import FIREFOX_52_6_0esr_RELEASE from mozilla-esr52 hg repo

This commit is contained in:
Roy Tam 2018-01-19 03:59:58 +08:00
commit dcd9973243
150858 changed files with 23884658 additions and 0 deletions

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"use strict";
module.exports = {
// Extend from the shared list of defined globals for mochitests.
"extends": "../../../.eslintrc.mochitests.js"
};

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[DEFAULT]
tags = devtools
subsuite = devtools
support-files =
doc_simple-context.html
doc_complex-context.html
doc_simple-node-creation.html
doc_buffer-and-array.html
doc_media-node-creation.html
doc_destroy-nodes.html
doc_connect-param.html
doc_connect-multi-param.html
doc_iframe-context.html
doc_automation.html
doc_bug_1112378.html
doc_bug_1125817.html
doc_bug_1130901.html
doc_bug_1141261.html
440hz_sine.ogg
head.js
[browser_audionode-actor-get-param-flags.js]
[browser_audionode-actor-get-params-01.js]
[browser_audionode-actor-get-params-02.js]
[browser_audionode-actor-get-set-param.js]
[browser_audionode-actor-type.js]
[browser_audionode-actor-source.js]
[browser_audionode-actor-bypass.js]
[browser_audionode-actor-bypassable.js]
[browser_audionode-actor-connectnode-disconnect.js]
[browser_audionode-actor-connectparam.js]
skip-if = true # bug 1092571
# [browser_audionode-actor-add-automation-event.js] bug 1134036
# [browser_audionode-actor-get-automation-data-01.js] bug 1134036
# [browser_audionode-actor-get-automation-data-02.js] bug 1134036
# [browser_audionode-actor-get-automation-data-03.js] bug 1134036
[browser_callwatcher-01.js]
[browser_callwatcher-02.js]
[browser_webaudio-actor-simple.js]
[browser_webaudio-actor-destroy-node.js]
[browser_webaudio-actor-connect-param.js]
# [browser_webaudio-actor-automation-event.js] bug 1134036
# [browser_wa_automation-view-01.js] bug 1134036
# [browser_wa_automation-view-02.js] bug 1134036
[browser_wa_controller-01.js]
[browser_wa_destroy-node-01.js]
[browser_wa_first-run.js]
[browser_wa_graph-click.js]
[browser_wa_graph-markers.js]
[browser_wa_graph-render-01.js]
[browser_wa_graph-render-02.js]
[browser_wa_graph-render-03.js]
[browser_wa_graph-render-04.js]
[browser_wa_graph-render-05.js]
skip-if = true # bug 1092571
[browser_wa_graph-render-06.js]
[browser_wa_graph-selected.js]
[browser_wa_graph-zoom.js]
[browser_wa_inspector.js]
[browser_wa_inspector-toggle.js]
[browser_wa_inspector-width.js]
[browser_wa_inspector-bypass-01.js]
[browser_wa_navigate.js]
[browser_wa_properties-view.js]
[browser_wa_properties-view-edit-01.js]
skip-if = true # bug 1010423
[browser_wa_properties-view-edit-02.js]
skip-if = true # bug 1010423
[browser_wa_properties-view-media-nodes.js]
skip-if = os == 'mac' # bug 1216542
[browser_wa_properties-view-params.js]
[browser_wa_properties-view-params-objects.js]
[browser_wa_reset-01.js]
[browser_wa_reset-02.js]
[browser_wa_reset-03.js]
[browser_wa_reset-04.js]

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#addAutomationEvent();
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_CONTEXT_URL);
let [_, [destNode, oscNode, gainNode]] = yield Promise.all([
front.setup({ reload: true }),
get3(front, "create-node")
]);
let count = 0;
let counter = () => count++;
front.on("automation-event", counter);
let t0 = 0, t1 = 0.1, t2 = 0.2, t3 = 0.3, t4 = 0.4, t5 = 0.6, t6 = 0.7, t7 = 1;
let curve = [-1, 0, 1];
yield oscNode.addAutomationEvent("frequency", "setValueAtTime", [0.2, t0]);
yield oscNode.addAutomationEvent("frequency", "setValueAtTime", [0.3, t1]);
yield oscNode.addAutomationEvent("frequency", "setValueAtTime", [0.4, t2]);
yield oscNode.addAutomationEvent("frequency", "linearRampToValueAtTime", [1, t3]);
yield oscNode.addAutomationEvent("frequency", "linearRampToValueAtTime", [0.15, t4]);
yield oscNode.addAutomationEvent("frequency", "exponentialRampToValueAtTime", [0.75, t5]);
yield oscNode.addAutomationEvent("frequency", "exponentialRampToValueAtTime", [0.5, t6]);
yield oscNode.addAutomationEvent("frequency", "setValueCurveAtTime", [curve, t7, t7 - t6]);
yield oscNode.addAutomationEvent("frequency", "setTargetAtTime", [20, 2, 5]);
ok(true, "successfully set automation events for valid automation events");
try {
yield oscNode.addAutomationEvent("frequency", "notAMethod", 20, 2, 5);
ok(false, "non-automation methods should not be successful");
} catch (e) {
ok(/invalid/.test(e.message), "AudioNode:addAutomationEvent fails for invalid automation methods");
}
try {
yield oscNode.addAutomationEvent("invalidparam", "setValueAtTime", 0.2, t0);
ok(false, "automating non-AudioParams should not be successful");
} catch (e) {
ok(/invalid/.test(e.message), "AudioNode:addAutomationEvent fails for a non AudioParam");
}
front.off("automation-event", counter);
is(count, 9,
"when calling `addAutomationEvent`, the WebAudioActor should still fire `automation-event`.");
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#bypass(), AudioNode#isBypassed()
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_CONTEXT_URL);
let [_, [destNode, oscNode, gainNode]] = yield Promise.all([
front.setup({ reload: true }),
get3(front, "create-node")
]);
is((yield gainNode.isBypassed()), false, "Nodes start off unbypassed.");
info("Calling node#bypass(true)");
let isBypassed = yield gainNode.bypass(true);
is(isBypassed, true, "node.bypass(true) resolves to true");
is((yield gainNode.isBypassed()), true, "Node is now bypassed.");
info("Calling node#bypass(false)");
isBypassed = yield gainNode.bypass(false);
is(isBypassed, false, "node.bypass(false) resolves to false");
is((yield gainNode.isBypassed()), false, "Node back to being unbypassed.");
info("Calling node#bypass(true) on unbypassable node");
isBypassed = yield destNode.bypass(true);
is(isBypassed, false, "node.bypass(true) resolves to false for unbypassable node");
is((yield gainNode.isBypassed()), false, "Unbypassable node is unaffect");
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#bypassable
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_NODES_URL);
let [_, nodes] = yield Promise.all([
front.setup({ reload: true }),
getN(front, "create-node", 14)
]);
let actualBypassability = nodes.map(node => node.bypassable);
let expectedBypassability = [
false, // AudioDestinationNode
true, // AudioBufferSourceNode
true, // ScriptProcessorNode
true, // AnalyserNode
true, // GainNode
true, // DelayNode
true, // BiquadFilterNode
true, // WaveShaperNode
true, // PannerNode
true, // ConvolverNode
false, // ChannelSplitterNode
false, // ChannelMergerNode
true, // DynamicsCompressNode
true, // OscillatorNode
];
expectedBypassability.forEach((bypassable, i) => {
is(actualBypassability[i], bypassable, `${nodes[i].type} has correct ".bypassable" status`);
});
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that AudioNodeActor#connectNode() and AudioNodeActor#disconnect() work.
* Uses the editor front as the actors do not retain connect state.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, gAudioNodes } = panelWin;
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let [dest, osc, gain] = actors;
info("Disconnecting oscillator...");
osc.disconnect();
yield Promise.all([
waitForGraphRendered(panelWin, 3, 1),
once(gAudioNodes, "disconnect")
]);
ok(true, "Oscillator disconnected, event emitted.");
info("Reconnecting oscillator...");
osc.connectNode(gain);
yield Promise.all([
waitForGraphRendered(panelWin, 3, 2),
once(gAudioNodes, "connect")
]);
ok(true, "Oscillator reconnected.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that AudioNodeActor#connectParam() work.
* Uses the editor front as the actors do not retain connect state.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, gAudioNodes } = panelWin;
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let [dest, osc, gain] = actors;
yield osc.disconnect();
osc.connectParam(gain, "gain");
yield Promise.all([
waitForGraphRendered(panelWin, 3, 1, 1),
once(gAudioNodes, "connect")
]);
ok(true, "Oscillator connect to Gain's Gain AudioParam, event emitted.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#addAutomationEvent() checking automation values, also using
* a curve as the last event to check duration spread.
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_CONTEXT_URL);
let [_, [destNode, oscNode, gainNode]] = yield Promise.all([
front.setup({ reload: true }),
get3(front, "create-node")
]);
let t0 = 0, t1 = 0.1, t2 = 0.2, t3 = 0.3, t4 = 0.4, t5 = 0.6, t6 = 0.7, t7 = 1;
let curve = [-1, 0, 1];
yield oscNode.addAutomationEvent("frequency", "setValueAtTime", [0.2, t0]);
yield oscNode.addAutomationEvent("frequency", "setValueAtTime", [0.3, t1]);
yield oscNode.addAutomationEvent("frequency", "setValueAtTime", [0.4, t2]);
yield oscNode.addAutomationEvent("frequency", "linearRampToValueAtTime", [1, t3]);
yield oscNode.addAutomationEvent("frequency", "linearRampToValueAtTime", [0.15, t4]);
yield oscNode.addAutomationEvent("frequency", "exponentialRampToValueAtTime", [0.75, t5]);
yield oscNode.addAutomationEvent("frequency", "exponentialRampToValueAtTime", [0.05, t6]);
// End with a curve here so we can get proper results on the last event (which takes into account
// duration)
yield oscNode.addAutomationEvent("frequency", "setValueCurveAtTime", [curve, t6, t7 - t6]);
let { events, values } = yield oscNode.getAutomationData("frequency");
is(events.length, 8, "8 recorded events returned.");
is(values.length, 2000, "2000 value points returned.");
checkAutomationValue(values, 0.05, 0.2);
checkAutomationValue(values, 0.1, 0.3);
checkAutomationValue(values, 0.15, 0.3);
checkAutomationValue(values, 0.2, 0.4);
checkAutomationValue(values, 0.25, 0.7);
checkAutomationValue(values, 0.3, 1);
checkAutomationValue(values, 0.35, 0.575);
checkAutomationValue(values, 0.4, 0.15);
checkAutomationValue(values, 0.45, 0.15 * Math.pow(0.75 / 0.15, 0.05 / 0.2));
checkAutomationValue(values, 0.5, 0.15 * Math.pow(0.75 / 0.15, 0.5));
checkAutomationValue(values, 0.55, 0.15 * Math.pow(0.75 / 0.15, 0.15 / 0.2));
checkAutomationValue(values, 0.6, 0.75);
checkAutomationValue(values, 0.65, 0.75 * Math.pow(0.05 / 0.75, 0.5));
checkAutomationValue(values, 0.705, -1); // Increase this time a bit to prevent off by the previous exponential amount
checkAutomationValue(values, 0.8, 0);
checkAutomationValue(values, 0.9, 1);
checkAutomationValue(values, 1, 1);
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#addAutomationEvent() when automation series ends with
* `setTargetAtTime`, which approaches its target to infinity.
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_CONTEXT_URL);
let [_, [destNode, oscNode, gainNode]] = yield Promise.all([
front.setup({ reload: true }),
get3(front, "create-node")
]);
yield oscNode.addAutomationEvent("frequency", "setValueAtTime", [300, 0.1]);
yield oscNode.addAutomationEvent("frequency", "linearRampToValueAtTime", [500, 0.4]);
yield oscNode.addAutomationEvent("frequency", "exponentialRampToValueAtTime", [200, 0.6]);
// End with a setTargetAtTime event, as the target approaches infinity, which will
// give us more points to render than the default 2000
yield oscNode.addAutomationEvent("frequency", "setTargetAtTime", [1000, 2, 0.5]);
var { events, values } = yield oscNode.getAutomationData("frequency");
is(events.length, 4, "4 recorded events returned.");
is(values.length, 4000, "4000 value points returned when ending with exponentiall approaching automator.");
checkAutomationValue(values, 2.01, 215.055);
checkAutomationValue(values, 2.1, 345.930);
checkAutomationValue(values, 3, 891.601);
checkAutomationValue(values, 5, 998.01);
// Refetch the automation data to ensure it recalculates correctly (bug 1118071)
var { events, values } = yield oscNode.getAutomationData("frequency");
checkAutomationValue(values, 2.01, 215.055);
checkAutomationValue(values, 2.1, 345.930);
checkAutomationValue(values, 3, 891.601);
checkAutomationValue(values, 5, 998.01);
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test that `cancelScheduledEvents` clears out events on and after
* its argument.
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_CONTEXT_URL);
let [_, [destNode, oscNode, gainNode]] = yield Promise.all([
front.setup({ reload: true }),
get3(front, "create-node")
]);
yield oscNode.addAutomationEvent("frequency", "setValueAtTime", [300, 0]);
yield oscNode.addAutomationEvent("frequency", "linearRampToValueAtTime", [500, 0.9]);
yield oscNode.addAutomationEvent("frequency", "setValueAtTime", [700, 1]);
yield oscNode.addAutomationEvent("frequency", "exponentialRampToValueAtTime", [1000, 2]);
yield oscNode.addAutomationEvent("frequency", "cancelScheduledValues", [1]);
var { events, values } = yield oscNode.getAutomationData("frequency");
is(events.length, 2, "2 recorded events returned.");
is(values.length, 2000, "2000 value points returned");
checkAutomationValue(values, 0, 300);
checkAutomationValue(values, 0.5, 411.15);
checkAutomationValue(values, 0.9, 499.9);
checkAutomationValue(values, 1, 499.9);
checkAutomationValue(values, 2, 499.9);
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#getParamFlags()
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_NODES_URL);
let [_, nodes] = yield Promise.all([
front.setup({ reload: true }),
getN(front, "create-node", 15)
]);
let allNodeParams = yield Promise.all(nodes.map(node => node.getParams()));
let nodeTypes = [
"AudioDestinationNode",
"AudioBufferSourceNode", "ScriptProcessorNode", "AnalyserNode", "GainNode",
"DelayNode", "BiquadFilterNode", "WaveShaperNode", "PannerNode", "ConvolverNode",
"ChannelSplitterNode", "ChannelMergerNode", "DynamicsCompressorNode", "OscillatorNode",
"StereoPannerNode"
];
// For some reason nodeTypes.forEach and params.forEach fail here so we use
// simple for loops.
for (let i = 0; i < nodeTypes.length; i++) {
let type = nodeTypes[i];
let params = allNodeParams[i];
for (let {param, value, flags} of params) {
let testFlags = yield nodes[i].getParamFlags(param);
ok(typeof testFlags === "object", type + " has flags from #getParamFlags(" + param + ")");
if (param === "buffer") {
is(flags.Buffer, true, "`buffer` params have Buffer flag");
}
else if (param === "bufferSize" || param === "frequencyBinCount") {
is(flags.readonly, true, param + " is readonly");
}
else if (param === "curve") {
is(flags["Float32Array"], true, "`curve` param has Float32Array flag");
}
}
}
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#getParams()
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_NODES_URL);
let [_, nodes] = yield Promise.all([
front.setup({ reload: true }),
getN(front, "create-node", 15)
]);
yield loadFrameScripts();
let allNodeParams = yield Promise.all(nodes.map(node => node.getParams()));
let nodeTypes = [
"AudioDestinationNode",
"AudioBufferSourceNode", "ScriptProcessorNode", "AnalyserNode", "GainNode",
"DelayNode", "BiquadFilterNode", "WaveShaperNode", "PannerNode", "ConvolverNode",
"ChannelSplitterNode", "ChannelMergerNode", "DynamicsCompressorNode", "OscillatorNode",
"StereoPannerNode"
];
let defaults = yield Promise.all(nodeTypes.map(type => nodeDefaultValues(type)));
nodeTypes.map((type, i) => {
let params = allNodeParams[i];
params.forEach(({param, value, flags}) => {
ok(param in defaults[i], "expected parameter for " + type);
ok(typeof flags === "object", type + " has a flags object");
if (param === "buffer") {
is(flags.Buffer, true, "`buffer` params have Buffer flag");
}
else if (param === "bufferSize" || param === "frequencyBinCount") {
is(flags.readonly, true, param + " is readonly");
}
else if (param === "curve") {
is(flags["Float32Array"], true, "`curve` param has Float32Array flag");
}
});
});
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that default properties are returned with the correct type
* from the AudioNode actors.
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_NODES_URL);
let [_, nodes] = yield Promise.all([
front.setup({ reload: true }),
getN(front, "create-node", 15)
]);
yield loadFrameScripts();
let allParams = yield Promise.all(nodes.map(node => node.getParams()));
let types = [
"AudioDestinationNode", "AudioBufferSourceNode", "ScriptProcessorNode",
"AnalyserNode", "GainNode", "DelayNode", "BiquadFilterNode", "WaveShaperNode",
"PannerNode", "ConvolverNode", "ChannelSplitterNode", "ChannelMergerNode",
"DynamicsCompressorNode", "OscillatorNode", "StereoPannerNode"
];
let defaults = yield Promise.all(types.map(type => nodeDefaultValues(type)));
info(JSON.stringify(defaults));
allParams.forEach((params, i) => {
compare(params, defaults[i], types[i]);
});
yield removeTab(target.tab);
});
function compare(actual, expected, type) {
actual.forEach(({ value, param }) => {
value = getGripValue(value);
if (typeof expected[param] === "function") {
ok(expected[param](value), type + " has a passing value for " + param);
}
else {
is(value, expected[param], type + " has correct default value and type for " + param);
}
});
info(Object.keys(expected).join(",") + " - " + JSON.stringify(expected));
is(actual.length, Object.keys(expected).length,
type + " has correct amount of properties.");
}

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#getParam() / AudioNode#setParam()
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_CONTEXT_URL);
let [_, [destNode, oscNode, gainNode]] = yield Promise.all([
front.setup({ reload: true }),
get3(front, "create-node")
]);
let freq = yield oscNode.getParam("frequency");
info(typeof freq);
is(freq, 440, "AudioNode:getParam correctly fetches AudioParam");
let type = yield oscNode.getParam("type");
is(type, "sine", "AudioNode:getParam correctly fetches non-AudioParam");
type = yield oscNode.getParam("not-a-valid-param");
ok(type.type === "undefined",
"AudioNode:getParam correctly returns a grip value for `undefined` for an invalid param.");
let resSuccess = yield oscNode.setParam("frequency", 220);
freq = yield oscNode.getParam("frequency");
is(freq, 220, "AudioNode:setParam correctly sets a `number` AudioParam");
is(resSuccess, undefined, "AudioNode:setParam returns undefined for correctly set AudioParam");
resSuccess = yield oscNode.setParam("type", "square");
type = yield oscNode.getParam("type");
is(type, "square", "AudioNode:setParam correctly sets a `string` non-AudioParam");
is(resSuccess, undefined, "AudioNode:setParam returns undefined for correctly set AudioParam");
try {
yield oscNode.setParam("frequency", "hello");
ok(false, "setParam with invalid types should throw");
} catch (e) {
ok(/is not a finite floating-point/.test(e.message), "AudioNode:setParam returns error with correct message when attempting an invalid assignment");
is(e.type, "TypeError", "AudioNode:setParam returns error with correct type when attempting an invalid assignment");
freq = yield oscNode.getParam("frequency");
is(freq, 220, "AudioNode:setParam does not modify value when an error occurs");
}
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#source
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_NODES_URL);
let [_, nodes] = yield Promise.all([
front.setup({ reload: true }),
getN(front, "create-node", 14)
]);
let actualTypes = nodes.map(node => node.type);
let isSourceResult = nodes.map(node => node.source);
actualTypes.forEach((type, i) => {
let shouldBeSource = type === "AudioBufferSourceNode" || type === "OscillatorNode";
if (shouldBeSource)
is(isSourceResult[i], true, type + "'s `source` is `true`");
else
is(isSourceResult[i], false, type + "'s `source` is `false`");
});
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test AudioNode#type
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_NODES_URL);
let [_, nodes] = yield Promise.all([
front.setup({ reload: true }),
getN(front, "create-node", 14)
]);
let actualTypes = nodes.map(node => node.type);
let expectedTypes = [
"AudioDestinationNode",
"AudioBufferSourceNode", "ScriptProcessorNode", "AnalyserNode", "GainNode",
"DelayNode", "BiquadFilterNode", "WaveShaperNode", "PannerNode", "ConvolverNode",
"ChannelSplitterNode", "ChannelMergerNode", "DynamicsCompressorNode", "OscillatorNode"
];
expectedTypes.forEach((type, i) => {
is(actualTypes[i], type, type + " successfully created with correct type");
});
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Bug 1130901
* Tests to ensure that calling call/apply on methods wrapped
* via CallWatcher do not throw a security permissions error:
* "Error: Permission denied to access property 'call'"
*/
const BUG_1130901_URL = EXAMPLE_URL + "doc_bug_1130901.html";
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(BUG_1130901_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, gAudioNodes } = panelWin;
let rendered = waitForGraphRendered(panelWin, 3, 0);
reload(target);
yield rendered;
ok(true, "Successfully created a node from AudioContext via `call`.");
ok(true, "Successfully created a node from AudioContext via `apply`.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Bug 1112378
* Tests to ensure that errors called on wrapped functions via call-watcher
* correctly looks like the error comes from the content, not from within the devtools.
*/
const BUG_1112378_URL = EXAMPLE_URL + "doc_bug_1112378.html";
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(BUG_1112378_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, gAudioNodes } = panelWin;
loadFrameScripts();
let rendered = waitForGraphRendered(panelWin, 2, 0);
reload(target);
yield rendered;
let error = yield evalInDebuggee("throwError()");
is(error.lineNumber, 21, "error has correct lineNumber");
is(error.columnNumber, 11, "error has correct columnNumber");
is(error.name, "TypeError", "error has correct name");
is(error.message, "Argument 1 is not valid for any of the 2-argument overloads of AudioNode.connect.", "error has correct message");
is(error.stringified, "TypeError: Argument 1 is not valid for any of the 2-argument overloads of AudioNode.connect.", "error is stringified correctly");
is(error.instanceof, true, "error is correctly an instanceof TypeError");
is(error.fileName, "http://example.com/browser/devtools/client/webaudioeditor/test/doc_bug_1112378.html", "error has correct fileName");
error = yield evalInDebuggee("throwDOMException()");
is(error.lineNumber, 37, "exception has correct lineNumber");
is(error.columnNumber, 0, "exception has correct columnNumber");
is(error.code, 9, "exception has correct code");
is(error.result, 2152923145, "exception has correct result");
is(error.name, "NotSupportedError", "exception has correct name");
is(error.message, "Operation is not supported", "exception has correct message");
is(error.stringified, "NotSupportedError: Operation is not supported", "exception is stringified correctly");
is(error.instanceof, true, "exception is correctly an instance of DOMException");
is(error.filename, "http://example.com/browser/devtools/client/webaudioeditor/test/doc_bug_1112378.html", "exception has correct filename");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that automation view shows the correct view depending on if events
* or params exist.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(AUTOMATION_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS } = panelWin;
let started = once(gFront, "start-context");
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
let $tabbox = $("#web-audio-editor-tabs");
// Oscillator node
click(panelWin, findGraphNode(panelWin, nodeIds[1]));
yield waitForInspectorRender(panelWin, EVENTS);
$tabbox.selectedIndex = 1;
ok(isVisible($("#automation-graph-container")), "graph container should be visible");
ok(isVisible($("#automation-content")), "automation content should be visible");
ok(!isVisible($("#automation-no-events")), "no-events panel should not be visible");
ok(!isVisible($("#automation-empty")), "empty panel should not be visible");
// Gain node
click(panelWin, findGraphNode(panelWin, nodeIds[2]));
yield waitForInspectorRender(panelWin, EVENTS);
$tabbox.selectedIndex = 1;
ok(!isVisible($("#automation-graph-container")), "graph container should not be visible");
ok(isVisible($("#automation-content")), "automation content should be visible");
ok(isVisible($("#automation-no-events")), "no-events panel should be visible");
ok(!isVisible($("#automation-empty")), "empty panel should not be visible");
// destination node
click(panelWin, findGraphNode(panelWin, nodeIds[0]));
yield waitForInspectorRender(panelWin, EVENTS);
$tabbox.selectedIndex = 1;
ok(!isVisible($("#automation-graph-container")), "graph container should not be visible");
ok(!isVisible($("#automation-content")), "automation content should not be visible");
ok(!isVisible($("#automation-no-events")), "no-events panel should not be visible");
ok(isVisible($("#automation-empty")), "empty panel should be visible");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that automation view selects the first parameter by default and
* switching between AudioParam rerenders the graph.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(AUTOMATION_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, AutomationView } = panelWin;
let started = once(gFront, "start-context");
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
// Oscillator node
click(panelWin, findGraphNode(panelWin, nodeIds[1]));
yield waitForInspectorRender(panelWin, EVENTS);
click(panelWin, $("#automation-tab"));
ok(AutomationView._selectedParamName, "frequency",
"AutomatioView is set on 'frequency'");
ok($(".automation-param-button[data-param='frequency']").getAttribute("selected"),
"frequency param should be selected on load");
ok(!$(".automation-param-button[data-param='detune']").getAttribute("selected"),
"detune param should not be selected on load");
ok(isVisible($("#automation-content")), "automation content should be visible");
ok(isVisible($("#automation-graph-container")), "graph container should be visible");
ok(!isVisible($("#automation-no-events")), "no-events panel should not be visible");
click(panelWin, $(".automation-param-button[data-param='detune']"));
yield once(panelWin, EVENTS.UI_AUTOMATION_TAB_RENDERED);
ok(true, "automation tab rerendered");
ok(AutomationView._selectedParamName, "detune",
"AutomatioView is set on 'detune'");
ok(!$(".automation-param-button[data-param='frequency']").getAttribute("selected"),
"frequency param should not be selected after clicking detune");
ok($(".automation-param-button[data-param='detune']").getAttribute("selected"),
"detune param should be selected after clicking detune");
ok(isVisible($("#automation-content")), "automation content should be visible");
ok(!isVisible($("#automation-graph-container")), "graph container should not be visible");
ok(isVisible($("#automation-no-events")), "no-events panel should be visible");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Bug 1125817
* Tests to ensure that disconnecting a node immediately
* after creating it does not fail.
*/
const BUG_1125817_URL = EXAMPLE_URL + "doc_bug_1125817.html";
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(BUG_1125817_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, gAudioNodes } = panelWin;
let events = Promise.all([
once(gAudioNodes, "add", 2),
once(gAudioNodes, "disconnect"),
waitForGraphRendered(panelWin, 2, 0)
]);
reload(target);
yield events;
ok(true, "Successfully disconnected a just-created node.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that the destruction node event is fired and that the nodes are no
* longer stored internally in the tool, that the graph is updated properly, and
* that selecting a soon-to-be dead node clears the inspector.
*
* All done in one test since this test takes a few seconds to clear GC.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(DESTROY_NODES_URL);
let { panelWin } = panel;
let { gFront, $, $$, gAudioNodes } = panelWin;
let started = once(gFront, "start-context");
let events = Promise.all([
getNSpread(gAudioNodes, "add", 13),
waitForGraphRendered(panelWin, 13, 2)
]);
reload(target);
let [created] = yield events;
// Flatten arrays of event arguments and take the first (AudioNodeModel)
// and get its ID.
let actorIDs = created.map(ev => ev[0].id);
// Click a soon-to-be dead buffer node
yield clickGraphNode(panelWin, actorIDs[5]);
let destroyed = getN(gAudioNodes, "remove", 10);
// Force a CC in the child process to collect the orphaned nodes.
forceNodeCollection();
// Wait for destruction and graph to re-render
yield Promise.all([destroyed, waitForGraphRendered(panelWin, 3, 2)]);
// Test internal storage
is(panelWin.gAudioNodes.length, 3, "All nodes should be GC'd except one gain, osc and dest node.");
// Test graph rendering
ok(findGraphNode(panelWin, actorIDs[0]), "dest should be in graph");
ok(findGraphNode(panelWin, actorIDs[1]), "osc should be in graph");
ok(findGraphNode(panelWin, actorIDs[2]), "gain should be in graph");
let { nodes, edges } = countGraphObjects(panelWin);
is(nodes, 3, "Only 3 nodes rendered in graph.");
is(edges, 2, "Only 2 edges rendered in graph.");
// Test that the inspector reset to no node selected
ok(isVisible($("#web-audio-editor-details-pane-empty")),
"InspectorView empty message should show if the currently selected node gets collected.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
//
// Whitelisting this test.
// As part of bug 1077403, the leaking uncaught rejection should be fixed.
//
thisTestLeaksUncaughtRejectionsAndShouldBeFixed("Error: Connection closed");
/**
* Tests that the reloading/onContentLoaded hooks work.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { gFront, $ } = panel.panelWin;
is($("#reload-notice").hidden, false,
"The 'reload this page' notice should initially be visible.");
is($("#waiting-notice").hidden, true,
"The 'waiting for an audio context' notice should initially be hidden.");
is($("#content").hidden, true,
"The tool's content should initially be hidden.");
let navigating = once(target, "will-navigate");
let started = once(gFront, "start-context");
reload(target);
yield navigating;
is($("#reload-notice").hidden, true,
"The 'reload this page' notice should be hidden when navigating.");
is($("#waiting-notice").hidden, false,
"The 'waiting for an audio context' notice should be visible when navigating.");
is($("#content").hidden, true,
"The tool's content should still be hidden.");
yield started;
is($("#reload-notice").hidden, true,
"The 'reload this page' notice should be hidden after context found.");
is($("#waiting-notice").hidden, true,
"The 'waiting for an audio context' notice should be hidden after context found.");
is($("#content").hidden, false,
"The tool's content should not be hidden anymore.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that the clicking on a node in the GraphView opens and sets
* the correct node in the InspectorView
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(COMPLEX_CONTEXT_URL);
let panelWin = panel.panelWin;
let { gFront, $, $$, InspectorView } = panelWin;
let started = once(gFront, "start-context");
let events = Promise.all([
getN(gFront, "create-node", 8),
waitForGraphRendered(panel.panelWin, 8, 8)
]);
reload(target);
let [actors, _] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
ok(!InspectorView.isVisible(), "InspectorView hidden on start.");
yield clickGraphNode(panelWin, nodeIds[1], true);
ok(InspectorView.isVisible(), "InspectorView visible after selecting a node.");
is(InspectorView.getCurrentAudioNode().id, nodeIds[1], "InspectorView has correct node set.");
yield clickGraphNode(panelWin, nodeIds[2]);
ok(InspectorView.isVisible(), "InspectorView still visible after selecting another node.");
is(InspectorView.getCurrentAudioNode().id, nodeIds[2], "InspectorView has correct node set on second node.");
yield clickGraphNode(panelWin, nodeIds[2]);
is(InspectorView.getCurrentAudioNode().id, nodeIds[2], "Clicking the same node again works (idempotent).");
yield clickGraphNode(panelWin, $("rect", findGraphNode(panelWin, nodeIds[3])));
is(InspectorView.getCurrentAudioNode().id, nodeIds[3], "Clicking on a <rect> works as expected.");
yield clickGraphNode(panelWin, $("tspan", findGraphNode(panelWin, nodeIds[4])));
is(InspectorView.getCurrentAudioNode().id, nodeIds[4], "Clicking on a <tspan> works as expected.");
ok(InspectorView.isVisible(),
"InspectorView still visible after several nodes have been clicked.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that the SVG marker styling is updated when devtools theme changes.
*/
const { setTheme } = require("devtools/client/shared/theme");
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, MARKER_STYLING } = panelWin;
let currentTheme = Services.prefs.getCharPref("devtools.theme");
ok(MARKER_STYLING.light, "Marker styling exists for light theme.");
ok(MARKER_STYLING.dark, "Marker styling exists for dark theme.");
let started = once(gFront, "start-context");
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
is(getFill($("#arrowhead")), MARKER_STYLING[currentTheme],
"marker initially matches theme.");
// Switch to light
setTheme("light");
is(getFill($("#arrowhead")), MARKER_STYLING.light,
"marker styling matches light theme on change.");
// Switch to dark
setTheme("dark");
is(getFill($("#arrowhead")), MARKER_STYLING.dark,
"marker styling matches dark theme on change.");
// Switch to dark again
setTheme("dark");
is(getFill($("#arrowhead")), MARKER_STYLING.dark,
"marker styling remains dark.");
// Switch to back to light again
setTheme("light");
is(getFill($("#arrowhead")), MARKER_STYLING.light,
"marker styling switches back to light once again.");
yield teardown(target);
});
/**
* Returns a hex value found in styling for an element. So parses
* <marker style="fill: #abcdef"> and returns "#abcdef"
*/
function getFill(el) {
return el.getAttribute("style").match(/(#.*)$/)[1];
}

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that SVG nodes and edges were created for the Graph View.
*/
var connectCount = 0;
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, gAudioNodes } = panelWin;
let started = once(gFront, "start-context");
gAudioNodes.on("connect", onConnectNode);
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let [destId, oscId, gainId] = actors.map(actor => actor.actorID);
ok(findGraphNode(panelWin, oscId).classList.contains("type-OscillatorNode"), "found OscillatorNode with class");
ok(findGraphNode(panelWin, gainId).classList.contains("type-GainNode"), "found GainNode with class");
ok(findGraphNode(panelWin, destId).classList.contains("type-AudioDestinationNode"), "found AudioDestinationNode with class");
is(findGraphEdge(panelWin, oscId, gainId).toString(), "[object SVGGElement]", "found edge for osc -> gain");
is(findGraphEdge(panelWin, gainId, destId).toString(), "[object SVGGElement]", "found edge for gain -> dest");
yield wait(1000);
is(connectCount, 2, "Only two node connect events should be fired.");
gAudioNodes.off("connect", onConnectNode);
yield teardown(target);
});
function onConnectNode() {
++connectCount;
}

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests more edge rendering for complex graphs.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(COMPLEX_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$ } = panelWin;
let started = once(gFront, "start-context");
let events = Promise.all([
getN(gFront, "create-node", 8),
waitForGraphRendered(panelWin, 8, 8)
]);
reload(target);
let [actors] = yield events;
let nodeIDs = actors.map(actor => actor.actorID);
let types = ["AudioDestinationNode", "OscillatorNode", "GainNode", "ScriptProcessorNode",
"OscillatorNode", "GainNode", "AudioBufferSourceNode", "BiquadFilterNode"];
types.forEach((type, i) => {
ok(findGraphNode(panelWin, nodeIDs[i]).classList.contains("type-" + type), "found " + type + " with class");
});
let edges = [
[1, 2, "osc1 -> gain1"],
[1, 3, "osc1 -> proc"],
[2, 0, "gain1 -> dest"],
[4, 5, "osc2 -> gain2"],
[5, 0, "gain2 -> dest"],
[6, 7, "buf -> filter"],
[4, 7, "osc2 -> filter"],
[7, 0, "filter -> dest"],
];
edges.forEach(([source, target, msg], i) => {
is(findGraphEdge(panelWin, nodeIDs[source], nodeIDs[target]).toString(), "[object SVGGElement]",
"found edge for " + msg);
});
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests to ensure that selected nodes stay selected on graph redraw.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS } = panelWin;
let events = Promise.all([
getN(gFront, "create-node", 3),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let [dest, osc, gain] = actors;
yield clickGraphNode(panelWin, gain.actorID);
ok(findGraphNode(panelWin, gain.actorID).classList.contains("selected"),
"Node selected once.");
// Disconnect a node to trigger a rerender
osc.disconnect();
yield once(panelWin, EVENTS.UI_GRAPH_RENDERED);
ok(findGraphNode(panelWin, gain.actorID).classList.contains("selected"),
"Node still selected after rerender.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests audio param connection rendering.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(CONNECT_MULTI_PARAM_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS } = panelWin;
let started = once(gFront, "start-context");
let events = Promise.all([
getN(gFront, "create-node", 5),
waitForGraphRendered(panelWin, 5, 2, 3)
]);
reload(target);
let [actors] = yield events;
let nodeIDs = actors.map(actor => actor.actorID);
let [, carrier, gain, mod1, mod2] = nodeIDs;
let edges = [
[mod1, gain, "gain", "mod1 -> gain[gain]"],
[mod2, carrier, "frequency", "mod2 -> carrier[frequency]"],
[mod2, carrier, "detune", "mod2 -> carrier[detune]"]
];
edges.forEach(([source, target, param, msg], i) => {
let edge = findGraphEdge(panelWin, source, target, param);
ok(edge.classList.contains("param-connection"), "edge is classified as a param-connection");
});
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests to ensure that param connections trigger graph redraws
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS } = panelWin;
let events = Promise.all([
getN(gFront, "create-node", 3),
waitForGraphRendered(panelWin, 3, 2, 0)
]);
reload(target);
let [actors] = yield events;
let [dest, osc, gain] = actors;
yield osc.disconnect();
osc.connectParam(gain, "gain");
yield waitForGraphRendered(panelWin, 3, 1, 1);
ok(true, "Graph re-rendered upon param connection");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests to ensure that param connections trigger graph redraws
*/
const BUG_1141261_URL = EXAMPLE_URL + "doc_bug_1141261.html";
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(BUG_1141261_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS } = panelWin;
let events = Promise.all([
getN(gFront, "create-node", 3),
waitForGraphRendered(panelWin, 3, 1, 0)
]);
reload(target);
yield events;
ok(true, "Graph correctly shows gain node as disconnected");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that SVG nodes and edges were created for the Graph View.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS } = panelWin;
let started = once(gFront, "start-context");
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let [destId, oscId, gainId] = actors.map(actor => actor.actorID);
ok(!findGraphNode(panelWin, destId).classList.contains("selected"),
"No nodes selected on start. (destination)");
ok(!findGraphNode(panelWin, oscId).classList.contains("selected"),
"No nodes selected on start. (oscillator)");
ok(!findGraphNode(panelWin, gainId).classList.contains("selected"),
"No nodes selected on start. (gain)");
yield clickGraphNode(panelWin, oscId);
ok(findGraphNode(panelWin, oscId).classList.contains("selected"),
"Selected node has class 'selected'.");
ok(!findGraphNode(panelWin, destId).classList.contains("selected"),
"Non-selected nodes do not have class 'selected'.");
ok(!findGraphNode(panelWin, gainId).classList.contains("selected"),
"Non-selected nodes do not have class 'selected'.");
yield clickGraphNode(panelWin, gainId);
ok(!findGraphNode(panelWin, oscId).classList.contains("selected"),
"Previously selected node no longer has class 'selected'.");
ok(!findGraphNode(panelWin, destId).classList.contains("selected"),
"Non-selected nodes do not have class 'selected'.");
ok(findGraphNode(panelWin, gainId).classList.contains("selected"),
"Newly selected node now has class 'selected'.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that the graph's scale and position is reset on a page reload.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, ContextView } = panelWin;
let started = once(gFront, "start-context");
yield Promise.all([
waitForGraphRendered(panelWin, 3, 2),
reload(target),
]);
is(ContextView.getCurrentScale(), 1, "Default graph scale is 1.");
is(ContextView.getCurrentTranslation()[0], 20, "Default x-translation is 20.");
is(ContextView.getCurrentTranslation()[1], 20, "Default y-translation is 20.");
// Change both attribute and D3's internal store
panelWin.d3.select("#graph-target").attr("transform", "translate([100, 400]) scale(10)");
ContextView._zoomBinding.scale(10);
ContextView._zoomBinding.translate([100, 400]);
is(ContextView.getCurrentScale(), 10, "After zoom, scale is 10.");
is(ContextView.getCurrentTranslation()[0], 100, "After zoom, x-translation is 100.");
is(ContextView.getCurrentTranslation()[1], 400, "After zoom, y-translation is 400.");
yield Promise.all([
waitForGraphRendered(panelWin, 3, 2),
reload(target),
]);
is(ContextView.getCurrentScale(), 1, "After refresh, graph scale is 1.");
is(ContextView.getCurrentTranslation()[0], 20, "After refresh, x-translation is 20.");
is(ContextView.getCurrentTranslation()[1], 20, "After refresh, y-translation is 20.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that nodes are correctly bypassed when bypassing.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, gAudioNodes } = panelWin;
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
// Wait for the node to be set as well as the inspector to come fully into the view
yield clickGraphNode(panelWin, findGraphNode(panelWin, nodeIds[1]), true);
let $bypass = $("toolbarbutton.bypass");
is((yield actors[1].isBypassed()), false, "AudioNodeActor is not bypassed by default.");
is($bypass.checked, true, "Button is 'on' for normal nodes");
is($bypass.disabled, false, "Bypass button is not disabled for normal nodes");
command($bypass);
yield once(gAudioNodes, "bypass");
is((yield actors[1].isBypassed()), true, "AudioNodeActor is bypassed.");
is($bypass.checked, false, "Button is 'off' when clicked");
is($bypass.disabled, false, "Bypass button is not disabled after click");
ok(findGraphNode(panelWin, nodeIds[1]).classList.contains("bypassed"),
"AudioNode has 'bypassed' class.");
command($bypass);
yield once(gAudioNodes, "bypass");
is((yield actors[1].isBypassed()), false, "AudioNodeActor is no longer bypassed.");
is($bypass.checked, true, "Button is back on when clicked");
is($bypass.disabled, false, "Bypass button is not disabled after click");
ok(!findGraphNode(panelWin, nodeIds[1]).classList.contains("bypassed"),
"AudioNode no longer has 'bypassed' class.");
yield clickGraphNode(panelWin, findGraphNode(panelWin, nodeIds[0]));
is((yield actors[0].isBypassed()), false, "Unbypassable AudioNodeActor is not bypassed.");
is($bypass.checked, false, "Button is 'off' for unbypassable nodes");
is($bypass.disabled, true, "Bypass button is disabled for unbypassable nodes");
command($bypass);
is((yield actors[0].isBypassed()), false,
"Clicking button on unbypassable node does not change bypass state on actor.");
is($bypass.checked, false, "Button is still 'off' for unbypassable nodes");
is($bypass.disabled, true, "Bypass button is still disabled for unbypassable nodes");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that the inspector toggle button shows and hides
* the inspector panel as intended.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, InspectorView } = panelWin;
let gVars = InspectorView._propsView;
let started = once(gFront, "start-context");
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
ok(!InspectorView.isVisible(), "InspectorView hidden on start.");
// Open inspector pane
$("#inspector-pane-toggle").click();
yield once(panelWin, EVENTS.UI_INSPECTOR_TOGGLED);
ok(InspectorView.isVisible(), "InspectorView shown after toggling.");
ok(isVisible($("#web-audio-editor-details-pane-empty")),
"InspectorView empty message should still be visible.");
ok(!isVisible($("#web-audio-editor-tabs")),
"InspectorView tabs view should still be hidden.");
// Close inspector pane
$("#inspector-pane-toggle").click();
yield once(panelWin, EVENTS.UI_INSPECTOR_TOGGLED);
ok(!InspectorView.isVisible(), "InspectorView back to being hidden.");
// Open again to test node loading while open
$("#inspector-pane-toggle").click();
yield once(panelWin, EVENTS.UI_INSPECTOR_TOGGLED);
ok(InspectorView.isVisible(), "InspectorView being shown.");
ok(!isVisible($("#web-audio-editor-tabs")),
"InspectorView tabs are still hidden.");
yield clickGraphNode(panelWin, findGraphNode(panelWin, nodeIds[1]));
ok(!isVisible($("#web-audio-editor-details-pane-empty")),
"Empty message hides even when loading node while open.");
ok(isVisible($("#web-audio-editor-tabs")),
"Switches to tab view when loading node while open.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test that the WebAudioInspector's Width is saved as
* a preference
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, InspectorView } = panelWin;
let gVars = InspectorView._propsView;
let started = once(gFront, "start-context");
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
ok(!InspectorView.isVisible(), "InspectorView hidden on start.");
// Open inspector pane
$("#inspector-pane-toggle").click();
yield once(panelWin, EVENTS.UI_INSPECTOR_TOGGLED);
let newInspectorWidth = 500;
// Setting width to new_inspector_width
$("#web-audio-inspector").setAttribute("width", newInspectorWidth);
// Width should be 500 after reloading
events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
[actors] = yield events;
nodeIds = actors.map(actor => actor.actorID);
// Open inspector pane
$("#inspector-pane-toggle").click();
yield once(panelWin, EVENTS.UI_INSPECTOR_TOGGLED);
yield clickGraphNode(panelWin, findGraphNode(panelWin, nodeIds[1]));
// Getting the width of the audio inspector
let width = $("#web-audio-inspector").getAttribute("width");
is(width, newInspectorWidth, "WebAudioEditor's Inspector width should be saved as a preference");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that inspector view opens on graph node click, and
* loads the correct node inside the inspector.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, InspectorView } = panelWin;
let gVars = InspectorView._propsView;
let started = once(gFront, "start-context");
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
ok(!InspectorView.isVisible(), "InspectorView hidden on start.");
ok(isVisible($("#web-audio-editor-details-pane-empty")),
"InspectorView empty message should show when no node's selected.");
ok(!isVisible($("#web-audio-editor-tabs")),
"InspectorView tabs view should be hidden when no node's selected.");
// Wait for the node to be set as well as the inspector to come fully into the view
yield clickGraphNode(panelWin, findGraphNode(panelWin, nodeIds[1]), true);
ok(InspectorView.isVisible(), "InspectorView shown once node selected.");
ok(!isVisible($("#web-audio-editor-details-pane-empty")),
"InspectorView empty message hidden when node selected.");
ok(isVisible($("#web-audio-editor-tabs")),
"InspectorView tabs view visible when node selected.");
is($("#web-audio-editor-tabs").selectedIndex, 0,
"default tab selected should be the parameters tab.");
yield clickGraphNode(panelWin, findGraphNode(panelWin, nodeIds[2]));
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests naviating from a page to another will repopulate
* the audio graph if both pages have an AudioContext.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $ } = panelWin;
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
yield events;
var { nodes, edges } = countGraphObjects(panelWin);
is(nodes, 3, "should only be 3 nodes.");
is(edges, 2, "should only be 2 edges.");
events = Promise.all([
getN(gFront, "create-node", 15),
waitForGraphRendered(panelWin, 15, 0)
]);
navigate(target, SIMPLE_NODES_URL);
yield events;
is($("#reload-notice").hidden, true,
"The 'reload this page' notice should be hidden after context found after navigation.");
is($("#waiting-notice").hidden, true,
"The 'waiting for an audio context' notice should be hidden after context found after navigation.");
is($("#content").hidden, false,
"The tool's content should reappear without closing and reopening the toolbox.");
var { nodes, edges } = countGraphObjects(panelWin);
is(nodes, 15, "after navigation, should have 15 nodes");
is(edges, 0, "after navigation, should have 0 edges.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that properties are updated when modifying the VariablesView.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, PropertiesView } = panelWin;
let gVars = PropertiesView._propsView;
let started = once(gFront, "start-context");
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
click(panelWin, findGraphNode(panelWin, nodeIds[1]));
// Wait for the node to be set as well as the inspector to come fully into the view
yield Promise.all([
waitForInspectorRender(panelWin, EVENTS),
once(panelWin, EVENTS.UI_INSPECTOR_TOGGLED)
]);
let setAndCheck = setAndCheckVariable(panelWin, gVars);
checkVariableView(gVars, 0, {
"type": "sine",
"frequency": 440,
"detune": 0
}, "default loaded string");
click(panelWin, findGraphNode(panelWin, nodeIds[2]));
yield waitForInspectorRender(panelWin, EVENTS),
checkVariableView(gVars, 0, {
"gain": 0
}, "default loaded number");
click(panelWin, findGraphNode(panelWin, nodeIds[1]));
yield waitForInspectorRender(panelWin, EVENTS),
yield setAndCheck(0, "type", "square", "square", "sets string as string");
click(panelWin, findGraphNode(panelWin, nodeIds[2]));
yield waitForInspectorRender(panelWin, EVENTS),
yield setAndCheck(0, "gain", "0.005", 0.005, "sets number as number");
yield setAndCheck(0, "gain", "0.1", 0.1, "sets float as float");
yield setAndCheck(0, "gain", ".2", 0.2, "sets float without leading zero as float");
yield teardown(target);
});
function setAndCheckVariable(panelWin, gVars) {
return Task.async(function* (varNum, prop, value, expected, desc) {
yield modifyVariableView(panelWin, gVars, varNum, prop, value);
var props = {};
props[prop] = expected;
checkVariableView(gVars, varNum, props, desc);
});
}

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that properties are not updated when modifying the VariablesView.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(COMPLEX_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, PropertiesView } = panelWin;
let gVars = PropertiesView._propsView;
let started = once(gFront, "start-context");
let events = Promise.all([
getN(gFront, "create-node", 8),
waitForGraphRendered(panelWin, 8, 8)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
click(panelWin, findGraphNode(panelWin, nodeIds[3]));
// Wait for the node to be set as well as the inspector to come fully into the view
yield Promise.all([
waitForInspectorRender(panelWin, EVENTS),
once(panelWin, EVENTS.UI_INSPECTOR_TOGGLED),
]);
let errorEvent = once(panelWin, EVENTS.UI_SET_PARAM_ERROR);
try {
yield modifyVariableView(panelWin, gVars, 0, "bufferSize", 2048);
} catch (e) {
// we except modifyVariableView to fail here, because bufferSize is not writable
}
yield errorEvent;
checkVariableView(gVars, 0, {bufferSize: 4096}, "check that unwritable variable is not updated");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that params view correctly displays all properties for nodes
* correctly, with default values and correct types.
*/
var MEDIA_PERMISSION = "media.navigator.permission.disabled";
function waitForDeviceClosed() {
info("Checking that getUserMedia streams are no longer in use.");
let temp = {};
Cu.import("resource:///modules/webrtcUI.jsm", temp);
let webrtcUI = temp.webrtcUI;
if (!webrtcUI.showGlobalIndicator)
return Promise.resolve();
let deferred = Promise.defer();
const message = "webrtc:UpdateGlobalIndicators";
let ppmm = Cc["@mozilla.org/parentprocessmessagemanager;1"]
.getService(Ci.nsIMessageBroadcaster);
ppmm.addMessageListener(message, function listener(aMessage) {
info("Received " + message + " message");
if (!aMessage.data.showGlobalIndicator) {
ppmm.removeMessageListener(message, listener);
deferred.resolve();
}
});
return deferred.promise;
}
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(MEDIA_NODES_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, PropertiesView } = panelWin;
let gVars = PropertiesView._propsView;
// Auto enable getUserMedia
let mediaPermissionPref = Services.prefs.getBoolPref(MEDIA_PERMISSION);
Services.prefs.setBoolPref(MEDIA_PERMISSION, true);
yield loadFrameScripts();
let events = Promise.all([
getN(gFront, "create-node", 4),
waitForGraphRendered(panelWin, 4, 0)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
let types = [
"AudioDestinationNode", "MediaElementAudioSourceNode",
"MediaStreamAudioSourceNode", "MediaStreamAudioDestinationNode"
];
let defaults = yield Promise.all(types.map(type => nodeDefaultValues(type)));
for (let i = 0; i < types.length; i++) {
click(panelWin, findGraphNode(panelWin, nodeIds[i]));
yield waitForInspectorRender(panelWin, EVENTS);
checkVariableView(gVars, 0, defaults[i], types[i]);
}
// Reset permissions on getUserMedia
Services.prefs.setBoolPref(MEDIA_PERMISSION, mediaPermissionPref);
yield teardown(target);
yield waitForDeviceClosed();
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that params view correctly displays non-primitive properties
* like AudioBuffer and Float32Array in properties of AudioNodes.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(BUFFER_AND_ARRAY_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, PropertiesView } = panelWin;
let gVars = PropertiesView._propsView;
let started = once(gFront, "start-context");
let events = Promise.all([
getN(gFront, "create-node", 3),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
click(panelWin, findGraphNode(panelWin, nodeIds[2]));
yield waitForInspectorRender(panelWin, EVENTS);
checkVariableView(gVars, 0, {
"curve": "Float32Array"
}, "WaveShaper's `curve` is listed as an `Float32Array`.");
let aVar = gVars.getScopeAtIndex(0).get("curve");
let state = aVar.target.querySelector(".theme-twisty").hasAttribute("invisible");
ok(state, "Float32Array property should not have a dropdown.");
click(panelWin, findGraphNode(panelWin, nodeIds[1]));
yield waitForInspectorRender(panelWin, EVENTS);
checkVariableView(gVars, 0, {
"buffer": "AudioBuffer"
}, "AudioBufferSourceNode's `buffer` is listed as an `AudioBuffer`.");
aVar = gVars.getScopeAtIndex(0).get("buffer");
state = aVar.target.querySelector(".theme-twisty").hasAttribute("invisible");
ok(state, "AudioBuffer property should not have a dropdown.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that params view correctly displays all properties for nodes
* correctly, with default values and correct types.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_NODES_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, PropertiesView } = panelWin;
let gVars = PropertiesView._propsView;
let started = once(gFront, "start-context");
yield loadFrameScripts();
let events = Promise.all([
getN(gFront, "create-node", 15),
waitForGraphRendered(panelWin, 15, 0)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
let types = [
"AudioDestinationNode", "AudioBufferSourceNode", "ScriptProcessorNode",
"AnalyserNode", "GainNode", "DelayNode", "BiquadFilterNode", "WaveShaperNode",
"PannerNode", "ConvolverNode", "ChannelSplitterNode", "ChannelMergerNode",
"DynamicsCompressorNode", "OscillatorNode"
];
let defaults = yield Promise.all(types.map(type => nodeDefaultValues(type)));
for (let i = 0; i < types.length; i++) {
click(panelWin, findGraphNode(panelWin, nodeIds[i]));
yield waitForInspectorRender(panelWin, EVENTS);
checkVariableView(gVars, 0, defaults[i], types[i]);
}
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests that params view shows params when they exist, and are hidden otherwise.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, $$, EVENTS, PropertiesView } = panelWin;
let gVars = PropertiesView._propsView;
let started = once(gFront, "start-context");
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
// Gain node
click(panelWin, findGraphNode(panelWin, nodeIds[2]));
yield waitForInspectorRender(panelWin, EVENTS);
ok(isVisible($("#properties-content")), "Parameters shown when they exist.");
ok(!isVisible($("#properties-empty")),
"Empty message hidden when AudioParams exist.");
// Destination node
click(panelWin, findGraphNode(panelWin, nodeIds[0]));
yield waitForInspectorRender(panelWin, EVENTS);
ok(!isVisible($("#properties-content")),
"Parameters hidden when they don't exist.");
ok(isVisible($("#properties-empty")),
"Empty message shown when no AudioParams exist.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
//
// Whitelisting this test.
// As part of bug 1077403, the leaking uncaught rejection should be fixed.
//
thisTestLeaksUncaughtRejectionsAndShouldBeFixed("Error: Connection closed");
/**
* Tests that reloading a tab will properly listen for the `start-context`
* event and reshow the tools after reloading.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { gFront, $ } = panel.panelWin;
is($("#reload-notice").hidden, false,
"The 'reload this page' notice should initially be visible.");
is($("#waiting-notice").hidden, true,
"The 'waiting for an audio context' notice should initially be hidden.");
is($("#content").hidden, true,
"The tool's content should initially be hidden.");
let navigating = once(target, "will-navigate");
let started = once(gFront, "start-context");
reload(target);
yield navigating;
is($("#reload-notice").hidden, true,
"The 'reload this page' notice should be hidden when navigating.");
is($("#waiting-notice").hidden, false,
"The 'waiting for an audio context' notice should be visible when navigating.");
is($("#content").hidden, true,
"The tool's content should still be hidden.");
yield started;
is($("#reload-notice").hidden, true,
"The 'reload this page' notice should be hidden after context found.");
is($("#waiting-notice").hidden, true,
"The 'waiting for an audio context' notice should be hidden after context found.");
is($("#content").hidden, false,
"The tool's content should not be hidden anymore.");
navigating = once(target, "will-navigate");
started = once(gFront, "start-context");
reload(target);
yield Promise.all([navigating, started]);
let rendered = waitForGraphRendered(panel.panelWin, 3, 2);
is($("#reload-notice").hidden, true,
"The 'reload this page' notice should be hidden after context found after reload.");
is($("#waiting-notice").hidden, true,
"The 'waiting for an audio context' notice should be hidden after context found after reload.");
is($("#content").hidden, false,
"The tool's content should reappear without closing and reopening the toolbox.");
yield rendered;
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests reloading a tab with the tools open properly cleans up
* the graph.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $ } = panelWin;
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
yield events;
let { nodes, edges } = countGraphObjects(panelWin);
is(nodes, 3, "should only be 3 nodes.");
is(edges, 2, "should only be 2 edges.");
events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
yield events;
({ nodes, edges } = countGraphObjects(panelWin));
is(nodes, 3, "after reload, should only be 3 nodes.");
is(edges, 2, "after reload, should only be 2 edges.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Tests reloading a tab with the tools open properly cleans up
* the inspector and selected node.
*/
add_task(function* () {
let { target, panel } = yield initWebAudioEditor(SIMPLE_CONTEXT_URL);
let { panelWin } = panel;
let { gFront, $, InspectorView } = panelWin;
let events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
let [actors] = yield events;
let nodeIds = actors.map(actor => actor.actorID);
yield clickGraphNode(panelWin, nodeIds[1], true);
ok(InspectorView.isVisible(), "InspectorView visible after selecting a node.");
is(InspectorView.getCurrentAudioNode().id, nodeIds[1], "InspectorView has correct node set.");
/**
* Reload
*/
events = Promise.all([
get3(gFront, "create-node"),
waitForGraphRendered(panelWin, 3, 2)
]);
reload(target);
[actors] = yield events;
nodeIds = actors.map(actor => actor.actorID);
ok(!InspectorView.isVisible(), "InspectorView hidden on start.");
is(InspectorView.getCurrentAudioNode(), null,
"InspectorView has no current node set on reset.");
yield clickGraphNode(panelWin, nodeIds[2], true);
ok(InspectorView.isVisible(),
"InspectorView visible after selecting a node after a reset.");
is(InspectorView.getCurrentAudioNode().id, nodeIds[2], "InspectorView has correct node set upon clicking graph node after a reset.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
//
// Whitelisting this test.
// As part of bug 1077403, the leaking uncaught rejection should be fixed.
//
thisTestLeaksUncaughtRejectionsAndShouldBeFixed("Error: Connection closed");
/**
* Tests that switching to an iframe works fine.
*/
add_task(function* () {
Services.prefs.setBoolPref("devtools.command-button-frames.enabled", true);
let { target, panel, toolbox } = yield initWebAudioEditor(IFRAME_CONTEXT_URL);
let { gFront, $ } = panel.panelWin;
is($("#reload-notice").hidden, false,
"The 'reload this page' notice should initially be visible.");
is($("#waiting-notice").hidden, true,
"The 'waiting for an audio context' notice should initially be hidden.");
is($("#content").hidden, true,
"The tool's content should initially be hidden.");
let btn = toolbox.doc.getElementById("command-button-frames");
ok(!btn.firstChild, "The frame list button has no children");
// Open frame menu and wait till it's available on the screen.
let menu = toolbox.showFramesMenu({target: btn});
yield once(menu, "open");
let frames = menu.items;
is(frames.length, 2, "We have both frames in the list");
// Select the iframe
frames[1].click();
let navigating = once(target, "will-navigate");
yield navigating;
is($("#reload-notice").hidden, false,
"The 'reload this page' notice should still be visible when switching to a frame.");
is($("#waiting-notice").hidden, true,
"The 'waiting for an audio context' notice should be kept hidden when switching to a frame.");
is($("#content").hidden, true,
"The tool's content should still be hidden.");
navigating = once(target, "will-navigate");
let started = once(gFront, "start-context");
reload(target);
yield Promise.all([navigating, started]);
is($("#reload-notice").hidden, true,
"The 'reload this page' notice should be hidden after reloading the frame.");
is($("#waiting-notice").hidden, true,
"The 'waiting for an audio context' notice should be hidden after reloading the frame.");
is($("#content").hidden, false,
"The tool's content should appear after reload.");
yield teardown(target);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test that the WebAudioActor receives and emits the `automation-event` events
* with correct arguments from the content.
*/
add_task(function* () {
let { target, front } = yield initBackend(AUTOMATION_URL);
let events = [];
let expected = [
["setValueAtTime", 0.2, 0],
["linearRampToValueAtTime", 1, 0.3],
["exponentialRampToValueAtTime", 0.75, 0.6],
["setValueCurveAtTime", [-1, 0, 1], 0.7, 0.3],
];
front.on("automation-event", onAutomationEvent);
let [_, __, [destNode, oscNode, gainNode], [connect1, connect2]] = yield Promise.all([
front.setup({ reload: true }),
once(front, "start-context"),
get3(front, "create-node"),
get2(front, "connect-node")
]);
is(events.length, 4, "correct number of events fired");
function onAutomationEvent(e) {
let { eventName, paramName, args } = e;
let exp = expected[events.length];
is(eventName, exp[0], "correct eventName in event");
is(paramName, "frequency", "correct paramName in event");
is(args.length, exp.length - 1, "correct length in args");
args.forEach((a, i) => {
// In the case of an array
if (typeof a === "object") {
a.forEach((f, j) => is(f, exp[i + 1][j], `correct argument in Float32Array: ${f}`));
} else {
is(a, exp[i + 1], `correct ${i + 1}th argument in args: ${a}`);
}
});
events.push([eventName].concat(args));
}
front.off("automation-event", onAutomationEvent);
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test the `connect-param` event on the web audio actor.
*/
add_task(function* () {
let { target, front } = yield initBackend(CONNECT_PARAM_URL);
let [, , [destNode, carrierNode, modNode, gainNode], , connectParam] = yield Promise.all([
front.setup({ reload: true }),
once(front, "start-context"),
getN(front, "create-node", 4),
get2(front, "connect-node"),
once(front, "connect-param")
]);
info(connectParam);
is(connectParam.source.actorID, modNode.actorID, "`connect-param` has correct actor for `source`");
is(connectParam.dest.actorID, gainNode.actorID, "`connect-param` has correct actor for `dest`");
is(connectParam.param, "gain", "`connect-param` has correct parameter name for `param`");
yield removeTab(target.tab);
});

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test `destroy-node` event on WebAudioActor.
*/
add_task(function* () {
let { target, front } = yield initBackend(DESTROY_NODES_URL);
let [, , created] = yield Promise.all([
front.setup({ reload: true }),
once(front, "start-context"),
// Should create dest, gain, and oscillator node and 10
// disposable buffer nodes
getN(front, "create-node", 13)
]);
let waitUntilDestroyed = getN(front, "destroy-node", 10);
// Force CC so we can ensure it's run to clear out dead AudioNodes
forceNodeCollection();
let destroyed = yield waitUntilDestroyed;
destroyed.forEach((node, i) => {
ok(node.type, "AudioBufferSourceNode", "Only buffer nodes are destroyed");
ok(actorIsInList(created, destroyed[i]),
"`destroy-node` called only on AudioNodes in current document.");
});
yield removeTab(target.tab);
});
function actorIsInList(list, actor) {
for (let i = 0; i < list.length; i++) {
if (list[i].actorID === actor.actorID)
return list[i];
}
return null;
}

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
/**
* Test basic communication of Web Audio actor
*/
add_task(function* () {
let { target, front } = yield initBackend(SIMPLE_CONTEXT_URL);
let [_, __, [destNode, oscNode, gainNode], [connect1, connect2]] = yield Promise.all([
front.setup({ reload: true }),
once(front, "start-context"),
get3(front, "create-node"),
get2(front, "connect-node")
]);
is(destNode.type, "AudioDestinationNode", "WebAudioActor:create-node returns AudioNodeActor for AudioDestination");
is(oscNode.type, "OscillatorNode", "WebAudioActor:create-node returns AudioNodeActor");
is(gainNode.type, "GainNode", "WebAudioActor:create-node returns AudioNodeActor");
let { source, dest } = connect1;
is(source.actorID, oscNode.actorID, "WebAudioActor:connect-node returns correct actor with ID on source (osc->gain)");
is(dest.actorID, gainNode.actorID, "WebAudioActor:connect-node returns correct actor with ID on dest (osc->gain)");
({ source, dest } = connect2);
is(source.actorID, gainNode.actorID, "WebAudioActor:connect-node returns correct actor with ID on source (gain->dest)");
is(dest.actorID, destNode.actorID, "WebAudioActor:connect-node returns correct actor with ID on dest (gain->dest)");
yield removeTab(target.tab);
});

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
let osc = ctx.createOscillator();
let gain = ctx.createGain();
gain.gain.value = 0;
osc.frequency.setValueAtTime(0.2, 0);
osc.frequency.linearRampToValueAtTime(1, 0.3);
osc.frequency.exponentialRampToValueAtTime(0.75, 0.6);
osc.frequency.setValueCurveAtTime(new Float32Array([-1, 0, 1]), 0.7, 0.3);
osc.connect(gain);
gain.connect(ctx.destination);
osc.start(0);
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let audioURL = "http://example.com/browser/devtools/client/webaudioeditor/test/440hz_sine.ogg";
let ctx = new AudioContext();
let bufferNode = ctx.createBufferSource();
let shaperNode = ctx.createWaveShaper();
shaperNode.curve = generateWaveShapingCurve();
let xhr = getBuffer(audioURL, () => {
ctx.decodeAudioData(xhr.response, (buffer) => {
bufferNode.buffer = buffer;
bufferNode.connect(shaperNode);
shaperNode.connect(ctx.destination);
});
});
function generateWaveShapingCurve() {
let frames = 65536;
let curve = new Float32Array(frames);
let n = frames;
let n2 = n / 2;
for (let i = 0; i < n; ++i) {
let x = (i - n2) / n2;
let y = Math.atan(5 * x) / (0.5 * Math.PI);
}
return curve;
}
function getBuffer (url, callback) {
let xhr = new XMLHttpRequest();
xhr.open("GET", url, true);
xhr.responseType = "arraybuffer";
xhr.onload = callback;
xhr.send();
return xhr;
}
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
let osc = ctx.createOscillator();
function throwError () {
try {
osc.connect({});
} catch (e) {
return {
lineNumber: e.lineNumber,
fileName: e.fileName,
columnNumber: e.columnNumber,
message: e.message,
instanceof: e instanceof TypeError,
stringified: e.toString(),
name: e.name
}
}
}
function throwDOMException () {
try {
osc.frequency.setValueAtTime(0, -1);
} catch (e) {
return {
lineNumber: e.lineNumber,
columnNumber: e.columnNumber,
filename: e.filename,
message: e.message,
code: e.code,
result: e.result,
instanceof: e instanceof DOMException,
stringified: e.toString(),
name: e.name
}
}
}
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
let osc = ctx.createOscillator();
osc.frequency.value = 200;
osc.disconnect();
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
ctx.createOscillator.call(ctx);
ctx.createGain.apply(ctx, []);
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
let osc = ctx.createOscillator();
let gain = ctx.createGain();
osc.connect(gain);
gain.connect(ctx.destination);
gain.disconnect();
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
/*
↱ proc
osc → gain →
osc → gain → destination
buffer →↳ filter →
*/
let ctx = new AudioContext();
let osc1 = ctx.createOscillator();
let gain1 = ctx.createGain();
let proc = ctx.createScriptProcessor();
osc1.connect(gain1);
osc1.connect(proc);
gain1.connect(ctx.destination);
let osc2 = ctx.createOscillator();
let gain2 = ctx.createGain();
osc2.connect(gain2);
gain2.connect(ctx.destination);
let buf = ctx.createBufferSource();
let filter = ctx.createBiquadFilter();
buf.connect(filter);
osc2.connect(filter);
filter.connect(ctx.destination);
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
let carrier = ctx.createOscillator();
let gain = ctx.createGain();
let modulator = ctx.createOscillator();
let modulator2 = ctx.createOscillator();
carrier.connect(gain);
gain.connect(ctx.destination);
modulator.connect(gain.gain);
modulator2.connect(carrier.frequency);
modulator2.connect(carrier.detune);
modulator.start(0);
modulator2.start(0);
carrier.start(0);
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
let carrier = ctx.createOscillator();
let modulator = ctx.createOscillator();
let gain = ctx.createGain();
carrier.connect(gain);
gain.connect(ctx.destination);
modulator.connect(gain.gain);
modulator.start(0);
carrier.start(0);
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
// Keep the nodes we want to GC alive until we are ready for them to
// be collected. We will zero this reference by force from the devtools
// side.
var keepAlive = [];
(function () {
let ctx = new AudioContext();
let osc = ctx.createOscillator();
let gain = ctx.createGain();
for (let i = 0; i < 10; i++) {
keepAlive.push(ctx.createBufferSource());
}
osc.connect(gain);
gain.connect(ctx.destination);
gain.gain.value = 0;
osc.start();
})();
</script>
</body>
</html>

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@ -0,0 +1,14 @@
<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page with an iframe</title>
</head>
<body>
<iframe id="frame" src="doc_simple-context.html" />
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
let audio = new Audio();
let meNode, msNode, mdNode;
navigator.getUserMedia = navigator.getUserMedia || navigator.mozGetUserMedia;
navigator.getUserMedia({ audio: true, fake: true }, stream => {
meNode = ctx.createMediaElementSource(audio);
msNode = ctx.createMediaStreamSource(stream);
mdNode = ctx.createMediaStreamDestination();
}, () => {});
</script>
</body>
</html>

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<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
let osc = ctx.createOscillator();
let gain = ctx.createGain();
gain.gain.value = 0;
// Connect multiple times to test that it's disregarded.
osc.connect(gain);
gain.connect(ctx.destination);
gain.connect(ctx.destination);
gain.connect(ctx.destination);
gain.connect(ctx.destination);
gain.connect(ctx.destination);
gain.connect(ctx.destination);
osc.start(0);
</script>
</body>
</html>

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@ -0,0 +1,28 @@
<!-- Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ -->
<!doctype html>
<html>
<head>
<meta charset="utf-8"/>
<title>Web Audio Editor test page</title>
</head>
<body>
<script type="text/javascript;version=1.8">
"use strict";
let ctx = new AudioContext();
let NODE_CREATION_METHODS = [
"createBufferSource", "createScriptProcessor", "createAnalyser",
"createGain", "createDelay", "createBiquadFilter", "createWaveShaper",
"createPanner", "createConvolver", "createChannelSplitter", "createChannelMerger",
"createDynamicsCompressor", "createOscillator", "createStereoPanner"
];
let nodes = NODE_CREATION_METHODS.map(method => ctx[method]());
</script>
</body>
</html>

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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
"use strict";
var { classes: Cc, interfaces: Ci, utils: Cu, results: Cr } = Components;
var { require } = Cu.import("resource://devtools/shared/Loader.jsm", {});
var { Task } = require("devtools/shared/task");
var Services = require("Services");
var { gDevTools } = require("devtools/client/framework/devtools");
var { TargetFactory } = require("devtools/client/framework/target");
var { DebuggerServer } = require("devtools/server/main");
var { generateUUID } = Cc["@mozilla.org/uuid-generator;1"].getService(Ci.nsIUUIDGenerator);
var Promise = require("promise");
var Services = require("Services");
var { WebAudioFront } = require("devtools/shared/fronts/webaudio");
var DevToolsUtils = require("devtools/shared/DevToolsUtils");
var flags = require("devtools/shared/flags");
var audioNodes = require("devtools/server/actors/utils/audionodes.json");
var mm = null;
const FRAME_SCRIPT_UTILS_URL = "chrome://devtools/content/shared/frame-script-utils.js";
const EXAMPLE_URL = "http://example.com/browser/devtools/client/webaudioeditor/test/";
const SIMPLE_CONTEXT_URL = EXAMPLE_URL + "doc_simple-context.html";
const COMPLEX_CONTEXT_URL = EXAMPLE_URL + "doc_complex-context.html";
const SIMPLE_NODES_URL = EXAMPLE_URL + "doc_simple-node-creation.html";
const MEDIA_NODES_URL = EXAMPLE_URL + "doc_media-node-creation.html";
const BUFFER_AND_ARRAY_URL = EXAMPLE_URL + "doc_buffer-and-array.html";
const DESTROY_NODES_URL = EXAMPLE_URL + "doc_destroy-nodes.html";
const CONNECT_PARAM_URL = EXAMPLE_URL + "doc_connect-param.html";
const CONNECT_MULTI_PARAM_URL = EXAMPLE_URL + "doc_connect-multi-param.html";
const IFRAME_CONTEXT_URL = EXAMPLE_URL + "doc_iframe-context.html";
const AUTOMATION_URL = EXAMPLE_URL + "doc_automation.html";
// Enable logging for all the tests. Both the debugger server and frontend will
// be affected by this pref.
var gEnableLogging = Services.prefs.getBoolPref("devtools.debugger.log");
Services.prefs.setBoolPref("devtools.debugger.log", false);
// All tests are asynchronous.
waitForExplicitFinish();
var gToolEnabled = Services.prefs.getBoolPref("devtools.webaudioeditor.enabled");
flags.testing = true;
registerCleanupFunction(() => {
flags.testing = false;
info("finish() was called, cleaning up...");
Services.prefs.setBoolPref("devtools.debugger.log", gEnableLogging);
Services.prefs.setBoolPref("devtools.webaudioeditor.enabled", gToolEnabled);
Cu.forceGC();
});
/**
* Call manually in tests that use frame script utils after initializing
* the web audio editor. Call after init but before navigating to a different page.
*/
function loadFrameScripts() {
mm = gBrowser.selectedBrowser.messageManager;
mm.loadFrameScript(FRAME_SCRIPT_UTILS_URL, false);
}
function addTab(aUrl, aWindow) {
info("Adding tab: " + aUrl);
let deferred = Promise.defer();
let targetWindow = aWindow || window;
let targetBrowser = targetWindow.gBrowser;
targetWindow.focus();
let tab = targetBrowser.selectedTab = targetBrowser.addTab(aUrl);
let linkedBrowser = tab.linkedBrowser;
BrowserTestUtils.browserLoaded(linkedBrowser).then(function () {
info("Tab added and finished loading: " + aUrl);
deferred.resolve(tab);
});
return deferred.promise;
}
function removeTab(aTab, aWindow) {
info("Removing tab.");
let deferred = Promise.defer();
let targetWindow = aWindow || window;
let targetBrowser = targetWindow.gBrowser;
let tabContainer = targetBrowser.tabContainer;
tabContainer.addEventListener("TabClose", function onClose(aEvent) {
tabContainer.removeEventListener("TabClose", onClose, false);
info("Tab removed and finished closing.");
deferred.resolve();
}, false);
targetBrowser.removeTab(aTab);
return deferred.promise;
}
function once(aTarget, aEventName, aUseCapture = false) {
info("Waiting for event: '" + aEventName + "' on " + aTarget + ".");
let deferred = Promise.defer();
for (let [add, remove] of [
["on", "off"], // Use event emitter before DOM events for consistency
["addEventListener", "removeEventListener"],
["addListener", "removeListener"]
]) {
if ((add in aTarget) && (remove in aTarget)) {
aTarget[add](aEventName, function onEvent(...aArgs) {
aTarget[remove](aEventName, onEvent, aUseCapture);
info("Got event: '" + aEventName + "' on " + aTarget + ".");
deferred.resolve(...aArgs);
}, aUseCapture);
break;
}
}
return deferred.promise;
}
function reload(aTarget, aWaitForTargetEvent = "navigate") {
aTarget.activeTab.reload();
return once(aTarget, aWaitForTargetEvent);
}
function navigate(aTarget, aUrl, aWaitForTargetEvent = "navigate") {
executeSoon(() => aTarget.activeTab.navigateTo(aUrl));
return once(aTarget, aWaitForTargetEvent);
}
/**
* Call manually in tests that use frame script utils after initializing
* the shader editor. Call after init but before navigating to different pages.
*/
function loadFrameScripts() {
mm = gBrowser.selectedBrowser.messageManager;
mm.loadFrameScript(FRAME_SCRIPT_UTILS_URL, false);
}
/**
* Adds a new tab, and instantiate a WebAudiFront object.
* This requires calling removeTab before the test ends.
*/
function initBackend(aUrl) {
info("Initializing a web audio editor front.");
if (!DebuggerServer.initialized) {
DebuggerServer.init();
DebuggerServer.addBrowserActors();
}
return Task.spawn(function* () {
let tab = yield addTab(aUrl);
let target = TargetFactory.forTab(tab);
yield target.makeRemote();
let front = new WebAudioFront(target.client, target.form);
return { target, front };
});
}
/**
* Adds a new tab, and open the toolbox for that tab, selecting the audio editor
* panel.
* This requires calling teardown before the test ends.
*/
function initWebAudioEditor(aUrl) {
info("Initializing a web audio editor pane.");
return Task.spawn(function* () {
let tab = yield addTab(aUrl);
let target = TargetFactory.forTab(tab);
yield target.makeRemote();
Services.prefs.setBoolPref("devtools.webaudioeditor.enabled", true);
let toolbox = yield gDevTools.showToolbox(target, "webaudioeditor");
let panel = toolbox.getCurrentPanel();
return { target, panel, toolbox };
});
}
/**
* Close the toolbox, destroying all panels, and remove the added test tabs.
*/
function teardown(aTarget) {
info("Destroying the web audio editor.");
return gDevTools.closeToolbox(aTarget).then(() => {
while (gBrowser.tabs.length > 1) {
gBrowser.removeCurrentTab();
}
});
}
// Due to web audio will fire most events synchronously back-to-back,
// and we can't yield them in a chain without missing actors, this allows
// us to listen for `n` events and return a promise resolving to them.
//
// Takes a `front` object that is an event emitter, the number of
// programs that should be listened to and waited on, and an optional
// `onAdd` function that calls with the entire actors array on program link
function getN(front, eventName, count, spread) {
let actors = [];
let deferred = Promise.defer();
info(`Waiting for ${count} ${eventName} events`);
front.on(eventName, function onEvent(...args) {
let actor = args[0];
if (actors.length !== count) {
actors.push(spread ? args : actor);
}
info(`Got ${actors.length} / ${count} ${eventName} events`);
if (actors.length === count) {
front.off(eventName, onEvent);
deferred.resolve(actors);
}
});
return deferred.promise;
}
function get(front, eventName) { return getN(front, eventName, 1); }
function get2(front, eventName) { return getN(front, eventName, 2); }
function get3(front, eventName) { return getN(front, eventName, 3); }
function getSpread(front, eventName) { return getN(front, eventName, 1, true); }
function get2Spread(front, eventName) { return getN(front, eventName, 2, true); }
function get3Spread(front, eventName) { return getN(front, eventName, 3, true); }
function getNSpread(front, eventName, count) { return getN(front, eventName, count, true); }
/**
* Waits for the UI_GRAPH_RENDERED event to fire, but only
* resolves when the graph was rendered with the correct count of
* nodes and edges.
*/
function waitForGraphRendered(front, nodeCount, edgeCount, paramEdgeCount) {
let deferred = Promise.defer();
let eventName = front.EVENTS.UI_GRAPH_RENDERED;
info(`Wait for graph rendered with ${nodeCount} nodes, ${edgeCount} edges`);
front.on(eventName, function onGraphRendered(_, nodes, edges, pEdges) {
let paramEdgesDone = paramEdgeCount != null ? paramEdgeCount === pEdges : true;
info(`Got graph rendered with ${nodes} / ${nodeCount} nodes, ` +
`${edges} / ${edgeCount} edges`);
if (nodes === nodeCount && edges === edgeCount && paramEdgesDone) {
front.off(eventName, onGraphRendered);
deferred.resolve();
}
});
return deferred.promise;
}
function checkVariableView(view, index, hash, description = "") {
info("Checking Variable View");
let scope = view.getScopeAtIndex(index);
let variables = Object.keys(hash);
// If node shouldn't display any properties, ensure that the 'empty' message is
// visible
if (!variables.length) {
ok(isVisible(scope.window.$("#properties-empty")),
description + " should show the empty properties tab.");
return;
}
// Otherwise, iterate over expected properties
variables.forEach(variable => {
let aVar = scope.get(variable);
is(aVar.target.querySelector(".name").getAttribute("value"), variable,
"Correct property name for " + variable);
let value = aVar.target.querySelector(".value").getAttribute("value");
// Cast value with JSON.parse if possible;
// will fail when displaying Object types like "ArrayBuffer"
// and "Float32Array", but will match the original value.
try {
value = JSON.parse(value);
}
catch (e) {}
if (typeof hash[variable] === "function") {
ok(hash[variable](value),
"Passing property value of " + value + " for " + variable + " " + description);
}
else {
is(value, hash[variable],
"Correct property value of " + hash[variable] + " for " + variable + " " + description);
}
});
}
function modifyVariableView(win, view, index, prop, value) {
let deferred = Promise.defer();
let scope = view.getScopeAtIndex(index);
let aVar = scope.get(prop);
scope.expand();
win.on(win.EVENTS.UI_SET_PARAM, handleSetting);
win.on(win.EVENTS.UI_SET_PARAM_ERROR, handleSetting);
// Focus and select the variable to begin editing
win.focus();
aVar.focus();
EventUtils.sendKey("RETURN", win);
// Must wait for the scope DOM to be available to receive
// events
executeSoon(() => {
info("Setting " + value + " for " + prop + "....");
for (let c of (value + "")) {
EventUtils.synthesizeKey(c, {}, win);
}
EventUtils.sendKey("RETURN", win);
});
function handleSetting(eventName) {
win.off(win.EVENTS.UI_SET_PARAM, handleSetting);
win.off(win.EVENTS.UI_SET_PARAM_ERROR, handleSetting);
if (eventName === win.EVENTS.UI_SET_PARAM)
deferred.resolve();
if (eventName === win.EVENTS.UI_SET_PARAM_ERROR)
deferred.reject();
}
return deferred.promise;
}
function findGraphEdge(win, source, target, param) {
let selector = ".edgePaths .edgePath[data-source='" + source + "'][data-target='" + target + "']";
if (param) {
selector += "[data-param='" + param + "']";
}
return win.document.querySelector(selector);
}
function findGraphNode(win, node) {
let selector = ".nodes > g[data-id='" + node + "']";
return win.document.querySelector(selector);
}
function click(win, element) {
EventUtils.sendMouseEvent({ type: "click" }, element, win);
}
function mouseOver(win, element) {
EventUtils.sendMouseEvent({ type: "mouseover" }, element, win);
}
function command(button) {
let ev = button.ownerDocument.createEvent("XULCommandEvent");
ev.initCommandEvent("command", true, true, button.ownerDocument.defaultView, 0, false, false, false, false, null);
button.dispatchEvent(ev);
}
function isVisible(element) {
return !element.getAttribute("hidden");
}
/**
* Used in debugging, returns a promise that resolves in `n` milliseconds.
*/
function wait(n) {
let { promise, resolve } = Promise.defer();
setTimeout(resolve, n);
info("Waiting " + n / 1000 + " seconds.");
return promise;
}
/**
* Clicks a graph node based on actorID or passing in an element.
* Returns a promise that resolves once UI_INSPECTOR_NODE_SET is fired and
* the tabs have rendered, completing all RDP requests for the node.
*/
function clickGraphNode(panelWin, el, waitForToggle = false) {
let { promise, resolve } = Promise.defer();
let promises = [
once(panelWin, panelWin.EVENTS.UI_INSPECTOR_NODE_SET),
once(panelWin, panelWin.EVENTS.UI_PROPERTIES_TAB_RENDERED),
once(panelWin, panelWin.EVENTS.UI_AUTOMATION_TAB_RENDERED)
];
if (waitForToggle) {
promises.push(once(panelWin, panelWin.EVENTS.UI_INSPECTOR_TOGGLED));
}
// Use `el` as the element if it is one, otherwise
// assume it's an ID and find the related graph node
let element = el.tagName ? el : findGraphNode(panelWin, el);
click(panelWin, element);
return Promise.all(promises);
}
/**
* Returns the primitive value of a grip's value, or the
* original form that the string grip.type comes from.
*/
function getGripValue(value) {
if (~["boolean", "string", "number"].indexOf(typeof value)) {
return value;
}
switch (value.type) {
case "undefined": return undefined;
case "Infinity": return Infinity;
case "-Infinity": return -Infinity;
case "NaN": return NaN;
case "-0": return -0;
case "null": return null;
default: return value;
}
}
/**
* Counts how many nodes and edges are currently in the graph.
*/
function countGraphObjects(win) {
return {
nodes: win.document.querySelectorAll(".nodes > .audionode").length,
edges: win.document.querySelectorAll(".edgePaths > .edgePath").length
};
}
/**
* Forces cycle collection and GC, used in AudioNode destruction tests.
*/
function forceNodeCollection() {
ContentTask.spawn(gBrowser.selectedBrowser, {}, function*() {
// Kill the reference keeping stuff alive.
content.wrappedJSObject.keepAlive = null;
// Collect the now-deceased nodes.
Cu.forceGC();
Cu.forceCC();
Cu.forceGC();
Cu.forceCC();
});
}
/**
* Takes a `values` array of automation value entries,
* looking for the value at `time` seconds, checking
* to see if the value is close to `expected`.
*/
function checkAutomationValue(values, time, expected) {
// Remain flexible on values as we can approximate points
let EPSILON = 0.01;
let value = getValueAt(values, time);
ok(Math.abs(value - expected) < EPSILON, "Timeline value at " + time + " with value " + value + " should have value very close to " + expected);
/**
* Entries are ordered in `values` according to time, so if we can't find an exact point
* on a time of interest, return the point in between the threshold. This should
* get us a very close value.
*/
function getValueAt(values, time) {
for (let i = 0; i < values.length; i++) {
if (values[i].delta === time) {
return values[i].value;
}
if (values[i].delta > time) {
return (values[i - 1].value + values[i].value) / 2;
}
}
return values[values.length - 1].value;
}
}
/**
* Wait for all inspector tabs to complete rendering.
*/
function waitForInspectorRender(panelWin, EVENTS) {
return Promise.all([
once(panelWin, EVENTS.UI_PROPERTIES_TAB_RENDERED),
once(panelWin, EVENTS.UI_AUTOMATION_TAB_RENDERED)
]);
}
/**
* Takes a string `script` and evaluates it directly in the content
* in potentially a different process.
*/
function evalInDebuggee(script) {
let deferred = Promise.defer();
if (!mm) {
throw new Error("`loadFrameScripts()` must be called when using MessageManager.");
}
let id = generateUUID().toString();
mm.sendAsyncMessage("devtools:test:eval", { script: script, id: id });
mm.addMessageListener("devtools:test:eval:response", handler);
function handler({ data }) {
if (id !== data.id) {
return;
}
mm.removeMessageListener("devtools:test:eval:response", handler);
deferred.resolve(data.value);
}
return deferred.promise;
}
/**
* Takes an AudioNode type and returns it's properties (from audionode.json)
* as keys and their default values as keys
*/
function nodeDefaultValues(nodeName) {
let fn = NODE_CONSTRUCTORS[nodeName];
if (typeof fn === "undefined") return {};
let init = nodeName === "AudioDestinationNode" ? "destination" : `create${fn}()`;
let definition = JSON.stringify(audioNodes[nodeName].properties);
let evalNode = evalInDebuggee(`
let ins = (new AudioContext()).${init};
let props = ${definition};
let answer = {};
for(let k in props) {
if (props[k].param) {
answer[k] = ins[k].defaultValue;
} else if (typeof ins[k] === "object" && ins[k] !== null) {
answer[k] = ins[k].toString().slice(8, -1);
} else {
answer[k] = ins[k];
}
}
answer;`);
return evalNode;
}
const NODE_CONSTRUCTORS = {
"MediaStreamAudioDestinationNode": "MediaStreamDestination",
"AudioBufferSourceNode": "BufferSource",
"ScriptProcessorNode": "ScriptProcessor",
"AnalyserNode": "Analyser",
"GainNode": "Gain",
"DelayNode": "Delay",
"BiquadFilterNode": "BiquadFilter",
"WaveShaperNode": "WaveShaper",
"PannerNode": "Panner",
"ConvolverNode": "Convolver",
"ChannelSplitterNode": "ChannelSplitter",
"ChannelMergerNode": "ChannelMerger",
"DynamicsCompressorNode": "DynamicsCompressor",
"OscillatorNode": "Oscillator",
"StereoPannerNode": "StereoPanner"
};