test 9bit_spi_rising protocol-decoder counter channel data=2 option data_edge=rising input spi/wordwidths/9bit_spi.sr output counter annotation match 9bit_spi_rising.output test 9bit_spi_falling protocol-decoder counter channel data=2 option data_edge=falling input spi/wordwidths/9bit_spi.sr output counter annotation match 9bit_spi_falling.output test 9bit_spi_any protocol-decoder counter channel data=2 option data_edge=any input spi/wordwidths/9bit_spi.sr output counter annotation match 9bit_spi_any.output test 9bit_spi_rising_2bit_words protocol-decoder counter channel data=2 option data_edge=rising option divider=2 input spi/wordwidths/9bit_spi.sr output counter annotation match 9bit_spi_rising_2bit_words.output test 9bit_spi_rising_9bit_words protocol-decoder counter channel data=2 option data_edge=rising option divider=9 input spi/wordwidths/9bit_spi.sr output counter annotation match 9bit_spi_rising_9bit_words.output test 9bit_spi_rising_18bit_words protocol-decoder counter channel data=2 option data_edge=rising option divider=18 input spi/wordwidths/9bit_spi.sr output counter annotation match 9bit_spi_rising_18bit_words.output test nrf24l01_communication_tx_8bit_words_reset protocol-decoder counter channel data=1 channel reset=0 option data_edge=rising option divider=8 input spi/nrf24l01/nrf24l01-communication-tx.sr output counter annotation match nrf24l01_communication_tx_8bit_words_reset.output test hd44780_text_falling_reset protocol-decoder counter channel data=3 channel reset=1 option data_edge=falling option divider=2 option reset_edge=rising input hd44780/hd44780-reset-init-hello.sr output counter annotation match hd44780_text_falling_reset.output