Status: Automated via repository-dispatch to SecurityRonin/homebrew-blazehash.
brew tap SecurityRonin/blazehash
brew install blazehash
When a v* tag is pushed, the release workflow dispatches to the Homebrew tap repo, which downloads the new release assets and updates the formula SHA256 hashes automatically.
Required secret: TAP_GITHUB_TOKEN (PAT with repo scope on the tap repo).
Status: Automated via vedantmgoyal9/winget-releaser@v2.
winget install SecurityRonin.blazehash
On each release, the winget job auto-creates a PR to microsoft/winget-pkgs with the updated manifest pointing to the Windows .zip asset.
Required secret: WINGET_TOKEN (GitHub PAT with public_repo scope — needed to fork and PR against winget-pkgs).
First-time setup: The initial winget-pkgs submission requires a manually created PR with the full package manifest (version, installer URL, SHA256, license, description). After the first version is merged, winget-releaser handles all subsequent updates automatically.
Status: Automated builds via cargo-deb. Packages are uploaded as GitHub release assets.
# Download from GitHub releases
curl -LO https://github.com/SecurityRonin/blazehash/releases/latest/download/blazehash_<version>_amd64.deb
sudo dpkg -i blazehash_<version>_amd64.deb
Architectures built: amd64 (x86_64) and arm64 (aarch64).
Getting into the official Debian archive makes the package available to Debian, Ubuntu, Kali, and all downstream distributions automatically.
Process:
-
File an ITP (Intent to Package) bug against the
wnpppseudo-package on bugs.debian.org. This is the formal declaration that you intend to package blazehash for Debian. -
Find or become a Debian maintainer. Packages need a Debian Developer (DD) or Debian Maintainer (DM) to sponsor the upload. Options:
- Join the Debian Forensics Team (blazehash fits this team's scope)
- Find a sponsor on mentors.debian.net
-
Create Debian packaging files (
debian/directory):debian/control— package metadata, build-depsdebian/rules— build recipe (for Rust: usedh-cargo)debian/copyright— DEP-5 machine-readable formatdebian/changelog— Debian changelog formatdebian/watch— upstream release monitoring
-
Upload to mentors.debian.net for sponsor review. After sponsor approval, the package enters Debian
unstable. -
Migration path:
unstable->testing->stable(automatic after ~10 days with no RC bugs).
Timeline: The ITP + sponsorship + review process typically takes weeks to months depending on sponsor availability and package quality. Once in Debian, all downstream distributions (Ubuntu, Kali, etc.) inherit it automatically.
Kali maintains its own package repository and accepts tool submissions independently of Debian.
Process:
-
Submit a tool addition request via the Kali Bug Tracker under the "New Tool Requests" category.
-
Required information:
- Tool name, homepage, description
- Why it's useful for penetration testing / forensics
- Existing packaging (link to .deb or Debian ITP)
-
Kali packaging: If accepted, the Kali team creates a packaging repo on GitLab (kali-team). They may ask the author to help with packaging.
-
blazehash's case: As a forensics tool that replaces/extends hashdeep (already in Kali), blazehash is a strong candidate. The existing
.debbuilds from our release pipeline simplify the packaging effort.
If the official Debian process is too slow, a PPA provides immediate access for Ubuntu users.
- Create a Launchpad account and PPA
- Upload source packages signed with a GPG key registered on Launchpad
- Users add the PPA:
sudo add-apt-repository ppa:securityronin/blazehash sudo apt update && sudo apt install blazehash
Trade-off: PPAs require ongoing manual maintenance for each Ubuntu release. The official Debian route is preferred long-term.
| Secret | Purpose | Scope |
|---|---|---|
TAP_GITHUB_TOKEN |
Dispatch to Homebrew tap repo | repo on SecurityRonin/homebrew-blazehash |
WINGET_TOKEN |
PR to microsoft/winget-pkgs | public_repo |