FTDI.D2xx.WinRT
Interface providing details of the FTDI Chip-ID number. Applies only to FT232R,
FT245R and FT X-Series devices.
Return the unique FTDI Chip-ID number for this device.
Return the unique FTDI Chip-ID for this device.
Low and high word locations of the chip ID words within the device EEPROM.
Read the eeprom location that stores the eeprom type to get the size.
If this is a blank eeprom use this algorithm to work out what type it is.
The EEPROM may be blank or it doesn't have an EEPROM connected.
Writes 0xC0 (1100 0000 BIN) into location 0xC0 of the EEPROM...
If the EEPROM is type 46 (64 word locations) the leading 2 bits will be dropped...
resulting in 0xC0 being written in location 00 0000 BIN.
If the EEPROM is type 56 (128 word locations) the leading bit will be dropped...
resulting in 0xC0 being written in location 100 0000 BIN.
If the EERPOM is type 66 (256 word locations) 0xC0 will be written in the..
correct location 1100 0000 BIN.
Read the contents of this EEPROM
Reads a portion of the device EEPROM.
Reads a portion of the device EEPROM.
Returns true if the device has an EEPROM connected.
Returns the raw device EEPROM contents.
Returns the size of the connected EEPROM.
Returns true if the EEPROM is blank.
EEPROM types.
FT2232D device interfaces
UART mode.
FIFO 245 mode.
FIFO CPU style interface.
FIFO mode to optically isolate an external device from USB.
Class that represents the EEPROM of an FT2232D device.
Interface that represents the contents of a generic FTDI device EEPROM.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
Channel A - Device interface type
Channel A - High drive level on UART and FIFO IO signals
Channel A - Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
Channel B - Device interface type
Channel B - High drive level on UART and FIFO IO signals
Channel B - Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
Device IO drive current.
4mA drive current.
8mA drive current.
12mA drive current.
16mA drive current.
Device interface mode.
UART mode.
FIFO 245 mode.
FIFO CPU style interface.
FIFO mode to optically isolate an external device from USB.
Class that represents the contents of an FT2232H EEPROM.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
Power Save Enable - When the FT2232H is used in self powered mode this
feature prevents forcing current down the USB lines when the host or hub is
powered off.
Channel A - Device interface type
Channel A - Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
Channel B - Device interface type
Channel B - Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
AC Bus - Drive current of IO lines.
AC Bus - Schmitt trigger input.
AC Bus - Slow slew rate.
AD Bus - Drive current of IO lines.
AD Bus - Schmitt trigger input.
AD Bus - Slow slew rate.
BC Bus - Drive current of IO lines.
BC Bus - Schmitt trigger input.
BC Bus - Slow slew rate.
BD Bus - Drive current of IO lines.
BD Bus - Schmitt trigger input.
BD Bus - Slow slew rate.
Class that represents the contents of an FT232AM EEPROM.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
Class that represents the contents of an FT232BM EEPROM.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
Device IO drive current.
4mA drive current.
8mA drive current.
12mA drive current.
16mA drive current.
FT232H CBus signals.
IO pad is tri-stated.
Receive data LED drive – pulses low when receiving data
via USB.
Transmit data LED drive – pulses low when transmitting
data via USB.
Transmit data LED drive – pulses low when transmitting
data via USB.
Output is low after the device has been configured by
USB, then high during USB suspend mode. This output
can be used to control power to external logic P-Channel
logic level MOSFET switch. Enable the interface pull-down
option when using the PWREN# in this way.
Goes low during USB suspend mode. Typically used to
power down an external TTL to RS232 level converter IC
in USB to RS232 converter designs.
Output a constant 0.
Output a constant 1.
CBUS bit bang mode option. Allows up to 4 of the CBUS
pins to be used as general purpose I/O. Configured
individually for CBUS0, CBUS1, CBUS2 and CBUS3 in the
internal MTP memory.
Enable transmit data for RS485.
30 MHz Clock output.
15 MHz Clock output.
7.5 MHz Clock output.
FT232H device interfaces
UART mode.
FIFO 245 mode.
FIFO CPU style interface.
FIFO mode to optically isolate an external device from USB.
FT1248 interface.
Class that represents the contents of an FT232H EEPROM.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
Device interface type.
Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
Power Save Enable - When the FT2232H is used in self powered mode this
feature prevents forcing current down the USB lines when the host or hub is
powered off.
AD Bus - Drive current of IO pins.
AD Bus - Schmitt trigger input.
AD Bus - Slow slew rate.
AC Bus - Drive current of IO pins.
AC Bus - Schmitt trigger input.
AC Bus - Slow slew rate.
CBus 0 signal
CBus 1 signal.
CBus 2 signal.
CBus 3 signal.
CBus 4 signal.
CBus 5 signal.
CBus 6 signal.
CBus 7 signal.
CBus 8 signal.
CBus 9 signal.
FT1248 interface clock polarity.
FT1248 flow control enable.
FT1248 Least Significant Byte first.
FT232R CBus signals.
Enable transmit data for RS485.
Output is low after the device has been configured by
USB, then high during USB suspend mode. This output can
be used to control power to external logic P-Channel logic
level MOSFET switch. Enable the interface pull-down
option when using the PWREN# in this way.
Receive data LED drive: Data from FT232R to USB Host.
Pulses low when receiving data via USB. See Section 7.5
for more details.
Transmit data LED drive: Data from USB Host to
FT232R. Pulses low when transmitting data via USB.
LED drive – pulses low when transmitting or receiving data
via USB.
Goes low during USB suspend mode. Typically used to
power down an external TTL to RS232 level converter IC
in USB to RS232 converter designs.
48MHz ±0.7% Clock output.
24 MHz Clock output.
12 MHz Clock output.
6 MHz ±0.7% Clock output.
CBUS bit bang mode option. Allows up to 4 of the CBUS
pins to be used as general purpose I/O. Configured
individually for CBUS0, CBUS1, CBUS2 and CBUS3 in the
internal EEPROM. A separate application note, AN232R-01,
available from FTDI website (www.ftdichip.com) describes
in more detail how to use CBUS bit bang mode.
Synchronous and asynchronous bit bang mode WR#
strobe output.
Synchronous and asynchronous bit bang mode RD# strobe
output.
Class that represents the contents of an FT232R device EEPROM.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
If the design has an external oscillator fitted enable this property to turn the internal oscillator off.
Warning: enabling this option without an external oscillator fitted will render the device unusable.
High drive current of IO lines.
D2xx driver will expose the Virtual COM Port (VCP) layer.
CBus0 signal
CBus1 signal
CBus2 signal
CBus3 signal
CBus4 signal
Invert DCD UART line
Invert DSR UART line
Invert DTR UART line
Invert RI UART line
Invert RTS UART line
Invert CTS UART line
Invert RXD UART line
Invert TXD UART line
Class that represents the contents of an FT245R device EEPROM.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
If the design has an external oscillator fitted enable this property to turn the internal oscillator off.
Warning: enabling this option without an external oscillator fitted will render the device unusable.
High drive current of IO lines.
D2xx driver will expose the Virtual COM Port (VCP) layer.
Device IO drive current.
4mA drive current.
8mA drive current.
12mA drive current.
16mA drive current.
Class that represents the contents of an FT4232H EEPROM.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
Power Save Enable - When the FT2232H is used in self powered mode this
feature prevents forcing current down the USB lines when the host or hub is
powered off.
Channel A - Drive current.
Channel A - Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
Channel A - Ring Indicator used as TXDEN for RS485.
Channel A - Schmitt trigger input.
Channel A - Slow slew rate.
Channel B - Drive current.
Channel B - Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
Channel B - Ring Indicator used as TXDEN for RS485.
Channel B - Schmitt trigger input.
Channel B - Slow slew rate.
Channel C - Drive current.
Channel C - Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
Channel C - Ring Indicator used as TXDEN for RS485.
Channel C - Schmitt trigger input.
Channel C - Slow slew rate.
Channel D - Drive current.
Channel D - Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
Channel D - Ring Indicator used as TXDEN for RS485.
Channel D - Schmitt trigger input.
Channel D - Slow slew rate.
FT X-Series drive current.
Drive strength 4mA.
Drive strength 8mA.
Drive strength 12mA.
Drive strength 16mA.
FT X-Series CBus signals.
IO pad is tri-stated.
Receive data LED drive – pulses low when receiving data
via USB.
Transmit data LED drive – pulses low when transmitting
data via USB.
LED drive – pulses low when transmitting or receiving
data via USB.
Output is low after the device has been configured by
USB, then high during USB suspend mode. This output
can be used to control power to external logic P-Channel
logic level MOSFET switch. Enable the interface pull-down
option when using the PWREN# in this way.
Goes low during USB suspend mode. Typically used to
power down an external TTL to RS232 level converter IC
in USB to RS232 converter designs.
Output a constant 0.
Output a constant 1.
CBUS bit bang mode option. Allows up to 4 of the CBUS
pins to be used as general purpose I/O. Configured
individually for CBUS0, CBUS1, CBUS2 and CBUS3 in the
internal MTP memory.
Enable transmit data for RS485.
24 MHz Clock output.
12 MHz Clock output.
6 MHz Clock output.
Battery charge Detect, indicates when the device is
connected to a dedicated battery charger host. Active
high output.
Inverse of BCD Charger.
Transmit buffer empty, used to indicate to I2C master device status
of the FT200XD transmit buffer.
Receive buffer full, used to indicate to I2C master device status of
FT200XD receive buffer
Input to detect when VBUS is present.
Synchronous and asynchronous bit bang mode WR#
strobe output.
Synchronous and asynchronous bit bang mode RD#
strobe output.
Toggle signal which changes state each time a USB
SOF is received
Prevents the device from entering suspend state
when unplugged.
Class that represents the EEPROM of an FT X-Series devices.
Enable the serial number on this device.
Serial number string descriptor.
Manufacturer string descriptor.
Product description string descriptor.
Device Vendor ID (VID).
Device Product ID (PID).
Pull down enable in USB suspend.
Remote wakeup enable. Allow the device to wake the machine from a low power state.
USB max power. The max current that this device can draw from the USB port (500mA max).
Self powered device. This device must provide its own power source and cannot rely on USB power.
The USB revision number.
AD Bus - Drive current of IO pins.
AD Bus - Schmitt trigger input.
AD Bus - Slow slew rate.
AC Bus - Drive current of IO pins.
AC Bus - Schmitt trigger input.
AC Bus - Slow slew rate.
Enable battery charge detection feature.
Battery charge detection deactivate sleep.
Battery charge detection CBus power enable.
I2C device ID.
I2C slave address.
I2C disable schmitt trigger.
FT1248 clock polarity enable.
FT1248 flow control enable
FT1248 bit order.
Invert CTS UART line.
Invert DCD UART line.
Invert DSR UART line.
Invert DTR UART line.
Invert RI UART line.
Invert RTS UART line.
Invert RXD UART line.
Invert TXD UART line.
RS485 echo suppression.
Input to detect when VBUS is present.
Load Virtual COM Port driver. If true the D2xx driver layer will
expose the VCP layer of the driver.
CBus 0 signal.
CBus 1 signal.
Cbus 2 signal.
CBus 3 signal.
CBus 4 signal.
CBus 5 signal.
CBus 6 signal.
USB Version
USB 2.0
USB 1.1
Interface representing an FTDI device connected to the system, containing
methods for communicating with the device.
Closes the handle to the current IFTDevice.
Reset the current device.
true on success, false otherwise.
Sets the baud rate for the device.
Baud rate
true on success, false otherwise.
Gets the baud rate for the device.
Sets the flow control for the device.
Must be one of the values within .
Character used to signal XOn. Only used if flow control is FT_FLOW_XON_XOFF
Character used to signal XOff. Only used if flow control is FT_FLOW_XON_XOFF
true on success, false otherwise.
Returns the flow control for the device.
Sets the data characteristics for the device.
Number of bits per word - must be FT_BITS_8 or FT_BITS_7.
Number of stop bits - must be FT_STOP_BITS_1 or FT_STOP_BITS_2.
Parity - must be FT_PARITY_NONE, FT_PARITY_ODD, FT_PARITY_EVEN, FT_PARITY_MARK or FT_PARITY SPACE
true on success, false otherwise.
Gets the number of bits per word.
Gets the number of stop bits.
Gets the parity bit.
Sets the BREAK condition for the device.
true on success, false otherwise.
Resets the break condition for the device.
true on success, false otherwise.
Sets the read and write timeouts for the device.
Read timeout in milliseconds.
Write timeout in milliseconds.
true on success, false otherwise.
Sets the Data Terminal Ready (DTR) control signal.
true on success, false otherwise.
Clears the Data Terminal Ready (DTR) control signal.
true on success, false otherwise.
Sets the Request To Send (RTS) control signal.
true on success, false otherwise.
Clears the Request To Send (RTS) control signal.
true on success, false otherwise.
Gets the modem status and line status from the device.
The least significant byte of the return value holds the modem status. The line status is held in the
second least significant byte of the return value.
The modem status is bit-mapped as follows: Clear To Send (CTS) = 0x10, Data Set Ready (DSR) = 0x20,
Ring Indicator (RI) = 0x40, Data Carrier Detect (DCD) = 0x80.
The line status is bit-mapped as follows: Overrun Error (OE) = 0x02, Parity Error (PE) = 0x04, Framing
Error (FE) = 0x08, Break Interrupt (BI) = 0x10.
Gets the number of bytes in the receive queue.
The number of bytes in the receive queue.
Enables different chip modes.
Required value for bit mode mask. This sets up which bits are inputs and
outputs. A bit value of 0 sets the corresponding pin to an input, a bit
value of 1 sets the corresponding pin to an output.
In the case of CBUS Bit Bang, the upper nibble of this value controls
which pins are inputs and outputs, while the lower nibble controls which
of the outputs are high and low.
Mode value. Can be one of the following:
Reset
Asynchronous Bit Bang
MPSSE (FT2232, FT2232H, FT4232H and FT232H devices only)
Synchronous Bit Bang (FT232R, FT245R, FT2232, FT2232H, FT4232H and FT232H devices only)
MCU Host Bus Emulation Mode (FT2232, FT2232H, FT4232H and FT232H devices only)
Fast Opto-Isolated Serial Mode (FT2232, FT2232H, FT4232H and FT232H devices only)
CBUS Bit Bang Mode (FT232R and FT232H devices only)
Single Channel Synchronous 245 FIFO Mode (FT2232H and FT232H devices only)
true on success, false otherwise.
Gets the instantaneous value of the data bus.
Instantaneous data bus value.
Set the latency timer value in msecs.
Required value in milliseconds of latency timer. Valid range
is 2 - 255.
True on success, false otherwise.
Get the latency timer value.
Latency timer value.
This function purges receive and transmit buffers in the device.
Will purge receive buffer if true.
Will purge transmit buffer if true.
true on success, false otherwise.
Read data from the device. The function will attempt to read 'bytesToRead' bytes from the device.
The number of bytes in the receive queue can be determined with a call to GetQueueStatus(). The read
will finish either when 'bytesToRead' bytes have been read or a timeout has occurred. The read timeout
can be specified with a call to SetTimeouts(). If a timeout does occur the function will return 0 bytes.
Buffer that receives data from the device.
Number of bytes to read from the device.
The number of bytes read from the device.
Write data to the device. The function will attempt to write 'bytesToWrite' bytes from the device. The
write will complete either when the request has completed or a timeout has occured. The write timeout
can be specified with a call to SetTimouts().
Buffer that contains data to be written to the device.
Number of bytes to write to the device.
Returns the number of bytes that have successfully been written to the device.
Stops the driver's IN task. It can be used in situations
where data is being received continuously, so that the device can be purged without more data being
received.
true on success, false otherwise.
Restarts the driver's IN task.
true on success, false otherwise.
Read a value from an EEPROM location.
EEPROM location to read from.
Value read from the EEPROM.
Write a word to an EEPROM location.
EEPROM location to write to.
Unsigned 16-bit value to write.
true on success, false otherwise.
Read the contents of the device EEPROM.
Device EEPROM structure on success, null otherwise.
Program the contents of the device EEPROM.
Class containing data to be programmed into the device EEPROM.
Erases the device's EEPROM contents. Not applicable to FT232R, FT245R and X-Series devices.
true on success, false otherwise.
Gets the available size of the EEPROM user area.
The available size.
Reads the contents of the EEPROM user area.
Buffer to hold data read from the EEPROM user area.
The number of bytes from the EEPROM to read.
Byte[] containing user area contents.
Writes the contents of data to the EEPROM user area.
Buffer that contains the data to be written to the EEPROM user area.
The number of bytes to write.
Returns the number of bytes successfully written.
Device Information. Interface containing identification details of this device.
Returns true if the device has been opened, false otherwise.
True if open, false otherwise.
IChipId interface. This interface can be used to return the unique FTDI Chip-ID from FT232R, FT245R and FT X-Series devices.
If the current chip does not support the FTDI Chip-ID feature then this function will return null.
IChipID object or null.
Determines whether the requested baud rate is within the 3% tolerance levels.
Returns the following table:
Baud High hValue(7) hValue(6) function
0 0 0 No add
0 0 1 Add 4/8
0 1 0 Add 2/8
0 1 1 Add 1/8
1 0 0 Add 3/8
1 0 1 Add 5/8
1 1 0 Add 6/8
1 1 1 Add 7/8
Returns the size of the EEPROM connected to the current device.
Determines whether the EEPROM contents are valid.
Helper function to get a string descriptor from the raw EEPROM data.
Helper function to get the USB configuration descriptor settings from raw EEPROM data.
Helper function to get device control settings from raw EEPROM data.
Helper function to set device control settings from the IFT_EEPROM class.
Device specific method that parses the raw data from the device EEPROM to produce an
IFTDevice class.
Device specific method that generates raw EEPROM data based on the contents of an
IFTDevice class.
Programs the raw data into the device EEPROM and calculates the new checksum.
Returns the index of the first byte of the user area. This would be one word after the last string
descriptor.
Abstract class representing a High Speed FTDI device.
Returns the index of the first byte of the user area. This would be one word after the last string
descriptor.
Programs the contents of eeData into the device EEPROM.
The protected area of the EEPROM must be read and included as part of the
checksum calculations.
Cannot erase the EEPROM of the FT232R.
Programs the raw data into the device EEPROM and calculates the new checksum.
Class containing information about a connected FTDI device.
Interface providing details of an FTDI device connected to the system.
Enum value representing the device type.
USB Manufacturer Device Descriptor string.
USB Device Descriptor string.
Device serial number string.
Unique string that identifies an FTDI device.
Returns the open state of the current device.
USB Device Descriptor string.
Device serial number string.
Unique string that identifies an FTDI device.
Programs the contents of eeData into the device EEPROM.
The protected area of the EEPROM must be read and included as part of the
checksum calculations.
Programs the raw data into the device EEPROM and calculates the new checksum.
Cannot erase the EEPROM of the X-Series devices.
FTDI device types.
FT232AM device (single channel full speed).
FT232BM device (single channel full speed).
FT2232D device (dual channel full speed).
FT232R device (single channel full speed).
FT245R device (single channel full speed).
FT2232H device (dual channel high speed).
FT4232H device (quad channel high speed).
FT232H device (single channel high speed).
FT X-Series device (single channel full speed).
UART word length.
7 bit data length.
8 bit data length.
UART flow control.
No flow control.
RTS/CTS hardware flow control.
DTR/DSR hardware flow control.
XON/XOFF software flow control.
UART stop bits.
1 stop bit.
2 stop bits.
UART parity bits.
No parity.
Odd parity.
Even parity.
Mark parity (bit is always 1).
Space parity (bit is always 0).
FTDI bit modes.
Reset bit mode (off).
Asynchronous bit bang.
MPSSE (FT2232D, FT2232H, FT4232H and FT232H only).
Synchronous bit bang (FT2232D, FT232R, FT4232H, FT232H and FT X-Series only).
MPSSE CPU emulation (FT2232D, FT2232H, FT4232H and FT232H only).
Fast serial mode (FT2232D, FT2232H and FT232H only).
CBus bit bang (FT232R, FT232H and FT X-Series only).
Single channel synchronous FIFO (FT2232H port A and FT232H only).
Management class for connected FTDI devices. Allows you to enumerate and communicate with connected
FTDI devices.
Constant value of FTDI Vendor ID.
Default constructor for FTManager class.
Create a watcher for the specified VID and PID.
Device watcher.
OnDeviceRemoved callback.
Remove device from list of devices.
OnDeviceAdded callback.
Called when a new FTDI device is added to the system.
Gets the string descriptors for this device.
Returns a list of FTDI devices connected to the system.
IList containing FTDeviceInfoNodes.
This example shows how to access an FTDI device using the FTManager class.
FTManager ftManager = new FTManager();
var deviceList = ftManager.GetDeviceList();
if (deviceList.Count > 0)
{
byte[] data = new byte[10];
// Open a handle to the device.
IFTDevice ftDevice = ftManager.OpenByDeviceID(deviceList[0].DeviceId);
await ftDevice.SetBaudRate(9600);
await ftDevice.SetFlowControl(FLOW_CONTROL.RTS_CTS, 0, 0);
// Write/Read some data.
await ftDevice.Write(data, 10);
ftDevice.Read(data, 10);
// Close the device handle.
ftDevice.Close();
}
Add a custom vendor ID/product ID combination to the list of allowed devices.
Device Vendor ID.
Device Product ID.
True on success, false if the vendor ID/product ID combination is already in the list.
This example shows how to add a custom VID and PID to the driver list.
uint myVid = 0x1234;
uint myPid = 0x4321;
FTManager.AddVIDPID(myVid, myPid);
FTManager ftManager = new FTManager();
Remove a custom vendor ID/product ID combination from the list of allowed devices.
Device Vendor ID.
Device Product ID.
True on success, false if the vendor ID/product ID combination was not found in the list.
This example shows how to remove a standard FTDI VID and PID from the driver list.
uint rDeviceVid = 0x0403;
uint rDevicePid = 0x6001;
FTManager.RemoveVIDPID(rDeviceVid, rDevicePid);
FTManager ftManager = new FTManager();
Reads location zero of the device EEPROM and determines whether the device is an FT232R or FT245R.
Class used to perform control requests on the device.
Open a handle to the specified FTDI device.
Device Descriptor for the device to be opened.
The open FTDI device on success, null otherwise.
Open a handle to the specified FTDI device.
Serial Number for the device to be opened.
The open FTDI device on success, null otherwise.
Open a handle to the specified FTDI device.
Unique ID of the deivce to be opened.
An open FTDI device on success, null otherwise.
Returns the version string of this library.
Enumeration of FTDI Product IDs.