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Zinc at Rust London '14
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Vladimir Pouzanov
August 14, 2014
Technology
160
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Zinc at Rust London '14
Vladimir Pouzanov
August 14, 2014
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Transcript
Zn 30 65.38 Vladimir Pouzanov <
[email protected]
>
rust
embedded
None
None
zinc
why rust?
fun
embedded
it's C and C++ all the way down
useful features
safe
expressive
still not 1.0
metaprogramming
a typical embedded program
think arduino "hello world" in rust
pub unsafe fn main() { init_stack();
init_data(); system_clock::init_clock(&Clock { source: system_clock::Main(12000000), pll: Some(PLL0 { m: 50, n: 3, divisor: 4 }) }); let timer = Timer::new(Timer1, 25, 4); let led1 = Pin::new(Port1, 18, GPIO, Some(Out)); let led2 = Pin::new(Port1, 20, GPIO, Some(Out)); loop { run(&pt::run_args { led1: &led1, led2: &led2, timer: &timer }); } }
pub unsafe fn main() { init_stack();
init_data(); system_clock::init_clock(&Clock { source: system_clock::Main(12000000), pll: Some(PLL0 { m: 50, n: 3, divisor: 4 }) }); let timer = Timer::new(Timer1, 25, 4); let led1 = Pin::new(Port1, 18, GPIO, Some(Out)); let led2 = Pin::new(Port1, 20, GPIO, Some(Out)); loop { run(&pt::run_args { led1: &led1, led2: &led2, timer: &timer }); } }
pub unsafe fn main() { init_stack();
init_data(); system_clock::init_clock(&Clock { source: system_clock::Main(12000000), pll: Some(PLL0 { m: 50, n: 3, divisor: 4 }) }); let timer = Timer::new(Timer1, 25, 4); let led1 = Pin::new(Port1, 18, GPIO, Some(Out)); let led2 = Pin::new(Port1, 20, GPIO, Some(Out)); loop { run(&pt::run_args { led1: &led1, led2: &led2, timer: &timer }); } }
pub unsafe fn main() { init_stack();
init_data(); system_clock::init_clock(&Clock { source: system_clock::Main(12000000), pll: Some(PLL0 { m: 50, n: 3, divisor: 4 }) }); let timer = Timer::new(Timer1, 25, 4); let led1 = Pin::new(Port1, 18, GPIO, Some(Out)); let led2 = Pin::new(Port1, 20, GPIO, Some(Out)); loop { run(&pt::run_args { led1: &led1, led2: &led2, timer: &timer }); } }
pub unsafe fn main() { init_stack();
init_data(); system_clock::init_clock(&Clock { source: system_clock::Main(12000000), pll: Some(PLL0 { m: 50, n: 3, divisor: 4 }) }); let timer = Timer::new(Timer1, 25, 4); let led1 = Pin::new(Port1, 18, GPIO, Some(Out)); let led2 = Pin::new(Port1, 20, GPIO, Some(Out)); loop { run(&pt::run_args { led1: &led1, led2: &led2, timer: &timer }); } }
pub unsafe fn main() { init_stack();
init_data(); system_clock::init_clock(&Clock { source: system_clock::Main(12000000), pll: Some(PLL0 { m: 50, n: 3, divisor: 4 }) }); let timer = Timer::new(Timer1, 25, 4); let led1 = Pin::new(Port1, 18, GPIO, Some(Out)); let led2 = Pin::new(Port1, 20, GPIO, Some(Out)); loop { run(&pt::run_args { led1: &led1, led2: &led2, timer: &timer }); } }
pub unsafe fn main() { init_stack();
init_data(); system_clock::init_clock(&Clock { source: system_clock::Main(12000000), pll: Some(PLL0 { m: 50, n: 3, divisor: 4 }) }); let timer = Timer::new(Timer1, 25, 4); let led1 = Pin::new(Port1, 18, GPIO, Some(Out)); let led2 = Pin::new(Port1, 20, GPIO, Some(Out)); loop { run(&pt::run_args { led1: &led1, led2: &led2, timer: &timer }); } }
pub unsafe fn main() { init_stack();
init_data(); system_clock::init_clock(&Clock { source: system_clock::Main(12000000), pll: Some(PLL0 { m: 50, n: 3, divisor: 4 }) }); let timer = Timer::new(Timer1, 25, 4); let led1 = Pin::new(Port1, 18, GPIO, Some(Out)); let led2 = Pin::new(Port1, 20, GPIO, Some(Out)); loop { run(&pt::run_args { led1: &led1, led2: &led2, timer: &timer }); } }
fn run(args: &pt::run_args) { args.led1.set_high(); args.led2.set_low();
args.timer.wait(1); ! args.led1.set_low(); args.led2.set_high(); args.timer.wait(1); }
fn run(args: &pt::run_args) { args.led1.set_high(); args.led2.set_low();
args.timer.wait(1); ! args.led1.set_low(); args.led2.set_high(); args.timer.wait(1); } WHAT IF I SAY THIS IS THE ONLY CODE YOU NEED?
platform definition and verification in code
lpc17xx@mcu { clock {
source = "main-‐oscillator"; source_frequency = 12_000_000; pll { m = 50; n = 3; divisor = 4; } } ! timer { timer@1 { counter = 25; divisor = 4; } } ! gpio { 1 { led1@18 { direction = "out"; } led2@20 { direction = "out"; } } } } ! os { single_task { loop = "run"; args { timer = &timer; led1 = &led1; led2 = &led2; } } }
lpc17xx@mcu { clock {
source = "main-‐oscillator"; source_frequency = 12_000_000; pll { m = 50; n = 3; divisor = 4; } } ! timer { timer@1 { counter = 25; divisor = 4; } } ! gpio { 1 { led1@18 { direction = "out"; } led2@20 { direction = "out"; } } } } ! os { single_task { loop = "run"; args { timer = &timer; led1 = &led1; led2 = &led2; } } }
lpc17xx@mcu { clock {
source = "main-‐oscillator"; source_frequency = 12_000_000; pll { m = 50; n = 3; divisor = 4; } } ! timer { timer@1 { counter = 25; divisor = 4; } } ! gpio { 1 { led1@18 { direction = "out"; } led2@20 { direction = "out"; } } } } ! os { single_task { loop = "run"; args { timer = &timer; led1 = &led1; led2 = &led2; } } }
lpc17xx@mcu { clock {
source = "main-‐oscillator"; source_frequency = 12_000_000; pll { m = 50; n = 3; divisor = 4; } } ! timer { timer@1 { counter = 25; divisor = 4; } } ! gpio { 1 { led1@18 { direction = "out"; } led2@20 { direction = "out"; } } } } ! os { single_task { loop = "run"; args { timer = &timer; led1 = &led1; led2 = &led2; } } }
lpc17xx@mcu { clock {
source = "main-‐oscillator"; source_frequency = 12_000_000; pll { m = 50; n = 3; divisor = 4; } } ! timer { timer@1 { counter = 25; divisor = 4; } } ! gpio { 1 { led1@18 { direction = "out"; } led2@20 { direction = "out"; } } } } ! os { single_task { loop = "run"; args { timer = &timer; led1 = &led1; led2 = &led2; } } }
lpc17xx@mcu { clock {
source = "main-‐oscillator"; source_frequency = 12_000_000; pll { m = 50; n = 3; divisor = 4; } } ! timer { timer@1 { counter = 25; divisor = 4; } } ! gpio { 1 { led1@18 { direction = "out"; } led2@20 { direction = "out"; } } } } ! os { single_task { loop = "run"; args { timer = &timer; led1 = &led1; led2 = &led2; } } }
compile-time validation
example: configure SPI pin
None
Pin::new(Port1, 11, Function3, Some(Out)); X
spi_ck@11 { function = "sck"; }
spi_ck@11 { function = "sck"; }
hiding complexity from user
single_task { loop = "run";
args { timer = &timer; uart = &uart; dht = &dht; } } } ! pub struct run_args<'a, P, Q> { pub dht: &'a zinc::drivers::dht22::DHT22<'a, P, Q>, pub timer: &'a zinc::hal::lpc17xx::timer::Timer, pub uart: &'a zinc::hal::lpc17xx::uart::UART, }
#[zinc_task] fn run(args: &pt::run_args) {
... }
#[zinc_task] fn run(args: &pt::run_args) {
... }
fn run<P: zinc::hal::timer::Timer,
Q: zinc::hal::pin::GPIO>(args: &pt::run_args<P, Q>) { ... }
thanks! questions? http://vfp.in/zinc-london