/* Any copyright is dedicated to the Public Domain. http://creativecommons.org/publicdomain/zero/1.0/ */ "use strict"; /** * Ensure that the debugger resume page execution when the connection drops * and when the target is detached. */ add_task( threadFrontTest(({ threadFront, debuggee, targetFront }) => { return new Promise(resolve => { (async () => { await executeOnNextTickAndWaitForPause(evalCode, threadFront); ok(true, "The page is paused"); ok(!debuggee.foo, "foo is still false after we hit the breakpoint"); await targetFront.detach(); // Closing the connection will force the thread actor to resume page // execution ok(debuggee.foo, "foo is true after target's detach request"); resolve(); })(); function evalCode() { /* eslint-disable */ Cu.evalInSandbox("var foo = false;\n", debuggee); /* eslint-enable */ ok(!debuggee.foo, "foo is false at startup"); /* eslint-disable */ Cu.evalInSandbox("debugger;\n" + "foo = true;\n", debuggee); /* eslint-enable */ } }); }) ); add_task( threadFrontTest(({ threadFront, client, debuggee }) => { return new Promise(resolve => { (async () => { await executeOnNextTickAndWaitForPause(evalCode, threadFront); ok(true, "The page is paused"); ok(!debuggee.foo, "foo is still false after we hit the breakpoint"); await client.close(); // `close` will force the destruction of the thread actor, which, // will resume the page execution. But all of that seems to be // synchronous and we have to spin the event loop in order to ensure // having the content javascript to execute the resumed code. await new Promise(executeSoon); // Closing the connection will force the thread actor to resume page // execution ok(debuggee.foo, "foo is true after client close"); executeSoon(resolve); dump("resolved\n"); })(); function evalCode() { /* eslint-disable */ Cu.evalInSandbox("var foo = false;\n", debuggee); /* eslint-enable */ ok(!debuggee.foo, "foo is false at startup"); /* eslint-disable */ Cu.evalInSandbox("debugger;\n" + "foo = true;\n", debuggee); /* eslint-enable */ } }); }) );