program - Program DUT¶

Erase and Program DUT MCU on-board flash.

General usage:

- command: program <target> [<uartPort>] [offset:]<img>[,[offset:]<img>[,...]] [noerase]
  [id: <usbDeviceID>]
  [path: <usbDevicePath>]
  [interface: <usbDeviceInterface>]
  [retry: <retryCount>]

Argument	Description
target	Target to program.
uartPort	UART port name. Only required for UART programming targets.
offset	Optional: Image Address Offset.
img	Firmware File.
…	Optional: Additional offsets, images
noerase	Optional: If set, DUT will not be erased prior to programming.
usbDeviceID	Optional: Programming adapter USB device identifiers: `VID:PID`.
usbDevicePath	Optional: Programming adapter USB device path: `port. ... .port`.
usbDeviceInterface	Optional: Programming adapter USB device interface: `interface_number`.
retryCount	Optional: Number of times to retry the test step.

On the PLT-300A, the programming adapter can be specified using usbDeviceID, usbDevicePath, and usbDeviceInterface. Specifying the programming adapter location allows multiple adapters of the same type to be used in a single test plan, or for an external adapter to be used in place of the built-in programming adapter. See USB Interaction for details on specifying USB devices.

Firmware images can be provided as Intel HEX (.hex), ELF (.elf / .axf) or binary files (requiring an offset).

Usage with USB-DFU targets:

- command: program USB-DFU [offset:]<img>
  target: <target>
  [id: <usbDeviceID>]
  [path: <usbDevicePath>]
  [retry: <retryCount>]

Argument	Description
offset	Optional: Image Address Offset.
img	Firmware File.
target	Target MCU to program.
usbDeviceID	Optional: USB device identifiers: `VID:PID`.
usbDevicePath	Optional: USB device path: `port. ... .port`.
retryCount	Optional: Number of times to retry the test step.

If neither usbDeviceID or usbDevicePath is set, the device connected to DUT USB-C Port (Port 1) is assumed.

For USB-DFU, firmware images must be in .dfu format. The dfuse-pack.py script from the dfu-util project <https://sourceforge.net/p/dfu-util/> can be used to generate .dfu files from hex or binary.

Supported target values:

target	Description
`ATSAMD`	Microchip (Atmel) SAM D1x/D2x, C2x, L2x, R2x or R3x (SWD)
`ATSAMD_DAP`	Microchip (Atmel) SAM D1x/D2x, C2x, L2x, R2x or R3x (USB, CMSIS-DAP)
`ATSAME5`	Microchip (Atmel) SAM D5x/E5x (SWD)
`ATSAME5_DAP`	Microchip (Atmel) SAM D5x/E5x (USB, CMSIS-DAP)
`AVRATmega168P_ISP`	Microchip (Atmel) AVR ATmega168P(A) (JTAG:ISP)
`AVRATmega168P_XPm`	Microchip (Atmel) AVR ATmega168P(A) (USB, XPmini)
`AVRATmega168PB_ISP`	Microchip (Atmel) AVR ATmega168PB (JTAG:ISP)
`AVRATmega168PB_XPm`	Microchip (Atmel) AVR ATmega168PB (USB, XPmini)
`CC1352`	TI CC1352 RFSoC
`EFM32`	Silicon Labs EFM32 MCU (SWD)
`EFR32`	Silicon Labs EFR32 RFSoC (SWD)
`ESP32_UART`	Espressif ESP32 RFSoC (UART)
`LPC11xx`	NXP LPC11xx MCU (SWD)
`nRF52`	Nordic nRF52 RFSoC (SWD)
`nRF52_DAP`	Nordic nRF52 RFSoC (USB, CMSIS-DAP)
`nRF52_JLink`	Nordic nRF52 RFSoC (USB, JLink)
`nRF91`	Nordic nRF9160 RFSoC:Cortex-M33 (SWD)
`nRF91_JLink`	Nordic nRF9160 RFSoC:Cortex-M33 (USB, JLink)
`PIC18F25K20`	Microchip PIC18F25K20 (JTAG:ICSP)
`PIC18F25K20_PK2`	Microchip PIC18F25K20 (USB, PICkit2)
`PN7360`	NXP PN7360 (SWD)
`PN7362`	NXP PN7362 (SWD)
`PN7460`	NXP PN7460 (SWD)
`PN7462`	NXP PN7462 (SWD)
`PSoC4`	Infineon (Cypress) PSoC4 (SWD)
`PSoC6`	Infineon (Cypress) PSoC6 (SWD)
`PSoC6_KP3`	Infineon (Cypress) PSoC6 (USB, KitProg3)
`STM32F1`	ST STM32F1xx MCU (SWD)
`STM32F1_STLink`	ST STM32F1xx MCU (USB, ST-Link)
`STM32F2`	ST STM32F2xx MCU (SWD)
`STM32F2_STLink`	ST STM32F2xx MCU (USB, ST-Link)
`STM32F4`	ST STM32F4xx MCU (SWD)
`STM32F4_STLink`	ST STM32F4xx MCU (USB, ST-Link)
`STM32L4`	ST STM32L4xx MCU (SWD)
`STM32L4_STLink`	ST STM32L4xx MCU (USB, ST-Link)
`STM32L5`	ST STM32L5xx MCU (SWD)
`STM32L5_STLink`	ST STM32L5xx MCU (USB, ST-Link)
`STM32H7`	ST STM32H7xx MCU (SWD)
`STM32H7_STLink`	ST STM32H7xx MCU (USB, ST-Link)
`USB-DFU`	USB Device Firmware Upgrade (DFU 1.0, 1.1) (USB)

Examples

Program Target Interaction