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// Copyright 2016 the V8 project authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
InspectorTest.log('Checks that async stacks works good with different limits');
InspectorTest.addScript(`
var resolveTest;
function foo1() {
debugger;
}
function foo2() {
debugger;
if (resolveTest) resolveTest();
}
function promise() {
var resolve1;
var p1 = new Promise(resolve => resolve1 = resolve);
var p2 = p1.then(foo1);
resolve1();
return p2;
}
function twoPromises() {
var resolve1;
var resolve2;
var p1 = new Promise(resolve => resolve1 = resolve);
var p2 = new Promise(resolve => resolve2 = resolve);
var p3 = p1.then(foo1);
var p4 = p2.then(foo2);
resolve1();
resolve2();
return Promise.all([p3, p4]);
}
function twoSetTimeout() {
setTimeout(foo1, 0);
setTimeout(foo2, 0);
return new Promise(resolve => resolveTest = resolve);
}
function twentySetTimeout() {
var resolve1;
var p1 = new Promise(resolve => resolve1 = resolve);
for (var i = 1; i <= 19; ++i)
setTimeout('(function foo' + i + '(){debugger;})()',0);
setTimeout(resolve1, 0);
return p1;
}
//# sourceURL=test.js`, 7, 26);
InspectorTest.setupScriptMap();
Protocol.Debugger.onPaused(message => {
InspectorTest.logCallFrames(message.params.callFrames);
var asyncStackTrace = message.params.asyncStackTrace;
while (asyncStackTrace) {
InspectorTest.log(`-- ${asyncStackTrace.description} --`);
InspectorTest.logCallFrames(asyncStackTrace.callFrames);
asyncStackTrace = asyncStackTrace.parent;
}
InspectorTest.log('');
Protocol.Debugger.resume();
});
Protocol.Debugger.enable();
Protocol.Debugger.setAsyncCallStackDepth({ maxDepth: 128 });
InspectorTest.runTestSuite([
function testZeroLimit(next) {
Protocol.Runtime.evaluate({
expression: 'setMaxAsyncTaskStacks(0)//# sourceURL=expr.js'})
.then(() => Protocol.Runtime.evaluate({
expression: 'promise()//# sourceURL=expr.js', awaitPromise: true
}))
.then(() => cancelAllAsyncTasks())
.then(next);
},
function testTwoLimit(next) {
// we need one stack for parent task and one for next task.
Protocol.Runtime
.evaluate({expression: 'setMaxAsyncTaskStacks(2)//# sourceURL=expr.js'})
.then(() => Protocol.Runtime.evaluate({
expression: 'promise()//# sourceURL=expr.js',
awaitPromise: true
}))
.then(() => cancelAllAsyncTasks())
.then(next);
},
function testOneLimitTwoPromises(next) {
// Should be no async stacks because when first microtask is finished
// it will resolve and schedule p3 - will remove async stack for scheduled
// p2.
Protocol.Runtime.evaluate({
expression: 'setMaxAsyncTaskStacks(1)//# sourceURL=expr.js'})
.then(() => Protocol.Runtime.evaluate({
expression: 'twoPromises()//# sourceURL=expr.js', awaitPromise: true
}))
.then(() => cancelAllAsyncTasks())
.then(next);
},
function testFourLimitTwoPromises(next) {
Protocol.Runtime
.evaluate({expression: 'setMaxAsyncTaskStacks(4)//# sourceURL=expr.js'})
.then(() => Protocol.Runtime.evaluate({
expression: 'twoPromises()//# sourceURL=expr.js',
awaitPromise: true
}))
.then(() => cancelAllAsyncTasks())
.then(next);
},
function testSixLimitTwoPromises(next) {
Protocol.Runtime
.evaluate({expression: 'setMaxAsyncTaskStacks(6)//# sourceURL=expr.js'})
.then(() => Protocol.Runtime.evaluate({
expression: 'twoPromises()//# sourceURL=expr.js',
awaitPromise: true
}))
.then(() => cancelAllAsyncTasks())
.then(next);
},
function testTwoLimitTwoSetTimeouts(next) {
Protocol.Runtime.evaluate({
expression: 'setMaxAsyncTaskStacks(2)//# sourceURL=expr.js'})
.then(() => Protocol.Runtime.evaluate({
expression: 'twoSetTimeout()//# sourceURL=expr.js', awaitPromise: true
}))
.then(() => cancelAllAsyncTasks())
.then(next);
},
function testThreeLimitTwoSetTimeouts(next) {
Protocol.Runtime.evaluate({
expression: 'setMaxAsyncTaskStacks(3)//# sourceURL=expr.js'})
.then(() => Protocol.Runtime.evaluate({
expression: 'twoSetTimeout()//# sourceURL=expr.js', awaitPromise: true
}))
.then(() => cancelAllAsyncTasks())
.then(next);
},
function testTenLimitTwentySetTimeouts(next) {
Protocol.Runtime.evaluate({
expression: 'setMaxAsyncTaskStacks(10)//# sourceURL=expr.js'})
.then(() => Protocol.Runtime.evaluate({
expression: 'twentySetTimeout()//# sourceURL=expr.js',
awaitPromise: true
}))
.then(() => cancelAllAsyncTasks())
.then(next);
}
]);
function cancelAllAsyncTasks() {
return Protocol.Debugger.setAsyncCallStackDepth({ maxDepth: 0 })
.then(() => Protocol.Debugger.setAsyncCallStackDepth({ maxDepth: 128 }));
}
|
