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view src/condat/frame/config/gprscomp.c @ 220:0ed36de51973

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ABB semaphore protection overhaul The ABB semaphone protection logic that came with TCS211 from TI was broken in several ways: * Some semaphore-protected functions were called from Application_Initialize() context. NU_Obtain_Semaphore() called with NU_SUSPEND fails with NU_INVALID_SUSPEND in this context, but the return value wasn't checked, and NU_Release_Semaphore() would be called unconditionally at the end. The latter call would increment the semaphore count past 1, making the semaphore no longer binary and thus no longer effective for resource protection. The fix is to check the return value from NU_Obtain_Semaphore() and skip the NU_Release_Semaphore() call if the semaphore wasn't properly obtained. * Some SPI hardware manipulation was being done before entering the semaphore- protected critical section. The fix is to reorder the code: first obtain the semaphore, then do everything else. * In the corner case of L1/DSP recovery, l1_abb_power_on() would call some non-semaphore-protected ABB & SPI init functions. The fix is to skip those calls in the case of recovery. * A few additional corner cases existed, all of which are fixed by making ABB semaphore protection 100% consistent for all ABB functions and code paths. There is still one remaining problem of priority inversion: suppose a low- priority task calls an ABB function, and some medium-priority task just happens to preempt right in the middle of that semaphore-protected ABB operation. Then the high-priority SPI task is locked out for a non-deterministic time until that medium-priority task finishes its work and goes back to sleep. This priority inversion problem remains outstanding for now.
author Mychaela Falconia <falcon@freecalypso.org>
date Mon, 26 Apr 2021 20:55:25 +0000
parents 4e78acac3d88
children
line wrap: on
line source

/*
+-----------------------------------------------------------------------------
|  Project :
|  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 :  Component Table for GPRS
+-----------------------------------------------------------------------------
*/

#ifndef _TARGET_
#define NEW_ENTITY
#endif

/*==== INCLUDES ===================================================*/

#include "nucleus.h"
#include "typedefs.h"
#include "os.h"
#include "vsi.h"
#include "pei.h"
#include "gprsconst.h"
#include "frm_defs.h"
#include "frm_types.h"
#include "frm_glob.h"
#include "os_types.h"
#include "os_glob.h"
#include "gprsconst.h"

/*==== CONSTANTS ==================================================*/


/*==== EXTERNALS ==================================================*/

extern SHORT tstrcv_pei_create(T_PEI_INFO const **Info);
extern SHORT tstsnd_pei_create(T_PEI_INFO const **Info);
extern SHORT aci_pei_create   (T_PEI_INFO const **Info);
extern SHORT cst_pei_create   (T_PEI_INFO const **Info);
#ifdef FF_ESIM
extern SHORT esim_pei_create  (T_PEI_INFO const **Info); /* esim module */
#endif
extern SHORT sim_pei_create   (T_PEI_INFO const **Info);
extern SHORT sms_pei_create   (T_PEI_INFO const **Info);
extern SHORT cc_pei_create    (T_PEI_INFO const **Info);
extern SHORT sm_pei_create    (T_PEI_INFO const **Info);
extern SHORT ss_pei_create    (T_PEI_INFO const **Info);
extern SHORT mm_pei_create    (T_PEI_INFO const **Info);
extern SHORT gmm_pei_create   (T_PEI_INFO const **Info);
extern SHORT rr_pei_create    (T_PEI_INFO const **Info);
extern SHORT grr_pei_create   (T_PEI_INFO const **Info);
extern SHORT grlc_pei_create  (T_PEI_INFO const **Info);
extern SHORT dl_pei_create    (T_PEI_INFO const **Info);
extern SHORT pl_pei_create    (T_PEI_INFO const **Info);
#ifdef FAX_AND_DATA
extern SHORT l2r_pei_create   (T_PEI_INFO const **Info);
extern SHORT rlp_pei_create   (T_PEI_INFO const **Info);
#ifdef FF_FAX
extern SHORT fad_pei_create   (T_PEI_INFO const **Info);
extern SHORT t30_pei_create   (T_PEI_INFO const **Info);
#endif
#endif /* FAX_AND_DATA */
extern SHORT llc_pei_create   (T_PEI_INFO const **Info);
extern SHORT sndcp_pei_create (T_PEI_INFO const **Info);
extern SHORT ppp_pei_create   (T_PEI_INFO const **Info);
extern SHORT uart_pei_create  (T_PEI_INFO const **Info);

#ifdef FF_MUX
extern SHORT mux_pei_create (T_PEI_INFO const **Info);
#endif /* MUX */

#ifdef FF_PKTIO
extern SHORT pktio_pei_create (T_PEI_INFO const **Info);
#endif /* #ifdef FF_PKTIO */

#ifdef FF_PSI
extern SHORT psi_pei_create (T_PEI_INFO const **Info);
#endif

#ifdef FF_EOTD
extern SHORT lc_pei_create    (T_PEI_INFO const **Info);
extern SHORT rrlp_pei_create  (T_PEI_INFO const **Info);
#endif /* FF_EOTD */

#ifdef CO_UDP_IP
extern SHORT udp_pei_create   (T_PEI_INFO const **Info);
extern SHORT ip_pei_create    (T_PEI_INFO const **Info);
#endif /* CO_UDP_IP */

#ifdef FF_WAP
extern SHORT wap_pei_create   (T_PEI_INFO const **Info);
#endif /* FF_WAP */

#ifdef _TARGET_
extern SHORT l1_pei_create    (T_PEI_INFO const **Info);
#ifdef FF_TCP_IP
extern SHORT aaa_pei_create   (T_PEI_INFO const **Info);
#endif /* FF_TCP_IP */
#endif /* _TARGET_ */

#ifdef FF_UPM
extern SHORT upm_pei_create (T_PEI_INFO const **Info);
#endif

#ifdef FF_GPF_TCPIP
extern SHORT tcpip_pei_create (T_PEI_INFO const **Info);
#endif /* FF_TCP_IP */

#if defined (CO_TCPIP_TESTAPP) || defined (CO_BAT_TESTAPP)
extern SHORT app_pei_create   (T_PEI_INFO const **Info);
#endif /* CO_TCPIP_TESTAPP */
#ifndef _TARGET_
extern SHORT ra_pei_create    (T_PEI_INFO const **Info);
#endif

#ifndef FF_ATI_BAT
  #ifdef  FF_BAT 
extern SHORT gdd_dio_pei_create(T_PEI_INFO const **Info);
  #endif
#endif

/*==== VARIABLES ==================================================*/

//EF For normal Test Definition Language (TDL) TAP usage set newTstHeader = FALSE
//EF For multiple entity (TCSL) Test Case Script Lang.   set newTstHeader = TRUE
#ifndef _TARGET_

#ifdef TDL_TAP
BOOL newTstHeader = FALSE;
#else
BOOL newTstHeader = TRUE;
#endif

#endif

#ifndef DATA_EXT_RAM

const T_COMPONENT_ADDRESS tstrcv_list[] =
{
  { tstrcv_pei_create,   NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS tstsnd_list[] =
{
  { tstsnd_pei_create,   NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS mmi_list[] =
{
  { aci_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

#ifdef FF_ESIM
const T_COMPONENT_ADDRESS esim_list[] =
{
  { esim_pei_create,     NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif

const T_COMPONENT_ADDRESS cst_list[] =
{
  { cst_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS sim_list[] =
{
  { sim_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS cm_list[] =
{
  { sms_pei_create,      NULL,   ASSIGNED_BY_TI },
  { cc_pei_create,       NULL,   ASSIGNED_BY_TI },
  { sm_pei_create,       NULL,   ASSIGNED_BY_TI },
  { ss_pei_create,       NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   (int)"CM" }
};

const T_COMPONENT_ADDRESS mmgmm_list[] =
{
  { mm_pei_create,       NULL,   ASSIGNED_BY_TI },
  { gmm_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   (int)"MMGMM" }
};

const T_COMPONENT_ADDRESS rr_list[] =
{
  { rr_pei_create,       NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS grr_list[] =
{
  { grr_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS grlc_list[] =
{
  { grlc_pei_create,     NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS dl_list[] =
{
  { dl_pei_create,       NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS pl_list[] =
{
  { pl_pei_create,       NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

#ifdef FAX_AND_DATA
const T_COMPONENT_ADDRESS l2rt30_list[] =
{
  { l2r_pei_create,      NULL,   ASSIGNED_BY_TI },
#ifdef FF_FAX
  { t30_pei_create,      NULL,   ASSIGNED_BY_TI },
#endif
  { NULL,                NULL,   (int)"L2RT30" }
};

const T_COMPONENT_ADDRESS rlpfad_list[] =
{
  { rlp_pei_create,      NULL,   ASSIGNED_BY_TI },
#ifdef FF_FAX
  { fad_pei_create,      NULL,   ASSIGNED_BY_TI },
#endif
  { NULL,                NULL,   (int)"RLPFAD" }
};
#endif /* FAX_AND_DATA */


const T_COMPONENT_ADDRESS llc_list[] =
{
  { llc_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS sndcp_list[] =
{
  { sndcp_pei_create,    NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS ppp_list[] =
{
  { ppp_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS uart_list[] =
{
  { uart_pei_create,     NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

#ifdef FF_MUX
const T_COMPONENT_ADDRESS mux_list[] =
{
  { mux_pei_create,    NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif /* MUX */

#ifdef FF_PKTIO
const T_COMPONENT_ADDRESS pktio_list[] =
{
  { pktio_pei_create,    NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif /* #ifdef FF_PKTIO */

#ifdef FF_PSI
const T_COMPONENT_ADDRESS psi_list[] =
{
  { psi_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif /* #ifdef FF_PSI */

#ifdef FF_UPM
const T_COMPONENT_ADDRESS upm_list[] =
{
  { upm_pei_create,    NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif /* #ifdef FF_UPM */

#ifdef FF_EOTD
const T_COMPONENT_ADDRESS eotd_list[] =
{
  { lc_pei_create,       NULL,   ASSIGNED_BY_TI },
  { rrlp_pei_create,     NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   (int)"EOTD" }
};
#endif /* FF_EOTD */

#ifdef FF_WAP
const T_COMPONENT_ADDRESS wap_list[] =
{
  { wap_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif /* FF_WAP */

#ifdef CO_UDP_IP
const T_COMPONENT_ADDRESS udp_list[] =
{
  { udp_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};

const T_COMPONENT_ADDRESS ip_list[] =
{
  { ip_pei_create,       NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif /* CO_UDP_IP */

#ifndef _TARGET_
const T_COMPONENT_ADDRESS ra_list[] =
{
  { ra_pei_create,       NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif /* !_TARGET_ */

#ifdef FF_TCP_IP
const T_COMPONENT_ADDRESS aaa_list[] =
{
#ifdef _TARGET_
  { aaa_pei_create,      NULL,   ASSIGNED_BY_TI },
#else /* _TARGET_ */
  { NULL,               "AAA",   ASSIGNED_BY_TI },
#endif /* else _TARGET_ */
  { NULL,                NULL,   0 }
};
#endif /* FF_TCP_IP */

#ifdef FF_GPF_TCPIP
const T_COMPONENT_ADDRESS tcpip_list[] =
{
  { tcpip_pei_create,    NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif

#if defined (CO_TCPIP_TESTAPP) || defined (CO_BAT_TESTAPP)
const T_COMPONENT_ADDRESS app_list[] =
{
  { app_pei_create,      NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
#endif /* CO_TCPIP_TESTAPP */

const T_COMPONENT_ADDRESS l1_list[] =
{
#ifdef _TARGET_
  { l1_pei_create,       NULL,   ASSIGNED_BY_TI },
#else
  { NULL,                "L1",   ASSIGNED_BY_TI },
#endif
  { NULL,                NULL,   0 }
};

#ifndef FF_ATI_BAT
  #ifdef  FF_BAT
const T_COMPONENT_ADDRESS gdd_dio_list[] =
{
  { gdd_dio_pei_create,    NULL,   ASSIGNED_BY_TI },
  { NULL,                NULL,   0 }
};
  #endif
#endif

const T_COMPONENT_ADDRESS *ComponentTables[]=
{
  tstrcv_list,
  tstsnd_list,
  mmi_list,
  cst_list,
  sim_list,
  cm_list,
  mmgmm_list,
  rr_list,
  grr_list,
  grlc_list,
  dl_list,
  pl_list,
#ifdef FAX_AND_DATA
  l2rt30_list,
  rlpfad_list,
#endif /* FAX_AND_DATA */
  llc_list,
  sndcp_list,
  ppp_list,
  uart_list,
#ifdef FF_MUX
  mux_list,
#endif
#ifdef FF_PKTIO
  pktio_list,
#endif
#ifdef FF_PSI
  psi_list,
#endif
#ifdef FF_UPM
  upm_list,
#endif
#ifndef FF_ATI_BAT
  #ifdef  FF_BAT
  gdd_dio_list,
  #endif /* FF_BAT */
#endif
#ifdef FF_EOTD
  eotd_list,
#endif
#ifdef FF_WAP
  wap_list,
#endif

#ifdef CO_UDP_IP
  udp_list,
  ip_list,
#endif
#if defined _SIMULATION_ && defined FF_FAX
  ra_list,
#endif
#ifdef FF_TCP_IP
  aaa_list,
#endif /* FF_TCP_IP */

#ifdef FF_GPF_TCPIP
  tcpip_list,
#endif

#if defined (CO_TCPIP_TESTAPP) || defined (CO_BAT_TESTAPP)
  app_list,
#endif /* CO_TCPIP_TESTAPP */

#ifdef FF_ESIM
  esim_list, /* needed for esim module */
#endif
  l1_list,
  NULL
};

/*==== VERSIONS ===================================================*/
#ifndef CTRACE
  char * str2ind_version = "&0";
#endif

#endif /* DATA_EXT_RAM */

/*==== MEMORY CONFIGURATION =======================================*/

/*
 * Partitions pool configuration for primitive communication
 */

/*
 * Memory extensions for multiplexer
 */
#ifdef FF_MUX
#define PRIMPOOL_0_MUX_ADDITION 30
#define PRIMPOOL_2_MUX_ADDITION 10
#else /* FF_MUX */
#define PRIMPOOL_0_MUX_ADDITION  0
#define PRIMPOOL_2_MUX_ADDITION  0
#endif /* else FF_MUX */

/*
 * Memory extensions for multiple PDP contexts
 */
#ifdef FF_PKTIO
#define PRIMPOOL_2_MPDP_ADDITION 30
#else /* FF_PKTIO */
#define PRIMPOOL_2_MPDP_ADDITION  0
#endif /* else FF_PKTIO */
#ifdef WIN32
/*
 * Required for testing LLC acknowledged mode.
 */
#define PRIMPOOL_0_PARTITIONS		200
#define PRIMPOOL_1_PARTITIONS		100
#define PRIMPOOL_2_PARTITIONS		 20
#define PRIMPOOL_3_PARTITIONS		 20

#else /*WIN32*/

#ifdef FF_UPM
#define PRIMPOOL_0_PARTITIONS   (190 + PRIMPOOL_0_MUX_ADDITION + 20)
#define PRIMPOOL_1_PARTITIONS		 110
#define PRIMPOOL_2_PARTITIONS   ( 50 + PRIMPOOL_2_MPDP_ADDITION + PRIMPOOL_2_MUX_ADDITION + 5)
#else
#define PRIMPOOL_0_PARTITIONS   (190 + PRIMPOOL_0_MUX_ADDITION)
#define PRIMPOOL_1_PARTITIONS		 110
#define PRIMPOOL_2_PARTITIONS   ( 50 + PRIMPOOL_2_MPDP_ADDITION + PRIMPOOL_2_MUX_ADDITION)
#endif
#define PRIMPOOL_3_PARTITIONS		   7

#endif /*WIN32*/

#define PRIM_PARTITION_0_SIZE	    60
#define PRIM_PARTITION_1_SIZE	   128
#define PRIM_PARTITION_2_SIZE	   632
#define PRIM_PARTITION_3_SIZE	  1600

#ifndef DATA_INT_RAM
unsigned int MaxPrimPartSize = PRIM_PARTITION_3_SIZE;
#endif /* !DATA_INT_RAM */

#if (!defined DATA_EXT_RAM && defined PRIM_0_INT_RAM) || (!defined DATA_INT_RAM && !defined PRIM_0_INT_RAM)
char pool10 [ POOL_SIZE(PRIMPOOL_0_PARTITIONS,ALIGN_SIZE(PRIM_PARTITION_0_SIZE)) ];
#else
extern char pool10 [];
#endif

#if (!defined DATA_EXT_RAM && defined PRIM_1_INT_RAM) || (!defined DATA_INT_RAM && !defined PRIM_1_INT_RAM)
char pool11 [ POOL_SIZE(PRIMPOOL_1_PARTITIONS,ALIGN_SIZE(PRIM_PARTITION_1_SIZE)) ];
#else
extern char pool11 [];
#endif

#if (!defined DATA_EXT_RAM && defined PRIM_2_INT_RAM) || (!defined DATA_INT_RAM && !defined PRIM_2_INT_RAM)
char pool12 [ POOL_SIZE(PRIMPOOL_2_PARTITIONS,ALIGN_SIZE(PRIM_PARTITION_2_SIZE)) ];
#else
extern char pool12 [];
#endif

#if (!defined DATA_EXT_RAM && defined PRIM_3_INT_RAM) || (!defined DATA_INT_RAM && !defined PRIM_3_INT_RAM)
char pool13 [ POOL_SIZE(PRIMPOOL_3_PARTITIONS,ALIGN_SIZE(PRIM_PARTITION_3_SIZE)) ];
#else
extern char pool13 [];
#endif

#ifndef DATA_INT_RAM
const T_FRM_PARTITION_POOL_CONFIG prim_grp_config[] =
{
  { PRIMPOOL_0_PARTITIONS, ALIGN_SIZE(PRIM_PARTITION_0_SIZE), &pool10 },
  { PRIMPOOL_1_PARTITIONS, ALIGN_SIZE(PRIM_PARTITION_1_SIZE), &pool11 },
  { PRIMPOOL_2_PARTITIONS, ALIGN_SIZE(PRIM_PARTITION_2_SIZE), &pool12 },
  { PRIMPOOL_3_PARTITIONS, ALIGN_SIZE(PRIM_PARTITION_3_SIZE), &pool13 },
  { 0                    , 0                    , NULL	  }
};
#endif /* !DATA_INT_RAM */

/*
 * Partitions pool configuration for test interface communication
 */
#define TESTPOOL_0_PARTITIONS		 10
#define TESTPOOL_1_PARTITIONS		200
#define TESTPOOL_2_PARTITIONS		  2

#define TSTSND_QUEUE_ENTRIES         (TESTPOOL_0_PARTITIONS+TESTPOOL_1_PARTITIONS+TESTPOOL_2_PARTITIONS)
#define TSTRCV_QUEUE_ENTRIES         50

#define TEST_PARTITION_0_SIZE	    80
#ifdef _TARGET_
 #define TEST_PARTITION_1_SIZE   220	/* FreeCalypso: up from TI's 160 */
#else
 #define TEST_PARTITION_1_SIZE   260
#endif
#define TEST_PARTITION_2_SIZE	  1600

#ifndef DATA_INT_RAM
const USHORT TST_SndQueueEntries    = TSTSND_QUEUE_ENTRIES;
const USHORT TST_RcvQueueEntries    = TSTRCV_QUEUE_ENTRIES;
const USHORT TextTracePartitionSize = TEST_PARTITION_1_SIZE;
#endif /* !DATA_INT_RAM */

#if (!defined DATA_EXT_RAM && defined TEST_0_INT_RAM) || (!defined DATA_INT_RAM && !defined TEST_0_INT_RAM)
char pool20 [ POOL_SIZE(TESTPOOL_0_PARTITIONS,ALIGN_SIZE(TEST_PARTITION_0_SIZE)) ];
#else
extern char pool20 [];
#endif

#if (!defined DATA_EXT_RAM && defined TEST_1_INT_RAM) || (!defined DATA_INT_RAM && !defined TEST_1_INT_RAM)
char pool21 [ POOL_SIZE(TESTPOOL_1_PARTITIONS,ALIGN_SIZE(TEST_PARTITION_1_SIZE)) ];
#else
extern char pool21 [];
#endif

#if (!defined DATA_EXT_RAM && defined TEST_2_INT_RAM) || (!defined DATA_INT_RAM && !defined TEST_2_INT_RAM)
char pool22 [ POOL_SIZE(TESTPOOL_2_PARTITIONS,ALIGN_SIZE(TEST_PARTITION_2_SIZE)) ];
#else
extern char pool22 [];
#endif

#ifndef DATA_INT_RAM
const T_FRM_PARTITION_POOL_CONFIG test_grp_config[] =
{
  { TESTPOOL_0_PARTITIONS, ALIGN_SIZE(TEST_PARTITION_0_SIZE), &pool20 },
  { TESTPOOL_1_PARTITIONS, ALIGN_SIZE(TEST_PARTITION_1_SIZE), &pool21 },
  { TESTPOOL_2_PARTITIONS, ALIGN_SIZE(TEST_PARTITION_2_SIZE), &pool22 },
  { 0                    , 0                    , NULL	  }
};
#endif /* !DATA_INT_RAM */

/*
 * Partitions pool configuration for general purpose allocation
 */

#define DMEMPOOL_0_PARTITIONS		70
#define DMEMPOOL_1_PARTITIONS		 2

#define DMEM_PARTITION_0_SIZE		16
#ifdef _TARGET_
#define DMEM_PARTITION_1_SIZE		1700 /* for non tracing ccd arm7/gcc */
#else
#define DMEM_PARTITION_1_SIZE		2800 /* for non tracing ccd pc */
#endif

#if (!defined DATA_EXT_RAM && defined DMEM_0_INT_RAM) || (!defined DATA_INT_RAM && !defined DMEM_0_INT_RAM)
char pool30 [ POOL_SIZE(DMEMPOOL_0_PARTITIONS,ALIGN_SIZE(DMEM_PARTITION_0_SIZE)) ];
#else
extern char pool30 [];
#endif

#if (!defined DATA_EXT_RAM && defined DMEM_1_INT_RAM) || (!defined DATA_INT_RAM && !defined DMEM_1_INT_RAM)
char pool31 [ POOL_SIZE(DMEMPOOL_1_PARTITIONS,ALIGN_SIZE(DMEM_PARTITION_1_SIZE)) ];
#else
extern char pool31 [];
#endif

#ifndef DATA_INT_RAM
const T_FRM_PARTITION_POOL_CONFIG dmem_grp_config[] =
{
  { DMEMPOOL_0_PARTITIONS, ALIGN_SIZE(DMEM_PARTITION_0_SIZE), &pool30 },
  { DMEMPOOL_1_PARTITIONS, ALIGN_SIZE(DMEM_PARTITION_1_SIZE), &pool31 },
  { 0                    , 0                    , NULL	  }
};
#endif /* !DATA_INT_RAM */

/*
 * Partitions group list
 */

#ifndef DATA_INT_RAM
const T_FRM_PARTITION_GROUP_CONFIG partition_grp_config[MAX_POOL_GROUPS+1] =
{
  { "PRIM", &prim_grp_config[0] },
  { "TEST", &test_grp_config[0] },
  { "DMEM", &dmem_grp_config[0] },
  { NULL,   NULL                }
};

extern T_HANDLE PrimGroupHandle;
extern T_HANDLE DmemGroupHandle;
extern T_HANDLE TestGroupHandle;

T_HANDLE *PoolGroupHandle[MAX_POOL_GROUPS+1] =
{
  &PrimGroupHandle,
  &TestGroupHandle,
  &DmemGroupHandle,
  NULL
};
#endif /* !DATA_INT_RAM */

/*
 * Dynamic Memory Pool Configuration
 */

#ifdef _TARGET_
#ifdef FF_ESIM
 #define EXT_DATA_POOL_PS_BASE_SIZE 45000
#else
 #define EXT_DATA_POOL_PS_BASE_SIZE 35000
#endif
#define INT_DATA_POOL_PS_BASE_SIZE 25000
#else /* _TARGET_ */
#define EXT_DATA_POOL_TCPIP_ADDTIION 120000
#define EXT_DATA_POOL_PS_BASE_SIZE  80000 + EXT_DATA_POOL_TCPIP_ADDTIION
#define INT_DATA_POOL_PS_BASE_SIZE  1000
#endif /* _TARGET_ */

#ifdef MEMORY_SUPERVISION
 #define EXT_DATA_POOL_PPS_ADDITION ((EXT_DATA_POOL_PS_BASE_SIZE>>3)+25000)
 #define INT_DATA_POOL_PPS_ADDITION ((INT_DATA_POOL_PS_BASE_SIZE>>3))
#else  /* MEMORY_SUPERVISION */
 #define EXT_DATA_POOL_PPS_ADDITION 0
 #define INT_DATA_POOL_PPS_ADDITION 0
#endif /* MEMORY_SUPERVISION */

#if defined (FF_WAP) || defined (FF_SAT_E)
 #define EXT_DATA_POOL_WAP_ADDITION 15000
#else
 #define EXT_DATA_POOL_WAP_ADDITION 0
#endif /* FF_WAP OR SAT E */

#ifdef GRR_PPC_IF_PRIM
 #define INT_DATA_POOL_GRR_PPC_IF_PRIM_ADDITION  3000
#else  /* #ifdef GRR_PPC_IF_PRIM */
 #define INT_DATA_POOL_GRR_PPC_IF_PRIM_ADDITION  0
#endif /* #ifdef GRR_PPC_IF_PRIM */

#define EXT_DATA_POOL_PS_SIZE   (EXT_DATA_POOL_PS_BASE_SIZE + EXT_DATA_POOL_WAP_ADDITION             + EXT_DATA_POOL_PPS_ADDITION)
#define INT_DATA_POOL_PS_SIZE   (INT_DATA_POOL_PS_BASE_SIZE + INT_DATA_POOL_GRR_PPC_IF_PRIM_ADDITION + INT_DATA_POOL_PPS_ADDITION)

#define EXT_DATA_POOL_GPF_SIZE  (2048 + OS_QUEUE_ENTRY_SIZE(TSTSND_QUEUE_ENTRIES) + OS_QUEUE_ENTRY_SIZE(TSTRCV_QUEUE_ENTRIES))

#define EXT_DATA_POOL_SIZE      (EXT_DATA_POOL_PS_SIZE + EXT_DATA_POOL_GPF_SIZE)
#define INT_DATA_POOL_SIZE      (INT_DATA_POOL_PS_SIZE)

#ifndef DATA_INT_RAM
char ext_data_pool              [ EXT_DATA_POOL_SIZE ];
#endif

#ifndef DATA_EXT_RAM
char int_data_pool              [ INT_DATA_POOL_SIZE ];
#else
extern char int_data_pool       [ ];
#endif

#ifndef DATA_INT_RAM

const T_MEMORY_POOL_CONFIG memory_pool_config[MAX_MEMORY_POOLS+1] =
{
  { "INTPOOL", INT_DATA_POOL_SIZE, &int_data_pool[0] },
  { "EXTPOOL", EXT_DATA_POOL_SIZE, &ext_data_pool[0] },
  {  NULL }
};

extern T_HANDLE ext_data_pool_handle;
extern T_HANDLE int_data_pool_handle;

T_HANDLE *MemoryPoolHandle[MAX_MEMORY_POOLS+1] =
{
  &int_data_pool_handle,
  &ext_data_pool_handle,
  NULL
};

#endif /* !DATA_INT_RAM */