docs: move docs/ to .docs/ to avoid SBo package collision

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>

1 files changed, 0 insertions, 141 deletions

diff --git a/docs/superpowers/specs/2026-06-26-netexec-slackbuild-design.md b/docs/superpowers/specs/2026-06-26-netexec-slackbuild-design.md
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-# netexec SlackBuild — Design
-
-Date: 2026-06-26
-Maintainer: danix <danix@danix.xyz>
-
-## Goal
-
-Package [NetExec](https://github.com/Pennyw0rth/NetExec) (the `nxc` network
-execution / post-exploitation tool) as a SlackBuild for Slackware, following
-SBo conventions where applicable.
-
-NetExec is a Poetry-managed Python project with a large dependency tree (~30
-direct deps, 4 sourced from git: impacket, certipy-ad, oscrypto, pynfsclient)
-plus a heavy transitive tree (cryptography, pypykatz, lsassy, dploot,
-aardwolf, etc).
-
-## Platform constraint
-
-NetExec requires Python `>=3.10,<4.0`.
-
-- Slackware **-current** ships Python 3.12.13 → supported.
-- Slackware **-stable** ships Python 3.9 → **not supported** (below 3.10, and
-  the venv's compiled extensions are tied to the build-time Python minor
-  version regardless).
-
-**netexec is -current only.** The package table marks `Tested -stable` as
-not-applicable / no.
-
-## Why not the distro pattern
-
-Kali (native `python3-*` packages) and Arch (`python-*` packages) both resolve
-the dep tree through their package managers, leaning on hundreds of
-distro-maintained Python packages. Slackware/SBo does not maintain that
-ecosystem; reproducing it would mean authoring ~40 new SBo packages, and the
-git-sourced deps do not fit the SBo `.info` model. Not viable for a single
-maintainer.
-
-## Approach: self-contained venv from a vendored wheels tarball
-
-One package. A virtualenv is built at install prefix `/opt/netexec`, with
-netexec and its full dependency tree pip-installed into it from a **pinned,
-vendored wheels tarball** (no network at build time). This mirrors the
-existing feroxbuster vendored-crates pattern: freeze the dependency set once,
-host it, build offline and reproducibly.
-
-## Repo layout
-
-```
-netexec/
-├── netexec.SlackBuild
-├── netexec.info
-├── README
-├── slack-desc
-└── requirements.txt        # pinned, hashed lockfile (vendored)
-```
-
-## Sources (two, like feroxbuster)
-
-- `netexec-<ver>.tar.gz` — upstream source tarball (GitHub release archive).
-  `DOWNLOAD`.
-- `netexec-wheels-<ver>.tar.gz` — vendored wheels, hosted on
-  packages.danix.xyz. `DOWNLOAD_x86_64` + `MD5SUM_x86_64`.
-
-x86_64-only wheels: several deps ship platform-specific compiled wheels
-(cryptography, pypykatz crypto). Other arches → exit with an error, matching
-the `.deb`/`.rpm` repack precedent in CLAUDE.md.
-
-## `.info`
-
-```
-PRGNAM="netexec"
-VERSION="<ver>"
-HOMEPAGE="https://github.com/Pennyw0rth/NetExec"
-DOWNLOAD="<github source tarball url>"
-MD5SUM="<source md5>"
-DOWNLOAD_x86_64="https://packages.danix.xyz/.../netexec-wheels-<ver>.tar.gz"
-MD5SUM_x86_64="<wheels md5>"
-REQUIRES=""
-MAINTAINER="danix"
-EMAIL="danix@danix.xyz"
-```
-
-`REQUIRES=""` — Python 3.12 is in the -current base.
-
-## Build flow (netexec.SlackBuild)
-
-1. `set -e`; honor `$TMP`/`$BUILD`/`$TAG`/`$OUTPUT` defaults.
-2. Arch detection: non-x86_64 → error out.
-3. Unpack source tarball → `$PRGNAM-$VERSION` (provides README/LICENSE/docs).
-4. Unpack wheels tarball → `$TMP/wheels`.
-5. `python3 -m venv $PKG/opt/netexec`.
-6. `$PKG/opt/netexec/bin/pip install --no-index --find-links=$TMP/wheels netexec==$VERSION`
-   (installs netexec + full tree from local wheels, zero network).
-7. Relocate the venv: sed the `$PKG` prefix out of `bin/*` shebangs and
-   `pyvenv.cfg` so it resolves at the installed `/opt/netexec`, not the build
-   `$PKG/opt/netexec`.
-8. Strip compiled `.so` extension modules in the venv (cryptography etc) per
-   guidelines.
-9. Create `/usr/bin/{nxc,netexec,nxcdb}` symlinks → `/opt/netexec/bin/<x>`.
-10. Docs → `/usr/doc/netexec-$VERSION/` (README, LICENSE).
-11. `find -L` chown/chmod cleanup; `makepkg -l y -c n`.
-
-## Prerequisite: wheels tarball (external tool)
-
-The vendored wheels tarball is generated by a **generic, reusable** helper
-that lives in its own repo (`~/Programming/GIT/mkwheels`), out of scope for
-this repo. It is a prerequisite the maintainer runs once per version, not part
-of the SlackBuild. This spec only depends on its output (the tarball + the
-`requirements.txt` it emits).
-
-The reproducible vendor recipe (mirrors mksboarchive and the Rust vendor
-recipe):
-
-- Create a clean venv.
-- `pip download <pkg>==<ver> -d wheels/` — resolves the full tree including git
-  deps, building sdists to wheels.
-- Pin exact resolved versions + hashes into `requirements.txt`.
-- Tar `wheels/` → `<pkg>-wheels-<ver>.tar.gz` with `SOURCE_DATE_EPOCH` pinned
-  to the release tag commit date (feroxbuster pattern).
-- Print the md5. Maintainer uploads to packages.danix.xyz.
-
-The tool is generic over `<pkg>`/`<ver>` so it serves any future Python SBo,
-not just netexec. Its own design/implementation is tracked in its own repo.
-
-## Risks / notes
-
-- **Git deps** (impacket, certipy-ad, oscrypto, pynfsclient) are unversioned
-  git refs upstream. `pip download` resolves them to built wheels; the wheels
-  tarball **freezes** them, so once built the package is reproducible. The
-  lockfile records resolved versions.
-- **venv relocation**: venvs are not relocatable by default; the shebang /
-  `pyvenv.cfg` sed step (build flow step 7) handles it. Verify on build.
-- **Python minor-version tie**: compiled extensions bind to the build-time
-  Python minor. If -current bumps Python (e.g. 3.12 → 3.13) the venv must be
-  rebuilt. Note this in the README. SBo-acceptable; common for Python packages.
-
-## Out of scope (YAGNI)
-
-- Packaging any dependency as its own SBo package.
-- -stable support (Python 3.9 is too old).
-- Non-x86_64 arches.