitive ofe_cst_pei_primitive
#define cc_pei_primitive ofe_cc_pei_primitive
#define sim_pei_primitive ofe_sim_pei_primitive
#define sms_pei_primitive ofe_sms_pei_primitive
#define ss_pei_primitive ofe_ss_pei_primitive
#define mm_pei_primitive ofe_mm_pei_primitive
#define rr_pei_primitive ofe_rr_pei_primitive
#define pl_pei_primitive ofe_pl_pei_primitive
#define dl_pei_primitive ofe_dl_pei_primitive
#define rlp_pei_primitive ofe_rlp_pei_primitive
#define l2r_pei_primitive ofe_l2r_pei_primitive
#define t30_pei_primitive ofe_t30_pei_primitive
#define fad_pei_primitive ofe_fad_pei_primitive
#define ra_pei_primitive ofe_ra_pei_primitive
#define l1_pei_primitive ofe_l1_pei_primitive
#define dmya_pei_config ofe_dmya_pei_config
#define dmyb_pei_config ofe_dmyb_pei_config
#define aci_pei_config ofe_aci_pei_config
#define cst_pei_config ofe_cst_pei_config
#define cc_pei_config ofe_cc_pei_config
#define sim_pei_config ofe_sim_pei_config
#define sms_pei_config ofe_sms_pei_config
#define ss_pei_config ofe_ss_pei_config
#define mm_pei_config ofe_mm_pei_config
#define rr_pei_config ofe_rr_pei_config
#define pl_pei_config ofe_pl_pei_config
#define dl_pei_config ofe_dl_pei_config
#define rlp_pei_config ofe_rlp_pei_config
#define l2r_pei_config ofe_l2r_pei_config
#define t30_pei_config ofe_t30_pei_config
#define fad_pei_config ofe_fad_pei_config
#define ra_pei_config ofe_ra_pei_config
#define l1_pei_config ofe_l1_pei_config
#define GET_STATE OFE_GET_STATE
#define SET_STATE OFE_SET_STATE
#define vsi_c_awake ofe_vsi_c_awake
#define vsi_o_strace ofe_vsi_o_strace
#define vsi_o_trace ofe_vsi_o_trace
#define vsi_o_assert ofe_vsi_o_assert
#define vsi_t_open ofe_vsi_t_open
#define vsi_t_close ofe_vsi_t_close
#define vsi_t_start ofe_vsi_t_start
#define vsi_t_stop ofe_vsi_t_stop
#define vsi_t_pstart ofe_vsi_t_pstart
#define vsi_t_status ofe_vsi_t_status
#define vsi_c_await ofe_vsi_c_await
#ifdef NTRACE
#define OFE_SET_STATE(PROCESS,STATE) ENTITY_DATA->state[PROCESS] = STATE
#define OFE_GET_STATE(PROCESS) ENTITY_DATA->state[PROCESS]
#else
#define OFE_SET_STATE(PROCESS,STATE)\
ENTITY_DATA->state[PROCESS] =\
vsi_o_strace (VSI_CALLER\
PROCESS_NAME[PROCESS],\
PROCESS##_NAME [ ENTITY_DATA->state[PROCESS] ],\
PROCESS##_NAME [ STATE ],\
STATE )
#define OFE_GET_STATE(PROCESS)\
vsi_o_strace (VSI_CALLER\
PROCESS_NAME[PROCESS],\
PROCESS##_NAME [ ENTITY_DATA->state[PROCESS] ],\
NULL ,\
ENTITY_DATA->state[PROCESS] )
#endif
#undef VSI_CALLER
#undef VSI_CALLER_SINGLE
#ifdef ENTITY_DMYA
extern USHORT DMYA_Handle;
#define VSI_CALLER (USHORT)DMYA_Handle,
#define VSI_CALLER_SINGLE (USHORT)DMYA_Handle
#endif
#ifdef ENTITY_DMYB
extern USHORT DMYB_Handle;
#define VSI_CALLER (USHORT)DMYB_Handle,
#define VSI_CALLER_SINGLE (USHORT)DMYB_Handle
#endif
#if defined ENTITY_SMI || ENTITY_ACI || ENTITY_MFW || ENTITY_MMI
extern USHORT ACI_Handle;
#define VSI_CALLER (USHORT)(USHORT)ACI_Handle,
#define VSI_CALLER_SINGLE (USHORT)ACI_Handle
#define SIM (USHORT)aci_hCommSIM
#define MM (USHORT)aci_hCommMM
#define CC (USHORT)aci_hCommCC
#define SMS (USHORT)aci_hCommSMS
#define SS (USHORT)aci_hCommSS
#define PL (USHORT)aci_hCommPL
#define SMI (USHORT)aci_hCommSMI
#define ACI (USHORT)aci_hCommACI
#define MMI (USHORT)aci_hCommMMI
#define RA (USHORT)aci_hCommRA
#define L2R (USHORT)aci_hCommL2R
#define T30 (USHORT)aci_hCommT30
#define pei_handle_signal aci_pei_handle_signal
#define mmi_pei_signal old_mmi_pei_signal
#define signalQueue MMIsignalQueue
#define signalIn MMIsignalIn
#define signalOut MMIsignalOut
#define PSIGNAL_SELF OFE_PSIGNAL_SELF
#define OFE_PSIGNAL_SELF(A,B) { T_QMSG Message;\
USHORT com = vsi_c_open ( VSI_CALLER "ACI" );\
Message.MsgType = MSG_SIGNAL;\
Message.Msg.Signal.SigOPC = (USHORT)A;\
Message.Msg.Signal.SigBuffer = (void*)B;\
vsi_c_send ( VSI_CALLER com, &Message );}
#endif
#ifdef ENTITY_CST
extern USHORT CST_Handle;
#define VSI_CALLER (USHORT)CST_Handle,
#define VSI_CALLER_SINGLE (USHORT)CST_Handle
#define L1 (USHORT)cst_hCommL1
#endif
#ifdef ENTITY_CC
extern USHORT CC_Handle;
#define VSI_CALLER (USHORT)CC_Handle,
#define VSI_CALLER_SINGLE (USHORT)CC_Handle
#define MMI (USHORT)cc_hCommMMI
#define MM (USHORT)cc_hCommMM
#endif
#ifdef ENTITY_SMS
extern USHORT SMS_Handle;
#define VSI_CALLER (USHORT)SMS_Handle,
#define VSI_CALLER_SINGLE (USHORT)SMS_Handle
#define MMI (USHORT)sms_hCommMMI
#define MM (USHORT)sms_hCommMM
#define SIM (USHORT)sms_hCommSIM
#endif
#ifdef ENTITY_SIM
extern USHORT SIM_Handle;
#define VSI_CALLER (USHORT)SIM_Handle,
#define VSI_CALLER_SINGLE (USHORT)SIM_Handle
#define MMI (USHORT)sim_hCommMMI
#define MM (USHORT)sim_hCommMM
#define SMS (USHORT)sim_hCommSMS
#endif
#ifdef ENTITY_SS
extern USHORT SS_Handle;
#define VSI_CALLER (USHORT)SS_Handle,
#define VSI_CALLER_SINGLE (USHORT)SS_Handle
#define MMI (USHORT)ss_hCommMMI
#define MM (USHORT)ss_hCommMM
#endif
#ifdef ENTITY_MM
extern USHORT MM_Handle;
#define VSI_CALLER (USHORT)MM_Handle,
#define VSI_CALLER_SINGLE (USHORT)MM_Handle
#define MMI (USHORT)mm_hCommMMI
#define CC (USHORT)mm_hCommCC
#define SS (USHORT)mm_hCommSS
#define SMS (USHORT)mm_hCommSMS
#define RR (USHORT)mm_hCommRR
#define DL (USHORT)mm_hCommDL
#define SIM (USHORT)mm_hCommSIM
#endif
#ifdef ENTITY_RR
extern USHORT RR_Handle;
#define VSI_CALLER (USHORT)RR_Handle,
#define VSI_CALLER_SINGLE (USHORT)RR_Handle
#define DL (USHORT)rr_hCommDL
#define MM (USHORT)rr_hCommMM
#define PL (USHORT)rr_hCommPL
#endif
#ifdef ENTITY_PL
extern USHORT PL_Handle;
#define VSI_CALLER (USHORT)PL_Handle,
#define VSI_CALLER_SINGLE (USHORT)PL_Handle
#define PL (USHORT)pl_hCommPL
#define L1 (USHORT)pl_hCommL1
#define DL (USHORT)pl_hCommDL
#define RR (USHORT)pl_hCommRR
#define MMI (USHORT)pl_hCommMMI
#define CST (USHORT)pl_hCommCST
#define vsi_t_sleep ofe_vsi_t_sleep
#endif
#ifdef ENTITY_DL
extern USHORT DL_Handle;
#define VSI_CALLER (USHORT)DL_Handle,
#define VSI_CALLER_SINGLE (USHORT)DL_Handle
#define RR (USHORT)dl_hCommRR
#define MM (USHORT)dl_hCommMM
#define PL (USHORT)dl_hCommPL
#endif
#ifdef ENTITY_RLP
extern USHORT RLP_Handle;
#define VSI_CALLER (USHORT)RLP_Handle,
#define VSI_CALLER_SINGLE (USHORT)RLP_Handle
#define L2R (USHORT)rlp_hCommL2R
#define RA (USHORT)rlp_hCommRA
#define pei_handle_signal rlp_pei_handle_signal
#define rlp_pei_signal old_rlp_pei_signal
#define signalQueue RLPsignalQueue
#define signalIn RLPsignalIn
#define signalOut RLPsignalOut
#endif
#ifdef ENTITY_L2R
extern USHORT L2R_Handle;
#define VSI_CALLER (USHORT)L2R_Handle,
#define VSI_CALLER_SINGLE (USHORT)L2R_Handle
#define L2R (USHORT)l2r_hCommL2R
#define RA (USHORT)l2r_hCommRA
#define MMI (USHORT)l2r_hCommMMI
#define RLP (USHORT)l2r_hCommRLP
#define pei_handle_signal l2r_pei_handle_signal
#define l2r_pei_signal old_l2r_pei_signal
#define signalQueue L2RsignalQueue
#define signalIn L2RsignalIn
#define signalOut L2RsignalOut
#define PSIGNAL_SELF OFE_PSIGNAL_SELF
#ifdef MEMORY_SUPERVISION
#define OFE_PSIGNAL_SELF(A,B) { T_QMSG Message;\
USHORT com = vsi_c_open ( VSI_CALLER "L2R" );\
Message.MsgType = MSG_SIGNAL;\
Message.Msg.Signal.SigOPC = (USHORT)A;\
Message.Msg.Signal.SigBuffer = (void*)B;\
vsi_c_send ( VSI_CALLER com, &Message, __FILE,__LINE__ );}
#else
#define OFE_PSIGNAL_SELF(A,B) { T_QMSG Message;\
USHORT com = vsi_c_open ( VSI_CALLER "L2R" );\
Message.MsgType = MSG_SIGNAL;\
Message.Msg.Signal.SigOPC = (USHORT)A;\
Message.Msg.Signal.SigBuffer = (void*)B;\
vsi_c_send ( VSI_CALLER com, &Message );}
#endif
#endif
#ifdef ENTITY_FAD
extern USHORT FAD_Handle;
#define VSI_CALLER (USHORT)FAD_Handle,
#define VSI_CALLER_SINGLE (USHORT)FAD_Handle
#define RA (USHORT)fad_hCommRA
#define T30 (USHORT)fad_hCommT30
#define pei_handle_signal fad_pei_handle_signal
#define fad_pei_signal old_fad_pei_signal
#define signalQueue FADsignalQueue
#define signalIn FADsignalIn
#define signalOut FADsignalOut
#endif
#ifdef ENTITY_T30
extern USHORT T30_Handle;
#define VSI_CALLER (USHORT)T30_Handle,
#define VSI_CALLER_SINGLE (USHORT)T30_Handle
#define MMI (USHORT)t30_hCommMMI
#define FAD (USHORT)t30_hCommFAD
#endif
#ifdef ENTITY_RA
extern USHORT RA_Handle;
#define VSI_CALLER (USHORT)RA_Handle,
#define VSI_CALLER_SINGLE (USHORT)RA_Handle
#define L2R (USHORT)ra_hCommL2R
#define MMI (USHORT)ra_hCommMMI
#define RLP (USHORT)ra_hCommRLP
#define FAD (USHORT)ra_hCommFAD
#define PSIGNAL OFE_PSIGNAL
#ifdef MEMORY_SUPERVISION
#define OFE_PSIGNAL(A,B,C) { T_QMSG Message;\
Message.MsgType = MSG_SIGNAL;\
Message.Msg.Signal.SigOPC = (USHORT)B;\
Message.Msg.Signal.SigBuffer = (void*)C;\
vsi_c_send ( VSI_CALLER A, &Message, __FILE__,__LINE__ );}
#else
#define OFE_PSIGNAL(A,B,C) { T_QMSG Message;\
Message.MsgType = MSG_SIGNAL;\
Message.Msg.Signal.SigOPC = (USHORT)B;\
Message.Msg.Signal.SigBuffer = (void*)C;\
vsi_c_send ( VSI_CALLER A, &Message );}
#endif
#endif
#ifdef ENTITY_L1
extern USHORT L1_Handle;
#define VSI_CALLER (USHORT)L1_Handle,
#define VSI_CALLER_SINGLE (USHORT)L1_Handle
#define l1_pei_run ofe_l1_pei_run
#endif
#endif
