FreeCalypso > hg > fc-magnetite
view src/g23m-fad/tcpip/include/rvf_pool_size.h @ 174:90eb61ecd093
src/g23m-fad: initial import from TCS3.2/LoCosto
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Wed, 12 Oct 2016 05:40:46 +0000 |
| parents | |
| children |
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/****************************************************************************/ /* */ /* Name rvf_pool_size.h */ /* */ /* Function this file contains definitions for buffer pool sizes */ /* */ /* */ /* */ /* */ /* Version 0.3 */ /* */ /* Date Modification */ /* ------------------------------------ */ /* 4/19/1999 Create */ /* 10/27/1999 Remove declaration of ntohs, htons, ntohl, htonl */ /* in order to avoid conflict with winsock.h */ /* 12/23/1999 Add buffer and memory bank related definition */ /* 07/12/2000 Implement dynamic memory allocation. */ /* 01/13/2002 Extracted buffer pool size info from rvf_target.h */ /* to prevent useless full recompilation when those datas */ /* are changed */ /* 10/01/2002 Completely reworked in order to be modular */ /* */ /* Author David Lamy-Charrier (dlamy@tif.ti.com) */ /* */ /* (C) Copyright 1999 by Texas Instruments Incorporated, All Rights Reserved*/ /****************************************************************************/ #ifndef _RVF_POOL_SIZE_H #define _RVF_POOL_SIZE_H #ifndef _SIMULATION_ #include "r2d.cfg" #include "rv.cfg" #include "debug.cfg" #include "board.cfg" #include "l1sw.cfg" #include "swconfig.cfg" #endif #include "rv_defined_swe.h" #if (defined RVM_MDC_SWE) #include "mdc.cfg" #endif /* * Defines the memory pools used by each Riviera SWE * * In case of new SWE (i.e. called NEW), use the following template: * * #ifdef RVM_NEW_SWE * * #define RVF_NEW_STACK_SIZE (Stack_size) * #define RVF_NEW_MB1_SIZE (MB1_size) * #define RVF_NEW_MB2_SIZE (MB2_size) * #define RVF_NEW_MB3_SIZE (MB3_size) * * #define RVF_NEW_POOL_SIZE (RVF_NEW_STACK_SIZE + \ * RVF_NEW_MB1_SIZE + RVF_NEW_MB2_SIZE + RVF_NEW_MB3_SIZE) * #else * #define RVF_NEW_POOL_SIZE (0) * #endif * * * ATP SWE */ #ifdef RVM_ATP_SWE /* * Values used in atp_config.h */ #define RVF_ATP_MB1_SIZE (5000) #define RVF_ATP_POOL_SIZE (RVF_ATP_MB1_SIZE) #else #define RVF_ATP_POOL_SIZE (0) #endif /* * ATP_UART SWE */ #ifdef RVM_ATP_UART_SWE /* * Values used in atp_uart_env.h */ #define RVF_ATP_UART_STACK_SIZE (1024) #define RVF_ATP_UART_MB1_SIZE (1024) #define RVF_ATP_UART_POOL_SIZE (RVF_ATP_UART_STACK_SIZE + RVF_ATP_UART_MB1_SIZE) #else #define RVF_ATP_UART_POOL_SIZE (0) #endif /* * AUDIO SWE and background */ #ifdef RVM_AUDIO_MAIN_SWE /* * Values used in audio_env_i.h */ #define RVF_AUDIO_STACK_SIZE (1280) #define RVF_AUDIO_MB1_SIZE (512) #define RVF_AUDIO_MB2_SIZE (768) #if (GSMLITE) #define RVF_AUDIO_MB3_SIZE (0) #elif (SPEECH_RECO) #define RVF_AUDIO_MB3_SIZE (7382) #else #define RVF_AUDIO_MB3_SIZE (2048) #endif #define RVF_AUDIO_POOL_SIZE (RVF_AUDIO_STACK_SIZE + \ RVF_AUDIO_MB1_SIZE + RVF_AUDIO_MB2_SIZE + RVF_AUDIO_MB3_SIZE) #else #define RVF_AUDIO_POOL_SIZE (0) #endif #ifdef RVM_AUDIO_BGD_SWE /* * Values used in audio_env_i.h */ #define RVF_AUDIO_BGD_STACK_SIZE (512) #define RVF_AUDIO_BGD_MB1_SIZE (256) #define RVF_AUDIO_BGD_POOL_SIZE (RVF_AUDIO_BGD_STACK_SIZE + \ RVF_AUDIO_BGD_MB1_SIZE) #else #define RVF_AUDIO_BGD_POOL_SIZE (0) #endif /* * BTCTRL SWE */ #ifdef RVM_BTCTRL_SWE /* * Values used in btctrl_env.h */ #define RVF_BTCTRL_STACK_SIZE (2000) #define RVF_BTCTRL_MB1_SIZE (5000) #define RVF_BTCTRL_POOL_SIZE (RVF_BTCTRL_STACK_SIZE + RVF_BTCTRL_MB1_SIZE) #else #define RVF_BTCTRL_POOL_SIZE (0) #endif /* * DAR SWE */ #ifdef RVM_DAR_SWE /* * Values used in dar_env.h */ #define RVF_DAR_STACK_SIZE (1024) #define RVF_DAR_MB1_SIZE (512) #define RVF_DAR_POOL_SIZE (RVF_DAR_STACK_SIZE + RVF_DAR_MB1_SIZE) #else #define RVF_DAR_POOL_SIZE (0) #endif /* * DEV1 SWE */ #ifdef RVM_DEV1_SWE /* * Values used in dev1_env.h */ #define RVF_DEV1_STACK_SIZE (2000) #define RVF_DEV1_MB1_SIZE (5000) #define RVF_DEV1_POOL_SIZE (RVF_DEV1_STACK_SIZE + RVF_DEV1_MB1_SIZE) #else #define RVF_DEV1_POOL_SIZE (0) #endif /* * DEV2 SWE */ #ifdef RVM_DEV2_SWE /* * Values used in dev2_env.h */ #define RVF_DEV2_STACK_SIZE (2000) #define RVF_DEV2_MB1_SIZE (5000) #define RVF_DEV2_POOL_SIZE (RVF_DEV2_STACK_SIZE + RVF_DEV2_MB1_SIZE) #else #define RVF_DEV2_POOL_SIZE (0) #endif /* * DEV3 SWE */ #ifdef RVM_DEV3_SWE /* * Values used in dev3_env.h */ #define RVF_DEV3_STACK_SIZE (2000) #define RVF_DEV3_MB1_SIZE (5000) #define RVF_DEV3_POOL_SIZE (RVF_DEV3_STACK_SIZE + RVF_DEV3_MB1_SIZE) #else #define RVF_DEV3_POOL_SIZE (0) #endif /* * DUN_GW SWE */ #ifdef RVM_DUN_GW_SWE /* * Values used in dun_GW_env.h */ #define RVF_DUN_GW_STACK_SIZE (1024) #define RVF_DUN_GW_MB1_SIZE (1024) #define RVF_DUN_GW_MB2_SIZE (4096) #define RVF_DUN_GW_MB3_SIZE (4096) #define RVF_DUN_GW_POOL_SIZE (RVF_DUN_GW_STACK_SIZE + \ RVF_DUN_GW_MB1_SIZE + RVF_DUN_GW_MB2_SIZE + RVF_DUN_GW_MB3_SIZE) #else #define RVF_DUN_GW_POOL_SIZE (0) #endif /* * ETM SWE */ #ifdef RVM_ETM_SWE /* * Values used in etm_env.h */ #define RVF_ETM_STACK_SIZE (1024) #define RVF_ETM_MB1_SIZE (2048) #define RVF_ETM_POOL_SIZE (RVF_ETM_STACK_SIZE + RVF_ETM_MB1_SIZE) #else #define RVF_ETM_POOL_SIZE (0) #endif /* * EXPL SWE */ #ifdef RVM_EXPL_SWE /* * Values used in expl_env.h */ #define RVF_EXPL_STACK_SIZE (2000) #define RVF_EXPL_MB1_SIZE (5000) #define RVF_EXPL_POOL_SIZE (RVF_EXPL_STACK_SIZE + RVF_EXPL_MB1_SIZE) #else #define RVF_EXPL_POOL_SIZE (0) #endif /* * FAX_GW SWE */ #ifdef RVM_FAX_GW_SWE /* * Values used in fax_GW_env.h */ #define RVF_FAX_GW_STACK_SIZE (1024) #define RVF_FAX_GW_MB1_SIZE (1024) #define RVF_FAX_GW_MB2_SIZE (4096) #define RVF_FAX_GW_MB3_SIZE (4096) #define RVF_FAX_GW_POOL_SIZE (RVF_FAX_GW_STACK_SIZE + \ RVF_FAX_GW_MB1_SIZE + RVF_FAX_GW_MB2_SIZE + RVF_FAX_GW_MB3_SIZE) #else #define RVF_FAX_GW_POOL_SIZE (0) #endif /* * FFS SWE */ #ifdef RVM_FFS_SWE /* * Values used in ffs_env.h */ #define RVF_FFS_STACK_SIZE (512) #if (!GSMLITE) #define RVF_FFS_MB1_SIZE (8192) #else #define RVF_FFS_MB1_SIZE (4096) #endif #define RVF_FFS_POOL_SIZE (RVF_FFS_STACK_SIZE + RVF_FFS_MB1_SIZE) #else #define RVF_FFS_POOL_SIZE (0) #endif /* * FTP SWE */ #ifdef RVM_FTP_SWE /* * Values used in ftp_env.h */ #define RVF_FTP_STACK_SIZE (4000) #define RVF_FTP_MB1_SIZE (5000) #define RVF_FTP_MB2_SIZE (5000) #define RVF_FTP_MB3_SIZE (5000) #define RVF_FTP_POOL_SIZE (RVF_FTP_STACK_SIZE + \ RVF_FTP_MB1_SIZE + RVF_FTP_MB2_SIZE + RVF_FTP_MB3_SIZE) #else #define RVF_FTP_POOL_SIZE (0) #endif /* * HCI SWE */ #ifdef RVM_HCI_SWE /* * Values used in hci_env.h */ #define RVF_HCI_MB1_SIZE (10000) #define RVF_HCI_MB2_SIZE (10000) #define RVF_HCI_POOL_SIZE (RVF_HCI_MB1_SIZE + RVF_HCI_MB2_SIZE) #else #define RVF_HCI_POOL_SIZE (0) #endif /* * HS SWE */ #ifdef RVM_HS_SWE /* * Values used in hs_config.h */ #define RVF_HS_STACK_SIZE (1000) #define RVF_HS_MB1_SIZE (5000) #define RVF_HS_MB2_SIZE (5000) #define RVF_HS_MB3_SIZE (5000) #define RVF_HS_POOL_SIZE (RVF_HS_STACK_SIZE + \ RVF_HS_MB1_SIZE + RVF_HS_MB2_SIZE + RVF_HS_MB3_SIZE) #else #define RVF_HS_POOL_SIZE (0) #endif /* * HSG SWE */ #ifdef RVM_HSG_SWE /* * Values used in hsg_config.h */ #define RVF_HSG_STACK_SIZE (1000) #define RVF_HSG_MB1_SIZE (5000) #define RVF_HSG_MB2_SIZE (5000) #define RVF_HSG_MB3_SIZE (5000) #define RVF_HSG_POOL_SIZE (RVF_HSG_STACK_SIZE + \ RVF_HSG_MB1_SIZE + RVF_HSG_MB2_SIZE + RVF_HSG_MB3_SIZE) #else #define RVF_HSG_POOL_SIZE (0) #endif /* * KCL SWE */ #ifdef RVM_KCL_SWE /* * Values used in kcl_env.h */ #define RVF_KCL_MB1_SIZE (500) #define RVF_KCL_POOL_SIZE (RVF_KCL_MB1_SIZE) #else #define RVF_KCL_POOL_SIZE (0) #endif /* * KGC SWE */ #ifdef RVM_KGC_SWE /* * Values used in kgc_env.h */ #define RVF_KGC_MB1_SIZE (500) #define RVF_KGC_POOL_SIZE (RVF_KGC_MB1_SIZE) #else #define RVF_KGC_POOL_SIZE (0) #endif /* * KIL SWE */ #ifdef RVM_KIL_SWE /* * Values used in kil_env.h */ #define RVF_KIL_MB1_SIZE (500) #define RVF_KIL_POOL_SIZE (RVF_KIL_MB1_SIZE) #else #define RVF_KIL_POOL_SIZE (0) #endif /* * KMM SWE */ #ifdef RVM_KMM_SWE /* * Values used in kmm_env.h */ #define RVF_KMM_MB1_SIZE (500) #define RVF_KMM_POOL_SIZE (RVF_KMM_MB1_SIZE) #else #define RVF_KMM_POOL_SIZE (0) #endif /* * KNM SWE */ #ifdef RVM_KNM_SWE /* * Values used in knm_env.h */ #define RVF_KNM_MB1_SIZE (500) #define RVF_KNM_POOL_SIZE (RVF_KNM_MB1_SIZE) #else #define RVF_KNM_POOL_SIZE (0) #endif /* * KPD SWE */ #ifdef RVM_KPD_SWE /* * Values used in kpd_env.h */ #define RVF_KPD_STACK_SIZE (1000) #if ((BOARD == 7) || (BOARD == 8) || (BOARD == 9)) #define RVF_KPD_MB1_SIZE (716) #elif ((BOARD == 34) || (BOARD == 40) || (BOARD == 41) || (BOARD == 42) || (BOARD == 43)) #define RVF_KPD_MB1_SIZE (788) #elif defined _WINDOWS #define RVF_KPD_MB1_SIZE (788) #endif /* BOARD */ #define RVF_KPD_POOL_SIZE (RVF_KPD_STACK_SIZE + RVF_KPD_MB1_SIZE) #else #define RVF_KPD_POOL_SIZE (0) #endif /* * KPG SWE */ #ifdef RVM_KPG_SWE /* * Values used in kpg_env.h */ #define RVF_KPG_MB1_SIZE (500) #define RVF_KPG_POOL_SIZE (RVF_KPG_MB1_SIZE) #else #define RVF_KPG_POOL_SIZE (0) #endif /* * KZP SWE */ #ifdef RVM_KZP_SWE /* * Values used in kzp_env.h */ #define RVF_KZP_MB1_SIZE (500) #define RVF_KZP_POOL_SIZE (RVF_KZP_MB1_SIZE) #else #define RVF_KZP_POOL_SIZE (0) #endif /* * L2CAP SWE */ #ifdef RVM_L2CAP_SWE /* * Values used in l2cap_env.h */ #define RVF_L2CAP_STACK_SIZE (1024) #define RVF_L2CAP_MB1_SIZE (3072) #define RVF_L2CAP_MB2_SIZE (2048) #define RVF_L2CAP_MB3_SIZE (1024) #define RVF_L2CAP_POOL_SIZE (RVF_L2CAP_STACK_SIZE + \ RVF_L2CAP_MB1_SIZE + RVF_L2CAP_MB2_SIZE + RVF_L2CAP_MB3_SIZE) #else #define RVF_L2CAP_POOL_SIZE (0) #endif /* * LLS SWE */ #ifdef RVM_LLS_SWE /* * Values used in lls_env.h */ #define RVF_LLS_MB1_SIZE (50) #define RVF_LLS_POOL_SIZE (RVF_LLS_MB1_SIZE) #else #define RVF_LLS_POOL_SIZE (0) #endif /* * MKS SWE */ #ifdef RVM_MKS_SWE /* * Values used in mks_env.h */ #define RVF_MKS_STACK_SIZE (500) #define RVF_MKS_MB1_SIZE (500) #define RVF_MKS_POOL_SIZE (RVF_MKS_STACK_SIZE + RVF_MKS_MB1_SIZE) #else #define RVF_MKS_POOL_SIZE (0) #endif /* * MPM SWE */ #ifdef RVM_MPM_SWE /* * Values used in mpm_env.h */ #define RVF_MPM_STACK_SIZE (2000) #define RVF_MPM_MB1_SIZE (100000) #define RVF_MPM_POOL_SIZE (RVF_MPM_STACK_SIZE + RVF_MPM_MB1_SIZE) #else #define RVF_MPM_POOL_SIZE (0) #endif /* * OBX SWE */ #ifdef RVM_OBX_SWE /* * Values used in obx_env.h */ #define RVF_OBX_STACK_SIZE (2000) #define RVF_OBX_MB1_SIZE (3000) #define RVF_OBX_MB2_SIZE (2000) #define RVF_OBX_MB3_SIZE (1500) #define RVF_OBX_POOL_SIZE (RVF_OBX_STACK_SIZE + \ RVF_OBX_MB1_SIZE + RVF_OBX_MB2_SIZE + RVF_OBX_MB3_SIZE) #else #define RVF_OBX_POOL_SIZE (0) #endif /* * OPP SWE */ #ifdef RVM_OPP_SWE /* * Values used in opp_env.h */ #define RVF_OPP_STACK_SIZE (2000) #define RVF_OPP_MB1_SIZE (1500) #define RVF_OPP_MB2_SIZE (1500) #define RVF_OPP_MB3_SIZE (1500) #define RVF_OPP_POOL_SIZE (RVF_OPP_STACK_SIZE + \ RVF_OPP_MB1_SIZE + RVF_OPP_MB2_SIZE + RVF_OPP_MB3_SIZE) #else #define RVF_OPP_POOL_SIZE (0) #endif /* * PWR SWE */ #ifdef RVM_PWR_SWE /* * Values used in pwr_env.h */ #define RVF_PWR_MB1_SIZE (1000) #define RVF_PWR_POOL_SIZE (RVF_PWR_MB1_SIZE) #else #define RVF_PWR_POOL_SIZE (0) #endif /* * R2D SWE */ #ifdef RVM_R2D_SWE /* * Values used in r2d_env.h (Stack) & r2d_inits.c (Memory Banks) */ #define RVF_R2D_STACK_SIZE (1000) #if (R2D_LCD_TEST == 1) #if defined (_WINDOWS) #define RVF_R2D_MB1_SIZE (4000) #else #define RVF_R2D_MB1_SIZE (3000) #endif #elif ((BOARD == 7) || (BOARD == 8) || (BOARD == 9)) /* #if ((R2D_EMBEDDED_LCD == R2D_MIRRORED_LCD) || (R2D_EMBEDDED_LCD == R2D_SIMPLE_LCD)) */ #define RVF_R2D_MB1_SIZE (2000) /* B or C-Sample with B&W LCD (default setting) */ /* #elif (R2D_EMBEDDED_LCD == R2D_BOARD_COLOR_LCD) */ /* #define RVF_R2D_MB1_SIZE (3000) */ /* C-Sample with Color LCD */ #elif ((BOARD == 40) || (BOARD == 41) || (BOARD == 42) || (BOARD == 43)) /* #elif ((R2D_EMBEDDED_LCD == R2D_BOARD_DSAMPLE) || (R2D_EMBEDDED_LCD == R2D_BOARD_BW_DSAMPLE)) */ #define RVF_R2D_MB1_SIZE (4000) /* D-Sample */ #elif defined (_WINDOWS) /* #elif (R2D_EMBEDDED_LCD == R2D_PC_COLOR_LCD) */ #define RVF_R2D_MB1_SIZE (4000) /* ColorPC */ /* #elif (R2D_EMBEDDED_LCD == R2D_PC_CSAMPLE) */ /* #define RVF_R2D_MB1_SIZE (XXXX) */ /* #elif (R2D_EMBEDDED_LCD == R2D_PC_DSAMPLE) */ /* #define RVF_R2D_MB1_SIZE (XXXX) */ /* #elif (R2D_EMBEDDED_LCD == R2D_CUSTOMER_LCD) */ /* #define RVF_R2D_MB1_SIZE (XXXX) */ /* #elif (R2D_EMBEDDED_LCD == R2D_HORIZONTAL_LCD) */ /* #define RVF_R2D_MB1_SIZE (XXXX) */ #endif #define RVF_R2D_POOL_SIZE (RVF_R2D_STACK_SIZE + RVF_R2D_MB1_SIZE) #else #define RVF_R2D_POOL_SIZE (0) #endif /* * RFCOMM SWE */ #ifdef RVM_RFCOMM_SWE /* * Values used in rfc_env.h */ #define RVF_RFCOMM_STACK_SIZE (1024) #define RVF_RFCOMM_MB1_SIZE (5000) #define RVF_RFCOMM_MB2_SIZE (5000) /* Memory Bank created dynamically */ /* #define RVF_RFCOMM_MB3_SIZE (To Be defined) */ #define RVF_RFCOMM_POOL_SIZE (RVF_RFCOMM_STACK_SIZE + \ RVF_RFCOMM_MB1_SIZE + RVF_RFCOMM_MB2_SIZE) /* RVF_RFCOMM_MB1_SIZE + RVF_RFCOMM_MB2_SIZE + RVF_RFCOMM_MB3_SIZE) */ #else #define RVF_RFCOMM_POOL_SIZE (0) #endif /* * RGUI SWE */ #ifdef RVM_RGUI_SWE /* * Values used in rgui_env.c */ #define RVF_RGUI_STACK_SIZE (8000) #define RVF_RGUI_MB1_SIZE (9000) #define RVF_RGUI_POOL_SIZE (RVF_RGUI_STACK_SIZE + RVF_RGUI_MB1_SIZE) #else #define RVF_RGUI_POOL_SIZE (0) #endif /* * RNET SWE */ #ifdef RVM_RNET_SWE /* * Values used in rnet_env.h */ #define RVF_RNET_MB1_SIZE (500) #define RVF_RNET_POOL_SIZE (RVF_RNET_MB1_SIZE) #else #define RVF_RNET_POOL_SIZE (0) #endif /* * RNET_BR SWE */ #ifdef RVM_RNET_BR_SWE /* * Values used in rnet_br_env.h */ #define RVF_RNET_BR_MB1_SIZE (8000) #define RVF_RNET_BR_POOL_SIZE (RVF_RNET_BR_MB1_SIZE) #else #define RVF_RNET_BR_POOL_SIZE (0) #endif /* * RNET_RT SWE */ #ifdef RVM_RNET_RT_SWE /* * Values used in rnet_rt_env.h */ #define RVF_RNET_RT_STACK_SIZE (2048) //21/02/03 : 2048 initially #define RVF_RNET_RT_MB1_BUFPOOL_SIZE (65536) #define RVF_RNET_RT_MB1_MSGPOOL_SIZE (512) #define RVF_RNET_RT_MB1_VARIABLE_SIZE (30000) // initially 20000 #define RVF_RNET_RT_POOL_SIZE (RVF_RNET_RT_STACK_SIZE + \ RVF_RNET_RT_MB1_BUFPOOL_SIZE + \ RVF_RNET_RT_MB1_MSGPOOL_SIZE + \ RVF_RNET_RT_MB1_VARIABLE_SIZE) #else #define RVF_RNET_RT_POOL_SIZE (0) #endif /* * RNET_WS SWE */ #ifdef RVM_RNET_WS_SWE /* * Values used in rnet_ws_env.h */ #define RVF_RNET_WS_STACK_SIZE (2000) #define RVF_RNET_WS_MB1_SIZE (5000) #define RVF_RNET_WS_POOL_SIZE (RVF_RNET_WS_STACK_SIZE + RVF_RNET_WS_MB1_SIZE) #else #define RVF_RNET_WS_POOL_SIZE (0) #endif /* * DCM SWE */ #ifdef RVM_DCM_SWE /* * Values used in dcm_env.h */ #define RVF_DCM_STACK_SIZE (1024) // old one : 1024 #define RVF_DCM_MB1_SIZE (2048) #define RVF_DCM_POOL_SIZE (RVF_DCM_STACK_SIZE + RVF_DCM_MB1_SIZE) #else #define RVF_DCM_POOL_SIZE (0) #endif /* * RTC SWE */ #ifdef RVM_RTC_SWE /* * Values used in rtc_env.h */ #define RVF_RTC_STACK_SIZE (700) #define RVF_RTC_MB1_SIZE (100) #define RVF_RTC_POOL_SIZE (RVF_RTC_STACK_SIZE + RVF_RTC_MB1_SIZE) #else #define RVF_RTC_POOL_SIZE (0) #endif /* * RTEST SWE */ #ifdef RVM_RTEST_SWE /* * Values used in rtest_env.h */ #define RVF_RTEST_STACK_SIZE (1024) #define RVF_RTEST_MB1_SIZE (190000) // + 550000) //190000 #define RVF_RTEST_POOL_SIZE (RVF_RTEST_STACK_SIZE + RVF_RTEST_MB1_SIZE) #else #define RVF_RTEST_POOL_SIZE (0) #endif /* * RVM SWE; This SWE is of course always enabled. * * Values used in rvm_i.h */ #define RVF_RVM_STACK_SIZE (1500) #if (defined BLUETOOTH) || (defined TEST) || (TI_PROFILER == 1) || (TI_NUC_MONITOR == 1) #define RVF_RVM_MB1_SIZE (10000) #else #if (GSMLITE) #define RVF_RVM_MB1_SIZE (1000) #else #define RVF_RVM_MB1_SIZE (3000) #endif #endif #define RVF_RVM_MB2_SIZE (500) #if (GSMLITE) #define RVF_RVM_MB3_SIZE (2700) #define RVF_RVM_MB4_SIZE (0) #define RVF_RVM_MB5_SIZE (0) #define RVF_RVM_COMPENSATOR_POOL_SIZE (500) #else #define RVF_RVM_MB3_SIZE (6000) #define RVF_RVM_MB4_SIZE (3000) #define RVF_RVM_MB5_SIZE (3000) #define RVF_RVM_COMPENSATOR_POOL_SIZE (12500) #endif #define RVF_RVM_POOL_SIZE (RVF_RVM_STACK_SIZE + RVF_RVM_MB1_SIZE + \ RVF_RVM_MB2_SIZE + RVF_RVM_MB3_SIZE + \ RVF_RVM_MB4_SIZE + RVF_RVM_MB5_SIZE +\ RVF_RVM_COMPENSATOR_POOL_SIZE ) /* * SDP SWE */ #ifdef RVM_SDP_SWE /* * Values used in sdp_env.h */ #define RVF_SDP_STACK_SIZE (1024) #define RVF_SDP_MB1_SIZE (4096) #define RVF_SDP_MB2_SIZE (1024) #define RVF_SDP_MB3_SIZE (1024) #define RVF_SDP_POOL_SIZE (RVF_SDP_STACK_SIZE + \ RVF_SDP_MB1_SIZE + RVF_SDP_MB2_SIZE + RVF_SDP_MB3_SIZE) #else #define RVF_SDP_POOL_SIZE (0) #endif /* * SPI SWE */ #ifdef RVM_SPI_SWE /* * Values used in spi_env.h */ #define RVF_SPI_STACK_SIZE (1000) #define RVF_SPI_MB1_SIZE (256) #define RVF_SPI_POOL_SIZE (RVF_SPI_STACK_SIZE + RVF_SPI_MB1_SIZE) #else #define RVF_SPI_POOL_SIZE (0) #endif /* * SPP SWE */ #ifdef RVM_SPP_SWE /* * Values used in spp_env.h */ #define RVF_SPP_STACK_SIZE (1024) #define RVF_SPP_MB1_SIZE (5000) #define RVF_SPP_POOL_SIZE (RVF_SPP_STACK_SIZE + RVF_SPP_MB1_SIZE) #else #define RVF_SPP_POOL_SIZE (0) #endif /* * SYN SWE */ #ifdef RVM_SYN_SWE /* * Values used in syn_env.h */ #define RVF_SYN_STACK_SIZE (2000) #define RVF_SYN_MB1_SIZE (5000) #define RVF_SYN_MB2_SIZE (5000) #define RVF_SYN_MB3_SIZE (5000) #define RVF_SYN_POOL_SIZE (RVF_SYN_STACK_SIZE + \ RVF_SYN_MB1_SIZE + RVF_SYN_MB2_SIZE + RVF_SYN_MB3_SIZE) #else #define RVF_SYN_POOL_SIZE (0) #endif /* * TI_PRF SWE */ #ifdef RVM_TI_PRF_SWE /* * Values used in ti_profiler_env.h */ #define RVF_TI_PRF_STACK_SIZE (1000) #if (TI_NUC_MONITOR == 1) #define RVF_TI_PRF_MB1_SIZE (1080000) #else #define RVF_TI_PRF_MB1_SIZE (400) #endif #define RVF_TI_PRF_POOL_SIZE (RVF_TI_PRF_STACK_SIZE + RVF_TI_PRF_MB1_SIZE) #else #define RVF_TI_PRF_POOL_SIZE (0) #endif /* * TRACE SWE */ #ifdef RVM_RVT_SWE /* * Values used in rvt_def_i.h */ #define RVF_TRACE_STACK_SIZE (512) #ifdef TEST #define RVF_TRACE_MB1_SIZE (25000) #elif (!GSMLITE) #define RVF_TRACE_MB1_SIZE (5000) #else #define RVF_TRACE_MB1_SIZE (4000) #endif #define RVF_TRACE_POOL_SIZE (RVF_TRACE_STACK_SIZE + RVF_TRACE_MB1_SIZE) #else #define RVF_TRACE_POOL_SIZE (0) #endif /* * TUT SWE */ #ifdef RVM_TUT_SWE /* * Values used in tut_env.h */ #define RVF_TUT_STACK_SIZE (1024) #define RVF_TUT_MB1_SIZE (512) #define RVF_TUT_POOL_SIZE (RVF_TUT_STACK_SIZE + RVF_TUT_MB1_SIZE) #else #define RVF_TUT_POOL_SIZE (0) #endif /* * UVM SWE */ #ifdef RVM_UVM_SWE /* * Values used in uvm_env.h */ #define RVF_UVM_STACK_SIZE (20000) #define RVF_UVM_MB1_SIZE (350000) #define RVF_UVM_MB2_SIZE (800000) #define RVF_UVM_MB3_SIZE (250000) #define RVF_UVM_POOL_SIZE (RVF_UVM_STACK_SIZE + \ RVF_UVM_MB1_SIZE + RVF_UVM_MB2_SIZE + RVF_UVM_MB3_SIZE) #else #define RVF_UVM_POOL_SIZE (0) #endif /* * JTM SWE */ #ifdef RVM_JTM_SWE /* * Values used in jtm_env.h */ #define RVF_JTM_STACK_SIZE (4096) #define RVF_JTM_MB1_SIZE (30000) #define RVF_JTM_POOL_SIZE (RVF_JTM_STACK_SIZE + RVF_JTM_MB1_SIZE) #else #define RVF_JTM_POOL_SIZE (0) #endif /* * MDC SWE */ #ifdef RVM_MDC_SWE /* * Values used in mdc_env.h */ #ifdef MIDI_PLAYER #define RVF_MDC_MB1_SIZE (24000) #elif defined IMEL_PLAYER #define RVF_MDC_MB1_SIZE (4000) #elif defined DGP_PLAYER #define RVF_MDC_MB1_SIZE (4000) #endif #define RVF_MDC_POOL_SIZE (RVF_MDC_MB1_SIZE) #else #define RVF_MDC_POOL_SIZE (0) #endif /* * TTY SWE */ #ifdef RVM_TTY_SWE /* * Values used in tty_env.h */ #define RVF_TTY_STACK_SIZE (2000) #define RVF_TTY_MB1_SIZE (5300) #define RVF_TTY_POOL_SIZE (RVF_TTY_STACK_SIZE + \ RVF_TTY_MB1_SIZE) #else #define RVF_TTY_POOL_SIZE (0) #endif /* * Obigo SWEs */ /* MSFE SWE */ #ifdef RVM_MSFE_SWE #define RVF_MSFE_STACK_SIZE (512) #define RVF_MSFE_MB1_SIZE (25000) #define RVF_MSFE_POOL_SIZE (RVF_MSFE_STACK_SIZE + RVF_MSFE_MB1_SIZE) #else #define RVF_MSFE_POOL_SIZE (0) #endif /* MSME SWE */ #ifdef RVM_MSME_SWE #define RVF_MSME_STACK_SIZE (512) #define RVF_MSME_MB1_SIZE (20000) #define RVF_MSME_POOL_SIZE (RVF_MSME_STACK_SIZE + RVF_MSME_MB1_SIZE) #else #define RVF_MSME_POOL_SIZE (0) #endif /* STKE SWE */ #ifdef RVM_STKE_SWE #define RVF_STKE_STACK_SIZE (512) #define RVF_STKE_MB1_SIZE (20000) #define RVF_STKE_POOL_SIZE (RVF_STKE_STACK_SIZE + RVF_STKE_MB1_SIZE) #else #define RVF_STKE_POOL_SIZE (0) #endif /* BRSE SWE */ #ifdef RVM_BRSE_SWE #define RVF_BRSE_STACK_SIZE (512) #define RVF_BRSE_MB1_SIZE (75000) #define RVF_BRSE_POOL_SIZE (RVF_BRSE_STACK_SIZE + RVF_BRSE_MB1_SIZE) #else #define RVF_BRSE_POOL_SIZE (0) #endif /* BRAE SWE */ #ifdef RVM_BRAE_SWE #define RVF_BRAE_STACK_SIZE (512) #define RVF_BRAE_MB1_SIZE (10000) #define RVF_BRAE_POOL_SIZE (RVF_BRAE_STACK_SIZE + RVF_BRAE_MB1_SIZE) #else #define RVF_BRAE_POOL_SIZE (0) #endif /* IT1E SWE */ #ifdef RVM_IT1E_SWE #define RVF_IT1E_STACK_SIZE (512) #define RVF_IT1E_MB1_SIZE (512) #define RVF_IT1E_POOL_SIZE (RVF_IT1E_STACK_SIZE + RVF_IT1E_MB1_SIZE) #else #define RVF_IT1E_POOL_SIZE (0) #endif /* IT2E SWE */ #ifdef RVM_IT2E_SWE #define RVF_IT2E_STACK_SIZE (512) #define RVF_IT2E_MB1_SIZE (512) #define RVF_IT2E_POOL_SIZE (RVF_IT2E_STACK_SIZE + RVF_IT2E_MB1_SIZE) #else #define RVF_IT2E_POOL_SIZE (0) #endif /* * MFW SWE */ #ifdef RVM_MFW_SWE /* * Values used in mfw_env.h */ #define RVF_MFW_STACK_SIZE (2000) #define RVF_MFW_MB1_SIZE (125000) #define RVF_MFW_POOL_SIZE (RVF_MFW_STACK_SIZE + \ RVF_MFW_MB1_SIZE) #else #define RVF_MFW_POOL_SIZE (0) #endif /* * SMBS SWE */ #ifdef RVM_SMBS_SWE /* * Values used in smbs_env.h */ #define RVF_SMBS_STACK_SIZE (5000) #define RVF_SMBS_MB1_SIZE (10000) #define RVF_SMBS_POOL_SIZE (RVF_SMBS_STACK_SIZE + \ RVF_SMBS_MB1_SIZE) #else #define RVF_SMBS_POOL_SIZE (0) #endif /* define the memory pools used by the RVF */ /* define RVF_NB_POOLS to 1 or 2 if you want to use 2 buffers in RAM, for example 1 in internal RAM, 1 in external RAM */ #define RVF_NB_POOLS 1 /* 500 corresponds to a "hard-coded" value for RVM_STACKS Memory Bank defined in rvm_i.h */ #define RVF_POOL_0_SIZE (RVF_ATP_POOL_SIZE + RVF_ATP_UART_POOL_SIZE + RVF_AUDIO_POOL_SIZE + \ RVF_BTCTRL_POOL_SIZE + RVF_DAR_POOL_SIZE + RVF_DEV1_POOL_SIZE + \ RVF_DEV2_POOL_SIZE + RVF_DEV3_POOL_SIZE + RVF_DUN_GW_POOL_SIZE + \ RVF_ETM_POOL_SIZE + RVF_EXPL_POOL_SIZE + RVF_FAX_GW_POOL_SIZE + \ RVF_FFS_POOL_SIZE + RVF_FTP_POOL_SIZE + RVF_HCI_POOL_SIZE + \ RVF_HS_POOL_SIZE + RVF_HSG_POOL_SIZE + RVF_KCL_POOL_SIZE + \ RVF_KGC_POOL_SIZE + RVF_KIL_POOL_SIZE + RVF_KMM_POOL_SIZE + \ RVF_KNM_POOL_SIZE + RVF_KPD_POOL_SIZE + RVF_KPG_POOL_SIZE + \ RVF_KZP_POOL_SIZE + RVF_L2CAP_POOL_SIZE + RVF_LLS_POOL_SIZE + \ RVF_MKS_POOL_SIZE + RVF_TTY_POOL_SIZE + RVF_MPM_POOL_SIZE + \ RVF_OBX_POOL_SIZE + RVF_OPP_POOL_SIZE + RVF_PWR_POOL_SIZE + \ RVF_R2D_POOL_SIZE + RVF_RFCOMM_POOL_SIZE + RVF_RGUI_POOL_SIZE + \ RVF_RNET_POOL_SIZE + RVF_RNET_BR_POOL_SIZE + RVF_MDC_POOL_SIZE + \ RVF_RNET_RT_POOL_SIZE + RVF_RNET_WS_POOL_SIZE + RVF_RTC_POOL_SIZE + \ RVF_RTEST_POOL_SIZE + RVF_RVM_POOL_SIZE + RVF_SDP_POOL_SIZE + \ RVF_SPI_POOL_SIZE + RVF_SPP_POOL_SIZE + RVF_SYN_POOL_SIZE + \ RVF_TI_PRF_POOL_SIZE + RVF_TRACE_POOL_SIZE + RVF_TUT_POOL_SIZE + \ RVF_UVM_POOL_SIZE + RVF_JTM_POOL_SIZE + RVF_DCM_POOL_SIZE + \ RVF_MSFE_POOL_SIZE + RVF_MSME_POOL_SIZE + RVF_STKE_POOL_SIZE + \ RVF_BRSE_POOL_SIZE + RVF_IT1E_POOL_SIZE + RVF_IT2E_POOL_SIZE + \ RVF_BRAE_POOL_SIZE + RVF_MFW_POOL_SIZE + RVF_SMBS_POOL_SIZE + \ RVF_AUDIO_BGD_POOL_SIZE ) #if (RVF_NB_POOLS > 1 ) #define RVF_POOL_1_SIZE 0 #endif /* define the memory usage ratio */ /* e.g. the ratio between the sum of the memory banks sizes and the memory available in the system */ /* for example: 90 for 90 % to be sure to always satisfy memory requests*/ /* 120 for 120 % to optimize memory usage */ #define RVF_MEM_USAGE_RATIO 100 #endif /* _RVF_POOL_SIZE_H */