Add round 1 of tests
This commit is contained in:
Andy Sloane
parent
6a5fe5e024
commit
be463856db
5 changed files with 210 additions and 68 deletions
81
test/all.js
81
test/all.js
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@ -1,65 +1,19 @@
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window = {};
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require('../xm.js', window);
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require('../xmeffects.js', window);
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require('../xm.js');
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require('../xmeffects.js');
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var XMPlayer = window.XMPlayer;
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// set up basic blank single-channel, single-pattern XM
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function ResetXMData() {
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var xm = {};
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window.XMPlayer.xm = xm;
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xm.channelinfo = [];
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xm.songname = "test song";
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xm.song_looppos = 0;
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xm.nchan = 1;
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xm.flags = 1;
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xm.tempo = 3;
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xm.bpm = 125;
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xm.channelinfo.push({
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number: 0,
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filterstate: new Float32Array(3),
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vol: 0,
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pan: 128,
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period: 1920 - 48*16,
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vL: 0, vR: 0,
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vLprev: 0, vRprev: 0,
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mute: 0,
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volE: 0, panE: 0,
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retrig: 0,
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vibratodepth: 1,
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vibratospeed: 1,
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});
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xm.songpats = [0];
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// 1 channel, 2 row blank pattern
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xm.patterns = [
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[[[-1, -1, -1, 0, 0]]],
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[[[-1, -1, -1, 0, 0]]]];
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xm.instruments = [];
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xm.instruments.push({
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'name': "test instrument",
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'number': 0,
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'samples': [
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{ 'len': 256, 'loop': 0,
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'looplen': 256, 'note': 0, 'fine': 0,
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'pan': 128, 'type': 0, 'vol': 64,
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'sampledata': new Float32Array(256)
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}
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],
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'samplemap': new Uint8Array(96),
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'env_vol': new XMPlayer.Envelope([0, 64, 1, 0], 2, 0, 0, 0),
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'env_pan': new XMPlayer.Envelope([0, 32], 0, 0, 0, 0)
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});
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// reset song position
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XMPlayer.cur_songpos = -1;
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XMPlayer.cur_pat = -1;
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XMPlayer.cur_tick = xm.tempo;
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return xm;
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}
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tests = {};
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testdata = require('./testdata.js');
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// test TODO:
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// - audio output sample positions after ticks
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// - unit test for envelopes
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//
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// using assert passed to the test function that just logs failures
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exports['test XM startup'] = function(assert) {
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ResetXMData();
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tests['test XM startup'] = function(assert) {
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testdata.resetXMData();
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XMPlayer.nextTick();
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assert.equal(XMPlayer.cur_songpos, 0, 'advance to initial song position');
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assert.equal(XMPlayer.cur_pat, 0, 'advance to pattern 0');
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@ -67,16 +21,7 @@ exports['test XM startup'] = function(assert) {
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assert.equal(XMPlayer.cur_row, 1, 'advance to row 1');
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};
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exports['test note on'] = function(assert) {
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var xm = ResetXMData();
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// [row][column][channel]
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xm.patterns[0][0][0] = [48, 1, 0x10 + 33, 0, 0]; // C-4 1 40 000
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XMPlayer.nextTick();
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var ch = xm.channelinfo[0];
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assert.equal(ch.note, 48, 'set note');
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assert.equal(ch.period, 1152, 'channel period');
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assert.equal(ch.vol, 33, 'channel volume');
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assert.equal(ch.samp, xm.instruments[0].samples[0], 'set sample');
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};
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require('./instrument.js');
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require('./effects.js');
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if (module == require.main) require('test').run(exports);
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if (module == require.main) require('test').run(tests);
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85
test/effects.js
vendored
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85
test/effects.js
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@ -0,0 +1,85 @@
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var XMPlayer = window.XMPlayer;
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// TODO:
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// - portamento 3xx
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// - vibrato 4xy
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// - volume slide Axy
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// - porta+vol 5xy
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// - etc etc
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tests['test 0xy arpeggio'] = function(assert) {
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var xm = testdata.resetXMData();
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// [pat][row][channel]
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xm.patterns[0][0][0] = [48, 1, -1, 0, 0x4f]; // C-4 1 -- 04f
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XMPlayer.xm.tempo = 4;
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XMPlayer.nextTick();
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var ch = xm.channelinfo[0];
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assert.equal(ch.note, 48, 'note 0');
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assert.equal(ch.period, 1152, 'row 0 tick 0 period 0');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 16*4, 'row 0 tick 1 period 4');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 16*15, 'row 0 tick 2 period f');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 16*0, 'row 0 tick 3 period 0');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 16*0, 'row 1 tick 0 period 0');
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};
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tests['test 1xx slide up'] = function(assert) {
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var xm = testdata.resetXMData();
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// [pat][row][channel]
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xm.patterns[0][0][0] = [48, 1, -1, 1, 0x01]; // C-4 1 -- 101
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xm.patterns[0][1][0] = [-1, -1, -1, 1, 0x00]; // --- -- -- 100
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XMPlayer.xm.tempo = 3;
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XMPlayer.nextTick();
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var ch = xm.channelinfo[0];
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assert.equal(ch.period, 1152, 'row 0 tick 0 period 0');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 1, 'row 0 tick 1 period -1');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 2, 'row 0 tick 2 period -2');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 2, 'row 1 tick 0 period -2');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 3, 'row 1 tick 1 period -3');
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};
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tests['test 2xx slide down'] = function(assert) {
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var xm = testdata.resetXMData();
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// [pat][row][channel]
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xm.patterns[0][0][0] = [48, 1, -1, 2, 0x01]; // C-4 1 -- 201
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xm.patterns[0][1][0] = [-1, -1, -1, 2, 0x00]; // --- -- -- 200
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XMPlayer.xm.tempo = 3;
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XMPlayer.nextTick();
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var ch = xm.channelinfo[0];
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assert.equal(ch.period, 1152, 'row 0 tick 0 period 0');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 + 1, 'row 0 tick 1 period -1');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 + 2, 'row 0 tick 2 period -2');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 + 2, 'row 1 tick 0 period -2');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 + 3, 'row 1 tick 1 period -3');
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};
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tests['test 3xx portamento'] = function(assert) {
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var xm = testdata.resetXMData();
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// [pat][row][channel]
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xm.patterns[0][0][0] = [48, 1, -1, 0, 0x00]; // C-4 1 -- 000
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xm.patterns[0][1][0] = [49, 1, -1, 3, 0x09]; // C#4 1 -- 309
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XMPlayer.xm.tempo = 3;
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XMPlayer.nextTick(); // row 0 tick 0
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var ch = xm.channelinfo[0];
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assert.equal(ch.period, 1152, 'row 0 tick 0 period 0');
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XMPlayer.nextTick(); // row 0 tick 1
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XMPlayer.nextTick(); // row 0 tick 2
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XMPlayer.nextTick(); // row 1 tick 0
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assert.equal(ch.period, 1152, 'row 1 tick 0 period 0');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 9, 'row 1 tick 1 period -9');
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XMPlayer.nextTick();
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assert.equal(ch.period, 1152 - 16, 'row 1 tick 2 period -16');
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};
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55
test/instrument.js
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55
test/instrument.js
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@ -0,0 +1,55 @@
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var XMPlayer = window.XMPlayer;
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// TODO:
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// - test volume envelope (sustain, release)
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// - test panning envelope
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tests['test note on'] = function(assert) {
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var xm = testdata.resetXMData();
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// [pat][row][channel]
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xm.patterns[0][0][0] = [48, 1, 0x10 + 0x33, 0, 0]; // C-4 1 33 000
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XMPlayer.nextRow();
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var ch = xm.channelinfo[0];
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assert.equal(ch.note, 48, 'set note');
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assert.equal(ch.period, 1152, 'channel period');
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assert.equal(ch.vol, 0x33, 'channel volume');
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assert.equal(ch.samp, xm.instruments[0].samples[0], 'set sample');
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assert.equal(ch.off, 0, 'trigger offset');
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};
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tests['test instrument trigger'] = function(assert) {
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var xm = testdata.resetXMData();
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// [pat][row][channel]
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xm.patterns[0][0][0] = [48, 1, 0x10 + 0x33, 0, 0]; // C-4 1 33 000
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xm.patterns[0][1][0] = [-1, 1, -1, 0, 0]; // --- 1 -- 000
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var ch = xm.channelinfo[0];
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XMPlayer.nextRow();
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ch.pan = 1; // forcibly override panning
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ch.off = 100; // and sample offset
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assert.equal(XMPlayer.cur_row, 1, 'row 1');
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XMPlayer.nextRow();
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assert.equal(XMPlayer.cur_row, 2, 'row 2');
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assert.equal(ch.note, 48, 'note same after inst trigger');
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assert.equal(ch.period, 1152, 'period same after inst trigger');
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assert.equal(ch.vol, 64, 'vol reset after inst trigger');
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assert.equal(ch.pan, 128, 'pan reset after inst trigger');
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assert.equal(ch.samp, xm.instruments[0].samples[0], 'set sample');
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assert.equal(ch.off, 0, 'set offset=0');
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};
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tests['test note trigger'] = function(assert) {
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var xm = testdata.resetXMData();
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// [pat][row][channel]
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xm.patterns[0][0][0] = [48, 1, 0x10 + 0x33, 0, 0]; // C-4 1 33 000
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xm.patterns[0][1][0] = [49, -1, -1, 0, 0]; // C#4 -- -- 000
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var ch = xm.channelinfo[0];
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XMPlayer.nextRow();
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ch.pan = 1; // forcibly override panning
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ch.off = 100; // and sample offset
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XMPlayer.nextRow();
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assert.equal(ch.note, 49, 'note updated after inst trigger');
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assert.equal(ch.period, 1136, 'period updated after note trigger');
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assert.equal(ch.vol, 0x33, 'vol not reset after note trigger');
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assert.equal(ch.pan, 1, 'pan not reset after note trigger');
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assert.equal(ch.off, 0, 'set offset=0');
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};
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56
test/testdata.js
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56
test/testdata.js
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@ -0,0 +1,56 @@
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var XMPlayer = window.XMPlayer;
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// set up basic blank single-channel, single-pattern XM
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exports.resetXMData = function() {
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var xm = {};
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window.XMPlayer.xm = xm;
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xm.channelinfo = [];
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xm.songname = "test song";
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xm.song_looppos = 0;
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xm.nchan = 1;
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xm.flags = 1;
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xm.tempo = 3;
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xm.bpm = 125;
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xm.channelinfo.push({
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number: 0,
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filterstate: new Float32Array(3),
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vol: 0,
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pan: 128,
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period: 1920 - 48*16,
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vL: 0, vR: 0,
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vLprev: 0, vRprev: 0,
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mute: 0,
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volE: 0, panE: 0,
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retrig: 0,
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vibratodepth: 1,
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vibratospeed: 1,
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});
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xm.songpats = [0];
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// 1 channel, 2 row blank pattern
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xm.patterns = [
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[
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[[-1, -1, -1, 0, 0]],
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[[-1, -1, -1, 0, 0]]
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]
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];
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xm.instruments = [];
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xm.instruments.push({
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'name': "test instrument",
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'number': 0,
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'samples': [
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{ 'len': 256, 'loop': 0,
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'looplen': 256, 'note': 0, 'fine': 0,
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'pan': 128, 'type': 0, 'vol': 64,
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'sampledata': new Float32Array(256)
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}
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],
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'samplemap': new Uint8Array(96),
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'env_vol': new XMPlayer.Envelope([0, 64, 1, 0], 2, 0, 0, 0),
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'env_pan': new XMPlayer.Envelope([0, 32], 0, 0, 0, 0)
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});
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// reset song position
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XMPlayer.cur_songpos = -1;
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XMPlayer.cur_pat = -1;
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XMPlayer.cur_tick = xm.tempo;
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return xm;
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};
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1
xm.js
1
xm.js
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@ -25,6 +25,7 @@ player.xm = {}; // contains all song data
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// exposed for testing
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player.nextTick = nextTick;
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player.nextRow = nextRow;
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player.Envelope = Envelope;
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// for pretty-printing notes
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