Crate avr_tester 

Framework for testing AVR binaries, powered by simavr:

use avr_tester::*;

// Assuming `firmware` implements a ROT-13 encoder:

#[test]
fn test() {
    let mut avr = AvrTester::atmega328p()
        .with_clock_of_16_mhz()
        .load("../../firmware/target/avr-none/release/firmware.elf");

    // Let's give our firmware a moment to initialize:
    avr.run_for_ms(1);

    // Now, let's send the string:
    avr.uart0().write("Hello, World!");

    // ... give the AVR a moment to retrieve it & send back, encoded:
    avr.run_for_ms(1);

    // ... and, finally, let's assert the outcome:
    assert_eq!("Uryyb, Jbeyq!", avr.uart0().read::<String>());
}

See more: <../tests/examples>.

Structs

AnalogPin

Provides access to an analog pin, e.g. ADC1.

AnalogPinAsync

Asynchronous equivalent of AnalogPin.

AvrDuration

Like std::time::Duration, but in AVR cycles; somewhat approximate¹.

AvrTester

The Tester; use AvrTester::atmega328p() etc. to construct it.

AvrTesterAsync

Asynchronous equivalent of AvrTester.

AvrTesterBuilder

ComponentHandle

Components

Manages components.

DigitalPin

Provides access to a digital pin, e.g. PD4.

DigitalPinAsync

Asynchronous equivalent of DigitalPin.

Pins

Provides access to analog and digital pins.

PinsAsync

Asynchronous equivalent of Pins.

Spi

Provides access to the SPI.

SpiAsync

Asynchronous equivalent of Spi.

Twi

Provides access to the TWI (aka I2C).

TwiPacket

TwiSlaveId

Uart

Provides access to the UART.

UartAsync

Asynchronous equivalent of Uart.

Enums

ComponentState

Traits

AvrDurationExt

IntoCycles

Readable

Value that can be retrieved from a Reader.

Reader

Object that can be read from, e.g. crate::Uart.

ReaderHelper

TwiSlave

Writable

Value that can be transmitted through a Writer.

Writer

Object that can be written to, e.g. crate::Uart.

WriterHelper

Functions

avr_rt

Returns AvrTesterAsync for usage inside components.