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/* Any copyright is dedicated to the Public Domain.
http://creativecommons.org/publicdomain/zero/1.0/ */
"use strict";
Services.prefs.setBoolPref("security.allow_eval_with_system_principal", true);
registerCleanupFunction(() => {
Services.prefs.clearUserPref("security.allow_eval_with_system_principal");
});
add_task(
threadFrontTest(async ({ threadFront, debuggee }) => {
const packet = await executeOnNextTickAndWaitForPause(
eval_code,
threadFront
);
const [grip] = packet.frame.arguments;
const objectFront = threadFront.pauseGrip(grip);
// Checks the result of enumProperties.
let response = await objectFront.enumProperties({});
await check_enum_properties(response);
// Checks the result of enumSymbols.
response = await objectFront.enumSymbols();
await check_enum_symbols(response);
await threadFront.resume();
function eval_code() {
debuggee.eval(
// These arguments are tested.
// eslint-disable-next-line no-unused-vars
function stopMe(arg1) {
debugger;
}.toString()
);
debuggee.eval(`
var obj = Array.from({length: 10})
.reduce((res, _, i) => {
res["property_" + i + "_key"] = "property_" + i + "_value";
res[Symbol("symbol_" + i)] = "symbol_" + i + "_value";
return res;
}, {});
obj[Symbol()] = "first unnamed symbol";
obj[Symbol()] = "second unnamed symbol";
obj[Symbol.iterator] = function* () {
yield 1;
yield 2;
};
stopMe(obj);
`);
}
async function check_enum_properties(iterator) {
equal(iterator.count, 10, "iterator.count has the expected value");
info("Check iterator.slice response for all properties");
let sliceResponse = await iterator.slice(0, iterator.count);
ok(
sliceResponse &&
Object.getOwnPropertyNames(sliceResponse).includes("ownProperties"),
"The response object has an ownProperties property"
);
let { ownProperties } = sliceResponse;
let names = Object.keys(ownProperties);
equal(
names.length,
iterator.count,
"The response has the expected number of properties"
);
for (let i = 0; i < names.length; i++) {
const name = names[i];
equal(name, `property_${i}_key`);
equal(ownProperties[name].value, `property_${i}_value`);
}
info("Check iterator.all response");
const allResponse = await iterator.all();
deepEqual(
allResponse,
sliceResponse,
"iterator.all response has the expected data"
);
info("Check iterator response for 2 properties only");
sliceResponse = await iterator.slice(2, 2);
ok(
sliceResponse &&
Object.getOwnPropertyNames(sliceResponse).includes("ownProperties"),
"The response object has an ownProperties property"
);
ownProperties = sliceResponse.ownProperties;
names = Object.keys(ownProperties);
equal(
names.length,
2,
"The response has the expected number of properties"
);
equal(names[0], `property_2_key`);
equal(names[1], `property_3_key`);
equal(ownProperties[names[0]].value, `property_2_value`);
equal(ownProperties[names[1]].value, `property_3_value`);
}
async function check_enum_symbols(iterator) {
equal(iterator.count, 13, "iterator.count has the expected value");
info("Check iterator.slice response for all symbols");
let sliceResponse = await iterator.slice(0, iterator.count);
ok(
sliceResponse &&
Object.getOwnPropertyNames(sliceResponse).includes("ownSymbols"),
"The response object has an ownSymbols property"
);
let { ownSymbols } = sliceResponse;
equal(
ownSymbols.length,
iterator.count,
"The response has the expected number of symbols"
);
for (let i = 0; i < 10; i++) {
const symbol = ownSymbols[i];
equal(symbol.name, `Symbol(symbol_${i})`);
equal(symbol.descriptor.value, `symbol_${i}_value`);
}
const firstUnnamedSymbol = ownSymbols[10];
equal(firstUnnamedSymbol.name, "Symbol()");
equal(firstUnnamedSymbol.descriptor.value, "first unnamed symbol");
const secondUnnamedSymbol = ownSymbols[11];
equal(secondUnnamedSymbol.name, "Symbol()");
equal(secondUnnamedSymbol.descriptor.value, "second unnamed symbol");
const iteratorSymbol = ownSymbols[12];
equal(iteratorSymbol.name, "Symbol(Symbol.iterator)");
equal(iteratorSymbol.descriptor.value.getGrip().class, "Function");
info("Check iterator.all response");
const allResponse = await iterator.all();
deepEqual(
allResponse,
sliceResponse,
"iterator.all response has the expected data"
);
info("Check iterator response for 2 symbols only");
sliceResponse = await iterator.slice(9, 2);
ok(
sliceResponse &&
Object.getOwnPropertyNames(sliceResponse).includes("ownSymbols"),
"The response object has an ownSymbols property"
);
ownSymbols = sliceResponse.ownSymbols;
equal(
ownSymbols.length,
2,
"The response has the expected number of symbols"
);
equal(ownSymbols[0].name, "Symbol(symbol_9)");
equal(ownSymbols[0].descriptor.value, "symbol_9_value");
equal(ownSymbols[1].name, "Symbol()");
equal(ownSymbols[1].descriptor.value, "first unnamed symbol");
}
})
);
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