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/*
* --------------------
* THIS FILE IS LICENSED UNDER MIT
* THE FOLLOWING MESSAGE IS NOT A LICENSE
*
* <barrow@tilde.team> wrote this file.
* by reading this text, you are reading "TRANS RIGHTS".
* this file and the content within it is the gay agenda.
* if we meet some day, and you think this stuff is worth it,
* you can buy me a beer, tea, or something stronger.
* -Ezra Barrow
* --------------------
*/
// use timemachine::{Clock, Time, TimeMachine};
// fn tm_1(t: &Time, s: &Schedule) -> Option<State> {
// fn state_from(n: usize) -> Option<State> {
// match n {
// 0 => Some(State::DawnRed),
// 1 => Some(State::DayWhite),
// 2 => Some(State::DuskRed),
// 3 => Some(State::NightDark),
// _ => None,
// }
// }
// let times: Vec<&Time> = vec![&s.dawn.0, &s.dawn.1, &s.dusk.0, &s.dusk.1];
// let mut r: Option<State> = None;
// let mut st = Time::midnight();
// let mut lt = 0;
// for i in 0..4 {
// let swtime = times[i];
// if t >= swtime && swtime >= &st {
// r = state_from(i);
// st = swtime.clone();
// }
// if swtime > times[lt] {
// lt = i;
// }
// }
// if r.is_none() {
// r = state_from(lt);
// }
// r
// }
// fn tm_2(t: &Time, s: &Schedule) -> Option<State> {
// let mut tm = TimeMachine::<State>::new();
// tm.add_transition(s.dawn.0.clone(), State::DawnRed);
// tm.add_transition(s.dawn.1.clone(), State::DayWhite);
// tm.add_transition(s.dusk.0.clone(), State::DuskRed);
// tm.add_transition(s.dusk.1.clone(), State::NightDark);
// tm.get_state(t).ok()
// }
// fn arduino_current(t: &Time, s: &Schedule) -> Option<State> {
// let t = t.as_minutes();
// let dawn1 = s.dawn.0.as_minutes();
// let dawn2 = s.dawn.1.as_minutes();
// let dusk1 = s.dusk.0.as_minutes();
// let dusk2 = s.dusk.1.as_minutes();
// let mut ndawn1 = dawn1;
// let mut nt = t;
// if dusk2 > dawn1 {
// ndawn1 += 24*60;
// nt += 24*60;
// }
// if t >= dawn1 && t < dawn2 {
// Some(State::DawnRed)
// } else if t >= dusk1 && t < dusk2 {
// Some(State::DuskRed)
// } else if (nt >= dusk2 && nt < ndawn1) || (t >= dusk2 && t < ndawn1) {
// Some(State::NightDark)
// } else {
// Some(State::DayWhite)
// }
// }
// fn mktest(f: fn(&Time, &Schedule) -> Option<State>) -> Box<dyn Fn(&Schedule)> {
// Box::new(move |s: &Schedule| {
// let starting_state: Option<State> = s.has_time(&Time::midnight()).or_else(|| {
// let mut laststate: Option<State> = None;
// for t in Clock::minutes() {
// if let Some(state) = s.has_time(&t) {
// laststate = Some(state);
// }
// }
// laststate
// });
// let mut ref_state = starting_state.expect(&format!("NO VALID MIDNIGHT STATE FOR SCHEDULE {:?}", s));
// println!(" - Testing {:?}", s);
// let mut errs: Vec<String> = vec![];
// for t in Clock::every(0, 15, 0) {
// if let Some(state) = s.has_time(&t) {
// ref_state = state;
// }
// if let Some(test_state) = f(&t, s) {
// if ref_state != test_state {
// // errs.push(format!(" - {}, ref = {:?}, fn() = {:?}", t, ref_state, test_state));
// println!(" - {}, ref = {:?}, fn() = {:?}", t, ref_state, test_state);
// }
// } else {
// // errs.push(format!(" - {}, ref = {:?}, fn() = NONE", t, ref_state));
// println!(" - {}, ref = {:?}, fn() = NONE", t, ref_state);
// }
// }
// // if errs.len() == 0 {
// // println!(" - Success Testing {:?}", s);
// // } else {
// // println!(" - Errors Testing {:?}", s);
// // for err in errs {
// // println!("{}", err);
// // }
// // }
// })
// }