📄 test.h
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/* test.h - the mld test header definitions */
/* Copyright (c) 2002 Atheros Communications, Inc., All Rights Reserved */
#ifndef __INCtesth
#define __INCtesth
#ifdef __cplusplus
extern "C" {
#endif /* __cplusplus */
#include "perlarry.h"
#define CONFIGSETUP_FILE "artsetup.txt"
#define TESTSETUP_FILE "arttest.txt"
#ifdef LINUX
#define BASE_LOG_DIR "\/lab\/labenv\/CAL_LOG"
#else
#define BASE_LOG_DIR "K:\\labenv\\CAL_LOG"
#endif
#define CAL_FORMAT_VERSION 1.0
#define YIELD_FORMAT_VERSION 1.0
#define MIN_CHANNEL 4900
#define MIN_CHANNEL_DERBY 4800
#define MAX_SOM_CHANNEL 5900
#define MAX_FEZ_CHANNEL 5430
#define MIN_2G_CHANNEL 2252
#define MAX_2G_CHANNEL 2732
#define MIN_2G_CHANNEL_DERBY 2192
#define MAX_2G_CHANNEL_DERBY 2507
//continuous tx modes
#define CONT_TX100 0
#define CONT_TX99 1
#define CONT_CARRIER 2
#define CONT_FRAME 3
#define USE_REG_FILE 0xff
#define EXTERNAL_PWR_UNKNOWN 0xff
#define INVALID_INSTANCE 0xffff0000
//max and min params
#define PCDAC_MIN 1
#define PCDAC_MAX 63
//#define PCDAC_MAX_DERBY2 127
#define PCDAC_MAX_DERBY2 63
#define INITIAL_PCDAC 30
#define POWER_OUT_MIN 0
#define POWER_OUT_MAX 63
#define INITIAL_POWER_OUT 30
#define OB_MIN 1
#define OB_MAX 7
#define DB_MIN 1
#define DB_MAX 7
#define B_OB_MIN 1
#define B_OB_MAX 7
#define B_DB_MIN 1
#define B_DB_MAX 7
#define GAINI_MIN 1
#define GAINI_MAX 50
#define DERBY_GAINI_MAX 35
#define GRIFFIN_GAIN_MAX 106
#define RX_GAIN_MIN 4
#define RX_GAIN_MAX 83
#define RX_GAIN_MIN_11bg 0
#define RX_GAIN_MAX_11bg 100
#define RX_GAIN_MIN_AR5112 0
#define RX_GAIN_MAX_AR5112 100
#define RX_GAIN_MIN_AR6000 -11
#define RX_GAIN_MAX_AR6000 87
#define RX_GAIN_MIN_AR6000_11g -19
#define RX_GAIN_MAX_AR6000_11g 91
#define INITIAL_RXGAIN 60
#define MAX_XPD_GAIN_INDEX 4
//#define MAX_TP_PKT_SIZE 2000
//#define MIN_TP_PKT_SIZE 50
#define MAX_TP_PKT_SIZE 4000
#define MIN_TP_PKT_SIZE 1500
#define MIN_NUM_RETRIES 0
#define MAX_NUM_RETRIES 15
//#define MIN_NUM_PKTS 1000
#define MIN_NUM_PKTS 100
#define MAX_NUM_PKTS 400
//#define MAX_NUM_PKTS_THIN_CLIENT 3000
#define MAX_NUM_PKTS_THIN_CLIENT 650
#define MAX_NUM_SLOTS 255
#define MIN_NUM_SLOTS 0
#define NO_PWR_CTL 0
#define DB_PWR_CTL 1
#define PCDAC_PWR_CTL 2
#define USE_TARGET_POWER 0xffffffff
//test masks
#define TX_TEST_MASK 0x00000001
#define RX_TEST_MASK 0x00000002
#define BEACON_TEST_MASK 0x00000004
#define TP_TEST_UP_MASK 0x00000008
#define TP_TEST_DOWN_MASK 0x00000010
#define MAC_ADDR_MASK 0x00000020
#define GOLDEN_TEST_MASK 0x80000000
#define BACKUP_EEPROM_MASK 0x00000040
#define RESTORE_EEPROM_MASK 0x00000080
#define EEP_COMPARE_MASK 0x00000100
#define ANTENNA_A_MASK 0x00000001
#define ANTENNA_B_MASK 0x00000002
//test type definitions
#define IDLE_MODE 0
#define TRANSMIT_TEST 1
#define RECEIVE_TEST 2
#define GOLDEN_TEST 3
#define BEACON_TEST 4
#define THROUGHPUT_UP_TEST 5
#define THROUGHPUT_DOWN_TEST 6
#define SIDE_CHANNEL_5G 5140
#define SIDE_CHANNEL_2G 2302
#define MDK_PACKET_OVERHEAD 30
//Failure masks
//#define RSSI_FAIL_M 0x00000001
//#define CRC_FAIL_M 0x00000002
//#define PER_FAIL_M 0x00000004
//#define PPM_FAIL_M 0x00000008
//#define TP_FAIL_M 0x00000010
//limits on arttest params
#define MAX_NUM_PACKETS 100
#define MAX_NUM_RX_PACKETS 60
#define MAX_NUM_PACKETS_TP 1000
#define MAX_PACKET_SIZE 1000
#define MAX_SIZE_COMMENT_BUFFER 256
#define MAX_AP_DUT_TYPE_LENGTH 128
#define N_A 0
#define MAX_FILE_LENGTH 265
#define DUPLICATE_NUM_ART_ANI_TYPES 3
/*
typedef struct cfgTableElement {
A_UINT16 subsystemID;
A_CHAR eepFilename[MAX_FILE_LENGTH];
A_CHAR earFilename[MAX_FILE_LENGTH];
} CFG_TABLE_ELEMENT;
typedef struct cfgTable {
A_UINT32 sizeCfgTable;
CFG_TABLE_ELEMENT *pCurrentElement;
CFG_TABLE_ELEMENT *pCfgTableElements;
} CFG_TABLE;
*/
typedef struct testChannelInfo {
A_UINT32 channel;
A_UINT32 mode;
A_UINT32 turbo;
} TEST_CHANNEL_INFO;
typedef struct testInfoStruct {
A_UINT32 testType;
A_UINT32 channel;
A_UINT32 numIterations;
A_UINT32 packetSize;
A_UINT32 numPackets;
A_UINT32 rateMask;
A_UINT32 mode;
A_UINT32 goldAntenna;
A_UINT32 turbo;
A_UINT32 txPower;
} TEST_INFO_STRUCT;
typedef struct mldConfig {
A_UINT32 channel;
A_UINT32 eepromLoad;
A_UINT32 eepromLoadOverride;
A_UINT32 eepromHeaderLoad;
A_CHAR creteFezCfg[MAX_FILE_LENGTH];
A_CHAR qmacSombreroCfg[MAX_FILE_LENGTH];
A_CHAR qmacSombreroBeanieCfg[MAX_FILE_LENGTH];
A_CHAR oahuCfg[MAX_FILE_LENGTH];
A_CHAR veniceCfg[MAX_FILE_LENGTH];
A_CHAR *pCfgFile;
A_UINT32 maxChannel5G;
A_UINT32 minChannel5G;
A_UINT32 maxChannel2G;
A_UINT32 minChannel2G;
A_UINT32 powerOvr;
A_UCHAR externalPower;
A_UCHAR xpdGainIndex;
A_UCHAR xpdGainIndex2;
A_BOOL applyXpdGain;
A_UINT32 dataRateIndex;
A_UINT32 dataRateIndexTP;
A_INT32 pcDac;
A_UINT16 powerControlMethod;
A_UINT32 ob;
A_UINT32 db;
A_UINT32 b_ob;
A_UINT32 b_db;
A_INT32 gainI;
A_UINT32 contMode;
A_UINT32 antenna;
A_UINT32 dataPattern;
A_UINT32 turbo;
A_INT32 rxGain;
A_BOOL rfGainBoost;
A_BOOL overwriteRxGain;
A_BOOL remote;
A_BOOL remote_exec;
A_CHAR machName[256];
A_UINT32 instance;
A_BOOL userInstanceOverride;
A_UINT32 validInstance;
A_UINT32 mode;
A_UINT16 use_init;
A_UINT32 channel5;
A_UINT32 channel2_4;
A_UINT16 powerOutput;
A_INT32 rxGain5;
A_INT32 rxGain2_4;
A_BOOL pktInterleave;
A_UINT32 logging;
A_CHAR logFile[MAX_FILE_LENGTH];
A_UINT32 dutSSID;
// A_CHAR dutCardType[112];
// A_CHAR cmdLineDutCardType[112];
A_UINT32 all2GChan;
A_UINT32 rateMask;
A_CHAR eepFileDir[MAX_FILE_LENGTH];
CFG_TABLE cfgTable;
A_UINT32 blankEepID;
A_UINT32 cmdLineID;
A_UINT32 cmdLineSubsystemID;
A_UINT32 pktSizeTP;
A_UINT16 numRetriesTP;
A_UINT32 numPacketsTP;
A_UINT32 broadcastTP;
A_BOOL primaryAP;
A_UINT32 enablePrint;
A_INT32 numSlots;
A_BOOL validCalData;
A_BOOL useTargetPower;
A_BOOL cmdLineTest;
A_UINT32 cmdLineTestMask;
TEST_CHANNEL_INFO *testChannelList;
A_UINT16 numListChannels;
A_UINT16 antennaMask;
A_UINT16 goldAntennaMask;
A_UINT32 iterations;
WLAN_MACADDR beaconBSSID;
A_BOOL rangeLogging;
A_CHAR rangeLogFile[MAX_FILE_LENGTH];
A_UINT32 linkPacketSize;
A_UINT32 linkNumPackets;
// two fields to accomodate signal generators
A_UINT32 sgNumPackets;
A_UINT32 sgNumLoop;
A_UINT32 refClk;
A_UINT32 beanie2928Mode;
A_UINT32 channelStep5g;
A_UINT32 enableXR;
A_UINT32 loadEar;
A_UINT32 eepFileVersion;
A_UINT32 earFileVersion;
A_UINT32 earFileIdentifier;
A_UINT32 enableCal;
A_UINT32 artAniEnable;
A_UINT32 artAniReuse;
A_UINT32 artAniLevel[DUPLICATE_NUM_ART_ANI_TYPES];
A_INT32 maxRxGain; // max gain in cont RX
A_INT32 minRxGain; // min gain in cont RX
A_UINT32 userDutIdOverride;
A_UINT32 eeprom2StartLocation; // added for dual 11a and falcon support
// set to 0x400 for the 2nd eeprom_block
A_UINT32 computeCalsetupName; // whether to use standard "calsetup.txt" or figure out
// appropriate filename from the computer name. default=0
A_CHAR eepBackupFilename[MAX_FILE_LENGTH];
A_CHAR eepRestoreFilename[MAX_FILE_LENGTH];
A_UINT32 eepromCompareSingleValue;
A_BOOL applyCtlLimit;
A_UINT16 ctlToApply;
A_BOOL debugInfo;
A_CHAR manufName[MAX_FILE_LENGTH]; // manufacturer name
A_CHAR yieldLogFile[MAX_FILE_LENGTH]; // filename for yield format logfile
A_UINT32 enableLabelScheme;
A_BOOL scrambleModeOff; // dataScramble mode
A_UINT32 printPciWrites;
A_BOOL quarterChannel;
A_CHAR cal_eepFileName[MAX_FILE_LENGTH];
A_CHAR cal_usb_eepFileName[MAX_FILE_LENGTH];
A_CHAR cal_express_eepFileName[MAX_FILE_LENGTH];
A_BOOL applyPLLOverride;
A_UINT32 pllValue;
A_BOOL noEepromUnlock;
} MLD_CONFIG;
typedef struct testConfig {
A_UINT32 numIterations;
A_UINT32 numPackets;
A_UINT32 numPacketsTP;
A_UINT32 numPacketsTP_CCK;
A_UINT32 packetSize;
A_UINT32 packetSizeTP;
A_UINT32 dataRateMaskTP;
A_UINT32 perPassThreshold;
A_INT32 ppmMin;
A_INT32 ppmMax;
A_INT32 rssiThreshold11a_antA;
A_INT32 rssiThreshold11a_antB;
A_INT32 rssiThreshold11b_antA;
A_INT32 rssiThreshold11b_antB;
A_UINT32 rssiThreshold11g_antA;
A_UINT32 rssiThreshold11g_antB;
A_UINT32 maxCRCAllowed;
A_UINT32 beaconTimeout;
float throughputThreshold11a;
float throughputThreshold11b;
float throughputThreshold11g;
A_UINT32 perTPThreshold;
A_UINT32 perTPThreshold11b;
WLAN_MACADDR minMacAddress;
WLAN_MACADDR maxMacAddress;
A_UINT32 sideChannel5G;
A_UINT32 sideChannel2G;
A_CHAR dutOrientation;
A_CHAR apOrientation;
A_CHAR dutType[MAX_AP_DUT_TYPE_LENGTH];
A_CHAR apType[MAX_AP_DUT_TYPE_LENGTH];
A_UINT32 eepromCompareSingleLocation;
} TEST_CONFIG;
typedef struct rxGainRegs {
A_UCHAR desiredGain;
A_UCHAR rfGain;
A_UCHAR rfAtten0;
A_UCHAR ifGain;
A_UCHAR bbGain1;
A_UCHAR bbGain2;
A_UCHAR bbGain3;
A_UCHAR pgaGain;
} RX_GAIN_REGS;
typedef struct rxGainRegsAR5112 {
A_CHAR desiredGain;
A_UCHAR rxtxFlag;
A_UCHAR lnaGain;
A_UCHAR rfGain;
A_UCHAR ifGain;
A_UCHAR bbGainCoarse;
A_UCHAR bbGainFine;
} RX_GAIN_REGS_AR5112;
typedef struct rxGainRegs_11bg {
A_UCHAR desiredGain ;
A_UCHAR rf_b_lnagain ;
A_UCHAR rf_b_rfgain2 ;
A_UCHAR rf_b_rfgain1 ;
A_UCHAR rf_b_rfgain0 ;
A_UCHAR rf_rf_gain ;
A_UCHAR rf_rf_atten0 ;
A_UCHAR rf_if_gain ;
A_UCHAR rf_bb_gain1 ;
A_UCHAR rf_bb_gain2 ;
A_UCHAR rf_bb_gain3 ;
A_UCHAR rf_b_ifgain1 ;
A_UCHAR rf_b_ifgain0 ;
A_UCHAR rf_pga_gain ;
A_UCHAR beanie_switch ;
A_UCHAR bridge_switch ;
} RX_GAIN_REGS_11bg;
typedef struct xpdGainInfo {
A_UCHAR gain;
A_UINT32 regValue;
} XPD_GAIN_INFO;
typedef struct supportedModes {
A_BOOL aMode;
A_BOOL bMode;
A_BOOL gMode;
} SUPPORTED_MODES;
extern MLD_CONFIG configSetup;
void printEepromStruct_16K
(
A_UINT32 devNum,
A_UINT32 mode
);
void changeRxGainFields
(
A_UINT32 devNum,
RX_GAIN_REGS *pGainValues
);
A_BOOL setEepFile
(
A_UINT32 devNum
);
void changeRxGainFields_11bg
(
A_UINT32 devNum,
RX_GAIN_REGS_11bg *pGainValues_llbg
);
void changeRxGainFields_derby
(
A_UINT32 devNum,
RX_GAIN_REGS_AR5112 *pGainValues
);
A_UINT32
getEarPerforceVersion
(
char *earFile
);
A_INT32
getEarFileIdentifier
(
char *filename
);
#if defined(_MLD) || defined(__ATH_DJGPPDOS__)
extern A_UINT32 swDeviceID;
#endif
extern A_UINT32 macRev;
extern A_UINT32 analogProdRev;
extern A_UCHAR DataRate[];
extern A_UINT32 userEepromSize;
extern A_BOOL sizeWarning;
extern A_UINT32 checkSumLength;
extern A_UINT32 eepromSize;
void updateChannel(A_INT16 inputKey);
void updateGainI(A_INT16 inputKey);
void setInitialPowerControlMode(A_UINT32 devNum, A_UINT32 rateIndex);
void invalidEepromMessage (A_UINT32 airtime);
void printContMenu(A_UINT32 devNum);
A_BOOL printMode (void);
void testMenu(A_UINT32 devNum);
void clearScreen(void);
A_BOOL getBssidFromString(A_UCHAR *bssid, A_CHAR *string);
A_BOOL testMacAddress(WLAN_MACADDR *addressIn);
A_UINT32 performCmdLineTests
(
A_UINT32 devNum
);
void switchTableLoop(A_UINT32 devNum);
A_BOOL backupEeprom(A_UINT32 devNum, A_CHAR *filename);
A_BOOL restoreEeprom(A_UINT32 devNum, A_CHAR *filename);
A_BOOL updateBootRom(A_UINT32 devNum, A_CHAR *filename);
A_BOOL updateEepromBootData(A_UINT32 devNum, A_UINT32 *data, A_UINT32 size);
A_UINT16 getNFChList(A_UINT16 ch, A_UINT16 *channels);
void getNoiseFloor(A_UINT32 devNum, A_UINT16 numCh, A_UINT16 *channels, A_INT16 *nfHist);
void plotNFHist(A_UINT16 numCh, A_UINT16 *chList, A_INT16 *nfHist);
A_BOOL writeEarToEeprom(A_UINT32 devNum, char *pEarFile);
void forcePowerOrPcdac(A_UINT32 devNum);
A_BOOL show_eep_label (A_UINT32 devNum, A_BOOL print);
void setupAtherosCalLogging();
void incrementLogFile(A_CHAR *filename);
void closeAtherosCalLogging();
A_BOOL promptForLabel(A_BOOL);
void noiseImmunityMenu(A_UINT32 devNum);
void displayNoiseImmunityMenu(void);
#ifndef __ATH_DJGPPDOS__
void findEepFile();
#endif
#ifdef __cplusplus
}
#endif
#endif
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