test.c

Atheros AP Test with Agilent N4010A source code

	"MB32", NO_CHIP_IDENTIFIER, 3, 0x2031, 0, 1,
	"MB31", NO_CHIP_IDENTIFIER, 4, 0x2030, 0, 1,
	"AP30", NO_CHIP_IDENTIFIER, 6, 0xa034, 1, 2,
	"AP31", NO_CHIP_IDENTIFIER, 7, 0xa033, 1, 1,
	"AP33", NO_CHIP_IDENTIFIER, 8, 0xa037, 1, 1,
	"AP36", NO_CHIP_IDENTIFIER, 9, 0xa038, 1, 1,
	"AP38", NO_CHIP_IDENTIFIER, 10, 0xa035, 1, 1,
	"AP39", NO_CHIP_IDENTIFIER, 11, 0xa036, 1, 1,
	"CB42", NO_CHIP_IDENTIFIER, 26, 0x1042, 0, 1,
	"CB41", NO_CHIP_IDENTIFIER, 27, 0x1041, 0, 1,
	"CB43", NO_CHIP_IDENTIFIER, 28, 0x1043, 0, 1,
	"MB42", NO_CHIP_IDENTIFIER, 29, 0x2042, 0, 1,
	"MB41", NO_CHIP_IDENTIFIER, 30, 0x2041, 0, 1,
	"AP43", NO_CHIP_IDENTIFIER, 31, 0xa043, 1, 1,
	"AP48", NO_CHIP_IDENTIFIER, 32, 0xa048, 1, 1,
	"AP41", NO_CHIP_IDENTIFIER, 33, 0xa041, 1, 1,
	"MB43", NO_CHIP_IDENTIFIER, 36, 0x2043, 0, 1,
	"MB44", NO_CHIP_IDENTIFIER, 37, 0x2044, 0, 1,
	"TB91", NO_CHIP_IDENTIFIER, 38, 0x2049, 0, 1,
	"UB51", NO_CHIP_IDENTIFIER, 44, 0xb051, 0, 1,
	"UB52", NO_CHIP_IDENTIFIER, 43, 0xb052, 0, 1,
	"AV10", NO_CHIP_IDENTIFIER, 42, 0x2052, 0, 1,
	"CB51", 4, 40, 0x1051, 0, 1,    //griffin
	"CB51", 9, 54, 0x1051, 0, 1,    //griffin
	"CB51", 0, 46, 0x1052, 0, 1,    //griffin lite
	"CB53", 4, 45, 0x1053, 0, 1,    //griffin
	"CB53", 0, 47, 0x1054, 0, 1,    //griffin lite
	"CB53", 2, 48, 0x1055, 0, 1,    //lion
	"MB51", 4, 41, 0x2051, 0, 1,    //griffin
	"MB51", 9, 53, 0x2051, 0, 1,    //griffin
	"MB51", 0, 49, 0x2052, 0, 1,    //griffin lite
	"MB53", 4, 50, 0x2053, 0, 1,    //griffin
	"MB53", 0, 51, 0x2054, 0, 1,    //griffin lite
	"MB53", 2, 52, 0x2055, 0, 1,    //lion
	"CU63", NO_CHIP_IDENTIFIER, 66, 0xb063, 0, 1,
	"MB62", 9, 55, 0x2062, 0, 1,    //eagle
	"MB62", 4, 58, 0x2062, 0, 1,    //eagle
	"CB62", 4, 57, 0x1062, 0, 1,    //eagle
	"MB62", 0, 60, 0x2063, 0, 1,    //eagle-lite
	"CB62", 0, 61, 0x1063, 0, 1,    //eagle-lite
	"AP51", 4, 56, 0xa051, 1, 1,    //cobra
	"AP51", 0, 62, 0xa052, 1, 1,    //cobra-lite
	"XB62", 0, 68, 0x3063, 1, 1,    //condor-lite
	"XB62", 4, 67, 0x3062, 1, 1,    //condor
	"QQ85",  0, 65, 0x4051, 0, 1,    //griffin lite - apple board
	"SD10",  0, 10, 0x6010, 0, 1,    //SD10 card
	"SD11",  0, 11, 0x6011, 0, 1,    //SD10 card
	"TB11",  0, 12, 0x6022, 0, 1,    //tb111 card
};

A_UINT32 sizeLabelTable = sizeof(labelTable)/sizeof(LABEL_INFO_STRUCT);

//#ifndef __ATH_DJGPPDOS__
ART_SOCK_INFO *artSockInfo = NULL;
ART_SOCK_INFO *pArtPrimarySock = NULL;
ART_SOCK_INFO *pArtSecondarySock = NULL;
//#else
//void *artSockInfo = NULL;
//#endif

static RX_GAIN_REGS_11bg rxGainValues_11bg[] =
{
#include  "AR5111_rx_gain_2ghz.tbl"
} ;

static RX_GAIN_REGS rxGainValues[] =
{
#include  "AR5111_rx_gain_5ghz.tbl"
};

static RX_GAIN_REGS_AR5112 rxGainValues_derby[] =
{
#include  "AR5112_rx_gain_5ghz.tbl"
};

static RX_GAIN_REGS_AR5112 rxGainValues_derby_11bg[] =
{
#include  "AR5112_rx_gain_2ghz.tbl"
};

static RX_GAIN_REGS_AR5112 rxGainValues_dragon[] =
{
#include  "AR6000_rx_gain_5ghz.tbl"
};

static RX_GAIN_REGS_AR5112 rxGainValues_dragon_11g[] =
{
#include  "AR6000_rx_gain_2ghz.tbl"
};

static XPD_GAIN_INFO xpdGainValues[] =
{
	18,        7,
	12,        11,
	6,        13,
	0,        14
};
static XPD_GAIN_INFO xpdGainValues_derby[] =
{
	18,        3,
	12,        2,
	6,        1,
	0,        0
};

XPD_GAIN_INFO *gainValues;

static char delimiters[]   = " \t";

#ifndef __ATH_DJGPPDOS__
void findEepFile()
{
	A_INT32 tempDevNum;
	A_UINT32 tempDevID;
	A_UINT32 local_tmp_index=0;
	SUB_DEV_INFO devStruct;

	tempDevNum = art_setupDevice(configSetup.instance);
	if(tempDevNum < 0) {
		uiPrintf("main: Error attaching to the device - ending test\n");
		closeEnvironment();
		exit(0);
	}

	//do a cfg read to determine which device is safe to access
	tempDevID = art_cfgRead(tempDevNum, 0);

	if(((tempDevID >> 16) & 0xffff) == 0xa017) {
		if(configSetup.instance != 2) {
		//should use the second radio
		art_teardownDevice(tempDevNum);

		//attempt to setup second device
		tempDevNum = art_setupDevice(2);
		if(tempDevNum < 0) {
			uiPrintf("main: Error attaching to the device - ending test\n");
			closeEnvironment();
			exit(0);
		}
	}
	}

	//parse the correct eep file
	if(!setEepFile(tempDevNum)) {
		art_teardownDevice(tempDevNum);
		closeEnvironment();
		exit(0);
	}

	//get the deviceID from the library and use the swDevID
	art_getDeviceInfo(tempDevNum, &devStruct);
	swDeviceID = devStruct.swDevID;
	hwDeviceID = devStruct.hwDevID;

	//parse the cal section of the eep file
//    load_eep_vals(tempDevNum);
	parseSetup(tempDevNum);

	// calsetup and .eep files have been parsed so far
	if ( configSetup.remote  &&
		 ( (CalSetup.modeMaskForRadio[0] & 0x2) == 2) &&
		 ( (CalSetup.modeMaskForRadio[1] & 0x2) == 2) ) {
		// if both radios support 11a operation
		//configSetup.eeprom2StartLocation = 0x400;
		  configSetup.eeprom2StartLocation = checkSumLength;

	}

	//cleanup and let the main code setup the correct devices based on findings in eep file
	art_teardownDevice(tempDevNum);
//    Sleep(100);  added for condor emulation
}
#endif
//** the following added by ccshiang
#include "..\..\..\..\ART.Common\frequencyPiersMeasurement.h"
long nRet;
//** the above added by ccshiang
main(int argc,char *argv[]) {

	A_BOOL exitLoop = FALSE;
	A_INT32  tempDevNum;
	A_UINT32 devNumInst[3];  //start from 1, ignore 0
	A_UINT32 devNum=INVALID_INSTANCE;
	A_UINT32 devNum_2g=0;
	A_UINT32 devNum_5g=0;
	SUPPORTED_MODES supportedModes;
	A_CHAR commentBuffer[MAX_SIZE_COMMENT_BUFFER] = {'a', 'b', 'c'};
	A_UINT32 tempBackoff[3];
	SUB_DEV_INFO devStruct;
	A_UINT32 returnCode;
	A_UINT32 i, sleep_enable = 0;
//TONY
int checkConnectionCounter = 0;
FILE *fStream;
//TONY

BORDID_ARGV = argv[3];
MAC_ARGV = argv[4];
WRITE_MAC_ADDRESS = argv[5];

DeleteFile("ArtLog.txt");
if(argc < 6)
{
	printf("\nUsage: art.exe \\remote=<ip> \\id=6011 <Board ID> <MAC Address> <1 (write MAC address after calibration) or 0>");
	exit(0);
}	
	
printf("[TONY] ARGV 0: %s\n", argv[0]);
printf("[TONY] ARGV 1: %s\n", argv[1]);
printf("[TONY] ARGV 2: %s\n", argv[2]);
printf("[TONY] Board ID: %s\n", BORDID_ARGV);
printf("[TONY] Mac ID: %s\n", MAC_ARGV);
printf("[TONY] Write MAC Address? (1/0): %s\n", WRITE_MAC_ADDRESS);
//Sleep(100000);

//TONY
printf("\nWaiting for device");
	while ((!(checkConnection(&(argv[1][8])))) && (checkConnectionCounter<25))
	{
		printf(".");
		Sleep(1000);
		checkConnectionCounter++;
	}

if (25 == checkConnectionCounter)
{
	printf("USB Link Failed! - Please check USB connection\n");
	if( (fStream = fopen("ArtLog.txt", "w+")) == NULL ) {
                        printf("\nFailed to open ArtLog.txt\n");
            return;
        }
	fputc((int)'1',fStream);
	fputc((int)'1',fStream);
	fputc((int)'1',fStream);
	fputc((int)'1',fStream);
	fputc((int)'1',fStream);
	fputc((int)'1',fStream);
	fputc((int)'1',fStream);
	fputc((int)'1',fStream);

	fclose(fStream);
	exit(0);
}

	printf("Device Connected!\n");
//TONY



argc = 3;






#ifdef _DEBUG
	//printf("&&argv[1]= %s\n",argv[1]);
	//printf("&&argv[2]= %s\n",argv[2]);
	 //argv[1] ="\\remote=192.168.1.111";
	 //argv[2] ="\\id=0x6011";
	 argc = 3;
	 configSetup.remote= TRUE;
#endif

#ifdef LINUX
	char *tmp;
	tmp = getenv("HOSTNAME");
	machName = strtok(tmp, ".");
#else
	machName = getenv("COMPUTERNAME");
#endif

	devNumInst[1] = INVALID_INSTANCE;
	devNumInst[2] = INVALID_INSTANCE;

	if (parseCmdLine(argc,argv) == FALSE) {
		uiPrintf("main: Failed to parse command line arguments \n");
		exit (0);
	}


	if(initializeEnvironment(configSetup.remote) == FALSE) {
		uiPrintf("main: Failed to initialize the Driver Environment\n");
		exit(0);
	}

	//set the printLocalInfo flag dependent on whether already printed by lib
	//or if have a remove client
	printLocalInfo = 0;
#ifdef NO_LIB_PRINT
	printLocalInfo = 1;
#endif

	if(configSetup.remote) {
		printLocalInfo = 1;
	}

#ifndef CUSTOMER_REL
	uiPrintf("Using %d card \n",configSetup.instance);
#endif
	if(!parseConfig()) {
		uiPrintf("Problem parsing %s, exiting...\n", CONFIGSETUP_FILE);
		exit(0);
	}
#ifndef __ATH_DJGPPDOS__
	Sleep(1000);
	if(configSetup.enableLabelScheme) {
		//first try to get the label with auto detect
		if(!promptForLabel(0)) {
			//if auto detect doesn't work,  continue to prompt for entry
			while (!promptForLabel(0));
		}
	}
	else {
		if (configSetup.computeCalsetupName > 0) {
			if (machName) {
				sprintf(calsetupFileName, "calsetup_%s_%c%c", strlwr(machName),
												tolower(yldStruct.cardLabel[0]),
												tolower(yldStruct.cardLabel[1]));
				if(yldStruct.chipIdentifier != NO_CHIP_IDENTIFIER) {
					sprintf(calsetupFileName, "%s_%1d.txt", calsetupFileName,
														yldStruct.chipIdentifier);
				}
				else {
					sprintf(calsetupFileName, "%s.txt", calsetupFileName);
				}
			} else {
				uiPrintf("Fatal Error : Could Not Retrieve Machine Name\n");
				exit(0);
			}
		} else {
			sprintf(calsetupFileName, "calsetup.txt");
		}
	}

	uiPrintf("Calsetupfile Used : %s\n", calsetupFileName);


//#ifndef CONDOR_HACK
//    findEepFile();
//#endif
	if(configSetup.userInstanceOverride) {
		devNum = art_setupDevice(configSetup.instance);
		if(devNum < 0) {
			uiPrintf("main: Error attaching to the device - ending test\n");
			closeEnvironment();
			exit(0);
		}
		art_configureLibParams(devNum);
	   //printf("SNOOP:::before reset device::Sent bytes = %d::Received bytes=%d\n", sent_bytes, received_bytes);
		//sent_bytes=0;received_bytes=0;
		art_resetDevice(devNum, txStation, bssID, configSetup.channel, configSetup.turbo);
		//printf("SNOOP:::after reset device::Sent bytes = %d::Received bytes=%d\n", sent_bytes, received_bytes);
		uiPrintf("Attached to the Device for instance = %d\n", configSetup.instance);

		//for now make the assumption that both a and g are supported
		devNum_5g = devNum;
		devNum_2g = devNum;
	}
	else {
		//enable the instances that are valid
		if(CalSetup.modeMaskForRadio[0] != 0) {
			devNumInst[1] = art_setupDevice(1);
			if(devNumInst[1] < 0) {
				uiPrintf("main: Error attaching to the device - ending test\n");
				closeEnvironment();
				exit(0);
			}

//#ifdef CONDOR_HACK
			//parse the correct eep file
			if(!setEepFile(devNumInst[1])) {
				art_teardownDevice(devNumInst[1]);
				closeEnvironment();
				exit(0);
			}

			//get the deviceID from the library and use the swDevID
			art_getDeviceInfo(devNumInst[1], &devStruct);
			swDeviceID = devStruct.swDevID;
			hwDeviceID = devStruct.hwDevID;

			//parse the cal section of the eep file
		//    load_eep_vals(tempDevNum);
			parseSetup(devNumInst[1]);
//#endif
			// calsetup and .eep files have been parsed so far
			if ( configSetup.remote  &&
				 ( (CalSetup.modeMaskForRadio[0] & 0x2) == 2) &&
				 ( (CalSetup.modeMaskForRadio[1] & 0x2) == 2) ) {
				// if both radios support 11a operation
				//configSetup.eeprom2StartLocation = 0x400;
				  configSetup.eeprom2StartLocation = checkSumLength;

			}

			art_configureLibParams(devNumInst[1]);
			art_resetDevice(devNumInst[1], txStation, bssID, configSetup.channel, configSetup.turbo);
			uiPrintf("Attached to the Device for instance = %d\n", 1);
		}

		if(CalSetup.modeMaskForRadio[1] != 0) {
			devNumInst[2] = art_setupDevice(2);
			if(devNumInst[2] < 0) {
				uiPrintf("main: Error attaching to the device - ending test\n");
				closeEnvironment();
				exit(0);
			}
			art_configureLibParams(devNumInst[2]);
			art_resetDevice(devNumInst[2], txStation, bssID, configSetup.channel, configSetup.turbo);
			uiPrintf("Attached to the Device for instance = %d\n", 2);
		}

		//Setup the 2g and 5g instances
		devNum_5g = devNumInst[CalSetup.instanceForMode[MODE_11a]];
		devNum_2g = devNumInst[CalSetup.instanceForMode[MODE_11g]];

		//check that we have legal devNums for both.  If not, point to a valid
		//devNum, manufacturing expects 2 devNums to be valid
		//if all board text files are setup correctly, should not use it.