/* * Copyright (c) 2014 Qualcomm Atheros, Inc. * All Rights Reserved. * Qualcomm Atheros Confidential and Proprietary. * $ATH_LICENSE_TARGET_C$ */ #include "tlv2Inc.h" #include "halphy_internal.h" //#include "hal_tcmd.h" #include "wmi_tcmd.h" #include "tcmdHostInternal.h" #include "utf_dev.h" #include "testcmd.h" #include "utf.h" //#include "cmdRspParmsDict.h" //#include "cmdRspParmsInternal.h" //#include "tlv2Api.h" #include "tcmd_api.h" #include "cmdGetTgtPwr.h" #include "getTgtPwr.h" #include "whal_internal.h" #include "codeswap_api.h" extern wlan_tcmd_dev_t utf_dev; #if (NUM_SPATIAL_STREAM > 3) #define RATE_HT20_INDEX_MAX RATE_HT20_31 #define RATE_VHT20_INDEX_MAX RATE_VHT20_MCS9_NSS4 #define RATE_HT40_INDEX_MAX RATE_HT40_31 #define RATE_VHT40_INDEX_MAX RATE_VHT40_MCS9_NSS4 #define RATE_VHT80_INDEX_MAX RATE_VHT80_MCS9_NSS4 #elif (NUM_SPATIAL_STREAM > 2) #define RATE_HT20_INDEX_MAX RATE_HT20_23 #define RATE_VHT20_INDEX_MAX RATE_VHT20_MCS9_NSS3 #define RATE_HT40_INDEX_MAX RATE_HT40_23 #define RATE_VHT40_INDEX_MAX RATE_VHT40_MCS9_NSS3 #define RATE_VHT80_INDEX_MAX RATE_VHT80_MCS9_NSS3 #elif (NUM_SPATIAL_STREAM > 1) #define RATE_HT20_INDEX_MAX RATE_HT20_15 #define RATE_VHT20_INDEX_MAX RATE_VHT20_MCS9_NSS2 #define RATE_HT40_INDEX_MAX RATE_HT40_15 #define RATE_VHT40_INDEX_MAX RATE_VHT40_MCS9_NSS2 #define RATE_VHT80_INDEX_MAX RATE_VHT80_MCS9_NSS2 #else #define RATE_HT20_INDEX_MAX RATE_HT20_7 #define RATE_VHT20_INDEX_MAX RATE_VHT20_MCS9_NSS1 #define RATE_HT40_INDEX_MAX RATE_HT40_7 #define RATE_VHT40_INDEX_MAX RATE_VHT40_MCS9_NSS1 #define RATE_VHT80_INDEX_MAX RATE_VHT80_MCS9_NSS1 #endif #ifndef FPGA #include "ar6000_eeprom.h" #include "qc900b_eeprom.h" /* Array to convert rate index from test to whal rate index */ A_UINT8 tcmdIdx2ratesArrIdx[] = { RATE_1, RATE_2, RATE_2, // dummy place holder RATE_5_5, RATE_5_5, // dummy place holder RATE_11, RATE_11, // dummy place holder RATE_11, // dummy place holder RATE_6, RATE_9, RATE_12, RATE_18, RATE_24, RATE_36, RATE_48, RATE_54, RATE_HT20_0, RATE_HT20_1, RATE_HT20_2, RATE_HT20_3, RATE_HT20_4, RATE_HT20_5, RATE_HT20_6, RATE_HT20_7, RATE_HT40_0, RATE_HT40_1, RATE_HT40_2, RATE_HT40_3, RATE_HT40_4, RATE_HT40_5, RATE_HT40_6, RATE_HT40_7, #if (NUM_SPATIAL_STREAM > 1) RATE_HT20_8, RATE_HT20_9, RATE_HT20_10, RATE_HT20_11, RATE_HT20_12, RATE_HT20_13, RATE_HT20_14, RATE_HT20_15, RATE_HT40_8, RATE_HT40_9, RATE_HT40_10, RATE_HT40_11, RATE_HT40_12, RATE_HT40_13, RATE_HT40_14, RATE_HT40_15, #else RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, RATE_HT40_7, RATE_HT40_7, //40 RATE_HT40_7, RATE_HT40_7, RATE_HT40_7, RATE_HT40_7, RATE_HT40_7, RATE_HT40_7, #endif #if (NUM_SPATIAL_STREAM > 2) RATE_HT20_16, RATE_HT20_17, RATE_HT20_18, RATE_HT20_19, RATE_HT20_20, RATE_HT20_21, RATE_HT20_22, RATE_HT20_23, RATE_HT40_16, RATE_HT40_17, RATE_HT40_18, RATE_HT40_19, RATE_HT40_20, RATE_HT40_21, RATE_HT40_22, RATE_HT40_23, #else RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, //50 RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, RATE_HT20_7, RATE_HT40_7, RATE_HT40_7, RATE_HT40_7, RATE_HT40_7, RATE_HT40_7, RATE_HT40_7, //60 RATE_HT40_7, RATE_HT40_7, #endif RATE_VHT20_MCS0_NSS1, RATE_VHT20_MCS1_NSS1, RATE_VHT20_MCS2_NSS1, RATE_VHT20_MCS3_NSS1, RATE_VHT20_MCS4_NSS1, RATE_VHT20_MCS5_NSS1, RATE_VHT20_MCS6_NSS1, RATE_VHT20_MCS7_NSS1, RATE_VHT20_MCS8_NSS1, RATE_VHT20_MCS9_NSS1, RATE_VHT20_MCS9_NSS1, // dummy place holder RATE_VHT20_MCS9_NSS1, // dummy place holder RATE_VHT40_MCS0_NSS1, RATE_VHT40_MCS1_NSS1, RATE_VHT40_MCS2_NSS1, RATE_VHT40_MCS3_NSS1, RATE_VHT40_MCS4_NSS1, RATE_VHT40_MCS5_NSS1, RATE_VHT40_MCS6_NSS1, RATE_VHT40_MCS7_NSS1, RATE_VHT40_MCS8_NSS1, RATE_VHT40_MCS9_NSS1, RATE_VHT40_MCS9_NSS1, // dummy place holder RATE_VHT40_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS0_NSS1, RATE_VHT80_MCS1_NSS1, RATE_VHT80_MCS2_NSS1, RATE_VHT80_MCS3_NSS1, RATE_VHT80_MCS4_NSS1, RATE_VHT80_MCS5_NSS1, RATE_VHT80_MCS6_NSS1, RATE_VHT80_MCS7_NSS1, RATE_VHT80_MCS8_NSS1, RATE_VHT80_MCS9_NSS1, RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder #if (NUM_SPATIAL_STREAM > 1) RATE_VHT20_MCS0_NSS2, RATE_VHT20_MCS1_NSS2, RATE_VHT20_MCS2_NSS2, RATE_VHT20_MCS3_NSS2, RATE_VHT20_MCS4_NSS2, RATE_VHT20_MCS5_NSS2, RATE_VHT20_MCS6_NSS2, RATE_VHT20_MCS7_NSS2, RATE_VHT20_MCS8_NSS2, RATE_VHT20_MCS9_NSS2, RATE_VHT20_MCS9_NSS2, // dummy place holder RATE_VHT20_MCS9_NSS2, // dummy place holder RATE_VHT40_MCS0_NSS2, RATE_VHT40_MCS1_NSS2, RATE_VHT40_MCS2_NSS2, RATE_VHT40_MCS3_NSS2, RATE_VHT40_MCS4_NSS2, RATE_VHT40_MCS5_NSS2, RATE_VHT40_MCS6_NSS2, RATE_VHT40_MCS7_NSS2, RATE_VHT40_MCS8_NSS2, RATE_VHT40_MCS9_NSS2, RATE_VHT40_MCS9_NSS2, // dummy place holder RATE_VHT40_MCS9_NSS2, // dummy place holder RATE_VHT80_MCS0_NSS2, RATE_VHT80_MCS1_NSS2, RATE_VHT80_MCS2_NSS2, RATE_VHT80_MCS3_NSS2, RATE_VHT80_MCS4_NSS2, RATE_VHT80_MCS5_NSS2, RATE_VHT80_MCS6_NSS2, RATE_VHT80_MCS7_NSS2, RATE_VHT80_MCS8_NSS2, RATE_VHT80_MCS9_NSS2, RATE_VHT80_MCS9_NSS2, // dummy place holder RATE_VHT80_MCS9_NSS2, // dummy place holder #else RATE_VHT20_MCS0_NSS1, RATE_VHT20_MCS1_NSS1, //100 RATE_VHT20_MCS2_NSS1, RATE_VHT20_MCS3_NSS1, RATE_VHT20_MCS4_NSS1, RATE_VHT20_MCS5_NSS1, RATE_VHT20_MCS6_NSS1, RATE_VHT20_MCS7_NSS1, RATE_VHT20_MCS8_NSS1, RATE_VHT20_MCS9_NSS1, RATE_VHT20_MCS9_NSS1, // dummy place holder RATE_VHT20_MCS9_NSS1, // dummy place holder //110 RATE_VHT40_MCS0_NSS1, RATE_VHT40_MCS1_NSS1, RATE_VHT40_MCS2_NSS1, RATE_VHT40_MCS3_NSS1, RATE_VHT40_MCS4_NSS1, RATE_VHT40_MCS5_NSS1, RATE_VHT40_MCS6_NSS1, RATE_VHT40_MCS7_NSS1, RATE_VHT40_MCS8_NSS1, RATE_VHT40_MCS9_NSS1, //120 RATE_VHT40_MCS9_NSS1, // dummy place holder RATE_VHT40_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS0_NSS1, RATE_VHT80_MCS1_NSS1, RATE_VHT80_MCS2_NSS1, RATE_VHT80_MCS3_NSS1, RATE_VHT80_MCS4_NSS1, RATE_VHT80_MCS5_NSS1, RATE_VHT80_MCS6_NSS1, RATE_VHT80_MCS7_NSS1, //130 RATE_VHT80_MCS8_NSS1, RATE_VHT80_MCS9_NSS1, RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder #endif #if (NUM_SPATIAL_STREAM > 2) RATE_VHT20_MCS0_NSS3, RATE_VHT20_MCS1_NSS3, RATE_VHT20_MCS2_NSS3, RATE_VHT20_MCS3_NSS3, RATE_VHT20_MCS4_NSS3, RATE_VHT20_MCS5_NSS3, RATE_VHT20_MCS6_NSS3, RATE_VHT20_MCS7_NSS3, RATE_VHT20_MCS8_NSS3, RATE_VHT20_MCS9_NSS3, RATE_VHT20_MCS9_NSS3, // dummy place holder RATE_VHT20_MCS9_NSS3, // dummy place holder RATE_VHT40_MCS0_NSS3, RATE_VHT40_MCS1_NSS3, RATE_VHT40_MCS2_NSS3, RATE_VHT40_MCS3_NSS3, RATE_VHT40_MCS4_NSS3, RATE_VHT40_MCS5_NSS3, RATE_VHT40_MCS6_NSS3, RATE_VHT40_MCS7_NSS3, RATE_VHT40_MCS8_NSS3, RATE_VHT40_MCS9_NSS3, RATE_VHT40_MCS9_NSS3, // dummy place holder RATE_VHT40_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS0_NSS3, RATE_VHT80_MCS1_NSS3, RATE_VHT80_MCS2_NSS3, RATE_VHT80_MCS3_NSS3, RATE_VHT80_MCS4_NSS3, RATE_VHT80_MCS5_NSS3, RATE_VHT80_MCS6_NSS3, RATE_VHT80_MCS7_NSS3, RATE_VHT80_MCS8_NSS3, RATE_VHT80_MCS9_NSS3, RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder RATE_VHT80_MCS9_NSS3, // dummy place holder #else RATE_VHT20_MCS0_NSS1, RATE_VHT20_MCS1_NSS1, RATE_VHT20_MCS2_NSS1, RATE_VHT20_MCS3_NSS1, RATE_VHT20_MCS4_NSS1, RATE_VHT20_MCS5_NSS1, RATE_VHT20_MCS6_NSS1, RATE_VHT20_MCS7_NSS1, RATE_VHT20_MCS8_NSS1, RATE_VHT20_MCS9_NSS1, RATE_VHT20_MCS9_NSS1, // dummy place holder RATE_VHT20_MCS9_NSS1, // dummy place holder RATE_VHT40_MCS0_NSS1, RATE_VHT40_MCS1_NSS1, RATE_VHT40_MCS2_NSS1, RATE_VHT40_MCS3_NSS1, RATE_VHT40_MCS4_NSS1, RATE_VHT40_MCS5_NSS1, RATE_VHT40_MCS6_NSS1, RATE_VHT40_MCS7_NSS1, RATE_VHT40_MCS8_NSS1, RATE_VHT40_MCS9_NSS1, RATE_VHT40_MCS9_NSS1, // dummy place holder RATE_VHT40_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS0_NSS1, RATE_VHT80_MCS1_NSS1, RATE_VHT80_MCS2_NSS1, RATE_VHT80_MCS3_NSS1, RATE_VHT80_MCS4_NSS1, RATE_VHT80_MCS5_NSS1, RATE_VHT80_MCS6_NSS1, RATE_VHT80_MCS7_NSS1, RATE_VHT80_MCS8_NSS1, RATE_VHT80_MCS9_NSS1, RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder RATE_VHT80_MCS9_NSS1, // dummy place holder #endif #if (NUM_SPATIAL_STREAM > 3) RATE_VHT20_MCS0_NSS4, RATE_VHT20_MCS1_NSS4, RATE_VHT20_MCS2_NSS4, RATE_VHT20_MCS3_NSS4, RATE_VHT20_MCS4_NSS4, RATE_VHT20_MCS5_NSS4, RATE_VHT20_MCS6_NSS4, RATE_VHT20_MCS7_NSS4, RATE_VHT20_MCS8_NSS4, RATE_VHT20_MCS9_NSS4, RATE_VHT40_MCS0_NSS4, RATE_VHT40_MCS1_NSS4, RATE_VHT40_MCS2_NSS4, RATE_VHT40_MCS3_NSS4, RATE_VHT40_MCS4_NSS4, RATE_VHT40_MCS5_NSS4, RATE_VHT40_MCS6_NSS4, RATE_VHT40_MCS7_NSS4, RATE_VHT40_MCS8_NSS4, RATE_VHT40_MCS9_NSS4, RATE_VHT80_MCS0_NSS4, RATE_VHT80_MCS1_NSS4, RATE_VHT80_MCS2_NSS4, RATE_VHT80_MCS3_NSS4, RATE_VHT80_MCS4_NSS4, RATE_VHT80_MCS5_NSS4, RATE_VHT80_MCS6_NSS4, RATE_VHT80_MCS7_NSS4, RATE_VHT80_MCS8_NSS4, RATE_VHT80_MCS9_NSS4, #else RATE_VHT20_MCS0_NSS1, RATE_VHT20_MCS1_NSS1, RATE_VHT20_MCS2_NSS1, RATE_VHT20_MCS3_NSS1, RATE_VHT20_MCS4_NSS1, RATE_VHT20_MCS5_NSS1, RATE_VHT20_MCS6_NSS1, RATE_VHT20_MCS7_NSS1, RATE_VHT20_MCS8_NSS1, RATE_VHT20_MCS9_NSS1, RATE_VHT40_MCS0_NSS1, RATE_VHT40_MCS1_NSS1, RATE_VHT40_MCS2_NSS1, RATE_VHT40_MCS3_NSS1, RATE_VHT40_MCS4_NSS1, RATE_VHT40_MCS5_NSS1, RATE_VHT40_MCS6_NSS1, RATE_VHT40_MCS7_NSS1, RATE_VHT40_MCS8_NSS1, RATE_VHT40_MCS9_NSS1, RATE_VHT80_MCS0_NSS1, RATE_VHT80_MCS1_NSS1, RATE_VHT80_MCS2_NSS1, RATE_VHT80_MCS3_NSS1, RATE_VHT80_MCS4_NSS1, RATE_VHT80_MCS5_NSS1, RATE_VHT80_MCS6_NSS1, RATE_VHT80_MCS7_NSS1, RATE_VHT80_MCS8_NSS1, RATE_VHT80_MCS9_NSS1, #endif #if !(defined(AR900B) || defined(IPQ4019)) RATE_VHT160_MCS0_NSS1, // dummy RATE_VHT160_MCS0_NSS1, // dummy RATE_VHT160_MCS0_NSS1, RATE_VHT160_MCS1_NSS1, RATE_VHT160_MCS2_NSS1, RATE_VHT160_MCS3_NSS1, RATE_VHT160_MCS4_NSS1, RATE_VHT160_MCS5_NSS1, RATE_VHT160_MCS6_NSS1, RATE_VHT160_MCS7_NSS1, RATE_VHT160_MCS8_NSS1, RATE_VHT160_MCS9_NSS1, #if !defined(QCA9888) RATE_VHT160_MCS0_NSS2, RATE_VHT160_MCS1_NSS2, RATE_VHT160_MCS2_NSS2, RATE_VHT160_MCS3_NSS2, RATE_VHT160_MCS4_NSS2, RATE_VHT160_MCS5_NSS2, RATE_VHT160_MCS6_NSS2, RATE_VHT160_MCS7_NSS2, RATE_VHT160_MCS8_NSS2, RATE_VHT160_MCS9_NSS2, #endif #endif }; extern AR6000_EEPROM_STRUCT eepromStruct; #endif /* ------------------------------------------------- * FUNCTION: getTgtPwr() * * NOTE: * Get target power from FW * -------------------------------------------------- */ //SRAM_TEXT //void getTgtPwr(void *pParm) CODESWAP_MARK_EVICTABLE(void, getTgtPwr, void *pParm) { A_UINT32 tmpCmdCode; int tmpParaLen; TESTFLOW_CMD_STREAM_V2 *pCmdStream; A_UINT8 *rCmdStream = NULL; A_UINT32 cmdStreamLen = 0; A_UINT32 tgtPwr = CMD_GET_TGTPWR_INVALID; #ifndef FPGA CMD_GETTGTPWR_PARMS* cmdParm; A_UINT16 rtTbl[RATE_MAX]; WHAL_CHANNEL chan; A_UINT32 rateIdx; WLAN_PHY_MODE mode=0; A_BOOL is2GHz; cmdParm = (CMD_GETTGTPWR_PARMS*)pParm; rateIdx = cmdParm->rateBit; /* Convert tcmd rate to rates array rate index */ if (rateIdx < sizeof(tcmdIdx2ratesArrIdx)){ rateIdx = tcmdIdx2ratesArrIdx[rateIdx]; /* Setup channel based on freq/rate */ chan.mhz = (A_UINT16)cmdParm->freq; chan.band_center_freq1 = (A_UINT16)cmdParm->freq; chan.band_center_freq2 = (A_UINT16)cmdParm->freq; chan.max_reg_power = TCMD_MAX_RDPWR; is2GHz = (cmdParm->freq < 2500) ? TRUE : FALSE; if(rateIdx <= RATE_1) mode = MODE_11B; else if(rateIdx <= RATE_9) mode = is2GHz? MODE_11G:MODE_11A; else if(rateIdx <= RATE_HT20_INDEX_MAX) mode = is2GHz? MODE_11NG_HT20:MODE_11NA_HT20; else if(rateIdx <= RATE_HT40_INDEX_MAX) mode = is2GHz? MODE_11NG_HT40:MODE_11NA_HT40; else if(rateIdx <= RATE_VHT20_INDEX_MAX) mode = is2GHz? MODE_11AC_VHT20_2G:MODE_11AC_VHT20; else if(rateIdx <= RATE_VHT40_INDEX_MAX) mode = is2GHz? MODE_11AC_VHT40_2G:MODE_11AC_VHT40; else if (rateIdx <= RATE_VHT80_INDEX_MAX) mode = MODE_11AC_VHT80; #if !(defined(AR900B) || defined(IPQ4019)) else mode = MODE_11AC_VHT160; #endif chan.phy_mode = mode; /* Get Rate Table */ // memcpy(rtTbl, eepromStruct.tpcConfig.ratesArray, sizeof(rtTbl)); whalSetOffLinePowerPerRateTable(&chan,rtTbl,63); /* Get SU or MU targets */ #ifdef TGTPWR_SCHEME_NSS if (cmdParm->userMode == 1){ tgtPwr = (rtTbl[rateIdx] >> TGTPWR_MU_LOC_LSB) & TGTPWR_SU_MU_MASK; } else{ tgtPwr = rtTbl[rateIdx] & TGTPWR_SU_MU_MASK; } #else tgtPwr = rtTbl[rateIdx]; #endif } else{ tgtPwr = CMD_GET_TGTPWR_INVALID; } #endif tmpCmdCode = CMD_GETTGTPWRRSP; tmpParaLen = 2; pCmdStream = (TESTFLOW_CMD_STREAM_V2 *)createCmdRsp((A_UINT32)tmpCmdCode, tmpParaLen, PARM_TGTPWR, tgtPwr ); if ( pCmdStream == NULL ) return; cmdStreamLen = (sizeof(TESTFLOW_CMD_STREAM_HEADER_V2) + pCmdStream->cmdStreamHeader.length); rCmdStream = (A_UINT8 *)pCmdStream; wmi_tc_cmds_reply_event(utf_dev.wmi,cmdStreamLen,tmpCmdCode,(A_INT8*)rCmdStream); } CODESWAP_DEFINE_WRAPPER_VOIDRET(CODESWAP_ARENA_IRAM, void ,getTgtPwr, void *); extern void getTgtPwr(void *pParm); // Init Get Target Power module SRAM_TEXT void initGetTgtPwr(void) { registerGETTGTPWRHandler(getTgtPwr); return; }