Index: third_party/WebKit/LayoutTests/webaudio/iirfilter-basic.html |
diff --git a/third_party/WebKit/LayoutTests/webaudio/iirfilter-basic.html b/third_party/WebKit/LayoutTests/webaudio/iirfilter-basic.html |
deleted file mode 100644 |
index 267ea80ee4fa82ecc556021d84e64ff8c424a3a3..0000000000000000000000000000000000000000 |
--- a/third_party/WebKit/LayoutTests/webaudio/iirfilter-basic.html |
+++ /dev/null |
@@ -1,211 +0,0 @@ |
-<!doctype html> |
-<html> |
- <head> |
- <title>Test Basic IIRFilterNode Properties</title> |
- <script src="../resources/js-test.js"></script> |
- <script src="resources/compatibility.js"></script> |
- <script src="resources/audit-util.js"></script> |
- <script src="resources/audio-testing.js"></script> |
- </head> |
- |
- <body> |
- <script> |
- description("Test Basic IIRFilterNode Properties"); |
- window.jsTestIsAsync = true; |
- |
- var sampleRate = 48000; |
- var testFrames = 100; |
- |
- // Global context that can be used by the individual tasks. It must be defined by the |
- // initialize task. |
- var context; |
- |
- var audit = Audit.createTaskRunner(); |
- |
- audit.defineTask("initialize", function (done) { |
- context = new OfflineAudioContext(1, testFrames, sampleRate); |
- done(); |
- }); |
- |
- audit.defineTask("existence", function (done) { |
- shouldBeDefined("context.createIIRFilter"); |
- done(); |
- }); |
- |
- audit.defineTask("parameters", function (done) { |
- // Create a really simple IIR filter. Doesn't much matter what. |
- var coef = Float32Array.from([1]); |
- |
- var f = context.createIIRFilter(coef, coef); |
- |
- var success = true; |
- |
- success = Should("numberOfInputs", f.numberOfInputs).beEqualTo(1) && success; |
- success = Should("numberOfOutputs", f.numberOfOutputs).beEqualTo(1) && success; |
- success = Should("channelCountMode", f.channelCountMode).beEqualTo("max") && success; |
- success = Should("channelInterpretation", f.channelInterpretation).beEqualTo("speakers") && success; |
- |
- if (success) |
- testPassed("All basic IIRFilter parameters are correct.\n"); |
- else |
- testFailed("Some basic IIRFilter parameter was not correct.\n"); |
- done(); |
- }); |
- |
- audit.defineTask("exceptions-createIIRFilter", function (done) { |
- var success = true; |
- |
- success = Should("createIIRFilter()", function () { |
- // Two args are required. |
- context.createIIRFilter(); |
- }).throw("TypeError") && success; |
- |
- success = Should("createIIRFilter(new Float32Array(1))", function () { |
- // Two args are required. |
- context.createIIRFilter(new Float32Array(1)); |
- }).throw("TypeError") && success; |
- |
- success = Should("createIIRFilter(null, null)", function () { |
- // null is not valid |
- context.createIIRFilter(null, null); |
- }).throw("TypeError") && success; |
- |
- success = Should("createIIRFilter([], [])", function () { |
- // There has to be at least one coefficient. |
- context.createIIRFilter([], []); |
- }).throw("NotSupportedError") && success; |
- |
- success = Should("createIIRFilter([1], [])", function () { |
- // There has to be at least one coefficient. |
- context.createIIRFilter([1], []); |
- }).throw("NotSupportedError") && success; |
- |
- success = Should("createIIRFilter([], [1])", function () { |
- // There has to be at least one coefficient. |
- context.createIIRFilter([], [1]); |
- }).throw("NotSupportedError") && success; |
- |
- success = Should("createIIRFilter(new Float32Array(20), new Float32Array(20))", |
- // Max allowed size for the coefficient arrays. |
- function () { |
- var fb = new Float32Array(20); |
- fb[0] = 1; |
- context.createIIRFilter(fb, fb); |
- }).notThrow() && success; |
- |
- success = Should("createIIRFilter(new Float32Array(21), [1])", |
- // Max allowed size for the feedforward coefficient array. |
- function () { |
- var coef = new Float32Array(21); |
- coef[0] = 1; |
- context.createIIRFilter(coef, [1]); |
- }).throw("NotSupportedError") && success; |
- |
- success = Should("createIIRFilter([1], new Float32Array(21))", |
- // Max allowed size for the feedback coefficient array. |
- function () { |
- var coef = new Float32Array(21); |
- coef[0] = 1; |
- context.createIIRFilter([1], coef); |
- }).throw("NotSupportedError") && success; |
- |
- success = Should("createIIRFilter([1], new Float32Array(2))", function () { |
- // First feedback coefficient can't be 0. |
- context.createIIRFilter([1], new Float32Array(2)); |
- }).throw("InvalidStateError") && success; |
- |
- success = Should("createIIRFilter(new Float32Array(10), [1])", function () { |
- // feedforward coefficients can't all be zero. |
- context.createIIRFilter(new Float32Array(10), [1]); |
- }).throw("InvalidStateError") && success; |
- |
- success = Should("createIIRFilter([1], [1, NaN, Infinity])", function () { |
- // Feedback coefficients must be finite. |
- context.createIIRFilter([1], [1, Infinity, NaN]); |
- }).throw("InvalidStateError") && success; |
- |
- success = Should("createIIRFilter([1, NaN, Infinity], [1])", function () { |
- // Feedforward coefficients must be finite. |
- context.createIIRFilter([1, Infinity, NaN], [1]); |
- }).throw("InvalidStateError") && success; |
- |
- success = Should("createIIRFilter([1, 'abc', []], [1])", function () { |
- // Test that random junk in the array is converted to NaN. |
- context.createIIRFilter([1, "abc", []], [1]); |
- }).throw("InvalidStateError") && success; |
- |
- if (success) |
- testPassed("All exceptions for createIIRFilter were correctly thrown.\n"); |
- else |
- testFailed("Some exceptions for createIIRFilter were not thrown as expected.\n"); |
- done(); |
- }); |
- |
- audit.defineTask("exceptions-getFrequencyData", function (done) { |
- // Create a really simple IIR filter. Doesn't much matter what. |
- var coef = Float32Array.from([1]); |
- |
- var f = context.createIIRFilter(coef, coef); |
- |
- var success = true; |
- |
- success = Should("getFrequencyResponse(null, new Float32Array(1), new Float32Array(1))", |
- function () { |
- // frequencyHz can't be null. |
- f.getFrequencyResponse(null, new Float32Array(1), new Float32Array(1)); |
- }).throw("TypeError") && success; |
- |
- success = Should("getFrequencyResponse(new Float32Array(1), null, new Float32Array(1))", |
- function () { |
- // magResponse can't be null. |
- f.getFrequencyResponse(new Float32Array(1), null, new Float32Array(1)); |
- }).throw("TypeError") && success; |
- |
- success = Should("getFrequencyResponse(new Float32Array(1), new Float32Array(1), null)", |
- function () { |
- // phaseResponse can't be null. |
- f.getFrequencyResponse(new Float32Array(1), new Float32Array(1), null); |
- }).throw("TypeError") && success; |
- |
- success = Should( |
- "getFrequencyResponse(new Float32Array(10), new Float32Array(1), new Float32Array(20))", |
- function () { |
- // magResponse array must be longer than frequencyHz |
- f.getFrequencyResponse(new Float32Array(10), new Float32Array(1), new Float32Array( |
- 20)); |
- }).throw("NotSupportedError") && success; |
- |
- success = Should( |
- "getFrequencyResponse(new Float32Array(10), new Float32Array(20), new Float32Array(1))", |
- function () { |
- // phaseResponse array must be longer than frequencyHz |
- f.getFrequencyResponse(new Float32Array(10), new Float32Array(20), new Float32Array( |
- 1)); |
- }).throw("NotSupportedError") && success; |
- |
- success = Should( |
- "getFrequencyResponse(new Float32Array(10), new Float32Array(20), new Float32Array(30))", |
- function () { |
- // Ok if magResponse and phaseResponse have different lengths as long as they're longer |
- // than frequencyHz. |
- f.getFrequencyResponse(new Float32Array(10), new Float32Array(20), new Float32Array( |
- 30)); |
- }).notThrow() && success; |
- |
- if (success) |
- testPassed("getFrequencyResponse exceptions handled correctly.\n"); |
- else |
- testFailed("getFrequencyResponse exceptions not handled correctly.\n"); |
- |
- done(); |
- }); |
- audit.defineTask("finish", function (done) { |
- finishJSTest(); |
- done(); |
- }); |
- |
- audit.runTasks(); |
- successfullyParsed = true; |
- </script> |
- </body> |
-</html> |