git.cgsecurity.org

What is CGSecurity git repositories?

CGSecurity git repositories is the public source-code hosting page for CGSecurity's projects, presented through a lightweight cgit web interface. It is where the actual code behind the organization's well-known data-recovery and security utilities lives, rather than a product page or download portal.

From the page evidence, the index lists at least two repositories:

Each entry links to the standard cgit views: a summary page, commit log, and source tree. That structure tells you what the site is for: browsing history, reading code, checking recent activity, and cloning or downloading a snapshot if you need to build or audit the software yourself.

Practical uses depend on who you are:

• Developers and packagers can inspect commits, branches, and file trees to track changes or prepare builds.
• Security reviewers and auditors can read the source directly instead of relying on binaries.
• Curious users can confirm that a project is still maintained by checking the "Idle" column, which shows time since the last commit.

The trade-off is that a bare Git web interface is not designed for end users. There are no release notes, installers, or support forums here. If you want to use TestDisk or PhotoRec rather than read their code, you would normally go to the project's main site for downloads and documentation.

A useful next step: open the testdisk repository's summary or log view to see how recently it changed and what the latest commits touch. If the "Idle" value is small, as it is here, the project is actively maintained; if it reads "3 years" like cmospwd, expect a stable but largely dormant codebase.

How do I clone or download the TestDisk and PhotoRec source code from this git repository?

Use the repository's public Git URLs to clone, or the web interface to browse and download snapshots. The page lists two projects under Christophe GRENIER: cmospwd (CmosPwd) and testdisk (TestDisk & PhotoRec). The testdisk entry was last active 38 hours before the page snapshot, so it is the actively maintained one.

Cloning from the web interface

On the repository index, each project row has a summary link. Open the testdisk summary page; cgit shows the clone URL near the top (typically an https:// or git:// address for that host). Then run:

git clone <clone-url-from-summary-page> testdisk
cd testdisk

If you only want the latest snapshot rather than full history, cgit also offers a snapshot download (usually a .tar.gz or .zip link) on the summary page — useful for a one-off build on a machine without Git.

If you prefer a mirror

The upstream TestDisk/PhotoRec project is also hosted on CGSecurity and mirrored at GitHub under the cgsecurity organization. Cloning from the mirror is often faster and gives you GitHub's issue tracker and pull-request workflow. The trade-off: the mirror may lag behind the repository at CGSecurity git repositories, which is the maintainer's own instance and the authoritative source for the newest commits.

Practical next step

Decide what you need before cloning:

• Building or testing a fix — clone testdisk with full history so you can check out and bisect specific revisions.
• Just compiling once — grab the snapshot archive to save bandwidth.
• Reporting an issue or sending a patch — use the mirror with the issue tracker, but verify the bug still exists in the newest commit from the maintainer's repository first.

After cloning, read the README and INSTALL files in the checkout; TestDisk and PhotoRec are C projects and typically build with ./configure && make on Unix-like systems.

What is the difference between the cmospwd and TestDisk repositories hosted here?

The two repositories serve different recovery jobs: cmospwd targets BIOS passwords, while TestDisk & PhotoRec targets lost partitions and lost files.

The practical difference is scope and activity. cmospwd is a narrow, hardware-adjacent utility for a specific lockout problem, and the repository page shows no recent commits. TestDisk & PhotoRec is a broader data-recovery suite and is clearly the more actively maintained project of the two.

If you are choosing where to start: use cmospwd only when the problem is a BIOS/CMOS password; use TestDisk & PhotoRec when data or partitions are missing. If you want to check the code or file a change, browse the repositories at CGSecurity git repositories and open the relevant tree or log. For end-user downloads and documentation, the official project sites are CGSecurity and TestDisk & PhotoRec.

How can I browse the commit history or log for a specific project in this repository?

Open the project's page on CGSecurity git repositories, then use the summary link next to its name to view the repository overview, and the log link to browse its commit history. The tree link opens the file browser at the current revision.

The index lists two projects:

For example, to follow recent changes to TestDisk and PhotoRec, click log on the testdisk row. You will see commits in reverse-chronological order, each with its message, author and date; selecting a commit shows its diff. The summary view is the better starting point if you first want the project description, recent commits and branch list in one place.

A practical tip: the log is paginated, so use the search or path filter within the log view when you are hunting for a change to one file rather than reading the whole history. If you only need the current state of the code, tree is faster than paging through commits.

What does it mean if a repository shows as idle for several years, and is it still maintained?

An idle repository has simply not received a new commit in the period shown, so the most recent recorded activity is old. On CGSecurity git repositories, for example, the index lists each project with a name, description, owner, idle time and links to its summary, log and tree. A project marked idle for three years means no commits landed in roughly that window; one showing 38 hours has been touched within the last couple of days.

Idle time is not the same as abandonment. A repository can stay dormant because the software is feature-complete, because the maintainer works in private and pushes rarely, or because the project has genuinely stalled. You cannot tell which from the idle figure alone.

How to judge whether it is still maintained

• Read the commit log. The log link shows dates and messages. A cluster of recent commits means active work even if the idle counter looks odd; years of silence points the other way.
• Check the tree. If the files match the last release and nothing has changed, the project may simply be stable rather than dead.
• Look at the owner. A single named maintainer with a long gap is a bigger risk than a project with several contributors.
• Check the issue or mailing-list activity if the project offers one; discussion can continue while commits pause.
• Search for forks. Active forks often mean the original has been left behind.

A practical test: if you need a fix or a security patch, can you get one within a reasonable time? If the log shows nothing for years and the owner is unresponsive, treat the project as unmaintained and plan accordingly — pin a known-good version, or look for a maintained fork or alternative.

For a concrete case, someone evaluating TestDisk & PhotoRec would see its recent commit activity and could reasonably expect ongoing maintenance; someone looking at a repository idle for three years should verify the log before depending on it.

How do I set up or view this cgit web interface locally for the CGSecurity repositories?

To view this cgit instance locally, you don't install anything from the site itself — you clone the repositories it lists, then either read them with your own Git tools or run your own cgit instance pointed at those clones. The page at CGSecurity git repositories is a read-only web front end generated by cgit (git 2.34.1), and it currently indexes two projects: cmospwd (CmosPwd, owner Christophe GRENIER, idle ~3 years) and testdisk (TestDisk & PhotoRec, same owner, idle ~38 hours).

Viewing the code without running a server

If your goal is simply to read or build the source, skip cgit entirely:

1. Clone the repository you need, e.g. git clone https://git.cgsecurity.org/testdisk.git — the tree/log/summary links on the page show the exact path structure.
2. Browse history offline with git log, git blame, git show, or a local GUI such as gitk or tig.
3. Build from the checkout using the project's own instructions, since the web interface exposes no build or release metadata.

This is the fastest route for a developer who wants TestDisk/PhotoRec source to compile, patch, or audit.

Running cgit locally against these repos

Setting up cgit means installing the cgit CGI binary plus a web server, then pointing it at local clones:

• Install cgit and a server that can run CGI (Apache, nginx with fcgiwrap, or similar) from your distribution's packages.
• Create a directory for repositories and clone into it, e.g. /srv/git/testdisk.git as a bare clone (git clone --bare).
• Configure /etc/cgitrc with scan-path=/srv/git so cgit discovers each repository automatically, plus repo.url/repo.path entries if you prefer explicit control.
• Serve the cgit CGI script at a URL path and confirm the repository list renders.

Which approach fits

A practical next step: clone testdisk.git first, since it shows recent activity (idle ~38 hours) and is the more actively maintained of the two, while cmospwd has been idle about three years and is likely of interest only for archival or legacy BIOS-password work. As a general setup note — not a feature of this site — cgit's scan-path approach is the least error-prone way to keep a local instance in sync as you add or remove clones.