int main(int argc, char* argv[])
{
LPSKYETEK_DEVICE *devices = NULL;
LPSKYETEK_READER *readers = NULL;
LPSKYETEK_TAG *tags = NULL;
SKYETEK_STATUS status;
unsigned short count = 0;
int numDevices = 0;
int numReaders = 0;
const int delay = 400000; //wait at least 400ms after closing the interface before re-opening (USB enumeration)
const int tests = 3; //number of open/close tests to perform
const int iterations = 10; //number of select tag operations to perform for each test
int failures = 0;
int total = 0;
for(int m = 0; m < tests; m++)
{
total ++;
printf("\n\nTEST #%d\n", total);
if((numDevices = SkyeTek_DiscoverDevices(&devices)) > 0)
{
//printf("example: devices=%d", numDevices);
if((numReaders = SkyeTek_DiscoverReaders(devices,numDevices,&readers)) > 0 )
{
//printf("example: readers=%d\n", numReaders);
for(int i = 0; i < numReaders; i++)
{
printf("Reader Found: %s-%s-%s\n", readers[i]->manufacturer, readers[i]->model, readers[i]->firmware);
for(int k = 0; k < iterations; k++)
{
printf("\tIteration = %d\n",k);
status = SkyeTek_GetTags(readers[0], AUTO_DETECT, &tags, &count);
if(status == SKYETEK_SUCCESS)
{
if(count == 0)
{
printf("\t\tNo tags found\n");
}
else
{
for(int j = 0; j < count; j++)
{
printf("\t\tTag Found: %s-%s\n", SkyeTek_GetTagTypeNameFromType(tags[j]->type), tags[j]->friendly);
}
}
}
else
{
printf("ERROR: GetTags failed\n");
}
}
SkyeTek_FreeTags(readers[i],tags,count);
}
}
else
{
failures ++;
printf("failures = %d/%d\n", failures, total);
printf("ERROR: No readers found\n");
}
}
else
{
failures ++;
printf("failures = %d/%d\n", failures, total);
printf("ERROR: No devices found\n");
}
SkyeTek_FreeDevices(devices,numDevices);
SkyeTek_FreeReaders(readers,numReaders);
usleep(delay);
}
}
// chngintf [numTimes]
int _tmain(int argc, TCHAR* argv[])
{
LPSKYETEK_READER lpReader = NULL;
LPSKYETEK_DEVICE *devices = NULL;
LPSKYETEK_READER *readers = NULL;
LPSKYETEK_TAG *lpTags = NULL;
LPSKYETEK_DATA lpData = NULL;
LPSKYETEK_DATA lpDataOrig = NULL;
SKYETEK_ADDRESS addr;
SKYETEK_STATUS st;
TCHAR *str = NULL;
unsigned short count;
unsigned int numDevices;
unsigned int numReaders;
unsigned int i = 0;
double f = 0.0;
int numTimes = 10;
int failures = 0;
int index = 0;
unsigned char tto;
unsigned char ctl;
// Initialize debugging
fp = _tfopen(_T("debug.txt"),_T("w"));
if( fp == NULL )
{
_tprintf(_T("ERROR: could not open debug.txt output file\n"));
return 0;
}
output(_T("SkyeTek API Change EM Config Example\n"));
SkyeTek_SetDebugger(debug);
// Get command line arguments
if( argc >= 2 )
{
numTimes = _ttoi(argv[1]);
}
// Discover reader
output(_T("Discovering reader...\n"));
numDevices = SkyeTek_DiscoverDevices(&devices);
if( numDevices == 0 )
{
output(_T("*** ERROR: No devices found.\n"));
fclose(fp);
return 0;
}
output(_T("Discovered %d devices\n"), numDevices);
numReaders = SkyeTek_DiscoverReaders(devices, numDevices, &readers);
if( numReaders == 0 )
{
SkyeTek_FreeDevices(devices,numDevices);
output(_T("*** ERROR: No readers found.\n"));
fclose(fp);
return 0;
}
lpReader = NULL;
for( int i = 0; i < (int)numReaders; i++ )
{
output(_T("Found reader: %s [%s]\n"), readers[i]->friendly, readers[i]->lpDevice->address);
output(_T("Firmware: %s\n"), readers[i]->firmware);
if( _tcscmp(readers[0]->model,_T("M9")) == 0 )
{
lpReader = readers[i];
break;
}
}
if( lpReader == NULL )
{
output(_T("*** ERROR: No M9 found; this test is only for M9 readers.\n"));
SkyeTek_FreeReaders(readers, numReaders);
SkyeTek_FreeDevices(devices, numDevices);
fclose(fp);
return 0;
}
// Increase the timeout
output(_T("Setting additional timeout: 5 seconds\n"));
SkyeTek_SetAdditionalTimeout(lpReader->lpDevice,5000);
// Set retry count
lpData = SkyeTek_AllocateData(1);
lpData->data[0] = 20;
st = SkyeTek_SetSystemParameter(lpReader,SYS_COMMAND_RETRY,lpData);
SkyeTek_FreeData(lpData);
lpData = NULL;
if( st != SKYETEK_SUCCESS )
{
output(_T("*** ERROR: failed to set M9 retries to 20: %s\n"), STPV3_LookupResponse(st));
SkyeTek_FreeReaders(readers, numReaders);
SkyeTek_FreeDevices(devices, numDevices);
fclose(fp);
return 0;
}
output(_T("Set M9 retries to 20\n"), STPV3_LookupResponse(st));
// Discover tags
lpTags = NULL;
count = 0;
st = SkyeTek_GetTags(lpReader,EM4444,&lpTags,&count);
if( st != SKYETEK_SUCCESS )
{
output(_T("*** ERROR: SkyeTek_GetTags failed to find an EM4444 tag: %s\n"), readers[0]->friendly);
SkyeTek_FreeReaders(readers, numReaders);
SkyeTek_FreeDevices(devices, numDevices);
fclose(fp);
return 0;
}
if( count == 0 )
{
output(_T("*** ERROR: Could not find any EM4444 tags in the field\n"));
SkyeTek_FreeReaders(readers, numReaders);
SkyeTek_FreeDevices(devices, numDevices);
fclose(fp);
return 0;
}
output(_T("Tag ID: %s\n"), lpTags[0]->friendly);
output(_T("Tag Type: %s\n"), SkyeTek_GetTagTypeNameFromType(lpTags[0]->type));
// Loop and read and write config
for( int i = 0; i < numTimes; i++ )
{
// Loop
output(_T("Loop %d...\n"),i);
// Read configuration
output(_T("Reading tag current configuration\n"));
addr.start = 0x000F;
addr.blocks = 1;
st = SkyeTek_ReadTagData(lpReader,lpTags[0],&addr,0,0,&lpDataOrig);
if( st != SKYETEK_SUCCESS )
{
output(_T("*** ERROR: Failed to read tag configuration: %s\n"),STPV3_LookupResponse(st));
failures++;
continue;
}
str = SkyeTek_GetStringFromData(lpDataOrig);
output(_T("Current system page: %s\n"),str);
SkyeTek_FreeString(str);
lpData = NULL;
// Adjust index
index++;
if( index >= 8 )
index = 0;
addr.start = 7;
addr.blocks = 1;
lpData = SkyeTek_AllocateData(1);
lpData->data[0] = ctlVals[index];
//lpDataOrig->data[0] &= 0xC3;
//lpData->data[0] |= lpDataOrig->data[0];
ctl = lpData->data[0];
st = SkyeTek_WriteTagConfig(lpReader,lpTags[0],&addr,lpData);
if( st != SKYETEK_SUCCESS )
{
output(_T("*** ERROR: Could not set control bits to 0x%02X: %s\n"),
ctl, STPV3_LookupResponse(st));
SkyeTek_FreeData(lpData);
lpData = NULL;
SkyeTek_FreeData(lpDataOrig);
lpDataOrig = NULL;
failures++;
continue;
}
// Write configuration
addr.start = 6;
addr.blocks = 1;
lpData->data[0] = ttoVals[index];
tto = lpData->data[0];
st = SkyeTek_WriteTagConfig(lpReader,lpTags[0],&addr,lpData);
if( st != SKYETEK_SUCCESS )
{
output(_T("*** ERROR: Could not set TTO to 0x%02X: %s\n"),
tto, STPV3_LookupResponse(st));
SkyeTek_FreeData(lpData);
lpData = NULL;
SkyeTek_FreeData(lpDataOrig);
lpDataOrig = NULL;
failures++;
continue;
}
SkyeTek_FreeData(lpData);
lpData = NULL;
SkyeTek_FreeData(lpDataOrig);
lpDataOrig = NULL;
// Read the configuration
addr.start = 6;
addr.blocks = 1;
st = SkyeTek_ReadTagConfig(lpReader,lpTags[0],&addr,&lpData);
if( st != SKYETEK_SUCCESS )
{
output(_T("*** ERROR: Could not read TTO configuration: %s\n"),STPV3_LookupResponse(st));
failures++;
continue;
}
if( lpData->data[0] != tto )
{
output(_T("*** ERROR: TTO does not match what was written: read: 0x%02X != written: 0x%02X\n"),
lpData->data[0], tto);
SkyeTek_FreeData(lpData);
lpData = NULL;
failures++;
continue;
}
output(_T("TTO matches what was written: read: 0x%02X == written: 0x%02X\n"),
lpData->data[0], tto);
SkyeTek_FreeData(lpData);
lpData = NULL;
addr.start = 7;
addr.blocks = 1;
st = SkyeTek_ReadTagConfig(lpReader,lpTags[0],&addr,&lpData);
if( st != SKYETEK_SUCCESS )
{
output(_T("*** ERROR: Could not read control bits configuration: %s\n"),STPV3_LookupResponse(st));
failures++;
continue;
}
lpData->data[0] &= 0x3C;
ctl &= 0x3C;
if( lpData->data[0] != ctl )
{
output(_T("*** ERROR: Control bits do not match what was written: read: 0x%02X != written: 0x%02X\n"),
lpData->data[0], ctl);
SkyeTek_FreeData(lpData);
lpData = NULL;
failures++;
continue;
}
output(_T("Control bits matches what was written: read: 0x%02X == written: 0x%02X\n"),
lpData->data[0], ctl);
SkyeTek_FreeData(lpData);
lpData = NULL;
} // end loop
// Report result
if( numTimes > 0 )
{
double percent = 0.0;
percent = 100*((double)(numTimes-failures))/((double)numTimes);
output(_T("Failed %d times out of %d attempts\n"), failures, numTimes);
output(_T("RESULTS: Loop success percentage: %.01f %%\n"), percent);
}
SkyeTek_FreeTags(lpReader,lpTags,count);
SkyeTek_FreeReaders(readers, numReaders);
SkyeTek_FreeDevices(devices, numDevices);
output(_T("Done.\n"));
fclose(fp);
return 1;
}
