FreeCalypso > hg > fc-magnetite
view src/condat3/com/include/custom.h @ 632:d968a3216ba0
new tangomdm build target
TCS211/Magnetite built for target leonardo runs just fine on the Tango-based
Caramel board, but a more proper tangomdm build target is preferable in order
to better market these Tango modems to prospective commercial customers. The
only differences are in GPIO and MCSI config:
* MCSI is enabled in the tangomdm build config.
* GPIO 1 is loudspeaker amplifier control on Leonardo, but on Tango platforms
it can be used for anything. On Caramel boards this GPIO should be
configured as an output driving high.
* GPIO 2 needs to be configured as Calypso input on Leonardo, but on Tango
platforms it can be used for anything. On Caramel boards this GPIO should be
configured as an output, either high or low is OK.
author | Mychaela Falconia <falcon@freecalypso.org> |
---|---|
date | Sat, 04 Jan 2020 19:27:41 +0000 |
parents | c8bd5a927942 |
children |
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/* +----------------------------------------------------------------------------- | Project : GSM-PS (6147) | Modul : CUSTOM +----------------------------------------------------------------------------- | 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 : Custom dependent definitions | | Use this header for definitions to integrate the | protocol stack in your target system ! +----------------------------------------------------------------------------- */ #ifndef CUSTOM_H #define CUSTOM_H /* * OPTION_MULTITHREAD * * Description : For Operationg systems where the entire protocol * stack is linked as an process and the entitys are * started as threads, this option must be set. In * this case all the pei_ functions of one entity * were prefixed by the entity name like cc_pei... * * Options: #define OPTION_MULTITHREAD * Multithread application * #undef OPTION_MULTITHREAD * No multithread application. * Each entity is linked seperatly. * */ /* #undef OPTION_MULTITHREAD must be passed as compile switch */ /*==== ENTITY DEPENDENT CONFIGURATION PARAMETER ===================*/ #ifndef __PFRAME_C__ /* do not include the entity specific custom header if we compile the frame */ #ifdef ENTITY_CST #include "cst/cus_cst.h" #endif #if defined (ENTITY_SMI) || defined (ENTITY_MFW) || defined (ENTITY_ACI) || defined (ENTITY_MMI) #include "cus_aci.h" #endif #ifdef ENTITY_PAN #endif #ifdef ENTITY_DL #include "cus_dl.h" #endif #ifdef ENTITY_RR #include "cus_rr.h" #endif #ifdef ENTITY_MM #include "cus_mm.h" #endif #ifdef ENTITY_CC #include "cus_cc.h" #endif #ifdef ENTITY_SS #include "cus_ss.h" #endif #ifdef ENTITY_ESIM #include "cus_esim.h" #endif #ifdef ENTITY_SMS #include "cus_sms.h" #endif #ifdef ENTITY_PL #ifdef ALR #include "cus_alr.h" #else #include "cus_til.h" #endif #endif #ifdef ENTITY_L1 #include "cus_l1.h" #endif #ifdef ENTITY_SIM #include "cus_sim.h" #endif #ifdef ENTITY_L2R #include "cus_l2r.h" #endif #ifdef ENTITY_RLP #include "cus_rlp.h" #endif #ifdef ENTITY_T30 #include "cus_t30.h" #endif #ifdef ENTITY_FAD #include "cus_fad.h" #endif #ifdef ENTITY_RA #include "cus_ra.h" #endif #ifdef ENTITY_WAP #ifdef FF_GPF_TCPIP #include "cus_wapmic.h" #endif #ifdef CO_UDP_IP #include "cus_wap.h" #endif #endif #ifdef ENTITY_UDP #include "cus_udp.h" #endif #ifdef ENTITY_IP #include "cus_ip.h" #endif #ifdef ENTITY_TCP #include "cus_tcp.h" #endif #endif /*==== ENTITY NAMES ===============================================*/ /* * The names are used as identifier for the communication resource */ #define NULL_NAME "NULL" #define L1_NAME "L1" #define PL_NAME "PL" #define DL_NAME "DL" #define RR_NAME "RR" #define MM_NAME "MM" #define CC_NAME "CC" #define SS_NAME "SS" #define ESIM_NAME "ESIM" #define SMS_NAME "SMS" #define SIM_NAME "SIM" #define PAN_NAME "PAN" #define DMYA_NAME "DMYA" #define DMYB_NAME "DMYB" #define CST_NAME "CST" #define GRR_NAME "GRR" #define ACI_NAME "MMI" #define AAA_NAME "AAA" #define RIV_NAME "RIV" #define L2R_NAME "L2R" #define TRA_NAME L2R_NAME /* TRA running in L2R task */ #define RLP_NAME "RLP" #define T30_NAME "T30" #define FAD_NAME "FAD" #define RA_NAME "RA" #define WAP_NAME "WAP" #define UDP_NAME "UDP" #define IP_NAME "IP" #define PPP_NAME "PPP" #define UART_NAME "UART" #define PSI_NAME "PSI" #define DTI_NAME "DTI" #define TAP_NAME "TAP" #define BTI_NAME "BTI" /* BTI is not an entity, but the name is used to identify BTI */ #define LC_NAME "LC" #ifndef _TARGET_ #define CLT_NAME "CLT" /* Used only during Simulation testing*/ #endif /*!_TARGET_*/ #define RRLP_NAME "RRLP" #ifdef FF_TRACE_OVER_MTST #define MTST_NAME "MTST" #endif /* FF_TRACE_OVER_MTST */ #ifdef GPRS #define GMM_NAME "GMM" #define GRR_NAME "GRR" #define GRLC_NAME "GRLC" #define PKTIO_NAME "PKT" #define GPL_NAME "GRR" #endif /* #ifdef GPRS */ #define DCM_NAME "MMI" #define TCPIP_NAME "TCP" #define APP_NAME "APP" #define GDD_DIO_NAME "GDDI" #ifndef NEW_FRAME /*==== STATIC CONFIGURATION =======================================*/ /* * TRACE_FKT * * Description : A trace string is send to the environment when a * function is called. * * Options: #define TRACE_FKT configuration is active * #undef TRACE_FKT configuration is not active * #define TC_FUNC <n> used trace class * * Function Traces only under Windows and for MMI */ /* * It is nearly impossible to debug ACI/MFW/SMI without function traces */ #if defined(WIN32) OR defined(ENTITY_MFW) OR defined(ENTITY_ACI) OR defined(ENTITY_SMI) #define TRACE_FKT #define TC_FUNC 1 #else #undef TRACE_FKT #endif /* * TRACE_EVE * * Description : A trace string is given to the environment when * an event has happened, for example start of cell * selection. * * Options: #define TRACE_EVE configuration is active * #undef TRACE_EVE configuration is not active * #define TC_EVENT <n> used trace class */ #if !defined (NTRACE) #define TRACE_EVE #define TC_EVENT 2 #else #undef TRACE_EVE #endif /* * TRACE_ERR * * valid for : Mobile and Base Station * * Description : A trace string is given to the environment when * an error has occured, for example parameter error * by dynamic configuration. * * Options: #define TRACE_ERR configuration is active * #undef TRACE_ERR configuration is not active * #define TC_ERROR <n> used trace class */ #if !defined (NTRACE) #define TRACE_ERR #define TC_ERROR 3 #else #undef TRACE_ERR #endif /* * TRACE_PRIM * * Description : A trace string is send to the environment when a * primitive is received or send. * * Options: #define TRACE_PRIM configuration is active * #undef TRACE_PRIM configuration is not active * #define TC_PRIM <n> used trace class */ #if !defined (NTRACE) #define TRACE_PRIM #define TC_PRIM 4 #else #undef TRACE_PRIM #endif /* * TRACE_STATE * * Description : A trace string is send to the environment when a * state variable is changed or retrieved. * * Options: #define TRACE_STATE configuration is active * #undef TRACE_STATE configuration is not active * #define TC_STATE <n> used trace class */ #if !defined (NTRACE) #define TRACE_STATE #define TC_STATE 8 #else #undef TRACE_STATE #endif #endif /* NEW_FRAME */ /* * SIM Application Toolkit * * Description : Depending of the general activation of SIM application * Toolkit, specific parts can be activated * * Options: #define SAT_CBM_DNL_SUPPORT Cell Broadcast Data * Download shall be supported * #define SAT_SMS_DNL_SUPPORT SMS Data Download shall * be supported * #define SAT_CALL_CTRL_SUPPORT Call Control by SIM shall * be supported * #define SAT_CALL_REQ_SUPPORT Setup Call and Send SS/USSD * shall be supported */ #ifdef SIM_TOOLKIT #define SAT_CBM_DNL_SUPPORT #define SAT_SMS_DNL_SUPPORT #define SAT_CALL_CTRL_SUPPORT #define SAT_CALL_REQ_SUPPORT #endif /* * Engineering Mode * * Description : The configuration enables feature flag for engineering mode under WIN32. * * Options: #define FF_EM_MODE engineering mode is supported * */ //#if defined (WIN32) //#define FF_EM_MODE //#endif /* * OPTION_REF * * Description : There are two ways defined to communicate * between protocol stack entities. Either by * copying buffers or by exchanging buffer * addresses. This options defines which * way is used. * * Options: #define OPTION_REF communication is * carried out by * exchanging buffer addresses * #undef OPTION_REF communication is * carried out by * copying buffers */ #define OPTION_REF /* * OPTION_LENGTH * * Description : If the communication is carried out by * exchanging buffer addresses it is not * necessary to calculate the length of * the buffer. This option suppresses * the calculation of the size parameter * of the sending communication buffer. * * Options: #undef OPTION_LENGTH size parameter is set * to zero. * #define OPTION_LENGTH size parameter is set * to buffer size */ #define OPTION_LENGTH /* * OPTION_SET_CONFIG_ONLY * * Description : The pei_config () function is used * to set and/or to read dynamic configuration. * The possibility to read a dynamic configuration * is switched off by this configuration. * * Options: #define OPTION_SET_CONFIG_ONLY * It is not possible to read * a dynamic configuration * #undef OPTION_SET_CONFIG_ONLY * It is possible to read * a dynamic configuration */ #define OPTION_SET_CONFIG_ONLY /* * OPTION_GSM_ONLY * * Description : If the environment ensures that only GSM * primitives are forwarded to the protocol * stack entity this option suppresses the * use of the vsi_c_primitive() function. * * Options: #define OPTION_GSM_ONLY * The environment sends * only GSM primitives * #undef OPTION_GSM_ONLY * The environment sends * GSM and SYSTEM primitives */ #undef OPTION_GSM_ONLY /* * OPTION_TIMEOUT_SYNC * * Description : If the environment ensures that the * pei_primitive and pei_timeout function * not called at the same time this option * suppresses the use of the vsi_c_awake() * function. The timeout-handling is started * directly by the pei_timeout() function. * * Options: #define OPTION_TIMOUT_SYNC * direct timeout-handling * #undef OPTION_TIMEOUT_SYNC * indirect timeout-handling * by using vsi_c_awake () */ #undef OPTION_TIMEOUT_SYNC /* * OPTION_SIGNAL * * Description : The options defines whether signal processing * in the entity is possible or not. * * Options: #define OPTION_SIGNAL * Signal processing is possible * #undef OPTION_SIGNAL * Signal processing is not possible * */ #define OPTION_SIGNAL /* * OPTION_TIMER * * Description : The options defines whether timer values are * changeable by dynamic configuration or not. * * Options: #define OPTION_TIMER * Timer values are changeable * #undef OPTION_TIMER * Timer values are not * changeable */ #if !defined (NCONFIG) #define OPTION_TIMER #else #undef OPTION_TIMER #endif /* * OPTION_RELATIVE * * Description : If the compiler for the target system * uses relative addressing it is possible * that the offset at run-time must be * added to some jump tables containing only * the offset at compile-time. * * Options: #define OPTION_RELATIVE * add run-time offset * #undef OPTION_RELATIVE * don't add run-time offset */ #undef OPTION_RELATIVE /* * OPTION_MULTI_INSTANCE * MAX_INSTANCES * * * Description : The option is used if multiple instances are * used. The routing information is stored in the * header (T_ROUTE route). The routing information * consists of instance number (inst_no), * channel number (chan_no) and timeslot number * (ts_no). The upper layer uses instance number * for routing, at the interface to physical layer * the channel and timeslot number are used. The * constant MAX_INSTANCES defines the maximum of * instances. * * Options: #define OPTION_MULTI_INSTANCE * use multi instances * #undef OPTION_MULTI_INSTANCE * only one instance */ #undef OPTION_MULTI_INSTANCE #define MAX_INSTANCES 1 /*==== TYPES ======================================================*/ /* * T_PRIM_HEADER * * Description : This type definition defines the custom specific * part of a primitive. All primitives have the * general format: header followed by data. The * header of a primitive is changeable according to * the requirements of the target system. * Hints: Only the operation code opc as a USHORT value must * be present. For multi-instance protocol stacks * the routing information must be include in the * header (T_ROUTE route). */ #ifdef OPTION_MULTI_INSTANCES typedef struct { USHORT inst_no; USHORT chan_no; UBYTE ts_no; } T_ROUTE; #endif #if !defined (T_PRIM_HEADER_DEFINED) #define T_PRIM_HEADER_DEFINED #ifdef _TMS470 typedef struct { USHORT opc; /* equal to int SignalCode */ USHORT opc2; USHORT len; USHORT idx; T_sdu *sdu; UBYTE * Sender; /* not used */ UBYTE * SigP; /* Pointer to data area */ } T_PRIM_HEADER; #else typedef struct { UBYTE ps; UBYTE fill; UBYTE snd; UBYTE rcv; ULONG timestamp; USHORT len; USHORT idx; T_sdu *sdu; USHORT lng; #ifdef OPTION_MULTI_INSTANCES T_ROUTE route; #endif USHORT opc; USHORT opc2; } T_PRIM_HEADER; #endif #endif /* T_PRIM_HEADER_DEFINED */ #endif /* CUSTOM_H */