first working version
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1ad28db03c
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14
src/game.rs
14
src/game.rs
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@ -5,13 +5,23 @@ const CONSONANTS: usize = 11;
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const OBS: &str = "";
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const OBS: &str = "";
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type KanaCharacters<'a> = [[&'a str; VOWELS]; CONSONANTS];
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type KanaCharacters<'a> = [[&'a str; VOWELS]; CONSONANTS];
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#[derive(Clone)]
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pub enum Kanas {
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pub enum Kanas {
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Romaji,
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Romaji,
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Hiragana,
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Hiragana,
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Katakana,
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Katakana,
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}
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}
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impl std::fmt::Display for Kanas{
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fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
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write!(f, "{}", match self {
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Kanas::Romaji => "Romaji",
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Kanas::Hiragana => "Hiragana",
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Kanas::Katakana => "Katakana"
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})
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}
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}
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pub struct Hieroglyph {
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pub struct Hieroglyph {
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syllable: String,
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syllable: String,
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row: usize,
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row: usize,
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@ -109,7 +119,7 @@ fn get_characters_for_kana(k: &Kanas) -> KanaCharacters {
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}
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}
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}
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}
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pub fn get_kana_pair_for_hieroglyph(k: Kanas, h: &Hieroglyph) -> Hieroglyph {
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pub fn get_kana_pair_for_hieroglyph(k: &Kanas, h: &Hieroglyph) -> Hieroglyph {
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Hieroglyph {
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Hieroglyph {
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syllable: get_characters_for_kana(&k)[h.row][h.column].to_string(),
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syllable: get_characters_for_kana(&k)[h.row][h.column].to_string(),
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row: h.row,
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row: h.row,
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66
src/main.rs
66
src/main.rs
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@ -3,9 +3,9 @@ mod labled_switch;
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use gio::Settings;
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use gio::Settings;
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use std::cell::{Cell, RefCell};
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use std::cell::{Cell, RefCell};
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use gtk::glib::{clone, closure_local};
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use std::ops::Deref;
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use gtk::{gio, prelude::*, Button, Entry, Label};
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use gtk::{gio, prelude::*, Button, Entry, Label};
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use gtk::{glib, Application, ApplicationWindow, Box};
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use gtk::{glib::clone, glib, Application, ApplicationWindow, Box};
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use crate::game::*;
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use crate::game::*;
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use rand::prelude::*;
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use rand::prelude::*;
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@ -14,12 +14,6 @@ const APP_ID: &str = "org.foxarmy.learn-hieroglyph";
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fn main() -> glib::ExitCode {
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fn main() -> glib::ExitCode {
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let app = Application::builder().application_id(APP_ID).build();
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let app = Application::builder().application_id(APP_ID).build();
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let syllable = generate_random_hieroglyph(Kanas::Romaji);
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let hiragana = get_kana_pair_for_hieroglyph(Kanas::Hiragana, &syllable);
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let katakana = get_kana_pair_for_hieroglyph(Kanas::Katakana, &syllable);
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println!("{syllable} = {hiragana} = {katakana}");
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app.connect_activate(build_ui);
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app.connect_activate(build_ui);
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app.run()
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app.run()
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@ -150,7 +144,7 @@ fn generate_question_text(question: & Hieroglyph, exact_kana: &Kanas) -> String
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}
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}
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fn build_game(w: &RefCell<ApplicationWindow>) -> Box {
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fn build_game(_w: &RefCell<ApplicationWindow>) -> Box {
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let game: Box = Box::builder()
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let game: Box = Box::builder()
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.orientation(gtk::Orientation::Vertical)
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.orientation(gtk::Orientation::Vertical)
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.build();
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.build();
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@ -160,33 +154,65 @@ fn build_game(w: &RefCell<ApplicationWindow>) -> Box {
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let entry: Entry = Entry::builder()
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let entry: Entry = Entry::builder()
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.placeholder_text("Answer")
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.placeholder_text("Answer")
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.build();
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.build();
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let mut counter_label: RefCell<Label> = RefCell::new(Label::builder()
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.label("Correct|incorrect: 0|0")
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.build()
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);
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let stats: RefCell<(u32, u32)> = RefCell::new((0, 0));
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let settings: Settings = Settings::new(APP_ID);
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let settings: Settings = Settings::new(APP_ID);
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let ktr: bool = settings.boolean("is-ktr-enabled");
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let ktr: bool = settings.boolean("is-ktr-enabled");
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let rtk: bool = settings.boolean("is-rtk-enabled");
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let rtk: bool = settings.boolean("is-rtk-enabled");
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let exact_kana: Kanas = if rand::thread_rng().gen_bool(0.5) { Kanas::Hiragana } else { Kanas:: Katakana };
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let hiragana: bool = settings.boolean("is-hiragana-enabled");
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let hiragana: bool = settings.boolean("is-hiragana-enabled");
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let katakana: bool = settings.boolean("is-katakana-enabled");
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let katakana: bool = settings.boolean("is-katakana-enabled");
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let question: Hieroglyph = ask(ktr, rtk, hiragana, katakana);
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let question: RefCell<Hieroglyph> = RefCell::new(ask(ktr, rtk, hiragana, katakana));
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let exact_kana: RefCell<Kanas> = RefCell::new(if rand::thread_rng().gen_bool(0.5) { Kanas::Hiragana } else { Kanas:: Katakana });
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let correct_answer: RefCell<Hieroglyph> = RefCell::new(get_kana_pair_for_hieroglyph(
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match question.borrow().get_kana() {
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Kanas::Romaji => match exact_kana.borrow().deref() {
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Kanas::Hiragana => &Kanas::Hiragana,
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Kanas::Katakana => &Kanas::Katakana,
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_ => panic!("HOW DID YOU GET HERE?!")
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},
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_ => &Kanas::Romaji
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},
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&question.borrow()
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));
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let binding = generate_question_text(&question, &exact_kana);
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let binding = generate_question_text(&question.borrow(), exact_kana.borrow().deref());
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let text: &str = &(binding.as_str());
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let text: &str = &(binding.as_str());
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question_label.get_mut().set_label(text);
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question_label.borrow_mut().set_label(text);
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entry.connect_activate(clone!( @strong question_label => move |entry: &Entry| {
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let iteration = clone!( @strong question_label, @strong counter_label, @strong stats, @strong exact_kana => move |entry: &Entry| {
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let question: Hieroglyph = ask(ktr, rtk, hiragana, katakana);
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let answer: &String = &entry.text().to_string();
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let exact_kana: Kanas = if rand::thread_rng().gen_bool(0.5) { Kanas::Hiragana } else { Kanas:: Katakana };
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println!("{} <-> {}? = {}", answer, correct_answer.borrow().to_string(), *answer == correct_answer.borrow().to_string());
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*stats.borrow_mut() = if *answer == correct_answer.borrow().to_string() { (stats.borrow().0 + 1, stats.borrow().1) } else {(stats.borrow().0, stats.borrow().1 + 1)};
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let binding = generate_question_text(&question, &exact_kana);
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counter_label.borrow_mut().set_label(format!("Correct|Incorrect: {}|{}", stats.borrow().0, stats.borrow().1).as_str());
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*question.borrow_mut() = ask(ktr, rtk, hiragana, katakana);
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*correct_answer.borrow_mut() = get_kana_pair_for_hieroglyph(
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match question.borrow().get_kana() {
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Kanas::Romaji => match exact_kana.borrow().deref() {
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Kanas::Hiragana => &Kanas::Hiragana,
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Kanas::Katakana => &Kanas::Katakana,
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_ => panic!("HOW DID YOU GET HERE?!")
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},
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_ => &Kanas::Romaji
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},
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&question.borrow()
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);
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let binding = generate_question_text(&question.borrow(), exact_kana.borrow().deref());
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let text: &str = &(binding.as_str());
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let text: &str = &(binding.as_str());
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question_label.borrow_mut().set_label(text);
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question_label.borrow_mut().set_label(text);
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}));
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entry.set_text("");
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});
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entry.connect_activate(iteration);
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game.append(question_label.get_mut());
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game.append(question_label.get_mut());
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game.append(&entry);
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game.append(&entry);
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game.append(counter_label.get_mut());
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game
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game
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}
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}
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