This is Oppaitime's version of Gazelle
Below are some lists of differences between this version of Gazelle and What.cd's. Please note that these lists are far from complete.
Using a database key provided by staff and only ever stored as a hash in memory (via APC), the integrated database encryption is used to encrypt sensitive user data like IP addresses, emails, and private messages regardless of the underlying system gazelle is running on.
The rest of gazelle must be aware that some of the data it fetches from the DB is encrypted, and must have a fallback if that data is unavailable (the key is not in memory). You will see plenty of if (!apc_exists('DBKEY')) { in this codebase.
Whenever a login occurs from a location (determined by ASN) that hasn't logged into that account before, an email is sent to the account owner requesting that they authorize that location before the login will go through.
This prevents most attacks that would be otherwise successful, as it requires an attacker to access the site from the same locations the actual user uses to login.
Upon upload, torrent files are modified to contain a "source" field in the info dict containing the concatination of the site name and some generated junk data (unique per-torrent). This prevents infohash collisions with torrents cross-seeded from other sites in the same client, and also helps protect against some not particularly likely peer-leaking attacks.
Users are able to view the data kept on them and issue requests for the deletion of old information to staff through a simple interface.
All external resources that may appear on a page are fetched and served by the server running gazelle. This prevents the leak of user information to third parties hosting content that has been included on a page through an image tag or similar.
The scheduler has been broken up into more manageable parts and has additional selective runtime features for manual execution.
Like most gazelle forks, we've added a bonus point system and store.
We use new PHP password hashing features that automatically rehash your password when a better hashing algorithm is made available and employ prehashing to allow you to use a secure password of any length. Original gazelle would effectively truncate your password after around 72 characters (if the tracker even allowed you to use a password that long). This codebase does not have the same problem, and allows passwords of virtually unlimited length (over 30,000 characters by default) that remain useful after a few tens of characters.
- When a torrent is trumped, the new torrent is made freeleech to users who snatched the old torrent for a few days.
- Sends headers to tell cloudflare to use HTTP/2 Server Push for most resources.
- BTN-style magnet link support.
- Support for optional per-user stylesheet additions and tweaks
- This codebase expects to run over https only.