The files are:
- BF54x_SPI_SLAVE_BOOT_CORE-HWAIT_D.ala (SPI slave boot process with a short delay loop in the initialization code, HWAIT signalling)
- BF54x_TWI_SLAVE_BOOT_CORE-HWAIT_D.ala (TWI slave boot process with a short delay loop in the initialization code, HWAIT signalling)
- BF54x_UART_SLAVE_BOOT_CORE-HWAIT.ala (UART slave boot process with a short delay loop in the initialization code, HWAIT signalling)
- BF54x_UART_SLAVE_BOOT_DMA-RTS.ala (UART slave boot process with a short delay loop in the initialization code, RTS signalling)

- BF54x_UART_SLAVE_BOOT_INIT-MOD_DMA-RTS.ala
- BF54x_UART_SLAVE_BOOT_INIT-MOD_DMA-RTS_D.ala
- BF54x_UART_SLAVE_BOOT_INIT-MOD_DMA-RTS_UART-D.ala
- BF54x_UART_SLAVE_BOOT_INIT-MOD_DMA-RTS_D+UART-D.ala
and can be opened with Agilent Technologies 16900, 16800, and 1680/90 Series Application Software.

Legend:
CORE-HWAIT -> The transfer is core based and the HWAIT signal is evaluated every single data word to be transferred.
DMA-RTS -> UART only. The transfer is DMA based and hardware flow control is activated.
D -> there is an delay loop inside the initialization code.
UART-D -> the function UART_SET_BITRATE in the initialization code is additionally waiting for one data word.
