zulip/frontend_tests/node_tests/int_dict.js

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set_global('blueslip', global.make_zblueslip());
const IntDict = zrequire('int_dict').IntDict;
run_test('basic', () => {
const d = new IntDict();
assert(d.is_empty());
assert.deepEqual(d.keys(), []);
d.set(101, 'bar');
assert.equal(d.get(101), 'bar');
assert(!d.is_empty());
d.set(101, 'baz');
assert.equal(d.get(101), 'baz');
assert.equal(d.num_items(), 1);
d.set(102, 'qux');
assert.equal(d.get(101), 'baz');
assert.equal(d.get(102), 'qux');
assert.equal(d.num_items(), 2);
assert.equal(d.has(102), true);
assert.equal(d.has(999), false);
assert.deepEqual(d.keys(), [101, 102]);
assert.deepEqual(d.values(), ['baz', 'qux']);
d.del(102);
assert.equal(d.has(102), false);
assert.strictEqual(d.get(102), undefined);
assert.deepEqual(d.keys(), [101]);
const val = ['fred'];
const res = d.set(103, val);
assert.strictEqual(res, d);
});
run_test('each', () => {
const d = new IntDict();
d.set(4, 40);
d.set(5, 50);
d.set(6, 60);
let unseen_keys = d.keys();
let cnt = 0;
d.each(function (v, k) {
assert.equal(v, d.get(k));
unseen_keys = _.without(unseen_keys, k);
cnt += 1;
});
assert.equal(cnt, d.keys().length);
assert.equal(unseen_keys.length, 0);
});
/*
run_test('benchmark', () => {
const d = new IntDict();
const n = 5000;
const t1 = new Date().getTime();
_.each(_.range(n), (i) => {
d.set(i, i);
});
_.each(_.range(n), (i) => {
d.get(i, i);
});
const t2 = new Date().getTime();
const elapsed = t2 - t1;
console.log('elapsed (milli)', elapsed);
console.log('per (micro)', 1000 * elapsed / n);
});
*/
run_test('filter_values', () => {
const d = new IntDict();
d.set(1, "fred");
d.set(2, "foo");
d.set(3, "bar");
d.set(4, "baz");
d.set(4, "fay");
const pred = (v) => {
return v.startsWith('f');
};
assert.deepEqual(d.filter_values(pred).sort(), ['fay', 'foo', 'fred']);
});
run_test('undefined_keys', () => {
blueslip.clear_test_data();
blueslip.set_test_data('error', 'Tried to call a IntDict method with an undefined key.');
const d = new IntDict();
assert.equal(d.has(undefined), false);
assert.strictEqual(d.get(undefined), undefined);
assert.equal(blueslip.get_test_logs('error').length, 2);
});
run_test('non integers', () => {
blueslip.clear_test_data();
blueslip.set_test_data('error', 'Tried to call a IntDict method with a non-integer.');
const d = new IntDict();
assert.equal(d.has('some-string'), false);
assert.equal(blueslip.get_test_logs('error').length, 1);
// verify stringified ints still work
blueslip.clear_test_data();
blueslip.set_test_data('error', 'Tried to call a IntDict method with a non-integer.');
d.set('5', 'five');
assert.equal(d.has(5), true);
assert.equal(d.has('5'), true);
assert.equal(d.get(5), 'five');
assert.equal(d.get('5'), 'five');
assert.equal(blueslip.get_test_logs('error').length, 3);
});
run_test('num_items', () => {
const d = new IntDict();
assert.equal(d.num_items(), 0);
assert(d.is_empty());
d.set(101, 1);
assert.equal(d.num_items(), 1);
assert(!d.is_empty());
d.set(101, 2);
assert.equal(d.num_items(), 1);
assert(!d.is_empty());
d.set(102, 1);
assert.equal(d.num_items(), 2);
d.del(101);
assert.equal(d.num_items(), 1);
});
run_test('clear', () => {
const d = new IntDict();
function populate() {
d.set(101, 1);
assert.equal(d.get(101), 1);
d.set(102, 2);
assert.equal(d.get(102), 2);
}
populate();
assert.equal(d.num_items(), 2);
assert(!d.is_empty());
d.clear();
assert.equal(d.get(101), undefined);
assert.equal(d.get(102), undefined);
assert.equal(d.num_items(), 0);
assert(d.is_empty());
// make sure it still works after clearing
populate();
assert.equal(d.num_items(), 2);
});