lv_micropython/tests/extmod_hardware/machine_uart_irq_rxidle.py.exp

write 2400
ready
IRQ_RXIDLE: True data: b'12345678'
done
write 9600
ready
IRQ_RXIDLE: True data: b'12345678'
done
write 115200
ready
IRQ_RXIDLE: True data: b'12345678'
done
tests/extmod_hardware: Add tests for machine.UART.IRQ_RX/RXIDLE/BREAK. These all require hardware connections, so live in a different directory. Except for the IRQ_BREAK test of ESP32 devices a single UART with loopback is sufficient. General: SAMD21: Due to the limited flash size only SAMD21 devices with external flash support uart.irq(). IRQ_BREAK: ESP32 needs different UART devices for creating and sensing a break. Lacking a second UART the test is skipped for ESP32S2 and ESP32C3. RP2 does not pass the test reliable at 115200 baud, reason to be found. Thus the upper limit is set to 57600 Baud. Coverage: esp32 pass when different UART devices are used. rp2 pass up to 57600 baud IRQ_RX: SAMD21: Being a slow device it needs data to be sent byte-by-byte at 9600 baud, since the IRQ callback is scheduled delayed and then the flags do not match any more. The data matches since it is queued in the FIFO resp. ringbuffer. CC3200: The test cannot be performed since no calls are accepted in the IRQ handler like u.read(). Skipped. Coverage: cc3200 fail due to major differences in the implementation. esp32 pass nrf pass renesas-ra pass samd pass see the notes. stm32 pass IRQ_RXIDLE: STM32: With PyBoard the IRQ is called several times, but only once with the flag IRQ_RXIDLE set. Coverage: esp32 pass mimxrt pass renesas-ra pass rp2 pass samd pass for both SAMD21 and SAMD51 stm32 fail. see notes. Signed-off-by: Damien George <damien@micropython.org> Signed-off-by: robert-hh <robert@hammelrath.com> 2024-08-16 23:07:34 +10:00			`write 2400`
			`ready`
			`IRQ_RXIDLE: True data: b'12345678'`
			`done`
			`write 9600`
			`ready`
			`IRQ_RXIDLE: True data: b'12345678'`
			`done`
			`write 115200`
			`ready`
			`IRQ_RXIDLE: True data: b'12345678'`
			`done`