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// |jit-test| allow-unhandlable-oom
// Crash test. Try lots of different combinations of mark colors and
// sequencing, and rely on the in-code asserts to detect problems.
// This test requires precise control over GC timing. The SM(cgc) job will fail
// without this, because startgc() asserts if an incremental GC is already in
// progress.
gczeal(0);
function global(where) {
if (where == 'same-realm')
return globalThis;
if (where == 'same-compartment')
return newGlobal();
if (where == 'same-zone')
newGlobal({sameZoneAs: {}});
return newGlobal({newCompartment: true});
}
function varying(mapColor, keyColor, delegateColor, order, where) {
const vals = {};
const g = global(where);
vals.m = new WeakMap();
vals.key = g.eval("Object.create(null)");
vals.val = Object.create(null);
vals.m.set(vals.key, vals.val);
addMarkObservers([vals.m, vals.key]);
g.delegate = vals.key;
g.eval('addMarkObservers([delegate])');
g.delegate = null;
addMarkObservers([vals.val]);
for (const action of order) {
if (action == 'key' && ['black', 'gray'].includes(keyColor)) {
enqueueMark(`set-color-${keyColor}`);
enqueueMark(vals.key);
enqueueMark("unset-color");
enqueueMark("yield");
} else if (action == 'map' && ['black', 'gray'].includes(mapColor)) {
enqueueMark(`set-color-${mapColor}`);
enqueueMark(vals.m);
enqueueMark("drain");
enqueueMark("unset-color");
enqueueMark("yield");
} else if (action == 'delegate' && ['black', 'gray'].includes(delegateColor)) {
g.delegate = vals.key;
g.eval(`enqueueMark("set-color-${delegateColor}")`);
g.eval('enqueueMark(delegate)');
g.eval('enqueueMark("unset-color")');
g.eval('enqueueMark("yield")');
g.delegate = null;
}
}
vals.m = vals.key = vals.val = null;
if (delegateColor == 'uncollected')
schedulezone({});
startgc(100000);
print(' ' + getMarks().join("/"));
gcslice(100000);
print(' ' + getMarks().join("/"));
finishgc();
print(' ' + getMarks().join("/"));
clearMarkQueue();
clearMarkObservers();
}
if (this.enqueueMark) {
for (const mapColor of ['gray', 'black']) {
for (const keyColor of ['gray', 'black', 'unmarked']) {
for (const delegateColor of ['gray', 'black', 'unmarked', 'uncollected']) {
for (const order of [['map', 'key'],
['key', 'map'],
['map', 'delegate'],
['delegate', 'map']])
{
for (const where of ['same-realm', 'same-compartment', 'same-zone', 'other-zone']) {
print(`\nRunning variant map/key/delegate=${mapColor}/${keyColor}/${delegateColor}, key is ${where}, order: ${order.join(" ")}`);
varying(mapColor, keyColor, delegateColor, order, where);
}
}
}
}
}
}
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