diff --git a/Default%2Fstandard-mode.md b/Default%2Fstandard-mode.md index ef4e615..ae54383 100644 --- a/Default%2Fstandard-mode.md +++ b/Default%2Fstandard-mode.md @@ -34,8 +34,7 @@ The default/standard mode, mode 1, exposes various interfaces. The UART interface allows one to interact with another device over a UART port, using a USB-CDC device (`/dev/ttyACMx`). Baudrate and other line coding settings are applied from the settings from the USB-CDC host, and thus require no special configuration tool. -It is possible to enable hardware flow control (using `CTS` and `RTS` lines), it can be enabled or disabled using `dmctl uart-cts-rts [--get|--set]`. - +It is possible to enable hardware flow control (using `CTS` and `RTS` lines), it can be enabled or disabled using [`dmctl uart-cts-rts`](dmctl#uart-cts-rts). ### JTAG and SWD The device exposes CMSIS-DAP functionality over a USB HID interface, which can be used for JTAG or SWD debugging. No special configuration is required to use it. @@ -87,7 +86,7 @@ i2c-13 i2c AUX C/DDI C/PHY C I2C adapter If the board/MCU has a temperature sensor, it is made available as a Linux hwmon kernel module, making the output available for use in `lm_sensors` output. -Additionally, it can also be configured to appear on the device's I2C bus as an emulated I2C device, pretending to be a JC42-compliant temperature sensor (more precisely, the Microchip MCP9808). This can be achieved using `dmctl tempsensor --set ` (with `BUSNUM` the number from the above +Additionally, it can also be configured to appear on the device's I2C bus as an emulated I2C device, pretending to be a JC42-compliant temperature sensor (more precisely, the Microchip MCP9808). This can be achieved using [`dmctl tempsensor`](dmctl#tempsensor) (with `BUSNUM` the number from the above `i2cdetect -l` output): ```