mcopy/app/test/mscript_test.js

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'use strict';
const mscript = require('../lib/mscript');
QUnit.test(`Basic functions`, (assert) => {
const script1 = 'CF\nPF\nCB\nPB\nBF\nBB';
const script2 = `CF 3\nPF 3`
assert.expect( 2 );
mscript.interpret(script1, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 0
&& obj.proj === 0
&& obj.arr.length === 6) {
pass = true;
}
assert.ok(pass, `Simple script1 compiles`)
});
mscript.interpret(script2, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 3
&& obj.proj === 3
&& obj.arr.length === 6) {
pass = true;
}
assert.ok(pass, `Simple script2 compiles`)
});
});
QUnit.test(`Commands with integers`, (assert) => {
const script = 'CF 5\nPF 5\nCB 5\nPB 5\nBF 3\nBB 3';
assert.expect( 1 );
mscript.interpret(script, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 0
&& obj.proj === 0
&& obj.arr.length === 26) {
pass = true;
}
assert.ok(pass, `Script with integers cancels out count, but generates list of commands`)
});
})
QUnit.test('State', (assert) => {
const script = 'CF 1000\nCB 1000\nSET PROJ 200\nPB 200';
assert.expect(1);
mscript.interpret(script, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 0
&& obj.proj === 0) {
pass = true;
}
assert.ok(pass, `Basic state test`);
});
});
QUnit.test('Loop', (assert) => {
const script1 = 'LOOP 10\nCF 3\nPF 1\nEND LOOP';
assert.expect(3);
mscript.interpret(script1, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 30
&& obj.proj === 10
&& obj.arr.length === 40) {
pass = true;
}
assert.ok(pass, 'Basic loop');
});
const script2 = 'LOOP 4\nLOOP 4\nPF\nBF\nEND LOOP\nEND LOOP';
mscript.interpret(script2, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 16
&& obj.proj === 16
&& obj.arr.length === 32) {
pass = true;
}
assert.ok(pass, 'Recursive loop');
});
//LOOP W/ CAM and PROJ
const script3 = 'LOOP 2\nCAM 4\nPROJ 4\nEND';
mscript.interpret(script3, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 8
&& obj.proj === 8
&& obj.arr.length === 16
&& obj.light.length === 16
&& obj.light[0] === mscript.black) {
pass = true;
}
assert.ok(pass, 'Basic cam/proj loop');
});
});
QUnit.test('Light', (assert) => {
//Lighting tests
const script1 = 'L 255,255,255\nCF\nPF';
assert.expect(3);
mscript.interpret(script1, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 1
&& obj.proj === 1
&& obj.arr.length === 2
&& obj.light.length === 2
&& obj.light[0] === '255,255,255'
&& obj.light[1] === '') {
pass = true;
}
assert.ok(pass, 'Basic light');
});
const script2 = 'L 255,255,255\nCF\nPF\nBF';
mscript.interpret(script2, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 2
&& obj.proj === 1
&& obj.arr.length === 3
&& obj.light.length === 3
&& obj.light[0] === '255,255,255'
&& obj.light[1] === ''
&& obj.light[2] === mscript.black) {
pass = true;
}
assert.ok(pass, 'Basic black');
});
const script3 = 'LOOP 2\nL 1,1,1\nCF\nL 2,2,2\nCF\nEND';
mscript.interpret(script3, (obj) => {
let pass = false;
if (obj.success === true
&& obj.cam === 4
&& obj.proj === 0
&& obj.arr.length === 4
&& obj.light.length === 4
&& obj.light[0] === '1,1,1'
&& obj.light[3] === '2,2,2') {
pass = true;
}
assert.ok(pass, 'Basic light');
});
});