zed-pkg

gistfile1.txt

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Create a new universal package manager called **zed-pkg** that is backed by any Git server (GitHub, GitLab, Bitbucket).

### Core Goals & Philosophy

* **Disk Space Efficiency:** End-users should save disk space by not having to clone entire Git repositories (including tests) to their local laptops and servers.
* **Publishing & Namespaces:**
* Users can claim a namespace (`<org>`).
* As long as the repository can be published to GitHub, GitLab, or Bitbucket, it can be published to the organization as `<org>/<repo>.git`.
* When publishing a package, test files, `.github` folders, and even `README` files should be `.gitignored` to keep the downloaded packages lightweight.


* **Symlink Architecture:** Adopt the `pnpm` philosophy of using symlinks rather than heavy `node_modules` folders.
* **Local Storage:** Packages should be stored globally in the user's home directory at `$HOME/.zed-pkg`.

### Infrastructure & Hosting

* **Backend:** Create the core infrastructure in Rust.
* **Storage:** Host packages as tarballs and zip files on Rust servers, utilizing S3 / Cloudflare R2.
* **CLI Tooling:** Build tools like `[github.com/oresoftware/r2g](https://github.com/oresoftware/r2g)` directly into the CLI so users can easily test locally before publishing.

### GitHub Organization & Repositories

The project will be housed at: [https://github.com/zed-pkg](https://github.com/zed-pkg)

We need to create the following repositories within this organization:

* `zed-interfaces`: Core interface definitions.
* `zed-cli`: The command-line interface (must use `[github.com/oresoftware/flags-2-env](https://github.com/oresoftware/flags-2-env)` and include a Homebrew installation method).
* `zed-web-server.rs`: Web server written in Rust (must use MASH for Rust and SeaORM; do not use bare SQLx).
* `zed-api-server.rs`: REST API server written in Rust.
* `zed-clients`: Client libraries across various programming languages.
* `zed-sync`: Sync mechanism featuring optimistic client writes to IndexedDB, synced with Supabase and Postgres.

also create a marketing site as github pages in the org -

the marketing site claims:

1. universal package manager that is backed by git servers, hg servers and other vcs not just git
2. goal is to save diskspace on laptops and servers by encouraging package authors to omit test files etc
3. when publishing authors must also publish git tags that match their zed artifact 
4. faster installs and takes load of github and gitlab etc
5. can be self-hosted (not just depend on github etc) for private repos too
we need these repos in github.com/zed-pkg



zed-interfaces

zed-cli. (use github.com/oresoftware/flags-2-env and a homebrew install too)

zed-web-server.rs (uses MASH for rust but seaorm not bare sqlx)

zed-api-server.rs (uses rest api in rust)

zed-clients (client libraries for various languages)

zed-sync (optimistic client writes to indexed-db synced with supabase and postgres)
so we want some of the npm philosophy but more like pnpm where symlinks rule the day - we also need to be container-first in a way and make sure our package mgr system fundamentally works with containerization and multi-stage docker builds and OCI standards etc
a lot of that is great cli tooling - for our cli we do want 2nd args like this:

zed publish
zed install
zed find

etc etc
Show less
we also want a repo called

zed-infra

which is where we store our cloudflare defs, aws, gpc, k8s app of apps type code, terraform, yaml etc -

for now we can plan on running the backend as an app of apps where ~/codes/ores/k8s-cluster is the app of apps cluster

and we want

zed-monorepo repo

and k8s-cluster will have zed-monorepo as the git submodule
we also want a repo called

zed-infra

which is where we store our cloudflare defs, aws, gpc, k8s app of apps type code, terraform, yaml etc -

for now we can plan on running the backend as an app of apps where ~/codes/ores/k8s-cluster is the app of apps cluster

and we want

zed-monorepo repo

and k8s-cluster will have zed-monorepo as the git submodule

and zed-monorepo/apps will have our zed repos as git submodules, in the apps subfolder
we also want a repo called

zed-infra

which is where we store our cloudflare defs, aws, gpc, k8s app of apps type code, terraform, yaml etc -

for now we can plan on running the backend as an app of apps where ~/codes/ores/k8s-cluster is the app of apps cluster

and we want

zed-monorepo repo

and k8s-cluster will have zed-monorepo as the git submodule

and zed-monorepo/apps will have our zed repos as git submodules, in the apps subfolder as siblings
I'll build this out: scaffold all seven repos locally under /Users/alexandermills/codes/zed-pkg (the six code repos plus the GitHub Pages marketing site), with a shared Rust interfaces crate as the contract, then wire up git and — if your gh auth and the org allow it — create the repos under github.com/zed-pkg. First, a quick environment check.

Bash Check Rust toolchain versions
IN
cargo --version && rustc --version

OUT
cargo 1.95.0 (f2d3ce0bd 2026-03-21) (Homebrew)
rustc 1.95.0 (59807616e 2026-04-14) (Homebrew)
Bash Check Node, Python, Go availability
IN
node --version; npm --version; python3 --version; go version 2>&1 | head -1

OUT
v22.13.0
11.0.0
Python 3.10.12
go version go1.24.3 darwin/arm64
Bash Check GitHub CLI authentication
IN
gh auth status 2>&1 | head -20; echo "---login---"; gh api user -q .login 2>&1

OUT
github.com
  ✓ Logged in to github.com account ORESoftware (keyring)
  - Active account: true
  - Git operations protocol: https
  - Token: gho_************************************
  - Token scopes: 'gist', 'read:org', 'repo', 'workflow'

  ✓ Logged in to github.com account alex-sevendwarves (keyring)
  - Active account: false
  - Git operations protocol: https
  - Token: gho_************************************
  - Token scopes: 'gist', 'read:org', 'repo', 'workflow'
---login---
ORESoftware
Bash Check if zed-pkg GitHub org exists
IN
gh api orgs/zed-pkg 2>&1 | head -c 500

OUT
{"login":"zed-pkg","id":308416455,"node_id":"O_kgDOEmIPxw","url":"https://api.github.com/orgs/zed-pkg","repos_url":"https://api.github.com/orgs/zed-pkg/repos","events_url":"https://api.github.com/orgs/zed-pkg/events","hooks_url":"https://api.github.com/orgs/zed-pkg/hooks","issues_url":"https://api.github.com/orgs/zed-pkg/issues","members_url":"https://api.github.com/orgs/zed-pkg/members{/member}","public_members_url":"https://api.github.com/orgs/zed-pkg/public_members{/member}","avatar_url":"htt
Bash List working directory and git identity
IN
ls -la /Users/alexandermills/codes/zed-pkg; echo "---gitconfig---"; git config user.name; git config user.email

OUT
total 0
drwxr-xr-x  2 alexandermills staff   64 Jul 23 09:33 .
drwxr-xr-x 38 alexandermills staff 1216 Jul 23 09:33 ..
---gitconfig---
alex-mills
alexander.d.mills@gmail.com
Bash Check org membership role and existing repos
IN
gh api user/memberships/orgs/zed-pkg -q '.role + " " + .state' 2>&1; echo "---existing repos---"; gh api 'orgs/zed-pkg/repos?per_page=100' -q '.[].name' 2>&1

OUT
admin active
---existing repos---
Bash Create zed-interfaces crate and add dependencies
IN
cargo new zed-interfaces --lib --vcs none 2>&1 && cd zed-interfaces && cargo add serde --features derive -q && cargo add serde_json toml schemars thiserror -q && cargo add semver --features serde -q && grep -A20 '\[dependencies\]' Cargo.toml

OUT
    Creating library `zed-interfaces` package
note: see more `Cargo.toml` keys and their definitions at https://doc.rust-lang.org/cargo/reference/manifest.html
[dependencies]
schemars = "1.2.1"
semver = { version = "1.0.28", features = ["serde"] }
serde = { version = "1.0.229", features = ["derive"] }
serde_json = "1.0.151"
thiserror = "2.0.19"
toml = "1.1.3"
Write Cargo.toml
Write failed
lib.rs
the marketing site (github pages site) should be in astro
Write lib.rs
Write failed
Write vcs.rs
51 lines
the marketing site (github pages site) should be in astro not jekyll etc
Write artifact.rs
37 lines
Write paths.rs
45 lines
Write excludes.rs
60 lines
the colors for the marketing can be black and orange and baby blue
Read Cargo.toml
Read lib.rs
Update Todos

Build zed-interfaces contract crate (manifest, lockfile, registry DTOs, excludes) and verify with cargo test

Launch parallel agents: zed-cli, zed-api-server.rs, zed-web-server.rs, zed-clients + zed-sync, zed-infra

Build Astro marketing site (zed-pkg.github.io, black/orange/baby-blue) with Pages deploy workflow

Build zed-monorepo umbrella (apps/ submodule layout, compose, Makefile)

Verify all agent output: cargo check/test, tsc, terraform fmt

git init + initial commit for all nine repos

Create GitHub repos in zed-pkg org, push, wire submodules, enable Pages

Final report with decisions, runbooks, and k8s-cluster wiring instructions
Write Cargo.toml
16 lines
Write lib.rs
21 lines
Write manifest.rs
181 lines
lib.rs
and generate a log for zed-pkg and a favicon etc
Write lockfile.rs
95 lines
Write registry.rs
149 lines
Write roundtrip.rs
109 lines
Write generate_schemas.rs
34 lines
Bash Format and test zed-interfaces crate
IN
cargo fmt 2>/dev/null; cargo test 2>&1 | tail -15

OUT
running 5 tests
test store_paths_are_sharded ... ok
test excludes_respect_include_readme ... ok
test lockfile_roundtrip ... ok
test manifest_roundtrip ... ok
test manifest_rejects_bad_input ... ok

test result: ok. 5 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.00s

   Doc-tests zed_interfaces

running 0 tests

test result: ok. 0 passed; 0 failed; 0 ignored; 0 measured; 0 filtered out; finished in 0.00s
[This command modified 3 files you've previously read: src/excludes.rs, src/manifest.rs, tests/roundtrip.rs. Call Read before editing.]
All interfaces tests pass. Generating JSON schemas and finishing the repo's docs:

Bash Generate JSON schemas from interface types
IN
cargo run --example generate_schemas 2>&1 | tail -11

OUT
     Running `target/debug/examples/generate_schemas`
wrote schemas/manifest.json
wrote schemas/lockfile.json
wrote schemas/package-metadata.json
wrote schemas/version-metadata.json
wrote schemas/publish-meta.json
wrote schemas/publish-response.json
wrote schemas/search-response.json
wrote schemas/claim-org-request.json
wrote schemas/claim-org-response.json
wrote schemas/api-error.json
Write README.md
82 lines
Write LICENSE
22 lines
Write .gitignore
2 lines
Update Todos

Build zed-interfaces contract crate (manifest, lockfile, registry DTOs, excludes) and verify with cargo test

Launch parallel agents: zed-cli, zed-api-server.rs, zed-web-server.rs, zed-clients + zed-sync, zed-infra

Build Astro marketing site (zed-pkg.github.io, black/orange/baby-blue) with logo, favicon, Pages deploy workflow

Build zed-monorepo umbrella (apps/ submodule layout, compose, Makefile)

Verify all agent output: cargo check/test, tsc, terraform fmt

git init + initial commit for all nine repos

Create GitHub repos in zed-pkg org, push, wire submodules, enable Pages

Final report with decisions, runbooks, and k8s-cluster wiring instructions
Agent:Build zed-cli Rust CLI
IN
Build the `zed-cli` repository for zed-pkg, a universal package manager backed by Git/Mercurial hosts. Work ONLY inside /Users/alexandermills/codes/zed-pkg/zed-cli (create it). The shared contract crate at /Users/alexandermills/codes/zed-pkg/zed-interfaces is complete and compiles — READ its README.md and src/*.rs FIRST and treat it as immutable. Do NOT modify anything outside your directory. Do NOT run git init/commit. Work autonomously; never ask questions.

PRODUCT MODEL (from the contract crate): packages are `org/name` with a zed.toml manifest; `zed publish` packs a pruned tar.gz artifact (default excludes strip tests, CI, .github, READMEs; LICENSE always kept), verifies a VCS tag (publish.tag_format, default v{version}) points at HEAD, and uploads to a registry. `zed install` resolves semver against registry metadata, downloads artifacts once into a global content-addressed store at $HOME/.zed-pkg (store/v1/<2-char-prefix>/<sha256>/pkg), verifies sha256, and symlinks into the project's zed_modules/<org>/<name> — pnpm-style. Archive entries are rooted under the "pkg/" prefix (paths::ARCHIVE_ROOT). Use the constants and helpers from zed_interfaces (paths, excludes, registry DTOs + path fns, Manifest, Lockfile) everywhere — never restate those literals.

CRATE SETUP: `cargo new zed-cli --vcs none` won't be needed — create files directly. Cargo package name "zed-cli", edition 2024, binary name `zed` (set [[bin]] name = "zed", path = "src/main.rs"). Dependency on the contract crate: zed-interfaces = { path = "../zed-interfaces" }. Use `cargo add` for everything else so versions are current. Suggested deps: clap (derive + env features), reqwest (blocking, json, multipart, rustls-tls, no default tls), serde, serde_json, toml, anyhow, thiserror, sha2, hex, tar, flate2, globset, walkdir, semver, dirs, tempfile. Keep the dependency list tight.

FLAGS-2-ENV CONVENTION (github.com/oresoftware/flags-2-env): every flag must also be settable via an env var with prefix ZED_PKG_ — implement with clap's `env = "ZED_PKG_..."` attributes on ALL options (e.g. --registry / ZED_PKG_REGISTRY, --home / ZED_PKG_HOME, --token / ZED_PKG_TOKEN, --install-mode / ZED_PKG_INSTALL_MODE). Credit the convention in the README with a flag↔env table.

COMMANDS (second-arg style):
- `zed init [--org <org>] [--name <name>]` — write zed.toml template (name defaults from dir), append zed_modules/ and .zed/ to .gitignore if present.
- `zed add <org>/<name>[@<semver-req>]` — add to [dependencies] (default req: caret of latest resolved version, or the literal req given), then install.
- `zed remove <org>/<name>` — drop dep, remove symlink, update lock.
- `zed install` (alias `i`) [--frozen] [--install-mode symlink|copy] — resolve manifest deps (transitively: each installed artifact contains its own zed.toml; BFS with visited set; FLATTEN into the project's zed_modules; if two different resolved versions of the same org/name are required, fail with a clear error naming both requirement chains). --frozen: install exactly from zed.lock, error if manifest and lock disagree. Default mode symlink; copy mode copies files out of the store instead (container-friendly: symlinks into $HOME break when image layers are COPYed between stages).
- `zed find <query>` — GET /v1/search, print table org/name, latest, description.
- `zed pack [--out <dir>]` — build the pruned artifact deterministically: collect files with walkdir, apply globset built from zed_interfaces::excludes::effective_excludes(...) + .zedignore lines (case-insensitive globs), ALWAYS_INCLUDE patterns win over any exclude; tar entries sorted by path, rooted under "pkg/", mtime=0 uid/gid=0 for reproducibility; gzip; write to .zed/pack/<org>-<name>-<version>.tar.gz; print sha256, size, file count, and a summary of what was excluded (e.g. "excluded 14 files: 9 tests, 3 ci, 1 readme, 1 other"). Two consecutive packs of an unchanged tree must produce identical sha256 (test this).
- `zed publish [--dry-run] [--allow-dirty]` — require clean VCS tree (git status --porcelain empty; for hg: hg status), require tag manifest.vcs_tag() to exist AND point at HEAD (git: rev-parse tag^{commit} == rev-parse HEAD; hg: best effort via hg log -r "tag('<tag>')"), pack, then PUT multipart (fields per zed_interfaces::registry::PUBLISH_META_FIELD carrying PublishMeta JSON and PUBLISH_ARTIFACT_FIELD carrying bytes) with Bearer token from credentials or ZED_PKG_TOKEN.
- `zed test-local` (alias `r2g`, credit github.com/oresoftware/r2g in README) — the pre-publish consumer test: pack, seed a temp file:// registry with the artifact, create a temp consumer project depending on this package, run a real install against that registry, then run publish.smoke_test (sh -c, cwd = consumer project, env ZED_PKG_TEST_TARGET=<path of installed package>). If no smoke_test configured: still install and verify layout, then warn. Non-zero exit on failure.
- `zed login [--registry <url>] [--token <t>]` — save to $ZED_PKG_HOME/credentials.toml keyed by registry URL, chmod 600; token also read from stdin if not given.
- `zed org claim <slug>` — POST /v1/orgs with token.
- `zed store status|path|prune` — status: package count + disk usage of store and cache; path: print store root; prune: read $ZED_PKG_HOME/refs.json (maintained on every install: project path -> [sha256]), drop entries whose project dir no longer exists, delete store entries and cached artifacts no project references.
- `zed cache clean`.

REGISTRY ABSTRACTION (critical for hermetic tests): trait Registry { get_package, get_version, download_artifact, publish, claim_org, search }. Two impls: HttpRegistry (reqwest blocking against the DTO paths from zed_interfaces::registry) and FileRegistry for file:// URLs (directory layout: packages/<org>/<name>/package.json = PackageMetadata; packages/<org>/<name>/versions/<version>.json = VersionMetadata; artifacts/<sha256>.tar.gz). FileRegistry supports publish too, so the full publish→install loop works offline. Select impl from the registry URL scheme.

CONTAINER-FIRST DOCS (README section "Containers & OCI"): multi-stage Dockerfile example using `RUN --mount=type=cache,target=/root/.zed-pkg zed install --frozen --install-mode copy`, explanation of why copy mode exists, and a note on keeping images minimal because artifacts are pre-pruned.

HOMEBREW: Formula/zed-pkg.rb — builds from the GitHub release tarball of zed-pkg/zed-cli v0.1.0 (placeholder sha256 with TODO comment), depends_on "rust" => :build, std cargo install args, `conflicts_with "zed"` note (Zed editor also installs a `zed` binary — also call this out in the README and suggest `alias z=zed` or installing with a different name via cargo install --bin). README section: brew tap zed-pkg/tap && brew install zed-pkg, plus cargo install --path . fallback.

TESTS (must ALL pass, hermetic, zero network): integration test that builds a fixture package (containing src files, tests/, .github/workflows/x.yml, README.md, LICENSE, zed.toml with a smoke_test), then: pack → assert excluded files absent from archive, LICENSE and zed.toml present, sha256 identical across two packs; publish to a temp FileRegistry; consumer project installs it → assert store layout (store/v1/<aa>/<sha>/pkg), symlink zed_modules/<org>/<name> resolves into the store, zed.lock contents pinned correctly; install --install-mode copy produces real files not symlinks; resolver unit test picks the max satisfying version; test-local flow succeeds end to end with a smoke_test like `test -f "$ZED_PKG_TEST_TARGET/src/lib.txt"`. Drive commands through the library API or by invoking the binary with assert_cmd (your choice; if assert_cmd, cargo add it as dev-dep). IMPORTANT: point ZED_PKG_HOME at a tempdir in every test.

FILES: src/ split sensibly (main.rs thin, commands/, registry/, store.rs, pack.rs, vcs.rs, config.rs), README.md (substantial: quickstart, command reference, flags-2-env table, container section, homebrew, test-local/r2g explanation), LICENSE (MIT, "Copyright (c) 2026 zed-pkg contributors"), .gitignore (/target, /.zed), .github/workflows/ci.yml (cargo test on ubuntu + macos). No emojis anywhere. Comments sparse.

VERIFY before finishing: `cargo fmt`, `cargo check` clean, `cargo test` all green, plus run a real end-to-end demo in a tempdir (init → pack → publish to file registry → install in a consumer → test-local) and capture its output. Iterate until everything passes.

FINAL REPORT (terse): file tree, verification commands + outcomes (paste key lines), decisions taken, gaps/caveats, anything you wished zed-interfaces provided.
yes remember zed-pkg is primary host of tarballs/zip files, but users/authors will declare a backing with github, bitbucket, gitlab etc - and they are required to create a git tag etc on those sites before they can publish their package to our servers -

we wan to support all these -

Post-2025, I’d rank it like this:

| Use case                      |                                           Best pick besides Git/Hg | Why                                                                                                                                                                                      |
| ----------------------------- | -----------------------------------------------------------------: | ---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
| Normal software teams         |                                                 **Jujutsu / `jj`** | Best “new VCS” to actually try because it is Git-compatible and can push/pull against normal Git remotes. Low ecosystem risk. [Jujutsu docs](https://docs.jj-vcs.dev/latest/)            |
| Huge monorepos                |                                                        **Sapling** | Meta-built, Git-compatible, designed for millions of files/commits. Interesting for monorepo scale, less mainstream outside Meta-style environments. [Sapling](https://sapling-scm.com/) |
| Games / large binary assets   | **Perforce Helix Core** or **Unity Version Control / Plastic SCM** | Still strong where Git feels bad: giant assets, artists, locking, game studios. [Unity Version Control](https://unity.com/features/version-control)                                      |
| Small self-contained projects |                                                         **Fossil** | DVCS plus built-in bug tracker, wiki, forum, web UI. Underrated for solo/small teams that want one binary. [Fossil SCM](https://fossil-scm.org/)                                         |
| Research/experimental         |                                                          **Pijul** | Patch-theory based DVCS; intellectually cool, but I would not bet a company workflow on it yet. [Pijul](https://pijul.org/)                                                              |

My real answer: **Git still won**, but **`jj` is the most credible “post-Git-feeling” tool** because it improves the local workflow while keeping Git remotes. For Fiducia / Canonical / normal SaaS work, I’d use Git or Git + `jj`, not Sapling/Pijul/Fossil.

For websites/forges besides GitHub and Bitbucket:

| Platform               | Best for                                                                                                                                                                                                        |
| ---------------------- | --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |
| **GitLab**             | Best full GitHub alternative: repos, issues, merge requests, CI/CD, security, self-hosting. [GitLab](https://gitlab.com/gitlab-org/gitlab)                                                                      |
| **Codeberg**           | Best public open-source, non-profit, Europe/sovereignty vibe. Based on Forgejo.                                                                                                                                 |
| **SourceHut**          | Minimalist hacker forge: Git/Mercurial hosting, mailing lists, CI, no JS required. [SourceHut](https://sourcehut.org/)                                                                                          |
| **Forgejo**            | Best lightweight self-hosted GitHub-like forge. [Forgejo](https://forgejo.org/)                                                                                                                                 |
| **Gitea**              | Similar lightweight self-hosted forge; more GitHub-like and easy to run. [Gitea](https://github.com/go-gitea/gitea)                                                                                             |
| **Azure DevOps Repos** | Good if company is already Microsoft/Azure-heavy.                                                                                                                                                               |
| **AWS CodeCommit**     | AWS-native Git hosting; notably reopened to new customers in late 2025 after being closed in 2024. [AWS CodeCommit update](https://aws.amazon.com/blogs/devops/aws-codecommit-returns-to-general-availability/) |
| **Radicle**            | Decentralized peer-to-peer Git collaboration; cool sovereign-code option, not mainstream enterprise. [Radicle](https://radicle.dev/)                                                                            |

Short recommendation: **GitLab for serious company alternative**, **Forgejo/Gitea for self-host**, **Codeberg for open-source public projects**, **SourceHut if you like email/patch workflows**, and **`jj` locally on top of Git** if you want the best new VCS experience.
Agent:Build zed-api-server.rs REST API
IN
Build the `zed-api-server.rs` repository for zed-pkg, a universal package manager backed by Git/Mercurial hosts. Work ONLY inside /Users/alexandermills/codes/zed-pkg/zed-api-server.rs (create it; the directory name has the .rs suffix, the cargo package is named "zed-api-server"). The shared contract crate at /Users/alexandermills/codes/zed-pkg/zed-interfaces is complete and compiles — READ its README.md and src/*.rs FIRST and treat it as immutable; use its DTOs and path helpers for every route and body. Do NOT modify anything outside your directory. Do NOT run git init/commit. Work autonomously; never ask questions.

WHAT THIS SERVICE IS: the registry REST API in Rust. Stores package/version metadata in Postgres (SeaORM — never bare SQLx), artifact archives in S3-compatible object storage (Cloudflare R2, AWS S3, or MinIO locally), and serves the API surface documented in zed-interfaces/README.md:
- GET /healthz
- GET /v1/packages/{org}/{name} -> PackageMetadata
- GET /v1/packages/{org}/{name}/versions/{version} -> VersionMetadata
- PUT /v1/packages/{org}/{name}/versions/{version} -> publish: multipart with field "meta" (PublishMeta JSON; use zed_interfaces::registry::PUBLISH_META_FIELD) and field "artifact" (archive bytes). Bearer-token required. Recompute sha256 of the uploaded bytes and reject on mismatch with meta.sha256 (ApiError code "sha256_mismatch"). Verify meta.manifest.validate() passes, org/name/version in the URL match the manifest, version not already published. Store artifact at key "artifacts/<sha256>.<format-extension>", upsert package row, insert version row. Respond PublishResponse.
- GET /v1/artifacts/{sha256} -> for the s3 backend respond 302 to a presigned GET URL (10 min); for the local backend stream the file bytes with the right content-type.
- GET /v1/search?q= -> SearchResponse (ILIKE on name and description, cap 50, include latest version per package).
- POST /v1/orgs (bearer token) -> ClaimOrgRequest; create org if the slug is free (validate with zed_interfaces::manifest::is_slug; ApiError code "org_taken" on conflict) -> ClaimOrgResponse.
All error responses are JSON ApiError bodies with appropriate status codes (not_found, unauthorized, bad_request, org_taken, sha256_mismatch, version_exists, tag_not_found).

STACK: axum 0.8 (multipart via its "multipart" feature), tokio, tower-http (trace), tracing + tracing-subscriber, sea-orm (features: sqlx-postgres, runtime-tokio-rustls, macros, chrono, uuid) and sea-orm-migration, aws-config + aws-sdk-s3 (works against R2/MinIO with endpoint override + force path style), sha2/hex, uuid (v4), chrono, serde/serde_json, anyhow/thiserror, dotenvy. zed-interfaces = { path = "../zed-interfaces" }. Use `cargo add` so versions are current. Workspace layout: root crate + a `migration/` member crate (standard sea-orm-migration setup), [workspace] members = [".", "migration"].

SCHEMA (migration crate): org(id uuid pk, slug text unique, created_at timestamptz), token(id uuid pk, name text, token_hash text unique, org_id uuid fk nullable, created_at), package(id uuid pk, org_id fk, name text, description text null, vcs text, repo_url text, created_at, unique(org_id, name)), version(id uuid pk, package_id fk, version text, sha256 text, size bigint, format text, vcs_tag text, vcs_commit text null, artifact_key text, yanked bool default false, published_at timestamptz, unique(package_id, version)). SeaORM entities in src/entities/.

AUTH: Authorization: Bearer <token>; sha256-hash the presented token and look up token.token_hash. Provide a small `create-token` bin or CLI subcommand (clap) that inserts a token row and prints the plaintext once (document in README).

VCS TAG VERIFICATION (the provenance claim): trait TagVerifier { async fn verify(&self, vcs, repo_url, tag, commit: Option<&str>) -> anyhow::Result<TagCheck> } with TagCheck { exists, commit_matches: Option<bool> }. Impls: GithubTagVerifier (api.github.com/repos/{owner}/{repo}/git/ref/tags/{tag} via reqwest, parse owner/repo from https github URLs; optional GITHUB_TOKEN env for rate limits) and NoopTagVerifier. Select via env ZED_VERIFY_TAGS=off|github (default off for dev). On publish with verification on: tag must exist or reject with "tag_not_found". Keep GitLab/Bitbucket/hg as clearly-marked stubs returning an "unsupported host" error, with a doc comment explaining the extension point.

STORAGE ABSTRACTION: trait ArtifactStore { put, get_presigned_url (s3 only), open_stream/read (local) } with S3Store (bucket, optional endpoint_url + force_path_style for R2/MinIO, presigning) and LocalStore (directory, default .data/artifacts). Select via env.

CONFIG (all env, document every var in README): BIND_ADDR (default 0.0.0.0:8080), DATABASE_URL, STORAGE_BACKEND=local|s3 (default local), STORAGE_LOCAL_DIR, S3_BUCKET, S3_ENDPOINT_URL, S3_REGION (default auto), S3_FORCE_PATH_STYLE (default true), PUBLIC_BASE_URL, ZED_VERIFY_TAGS, RUST_LOG. Include a Cloudflare R2 mapping table in the README (account endpoint URL, region auto, API tokens as AWS creds).

CONTAINER-FIRST: Multi-stage Dockerfile (rust build stage, slim runtime, nonroot user). IMPORTANT: the build context must be the PARENT directory because of the ../zed-interfaces path dep — document `docker build -f zed-api-server.rs/Dockerfile .` run from the parent, and structure COPY statements accordingly. Also docker-compose.yml for local dev: postgres:16, minio + bucket bootstrap (minio/mc), and the api service wired together with healthchecks; README runbook: compose up, run migrations (migration crate binary), create token, publish with curl example.

TESTS (must pass without Postgres or network): unit tests for token hashing, artifact key construction, sha256 mismatch detection helper, owner/repo parsing from GitHub URLs, and a router smoke test hitting /healthz plus one route with LocalStore via tower::ServiceExt oneshot (use Option/mock state so no DB connection is needed for healthz; handlers that need DB can be exercised only if you add a test helper — do not add sqlite just for this, keep it simple and note untested paths in the report). Also add a test asserting your axum route patterns line up with zed_interfaces::registry path helpers (e.g. registry::package_path("a","b") == "/v1/packages/a/b").

FILES: src/ split sensibly (main.rs, config.rs, state.rs, routes/, entities/, storage/, verify/), migration/ crate, Dockerfile, docker-compose.yml, README.md (endpoints table, env table, R2 notes, runbook, curl publish example), LICENSE (MIT, "Copyright (c) 2026 zed-pkg contributors"), .gitignore (/target, /.data, /.env), .github/workflows/ci.yml (cargo test). No emojis. Comments sparse.

VERIFY: `cargo fmt`, `cargo check --workspace` clean, `cargo test --workspace` green. Iterate until they pass.

FINAL REPORT (terse): file tree, verification commands + outcomes, decisions, gaps/caveats (e.g. which handlers lack DB-backed tests), anything you wished zed-interfaces provided.
Bash List files in zed-interfaces contract crate
IN
find /Users/alexandermills/codes/zed-pkg/zed-interfaces -type f | sort

OUT
<persisted-output>
Output too large (114.2KB). Full output saved to: /Users/alexandermills/.claude/projects/-Users-alexandermills-codes-zed-pkg/d72f54e3-5ab5-4fe7-be20-4691772edebd/tool-results/bq1ekiicc.txt

Preview (first 2KB):
/Users/alexandermills/codes/zed-pkg/zed-interfaces/.gitignore
/Users/alexandermills/codes/zed-pkg/zed-interfaces/Cargo.lock
/Users/alexandermills/codes/zed-pkg/zed-interfaces/Cargo.toml
/Users/alexandermills/codes/zed-pkg/zed-interfaces/LICENSE
/Users/alexandermills/codes/zed-pkg/zed-interfaces/README.md
/Users/alexandermills/codes/zed-pkg/zed-interfaces/examples/generate_schemas.rs
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/api-error.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/claim-org-request.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/claim-org-response.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/lockfile.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/manifest.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/package-metadata.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/publish-meta.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/publish-response.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/search-response.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/schemas/version-metadata.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/src/artifact.rs
/Users/alexandermills/codes/zed-pkg/zed-interfaces/src/excludes.rs
/Users/alexandermills/codes/zed-pkg/zed-interfaces/src/lib.rs
/Users/alexandermills/codes/zed-pkg/zed-interfaces/src/lockfile.rs
/Users/alexandermills/codes/zed-pkg/zed-interfaces/src/manifest.rs
/Users/alexandermills/codes/zed-pkg/zed-interfaces/src/paths.rs
/Users/alexandermills/codes/zed-pkg/zed-interfaces/src/registry.rs
/Users/alexandermills/codes/zed-pkg/zed-interfaces/src/vcs.rs
/Users/alexandermills/codes/zed-pkg/zed-interfaces/target/.rustc_info.json
/Users/alexandermills/codes/zed-pkg/zed-interfaces/target/CACHEDIR.TAG
/Users/alexandermills/codes/zed-pkg/zed-interfaces/target/debug/.cargo-lock
...
</persisted-output>
Read lib.rs
Read lockfile.rs
Read registry.rs
Read artifact.rs
Bash Check cargo/rustc versions and zed-pkg dir contents
IN
cargo --version && rustc --version && ls /Users/alexandermills/codes/zed-pkg/

OUT
cargo 1.95.0 (f2d3ce0bd 2026-03-21) (Homebrew)
rustc 1.95.0 (59807616e 2026-04-14) (Homebrew)
zed-interfaces
Agent:Build zed-web-server.rs MASH UI
IN
Build the `zed-web-server.rs` repository for zed-pkg, a universal package manager backed by Git/Mercurial hosts. Work ONLY inside /Users/alexandermills/codes/zed-pkg/zed-web-server.rs (create it; directory has the .rs suffix, cargo package name "zed-web-server"). The shared contract crate at /Users/alexandermills/codes/zed-pkg/zed-interfaces is complete — READ its README.md and src/*.rs FIRST; treat as immutable. Do NOT modify anything outside your directory. Do NOT run git init/commit. Work autonomously; never ask questions.

WHAT THIS SERVICE IS: the human-facing registry web UI in Rust using the MASH stack — Maud (typed HTML templates), Axum 0.8, SeaORM (NOT bare SQLx), HTMX — reading the same Postgres the API server writes. The API server (sibling repo zed-api-server.rs, may not exist yet while you work) owns migrations; you define read-only SeaORM entities matching this schema: org(id uuid, slug text unique, created_at timestamptz), package(id uuid, org_id fk, name, description null, vcs, repo_url, created_at, unique(org_id,name)), version(id uuid, package_id fk, version, sha256, size bigint, format, vcs_tag, vcs_commit null, artifact_key, yanked bool, published_at timestamptz). Note in code + README that zed-api-server's migration crate is the schema's source of truth.

STACK: axum 0.8, maud with its axum feature (check the current maud version supporting axum 0.8; use `cargo add maud --features axum`), sea-orm (sqlx-postgres, runtime-tokio-rustls, macros, chrono, uuid), tokio, tower-http (trace + fs), tracing-subscriber, serde, anyhow, dotenvy, zed-interfaces = { path = "../zed-interfaces" }. HTMX 2: vendor the minified htmx.min.js into static/ (download from unpkg once; if network blocks it, write a tiny placeholder and note it) and serve via tower-http ServeDir.

RESILIENT STATE: AppState holds Option<DatabaseConnection>. On startup try to connect to DATABASE_URL; on failure log a warning and run in "registry offline" mode where every page renders with an empty-state banner instead of crashing. This keeps the binary runnable with zero infrastructure.

PAGES (all Maud, shared layout with nav + footer):
- GET / — hero ("Install packages, not repositories."), quick install snippet (zed add org/name), 20 most recent versions joined with their packages.
- GET /search?q= — full page with a search box; the box uses HTMX (hx-get="/partials/search", hx-trigger="input changed delay:300ms", hx-target="#results") for live results; GET /partials/search?q= returns just the results fragment. ILIKE match on package name + description, cap 50.
- GET /p/{org}/{name} — package page: description, vcs + repo link, install snippet `zed add {org}/{name}`, version table (version, published_at, size human-readable, sha256 short, vcs_tag — the provenance column) newest first.
- GET /orgs/{org} — org page listing its packages.
- GET /healthz — "ok" (+ db connected true/false as JSON).
Every DB-touching handler must handle Option<DatabaseConnection>=None and query errors by rendering the offline/empty state.

DESIGN: dark theme, brand palette: background #0A0A0B, panel #131316, border #26262B, text #F2F2F0, muted #9C9CA6, orange accent #FF7A1A (primary: links, buttons, logo "zed"), baby blue accent #8FD3F4 (secondary: sha256/provenance/tag badges). Monospace for identifiers and snippets. One hand-written static/styles.css, no CSS framework. Clean, dense, terminal-flavored. No emojis.

CONFIG (env, flags-2-env style, document in README): DATABASE_URL, BIND_ADDR (default 0.0.0.0:8081), PUBLIC_REGISTRY_URL (shown in snippets, default from zed_interfaces::registry::DEFAULT_REGISTRY_URL), RUST_LOG.

CONTAINER: multi-stage Dockerfile; build context must be the PARENT dir due to the ../zed-interfaces path dep (document `docker build -f zed-web-server.rs/Dockerfile .`), copy static/ into the runtime image.

TESTS (no DB, no network): maud layout/component render tests asserting key markup (nav, banner, package row, htmx attributes on the search box), a humanize-size helper test, and a router test via tower::ServiceExt oneshot for /healthz and / in offline mode (state None) asserting 200 + offline banner text.

FILES: src/ (main.rs, config.rs, state.rs, routes/, views/ for maud templates, entities/), static/ (styles.css, htmx.min.js), Dockerfile, README.md (what it is, MASH stack note, schema-ownership note, env table, runbook incl. pointing at the compose Postgres from zed-api-server.rs), LICENSE (MIT, "Copyright (c) 2026 zed-pkg contributors"), .gitignore (/target, /.env), .github/workflows/ci.yml (cargo test). Comments sparse.

VERIFY: `cargo fmt`, `cargo check` clean, `cargo test` green, and actually boot the server once with no DATABASE_URL, curl / and /healthz, confirm offline mode renders (kill it after). Iterate until everything passes.

FINAL REPORT (terse): file tree, verification commands + outcomes, decisions, gaps/caveats, anything you wished zed-interfaces provided.
Read README.md
Read registry.rs
Read vcs.rs
Read paths.rs
Read Cargo.toml
Bash Check Rust toolchain versions and parent directory contents
IN
rustc --version && cargo --version && ls /Users/alexandermills/codes/zed-pkg/

OUT
rustc 1.95.0 (59807616e 2026-04-14) (Homebrew)
cargo 1.95.0 (f2d3ce0bd 2026-03-21) (Homebrew)
zed-interfaces
Agent:Build zed-clients and zed-sync
IN
Build TWO repositories for zed-pkg, a universal package manager backed by Git/Mercurial hosts: /Users/alexandermills/codes/zed-pkg/zed-clients and /Users/alexandermills/codes/zed-pkg/zed-sync (create both; work ONLY inside them). The shared contract crate at /Users/alexandermills/codes/zed-pkg/zed-interfaces is complete — READ its README.md, src/registry.rs, and the generated JSON Schemas in zed-interfaces/schemas/*.json FIRST; treat it as immutable. Do NOT modify anything outside your two directories. Do NOT run git init/commit. Work autonomously; never ask questions.

REGISTRY API being wrapped (full details in zed-interfaces/README.md): GET /v1/packages/{org}/{name} -> PackageMetadata; GET /v1/packages/{org}/{name}/versions/{version} -> VersionMetadata; GET /v1/artifacts/{sha256} -> bytes (follow redirects); GET /v1/search?q= -> SearchResponse; POST /v1/orgs -> claim namespace; PUT /v1/packages/{org}/{name}/versions/{version} -> multipart publish with fields "meta" (PublishMeta JSON) + "artifact" (bytes); Authorization: Bearer <token> on authenticated routes; errors are ApiError {code,message} JSON. Default registry https://registry.zed-pkg.dev.

=== REPO 1: zed-clients — official SDKs, one folder per language ===
Top-level README.md with a language/feature matrix and pointers into each folder. Each SDK implements: getPackage, getVersion, search, downloadArtifact (to a file/stream with sha256 verification), claimOrg, publish (multipart), bearer token support, registry URL override, typed errors carrying the ApiError code. Mirror DTO field names exactly as in the JSON schemas (snake_case on the wire).
- rust/: crate "zed-client", reqwest blocking + rustls-tls + multipart, zed-interfaces = { path = "../../zed-interfaces" } so DTOs are reused not duplicated. Unit tests for URL building + sha256 verify helper (no network). MUST pass cargo fmt + cargo check + cargo test.
- typescript/: package "@zed-pkg/client", ZERO runtime deps (global fetch, Node 18+/browsers). Hand-written .d.ts-grade types for the DTOs (interfaces in types.ts). tsconfig strict, ES2022 modules. devDependency typescript only; npm install + `npm run build` (tsc) MUST pass. Include a tiny node:test suite for pure helpers (url building, error mapping) runnable via `npm test` without network.
- python/: package dir zed_pkg_client/, stdlib urllib only (zero deps), dataclasses for DTOs, pyproject.toml (name zed-pkg-client). MUST pass `python3 -m compileall -q zed_pkg_client` and a small stdlib-unittest run for url building.
- go/: module github.com/zed-pkg/zed-clients/go, net/http only, structs with json tags matching the wire. MUST pass `go build ./...` and `go vet ./...` (go 1.24 is installed); include one _test.go with url-building tests passing via `go test ./...`.
Shared .gitignore entries per folder (target/, node_modules/, dist/, __pycache__/). LICENSE (MIT, "Copyright (c) 2026 zed-pkg contributors") at repo root. .github/workflows/ci.yml running each language's checks in separate jobs.

=== REPO 2: zed-sync — offline-first sync engine (TypeScript) ===
Package "@zed-pkg/sync": optimistic client writes land in IndexedDB immediately and an outbox syncs them to Supabase/Postgres in the background. ZERO runtime deps: the Supabase client is NOT a dependency — callers pass any object satisfying a minimal structural interface. Files in src/:
- types.ts: ChangeRecord { id, table, pk, op: "upsert"|"delete", payload, client_id, seq, updated_at }, SyncStatus, SyncEvent, conflict types.
- outbox.ts: raw IndexedDB (no idb dependency): db "zed-sync" with object stores "outbox" (autoIncrement seq) and "tables" (local optimistic state) and "meta" (cursor); enqueue/list/ack APIs, promise-wrapped requests.
- store.ts: OptimisticStore — apply(table, pk, op, payload): writes local state + outbox entry atomically in one transaction; get/getAll reads.
- transport.ts: interface SyncTransport { push(changes): Promise<{acked: string[]}>; pull(sinceCursor): Promise<{changes: ChangeRecord[]; cursor: string}> }. Two impls: SupabaseTransport (accepts a structurally-typed SupabaseLike client — define the minimal interface: from(table).upsert/.delete().eq()/.select().gt().order() as needed — document that @supabase/supabase-js satisfies it) and RestTransport (plain fetch against a PostgREST-style endpoint with apikey/Authorization headers).
- engine.ts: SyncEngine — start(intervalMs)/stop/flush: drains outbox with exponential backoff on failure, pulls remote changes, merges last-write-wins by updated_at with an overridable onConflict hook, emits events (status, conflict, error).
- index.ts re-exports.
Plus: schema.sql (Postgres/Supabase: a sync_changes journal table + example synced table with updated_at trigger function + RLS policy examples + realtime publication note), README.md (architecture diagram in ascii, LWW caveats, quickstart showing a supabase-js client being passed in, schema setup steps), tsconfig strict with lib ["ES2022","DOM"] (IndexedDB types), devDependency typescript only. Include node:test unit tests for the pure parts (LWW merge decision function, backoff calculator) — keep IndexedDB code isolated from pure logic so tests run in Node without a DOM. `npm run build` (tsc) and `npm test` MUST pass. LICENSE (MIT), .gitignore (node_modules/, dist/), .github/workflows/ci.yml.

No emojis anywhere. Comments sparse. VERIFY everything listed above; iterate until green.

FINAL REPORT (terse): file trees, verification commands + outcomes per language, decisions, gaps/caveats.
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Agent:Build zed-infra IaC repo
IN
Build the `zed-infra` repository for zed-pkg, a universal package manager (registry API + web UI in Rust, Postgres, S3/R2 artifact storage). Work ONLY inside /Users/alexandermills/codes/zed-pkg/zed-infra (create it). For context you may READ /Users/alexandermills/codes/zed-pkg/zed-interfaces/README.md and the sibling repo names, but modify nothing outside your directory. Do NOT run git init/commit. Work autonomously; never ask questions.

WHAT THIS REPO IS: all infrastructure-as-code for zed-pkg — Cloudflare, AWS, GCP, Kubernetes (Argo CD app-of-apps), Terraform, YAML. The backend runs as an Argo CD app-of-apps: the user's existing cluster repo at ~/codes/ores/k8s-cluster is the app-of-apps ROOT (do not touch it — instead document exactly what to add there). A sibling repo zed-monorepo will vendor all zed repos as git submodules under apps/, and k8s-cluster will include zed-monorepo as a submodule; your k8s manifests must therefore reference paths that work when checked out at k8s-cluster/<something>/zed-monorepo/apps/zed-infra as well as standalone via the https://github.com/zed-pkg/zed-infra repo URL (prefer repo-URL-based Argo Applications; mention the submodule path alternative in comments).

LAYOUT:
- terraform/cloudflare/: R2 bucket for artifacts (zed-pkg-artifacts + a -dev variant), R2 API token notes, DNS records for registry.zed-pkg.dev and www/apex of zed-pkg.dev (proxied CNAMEs with placeholder targets, zone lookup by var), custom domain comment for the Pages site. Variables (account_id, zone, api_token) with sensible descriptions, outputs (bucket names, S3 endpoint URL https://<account_id>.r2.cloudflarestorage.com), provider cloudflare ~> 5.x pinned, backend "local" with a commented remote-state stanza. terraform.tfvars.example.
- terraform/aws/: alternative artifact bucket: private S3 bucket module usage-free plain resources (bucket, versioning off, public access block, lifecycle abort-incomplete-uploads, IAM user + least-priv policy for the API server, access key output marked sensitive). Same variable/output discipline. terraform.tfvars.example.
- terraform/gcp/: honest stub — README.md stating GCP is planned (GCS + GKE), no resources yet.
- k8s/: Argo CD app-of-apps: k8s/bootstrap/zed.yaml = the root Application (project default, source this repo path k8s/apps, destination in-cluster, automated sync with prune+selfHeal) — this is THE file the user's k8s-cluster root references; k8s/apps/zed-api-server.yaml and k8s/apps/zed-web-server.yaml = child Applications pointing at k8s/manifests/zed-api-server and .../zed-web-server; those manifest dirs use kustomize (base/ + overlays/dev + overlays/prod): Deployment (image ghcr.io/zed-pkg/zed-api-server:v0.1.0 resp. zed-web-server, nonroot securityContext, resources, liveness/readiness on /healthz), Service, Ingress (nginx class, hosts registry.zed-pkg.dev / www.zed-pkg.dev, cert-manager annotation), ConfigMap for plain env (STORAGE_BACKEND=s3, S3_ENDPOINT_URL etc.), and an ExternalSecret-shaped placeholder OR plain Secret manifest with clearly-marked REPLACE-ME values for DATABASE_URL and R2 credentials (pick plain Secret + a SOPS note; add secrets files to .gitignore pattern *.secret.yaml). Also k8s/manifests/postgres/ with a short README recommending CloudNativePG or a managed DB, plus a minimal dev-only StatefulSet manifest under overlays/dev only.
- docs/wiring-k8s-cluster.md: step-by-step for the user's app-of-apps root at ~/codes/ores/k8s-cluster: (1) git submodule add https://github.com/zed-pkg/zed-monorepo (path suggestion), (2) the exact root-level Application YAML to drop into their cluster repo that points at zed-infra k8s/bootstrap/zed.yaml (both repo-URL and submodule-path variants), (3) image build/push expectations (ghcr.io/zed-pkg/*, note the parent-dir docker build context because Rust services path-depend on ../zed-interfaces), (4) secret creation commands.
- README.md: map of the repo, prerequisites, terraform runbooks per provider (init/plan/apply), k8s bootstrap runbook, R2-vs-S3 decision notes.
- LICENSE (MIT, "Copyright (c) 2026 zed-pkg contributors"), .gitignore (.terraform/, *.tfstate*, *.tfvars except examples, *.secret.yaml), .github/workflows/ci.yml (terraform fmt -check -recursive + kubeconform or kubectl-less yaml syntax check via a python one-liner if kubeconform unavailable in the workflow, keep the workflow simple).

QUALITY BAR: every .tf file must pass `terraform fmt -check` formatting conventions BY HAND if the terraform binary is absent (check with `which terraform`; if present run fmt + `terraform validate` where possible without credentials — validate may need `terraform init -backend=false`; if init cannot reach the network, note it). Every YAML must be syntactically valid — verify all of k8s/ with `python3 -c "import yaml,sys; [yaml.safe_load_all(open(f).read()) and print(f) for f in sys.argv[1:]]"` style script or ruby/yq, whichever exists. Kustomize dirs must build if `kubectl kustomize` or `kustomize` exists locally; otherwise hand-verify resource/patch names line up and say so.

No emojis. Comments only where a value is a placeholder or a decision needs explaining.

FINAL REPORT (terse): file tree, verification performed + outcomes, decisions, gaps/caveats (e.g. which validations were skipped for missing tools).
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Bash Create cargo package and migration member crate
IN
cd /Users/alexandermills/codes/zed-pkg && cargo new --vcs none --name zed-api-server zed-api-server.rs && cargo new --vcs none --lib --name migration zed-api-server.rs/migration

OUT
    Creating binary (application) `zed-api-server` package
note: see more `Cargo.toml` keys and their definitions at https://doc.rust-lang.org/cargo/reference/manifest.html
    Creating library `migration` package
note: see more `Cargo.toml` keys and their definitions at https://doc.rust-lang.org/cargo/reference/manifest.html
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