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const dbgGlobal = newGlobal({ newCompartment: true });
dbgGlobal.parent = this;
dbgGlobal.eval(`
var entered = 0;
var forceReturn = false;
Debugger(parent).onEnterFrame = function () {
entered++;
if (forceReturn) {
return { return: "force return" };
}
return undefined;
};
`);
{
function* f1() { yield 10; };
dbgGlobal.entered = 0;
let g = f1();
assertEq(dbgGlobal.entered, 1);
dbgGlobal.forceReturn = true;
let ret = g.next();
dbgGlobal.forceReturn = false;
assertEq(dbgGlobal.entered, 2);
assertEq(ret.value, "force return");
}
{
async function f2() { await {}; }
dbgGlobal.entered = 0;
let p = f2();
assertEq(dbgGlobal.entered, 1);
dbgGlobal.forceReturn = true;
drainJobQueue();
dbgGlobal.forceReturn = false;
assertEq(dbgGlobal.entered, 2);
let ret = null;
p.then(x => ret = x);
drainJobQueue();
assertEq(ret, "force return");
}
{
async function* f3() { await {}; }
dbgGlobal.entered = 0;
let g = f3();
assertEq(dbgGlobal.entered, 1);
dbgGlobal.forceReturn = true;
let p = g.next();
dbgGlobal.forceReturn = false;
assertEq(dbgGlobal.entered, 2);
let ret = null;
p.then(v => ret = v);
drainJobQueue();
assertEq(ret.value, "force return");
}
{
let m = registerModule("1", parseModule("await {};"));
moduleLink(m);
dbgGlobal.entered = 0;
let p = moduleEvaluate(m);
assertEq(dbgGlobal.entered, 1);
dbgGlobal.forceReturn = true;
drainJobQueue();
dbgGlobal.forceReturn = false;
assertEq(dbgGlobal.entered, 2);
let ret = null;
p.then(x => ret = x);
drainJobQueue();
assertEq(ret, undefined);
}
|
