"use strict"; set_global("zxcvbn", zrequire("zxcvbn", "zxcvbn")); zrequire("common"); run_test("basics", () => { let accepted; let password; let warning; const bar = (function () { const self = {}; self.width = function (width) { self.w = width; return self; }; self.removeClass = function (arg) { assert.equal(arg, "bar-success bar-danger"); return self; }; self.addClass = function (arg) { self.added_class = arg; return self; }; return self; })(); function password_field(min_length, min_guesses) { const self = {}; self.data = function (field) { if (field === "minLength") { return min_length; } else if (field === "minGuesses") { return min_guesses; } }; return self; } password = "z!X4@S_&"; accepted = common.password_quality(password, bar, password_field(10, 80000)); assert(!accepted); assert.equal(bar.w, "39.7%"); assert.equal(bar.added_class, "bar-danger"); warning = common.password_warning(password, password_field(10)); assert.equal(warning, "translated: Password should be at least 10 characters long"); password = "foo"; accepted = common.password_quality(password, bar, password_field(2, 200)); assert(accepted); assert.equal(bar.w, "10.390277164940581%"); assert.equal(bar.added_class, "bar-success"); warning = common.password_warning(password, password_field(2)); assert.equal(warning, "translated: Password is too weak"); password = "aaaaaaaa"; accepted = common.password_quality(password, bar, password_field(6, 1e100)); assert(!accepted); assert.equal(bar.added_class, "bar-danger"); warning = common.password_warning(password, password_field(6)); assert.equal(warning, 'Repeats like "aaa" are easy to guess'); delete global.zxcvbn; password = "aaaaaaaa"; accepted = common.password_quality(password, bar, password_field(6, 1e100)); assert(accepted === undefined); warning = common.password_warning(password, password_field(6)); assert(warning === undefined); });