private void buttonI2Cread_Click(object sender, EventArgs e)
{
listBoxProgramMessages.Items.Clear();
USB_I2C_Flash i2cflash = null;
switch (comboBoxI2CFlashType.Text)
{
case "Microchip 24FC256":
i2cflash = new USB_24FC256();
break;
}
if (i2cflash == null)
{
postMessage("No flash type selected");
return;
}
List <string> msgs = new List <string>();
bool connected = i2cflash.connect(msgs);
postMessages(msgs);
if (!connected)
{
postMessage("Programmer: connection failed");
return;
}
postMessage("Programmer: connected");
int flashsiz = i2cflash.FlashSize();
postMessage("FlashInfo: " + flashsiz.ToString() + " bytes flash");
postMessage("Reading device at address 0 number of bytes " + flashsiz.ToString());
long tick2 = System.DateTime.Now.Ticks;
byte[] flashprogrammemory = i2cflash.SequentialRead(0, flashsiz);
double tock2 = (System.DateTime.Now.Ticks - tick2) / 10000000.0;
postMessage("Reading took " + tock2.ToString() + "s");
SaveFileDialog fd = new SaveFileDialog();
fd.AddExtension = true;
fd.Filter = "Raw Binary File (*.bin)|*.bin";
DialogResult res = fd.ShowDialog();
if (res == DialogResult.OK)
{
RawBinaryfile rbf = new RawBinaryfile(flashprogrammemory);
rbf.SaveFile(fd.FileName);
}
}
public static void Main()
{
List <string> msgs = new List <string>();
USB_24FC256 usb = new USB_24FC256();
if (!usb.connect(msgs))
{
return;
}
usb.Address = 0;
//usb.PageWrite(0, new byte[]{161,162,163,164,165});
byte ss = usb.RandomRead(0);
ss = usb.RandomRead(1);
ss = usb.CurrentAddressRead();
byte[] b = usb.SequentialRead(0, 512);
}
private void buttonI2Cprogram_Click(object sender, EventArgs e)
{
listBoxProgramMessages.Items.Clear();
USB_I2C_Flash i2cflash = null;
switch (comboBoxI2CFlashType.Text)
{
case "Microchip 24FC256":
i2cflash = new USB_24FC256();
break;
}
if (i2cflash == null)
{
postMessage("No flash type selected");
return;
}
List <string> msgs = new List <string>();
bool connected = i2cflash.connect(msgs);
postMessages(msgs);
if (!connected)
{
postMessage("Programmer: connection failed");
return;
}
postMessage("Programmer: connected");
int flashsiz = i2cflash.FlashSize();
postMessage("Flash chip info: " + flashsiz.ToString() + " bytes flash memory");
postMessage("Reading binary file");
RawBinaryfile rbf = new RawBinaryfile(textBoxI2CFlashHEXFile.Text);
byte[] hexdata = rbf.GetData();
postMessage("File info: " + hexdata.Length + " bytes data");
bool fastWrite = checkBoxI2CfastFlash.Checked;
int address = 0;
long tick2 = System.DateTime.Now.Ticks;
while ((address < flashsiz) && (address < hexdata.Length))
{
int pagesiz = i2cflash.PageSize(address);
byte[] buff = new byte[pagesiz];
int copysiz = Math.Min(pagesiz, hexdata.Length - address);
Array.Copy(hexdata, address, buff, 0, copysiz);
//postMessage("Writing data at " + address.ToString());
i2cflash.PageWrite(address, buff, fastWrite);
address += pagesiz;
}
double tock2 = (System.DateTime.Now.Ticks - tick2) / 10000000.0;
postMessage("Writing took " + tock2.ToString() + "s");
i2cflash.condition_STOP();
}