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load(libdir + "asserts.js");
// Ensure BytecodeGeneration respects stack depth assertions: Private Methods
class a {
b
// original test case below.
#c() {
d.#c ^= 'x'
}
// Operator list:
//
// Compound Assignments
t() {
d.#c = 'x';
d.#c += 'x';
d.#c -= 'x';
d.#c *= 'x';
d.#c /= 'x';
d.#c %= 'x';
d.#c **= 'x';
d.#c <<= 'x';
d.#c >>= 'x';
d.#c >>>= 'x';
d.#c &= 'x';
d.#c ^= 'x';
d.#c |= 'x';
}
// Compound Logical Assignments
e() {
d.#c &&= 'x';
d.#c ??= 'x';
d.#c ||= 'x';
}
// Destructruring assignment.
ds() {
[d.#c, b] = [1, 2];
}
// Increment/Decrement
incDec() {
d.#c++;
d.#c--;
++d.#c;
--d.#c;
}
}
class b {
b
// original test case below.
#c = 10;
// Operator list:
//
// Compound Assignments
t() {
d.#c = 'x';
d.#c += 'x';
d.#c -= 'x';
d.#c *= 'x';
d.#c /= 'x';
d.#c %= 'x';
d.#c **= 'x';
d.#c <<= 'x';
d.#c >>= 'x';
d.#c >>>= 'x';
d.#c &= 'x';
d.#c ^= 'x';
d.#c |= 'x';
}
// Compound Logical Assignments
e() {
d.#c &&= 'x';
d.#c ??= 'x';
d.#c ||= 'x';
}
// Destructruring assignment.
ds() {
[d.#c, b] = [1, 2];
}
// Increment/Decrement
incDec() {
d.#c++;
d.#c--;
++d.#c;
--d.#c;
}
}
// Ensure we correctly throw for all compound private method assignments
class LiveTest {
#c() { }
test(lambdas) {
for (let func of lambdas) {
assertThrowsInstanceOf(() => func(this), Error);
}
}
// Operator list:
//
// Compound Assignments
compound() {
let tests = [
(d) => d.#c = 'x',
(d) => d.#c += 'x',
(d) => d.#c -= 'x',
(d) => d.#c *= 'x',
(d) => d.#c /= 'x',
(d) => d.#c %= 'x',
(d) => d.#c **= 'x',
(d) => d.#c <<= 'x',
(d) => d.#c >>= 'x',
(d) => d.#c >>>= 'x',
(d) => d.#c &= 'x',
(d) => d.#c ^= 'x',
(d) => d.#c |= 'x',
];
this.test(tests);
}
// Compound Logical Assignments
compoundLogical() {
let tests = [
(d) => d.#c &&= 'x',
]
this.test(tests);
// These don't throw because they don't
// process the assignment.
this.#c ??= 'x';
this.#c ||= 'x';
}
// Destructruring assignment.
destructuring() {
let tests = [
(d) => [d.#c, b] = [1, 2],
]
this.test(tests);
}
// Increment/Decrement
incDec() {
let tests = [
(d) => d.#c++,
(d) => d.#c--,
(d) => ++d.#c,
(d) => --d.#c,
];
this.test(tests);
}
}
var l = new LiveTest;
l.compound();
l.compoundLogical();
l.destructuring();
l.incDec();
// Ensure we correctly throw for all compound private method assignments
class LiveTestField {
#c = 0;
// Operator list:
//
// Compound Assignments
compound() {
assertEq(this.#c = 1, 1);
assertEq(this.#c += 1, 2);
assertEq(this.#c -= 1, 1);
assertEq(this.#c *= 2, 2);
assertEq(this.#c /= 2, 1);
assertEq(this.#c %= 1, 0);
this.#c = 1;
assertEq(this.#c **= 1, 1);
assertEq(this.#c <<= 1, 2);
assertEq(this.#c >>= 1, 1);
assertEq(this.#c >>>= 1, 0);
assertEq(this.#c &= 2, 0);
assertEq(this.#c ^= 2, 2);
assertEq(this.#c |= 1, 3);
}
// Compound Logical Assignments
compoundLogical() {
this.#c = undefined;
this.#c ||= 10;
assertEq(this.#c, 10);
this.#c ||= 15;
assertEq(this.#c, 10);
this.#c = false;
this.#c &&= 10;
assertEq(this.#c, false);
this.#c = 10;
this.#c &&= 15;
assertEq(this.#c, 15);
this.#c = null;
this.#c ??= 10;
assertEq(this.#c, 10);
this.#c ??= 15
assertEq(this.#c, 10);
}
// Destructruring assignment.
destructuring() {
[this.#c, b] = [1, 2];
assertEq(this.#c, 1);
}
// Increment/Decrement
incDec() {
this.#c = 0;
assertEq(++this.#c, 1);
assertEq(--this.#c, 0);
this.#c++;
assertEq(this.#c, 1);
this.#c--;
assertEq(this.#c, 0);
}
}
var k = new LiveTestField;
k.compound();
k.compoundLogical()
k.destructuring()
k.incDec();