using the JavaScriptCore framework on Apple platforms).Ī third-party parser implementation that's written in Rust is also available. It can be used as a reference implementation, interpreted in build systems to convert data/password-rules.json to an application-specific format, or interpreted at application runtime wherever it's possible to execute JavaScript (e.g. Password Rules Language ParserĪn implementation of a parser for the Password Rules language that's written in JavaScript can be found in tools/PasswordRulesParser.js. The absence of the exact-domain-match-only key means that it is false. A rule for a. will match URLs on a. as well as *.a., but will not match other subdomains of such as b.Ī rule that should only be applied to the exact domain stated as a key should have the exact-domain-match-only key set to a value of true. For example, a rule for will match URLs on as well as *. When a domain is listed in quirks/password-rules.json, it means that that domain and all of its subdomains use the rule. If a website changes its password requirements to be general enough to not warrant quirks, or if it adopts the passwordRules attribute to accurately communicate its requirements to password managers and web browsers, it should be removed from this list. The same language is part of native iOS application development API. quirks/password-rules.json is the quirks version of the passwordRules attribute, which is currently an open WHATWG proposal and supported in Safari. ![]() The Password Rules language is a human- and machine-readable way to concisely write and read the rules to generate a compatible password on a website. The file quirks/password-rules.json contains a JSON object mapping domains to known good password rules for generating compatible passwords for use on that website. Compiling password rule quirks helps fewer people run into issues like these while also documenting that a service's password policy is too restrictive for people using password managers, which may incentivize the services to change. Every time a password manager generates a password that isn't compatible with a website, a person not only has a bad experience but a reason to be tempted to create their password. ![]() ![]() Many password managers generate strong, unique passwords for people so that they aren't tempted to create their passwords by hand, which leads to easily guessed and reused passwords. We encourage you to incorporate the data from this project into your password manager, but kindly ask that you please contribute any quirks you have back to the project so that all users of participating password managers can benefit from your discoveries and testing. By improving the quality of password managers, we improve user trust in them as a concept, which benefits everyone.By publicly documenting website-specific behaviors, password managers can offer an incentive for websites to use standards or emerging standards to improve their compatibility with password managers it's no fun to be called out on a list!.By sharing resources, all password managers can improve their quality with less work than it'd take for any individual password manager to achieve the same effect.Having password managers collaborate on these resources has three high-level benefits: Websites Where 2FA Code is Appended to Password: Some websites use a two-factor authentication scheme where the user must append a generated code to their password when signing in. ![]() Change Password URLs: To drive the adoption of strong passwords, it's useful to be able to take users directly to websites' change password pages.Shared Credentials: Groups of websites known to use the same credential backend, which can be used to enhance suggested credentials to sign in to websites.Password Rules: Rules to generate compatible passwords with websites' particular requirements.Although ideally, the industry will work to eliminate the need for all of the quirks in this project, there's value in customizing behaviors to ensure better user experience. In this project, it has the same meaning. "Quirk" is a term from web browser development that refers to a website-specific, hard-coded behavior to work around an issue with a website that can't be fixed in a principled, universal way. Resources currently consist of data, or "quirks", as well as code. The Password Manager Resources project exists so creators of password managers can collaborate on resources to make password management better for users.
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