save/restore: Impl. tests for de/serialize

Added impl. of Default trait for Planet.

Added some derive traits (Debug and PartialEq) to some structs so that
they can be checked in the unit tests.

TODO:
    Actual saving/loading behavior.
This commit is contained in:
Stephen Seo 2024-02-15 15:11:59 +09:00
parent 63730b90bd
commit e18f3acada
2 changed files with 783 additions and 10 deletions

View file

@ -536,3 +536,48 @@ impl Window {
Ok(())
}
}
#[cfg(test)]
mod tests {
use super::*;
#[test]
fn test_de_serialize_color() {
let color = Color::from_rgba(1, 2, 3, 4);
let bytes = color.serialize();
let (des_color, size) =
Color::deserialize(&bytes, 0).expect("Should be able to deserialize Color!");
assert_eq!(color, des_color);
assert_eq!(bytes.len(), size);
}
#[test]
fn test_de_serialize_rectangle() {
let rect = Rectangle::new(1.0, 2.0, 3.0, 4.0);
let bytes = rect.serialize();
let (des_rect, size) =
Rectangle::deserialize(&bytes, 0).expect("Should be able to deserialize Rectangle!");
assert_eq!(rect, des_rect);
assert_eq!(bytes.len(), size);
}
#[test]
fn test_de_serialize_circle() {
let circle = Circle::new(1.0, 2.0, 3.0);
let bytes = circle.serialize();
let (des_circle, size) =
Circle::deserialize(&bytes, 0).expect("Should be able to deserialize Circle!");
assert_eq!(circle, des_circle);
assert_eq!(bytes.len(), size);
}
#[test]
fn test_de_serialize_vector() {
let vect = Vector::new(1.0, 2.0);
let bytes = vect.serialize();
let (des_vect, size) =
Vector::deserialize(&bytes, 0).expect("Should be able to deserialize Vector!");
assert_eq!(vect, des_vect);
assert_eq!(bytes.len(), size);
}
}

View file

@ -522,7 +522,7 @@ impl Menu {
}
}
#[derive(Clone)]
#[derive(Clone, Debug, PartialEq)]
struct Particle {
rect: Rectangle,
circle: Circle,
@ -650,7 +650,7 @@ impl Particle {
}
}
#[derive(Clone)]
#[derive(Clone, Debug, PartialEq)]
struct ParticleSystem {
particles: Vec<Particle>,
spawn_timer: f32,
@ -946,7 +946,7 @@ impl ParticleSystem {
}
}
#[derive(Clone)]
#[derive(Clone, Debug, PartialEq)]
struct RotatingParticleSystem {
particle_system: ParticleSystem,
r: f32,
@ -1208,7 +1208,7 @@ impl ExplConvParticleSystem {
}
}
#[derive(Clone)]
#[derive(Clone, Debug, PartialEq)]
struct Planet {
circle: Circle,
color: Color,
@ -1216,6 +1216,17 @@ struct Planet {
moons: Vec<RotatingParticleSystem>,
}
impl Default for Planet {
fn default() -> Self {
Self {
circle: Circle::default(),
color: Color::default(),
particle_system: ParticleSystem::default(),
moons: Vec::new(),
}
}
}
impl Planet {
fn new(circle: Circle, color: Color) -> Self {
let mut smaller_circle = circle;
@ -1295,7 +1306,7 @@ impl Planet {
pub fn deserialize(data: &[u8], offset: usize) -> Result<(Planet, usize), ()> {
let mut idx: usize = 0;
let mut planet = Planet::new(Circle::new(0.0, 0.0, 1.0), Color::WHITE);
let mut planet = Planet::default();
let (circle, circle_size) = Circle::deserialize(data, offset + idx)?;
planet.circle = circle;
@ -1344,7 +1355,7 @@ impl Planet {
}
}
#[derive(Clone)]
#[derive(Clone, Debug, PartialEq)]
struct Star {
color: Color,
particle_system: ParticleSystem,
@ -1470,7 +1481,7 @@ impl Star {
}
}
#[derive(Clone)]
#[derive(Clone, Debug, PartialEq)]
struct Fish {
pos: Vector,
r: f32,
@ -1722,7 +1733,7 @@ impl Fish {
}
}
#[derive(Clone)]
#[derive(Clone, Debug, PartialEq)]
struct SaveData {
planets: Vec<Planet>,
stars: Vec<Star>,
@ -1746,7 +1757,7 @@ impl Default for SaveData {
}
impl SaveData {
pub fn deserialize(data: &[u8]) -> Result<SaveData, ()> {
pub fn deserialize(data: &[u8]) -> Result<(SaveData, usize), ()> {
let mut idx: usize = 0;
let mut save_data = SaveData::default();
@ -1816,7 +1827,7 @@ impl SaveData {
save_data.joining_particles = jp;
idx += jp_size;
Ok(save_data)
Ok((save_data, idx))
}
pub fn serialize(&self) -> Vec<u8> {
@ -2656,3 +2667,720 @@ impl GameState {
Ok(())
}
}
#[cfg(test)]
mod tests {
use super::*;
#[test]
fn test_de_serialize_particle() {
let mut particle = Particle::default();
particle.rect.x = 1.0;
particle.rect.y = 2.0;
particle.rect.w = 3.0;
particle.rect.h = 4.0;
particle.circle.x = 5.0;
particle.circle.y = 6.0;
particle.circle.r = 7.0;
particle.is_rect = true;
particle.velx = 8.0;
particle.vely = 9.0;
particle.velr = 10.0;
particle.r = 11.0;
particle.lifetime = 12.0;
particle.life_timer = 13.0;
let bytes = particle.serialize();
let (des_particle, size) =
Particle::deserialize(&bytes, 0).expect("Should be able to deserialize Particle!");
assert_eq!(particle, des_particle);
assert_eq!(bytes.len(), size);
let mut particle = Particle::default();
particle.rect.x = 14.0;
particle.rect.y = 15.0;
particle.rect.w = 16.0;
particle.rect.h = 17.0;
particle.circle.x = 18.0;
particle.circle.y = 19.0;
particle.circle.r = 20.0;
particle.is_rect = false;
particle.velx = 21.0;
particle.vely = 22.0;
particle.velr = 23.0;
particle.r = 24.0;
particle.lifetime = 25.0;
particle.life_timer = 26.0;
let bytes = particle.serialize();
let (des_particle, size) =
Particle::deserialize(&bytes, 0).expect("Should be able to deserialize Particle!");
assert_eq!(particle, des_particle);
assert_eq!(bytes.len(), size);
}
#[test]
fn test_de_serialize_particle_system() {
let mut ps = ParticleSystem::default();
let mut particle = Particle::default();
particle.rect.x = 1.0;
particle.rect.y = 2.0;
particle.rect.w = 3.0;
particle.rect.h = 4.0;
particle.circle.x = 5.0;
particle.circle.y = 6.0;
particle.circle.r = 7.0;
particle.is_rect = true;
particle.velx = 8.0;
particle.vely = 9.0;
particle.velr = 10.0;
particle.r = 11.0;
particle.lifetime = 12.0;
particle.life_timer = 13.0;
ps.particles.push(particle);
let mut particle = Particle::default();
particle.rect.x = 14.0;
particle.rect.y = 15.0;
particle.rect.w = 16.0;
particle.rect.h = 17.0;
particle.circle.x = 18.0;
particle.circle.y = 19.0;
particle.circle.r = 20.0;
particle.is_rect = false;
particle.velx = 21.0;
particle.vely = 22.0;
particle.velr = 23.0;
particle.r = 24.0;
particle.lifetime = 25.0;
particle.life_timer = 26.0;
ps.particles.push(particle);
ps.spawn_timer = 27.0;
ps.spawn_time = 28.0;
ps.lifetime = 29.0;
ps.host_rect.x = 30.0;
ps.host_rect.y = 31.0;
ps.host_rect.w = 32.0;
ps.host_rect.h = 33.0;
ps.host_circle.x = 34.0;
ps.host_circle.y = 35.0;
ps.host_circle.r = 36.0;
ps.is_rect = true;
ps.direction.x = 37.0;
ps.direction.y = 38.0;
ps.color.r = 39;
ps.color.g = 40;
ps.color.b = 41;
ps.color.a = 42;
ps.opacity = 43.0;
ps.vel_multiplier = 44.0;
let bytes = ps.serialize();
let (des_ps, size) = ParticleSystem::deserialize(&bytes, 0)
.expect("Should be able to deserialize ParticleSystem!");
assert_eq!(ps, des_ps);
assert_eq!(bytes.len(), size);
let mut ps = ParticleSystem::default();
let mut particle = Particle::default();
particle.rect.x = 45.0;
particle.rect.y = 46.0;
particle.rect.w = 47.0;
particle.rect.h = 48.0;
particle.circle.x = 49.0;
particle.circle.y = 50.0;
particle.circle.r = 51.0;
particle.is_rect = true;
particle.velx = 52.0;
particle.vely = 53.0;
particle.velr = 54.0;
particle.r = 55.0;
particle.lifetime = 56.0;
particle.life_timer = 57.0;
ps.particles.push(particle);
let mut particle = Particle::default();
particle.rect.x = 58.0;
particle.rect.y = 59.0;
particle.rect.w = 60.0;
particle.rect.h = 61.0;
particle.circle.x = 62.0;
particle.circle.y = 63.0;
particle.circle.r = 64.0;
particle.is_rect = false;
particle.velx = 65.0;
particle.vely = 66.0;
particle.velr = 67.0;
particle.r = 68.0;
particle.lifetime = 69.0;
particle.life_timer = 70.0;
ps.particles.push(particle);
ps.spawn_timer = 71.0;
ps.spawn_time = 72.0;
ps.lifetime = 73.0;
ps.host_rect.x = 74.0;
ps.host_rect.y = 75.0;
ps.host_rect.w = 76.0;
ps.host_rect.h = 77.0;
ps.host_circle.x = 78.0;
ps.host_circle.y = 79.0;
ps.host_circle.r = 80.0;
ps.is_rect = false;
ps.direction.x = 81.0;
ps.direction.y = 82.0;
ps.color.r = 83;
ps.color.g = 84;
ps.color.b = 85;
ps.color.a = 86;
ps.opacity = 87.0;
ps.vel_multiplier = 88.0;
let bytes = ps.serialize();
let (des_ps, size) = ParticleSystem::deserialize(&bytes, 0)
.expect("Should be able to deserialize ParticleSystem!");
assert_eq!(ps, des_ps);
assert_eq!(bytes.len(), size);
}
#[test]
fn test_de_serialize_rotating_particle_system() {
let mut ps = ParticleSystem::default();
let mut particle = Particle::default();
particle.rect.x = 1.0;
particle.rect.y = 2.0;
particle.rect.w = 3.0;
particle.rect.h = 4.0;
particle.circle.x = 5.0;
particle.circle.y = 6.0;
particle.circle.r = 7.0;
particle.is_rect = true;
particle.velx = 8.0;
particle.vely = 9.0;
particle.velr = 10.0;
particle.r = 11.0;
particle.lifetime = 12.0;
particle.life_timer = 13.0;
ps.particles.push(particle);
let mut particle = Particle::default();
particle.rect.x = 14.0;
particle.rect.y = 15.0;
particle.rect.w = 16.0;
particle.rect.h = 17.0;
particle.circle.x = 18.0;
particle.circle.y = 19.0;
particle.circle.r = 20.0;
particle.is_rect = false;
particle.velx = 21.0;
particle.vely = 22.0;
particle.velr = 23.0;
particle.r = 24.0;
particle.lifetime = 25.0;
particle.life_timer = 26.0;
ps.particles.push(particle);
ps.spawn_timer = 27.0;
ps.spawn_time = 28.0;
ps.lifetime = 29.0;
ps.host_rect.x = 30.0;
ps.host_rect.y = 31.0;
ps.host_rect.w = 32.0;
ps.host_rect.h = 33.0;
ps.host_circle.x = 34.0;
ps.host_circle.y = 35.0;
ps.host_circle.r = 36.0;
ps.is_rect = true;
ps.direction.x = 37.0;
ps.direction.y = 38.0;
ps.color.r = 39;
ps.color.g = 40;
ps.color.b = 41;
ps.color.a = 42;
ps.opacity = 43.0;
ps.vel_multiplier = 44.0;
let mut rps = RotatingParticleSystem::default();
rps.particle_system = ps;
rps.r = 45.0;
rps.velr = 46.0;
rps.offset = 47.0;
let bytes = rps.serialize();
let (des_rps, size) = RotatingParticleSystem::deserialize(&bytes, 0)
.expect("Should be able to deserialize RotatingParticleSystem!");
assert_eq!(rps, des_rps);
assert_eq!(bytes.len(), size);
}
#[test]
fn test_de_serialize_planet() {
let mut planet = Planet::default();
planet.circle.x = 1.0;
planet.circle.y = 2.0;
planet.circle.r = 3.0;
planet.color.r = 4;
planet.color.g = 5;
planet.color.b = 6;
planet.color.a = 7;
let mut particle = Particle::default();
particle.rect.x = 8.0;
particle.rect.y = 9.0;
particle.rect.w = 10.0;
particle.rect.h = 11.0;
particle.circle.x = 12.0;
particle.circle.y = 13.0;
particle.circle.r = 14.0;
particle.is_rect = true;
particle.velx = 15.0;
particle.vely = 16.0;
particle.velr = 17.0;
particle.r = 18.0;
particle.lifetime = 19.0;
particle.life_timer = 20.0;
planet.particle_system.particles.push(particle);
let mut particle = Particle::default();
particle.rect.x = 21.0;
particle.rect.y = 22.0;
particle.rect.w = 23.0;
particle.rect.h = 24.0;
particle.circle.x = 25.0;
particle.circle.y = 26.0;
particle.circle.r = 27.0;
particle.is_rect = false;
particle.velx = 28.0;
particle.vely = 29.0;
particle.velr = 30.0;
particle.r = 31.0;
particle.lifetime = 32.0;
particle.life_timer = 33.0;
planet.particle_system.particles.push(particle);
planet.particle_system.spawn_timer = 34.0;
planet.particle_system.spawn_time = 35.0;
planet.particle_system.lifetime = 36.0;
planet.particle_system.host_rect.x = 37.0;
planet.particle_system.host_rect.y = 38.0;
planet.particle_system.host_rect.w = 39.0;
planet.particle_system.host_rect.h = 40.0;
planet.particle_system.host_circle.x = 41.0;
planet.particle_system.host_circle.y = 42.0;
planet.particle_system.host_circle.r = 43.0;
planet.particle_system.is_rect = true;
planet.particle_system.direction.x = 44.0;
planet.particle_system.direction.y = 45.0;
planet.particle_system.color.r = 46;
planet.particle_system.color.g = 47;
planet.particle_system.color.b = 48;
planet.particle_system.color.a = 49;
planet.particle_system.opacity = 50.0;
planet.particle_system.vel_multiplier = 51.0;
let mut rps = RotatingParticleSystem::default();
rps.particle_system = planet.particle_system.clone();
rps.r = 52.0;
rps.velr = 53.0;
rps.offset = 54.0;
planet.moons.push(rps);
let mut rps = RotatingParticleSystem::default();
rps.particle_system = ParticleSystem::default();
rps.r = 55.0;
rps.velr = 56.0;
rps.offset = 57.0;
planet.moons.push(rps);
let bytes = planet.serialize();
let (des_planet, size) =
Planet::deserialize(&bytes, 0).expect("Should be able to deserialize Planet!");
assert_eq!(planet, des_planet);
assert_eq!(bytes.len(), size);
}
#[test]
fn test_de_serialize_star() {
let mut star = Star::default();
star.color.r = 1;
star.color.g = 2;
star.color.b = 3;
star.color.a = 4;
let mut particle = Particle::default();
particle.rect.x = 5.0;
particle.rect.y = 6.0;
particle.rect.w = 7.0;
particle.rect.h = 8.0;
particle.circle.x = 9.0;
particle.circle.y = 10.0;
particle.circle.r = 11.0;
particle.is_rect = true;
particle.velx = 12.0;
particle.vely = 13.0;
particle.velr = 14.0;
particle.r = 15.0;
particle.lifetime = 16.0;
particle.life_timer = 17.0;
star.particle_system.particles.push(particle);
let mut particle = Particle::default();
particle.rect.x = 18.0;
particle.rect.y = 19.0;
particle.rect.w = 20.0;
particle.rect.h = 21.0;
particle.circle.x = 22.0;
particle.circle.y = 23.0;
particle.circle.r = 24.0;
particle.is_rect = false;
particle.velx = 25.0;
particle.vely = 26.0;
particle.velr = 27.0;
particle.r = 28.0;
particle.lifetime = 29.0;
particle.life_timer = 30.0;
star.particle_system.particles.push(particle);
star.particle_system.spawn_timer = 31.0;
star.particle_system.spawn_time = 32.0;
star.particle_system.lifetime = 33.0;
star.particle_system.host_rect.x = 34.0;
star.particle_system.host_rect.y = 35.0;
star.particle_system.host_rect.w = 36.0;
star.particle_system.host_rect.h = 37.0;
star.particle_system.host_circle.x = 38.0;
star.particle_system.host_circle.y = 39.0;
star.particle_system.host_circle.r = 40.0;
star.particle_system.is_rect = true;
star.particle_system.direction.x = 41.0;
star.particle_system.direction.y = 42.0;
star.particle_system.color.r = 43;
star.particle_system.color.g = 44;
star.particle_system.color.b = 45;
star.particle_system.color.a = 46;
star.particle_system.opacity = 47.0;
star.particle_system.vel_multiplier = 48.0;
star.velr = 49.0;
star.r = 50.0;
let bytes = star.serialize();
let (des_star, size) =
Star::deserialize(&bytes, 0).expect("Should be able to deserialize Star!");
assert_eq!(star, des_star);
assert_eq!(bytes.len(), size);
}
#[test]
fn test_de_serialize_fish() {
let mut fish = Fish::default();
fish.pos.x = 1.0;
fish.pos.y = 2.0;
fish.r = 3.0;
fish.swim_time = 4.0;
fish.swim_timer = 5.0;
fish.swim_v = 6.0;
fish.anim_timer = 7.0;
fish.anim_time = 8.0;
fish.color.r = 9;
fish.color.g = 10;
fish.color.b = 11;
fish.color.a = 12;
fish.body_rect.x = 13.0;
fish.body_rect.y = 14.0;
fish.body_rect.w = 15.0;
fish.body_rect.h = 16.0;
fish.tail_rect.x = 17.0;
fish.tail_rect.y = 18.0;
fish.tail_rect.w = 19.0;
fish.tail_rect.h = 20.0;
let bytes = fish.serialize();
let (des_fish, size) =
Fish::deserialize(&bytes, 0).expect("Should be able to deserialize Fish!");
assert_eq!(fish, des_fish);
assert_eq!(bytes.len(), size);
}
#[test]
fn test_de_serialize_save_data() {
let mut save_data = SaveData::default();
let mut planet = Planet::default();
planet.circle.x = 1.0;
planet.circle.y = 2.0;
planet.circle.r = 3.0;
planet.color.r = 4;
planet.color.g = 5;
planet.color.b = 6;
planet.color.a = 7;
let mut particle = Particle::default();
particle.rect.x = 8.0;
particle.rect.y = 9.0;
particle.rect.w = 10.0;
particle.rect.h = 11.0;
particle.circle.x = 12.0;
particle.circle.y = 13.0;
particle.circle.r = 14.0;
particle.is_rect = true;
particle.velx = 15.0;
particle.vely = 16.0;
particle.velr = 17.0;
particle.r = 18.0;
particle.lifetime = 19.0;
particle.life_timer = 20.0;
planet.particle_system.particles.push(particle);
let mut particle = Particle::default();
particle.rect.x = 21.0;
particle.rect.y = 22.0;
particle.rect.w = 23.0;
particle.rect.h = 24.0;
particle.circle.x = 25.0;
particle.circle.y = 26.0;
particle.circle.r = 27.0;
particle.is_rect = false;
particle.velx = 28.0;
particle.vely = 29.0;
particle.velr = 30.0;
particle.r = 31.0;
particle.lifetime = 32.0;
particle.life_timer = 33.0;
planet.particle_system.particles.push(particle);
planet.particle_system.spawn_timer = 34.0;
planet.particle_system.spawn_time = 35.0;
planet.particle_system.lifetime = 36.0;
planet.particle_system.host_rect.x = 37.0;
planet.particle_system.host_rect.y = 38.0;
planet.particle_system.host_rect.w = 39.0;
planet.particle_system.host_rect.h = 40.0;
planet.particle_system.host_circle.x = 41.0;
planet.particle_system.host_circle.y = 42.0;
planet.particle_system.host_circle.r = 43.0;
planet.particle_system.is_rect = true;
planet.particle_system.direction.x = 44.0;
planet.particle_system.direction.y = 45.0;
planet.particle_system.color.r = 46;
planet.particle_system.color.g = 47;
planet.particle_system.color.b = 48;
planet.particle_system.color.a = 49;
planet.particle_system.opacity = 50.0;
planet.particle_system.vel_multiplier = 51.0;
let mut rps = RotatingParticleSystem::default();
rps.particle_system = planet.particle_system.clone();
rps.r = 52.0;
rps.velr = 53.0;
rps.offset = 54.0;
planet.moons.push(rps);
let mut rps = RotatingParticleSystem::default();
rps.particle_system = ParticleSystem::default();
rps.r = 55.0;
rps.velr = 56.0;
rps.offset = 57.0;
planet.moons.push(rps);
save_data.planets.push(planet.clone());
planet.color.r = 58;
planet.color.g = 59;
planet.color.b = 60;
planet.color.a = 61;
save_data.planets.push(planet.clone());
planet.color.r = 62;
planet.color.g = 63;
planet.color.b = 64;
planet.color.a = 65;
save_data.planets.push(planet);
let mut star = Star::default();
star.color.r = 1;
star.color.g = 2;
star.color.b = 3;
star.color.a = 4;
let mut particle = Particle::default();
particle.rect.x = 5.0;
particle.rect.y = 6.0;
particle.rect.w = 7.0;
particle.rect.h = 8.0;
particle.circle.x = 9.0;
particle.circle.y = 10.0;
particle.circle.r = 11.0;
particle.is_rect = true;
particle.velx = 12.0;
particle.vely = 13.0;
particle.velr = 14.0;
particle.r = 15.0;
particle.lifetime = 16.0;
particle.life_timer = 17.0;
star.particle_system.particles.push(particle);
let mut particle = Particle::default();
particle.rect.x = 18.0;
particle.rect.y = 19.0;
particle.rect.w = 20.0;
particle.rect.h = 21.0;
particle.circle.x = 22.0;
particle.circle.y = 23.0;
particle.circle.r = 24.0;
particle.is_rect = false;
particle.velx = 25.0;
particle.vely = 26.0;
particle.velr = 27.0;
particle.r = 28.0;
particle.lifetime = 29.0;
particle.life_timer = 30.0;
star.particle_system.particles.push(particle);
star.particle_system.spawn_timer = 31.0;
star.particle_system.spawn_time = 32.0;
star.particle_system.lifetime = 33.0;
star.particle_system.host_rect.x = 34.0;
star.particle_system.host_rect.y = 35.0;
star.particle_system.host_rect.w = 36.0;
star.particle_system.host_rect.h = 37.0;
star.particle_system.host_circle.x = 38.0;
star.particle_system.host_circle.y = 39.0;
star.particle_system.host_circle.r = 40.0;
star.particle_system.is_rect = true;
star.particle_system.direction.x = 41.0;
star.particle_system.direction.y = 42.0;
star.particle_system.color.r = 43;
star.particle_system.color.g = 44;
star.particle_system.color.b = 45;
star.particle_system.color.a = 46;
star.particle_system.opacity = 47.0;
star.particle_system.vel_multiplier = 48.0;
star.velr = 49.0;
star.r = 50.0;
save_data.stars.push(star.clone());
star.color.r = 51;
star.color.g = 52;
star.color.b = 53;
star.color.a = 54;
save_data.stars.push(star.clone());
star.color.r = 55;
star.color.g = 56;
star.color.b = 57;
star.color.a = 58;
save_data.stars.push(star);
let mut fish = Fish::default();
fish.pos.x = 1.0;
fish.pos.y = 2.0;
fish.r = 3.0;
fish.swim_time = 4.0;
fish.swim_timer = 5.0;
fish.swim_v = 6.0;
fish.anim_timer = 7.0;
fish.anim_time = 8.0;
fish.color.r = 9;
fish.color.g = 10;
fish.color.b = 11;
fish.color.a = 12;
fish.body_rect.x = 13.0;
fish.body_rect.y = 14.0;
fish.body_rect.w = 15.0;
fish.body_rect.h = 16.0;
fish.tail_rect.x = 17.0;
fish.tail_rect.y = 18.0;
fish.tail_rect.w = 19.0;
fish.tail_rect.h = 20.0;
save_data.fishes.push(fish.clone());
fish.pos.x = 21.0;
fish.pos.y = 22.0;
fish.r = 23.0;
save_data.fishes.push(fish.clone());
fish.pos.x = 24.0;
fish.pos.y = 25.0;
fish.r = 26.0;
save_data.fishes.push(fish);
save_data.player.x = 100.0;
save_data.player.y = 101.0;
save_data.player.w = 102.0;
save_data.player.h = 103.0;
let mut ps = ParticleSystem::default();
let mut particle = Particle::default();
particle.rect.x = 1.0;
particle.rect.y = 2.0;
particle.rect.w = 3.0;
particle.rect.h = 4.0;
particle.circle.x = 5.0;
particle.circle.y = 6.0;
particle.circle.r = 7.0;
particle.is_rect = true;
particle.velx = 8.0;
particle.vely = 9.0;
particle.velr = 10.0;
particle.r = 11.0;
particle.lifetime = 12.0;
particle.life_timer = 13.0;
ps.particles.push(particle);
let mut particle = Particle::default();
particle.rect.x = 14.0;
particle.rect.y = 15.0;
particle.rect.w = 16.0;
particle.rect.h = 17.0;
particle.circle.x = 18.0;
particle.circle.y = 19.0;
particle.circle.r = 20.0;
particle.is_rect = false;
particle.velx = 21.0;
particle.vely = 22.0;
particle.velr = 23.0;
particle.r = 24.0;
particle.lifetime = 25.0;
particle.life_timer = 26.0;
ps.particles.push(particle);
ps.spawn_timer = 27.0;
ps.spawn_time = 28.0;
ps.lifetime = 29.0;
ps.host_rect.x = 30.0;
ps.host_rect.y = 31.0;
ps.host_rect.w = 32.0;
ps.host_rect.h = 33.0;
ps.host_circle.x = 34.0;
ps.host_circle.y = 35.0;
ps.host_circle.r = 36.0;
ps.is_rect = true;
ps.direction.x = 37.0;
ps.direction.y = 38.0;
ps.color.r = 39;
ps.color.g = 40;
ps.color.b = 41;
ps.color.a = 42;
ps.opacity = 43.0;
ps.vel_multiplier = 44.0;
save_data.joining_particles.particle_system = ps;
save_data.joining_particles.r = 45.0;
save_data.joining_particles.velr = 46.0;
save_data.joining_particles.offset = 47.0;
let bytes = save_data.serialize();
let (des_save_data, size) =
SaveData::deserialize(&bytes).expect("Should be able to deserialize SaveData!");
assert_eq!(save_data, des_save_data);
assert_eq!(bytes.len(), size);
}
}