Summary:
Ref T8387. Adds new mailing list users.
This doesn't migrate anything yet. I also need to update the "Email Addresses" panel to let administrators change the list address.
Test Plan:
- Created and edited a mailing list user.
- Viewed profile.
- Viewed People list.
- Searched for lists / nonlists.
- Grepped for all uses of `getIsDisabled()` / `getIsSystemAgent()` and added relevant corresponding behaviors.
- Hit the web/api/ssh session blocks.
Reviewers: btrahan
Reviewed By: btrahan
Subscribers: eadler, tycho.tatitscheff, epriestley
Maniphest Tasks: T8387
Differential Revision: https://secure.phabricator.com/D13123
Summary: Fixes T7159.
Test Plan:
Created a legalpad document that needed a signature and I was required to sign it no matter what page I hit. Signed it and things worked! Added a new legalpad document and I had to sign again!
Ran unit tests and they passed!
Logged out as a user who was roadblocked into signing a bunch of stuff and it worked!
Reviewers: epriestley
Reviewed By: epriestley
Subscribers: Korvin, epriestley
Maniphest Tasks: T7159
Differential Revision: https://secure.phabricator.com/D11759
Summary:
Ref T7152. This substantially completes the upstream login flow. Basically, we just cookie you and push you through normal registration, with slight changes:
- All providers allow registration if you have an invite.
- Most providers get minor text changes to say "Register" instead of "Login" or "Login or Register".
- The Username/Password provider changes to just a "choose a username" form.
- We show the user that they're accepting an invite, and who invited them.
Then on actual registration:
- Accepting an invite auto-verifies the address.
- Accepting an invite auto-approves the account.
- Your email is set to the invite email and locked.
- Invites get to reassign nonprimary, unverified addresses from other accounts.
But 98% of the code is the same.
Test Plan:
- Accepted an invite.
- Verified a new address on an existing account via invite.
- Followed a bad invite link.
- Tried to accept a verified invite.
- Reassigned an email by accepting an unverified, nonprimary invite on a new account.
- Verified that reassigns appear in the activity log.
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Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T7152
Differential Revision: https://secure.phabricator.com/D11737
Summary:
Ref T7152. Ref T3554.
- When an administrator clicks "send invites", queue tasks to send the invites.
- Then, actually send the invites.
- Make the links in the invites work properly.
- Also provide `bin/worker execute` to make debugging one-off workers like this easier.
- Clean up some UI, too.
Test Plan:
We now get as far as the exception which is a placeholder for a registration workflow.
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Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T3554, T7152
Differential Revision: https://secure.phabricator.com/D11736
Summary:
Ref T7152. This builds the core of email invites and implements all the hard logic for them, covering it with a pile of tests.
There's no UI to create these yet, so users can't actually get invites (and administrators can't send them).
This stuff is a complicated mess because there are so many interactions between accounts, email addresses, email verification, email primary-ness, and user verification. However, I think I got it right and got test coverage everwhere.
The degree to which this is exception-driven is a little icky, but I think it's a reasonable way to get the testability we want while still making it hard for callers to get the flow wrong. In particular, I expect there to be at least two callers (one invite flow in the upstream, and one derived invite flow in Instances) so I believe there is merit in burying as much of this logic inside the Engine as is reasonably possible.
Test Plan: Unit tests only.
Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T7152
Differential Revision: https://secure.phabricator.com/D11723
Summary: Fixes T5510. This purely reduces false positives from HackerOne: we currently rotate CSRF tokens, but do not bind them explicitly to specific sessions. Doing so has no real security benefit and may make some session rotation changes more difficult down the line, but researchers routinely report it. Just conform to expectations since the expected behavior isn't bad and this is less work for us than dealing with false positives.
Test Plan:
- With two browsers logged in under the same user, verified I was issued different CSRF tokens.
- Verified the token from one browser did not work in the other browser's session.
Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T5510
Differential Revision: https://secure.phabricator.com/D10136
Summary:
Fixes T5509. Currently, existing sessions live on even if you change your password.
Over the course of the program, we've recieved a lot of HackerOne reports that sessions do not terminate when users change their passwords. I hold that this isn't a security vulnerability: users can explicitly manage sessions, and this is more general and more powerful than tying session termination to password resets. In particular, many installs do not use a password provider at all (and no researcher has reported this in a general, application-aware way that discusses multiple authentication providers).
That said, dealing with these false positives is vaguely time consuming, and the "expected" behavior isn't bad for users, so just align behavior with researcher expectations: when passwords are changed, providers are removed, or multi-factor authentication is added to an account, terminate all other active login sessions.
Test Plan:
- Using two browsers, established multiple login sessions.
- In one browser, changed account password. Saw session terminate and logout in the second browser.
- In one browser, removed an authentication provider. Saw session terminate and logout in the second browser.
- In one browser, added MFA. Saw session terminate and logout in the second browser.
Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T5509
Differential Revision: https://secure.phabricator.com/D10135
Summary:
Ref T4398. This code hadn't been touched in a while and had a few crufty bits.
**One Time Resets**: Currently, password reset (and similar links) are valid for about 48 hours, but we always use one token to generate them (it's bound to the account). This isn't horrible, but it could be better, and it produces a lot of false positives on HackerOne.
Instead, use TemporaryTokens to make each link one-time only and good for no more than 24 hours.
**Coupling of Email Verification and One-Time Login**: Currently, one-time login links ("password reset links") are tightly bound to an email address, and using a link verifies that email address.
This is convenient for "Welcome" emails, so the user doesn't need to go through two rounds of checking email in order to login, then very their email, then actually get access to Phabricator.
However, for other types of these links (like those generated by `bin/auth recover`) there's no need to do any email verification.
Instead, make the email verification part optional, and use it on welcome links but not other types of links.
**Message Customization**: These links can come out of several workflows: welcome, password reset, username change, or `bin/auth recover`. Add a hint to the URI so the text on the page can be customized a bit to help users through the workflow.
**Reset Emails Going to Main Account Email**: Previously, we would send password reset email to the user's primary account email. However, since we verify email coming from reset links this isn't correct and could allow a user to verify an email without actually controlling it.
Since the user needs a real account in the first place this does not seem useful on its own, but might be a component in some other attack. The user might also no longer have access to their primary account, in which case this wouldn't be wrong, but would not be very useful.
Mitigate this in two ways:
- First, send to the actual email address the user entered, not the primary account email address.
- Second, don't let these links verify emails: they're just login links. This primarily makes it more difficult for an attacker to add someone else's email to their account, send them a reset link, get them to login and implicitly verify the email by not reading very carefully, and then figure out something interesting to do (there's currently no followup attack here, but allowing this does seem undesirable).
**Password Reset Without Old Password**: After a user logs in via email, we send them to the password settings panel (if passwords are enabled) with a code that lets them set a new password without knowing the old one.
Previously, this code was static and based on the email address. Instead, issue a one-time code.
**Jump Into Hisec**: Normally, when a user who has multi-factor auth on their account logs in, we prompt them for factors but don't put them in high security. You usually don't want to go do high-security stuff immediately after login, and it would be confusing and annoying if normal logins gave you a "YOU ARE IN HIGH SECURITY" alert bubble.
However, if we're taking you to the password reset screen, we //do// want to put the user in high security, since that screen requires high security. If we don't do this, the user gets two factor prompts in a row.
To accomplish this, we set a cookie when we know we're sending the user into a high security workflow. This cookie makes login finalization upgrade all the way from "partial" to "high security", instead of stopping halfway at "normal". This is safe because the user has just passed a factor check; the only reason we don't normally do this is to reduce annoyance.
**Some UI Cleanup**: Some of this was using really old UI. Modernize it a bit.
Test Plan:
- **One Time Resets**
- Used a reset link.
- Tried to reuse a reset link, got denied.
- Verified each link is different.
- **Coupling of Email Verification and One-Time Login**
- Verified that `bin/auth`, password reset, and username change links do not have an email verifying URI component.
- Tried to tack one on, got denied.
- Used the welcome email link to login + verify.
- Tried to mutate the URI to not verify, or verify something else: got denied.
- **Message Customization**
- Viewed messages on the different workflows. They seemed OK.
- **Reset Emails Going to Main Account Email**
- Sent password reset email to non-primary email.
- Received email at specified address.
- Verified it does not verify the address.
- **Password Reset Without Old Password**
- Reset password without knowledge of old one after email reset.
- Tried to do that without a key, got denied.
- Tried to reuse a key, got denied.
- **Jump Into Hisec**
- Logged in with MFA user, got factor'd, jumped directly into hisec.
- Logged in with non-MFA user, no factors, normal password reset.
- **Some UI Cleanup**
- Viewed new UI.
- **Misc**
- Created accounts, logged in with welcome link, got verified.
- Changed a username, used link to log back in.
Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T4398
Differential Revision: https://secure.phabricator.com/D9252
Summary: Ref T4398. Add some documentation and use `phutil_units()`.
Test Plan:
- Established a web session.
- Established a conduit session.
- Entered and exited hisec.
- Used "Sessions" panel to examine results.
Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T4398
Differential Revision: https://secure.phabricator.com/D8924
Summary:
Ref T4398. This prompts users for multi-factor auth on login.
Roughly, this introduces the idea of "partial" sessions, which we haven't finished constructing yet. In practice, this means the session has made it through primary auth but not through multi-factor auth. Add a workflow for bringing a partial session up to a full one.
Test Plan:
- Used Conduit.
- Logged in as multi-factor user.
- Logged in as no-factor user.
- Tried to do non-login-things with a partial session.
- Reviewed account activity logs.
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Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T4398
Differential Revision: https://secure.phabricator.com/D8922
Summary: Ref T4398. Prevent users from brute forcing multi-factor auth by rate limiting attempts. This slightly refines the rate limiting to allow callers to check for a rate limit without adding points, and gives users credit for successfully completing an auth workflow.
Test Plan: Tried to enter hisec with bad credentials 11 times in a row, got rate limited.
Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T4398
Differential Revision: https://secure.phabricator.com/D8911
Summary:
Ref T4398. Allows auth factors to render and validate when prompted to take a hi-sec action.
This has a whole lot of rough edges still (see D8875) but does fundamentally work correctly.
Test Plan:
- Added two different TOTP factors to my account for EXTRA SECURITY.
- Took hisec actions with no auth factors, and with attached auth factors.
- Hit all the error/failure states of the hisec entry process.
- Verified hisec failures appear in activity logs.
Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T4398
Differential Revision: https://secure.phabricator.com/D8886
Summary:
Ref T4398. This adds a settings panel for account activity so users can review activity on their own account. Some goals are:
- Make it easier for us to develop and support auth and credential information, see T4398. This is the primary driver.
- Make it easier for users to understand and review auth and credential information (see T4842 for an example -- this isn't there yet, but builds toward it).
- Improve user confidence in security by making logging more apparent and accessible.
Minor corresponding changes:
- Entering and exiting hisec mode is now logged.
- This, sessions, and OAuth authorizations have moved to a new "Sessions and Logs" area, since "Authentication" was getting huge.
Test Plan:
- Viewed new panel.
- Viewed old UI.
- Entered/exited hisec and got prompted.
Reviewers: btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T4398
Differential Revision: https://secure.phabricator.com/D8871
Summary:
Ref T4398. This is roughly a "sudo" mode, like GitHub has for accessing SSH keys, or Facebook has for managing credit cards. GitHub actually calls theirs "sudo" mode, but I think that's too technical for big parts of our audience. I've gone with "high security mode".
This doesn't actually get exposed in the UI yet (and we don't have any meaningful auth factors to prompt the user for) but the workflow works overall. I'll go through it in a comment, since I need to arrange some screenshots.
Test Plan: See guided walkthrough.
Reviewers: chad, btrahan
Reviewed By: btrahan
Subscribers: epriestley
Maniphest Tasks: T4398
Differential Revision: https://secure.phabricator.com/D8851
Summary:
Ref T4339. Ref T4310. Currently, sessions look like `"afad85d675fda87a4fadd54"`, and are only issued for logged-in users. To support logged-out CSRF and (eventually) external user sessions, I made two small changes:
- First, sessions now have a "kind", which is indicated by a prefix, like `"A/ab987asdcas7dca"`. This mostly allows us to issue session queries more efficiently: we don't have to issue a query at all for anonymous sessions, and can join the correct table for user and external sessions and save a query. Generally, this gives us more debugging information and more opportunity to recover from issues in a user-friendly way, as with the "invalid session" error in this diff.
- Secondly, if you load a page and don't have a session, we give you an anonymous session. This is just a secret with no special significance.
This does not implement CSRF yet, but gives us a client secret we can use to implement it.
Test Plan:
- Logged in.
- Logged out.
- Browsed around.
- Logged in again.
- Went through link/register.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran
Maniphest Tasks: T4310, T4339
Differential Revision: https://secure.phabricator.com/D8043
Summary:
Ref T4310. Fixes T3720. This change:
- Removes concurrent session limits. Instead, unused sessions are GC'd after a while.
- Collapses all existing "web-1", "web-2", etc., sessions into "web" sessions.
- Dramatically simplifies the code for establishing a session (like omg).
Test Plan: Ran migration, checked Sessions panel and database for sanity. Used existing session. Logged out, logged in. Ran Conduit commands.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran
Maniphest Tasks: T4310, T3720
Differential Revision: https://secure.phabricator.com/D7978
Summary:
Ref T3720. Ref T4310. Currently, we limit the maximum number of concurrent sessions of each type. This is primarily because sessions predate garbage collection and we had no way to prevent the session table from growing fairly quickly and without bound unless we did this.
Now that we have GC (and it's modular!) we can just expire unused sessions after a while and throw them away:
- Add a `sessionExpires` column to the table, with a key.
- Add a GC for old sessions.
- When we establish a session, set `sessionExpires` to the current time plus the session TTL.
- When a user uses a session and has used up more than 20% of the time on it, extend the session.
In addition to this, we could also rotate sessions, but I think that provides very little value. If we do want to implement it, we should hold it until after T3720 / T4310.
Test Plan:
- Ran schema changes.
- Looked at database.
- Tested GC:
- Started GC.
- Set expires on one row to the past.
- Restarted GC.
- Verified GC nuked the session.
- Logged in.
- Logged out.
- Ran Conduit method.
- Tested refresh:
- Set threshold to 0.0001% instead of 20%.
- Loaded page.
- Saw a session extension ever few page loads.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran
Maniphest Tasks: T4310, T3720
Differential Revision: https://secure.phabricator.com/D7976
Summary: Ref T4310. Ref T3720. We use bare strings to refer to session types in several places right now; use constants instead.
Test Plan: grep; logged out; logged in; ran Conduit commands.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran
Maniphest Tasks: T4310, T3720
Differential Revision: https://secure.phabricator.com/D7963
Summary: Ref T4310. Ref T3720. Session operations are currently part of PhabricatorUser. This is more tightly coupled than needbe, and makes it difficult to establish login sessions for non-users. Move all the session management code to a `SessionEngine`.
Test Plan:
- Viewed sessions.
- Regenerated Conduit certificate.
- Verified Conduit sessions were destroyed.
- Logged out.
- Logged in.
- Ran conduit commands.
- Viewed sessions again.
Reviewers: btrahan
Reviewed By: btrahan
CC: aran
Maniphest Tasks: T4310, T3720
Differential Revision: https://secure.phabricator.com/D7962
