connection tests and channel property tests

This commit is contained in:
Yotam Mann 2019-08-04 09:54:53 -04:00
parent cc18de471d
commit 8c2979fe8a

View file

@ -1,4 +1,7 @@
import { expect } from "chai";
import { Merge } from "Tone/component";
import { Split } from "Tone/component/channel/Split";
import { Oscillator } from "Tone/source";
import { Gain } from "./Gain";
describe("ToneAudioNode", () => {
@ -43,62 +46,41 @@ describe("ToneAudioNode", () => {
node.dispose();
});
// it("reports its inputs and outputs", () => {
// const node0 = new ToneAudioNode({
// numberOfInputs : 3,
// numberOfOutputs : 2,
// });
// expect(node0.numberOfInputs).to.equal(3);
// expect(node0.numberOfOutputs).to.equal(2);
// node0.dispose();
it("reports its inputs and outputs", () => {
const node0 = new Merge({
channels: 4,
});
expect(node0.numberOfInputs).to.equal(4);
expect(node0.numberOfOutputs).to.equal(1);
node0.dispose();
// const node1 = new ToneAudioNode({
// numberOfInputs : 0,
// numberOfOutputs : 1,
// });
// expect(node1.numberOfInputs).to.equal(0);
// expect(node1.numberOfOutputs).to.equal(1);
// node1.dispose();
const node1 = new Split(4);
expect(node1.numberOfInputs).to.equal(1);
expect(node1.numberOfOutputs).to.equal(4);
node1.dispose();
// const node2 = new ToneAudioNode({
// numberOfInputs : 1,
// numberOfOutputs : 0,
// });
// expect(node2.numberOfInputs).to.equal(1);
// expect(node2.numberOfOutputs).to.equal(0);
// node2.dispose();
// });
const node2 = new Oscillator();
expect(node2.numberOfInputs).to.equal(0);
expect(node2.numberOfOutputs).to.equal(1);
node2.dispose();
});
// it("is able to get and set the channelCount, channelCountMode and channelInterpretation", () => {
// const node0 = new ToneAudioNode({
// channelCount : 4,
// numberOfInputs: 1,
// numberOfOutputs: 1,
// });
// expect(node0.channelCount).to.equal(4);
// node0.channelCount = 1;
// expect(node0.channelCount).to.equal(1);
// node0.dispose();
it("is able to get and set the channelCount, channelCountMode and channelInterpretation", () => {
const gainNode = new Gain();
// const node1 = new ToneAudioNode({
// numberOfInputs : 1,
// numberOfOutputs : 2,
// });
// expect(node1.channelCountMode).to.equal("max");
// node1.channelCountMode = "explicit";
// expect(node1.channelCountMode).to.equal("explicit");
// node1.dispose();
expect(gainNode.channelCount).to.equal(2);
gainNode.channelCount = 1;
expect(gainNode.channelCount).to.equal(1);
// const node2 = new ToneAudioNode({
// channelInterpretation : "speakers",
// numberOfInputs : 2,
// numberOfOutputs : 0,
// });
// expect(node2.channelInterpretation).to.equal("speakers");
// node2.channelInterpretation = "discrete";
// expect(node2.channelInterpretation).to.equal("discrete");
// node2.dispose();
// });
expect(gainNode.channelInterpretation).to.equal("speakers");
gainNode.channelInterpretation = "discrete";
expect(gainNode.channelInterpretation).to.equal("discrete");
expect(gainNode.channelCountMode).to.equal("max");
gainNode.channelCountMode = "clamped-max";
expect(gainNode.channelCountMode).to.equal("clamped-max");
gainNode.dispose();
});
});
context("methods", () => {
@ -113,6 +95,7 @@ describe("ToneAudioNode", () => {
const nodeB = new Gain();
nodeA.connect(nodeB);
nodeA.dispose();
nodeB.dispose();
});
it("disconnect()", () => {
@ -121,113 +104,91 @@ describe("ToneAudioNode", () => {
nodeA.connect(nodeB);
nodeA.disconnect(nodeB);
nodeA.dispose();
nodeB.dispose();
});
it("fan()", () => {
const nodeA = new Gain();
const nodeB = new Gain();
nodeA.fan(nodeB);
const nodeC = new Gain();
nodeA.fan(nodeB, nodeC);
nodeA.dispose();
nodeB.dispose();
nodeC.dispose();
});
it("chain()", () => {
const nodeA = new Gain();
const nodeB = new Gain();
nodeA.chain(nodeB);
const nodeC = new Gain();
nodeA.chain(nodeB, nodeC);
nodeA.dispose();
nodeB.dispose();
nodeC.dispose();
});
});
// context("connections", () => {
// it("can connect with args", () => {
// const nodeA = new ToneAudioNode({
// numberOfOutputs : 1,
// });
// const nodeB = new ToneAudioNode({
// numberOfInputs: 1,
// });
// nodeA.connect(nodeB, 0, 0);
// nodeA.dispose();
// nodeB.dispose();
// });
context("connections", () => {
it("can connect with args", () => {
const nodeA = new Gain();
const nodeB = new Gain();
nodeA.connect(nodeB, 0, 0);
nodeA.dispose();
nodeB.dispose();
});
// it("can connect with no args", () => {
// const nodeA = new ToneAudioNode({
// numberOfOutputs: 1,
// });
// const nodeB = new ToneAudioNode({
// numberOfInputs: 1,
// });
// nodeA.connect(nodeB);
// nodeA.dispose();
// nodeB.dispose();
// });
it("can connect with no args", () => {
const nodeA = new Gain();
const nodeB = new Gain();
nodeA.connect(nodeB);
nodeA.dispose();
nodeB.dispose();
});
// it("can connect with one arg", () => {
// const nodeA = new ToneAudioNode({
// numberOfOutputs: 2,
// });
// const nodeB = new ToneAudioNode({
// numberOfInputs: 1,
// });
// nodeA.connect(nodeB, 1);
// nodeA.dispose();
// nodeB.dispose();
// });
it("can connect with one arg", () => {
const nodeA = new Split(2);
const nodeB = new Gain();
nodeA.connect(nodeB, 1);
nodeA.dispose();
nodeB.dispose();
});
// it("Tone nodes can disconnect from everything with no args", () => {
// const nodeA = new ToneAudioNode({
// numberOfOutputs: 1,
// });
// const nodeB = new ToneAudioNode({
// numberOfInputs: 1,
// });
// nodeA.connect(nodeB);
// nodeA.disconnect();
// nodeA.dispose();
// nodeB.dispose();
// });
it("Tone nodes can disconnect from everything with no args", () => {
const nodeA = new Gain();
const nodeB = new Gain();
nodeA.connect(nodeB);
nodeA.disconnect();
nodeA.dispose();
nodeB.dispose();
});
// it("Tone nodes can disconnect from a specific node", () => {
// const nodeA = new ToneAudioNode({
// numberOfOutputs: 1,
// });
// const nodeB = new ToneAudioNode({
// numberOfInputs: 1,
// });
// nodeA.connect(nodeB);
// nodeA.disconnect(nodeB);
// nodeA.dispose();
// nodeB.dispose();
// });
it("Tone nodes can disconnect from a specific node", () => {
const nodeA = new Gain();
const nodeB = new Gain();
nodeA.connect(nodeB);
nodeA.disconnect(nodeB);
nodeA.dispose();
nodeB.dispose();
});
// it("Tone nodes can disconnect from a specific node and input/output", () => {
// const nodeA = new ToneAudioNode({
// numberOfOutputs: 2,
// });
// const nodeB = new ToneAudioNode({
// numberOfInputs: 2,
// });
// nodeA.connect(nodeB, 1, 1);
// nodeA.disconnect(nodeB, 1, 1);
// nodeA.dispose();
// nodeB.dispose();
// });
it("Tone nodes can disconnect from a specific node and input/output", () => {
const nodeA = new Gain();
const nodeB = new Merge();
nodeA.connect(nodeB, 0, 1);
nodeA.disconnect(nodeB, 0, 1);
nodeA.dispose();
nodeB.dispose();
});
// it("throws an error if they are not connected", () => {
// // const nodeA = new ToneAudioNode({
// // numberOfOutputs: 2,
// // });
// // const nodeB = new ToneAudioNode({
// // numberOfInputs: 2,
// // });
// // nodeA.connect(nodeB, 1, 1);
// // expect(() => {
// // nodeA.disconnect(nodeB, 10, 0);
// // }).throws(Error);
// // nodeA.dispose();
// // nodeB.dispose();
// });
// });
it("throws an error if they are not connected", () => {
const nodeA = new Gain();
const nodeB = new Gain();
expect(() => {
nodeA.disconnect(nodeB);
}).throws(Error);
nodeA.dispose();
nodeB.dispose();
});
});
});