private IntermecIsdc.DllErrorCode ScannerInit()
{
string key = "HKCU\\SOFTWARE\\Intermec\\IsdcNetApp";
byte status;
m_Error = m_Isdc.Initialise(key, out status);
return(m_Error);
}
private void btnConnect_Click(object sender, EventArgs e)
{
ScannerInit();
if (mScannerConnected == false)
{
m_Error = m_Isdc.ConfigurationDialog();
if (m_Error != 0)
{
//MessageError(m_Error);
}
else
{
m_Error = m_Isdc.Connect();
if (m_Error != 0)
{
//MessageError(m_Error);
}
else
{
mScannerConnected = true;
this.btnConnect.Text = "Disconnect";
nBytesInInputBuffer = 0;
InputBuffer[nBytesInInputBuffer++] = 0x50;
InputBuffer[nBytesInInputBuffer++] = 0x40;
InputBuffer[nBytesInInputBuffer++] = 0x00;
m_Isdc.ControlCommand(InputBuffer, nBytesInInputBuffer, OutputBuffer, out nBytesReturned);
ScannerCfg();
nBytesInInputBuffer = 0;
InputBuffer[nBytesInInputBuffer++] = 0x30;
InputBuffer[nBytesInInputBuffer++] = 0xC0;
m_Isdc.StatusRead(InputBuffer, nBytesInInputBuffer, OutputBuffer, out nBytesReturned);
}
}
}
else
{
m_Isdc.Disconnect();
mScannerConnected = false;
this.btnConnect.Text = "Connect";
}
}
private void ScannerCfg()
{
nBytesInInputBuffer = 0;
InputBuffer[nBytesInInputBuffer++] = 0x73; //Packeted Data format = enable
InputBuffer[nBytesInInputBuffer++] = 0x40;
InputBuffer[nBytesInInputBuffer++] = 0x01;
/******************************************/
/* Snapshot - Image conditioning */
/******************************************/
InputBuffer[nBytesInInputBuffer++] = 0x6A;
InputBuffer[nBytesInInputBuffer++] = 0xC1;
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x20;
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x01; //Auto Contrast
InputBuffer[nBytesInInputBuffer++] = 0x01; //00=None / 01=Photo / 02=Black on white / 03=white on black
InputBuffer[nBytesInInputBuffer++] = 0x02; //Edge Enhancement
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=None / 01=Low / 02=Medium / 03=High
InputBuffer[nBytesInInputBuffer++] = 0x03; //Image Rotation
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=None / 01=90° / 02=180° / 03=270°
InputBuffer[nBytesInInputBuffer++] = 0x04; //Subsampling
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=None / 01=1 pixel out of 2
InputBuffer[nBytesInInputBuffer++] = 0x05; //Noise Reduction
InputBuffer[nBytesInInputBuffer++] = 0x00; //00 to 09 Level of noise reduction (00=none)
InputBuffer[nBytesInInputBuffer++] = 0x07; //Image Lighting Correction
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=None / 01=Low / 02=Medium / 03=High
InputBuffer[nBytesInInputBuffer++] = 0x09; //Reverse Video
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=Disable / 01=Enable
InputBuffer[nBytesInInputBuffer++] = 0x41; //Color Conversion + Threshold
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=None / 01=Monochrome / 02=Enhanced
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=Very Dark / 01=Dark / 02=Normal / 03=Bright / 04=Very Bright
InputBuffer[nBytesInInputBuffer++] = 0x42; //Output Compression + Output Compression Quality
InputBuffer[nBytesInInputBuffer++] = 0x01; //00=Raw / 01=JPEG / 02=TIFFG4
InputBuffer[nBytesInInputBuffer++] = 60; //00 to 64 (0 to 100 decimal)
InputBuffer[nBytesInInputBuffer++] = 0x80; //Cropping
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x08; //8 bytes
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x00; //Bytes 1 and 2 (UINT16): Left column (x)
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x00; //Bytes 3 and 4 (UINT16): Top row (y)
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x00; //Bytes 5 and 6 (UINT16): Width
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x00; //Bytes 7 and 8 (UINT16): Height
/******************************************/
/* Video - Image conditioning */
/******************************************/
InputBuffer[nBytesInInputBuffer++] = 0x6A;
InputBuffer[nBytesInInputBuffer++] = 0xC0;
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x20;
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x01; //Auto Contrast
InputBuffer[nBytesInInputBuffer++] = 0x01; //00=None / 01=Photo / 02=Black on white / 03=white on black
InputBuffer[nBytesInInputBuffer++] = 0x02; //Edge Enhancement
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=None / 01=Low / 02=Medium / 03=High
InputBuffer[nBytesInInputBuffer++] = 0x03; //Image Rotation
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=None / 01=90° / 02=180° / 03=270°
InputBuffer[nBytesInInputBuffer++] = 0x04; //Subsampling
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x05; //Noise Reduction
InputBuffer[nBytesInInputBuffer++] = 0x00; //00 to 09 Level of noise reduction (00=none)
InputBuffer[nBytesInInputBuffer++] = 0x07; //Image Lighting Correction
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=None / 01=Low / 02=Medium / 03=High
InputBuffer[nBytesInInputBuffer++] = 0x09; //Reverse Video
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=Disable / 01=Enable
InputBuffer[nBytesInInputBuffer++] = 0x41; //Color Conversion / Threshold
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=None / 01=Monochrome / 02=Enhanced Monochrome
InputBuffer[nBytesInInputBuffer++] = 0x00; //00=Very Dark / 01=Dark / 02=Normal / 03=Bright / 04=Very Bright
InputBuffer[nBytesInInputBuffer++] = 0x42; //Compression/Compression Quality
InputBuffer[nBytesInInputBuffer++] = 0x01; //00=Raw / 01=JPEG / 02=TIFFG4
InputBuffer[nBytesInInputBuffer++] = 60; //00 to 64 (0 to 100 decimal)
InputBuffer[nBytesInInputBuffer++] = 0x80; //Cropping
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x08; //8 bytes
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x00; //Bytes 1 and 2 (UINT16): Left column (x)
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x00; //Bytes 3 and 4 (UINT16): Top row (y)
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x00; //Bytes 5 and 6 (UINT16): Width
InputBuffer[nBytesInInputBuffer++] = 0x00;
InputBuffer[nBytesInInputBuffer++] = 0x00; //Bytes 7 and 8 (UINT16): Height
m_Error = m_Isdc.SetupWrite(InputBuffer, nBytesInInputBuffer, OutputBuffer, out nBytesReturned);
}
