# Trace: Exploring Aggregated Stats Across Multiple Repositories
Agent: claude-code | Model: Claude Opus 3 | Project: orgs
---
## User
I'd like to investigate using the new forges module as a way to drive git-pkgs to aggregate stats from across multiple repos, to give similar insights but at an "org" level
## Assistant
## Assistant
Let me start by understanding what's in this repo and what git-pkgs/forges looks like.
## Assistant
### Tool: Bash
**Args:**
```json
{
"command": "ls -la /Users/andrew/code/git-pkgs/orgs",
"description": "List contents of current working directory"
}
```
## Assistant
### Tool: Glob
**Args:**
```json
{
"pattern": "/Users/andrew/code/git-pkgs/*"
}
```
## Assistant
**Result** (success):
```
total 0
drwxr-xr-x 2 andrew staff 64 6 Feb 15:51 .
drwxr-xr-x 28 andrew staff 896 6 Feb 15:51 ..
```
## Assistant
**Result** (success):
```
/Users/andrew/code/git-pkgs/vers/interval.go
/Users/andrew/code/git-pkgs/vers/version_test.go
/Users/andrew/code/git-pkgs/vers/constraint_test.go
/Users/andrew/code/git-pkgs/vers/interval_test.go
/Users/andrew/code/git-pkgs/vers/range_test.go
/Users/andrew/code/git-pkgs/vers/.github/dependabot.yml
/Users/andrew/code/git-pkgs/vers/vers.go
/Users/andrew/code/git-pkgs/vers/LICENSE
/Users/andrew/code/git-pkgs/vers/.git/info/exclude
/Users/andrew/code/git-pkgs/vers/.git/description
/Users/andrew/code/git-pkgs/vers/.git/hooks/commit-msg.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/pre-rebase.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/sendemail-validate.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/pre-commit.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/applypatch-msg.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/fsmonitor-watchman.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/pre-receive.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/prepare-commit-msg.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/post-update.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/pre-merge-commit.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/pre-applypatch.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/pre-push.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/update.sample
/Users/andrew/code/git-pkgs/vers/.git/hooks/push-to-checkout.sample
/Users/andrew/code/git-pkgs/vers/.git/objects/82/f60ae7cea3fd0827a9f04a3d0c83c2c7a7e915
/Users/andrew/code/git-pkgs/vers/.git/objects/cb/820a2a347526e560a58c7fd0f8812bb0912877
/Users/andrew/code/git-pkgs/vers/.git/objects/cd/b7bcde1789c0abc665ea90b0f87c2f2d256b95
/Users/andrew/code/git-pkgs/vers/.git/objects/db/2a0d0a1cd6505f5aaaa4b324e5c80e4c5f647d
/Users/andrew/code/git-pkgs/vers/.git/objects/b4/63dfd792c116d16b912329c4a71f3ccb8d4773
/Users/andrew/code/git-pkgs/vers/.git/objects/ea/d9ac7843adb731c2ea2f6789fcc6f19cce5293
/Users/andrew/code/git-pkgs/vers/.git/objects/07/f6980a1ee5ff4c34ec75f6f85f601a3beeefc0
/Users/andrew/code/git-pkgs/vers/.git/objects/de/686ab320675dfbfaf3e422166c3be83b6930f8
/Users/andrew/code/git-pkgs/vers/.git/objects/79/6dc7bc841c67d21018bfbdf4f45eeaf8b1f34b
/Users/andrew/code/git-pkgs/vers/.git/objects/33/bcbe13e63be98be194079d309d4f208cad8b1f
/Users/andrew/code/git-pkgs/vers/.git/objects/90/7c7404bdaf891e455d54294ab24ba657c264c0
/Users/andrew/code/git-pkgs/vers/.git/objects/8d/294eae27f9901d64db3e06b72bca9eac2811c3
/Users/andrew/code/git-pkgs/vers/.git/objects/4e/5ed7cf6b8860d8abf6a975f8ccf8d5b2f20f35
/Users/andrew/code/git-pkgs/vers/.git/objects/25/d4404b3f54bdf92214e96818951bfaee36232b
/Users/andrew/code/git-pkgs/vers/.git/objects/53/eda5d7cc230c03d82d3e5047bec501cf19fbcb
/Users/andrew/code/git-pkgs/vers/.git/objects/61/25847df3475b15617100b37ddcadc874c43007
/Users/andrew/code/git-pkgs/vers/.git/objects/ea/3da309730219e607380d172c8e9a69b011a940
/Users/andrew/code/git-pkgs/vers/.git/objects/ff/b0a4cef86c1491cb9642fd9e3ef4e79da306f0
/Users/andrew/code/git-pkgs/vers/.git/objects/11/80835a5e95bedbcc589da0ce3f3cd21a13ce16
/Users/andrew/code/git-pkgs/vers/.git/objects/1c/d4609815da69b09f8a57769f2f5751931dc76d
/Users/andrew/code/git-pkgs/vers/.git/refs/tags/v0.1.0
/Users/andrew/code/git-pkgs/vers/.git/objects/c9/c01630e4fcf38d31b9a7489854dee47b0691fd
/Users/andrew/code/git-pkgs/vers/.git/objects/74/ac73b598def3dcfb187bf5b760b45d1e77e405
/Users/andrew/code/git-pkgs/vers/.git/objects/5c/f791f0ae4502a158b7c6143be697df2cfcdee3
/Users/andrew/code/git-pkgs/vers/.git/objects/a7/65a8124341ea5f4aafc1b7378bd53ca07efc52
/Users/andrew/code/git-pkgs/vers/.git/objects/c7/20ff0bc8bbe8e8807025bf35e9cdb227dbf43a
/Users/andrew/code/git-pkgs/manifests/testdata/vcpkg/_generated-vcpkg-list.json
/Users/andrew/code/git-pkgs/manifests/testdata/npm/2018-package-lock/package-lock.json
/Users/andrew/code/git-pkgs/manifests/testdata/github-actions/action.yml
/Users/andrew/code/git-pkgs/manifests/testdata/alpine/APKBUILD
/Users/andrew/code/git-pkgs/manifests/testdata/alpine/APKBUILD-with-versions
/Users/andrew/code/git-pkgs/manifests/testdata/ml/bentofile-with-tags.yaml
/Users/andrew/code/git-pkgs/manifests/testdata/ml/bentofile.yaml
/Users/andrew/code/git-pkgs/manifests/testdata/npm/bower.json
/Users/andrew/code/git-pkgs/manifests/testdata/brew/Brewfile
/Users/andrew/code/git-pkgs/manifests/testdata/brew/Brewfile.lock.json
/Users/andrew/code/git-pkgs/manifests/testdata/misc/broken/pom.xml
/Users/andrew/code/git-pkgs/manifests/testdata/maven/build.gradle
/Users/andrew/code/git-pkgs/manifests/testdata/maven/build.gradle.kts
/Users/andrew/code/git-pkgs/manifests/testdata/cpan/Build.PL
/Users/andrew/code/git-pkgs/manifests/testdata/maven/build.sbt
/Users/andrew/code/git-pkgs/manifests/testdata/npm/bun.lock
/Users/andrew/code/git-pkgs/manifests/testdata/hackage/cabal.config
/Users/andrew/code/git-pkgs/manifests/testdata/hackage/cabal.project.freeze
/Users/andrew/code/git-pkgs/manifests/testdata/cargo/Cargo.lock
/Users/andrew/code/git-pkgs/manifests/testdata/cargo/Cargo.toml
/Users/andrew/code/git-pkgs/manifests/testdata/carthage/Cartfile
/Users/andrew/code/git-pkgs/manifests/testdata/carthage/Cartfile.private
/Users/andrew/code/git-pkgs/manifests/testdata/carthage/Cartfile.resolved
/Users/andrew/code/git-pkgs/manifests/testdata/ml/cog-no-deps.yaml
/Users/andrew/code/git-pkgs/manifests/testdata/ml/cog-requirements.yaml
/Users/andrew/code/git-pkgs/manifests/testdata/ml/cog.yaml
/Users/andrew/code/git-pkgs/manifests/testdata/composer/composer.json
/Users/andrew/code/git-pkgs/manifests/testdata/composer/composer.lock
/Users/andrew/code/git-pkgs/manifests/testdata/composer/composer2.json
/Users/andrew/code/git-pkgs/manifests/testdata/github-actions/composite-action.yml
/Users/andrew/code/git-pkgs/manifests/testdata/conan/conan.lock
/Users/andrew/code/git-pkgs/manifests/testdata/conan/conanfile.py
/Users/andrew/code/git-pkgs/manifests/testdata/conan/conanfile.txt
/Users/andrew/code/git-pkgs/manifests/testdata/pypi/conda_with_pip/environment.yml
/Users/andrew/code/git-pkgs/manifests/testdata/cpan/cpanfile
/Users/andrew/code/git-pkgs/manifests/testdata/cpan/cpanfile.snapshot
/Users/andrew/code/git-pkgs/manifests/testdata/alpine/debian/control
/Users/andrew/code/git-pkgs/manifests/testdata/npm/deno.json
/Users/andrew/code/git-pkgs/manifests/testdata/npm/deno.lock
/Users/andrew/code/git-pkgs/manifests/testdata/cran/DESCRIPTION
/Users/andrew/code/git-pkgs/manifests/testdata/cran/DESCRIPTION2
/Users/andrew/code/git-pkgs/manifests/testdata/gem/devise.gemspec
/Users/andrew/code/git-pkgs/manifests/testdata/cpan/dist.ini
/Users/andrew/code/git-pkgs/manifests/testdata/github-actions/docker-action.yml
/Users/andrew/code/git-pkgs/manifests/testdata/docker/docker-compose.yml
/Users/andrew/code/git-pkgs/manifests/testdata/docker/Dockerfile
/Users/andrew/code/git-pkgs/manifests/testdata/alpine/dpkg
/Users/andrew/code/git-pkgs/manifests/testdata/dub/dub.json
/Users/andrew/code/git-pkgs/manifests/testdata/dub/dub.sdl
/Users/andrew/code/git-pkgs/manifests/testdata/ml/dvc-no-models.yaml
(Results are truncated. Consider using a more specific path or pattern.)
```
## Assistant
### Tool: Task
**Args:**
```json
{
"description": "Explore git-pkgs codebase",
"prompt": "Explore the /Users/andrew/code/git-pkgs directory thoroughly. I need to understand:\n\n1. What git-pkgs is - look at READMEs, gemspecs, main entry points\n2. What the \"forges\" module is - find any code related to forges, look at its API/interface\n3. What stats/insights git-pkgs currently provides for individual repos\n4. The overall architecture - how the gem is structured, key classes and modules\n5. Any existing org-level or multi-repo functionality\n\nBe very thorough - check all subdirectories under /Users/andrew/code/git-pkgs/, look at lib/, spec/test files, and any configuration.",
"subagent_type": "Explore"
}
```
## Assistant
**Result** (success):
```
Perfect! Now I have a comprehensive understanding. Let me create a thorough summary report:
## Comprehensive Exploration Report: git-pkgs
I've thoroughly explored the `/Users/andrew/code/git-pkgs` directory and its ecosystem. Here's what I found:
### 1. **What git-pkgs Is**
git-pkgs is a **Go-based CLI tool and library system** for tracking package dependencies across git history. It's a complete rewrite of an original Ruby version. The core value proposition: while lockfiles show *what* dependencies you have, git-pkgs shows *how you got here* — when dependencies were added, who added them, why, and all historical changes.
Key characteristics:
- CLI: `git pkgs` subcommand interface
- Storage: SQLite database stored in `.git/pkgs.sqlite3`
- Scope: Single repository focus (per-repo analysis)
- Network: Core commands work offline; enrichment commands fetch from OSV, ecosyste.ms, and registries
- Multi-ecosystem: Supports 30+ package ecosystems via the `manifests` module
**Main entry point:** `/Users/andrew/code/git-pkgs/git-pkgs/` (Go CLI tool)
---
### 2. **The Forges Module**
Located at `/Users/andrew/code/git-pkgs/forges/`, this is a standalone **Go library for fetching normalized repository metadata from git forges**.
**API/Interface:**
- **Client**: Routes requests to appropriate Forge backends
- **Forge interface**: Each forge backend implements `FetchRepository(ctx, owner, repo)` and `FetchTags(ctx, owner, repo)`
- **Supported forges**: GitHub, GitLab, Gitea, Forgejo, Bitbucket Cloud
**Key types:**
```go
type Repository struct {
FullName, Owner, Name, Description, Homepage, HTMLURL
Language, License (SPDX), DefaultBranch
Fork, Archived, Private, MirrorURL, SourceName
Size, StargazersCount, ForksCount, OpenIssuesCount, SubscribersCount
HasIssues, PullRequestsEnabled, Topics, LogoURL
CreatedAt, UpdatedAt, PushedAt
}
type Tag struct {
Name string // git tag name
Commit string // SHA
}
```
**Features:**
- Parse repository URLs (HTTPS, SSH, schemeless)
- Auto-detect forge type via headers or API probing
- Support self-hosted instances (Gitea, GitLab)
- PURL integration via `github.com/git-pkgs/purl` module
---
### 3. **Stats/Insights for Individual Repos**
The `git pkgs stats` command provides aggregated metrics:
**Current state metrics:**
- Total dependencies (count)
- Dependencies by ecosystem breakdown
- Dependencies by dependency type (runtime, development, test, build, optional)
**Change metrics:**
- Total changes over time
- Changes by type (added, modified, removed)
- Most changed dependencies (top N)
- Top contributors by change count
**Per-author breakdown** (--by-author flag):
- Commits per author
- Changes per author (total and broken down by type)
- Email and contribution timestamps
**Filtering options:**
- `--ecosystem` - Filter by npm, gem, pypi, cargo, docker, actions, golang, etc.
- `--since` / `--until` - Date range filtering (YYYY-MM-DD)
- `--limit` - Number of top items to display
**Output formats:** Text (human-readable) or JSON
Related commands also provide insights:
- `git pkgs blame` - Who added each dependency
- `git pkgs history` - Full changelog per package
- `git pkgs stale` - Dependencies untouched for N days
- `git pkgs outdated` - Packages with newer versions available
- `git pkgs licenses` - License information per package
- `git pkgs vulns` - Vulnerability scanning with exposure metrics
---
### 4. **Overall Architecture**
The system is organized into **modular, layered components**:
```
git-pkgs (monorepo structure)
├── git-pkgs/ (CLI: the main tool)
│ ├── cmd/ (45+ command handlers)
│ │ ├── stats.go, list.go, history.go, blame.go, vulns.go, etc.
│ │ └── root.go (Cobra CLI setup)
│ └── internal/
│ ├── database/ (SQLite queries, schema, batch writer)
│ ├── analyzer/ (Manifest parsing from git blobs)
│ ├── indexer/ (Git history walking, change detection)
│ ├── git/ (Repository operations, branch walking)
│ └── mailmap/ (Author identity resolution)
│
├── forges/ (Forge API integration library)
│ ├── forges.go (Client routing)
│ ├── github.go, gitlab.go, gitea.go, bitbucket.go
│ ├── detect.go (Auto-detection of forge type)
│ └── types.go (Repository, Tag structs)
│
├── manifests/ (Parsing library: 30+ ecosystems)
│ ├── Parse() (Extract deps from manifest/lockfile)
│ ├── Identify() (Detect file type without parsing)
│ └── Support for: npm, gem, pypi, cargo, docker, actions, golang, maven, nuget, etc.
│
├── registries/ (Unified registry API interface)
│ ├── FetchPackageFromPURL()
│ ├── FetchVersionFromPURL()
│ ├── FetchLatestVersionFromPURL()
│ └── Support for 25 ecosystems
│
├── managers/ (Package manager CLI driver)
│ ├── NewTranslator()
│ ├── BuildCommand() (Translate to npm, bundler, cargo, etc.)
│ └── Support for 35 package managers
│
├── enrichment/ (Package metadata aggregation)
│ ├── BulkLookup() (Query ecosyste.ms, deps.dev, registries)
│ └── Hybrid strategy: direct registry queries + ecosyste.ms API
│
├── vulns/ (Vulnerability data fetching)
│ ├── osv.New() (Open Source Vulnerabilities)
│ ├── depsdev.New() (Google deps.dev)
│ ├── ghsa.New() (GitHub Security Advisories)
│ └── nvd.New() (NIST NVD)
│
├── purl/ (Package URL library wrapper)
│ ├── Parse()
│ ├── New()
│ ├── RegistryURL()
│ └── Type configuration from purl-types.json
│
├── archives/ (Archive reading library)
│ ├── ZIP, TAR, gem formats
│ └── In-memory file listing/extraction
│
└── [utilities: vers, spdx, proxy, etc.]
```
**Database schema:**
```sql
branches -- Git branches analyzed
commits -- Commit metadata (author, message, date)
branch_commits -- Join table with position tracking
manifests -- Manifest files (path, ecosystem, kind)
dependency_changes -- Individual changes (added/modified/removed)
dependency_snapshots -- Full state at each commit
packages -- Package enrichment cache
versions -- Version-specific metadata
vulnerabilities -- OSV/vulnerability data
vulnerability_packages -- Vuln-package associations
```
**Key design patterns:**
- **Batch processing**: BatchWriter for efficient bulk inserts
- **Caching**: Blob cache, diff cache for performance
- **Incremental indexing**: Can resume from last analyzed SHA
- **Snapshot intervals**: Store full dependency state every N changes
- **PURL-based**: Everything identified by Package URLs
---
### 5. **Existing Org-Level or Multi-Repo Functionality**
**Currently: None explicit multi-repo/org-level features exist.**
The tool is **per-repository** in design:
- One database per repo (`.git/pkgs.sqlite3`)
- Each `git pkgs init` analyzes a single repository
- All queries are branch-scoped within that repo
**However, the infrastructure supports aggregation:**
- All data is normalized (PURLs, ecosystems, types)
- SQLite schema can theoretically be queried across repos
- Library extraction is planned (roadmap mentions making internals public APIs)
**Roadmap hints** (from `/Users/andrew/code/git-pkgs/roadmap.md`):
- **Library extraction**: Move `internal/` to public imports so other tools can consume git-pkgs
- **Forge integration**: Index repositories on push, track org-wide deps
- **Web UI**: Dashboard reading SQLite (could aggregate across repos)
- **License compliance across org**: Mentioned as use case
- **"Which repos use package X" queries**: Explicitly mentioned as future
**Current multi-repo pattern:**
Users would need to:
1. Run `git pkgs init` in each repo separately
2. Manually aggregate results (possible via direct SQLite queries)
3. Write external tooling to join databases
**The `/Users/andrew/code/git-pkgs/orgs/` directory is currently empty** — this appears to be reserved for future org-level functionality.
---
### Summary of Key Files
| Path | Purpose |
|------|---------|
| `/git-pkgs/git-pkgs/cmd/` | All CLI command handlers (45+ files) |
| `/git-pkgs/git-pkgs/internal/database/` | SQLite schema, queries, batch writer |
| `/git-pkgs/git-pkgs/internal/analyzer/` | Change detection from git diffs |
| `/git-pkgs/git-pkgs/internal/indexer/` | Git history walking orchestration |
| `/git-pkgs/forges/forges.go` | Forge client router |
| `/git-pkgs/manifests/` | Manifest/lockfile parser (30+ ecosystems) |
| `/git-pkgs/registries/` | Registry API interface (25 ecosystems) |
| `/git-pkgs/managers/` | Package manager CLI translator (35 managers) |
| `/git-pkgs/enrichment/` | Package metadata aggregation |
| `/git-pkgs/vulns/` | Vulnerability data sources |
| `/git-pkgs/purl/` | Package URL utilities |
All paths are absolute as required.
agentId: acfccc6 (for resuming to continue this agent's work if needed)
total_tokens: 73443
tool_uses: 46
duration_ms: 517403
```
## Assistant
## Assistant
Good overview. Let me look at the forges API more closely and the stats command to understand the building blocks.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/andrew/code/git-pkgs/forges/forges.go"
}
```
## Assistant
**Result** (success):
```
1→package forges
2→
3→import (
4→ "context"
5→ "errors"
6→ "fmt"
7→ "net/http"
8→ "net/url"
9→ "strings"
10→
11→ "github.com/git-pkgs/purl"
12→)
13→
14→// ErrNotFound is returned when the requested repository does not exist.
15→var ErrNotFound = errors.New("repository not found")
16→
17→// HTTPError represents a non-OK HTTP response from a forge API.
18→type HTTPError struct {
19→ StatusCode int
20→ URL string
21→ Body string
22→}
23→
24→func (e *HTTPError) Error() string {
25→ return fmt.Sprintf("forge: HTTP %d from %s", e.StatusCode, e.URL)
26→}
27→
28→// Forge is the interface each forge backend implements.
29→type Forge interface {
30→ FetchRepository(ctx context.Context, owner, repo string) (*Repository, error)
31→ FetchTags(ctx context.Context, owner, repo string) ([]Tag, error)
32→}
33→
34→// Client routes requests to the appropriate Forge based on the URL domain.
35→type Client struct {
36→ forges map[string]Forge
37→ tokens map[string]string
38→ httpClient *http.Client
39→}
40→
41→// Option configures a Client.
42→type Option func(*Client)
43→
44→// WithToken sets the API token for the given domain.
45→func WithToken(domain, token string) Option {
46→ return func(c *Client) {
47→ c.tokens[domain] = token
48→ }
49→}
50→
51→// WithHTTPClient overrides the default HTTP client used by forge backends.
52→func WithHTTPClient(hc *http.Client) Option {
53→ return func(c *Client) {
54→ c.httpClient = hc
55→ }
56→}
57→
58→// WithGitea registers a self-hosted Gitea or Forgejo instance.
59→func WithGitea(domain, token string) Option {
60→ return func(c *Client) {
61→ c.tokens[domain] = token
62→ c.forges[domain] = newGiteaForge("https://"+domain, token, c.httpClient)
63→ }
64→}
65→
66→// WithGitLab registers a self-hosted GitLab instance.
67→func WithGitLab(domain, token string) Option {
68→ return func(c *Client) {
69→ c.tokens[domain] = token
70→ c.forges[domain] = newGitLabForge("https://"+domain, token, c.httpClient)
71→ }
72→}
73→
74→// NewClient creates a Client with the default forge registrations and applies
75→// the given options.
76→func NewClient(opts ...Option) *Client {
77→ c := &Client{
78→ forges: make(map[string]Forge),
79→ tokens: make(map[string]string),
80→ }
81→ for _, opt := range opts {
82→ opt(c)
83→ }
84→
85→ // Register defaults. Tokens may have been set via WithToken before this runs.
86→ if _, ok := c.forges["github.com"]; !ok {
87→ c.forges["github.com"] = newGitHubForge(c.tokens["github.com"], c.httpClient)
88→ }
89→ if _, ok := c.forges["gitlab.com"]; !ok {
90→ c.forges["gitlab.com"] = newGitLabForge("https://gitlab.com", c.tokens["gitlab.com"], c.httpClient)
91→ }
92→ if _, ok := c.forges["codeberg.org"]; !ok {
93→ c.forges["codeberg.org"] = newGiteaForge("https://codeberg.org", c.tokens["codeberg.org"], c.httpClient)
94→ }
95→ if _, ok := c.forges["bitbucket.org"]; !ok {
96→ c.forges["bitbucket.org"] = newBitbucketForge(c.tokens["bitbucket.org"], c.httpClient)
97→ }
98→ return c
99→}
100→
101→// RegisterDomain detects the forge type for a domain and registers it.
102→func (c *Client) RegisterDomain(ctx context.Context, domain, token string) error {
103→ ft, err := DetectForgeType(ctx, domain)
104→ if err != nil {
105→ return fmt.Errorf("detecting forge type for %s: %w", domain, err)
106→ }
107→ c.tokens[domain] = token
108→ baseURL := "https://" + domain
109→ switch ft {
110→ case GitHub:
111→ c.forges[domain] = newGitHubForgeWithBase(baseURL, token, c.httpClient)
112→ case GitLab:
113→ c.forges[domain] = newGitLabForge(baseURL, token, c.httpClient)
114→ case Gitea, Forgejo:
115→ c.forges[domain] = newGiteaForge(baseURL, token, c.httpClient)
116→ default:
117→ return fmt.Errorf("unsupported forge type %q for %s", ft, domain)
118→ }
119→ return nil
120→}
121→
122→func (c *Client) forgeFor(domain string) (Forge, error) {
123→ f, ok := c.forges[domain]
124→ if !ok {
125→ return nil, fmt.Errorf("no forge registered for domain %q", domain)
126→ }
127→ return f, nil
128→}
129→
130→// FetchRepository fetches normalized repository metadata from a URL string.
131→func (c *Client) FetchRepository(ctx context.Context, repoURL string) (*Repository, error) {
132→ domain, owner, repo, err := ParseRepoURL(repoURL)
133→ if err != nil {
134→ return nil, err
135→ }
136→ f, err := c.forgeFor(domain)
137→ if err != nil {
138→ return nil, err
139→ }
140→ return f.FetchRepository(ctx, owner, repo)
141→}
142→
143→// FetchRepositoryFromPURL fetches repository metadata using a PURL's
144→// repository_url qualifier.
145→func (c *Client) FetchRepositoryFromPURL(ctx context.Context, p *purl.PURL) (*Repository, error) {
146→ repoURL := p.RepositoryURL()
147→ if repoURL == "" {
148→ return nil, fmt.Errorf("PURL has no repository_url qualifier")
149→ }
150→ return c.FetchRepository(ctx, repoURL)
151→}
152→
153→// FetchTags fetches git tags from a URL string.
154→func (c *Client) FetchTags(ctx context.Context, repoURL string) ([]Tag, error) {
155→ domain, owner, repo, err := ParseRepoURL(repoURL)
156→ if err != nil {
157→ return nil, err
158→ }
159→ f, err := c.forgeFor(domain)
160→ if err != nil {
161→ return nil, err
162→ }
163→ return f.FetchTags(ctx, owner, repo)
164→}
165→
166→// FetchTagsFromPURL fetches git tags using a PURL's repository_url qualifier.
167→func (c *Client) FetchTagsFromPURL(ctx context.Context, p *purl.PURL) ([]Tag, error) {
168→ repoURL := p.RepositoryURL()
169→ if repoURL == "" {
170→ return nil, fmt.Errorf("PURL has no repository_url qualifier")
171→ }
172→ return c.FetchTags(ctx, repoURL)
173→}
174→
175→// ParseRepoURL extracts the domain, owner, and repo from a repository URL.
176→// It handles https://, schemeless, and git@host:owner/repo SSH URLs, and
177→// strips .git suffixes and extra path segments.
178→func ParseRepoURL(rawURL string) (domain, owner, repo string, err error) {
179→ rawURL = strings.TrimSpace(rawURL)
180→ if rawURL == "" {
181→ return "", "", "", fmt.Errorf("empty URL")
182→ }
183→
184→ // Handle git@ SSH URLs: git@github.com:owner/repo.git
185→ if strings.HasPrefix(rawURL, "git@") {
186→ rawURL = strings.TrimPrefix(rawURL, "git@")
187→ colonIdx := strings.Index(rawURL, ":")
188→ if colonIdx < 0 {
189→ return "", "", "", fmt.Errorf("invalid SSH URL: missing colon")
190→ }
191→ domain = rawURL[:colonIdx]
192→ path := rawURL[colonIdx+1:]
193→ return splitOwnerRepo(domain, path)
194→ }
195→
196→ // Add scheme if missing
197→ if !strings.Contains(rawURL, "://") {
198→ rawURL = "https://" + rawURL
199→ }
200→
201→ u, err := url.Parse(rawURL)
202→ if err != nil {
203→ return "", "", "", fmt.Errorf("invalid URL: %w", err)
204→ }
205→ domain = u.Hostname()
206→ return splitOwnerRepo(domain, u.Path)
207→}
208→
209→func splitOwnerRepo(domain, path string) (string, string, string, error) {
210→ path = strings.TrimSuffix(path, ".git")
211→ path = strings.Trim(path, "/")
212→ parts := strings.Split(path, "/")
213→ if len(parts) < 2 {
214→ return "", "", "", fmt.Errorf("URL path must contain owner/repo, got %q", path)
215→ }
216→ return domain, parts[0], parts[1], nil
217→}
218→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/andrew/code/git-pkgs/forges/types.go"
}
```
## Assistant
**Result** (success):
```
1→package forges
2→
3→import "time"
4→
5→// ForgeType identifies which forge software a domain runs.
6→type ForgeType string
7→
8→const (
9→ GitHub ForgeType = "github"
10→ GitLab ForgeType = "gitlab"
11→ Gitea ForgeType = "gitea"
12→ Forgejo ForgeType = "forgejo"
13→ Bitbucket ForgeType = "bitbucket"
14→ Unknown ForgeType = "unknown"
15→)
16→
17→// Repository holds normalized metadata about a source code repository,
18→// independent of which forge hosts it.
19→type Repository struct {
20→ FullName string `json:"full_name"`
21→ Owner string `json:"owner"`
22→ Name string `json:"name"`
23→ Description string `json:"description,omitempty"`
24→ Homepage string `json:"homepage,omitempty"`
25→ HTMLURL string `json:"html_url"`
26→ Language string `json:"language,omitempty"`
27→ License string `json:"license,omitempty"` // SPDX identifier
28→ DefaultBranch string `json:"default_branch,omitempty"`
29→ Fork bool `json:"fork"`
30→ Archived bool `json:"archived"`
31→ Private bool `json:"private"`
32→ MirrorURL string `json:"mirror_url,omitempty"`
33→ SourceName string `json:"source_name,omitempty"` // fork parent full name
34→ Size int `json:"size"`
35→ StargazersCount int `json:"stargazers_count"`
36→ ForksCount int `json:"forks_count"`
37→ OpenIssuesCount int `json:"open_issues_count"`
38→ SubscribersCount int `json:"subscribers_count"`
39→ HasIssues bool `json:"has_issues"`
40→ PullRequestsEnabled bool `json:"pull_requests_enabled"`
41→ Topics []string `json:"topics,omitempty"`
42→ LogoURL string `json:"logo_url,omitempty"`
43→ CreatedAt time.Time `json:"created_at"`
44→ UpdatedAt time.Time `json:"updated_at"`
45→ PushedAt time.Time `json:"pushed_at,omitzero"`
46→}
47→
48→// Tag represents a git tag.
49→type Tag struct {
50→ Name string `json:"name"`
51→ Commit string `json:"commit"` // SHA
52→}
53→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Glob
**Args:**
```json
{
"pattern": "/Users/andrew/code/git-pkgs/forges/*.go"
}
```
## Assistant
**Result** (success):
```
/Users/andrew/code/git-pkgs/forges/forges.go
/Users/andrew/code/git-pkgs/forges/types.go
/Users/andrew/code/git-pkgs/forges/github.go
/Users/andrew/code/git-pkgs/forges/gitlab.go
/Users/andrew/code/git-pkgs/forges/gitea.go
/Users/andrew/code/git-pkgs/forges/detect.go
/Users/andrew/code/git-pkgs/forges/bitbucket_test.go
/Users/andrew/code/git-pkgs/forges/bitbucket.go
/Users/andrew/code/git-pkgs/forges/forges_test.go
/Users/andrew/code/git-pkgs/forges/gitea_test.go
/Users/andrew/code/git-pkgs/forges/github_test.go
/Users/andrew/code/git-pkgs/forges/gitlab_test.go
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/andrew/code/git-pkgs/git-pkgs/cmd/stats.go"
}
```
## Assistant
**Result** (success):
```
1→package cmd
2→
3→import (
4→ "encoding/json"
5→ "fmt"
6→ "sort"
7→
8→ "github.com/git-pkgs/git-pkgs/internal/database"
9→ "github.com/spf13/cobra"
10→)
11→
12→func addStatsCmd(parent *cobra.Command) {
13→ statsCmd := &cobra.Command{
14→ Use: "stats",
15→ Short: "Show dependency statistics",
16→ Long: `Display aggregate statistics about dependencies and changes.`,
17→ RunE: runStats,
18→ }
19→
20→ statsCmd.Flags().StringP("branch", "b", "", "Branch to query (default: first tracked branch)")
21→ statsCmd.Flags().StringP("ecosystem", "e", "", "Filter by ecosystem")
22→ statsCmd.Flags().String("since", "", "Only changes after this date (YYYY-MM-DD)")
23→ statsCmd.Flags().String("until", "", "Only changes before this date (YYYY-MM-DD)")
24→ statsCmd.Flags().IntP("limit", "n", 10, "Number of top items to show")
25→ statsCmd.Flags().StringP("format", "f", "text", "Output format: text, json")
26→ statsCmd.Flags().Bool("by-author", false, "Show detailed per-author statistics")
27→ parent.AddCommand(statsCmd)
28→}
29→
30→func runStats(cmd *cobra.Command, args []string) error {
31→ branchName, _ := cmd.Flags().GetString("branch")
32→ ecosystem, _ := cmd.Flags().GetString("ecosystem")
33→ since, _ := cmd.Flags().GetString("since")
34→ until, _ := cmd.Flags().GetString("until")
35→ limit, _ := cmd.Flags().GetInt("limit")
36→ format, _ := cmd.Flags().GetString("format")
37→ byAuthor, _ := cmd.Flags().GetBool("by-author")
38→
39→ _, db, err := openDatabase()
40→ if err != nil {
41→ return err
42→ }
43→ defer func() { _ = db.Close() }()
44→
45→ branchInfo, err := resolveBranch(db, branchName)
46→ if err != nil {
47→ return err
48→ }
49→
50→ opts := database.StatsOptions{
51→ BranchID: branchInfo.ID,
52→ Ecosystem: ecosystem,
53→ Since: since,
54→ Until: until,
55→ Limit: limit,
56→ }
57→
58→ if byAuthor {
59→ authorStats, err := db.GetAuthorStats(opts)
60→ if err != nil {
61→ return fmt.Errorf("getting author stats: %w", err)
62→ }
63→
64→ switch format {
65→ case "json":
66→ enc := json.NewEncoder(cmd.OutOrStdout())
67→ enc.SetIndent("", " ")
68→ return enc.Encode(authorStats)
69→ default:
70→ return outputAuthorStatsText(cmd, authorStats)
71→ }
72→ }
73→
74→ stats, err := db.GetStats(opts)
75→ if err != nil {
76→ return fmt.Errorf("getting stats: %w", err)
77→ }
78→
79→ switch format {
80→ case "json":
81→ return outputStatsJSON(cmd, stats)
82→ default:
83→ return outputStatsText(cmd, stats)
84→ }
85→}
86→
87→func outputStatsJSON(cmd *cobra.Command, stats *database.Stats) error {
88→ enc := json.NewEncoder(cmd.OutOrStdout())
89→ enc.SetIndent("", " ")
90→ return enc.Encode(stats)
91→}
92→
93→func outputAuthorStatsText(cmd *cobra.Command, authors []database.AuthorStats) error {
94→ if len(authors) == 0 {
95→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "No author statistics found.")
96→ return nil
97→ }
98→
99→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), Bold("Author Statistics"))
100→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "========================================")
101→ _, _ = fmt.Fprintln(cmd.OutOrStdout())
102→
103→ for _, a := range authors {
104→ name := a.Name
105→ if name == "" {
106→ name = "(unknown)"
107→ }
108→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), "%s\n", Bold(name))
109→ if a.Email != "" {
110→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " Email: %s\n", Dim(a.Email))
111→ }
112→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " Commits: %d\n", a.Commits)
113→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " Changes: %d total\n", a.Changes)
114→ if added := a.ByType["added"]; added > 0 {
115→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " %s %d\n", Green("+added:"), added)
116→ }
117→ if modified := a.ByType["modified"]; modified > 0 {
118→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " %s %d\n", Yellow("~modified:"), modified)
119→ }
120→ if removed := a.ByType["removed"]; removed > 0 {
121→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " %s %d\n", Red("-removed:"), removed)
122→ }
123→ _, _ = fmt.Fprintln(cmd.OutOrStdout())
124→ }
125→
126→ return nil
127→}
128→
129→func outputStatsText(cmd *cobra.Command, stats *database.Stats) error {
130→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "Dependency Statistics")
131→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "========================================")
132→ _, _ = fmt.Fprintln(cmd.OutOrStdout())
133→
134→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), "Branch: %s\n", stats.Branch)
135→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), "Commits analyzed: %d\n", stats.CommitsAnalyzed)
136→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), "Commits with changes: %d\n", stats.CommitsWithChanges)
137→ _, _ = fmt.Fprintln(cmd.OutOrStdout())
138→
139→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "Current Dependencies")
140→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "--------------------")
141→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), "Total: %d\n", stats.CurrentDeps)
142→
143→ // Sort ecosystems by count
144→ type ecoCount struct {
145→ name string
146→ count int
147→ }
148→ var ecos []ecoCount
149→ for name, count := range stats.DepsByEcosystem {
150→ ecos = append(ecos, ecoCount{name, count})
151→ }
152→ sort.Slice(ecos, func(i, j int) bool {
153→ return ecos[i].count > ecos[j].count
154→ })
155→ for _, ec := range ecos {
156→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " %s: %d\n", ec.name, ec.count)
157→ }
158→ _, _ = fmt.Fprintln(cmd.OutOrStdout())
159→
160→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "Dependency Changes")
161→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "--------------------")
162→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), "Total changes: %d\n", stats.TotalChanges)
163→ if added, ok := stats.ChangesByType["added"]; ok {
164→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " added: %d\n", added)
165→ }
166→ if modified, ok := stats.ChangesByType["modified"]; ok {
167→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " modified: %d\n", modified)
168→ }
169→ if removed, ok := stats.ChangesByType["removed"]; ok {
170→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " removed: %d\n", removed)
171→ }
172→ _, _ = fmt.Fprintln(cmd.OutOrStdout())
173→
174→ if len(stats.TopChanged) > 0 {
175→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "Most Changed Dependencies")
176→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "-------------------------")
177→ for _, nc := range stats.TopChanged {
178→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " %s: %d changes\n", nc.Name, nc.Count)
179→ }
180→ _, _ = fmt.Fprintln(cmd.OutOrStdout())
181→ }
182→
183→ if len(stats.TopAuthors) > 0 {
184→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "Top Contributors")
185→ _, _ = fmt.Fprintln(cmd.OutOrStdout(), "----------------")
186→ for _, nc := range stats.TopAuthors {
187→ _, _ = fmt.Fprintf(cmd.OutOrStdout(), " %s: %d changes\n", nc.Name, nc.Count)
188→ }
189→ }
190→
191→ return nil
192→}
193→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
## Assistant
Let me check if forges already has org-level listing, and look at the GitHub backend and the roadmap.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/andrew/code/git-pkgs/forges/github.go"
}
```
## Assistant
**Result** (success):
```
1→package forges
2→
3→import (
4→ "context"
5→ "net/http"
6→
7→ "github.com/google/go-github/v82/github"
8→)
9→
10→type gitHubForge struct {
11→ client *github.Client
12→}
13→
14→func newGitHubForge(token string, hc *http.Client) *gitHubForge {
15→ c := github.NewClient(hc)
16→ if token != "" {
17→ c = c.WithAuthToken(token)
18→ }
19→ return &gitHubForge{client: c}
20→}
21→
22→func newGitHubForgeWithBase(baseURL, token string, hc *http.Client) *gitHubForge {
23→ c := github.NewClient(hc).WithAuthToken(token)
24→ c, _ = c.WithEnterpriseURLs(baseURL, baseURL)
25→ return &gitHubForge{client: c}
26→}
27→
28→func (f *gitHubForge) FetchRepository(ctx context.Context, owner, repo string) (*Repository, error) {
29→ r, resp, err := f.client.Repositories.Get(ctx, owner, repo)
30→ if err != nil {
31→ if resp != nil && resp.StatusCode == http.StatusNotFound {
32→ return nil, ErrNotFound
33→ }
34→ return nil, err
35→ }
36→
37→ result := &Repository{
38→ FullName: r.GetFullName(),
39→ Owner: r.GetOwner().GetLogin(),
40→ Name: r.GetName(),
41→ Description: r.GetDescription(),
42→ Homepage: r.GetHomepage(),
43→ HTMLURL: r.GetHTMLURL(),
44→ Language: r.GetLanguage(),
45→ DefaultBranch: r.GetDefaultBranch(),
46→ Fork: r.GetFork(),
47→ Archived: r.GetArchived(),
48→ Private: r.GetPrivate(),
49→ MirrorURL: r.GetMirrorURL(),
50→ Size: r.GetSize(),
51→ StargazersCount: r.GetStargazersCount(),
52→ ForksCount: r.GetForksCount(),
53→ OpenIssuesCount: r.GetOpenIssuesCount(),
54→ SubscribersCount: r.GetSubscribersCount(),
55→ HasIssues: r.GetHasIssues(),
56→ PullRequestsEnabled: true, // GitHub always has PRs enabled
57→ Topics: r.Topics,
58→ LogoURL: r.GetOwner().GetAvatarURL(),
59→ }
60→
61→ if lic := r.GetLicense(); lic != nil {
62→ spdx := lic.GetSPDXID()
63→ if spdx != "" && spdx != "NOASSERTION" {
64→ result.License = spdx
65→ }
66→ }
67→
68→ if parent := r.GetParent(); parent != nil {
69→ result.SourceName = parent.GetFullName()
70→ }
71→
72→ if t := r.GetCreatedAt(); !t.IsZero() {
73→ result.CreatedAt = t.Time
74→ }
75→ if t := r.GetUpdatedAt(); !t.IsZero() {
76→ result.UpdatedAt = t.Time
77→ }
78→ if t := r.GetPushedAt(); !t.IsZero() {
79→ result.PushedAt = t.Time
80→ }
81→
82→ return result, nil
83→}
84→
85→func (f *gitHubForge) FetchTags(ctx context.Context, owner, repo string) ([]Tag, error) {
86→ var allTags []Tag
87→ opts := &github.ListOptions{PerPage: 100}
88→ for {
89→ tags, resp, err := f.client.Repositories.ListTags(ctx, owner, repo, opts)
90→ if err != nil {
91→ if resp != nil && resp.StatusCode == http.StatusNotFound {
92→ return nil, ErrNotFound
93→ }
94→ return nil, err
95→ }
96→ for _, t := range tags {
97→ tag := Tag{Name: t.GetName()}
98→ if c := t.GetCommit(); c != nil {
99→ tag.Commit = c.GetSHA()
100→ }
101→ allTags = append(allTags, tag)
102→ }
103→ if resp.NextPage == 0 {
104→ break
105→ }
106→ opts.Page = resp.NextPage
107→ }
108→ return allTags, nil
109→}
110→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/andrew/code/git-pkgs/roadmap.md"
}
```
## Assistant
**Result** (success):
```
1→# git-pkgs Roadmap
2→
3→## Current State
4→
5→git-pkgs indexes package dependencies from manifest files across git history. It provides read-only analysis: what packages exist, when they changed, who changed them, vulnerability scanning, SBOM generation, and license compliance.
6→
7→The tool works standalone via CLI, uses SQLite for persistence, integrates with ecosyste.ms for metadata enrichment, and OSV for vulnerability data.
8→
9→---
10→
11→## Concrete Improvements
12→
13→### Library Extraction
14→
15→Move packages from `internal/` to public imports. Enable other tools to embed git-pkgs functionality.
16→
17→```
18→git-pkgs/
19→ database/ # queryable dependency storage
20→ analyzer/ # manifest parsing from git blobs
21→ indexer/ # git history walking
22→ osv/ # vulnerability lookups
23→ cmd/git-pkgs/ # CLI moves here
24→```
25→
26→External consumers can then:
27→```go
28→import "github.com/git-pkgs/git-pkgs/database"
29→
30→db, _ := database.Open(".git-pkgs/git-pkgs.db")
31→deps, _ := db.GetLatestDependencies(branchID)
32→```
33→
34→### Package Manager Command Driver
35→
36→New library: unified interface for driving package manager CLIs.
37→
38→Uses the ecosyste.ms command crosswalk as foundation. Detects which package manager is in use from existing manifests and lockfiles.
39→
40→```go
41→pm := packagemanager.Detect(".") // finds yarn.lock → Yarn
42→pm.Add("lodash@4") // runs: yarn add lodash@4
43→pm.Update("express") // runs: yarn upgrade express
44→pm.Audit() // runs: yarn audit
45→```
46→
47→Enables write operations without git-pkgs knowing the specifics of each package manager.
48→
49→### Write Operations in git-pkgs
50→
51→With the package manager driver, add commands:
52→
53→```
54→git pkgs add # add dependency
55→git pkgs remove # remove dependency
56→git pkgs update # update to latest
57→git pkgs fix # update to fixed version
58→```
59→
60→Closes the loop from analysis to action. The `outdated` and `vulns` commands already identify what needs updating.
61→
62→### Forge Integration
63→
64→Integrate as a library into Forgejo/Gitea/similar:
65→
66→- Index repositories on push
67→- Display dependency tree in UI
68→- Show vulnerability alerts per-repo
69→- Generate SBOMs for releases
70→- Track license compliance across org
71→- "Which repos use package X" queries
72→
73→The stateless mode supports one-off analysis. Full indexer runs as background job on push events.
74→
75→### MCP Server
76→
77→Model Context Protocol server wrapping git-pkgs. AI assistants can:
78→
79→- Query dependencies in natural language
80→- Suggest updates for vulnerable packages
81→- Explain dependency changes in PRs
82→- Generate compliance reports
83→
84→### LSP Integration
85→
86→Language Server Protocol support. Hover over `require('lodash')` in editor and see:
87→
88→- Current version and latest available
89→- Known vulnerabilities
90→- License
91→- When it was added and by whom
92→- Link to package metadata
93→
94→### Web UI
95→
96→Optional dashboard reading the same SQLite database:
97→
98→- Dependency tree visualization
99→- Vulnerability trends over time
100→- License compliance overview
101→- Staleness metrics
102→- SBOM export
103→
104→Runs locally or deployed alongside forge. Not a SaaS control plane.
105→
106→### CI Enhancements
107→
108→Leverage git-native design for CI:
109→
110→```yaml
111→- run: git pkgs update # incremental, uses cached db
112→- run: git pkgs diff main..HEAD # what changed in this PR
113→- run: git pkgs vulns diff main..HEAD # new vulns introduced
114→- run: git pkgs licenses --deny GPL-3.0
115→- run: git pkgs outdated --max-age 365d
116→```
117→
118→Cache the database as CI artifact. PR comments with dependency diffs. Branch comparison for lockfile drift detection.
119→
120→### CRA Compliance
121→
122→EU Cyber Resilience Act support:
123→
124→- SBOM generation (already present)
125→- Auditable vulnerability history
126→- Evidence of dependency maintenance
127→- Provenance tracking
128→- License documentation
129→
130→Generate compliance artifacts from git history.
131→
132→---
133→
134→## Theoretical Improvements
135→
136→### Pure Go Package Manager Clients
137→
138→Replace CLI wrapping with native Go implementations:
139→
140→```go
141→npm := npmclient.New()
142→npm.SetRegistry("https://registry.npmjs.org")
143→resolved := npm.Resolve("lodash@^4.0.0")
144→npm.WriteLockfile("package-lock.json", resolved)
145→```
146→
147→No runtime dependencies. Works in minimal containers, wasm, anywhere. Deterministic behavior not subject to local tool versions. Fully testable with mock registries.
148→
149→Start with read-only (fetch metadata, verify integrity), add resolution, then lockfile writes.
150→
151→### Universal Resolution Layer
152→
153→Package managers become thin frontends. Resolution logic lives in shared layer:
154→
155→- **Dependency cooldown** - don't resolve packages published in last 72 hours
156→- **Policy at resolution** - reject packages based on maintainer count, download threshold, provenance requirements
157→- **Cross-ecosystem caching** - content-addressed, deduplicated
158→- **Alternative strategies** - oldest compatible, newest, historical point-in-time
159→- **Dependency injection** - swap packages for forks or patches transparently
160→- **Full audit trail** - why was this version selected, what constraints applied
161→
162→### Policy Enforcement
163→
164→Declarative policy files in repository:
165→
166→```yaml
167→policies:
168→ licenses:
169→ deny: [GPL-3.0, AGPL-3.0]
170→ vulnerabilities:
171→ max_severity: high
172→ max_age_days: 30
173→ freshness:
174→ max_age_days: 365
175→ provenance:
176→ require_signed: true
177→ cooldown:
178→ min_age_hours: 72
179→```
180→
181→Enforced at resolution time, not after the fact. Bad dependencies never enter the lockfile.
182→
183→Potential gittuf integration for cryptographic verification of dependency decisions.
184→
185→### Git Refs for Metadata
186→
187→Cache package metadata in git refs:
188→
189→```
190→refs/pkgs/meta/npm/lodash → {
191→ versions: [...],
192→ latest: "4.17.21",
193→ checksums: {...},
194→ vulns: [...],
195→ fetched_at: "2026-01-16"
196→}
197→```
198→
199→Metadata travels with the repository:
200→
201→- Reproducible resolution with historical metadata
202→- Offline vulnerability scanning
203→- Audit trail of what was known when
204→- No external dependencies for CI
205→- Survives registry outages
206→
207→### Content-Addressed Package Distribution
208→
209→Separate registry concerns:
210→
211→1. **Naming/governance** - centralized authority for namespace ownership
212→2. **Metadata** - distributed, cached, replicated (ecosyste.ms model)
213→3. **Artifacts** - content-addressed, fetch from anywhere
214→
215→```
216→sha256:abc123 → lodash 4.17.21
217→```
218→
219→Fetch from registry, CDN, mirror, peer cache. Hash matches, it's valid. Registries become naming authorities. Storage becomes commodity.
220→
221→### Package-Aware Git
222→
223→The end state. Git understands dependencies as first-class concepts:
224→
225→- `git diff` shows semantic changes: "+ added lodash 4.17.21 (14 transitive deps, MIT)"
226→- `git commit` warns when adding vulnerable or deprecated packages
227→- `git merge` resolves lockfile conflicts semantically
228→- `git log --deps` shows dependency changes as history
229→- `git bisect` finds which commit introduced a vulnerability
230→- `git clone` optionally verifies all dependencies exist and match
231→
232→Git was designed in 2005 before modern package managers. Dependencies went from occasional to foundational. The tooling gap is 15+ years of accumulated mismatch.
233→
234→---
235→
236→## What This Enables
237→
238→### Dependents Graph
239→
240→Not just "what do I depend on" but "what depends on me". With package metadata cached in git refs and forge integration:
241→
242→- Query across all repos in an org/instance: "which projects use lodash < 4.17.21"
243→- Impact analysis for vulnerabilities: "this CVE affects 47 of our repos"
244→- Understand blast radius before publishing breaking changes
245→- Track adoption of internal packages across teams
246→
247→The inverse of the dependency graph, powered by the same infrastructure.
248→
249→### Decentralized, Self-Hosted Packaging
250→
251→Remove single points of failure:
252→
253→- Metadata replicated across forges, cached in git refs
254→- Artifacts content-addressed, fetchable from any mirror
255→- Resolution happens locally with cached metadata
256→- No hard dependency on any single registry being up
257→
258→A forge instance becomes a complete package infrastructure node. Clone a repo, get everything needed to build it. Push to your fork, the dependency metadata comes along.
259→
260→### Resilient Infrastructure
261→
262→Today's failure modes:
263→
264→- npm goes down, nobody can deploy
265→- PyPI has an outage, CI fails worldwide
266→- Registry compromise affects everyone simultaneously
267→
268→With content-addressed, distributed approach:
269→
270→- Artifacts verified by hash, not origin
271→- Multiple sources for same content
272→- Metadata cached and replicated
273→- Offline operation possible
274→- Graceful degradation, not total failure
275→
276→### Content Addressing as Foundation
277→
278→Every artifact identified by its hash:
279→
280→```
281→sha256:abc123 = lodash@4.17.21
282→```
283→
284→Implications:
285→
286→- Same content, same hash, regardless of where you got it
287→- Verification is cryptographic, not "trust this server"
288→- Caching is trivial - content never changes for a given hash
289→- Deduplication across ecosystems - same tarball used once
290→- Reproducibility guaranteed - same hash, same bytes, forever
291→
292→### Clear Boundaries
293→
294→Separate concerns that are currently conflated:
295→
296→| Concern | Centralized | Distributed |
297→|---------|-------------|-------------|
298→| Naming/governance | Registry authority | - |
299→| Discovery/search | Registry, ecosyste.ms | - |
300→| Metadata | Registry origin | Cached everywhere |
301→| Artifacts | Registry storage | Content-addressed, anywhere |
302→| Verification | Trust registry TLS | Trust hash |
303→| Resolution | Local tooling | Local tooling |
304→
305→Registries focus on naming, governance, and being authoritative metadata source. Everything else can be distributed, cached, replicated.
306→
307→### Research Platform
308→
309→The git-native, historical approach enables research impossible with registry snapshots:
310→
311→- How do dependency trees evolve over time?
312→- How fast do vulnerabilities propagate through the ecosystem?
313→- What's the adoption curve for new major versions?
314→- Which maintainers are critical paths for the ecosystem?
315→- How do different organizations manage dependency hygiene?
316→
317→Every git-pkgs database is a dataset. Aggregate across forges for ecosystem-wide analysis.
318→
319→### Open Alternative to Commercial Tools
320→
321→Self-hosted replacements for:
322→
323→- Snyk, Dependabot → vulnerability scanning and automated updates
324→- Artifactory, Nexus → artifact caching and proxying
325→- FOSSA, WhiteSource → license compliance
326→- Commercial SBOMs → CycloneDX/SPDX generation
327→
328→No vendor lock-in. No per-seat pricing. Run on your infrastructure, control your data.
329→
330→### AI Coding Agents
331→
332→AI agents become first-class participants in package management, as both consumers and producers.
333→
334→**Agents as Consumers**
335→
336→MCP/tool integration gives agents full context:
337→
338→- "What packages does this repo use?" - informed decisions about compatibility
339→- "Are there known vulnerabilities?" - security-aware code generation
340→- "What version constraints exist?" - respect existing requirements
341→- "When was this dependency added and why?" - understand historical context
342→
343→Agents write better code when they understand the dependency landscape. No more suggesting packages that conflict with existing constraints or have known vulnerabilities.
344→
345→**Agents as Producers**
346→
347→With write operations and forge integration, agents can maintain packages:
348→
349→- **Fork maintenance** - agent keeps a security fork updated, cherry-picks patches, resolves conflicts
350→- **Dependency updates** - automated PRs with context-aware changelogs
351→- **Vulnerability response** - agent patches vulnerable code, updates dependencies, opens PR
352→- **Ecosystem health** - agents adopt abandoned packages, apply security fixes across forks
353→
354→**Agent-Maintained Forks**
355→
356→When an upstream package is abandoned or slow to patch:
357→
358→1. Agent forks the package
359→2. Applies security patches
360→3. Publishes to org-internal registry
361→4. Updates dependent repos to use fork
362→5. Monitors upstream, syncs non-security changes
363→6. Switches back when upstream catches up
364→
365→The package manager driver and policy enforcement make this programmatic. The agent operates within defined constraints.
366→
367→**Swarm Maintenance**
368→
369→Multiple agents coordinating:
370→
371→- Agent A monitors vulnerabilities across ecosystem
372→- Agent B maintains forks of critical packages
373→- Agent C updates dependent repositories
374→- Agent D verifies builds and runs tests
375→- Agent E handles PR reviews and merges
376→
377→Package infrastructure as a continuously maintained system, not a point-in-time artifact.
378→
379→**Trust Boundaries**
380→
381→Policy enforcement becomes critical with agent producers:
382→
383→- Agents operate within declared scopes
384→- Changes require cryptographic signatures
385→- Provenance tracks agent identity
386→- Human review gates for sensitive changes
387→- Audit trail of all agent actions
388→
389→gittuf integration ensures agent-produced artifacts are verifiable and attributable.
390→
391→---
392→
393→## Context
394→
395→Key insights informing this roadmap:
396→
397→- 1 in 4 commits to applications involve dependencies
398→- 95% of applications use open source packages
399→- Package managers are variations on a theme, different tradeoffs on same concepts
400→- ~10k packages account for most usage of all 12m+ packages
401→- Git predates package managers; its model doesn't account for external code
402→- Registries conflate naming, metadata, and storage; these can be separated
403→
404→## Principles
405→
406→- CLI-first, everything else optional
407→- Works standalone, no server required
408→- Composable with other tools
409→- Open source throughout the stack
410→- Self-hostable, no vendor lock-in
411→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/andrew/code/git-pkgs/git-pkgs/internal/database/stats.go"
}
```
## Assistant
**Result** (error):
```
File does not exist.
```
## Assistant
### Tool: Grep
**Args:**
```json
{
"output_mode": "content",
"path": "/Users/andrew/code/git-pkgs/forges",
"pattern": "ListRepo|FetchOrg|ListOrg|org|organization"
}
```
## Assistant
**Result** (error):
```
Sibling tool call errored
```
## Assistant
### Tool: Grep
**Args:**
```json
{
"output_mode": "content",
"path": "/Users/andrew/code/git-pkgs/forges",
"pattern": "ListRepo|FetchOrg|ListOrg|org|organization"
}
```
## Assistant
**Result** (success):
```
Output too large (19.9KB). Full output saved to: /Users/andrew/.claude/projects/-Users-andrew-code-git-pkgs-orgs/e54b37a5-bdc9-4f54-a2f8-a243e38a1f15/tool-results/toolu_01W84HxT7wwthpctFcWqhD5x.txt
Preview (first 2KB):
/Users/andrew/code/git-pkgs/forges/github.go:1:package forges
/Users/andrew/code/git-pkgs/forges/github.go:10:type gitHubForge struct {
/Users/andrew/code/git-pkgs/forges/github.go:14:func newGitHubForge(token string, hc *http.Client) *gitHubForge {
/Users/andrew/code/git-pkgs/forges/github.go:19: return &gitHubForge{client: c}
/Users/andrew/code/git-pkgs/forges/github.go:22:func newGitHubForgeWithBase(baseURL, token string, hc *http.Client) *gitHubForge {
/Users/andrew/code/git-pkgs/forges/github.go:25: return &gitHubForge{client: c}
/Users/andrew/code/git-pkgs/forges/github.go:28:func (f *gitHubForge) FetchRepository(ctx context.Context, owner, repo string) (*Repository, error) {
/Users/andrew/code/git-pkgs/forges/github.go:85:func (f *gitHubForge) FetchTags(ctx context.Context, owner, repo string) ([]Tag, error) {
/Users/andrew/code/git-pkgs/forges/gitlab_test.go:1:package forges
/Users/andrew/code/git-pkgs/forges/gitlab_test.go:51: f := newGitLabForge(srv.URL, "test-token", nil)
/Users/andrew/code/git-pkgs/forges/gitlab_test.go:87: f := newGitLabForge(srv.URL, "", nil)
/Users/andrew/code/git-pkgs/forges/gitlab_test.go:113: f := newGitLabForge(srv.URL, "", nil)
/Users/andrew/code/git-pkgs/forges/detect.go:1:package forges
/Users/andrew/code/git-pkgs/forges/detect.go:11:// DetectForgeType probes a domain to identify which forge software it runs.
/Users/andrew/code/git-pkgs/forges/detect.go:13:func DetectForgeType(ctx context.Context, domain string) (ForgeType, error) {
/Users/andrew/code/git-pkgs/forges/detect.go:24:func detectFromHeaders(ctx context.Context, baseURL string) (ForgeType, error) {
/Users/andrew/code/git-pkgs/forges/detect.go:36: if resp.Header.Get("X-Forgejo-Version") != "" {
/Users/andrew/code/git-pkgs/forges/detect.go:37: return Forgejo, nil
/Users/andrew/code/git-pkgs/forges/detect.go:52:func detectFromAPI(ctx context.Context, baseURL string) (ForgeType, error) {
...
```
## Assistant
### Tool: Glob
**Args:**
```json
{
"pattern": "/Users/andrew/code/git-pkgs/git-pkgs/internal/database/*.go"
}
```
## Assistant
**Result** (success):
```
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/benchmark_test.go
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/schema.go
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/batch_writer.go
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/database.go
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/database_test.go
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/writer.go
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go
```
## Assistant
## Assistant
Let me check the Stats types and the database query structure.
## Assistant
### Tool: Grep
**Args:**
```json
{
"-A": 20,
"output_mode": "content",
"path": "/Users/andrew/code/git-pkgs/git-pkgs/internal/database",
"pattern": "type Stats struct|type AuthorStats|type StatsOptions|type NameCount"
}
```
## Assistant
**Result** (success):
```
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go:568:type Stats struct {
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-569- Branch string `json:"branch"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-570- CommitsAnalyzed int `json:"commits_analyzed"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-571- CommitsWithChanges int `json:"commits_with_changes"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-572- CurrentDeps int `json:"current_deps"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-573- DepsByEcosystem map[string]int `json:"deps_by_ecosystem"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-574- TotalChanges int `json:"total_changes"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-575- ChangesByType map[string]int `json:"changes_by_type"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-576- TopChanged []NameCount `json:"top_changed"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-577- TopAuthors []NameCount `json:"top_authors"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-578-}
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-579-
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go:580:type NameCount struct {
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-581- Name string `json:"name"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-582- Count int `json:"count"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-583-}
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-584-
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go:585:type AuthorStats struct {
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-586- Name string `json:"name"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-587- Email string `json:"email"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-588- Commits int `json:"commits"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-589- Changes int `json:"changes"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-590- ByType map[string]int `json:"by_type"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-591-}
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-592-
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go:593:type StatsOptions struct {
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-594- BranchID int64
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-595- Ecosystem string
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-596- Since string
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-597- Until string
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-598- Limit int
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-599-}
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-600-
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-601-type StaleEntry struct {
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-602- Name string `json:"name"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-603- Ecosystem string `json:"ecosystem"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-604- Requirement string `json:"requirement"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-605- ManifestPath string `json:"manifest_path"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-606- LastChanged string `json:"last_changed"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-607- DaysSince int `json:"days_since"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-608-}
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-609-
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-610-type EcosystemCount struct {
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-611- Name string `json:"name"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-612- Count int `json:"count"`
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-613-}
```
## Assistant
### Tool: Grep
**Args:**
```json
{
"-A": 5,
"output_mode": "content",
"path": "/Users/andrew/code/git-pkgs/git-pkgs/internal/database",
"pattern": "func.*GetStats|func.*GetAuthorStats"
}
```
## Assistant
**Result** (success):
```
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/benchmark_test.go:230:func BenchmarkGetStats(b *testing.B) {
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/benchmark_test.go-231- db := setupBenchDB(b)
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/benchmark_test.go-232- defer func() { _ = db.Close() }()
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/benchmark_test.go-233-
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/benchmark_test.go-234- branchID := populateBenchDB(b, db, 200, 30)
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/benchmark_test.go-235-
--
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go:757:func (db *DB) GetStats(opts StatsOptions) (*Stats, error) {
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-758- stats := &Stats{
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-759- DepsByEcosystem: make(map[string]int),
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-760- ChangesByType: make(map[string]int),
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-761- }
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-762-
--
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go:987:func (db *DB) GetAuthorStats(opts StatsOptions) ([]AuthorStats, error) {
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-988- query := `
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-989- SELECT c.author_name, c.author_email,
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-990- COUNT(DISTINCT c.id) as commits,
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-991- COUNT(dc.id) as changes,
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go-992- SUM(CASE WHEN dc.change_type = 'added' THEN 1 ELSE 0 END) as added,
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/andrew/code/git-pkgs/forges/go.mod"
}
```
## Assistant
**Result** (success):
```
1→module github.com/git-pkgs/forges
2→
3→go 1.25.6
4→
5→require (
6→ code.gitea.io/sdk/gitea v0.23.2
7→ github.com/git-pkgs/purl v0.1.5
8→ github.com/google/go-github/v82 v82.0.0
9→ gitlab.com/gitlab-org/api/client-go v1.28.0
10→)
11→
12→require (
13→ github.com/42wim/httpsig v1.2.3 // indirect
14→ github.com/davidmz/go-pageant v1.0.2 // indirect
15→ github.com/git-pkgs/vers v0.2.2 // indirect
16→ github.com/go-fed/httpsig v1.1.0 // indirect
17→ github.com/google/go-querystring v1.2.0 // indirect
18→ github.com/hashicorp/go-cleanhttp v0.5.2 // indirect
19→ github.com/hashicorp/go-retryablehttp v0.7.8 // indirect
20→ github.com/hashicorp/go-version v1.7.0 // indirect
21→ github.com/package-url/packageurl-go v0.1.3 // indirect
22→ golang.org/x/crypto v0.39.0 // indirect
23→ golang.org/x/oauth2 v0.34.0 // indirect
24→ golang.org/x/sys v0.39.0 // indirect
25→ golang.org/x/time v0.14.0 // indirect
26→)
27→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
## Assistant
Now I have a clear picture. Here's what I found and where I see this going.
**Current state of forges:** The module fetches metadata for individual repos (`FetchRepository`, `FetchTags`) across GitHub, GitLab, Gitea/Forgejo, and Bitbucket. It has no org-level listing -- it doesn't know how to enumerate repos for an owner/org. But the underlying SDKs (`go-github`, `gitea/sdk`, `gitlab client-go`) all support listing org repos.
**The gap:** There's no way to go from "give me an org name" to "here are all the repos and their aggregated dependency data." The `orgs/` directory is empty, and `git-pkgs` is entirely per-repo today -- one SQLite database per repository.
**What forges would need to add:** A `ListRepositories(ctx, owner)` method on the `Forge` interface (or a separate `OrgForge` interface to avoid breaking existing implementations). Each backend would page through the forge API and return `[]Repository`.
**What the orgs module could then do:**
1. Call `forges.ListRepositories` to get all repos for an org
2. Clone (shallow) or open each repo locally
3. Run `git-pkgs` indexing per repo (or read existing databases if already indexed)
4. Aggregate into org-level views
The interesting org-level insights, pulling from the roadmap and the existing stats structure:
- **Shared dependencies** -- which packages appear across multiple repos, and at what versions
- **"Which repos use package X"** -- the inverse query, already called out in the roadmap
- **Vulnerability exposure** -- how many repos are affected by a given CVE
- **License compliance** -- org-wide license inventory, flag repos with problematic licenses
- **Ecosystem breakdown** -- how many npm vs gem vs pypi dependencies org-wide
- **Staleness** -- which repos have the most outdated deps
- **Dependency churn** -- which repos have the most dependency activity
A few design questions before going further:
## Assistant
### Tool: AskUserQuestion
**Args:**
```json
{
"questions": [
{
"header": "Listing API",
"multiSelect": false,
"options": [
{
"description": "Extend the Forge interface (or add an OrgForge interface) so forges knows how to list repos for an owner. Keeps forge concerns in one place.",
"label": "Add to forges"
},
{
"description": "The orgs module calls forge APIs directly for listing, using forges only for per-repo metadata. Keeps forges focused on its current scope.",
"label": "Keep in orgs"
}
],
"question": "Should the org-level repo listing (ListRepositories) be added to the forges module itself, or kept separate in the orgs module?"
},
{
"header": "Storage",
"multiSelect": false,
"options": [
{
"description": "Each repo keeps its own pkgs.sqlite3. A separate org-level SQLite aggregates across them. Query per-repo for detail, org DB for cross-cutting views.",
"label": "Meta DB + per-repo DBs"
},
{
"description": "One SQLite database for the whole org, with a repo_id column added to existing tables. Simpler queries but diverges from git-pkgs per-repo model.",
"label": "Single combined DB"
},
{
"description": "Start with in-memory aggregation only. Clone/index repos on demand, compute org stats on the fly. Add storage later once the useful queries are clear.",
"label": "No persistence yet"
}
],
"question": "How should org-level data be stored?"
},
{
"header": "Interface",
"multiSelect": false,
"options": [
{
"description": "A standalone 'git-orgs' or 'git pkgs org' command that you run against an org name.",
"label": "CLI tool (like git-pkgs)"
},
{
"description": "Start as a library that other tools (including git-pkgs CLI) can import. Add CLI later.",
"label": "Go library first"
},
{
"description": "Library with a thin CLI wrapper, same pattern as git-pkgs.",
"label": "Both from the start"
}
],
"question": "What should the orgs module be -- a Go library, a CLI tool, or both?"
}
]
}
```
## Assistant
**Result** (success):
```
User has answered your questions: "Should the org-level repo listing (ListRepositories) be added to the forges module itself, or kept separate in the orgs module?"="we should add the listing repos in an org to forges module (and other calls needed) but the work to drive git-pkgs should be in this repo", "How should org-level data be stored?"="Meta DB + per-repo DBs", "What should the orgs module be -- a Go library, a CLI tool, or both?"="CLI tool (like git-pkgs)". You can now continue with the user's answers in mind.
```
## Assistant
## Assistant
Good, that's clear. Two workstreams: extend forges with org listing, then build the orgs CLI here that drives git-pkgs across repos.
Let me plan the implementation.
## Assistant
### Tool: EnterPlanMode
**Args:**
```json
{}
```
## Assistant
**Result** (success):
```
Entered plan mode. You should now focus on exploring the codebase and designing an implementation approach.
In plan mode, you should:
1. Thoroughly explore the codebase to understand existing patterns
2. Identify similar features and architectural approaches
3. Consider multiple approaches and their trade-offs
4. Use AskUserQuestion if you need to clarify the approach
5. Design a concrete implementation strategy
6. When ready, use ExitPlanMode to present your plan for approval
Remember: DO NOT write or edit any files yet. This is a read-only exploration and planning phase.
```
## Assistant
### Tool: Task
**Args:**
```json
{
"description": "Explore forges module patterns",
"prompt": "Explore the /Users/andrew/code/git-pkgs/forges module thoroughly. I need to understand:\n\n1. The full Forge interface and how each backend (github.go, gitlab.go, gitea.go, bitbucket.go) implements it\n2. How the Client struct routes requests and handles pagination\n3. What go-github, gitea SDK, gitlab client-go, and bitbucket APIs are available for listing org repositories. Look at the go.sum or vendor for exact versions, and check the SDK docs/types for org listing methods\n4. How tests are structured (forges_test.go and per-backend tests) - what patterns do they use (httptest servers, mocks, etc.)\n5. The detect.go logic for auto-detecting forge types\n\nBe very thorough - I need to know the exact method signatures and patterns used across all backends.",
"subagent_type": "Explore"
}
```
## Assistant
### Tool: Task
**Args:**
```json
{
"description": "Explore git-pkgs CLI structure",
"prompt": "Explore the /Users/andrew/code/git-pkgs/git-pkgs CLI tool structure. I need to understand:\n\n1. How the CLI is structured - look at cmd/root.go, main.go, and how commands are registered\n2. The go.mod to understand all dependencies and module path\n3. How the database is opened and initialized (look for openDatabase, database.Open patterns)\n4. How git-pkgs init works - what's the indexing flow (cmd/init.go or similar)\n5. The internal/indexer package - how does it walk git history\n6. The internal/git package - how does it interact with git repos\n7. The schema.go in database - what tables exist\n8. How stateless mode works if it exists (one-off analysis without persisting)\n\nFocus on understanding the entry points and interfaces that the orgs tool would need to call into.",
"subagent_type": "Explore"
}
```
## Assistant
**Result** (success):
```
Perfect! I now have a comprehensive understanding of the forges module. Let me compile a detailed report for the user.
## Comprehensive Forges Module Analysis
I've thoroughly explored the `/Users/andrew/code/git-pkgs/forges` module. Here's the complete breakdown:
### 1. Forge Interface & Client Architecture
**Core Interface** (`forges.go` lines 28-32):
```go
type Forge interface {
FetchRepository(ctx context.Context, owner, repo string) (*Repository, error)
FetchTags(ctx context.Context, owner, repo string) ([]Tag, error)
}
```
**Client Routing Structure** (`forges.go` lines 34-39):
```go
type Client struct {
forges map[string]Forge // Maps domain -> backend implementation
tokens map[string]string // Maps domain -> auth token
httpClient *http.Client // Shared HTTP client
}
```
The Client uses a domain-based routing pattern:
- `FetchRepository(ctx, repoURL)` → parses URL → routes to appropriate forge backend
- `FetchTags(ctx, repoURL)` → same routing pattern
- Supports PURL format via `FetchRepositoryFromPURL()` and `FetchTagsFromPURL()`
**Default Registrations** (`forges.go` lines 76-98):
- `github.com` → GitHub (with optional token)
- `gitlab.com` → GitLab (with optional token)
- `codeberg.org` → Gitea (with optional token)
- `bitbucket.org` → Bitbucket (with optional token)
**Dynamic Registration** (`forges.go` lines 101-120):
```go
func (c *Client) RegisterDomain(ctx context.Context, domain, token string) error
```
Detects forge type and registers it automatically via `DetectForgeType()`.
---
### 2. Backend Implementations
#### **GitHub** (`github.go`) - 110 lines
**Constructor**:
```go
func newGitHubForge(token string, hc *http.Client) *gitHubForge
func newGitHubForgeWithBase(baseURL, token string, hc *http.Client) *gitHubForge
```
Uses `github.com/google/go-github/v82` SDK.
**FetchRepository Method**:
- Calls: `f.client.Repositories.Get(ctx, owner, repo)`
- Maps 20+ fields from github.Repository to normalized Repository struct
- Special handling: NOASSERTION licenses filtered out, fork parent tracking, timestamp conversion
- Returns `ErrNotFound` on 404
**FetchTags Method**:
- Pagination with `github.ListOptions{PerPage: 100}`
- Uses `f.client.Repositories.ListTags(ctx, owner, repo, opts)`
- Manually iterates through pages checking `resp.NextPage == 0`
- Returns all tags accumulated across pages
#### **GitLab** (`gitlab.go`) - 106 lines
**Constructor**:
```go
func newGitLabForge(baseURL, token string, hc *http.Client) *gitLabForge
```
Uses `gitlab.com/gitlab-org/api/client-go v1.28.0` SDK.
**FetchRepository Method**:
- Project ID constructed as `owner + "/" + repo` (e.g., "mygroup/myrepo")
- Calls: `f.client.Projects.GetProject(pid, &gitlab.GetProjectOptions{License: &license})`
- Maps PathWithNamespace, Namespace, License, ForkedFromProject
- Stores namespace path as Owner, namespace avatar as LogoURL
- MergeRequests enabled → PullRequestsEnabled
- LastActivityAt → UpdatedAt (no PushedAt equivalent)
**FetchTags Method**:
- Pagination with `gitlab.ListOptions{PerPage: 100}`
- Calls: `f.client.Tags.ListTags(pid, opts)`
- Manual page iteration checking `resp.NextPage == 0`
#### **Gitea/Forgejo** (`gitea.go`) - 102 lines
**Constructor**:
```go
func newGiteaForge(baseURL, token string, hc *http.Client) *giteaForge
```
Uses `code.gitea.io/sdk/gitea v0.23.2`.
**FetchRepository Method**:
- Calls: `f.client.GetRepo(owner, repo)`
- Direct timestamp mapping: Created → CreatedAt, Updated → UpdatedAt
- Mirror repos: if `r.Mirror` true, stores `r.OriginalURL` in MirrorURL
- Topics fetched separately via: `f.client.ListRepoTopics(owner, repo, gitea.ListRepoTopicsOptions{})`
- Separate API call with no pagination tracking
- Silent failure on topics (topicErr ignored)
**FetchTags Method**:
- Pagination with page number (not cursor-based)
- Calls: `f.client.ListRepoTags(owner, repo, gitea.ListRepoTagsOptions{ListOptions: gitea.ListOptions{Page: page, PageSize: 50}})`
- Breaks when returned results < 50 (not using PageCount/Total)
- Manual page increment: `page++`
#### **Bitbucket** (`bitbucket.go`) - 164 lines
**Constructor**:
```go
func newBitbucketForge(token string, hc *http.Client) *bitbucketForge
```
Bitbucket is the only backend WITHOUT an SDK - uses raw HTTP + JSON unmarshaling.
**API Base URL**: `https://api.bitbucket.org/2.0` (configurable via `setBitbucketAPI()` for testing)
**Custom HTTP Helper**:
```go
func (f *bitbucketForge) getJSON(ctx context.Context, url string, v any) error
```
- Bearer token auth: `Authorization: Bearer `
- Handles 404 → ErrNotFound
- Non-200 status → HTTPError{StatusCode, URL, Body}
**FetchRepository Method**:
- URL: `/2.0/repositories/{owner}/{repo}`
- Response struct: `bbRepository` with nested Owner, Parent, MainBranch, Links structures
- Maps slug → Name, full_name → FullName
- Fork parent stored in Parent.FullName
**FetchTags Method**:
- URL: `/2.0/repositories/{owner}/{repo}/refs/tags?pagelen=100`
- Uses cursor-based pagination via `Next` string field
- Response struct: `bbTagsResponse` with Values and Next fields
- Loop continues while `url != ""` (Next is non-empty)
---
### 3. Repository Normalization (`types.go`)
**Repository Struct** - 25 fields standardized across all forges:
```go
type Repository struct {
FullName string // e.g., "owner/repo"
Owner, Name string
Description, Homepage, HTMLURL, Language, License, DefaultBranch string
Fork, Archived, Private, HasIssues, PullRequestsEnabled bool
MirrorURL, SourceName string // Fork parent
Size, StargazersCount, ForksCount, OpenIssuesCount, SubscribersCount int
Topics []string
LogoURL string
CreatedAt, UpdatedAt, PushedAt time.Time
}
```
**Tag Struct**:
```go
type Tag struct {
Name string // Tag name
Commit string // SHA hash
}
```
**HTTPError** for API failures:
```go
type HTTPError struct {
StatusCode int
URL string
Body string
}
```
---
### 4. Detection Logic (`detect.go`)
**Main Detection Function**:
```go
func DetectForgeType(ctx context.Context, domain string) (ForgeType, error)
```
**Two-Phase Strategy**:
1. **Header Detection** - `detectFromHeaders()`:
- X-Forgejo-Version → Forgejo
- X-Gitea-Version → Gitea
- X-Gitlab-Meta → GitLab
- X-GitHub-Request-Id → GitHub
2. **API Fallback** - `detectFromAPI()`:
- Tries `/api/v1/version` → parses version string for "forgejo" case-insensitive → Forgejo, else Gitea
- Tries `/api/v4/version` → GitLab
- Tries `/api/v3/meta` → GitHub Enterprise
- Returns Unknown error if all fail
---
### 5. Test Architecture & Patterns
**Common Test Helpers** (`forges_test.go` lines 12-55):
```go
func ptr(s string) *string // Pointer helper for SDK types
func ptrBool(b bool) *bool
func ptrInt(i int) *int
func parseTime(s string) time.Time // RFC3339 parsing
func assertEqual(t *testing.T, field, want, got string)
func assertEqualBool(t *testing.T, field string, want, got bool)
func assertEqualInt(t *testing.T, field string, want, got int)
func assertSliceEqual(t *testing.T, field string, want, got []string)
```
**Mock Forge** (`forges_test.go` lines 314-331):
```go
type mockForge struct {
repo *Repository
tags []Tag
lastOwner string
lastRepo string
}
```
Used for routing tests without hitting real APIs.
#### **GitHub Tests** (`github_test.go`)
Pattern: `httptest.NewServer()` with custom mux for API endpoints
Test cases:
- `TestGitHubFetchRepository` - Full field mapping (license, fork parent, timestamps)
- `TestGitHubFetchRepositoryNotFound` - 404 handling
- `TestGitHubFetchRepositoryNoassertionLicense` - NOASSERTION filtering
- `TestGitHubFetchTags` - Pagination with 2 tags
Setup: Creates mock server, configures client with `WithEnterpriseURLs()` to override API endpoint
#### **GitLab Tests** (`gitlab_test.go`)
Pattern: Same httptest approach with raw JSON responses
Test cases:
- `TestGitLabFetchRepository` - Visibility mapping, namespace extraction, license key
- `TestGitLabFetchRepositoryNotFound` - 404 handling
- `TestGitLabFetchTags` - Pagination, ID field mapping
Note: SDK URL-encodes project path (`mygroup%2Fmyrepo`), tests match this in route handlers.
#### **Gitea Tests** (`gitea_test.go`)
Pattern: Special setup - includes `giteaVersionHandler` for `/api/v1/version` (required during SDK client initialization)
Test cases:
- `TestGiteaFetchRepository` - Topics separate fetch, mirror URL, parent repo, timestamps
- `TestGiteaFetchRepositoryNotFound` - 404 handling
- `TestGiteaFetchTags` - Page-based pagination logic
Key: Routes must include `/api/v1/version` endpoint for SDK client creation.
#### **Bitbucket Tests** (`bitbucket_test.go`)
Pattern: Manual API URL override using `setBitbucketAPI()` before test, restore after
Test cases:
- `TestBitbucketFetchRepository` - Bearer token auth verification, nested struct mapping
- `TestBitbucketFetchRepositoryNotFound` - 404 handling
- `TestBitbucketFetchTags` - Cursor pagination (Next field)
Key: `CreatedOn` and `UpdatedOn` parsed from RFC3339 strings.
#### **Integration Tests** (`forges_test.go`)
- `TestParseRepoURL` - 8 URL formats (https, schemeless, SSH, .git suffix, nested paths)
- `TestClientRouting` - Default domain registration verification
- `TestClientFetchRepository/Tags Routes` - Mock forge routing verification
- `TestDetectForgeType*` - 4 detection methods (headers + 3 API fallbacks)
All detection tests use `httptest.NewServer()` with appropriate endpoints.
---
### 6. SDK Versions & Available Methods
**go.mod dependencies**:
```
code.gitea.io/sdk/gitea v0.23.2
github.com/google/go-github/v82 v82.0.0
gitlab.com/gitlab-org/api/client-go v1.28.0
```
**GitHub (go-github/v82)**:
- `Repositories.Get(ctx, owner, repo)` → Repository
- `Repositories.ListTags(ctx, owner, repo, opts)` → []RepositoryTag with pagination
- Pagination: `resp.NextPage` (cursor)
**GitLab (client-go v1.28.0)**:
- `Projects.GetProject(pid, opts)` → Project (with License, ForkedFromProject)
- `Tags.ListTags(pid, opts)` → []Tag with pagination
- Pagination: `resp.NextPage` (cursor)
- Options: `GetProjectOptions{License: &bool}` to fetch license
**Gitea (sdk/gitea v0.23.2)**:
- `GetRepo(owner, repo)` → Repository
- `ListRepoTags(owner, repo, opts)` → []Tag (no pagination cursor, checks length < PageSize)
- `ListRepoTopics(owner, repo, opts)` → []string
- Pagination: Manual page increment, no PageCount/Total exposed
**Bitbucket (Raw HTTP)**:
- GET `/2.0/repositories/{owner}/{repo}` → bbRepository
- GET `/2.0/repositories/{owner}/{repo}/refs/tags?pagelen=100` → bbTagsResponse with Next cursor
---
### 7. Key Implementation Patterns
**URL Parsing** (`forges.go` lines 178-217):
- Handles https://, schemeless, and `git@host:owner/repo.git` SSH formats
- Strips `.git` suffix
- Rejects nested path segments (owner/repo/tree/main → extracts owner/repo only)
**Pagination Patterns**:
- **GitHub & GitLab**: Cursor-based (`resp.NextPage`), manually set `opts.Page = resp.NextPage`
- **Gitea**: Page-number based, manual counter, breaks on `len(results) < PageSize`
- **Bitbucket**: Cursor-based via `Next` string field in response JSON
**Error Handling**:
- All backends check `resp.StatusCode == http.StatusNotFound` → return `ErrNotFound`
- Bitbucket additionally constructs HTTPError for non-200 status codes
**Authentication**:
- **GitHub**: Token via SDK `.WithAuthToken(token)`
- **GitLab**: Token in SDK constructor
- **Gitea**: Token via SDK `.SetToken(token)`
- **Bitbucket**: Bearer token in Authorization header (custom implementation)
---
### Summary of Method Signatures
All backends implement:
```go
func (f *Forge) FetchRepository(ctx context.Context, owner, repo string) (*Repository, error)
func (f *Forge) FetchTags(ctx context.Context, owner, repo string) ([]Tag, error)
```
Client routes via domain from URL:
```go
func (c *Client) FetchRepository(ctx context.Context, repoURL string) (*Repository, error)
func (c *Client) FetchTags(ctx context.Context, repoURL string) ([]Tag, error)
func (c *Client) FetchRepositoryFromPURL(ctx context.Context, p *purl.PURL) (*Repository, error)
func (c *Client) FetchTagsFromPURL(ctx context.Context, p *purl.PURL) ([]Tag, error)
```
Detection:
```go
func DetectForgeType(ctx context.Context, domain string) (ForgeType, error)
func (c *Client) RegisterDomain(ctx context.Context, domain, token string) error
```
---
### Files & Line Counts
- `/Users/andrew/code/git-pkgs/forges/forges.go` - 218 lines (main client logic)
- `/Users/andrew/code/git-pkgs/forges/github.go` - 110 lines
- `/Users/andrew/code/git-pkgs/forges/gitlab.go` - 106 lines
- `/Users/andrew/code/git-pkgs/forges/gitea.go` - 102 lines
- `/Users/andrew/code/git-pkgs/forges/bitbucket.go` - 164 lines (raw HTTP)
- `/Users/andrew/code/git-pkgs/forges/detect.go` - 114 lines
- `/Users/andrew/code/git-pkgs/forges/types.go` - 53 lines
- `/Users/andrew/code/git-pkgs/forges/forges_test.go` - 332 lines (helper functions + integration tests)
- Backend test files: github_test.go (168), gitlab_test.go (127), gitea_test.go (149), bitbucket_test.go (146)
agentId: ad7aff5 (for resuming to continue this agent's work if needed)
total_tokens: 51232
tool_uses: 17
duration_ms: 50190
```
## Assistant
**Result** (success):
```
Perfect! Now I have a comprehensive understanding. Let me create a detailed report of the git-pkgs structure:
## git-pkgs CLI Tool Structure - Comprehensive Report
Based on my exploration of the git-pkgs codebase, here's the complete structure and key interfaces:
### 1. CLI Structure and Entry Points
**Module Path:** `github.com/git-pkgs/git-pkgs`
**Entry Point:** `/Users/andrew/code/git-pkgs/git-pkgs/main.go`
- Simple entry: calls `cmd.Execute()` from the cmd package
**Root Command Registration:** `/Users/andrew/code/git-pkgs/git-pkgs/cmd/root.go`
- Uses Cobra framework with `PersistentPreRun` and `PersistentPostRun` hooks
- Registers 26 subcommands via functions like `addInitCmd()`, `addListCmd()`, etc.
- Persistent flags: `--quiet`, `--pager`, `--color`, `--include-submodules`
### 2. Go Module Dependencies
**Key dependencies from go.mod:**
- `github.com/git-pkgs/managers` v0.4.0 - package managers
- `github.com/git-pkgs/manifests` v0.3.4 - manifest file identification/parsing
- `github.com/git-pkgs/purl` v0.1.5 - Package URL handling
- `github.com/git-pkgs/registries` v0.2.3 - registry lookups
- `github.com/git-pkgs/enrichment` v0.1.0 - data enrichment
- `github.com/git-pkgs/vulns` v0.1.1 - vulnerability data
- `github.com/git-pkgs/spdx` v0.1.0 - license data
- `github.com/git-pkgs/vers` v0.2.2 - version parsing
- `github.com/go-git/go-git/v5` v5.16.4 - git operations
- `modernc.org/sqlite` v1.44.3 - SQLite database
- `github.com/spf13/cobra` v1.10.2 - CLI framework
### 3. Database Architecture
**Location:** `.git/pkgs.sqlite3` (stored in repository's .git directory)
**Key Files:**
- `/Users/andrew/code/git-pkgs/git-pkgs/internal/database/database.go` - DB lifecycle
- `/Users/andrew/code/git-pkgs/git-pkgs/internal/database/schema.go` - schema creation
- `/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go` - query API (61KB of database queries)
**Opening/Creating Database:**
```go
database.Open(path) // Opens existing SQLite
database.Create(path) // Creates new, deletes if exists
database.OpenOrCreate(path) // Opens or creates as needed
db.OptimizeForBulkWrites() // For indexing: PRAGMA synchronous=OFF, cache_size=-64000
db.OptimizeForReads() // For queries: PRAGMA synchronous=NORMAL
```
**Schema Version:** 7
### 4. Database Tables
**Core Tables:**
- `schema_info` - schema version tracking
- `branches` - git branch tracking (id, name, last_analyzed_sha)
- `commits` - git commits with dependency info (sha, message, author, has_dependency_changes)
- `branch_commits` - many-to-many: branch → commits with position
- `manifests` - manifest files (path, ecosystem, kind)
- `dependency_changes` - dependency changes per commit (add/remove/modify)
- `dependency_snapshots` - full dependency state at specific commits
- `packages` - enriched package metadata (purl, ecosystem, name, license, homepage, etc.)
- `versions` - version-specific data
- `vulnerabilities` - CVE/security data (id, aliases, cvss_score, severity)
- `vulnerability_packages` - many-to-many: vulnerabilities → packages
**Key Indexes:**
- `idx_branches_name` - branch lookups
- `idx_commits_sha` - commit lookups
- `idx_branch_commits_position` - history traversal
- `idx_dependency_changes_commit_name` - change queries
- `idx_dependency_snapshots_name` - snapshot lookups
- `idx_packages_purl` - package deduplication
### 5. Git Interaction Package
**Location:** `/Users/andrew/code/git-pkgs/git-pkgs/internal/git/`
**Main Type:** `Repository`
```go
func (r *Repository) OpenRepository(path string) (*Repository, error)
func (r *Repository) DatabasePath() string // Returns .git/pkgs.sqlite3
func (r *Repository) WorkDir() string
func (r *Repository) GitDir() string
func (r *Repository) CurrentBranch() (string, error)
func (r *Repository) ResolveRevision(rev string) (*plumbing.Hash, error)
func (r *Repository) CommitObject(hash) (*object.Commit, error)
func (r *Repository) Log(from hash) (CommitIter, error)
func (r *Repository) FileAtCommit(commit, path) (string, error)
func (r *Repository) Tags() (map[string][]string, error) // commit SHA → tag names
func (r *Repository) LocalBranches() (map[string][]string, error) // commit SHA → branch names
func (r *Repository) LoadMailmap() error // .mailmap support
func (r *Repository) ResolveAuthor(name, email) (string, string) // author identity mapping
```
**Query Interface** (`/internal/git/query.go`):
```go
// On-demand analysis (creates database if needed)
func (r *Repository) GetDependencies(commitRef, branchName string) ([]Dependency, error)
func (r *Repository) GetDependenciesWithDB(commitRef, branchName string) ([]Dependency, *DB, error)
// Single commit snapshot without history
func (r *Repository) IndexCommitSnapshot(db *DB, branchID int64, sha string) error
```
### 6. Indexing Flow (Init Command)
**Flow:** `/Users/andrew/code/git-pkgs/git-pkgs/cmd/init.go` → `/Users/andrew/code/git-pkgs/git-pkgs/internal/indexer/indexer.go`
**Init Steps:**
1. Open git repository
2. Create database at `.git/pkgs.sqlite3`
3. Create `Indexer` with options (branch, since, batch size, snapshot interval)
4. Call `indexer.Run()`:
- Load repository .mailmap for author identity
- Load all tags and local branches for snapshot marking
- Collect commits from git history
- Prefetch all diffs in one git command (parallel-safe)
- For each commit:
- Analyze manifest changes using `analyzer.AnalyzeCommit(commit, snapshot)`
- Write commits, changes, snapshots to database in batches
- Store snapshots at intervals, tags, and branch heads
- Return result stats
**Indexer Options:**
```go
type Options struct {
Branch string // Branch to analyze
Since string // Start from commit
Output io.Writer
Quiet bool
Incremental bool // Continue from last SHA
BatchSize int // Default 500
SnapshotInterval int // Default 50
}
```
**Result:**
```go
type Result struct {
CommitsAnalyzed int
CommitsWithChanges int
TotalChanges int
TagSnapshots int
BranchSnapshots int
}
```
### 7. Manifest Analysis Package
**Location:** `/Users/andrew/code/git-pkgs/git-pkgs/internal/analyzer/`
**Main Type:** `Analyzer`
```go
// Full history analysis (with diffs)
func (a *Analyzer) AnalyzeCommit(commit *object.Commit, previousSnapshot Snapshot) (*Result, error)
// Single commit snapshot (without history)
func (a *Analyzer) DependenciesAtCommit(commit *object.Commit) ([]Change, error)
```
**Key Methods:**
```go
func (a *Analyzer) SetRepoPath(path string) // For git shell commands
func (a *Analyzer) PrefetchDiffs(commits []*object.Commit, numWorkers int) // Parallel diff fetch
```
**Manifest Identification:**
- Uses `github.com/git-pkgs/manifests` package
- Identify by filename: `manifests.Identify(path) → (ecosystem, kind, ok)`
- Parsed manifests have:
- `Ecosystem` (npm, python, ruby, rust, etc.)
- `Kind` (Manifest, Lockfile, Supplement)
- `Dependencies[]` with:
- `Name`, `Version`, `Scope` (runtime/development)
- `PURL` (PackageURL string)
- `Integrity` (hash if available)
**Change Tracking:**
```go
type Change struct {
ManifestPath string // Path to manifest file
Ecosystem string // npm, python, etc.
Kind string // Manifest kind
Name string // Dependency name
PURL string // Package URL
ChangeType string // "added", "modified", "removed"
Requirement string // Version requirement
PreviousRequirement string // For modified deps
DependencyType string // runtime, development, etc.
Integrity string // Hash from lockfile/supplement
}
type Snapshot map[SnapshotKey]SnapshotEntry
```
### 8. Batch Writing
**Location:** `/Users/andrew/code/git-pkgs/git-pkgs/internal/database/batch_writer.go`
**Purpose:** Efficient bulk inserts during indexing
```go
func NewBatchWriter(db *DB) *BatchWriter
func (w *BatchWriter) CreateBranch(name string) error
func (w *BatchWriter) AddCommit(info CommitInfo, hasChanges bool)
func (w *BatchWriter) AddChange(sha string, manifest ManifestInfo, change ChangeInfo)
func (w *BatchWriter) AddSnapshot(sha string, manifest ManifestInfo, snapshot SnapshotInfo)
func (w *BatchWriter) Flush() error // Execute pending batch
func (w *BatchWriter) ShouldFlush() bool // Check if batch size reached
func (w *BatchWriter) ShouldStoreSnapshot() bool // Check interval
func (w *BatchWriter) UpdateBranchLastSHA(sha string) error
```
**Batching:**
- Buffers writes in memory
- Flushes at configurable batch size (default 500)
- Stores snapshots at intervals (default 50 commits with changes)
- Handles manifest deduplication via cache
### 9. Query API
**Location:** `/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go` (61KB)
**Key Query Methods:**
```go
// Branch queries
func (db *DB) GetBranch(name string) (*BranchInfo, error)
func (db *DB) GetDefaultBranch() (*BranchInfo, error)
func (db *DB) GetOrCreateBranch(name string) (*BranchInfo, error)
func (db *DB) GetBranches() ([]BranchInfo, error)
// Dependency queries
func (db *DB) GetDependenciesAtCommit(sha string) ([]Dependency, error)
func (db *DB) GetDependenciesAtRef(ref string, branchID int64) ([]Dependency, error)
func (db *DB) GetLatestDependencies(branchID int64) ([]Dependency, error)
// Snapshot queries
func (db *DB) HasSnapshotForCommit(sha string) (bool, error)
func (db *DB) GetLastSnapshot(branchID int64) (map[string]SnapshotInfo, error)
// History and analysis
func (db *DB) GetCommitsWithChanges(opts LogOptions) ([]CommitWithChanges, error)
func (db *DB) GetChangesForCommit(sha string) ([]Change, error)
func (db *DB) GetPackageHistory(opts HistoryOptions) ([]HistoryEntry, error)
// Search and analysis
func (db *DB) SearchDependencies(branchID int64, pattern, ecosystem string) ([]SearchResult, error)
func (db *DB) GetWhy(branchID int64, packageName, ecosystem string) (*WhyResult, error)
func (db *DB) GetBlame(branchID int64, ecosystem string) ([]BlameEntry, error)
// Enrichment
func (db *DB) GetVulnerabilitiesForPackage(ecosystem, packageName string) ([]Vulnerability, error)
func (db *DB) GetVulnSyncStatus(branchID int64) ([]VulnSyncStatus, error)
func (db *DB) SetVulnsSyncedAt(purlStr, ecosystem, name string) error
// Database info
func (db *DB) GetDatabaseInfo() (*DatabaseInfo, error)
func (db *DB) GetStats(opts StatsOptions) (*Stats, error)
```
### 10. Key Data Structures
**BranchInfo:**
```go
type BranchInfo struct {
ID int64
Name string
LastAnalyzedSHA string
CommitCount int
}
```
**Dependency:**
```go
// Fields include: Name, Version, Ecosystem, ManifestPath, PURL, DependencyType
```
**CommitInfo:**
```go
type CommitInfo struct {
SHA string
Message string
AuthorName string
AuthorEmail string
CommittedAt time.Time
}
```
### 11. Stateless/One-Off Analysis
**No dedicated stateless mode, but supports on-demand analysis:**
- `Repository.GetDependencies()` can index a single commit without full history
- `Repository.IndexCommitSnapshot()` analyzes one commit and stores snapshot
- Useful for commands like `git-pkgs list` which auto-index if database missing
- Creates database if doesn't exist via `OpenOrCreate()`
- Can analyze individual commits without running full `init`
### 12. Key Entry Points for the Orgs Tool
Based on the structure, orgs would likely call:
1. **Repository opening:**
```go
git.OpenRepository("path/to/repo")
```
2. **One-off dependency analysis:**
```go
repo.GetDependencies("HEAD", "main") // Auto-indexes if needed
repo.IndexCommitSnapshot(db, branchID, sha) // Single commit
```
3. **Database queries (with DB handle):**
```go
repo.GetDependenciesWithDB(commitRef, branchName) // Returns open DB
db.GetDependenciesAtRef(sha, branchID)
db.GetStats(opts)
```
4. **Batch initialization:**
```go
database.Create(path)
indexer := indexer.New(repo, db, opts)
result, err := indexer.Run()
```
5. **Package enrichment:**
```go
db.GetVulnerabilitiesForPackage(ecosystem, name)
db.SetVulnsSyncedAt(purlStr, ecosystem, name)
```
All absolute file paths are documented above for reference.
agentId: a946439 (for resuming to continue this agent's work if needed)
total_tokens: 55922
tool_uses: 30
duration_ms: 67491
```
## Assistant
## Assistant
Now let me design the implementation.
## Assistant
### Tool: Task
**Args:**
```json
{
"description": "Design orgs implementation plan",
"prompt": "I need to design an implementation plan for two related pieces of work in the git-pkgs ecosystem.\n\n## Context\n\ngit-pkgs is a Go CLI tool that indexes package dependencies from manifest files across git history. It works per-repository, storing data in `.git/pkgs.sqlite3`. The `forges` module is a Go library for fetching normalized repository metadata from git forges (GitHub, GitLab, Gitea/Forgejo, Bitbucket).\n\nThe goal is to build an `orgs` CLI tool that aggregates dependency insights across all repos in an org/owner.\n\n## Part 1: Extend forges with ListRepositories\n\n**Current Forge interface** (forges/forges.go):\n```go\ntype Forge interface {\n FetchRepository(ctx context.Context, owner, repo string) (*Repository, error)\n FetchTags(ctx context.Context, owner, repo string) ([]Tag, error)\n}\n```\n\n**Need to add:**\n```go\nListRepositories(ctx context.Context, owner string, opts ListOptions) ([]Repository, error)\n```\n\n**Available SDKs and their capabilities:**\n- GitHub (go-github/v82): `client.Repositories.ListByOrg(ctx, org, opts)` for orgs, `client.Repositories.ListByUser(ctx, user, opts)` for users\n- GitLab (client-go v1.28.0): `client.Groups.ListGroupProjects(gid, opts)` for groups, `client.Projects.ListUserProjects(uid, opts)` for users\n- Gitea (sdk/gitea v0.23.2): `client.ListOrgRepos(org, opts)` for orgs, `client.ListUserRepos(user, opts)` for users\n- Bitbucket: raw HTTP, GET `/2.0/repositories/{owner}` with cursor pagination\n\n**Challenge:** All forges distinguish between org and user. Implementations should try org endpoint first, fall back to user on 404 (the caller shouldn't need to know).\n\n**ListOptions should include:**\n- Archived filter (include/exclude)\n- Fork filter (include/exclude)\n- PerPage for pagination control\n\n**Pagination:** Each backend pages differently (GitHub/GitLab use resp.NextPage, Gitea uses manual page counter checking len < pageSize, Bitbucket uses Next cursor URL). All should accumulate and return full list.\n\n**Test patterns:** All existing tests use `httptest.NewServer()` with custom muxes. GitHub tests use `WithEnterpriseURLs()` to redirect. GitLab tests use the server URL directly. Gitea needs a `/api/v1/version` endpoint. Bitbucket uses `setBitbucketAPI()`.\n\n**Client-level method:**\n```go\nfunc (c *Client) ListRepositories(ctx context.Context, domain, owner string, opts ListOptions) ([]Repository, error)\n```\n\n## Part 2: Build orgs CLI tool\n\n**Location:** `/Users/andrew/code/git-pkgs/orgs`\n**Module path:** `github.com/git-pkgs/orgs`\n\n**Approach for per-repo analysis:**\n- Shell out to `git pkgs` CLI commands (since internal/ packages can't be imported)\n- `git pkgs init` for indexing\n- Then directly read each repo's `.git/pkgs.sqlite3` (schema is known, versioned at v7)\n- Or use `git pkgs stats --format json` for some data\n\n**Storage: Meta DB + per-repo DBs**\n- Each cloned repo keeps its own `.git/pkgs.sqlite3` (created by `git pkgs init`)\n- A meta SQLite DB in the orgs data directory aggregates cross-repo views\n\n**Meta DB schema:**\n```sql\nrepos (id, full_name, owner, name, html_url, language, default_branch, archived, fork, clone_path, last_synced_at)\nrepo_dependencies (id, repo_id, name, ecosystem, version, purl, dependency_type, manifest_path)\n```\n\n**Workspace structure:**\n```\n~/.local/share/git-orgs///\n orgs.sqlite3 # meta DB\n repos/\n repo-a/.git/pkgs.sqlite3\n repo-b/.git/pkgs.sqlite3\n ...\n```\n\n**Commands for first version:**\n- `git-orgs init ` - List repos via forges, shallow clone each, run `git pkgs init`, sync to meta DB\n - Flags: --domain (default github.com), --token, --include-archived, --include-forks\n- `git-orgs sync` - Re-fetch repo list, pull updates, re-index changed repos\n- `git-orgs list` - Show tracked repos with summary stats\n- `git-orgs stats` - Aggregated org-level dependency statistics\n - Total deps across all repos, shared deps, ecosystem breakdown, top contributors\n- `git-orgs search ` - Which repos use a given package (the inverse query from the roadmap)\n\n**Key org-level insights to aggregate:**\n- Total dependencies across org (deduplicated and per-repo)\n- Shared dependencies (packages used by N+ repos, at what versions)\n- Ecosystem breakdown (how many npm vs gem vs pypi across org)\n- Which repos use package X (inverse query)\n- Per-repo summary (deps count, ecosystems, last indexed)\n\n**Dependencies for orgs module:**\n- github.com/git-pkgs/forges (for ListRepositories)\n- modernc.org/sqlite (for reading per-repo DBs and writing meta DB)\n- github.com/spf13/cobra (CLI framework, same as git-pkgs)\n- os/exec for shelling out to `git` and `git pkgs`\n\nPlease design the implementation plan with specific file-by-file changes needed, keeping things focused on a solid first version. Consider the order of implementation (forges first, then orgs).\n",
"subagent_type": "Plan"
}
```
## Assistant
**Result** (success):
```
Now I have a thorough understanding of the codebase. Let me construct the implementation plan.
Here is the implementation plan, broken into two parts.
---
## Part 1: Add ListRepositories to forges
### 1A. Add ListOptions and extend the Forge interface
**File: `/Users/andrew/code/git-pkgs/forges/types.go`**
Add a `ListOptions` struct and an `ArchivedFilter`/`ForkFilter` type:
```go
type ArchivedFilter int
const (
ArchivedExclude ArchivedFilter = iota
ArchivedInclude
ArchivedOnly
)
type ForkFilter int
const (
ForkExclude ForkFilter = iota
ForkInclude
ForkOnly
)
type ListOptions struct {
Archived ArchivedFilter
Forks ForkFilter
PerPage int // 0 means use backend default (typically 100)
}
```
Using typed constants rather than booleans gives room for "only archived" or "only forks" queries later without API churn.
**File: `/Users/andrew/code/git-pkgs/forges/forges.go`**
Extend the `Forge` interface:
```go
type Forge interface {
FetchRepository(ctx context.Context, owner, repo string) (*Repository, error)
FetchTags(ctx context.Context, owner, repo string) ([]Tag, error)
ListRepositories(ctx context.Context, owner string, opts ListOptions) ([]Repository, error)
}
```
Add the client-level method:
```go
func (c *Client) ListRepositories(ctx context.Context, domain, owner string, opts ListOptions) ([]Repository, error) {
f, err := c.forgeFor(domain)
if err != nil {
return nil, err
}
return f.ListRepositories(ctx, owner, opts)
}
```
Update the `mockForge` in `forges_test.go` to satisfy the new interface method.
### 1B. GitHub implementation
**File: `/Users/andrew/code/git-pkgs/forges/github.go`**
Add `ListRepositories` to `gitHubForge`. The org/user ambiguity is handled by trying `client.Repositories.ListByOrg` first, then falling back to `client.Repositories.ListByUser` on 404.
The conversion from `*github.Repository` to `Repository` already exists in `FetchRepository`. Extract a helper function `convertGitHubRepo(r *github.Repository) Repository` to share between both methods.
Pagination follows the existing `FetchTags` pattern: loop, check `resp.NextPage == 0`.
Post-fetch filtering: apply `opts.Archived` and `opts.Forks` filters. GitHub's org listing supports `type` (all, public, private, forks) but not an archived filter, so filter after fetch. For consistency across backends, do client-side filtering for all options in all backends.
### 1C. GitLab implementation
**File: `/Users/andrew/code/git-pkgs/forges/gitlab.go`**
Try `client.Groups.ListGroupProjects(owner, opts)` first, fall back to `client.Projects.ListUserProjects(owner, opts)` on error.
Extract a `convertGitLabProject(p *gitlab.Project) Repository` helper from the existing `FetchRepository`.
Pagination: same pattern as existing `FetchTags` -- check `resp.NextPage == 0`.
GitLab's `ListGroupProjects` supports `Archived` and `IncludeSubgroups` filters natively, but for consistency we can pass `Archived` to the API where supported and still do client-side filtering for forks.
### 1D. Gitea implementation
**File: `/Users/andrew/code/git-pkgs/forges/gitea.go`**
Try `client.ListOrgRepos(owner, opts)` first, fall back to `client.ListUserRepos(owner, opts)` on 404.
Extract `convertGiteaRepo(r *gitea.Repository) Repository` from the existing code in `FetchRepository`.
Pagination: same as existing `FetchTags` -- increment page manually, break when `len(repos) < pageSize`.
### 1E. Bitbucket implementation
**File: `/Users/andrew/code/git-pkgs/forges/bitbucket.go`**
Add a `bbReposResponse` struct:
```go
type bbReposResponse struct {
Values []bbRepository `json:"values"`
Next string `json:"next"`
}
```
`GET /2.0/repositories/{owner}` lists all repos for a workspace/user. No org/user distinction needed for Bitbucket -- the same endpoint works for both.
Cursor pagination: follow the `Next` URL until empty, same as `FetchTags`.
Extract `convertBitbucketRepo(bb bbRepository) Repository` from existing `FetchRepository`.
### 1F. Tests
Each backend gets a `TestXxxListRepositories` test following established patterns:
**`/Users/andrew/code/git-pkgs/forges/github_test.go`** -- Add handler for `GET /api/v3/orgs/{org}/repos`, return a JSON array of `github.Repository`. Test pagination with multiple pages. Test the org-404-then-user-fallback path with a second test using `GET /api/v3/users/{user}/repos`.
**`/Users/andrew/code/git-pkgs/forges/gitlab_test.go`** -- Handler for `GET /api/v4/groups/{owner}/projects`, with fallback test for `GET /api/v4/users/{owner}/projects`.
**`/Users/andrew/code/git-pkgs/forges/gitea_test.go`** -- Handler for `GET /api/v1/orgs/{org}/repos`, with fallback test for `GET /api/v1/users/{user}/repos`. Remember the `/api/v1/version` handler.
**`/Users/andrew/code/git-pkgs/forges/bitbucket_test.go`** -- Handler for `GET /2.0/repositories/{owner}`, test cursor pagination with `next` field.
**`/Users/andrew/code/git-pkgs/forges/forges_test.go`** -- Add `TestClientListRepositories` using the `mockForge`. Update `mockForge` to include `ListRepositories`.
Each test should also verify filtering behavior -- pass options excluding archived/forks and confirm the returned list is filtered accordingly.
### 1G. Org/user fallback detail
The fallback pattern is the same across GitHub, GitLab, and Gitea. Each checks the HTTP response: if the org endpoint returns 404, try the user endpoint. The error wrapping should distinguish between "owner not found on either endpoint" and transient errors. A possible sentinel error `ErrOwnerNotFound` could be added alongside `ErrNotFound`.
```go
var ErrOwnerNotFound = errors.New("owner not found")
```
For GitHub specifically, the go-github SDK returns a `*github.ErrorResponse` with `resp.StatusCode`. Check for 404 on the org call, then try user. If user also 404s, return `ErrOwnerNotFound`.
---
## Part 2: Build the orgs CLI tool
### 2A. Module initialization
**File: `/Users/andrew/code/git-pkgs/orgs/go.mod`**
```
module github.com/git-pkgs/orgs
go 1.25.6
require (
github.com/git-pkgs/forges v0.2.0
github.com/spf13/cobra v1.10.2
modernc.org/sqlite v1.44.3
)
```
The forges version would be bumped to v0.2.0 after the ListRepositories addition (or use a replace directive during development).
**File: `/Users/andrew/code/git-pkgs/orgs/main.go`**
Minimal entrypoint:
```go
package main
import (
"os"
"github.com/git-pkgs/orgs/cmd"
)
func main() {
if err := cmd.Execute(); err != nil {
os.Exit(1)
}
}
```
### 2B. Data directory and workspace conventions
**File: `/Users/andrew/code/git-pkgs/orgs/workspace/workspace.go`**
Handles the XDG-style data directory layout:
```go
package workspace
// Dir returns the workspace directory for a domain/owner combination.
// Default: ~/.local/share/git-orgs///
func Dir(domain, owner string) string
// MetaDBPath returns the path to the meta database.
func MetaDBPath(domain, owner string) string
// RepoDir returns the clone directory for a specific repo.
func RepoDir(domain, owner, repo string) string
```
Use `os.UserHomeDir()` and respect `$XDG_DATA_HOME` if set, falling back to `~/.local/share/git-orgs/`. On macOS, `~/.local/share` is the conventional non-Apple XDG path; this is consistent with how other Go CLI tools handle it.
### 2C. Meta database
**File: `/Users/andrew/code/git-pkgs/orgs/store/store.go`**
The meta DB wrapper. Uses `modernc.org/sqlite` same as git-pkgs.
```go
package store
type DB struct {
*sql.DB
path string
}
func Open(path string) (*DB, error)
func Create(path string) (*DB, error)
func OpenOrCreate(path string) (*DB, bool, error)
```
**File: `/Users/andrew/code/git-pkgs/orgs/store/schema.go`**
```sql
CREATE TABLE IF NOT EXISTS schema_info (version INTEGER NOT NULL);
CREATE TABLE IF NOT EXISTS repos (
id INTEGER PRIMARY KEY,
full_name TEXT NOT NULL,
owner TEXT NOT NULL,
name TEXT NOT NULL,
html_url TEXT,
language TEXT,
default_branch TEXT,
archived INTEGER DEFAULT 0,
fork INTEGER DEFAULT 0,
clone_path TEXT,
last_synced_at DATETIME,
created_at DATETIME,
updated_at DATETIME
);
CREATE UNIQUE INDEX IF NOT EXISTS idx_repos_full_name ON repos(full_name);
CREATE TABLE IF NOT EXISTS repo_dependencies (
id INTEGER PRIMARY KEY,
repo_id INTEGER REFERENCES repos(id),
name TEXT NOT NULL,
ecosystem TEXT,
version TEXT,
purl TEXT,
dependency_type TEXT,
manifest_path TEXT,
created_at DATETIME,
updated_at DATETIME
);
CREATE INDEX IF NOT EXISTS idx_repo_deps_name ON repo_dependencies(name);
CREATE INDEX IF NOT EXISTS idx_repo_deps_ecosystem ON repo_dependencies(ecosystem);
CREATE INDEX IF NOT EXISTS idx_repo_deps_repo ON repo_dependencies(repo_id);
CREATE UNIQUE INDEX IF NOT EXISTS idx_repo_deps_unique ON repo_dependencies(repo_id, name, manifest_path, version);
```
The `repo_dependencies` table is a denormalized view of the latest dependency snapshots from each repo's `pkgs.sqlite3`. It gets rebuilt during sync.
**File: `/Users/andrew/code/git-pkgs/orgs/store/queries.go`**
Methods on `*DB`:
```go
func (db *DB) UpsertRepo(r forges.Repository, clonePath string) (int64, error)
func (db *DB) ListRepos() ([]Repo, error)
func (db *DB) GetRepo(fullName string) (*Repo, error)
func (db *DB) ReplaceRepoDependencies(repoID int64, deps []RepoDependency) error
func (db *DB) SearchByPackage(name string) ([]RepoMatch, error)
func (db *DB) AggregateStats() (*OrgStats, error)
func (db *DB) SharedDependencies(minRepos int) ([]SharedDep, error)
func (db *DB) EcosystemBreakdown() ([]EcosystemCount, error)
```
The `ReplaceRepoDependencies` method deletes all existing deps for a repo and inserts fresh ones in a transaction. This is simpler than diffing and matches the "sync" mental model.
### 2D. Sync engine
**File: `/Users/andrew/code/git-pkgs/orgs/sync/sync.go`**
This is the core orchestrator that ties forges, git cloning, `git pkgs` indexing, and the meta DB together.
```go
package sync
type Engine struct {
forge *forges.Client
domain string
owner string
db *store.DB
workspace string
opts Options
}
type Options struct {
IncludeArchived bool
IncludeForks bool
Token string
}
func New(domain, owner string, db *store.DB, workspace string, opts Options) *Engine
// Init performs the initial setup: list repos, clone, index, sync to meta DB.
func (e *Engine) Init(ctx context.Context, out io.Writer) error
// Sync re-fetches repo list, pulls updates, re-indexes changed repos, refreshes meta DB.
func (e *Engine) Sync(ctx context.Context, out io.Writer) error
```
**Init workflow:**
1. Create forges client with token for domain
2. Call `client.ListRepositories(ctx, domain, owner, listOpts)` to get all repos
3. For each repo:
a. Insert/update in meta DB
b. `git clone --depth=1 ` via `os/exec`
c. Run `git pkgs init` in the clone directory via `os/exec`
d. Open the repo's `.git/pkgs.sqlite3` read-only
e. Query `GetLatestDependencies` (using the known schema)
f. Sync those dependencies into the meta DB's `repo_dependencies`
**Reading per-repo pkgs.sqlite3 directly:**
Since `git-pkgs/internal/database` is `internal/`, we can't import it. Instead, the orgs tool opens each `pkgs.sqlite3` directly with raw SQL. The schema is known and versioned (v7). The query to get latest dependencies is straightforward -- find the latest snapshot commit for the default branch and select from `dependency_snapshots`:
```sql
SELECT ds.name, ds.ecosystem, ds.purl, ds.requirement, ds.dependency_type, m.path
FROM dependency_snapshots ds
JOIN manifests m ON m.id = ds.manifest_id
JOIN branch_commits bc ON bc.commit_id = ds.commit_id
WHERE bc.branch_id = (SELECT id FROM branches ORDER BY id LIMIT 1)
AND bc.position = (
SELECT MAX(bc2.position)
FROM branch_commits bc2
JOIN dependency_snapshots ds2 ON ds2.commit_id = bc2.commit_id
WHERE bc2.branch_id = (SELECT id FROM branches ORDER BY id LIMIT 1)
)
AND ds.name != '_EMPTY_MARKER_'
ORDER BY m.path, ds.name
```
This query mirrors what `GetLatestDependencies` does in the git-pkgs codebase (lines 311-330 of `/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go`).
**File: `/Users/andrew/code/git-pkgs/orgs/sync/pkgsdb.go`**
Helper to read a per-repo `pkgs.sqlite3`:
```go
package sync
// ReadLatestDependencies opens a pkgs.sqlite3 and returns the current dependencies.
func ReadLatestDependencies(dbPath string) ([]store.RepoDependency, error)
```
This isolates the raw SQL knowledge about the pkgs schema to one file.
### 2E. CLI commands
**File: `/Users/andrew/code/git-pkgs/orgs/cmd/root.go`**
```go
package cmd
func Execute() error {
return NewRootCmd().Execute()
}
func NewRootCmd() *cobra.Command {
cmd := &cobra.Command{
Use: "git-orgs",
Short: "Aggregate dependency insights across org repositories",
}
cmd.PersistentFlags().String("domain", "github.com", "Forge domain")
cmd.PersistentFlags().String("token", "", "API token (or use GITHUB_TOKEN, GITLAB_TOKEN, etc.)")
addInitCmd(cmd)
addSyncCmd(cmd)
addListCmd(cmd)
addStatsCmd(cmd)
addSearchCmd(cmd)
return cmd
}
```
Token resolution: check the `--token` flag first, then environment variables. For GitHub, check `GITHUB_TOKEN` and `GH_TOKEN`. For GitLab, check `GITLAB_TOKEN`. Pattern: `_TOKEN` with dots replaced by underscores and uppercased, then fallback to forge-specific conventions.
**File: `/Users/andrew/code/git-pkgs/orgs/cmd/init.go`**
```go
func addInitCmd(parent *cobra.Command) {
initCmd := &cobra.Command{
Use: "init ",
Short: "Initialize org tracking: list repos, clone, and index",
Args: cobra.ExactArgs(1),
RunE: runInit,
}
initCmd.Flags().Bool("include-archived", false, "Include archived repositories")
initCmd.Flags().Bool("include-forks", false, "Include forked repositories")
parent.AddCommand(initCmd)
}
```
The `runInit` function creates the workspace directory, creates the meta DB, instantiates the sync engine, and calls `engine.Init()`.
**File: `/Users/andrew/code/git-pkgs/orgs/cmd/sync.go`**
```go
func addSyncCmd(parent *cobra.Command) {
syncCmd := &cobra.Command{
Use: "sync",
Short: "Re-sync: fetch new repos, pull updates, re-index",
RunE: runSync,
}
parent.AddCommand(syncCmd)
}
```
Needs to determine domain/owner from the existing meta DB or workspace path. The meta DB could store the domain and owner as metadata, or the workspace path encodes it (`.../github.com/octocat/`). The workspace path approach is simpler and requires no extra metadata table.
**File: `/Users/andrew/code/git-pkgs/orgs/cmd/list.go`**
Shows tracked repos with summary stats. Reads from meta DB. Columns: name, language, deps count, ecosystems, last synced, archived/fork flags.
**File: `/Users/andrew/code/git-pkgs/orgs/cmd/stats.go`**
Aggregated statistics across the org. Queries the meta DB:
- Total repos tracked
- Total dependencies (count of `repo_dependencies`)
- Unique dependencies (count distinct by name+ecosystem)
- Ecosystem breakdown
- Shared dependencies (packages used by 2+ repos)
- Top N most shared packages
Format support: `--format text|json`.
**File: `/Users/andrew/code/git-pkgs/orgs/cmd/search.go`**
```go
func addSearchCmd(parent *cobra.Command) {
searchCmd := &cobra.Command{
Use: "search ",
Short: "Find which repos use a given package",
Args: cobra.ExactArgs(1),
RunE: runSearch,
}
searchCmd.Flags().StringP("ecosystem", "e", "", "Filter by ecosystem")
parent.AddCommand(searchCmd)
}
```
Queries `repo_dependencies` WHERE name LIKE pattern, joins with `repos` to show repo name, version used, manifest path.
### 2F. Tests
**File: `/Users/andrew/code/git-pkgs/orgs/store/store_test.go`**
Test the store package with in-memory SQLite (`:memory:`). Test schema creation, repo upsert, dependency replacement, search queries, aggregate stats.
**File: `/Users/andrew/code/git-pkgs/orgs/sync/pkgsdb_test.go`**
Create a temporary SQLite file with the pkgs v7 schema, insert test data, verify `ReadLatestDependencies` returns correct results.
**File: `/Users/andrew/code/git-pkgs/orgs/sync/sync_test.go`**
Test the sync engine with a mock forges client. The forges `Forge` interface can be mocked. Git clone and `git pkgs init` calls are harder to test -- consider extracting an interface for the git/exec operations:
```go
type GitRunner interface {
Clone(ctx context.Context, url, dest string) error
Pull(ctx context.Context, dir string) error
PkgsInit(ctx context.Context, dir string) error
}
```
This allows injecting a mock during tests.
**File: `/Users/andrew/code/git-pkgs/orgs/cmd/*_test.go`**
Cobra command tests following the git-pkgs pattern -- create the command, set args, capture output, verify.
### 2G. Implementation order
Within Part 2, the order should be:
1. `workspace/workspace.go` -- directory layout, simple, no dependencies
2. `store/store.go` + `store/schema.go` -- meta DB, needed by everything else
3. `store/queries.go` -- query methods, can be tested independently
4. `sync/pkgsdb.go` -- reading per-repo DBs, can be tested independently
5. `sync/sync.go` -- orchestrator, depends on store and workspace
6. `cmd/root.go` -- CLI skeleton
7. `cmd/init.go` -- first usable command
8. `cmd/sync.go`, `cmd/list.go`, `cmd/stats.go`, `cmd/search.go` -- remaining commands
### 2H. Potential issues and decisions
**Shallow clones:** Using `--depth=1` keeps disk usage low but means `git pkgs init` only sees HEAD. This is fine for the "current dependencies" use case. Full history analysis would need a full clone, which could be added as an option later. The `--since` flag on `git pkgs init` could be used with a recent date as a middle ground.
**Concurrency:** Initial clone+index of many repos could be parallelized. A semaphore pattern with `N` workers (default 4) would speed up init significantly. The meta DB writes should be serialized. This can be deferred to a follow-up.
**Binary name:** `git-orgs` as the binary name means it can also be invoked as `git orgs` (git's subcommand discovery). This matches the `git-pkgs` / `git pkgs` convention.
**Schema versioning:** The meta DB should have `schema_info` with a version, same pattern as pkgs.sqlite3. Start at version 1.
**pkgs.sqlite3 schema compatibility:** The orgs tool reads pkgs.sqlite3 files created by git-pkgs. If git-pkgs bumps its schema version, the orgs tool's raw SQL queries might break. Document the expected schema version (v7) in a constant, and check it when opening each repo's DB. If the version doesn't match, skip with a warning or error.
---
## Full file inventory
### forges changes (Part 1)
1. `/Users/andrew/code/git-pkgs/forges/types.go` -- Add `ListOptions`, `ArchivedFilter`, `ForkFilter`
2. `/Users/andrew/code/git-pkgs/forges/forges.go` -- Extend `Forge` interface, add `Client.ListRepositories`, add `ErrOwnerNotFound`
3. `/Users/andrew/code/git-pkgs/forges/github.go` -- Add `ListRepositories`, extract `convertGitHubRepo`
4. `/Users/andrew/code/git-pkgs/forges/gitlab.go` -- Add `ListRepositories`, extract `convertGitLabProject`
5. `/Users/andrew/code/git-pkgs/forges/gitea.go` -- Add `ListRepositories`, extract `convertGiteaRepo`
6. `/Users/andrew/code/git-pkgs/forges/bitbucket.go` -- Add `ListRepositories`, add `bbReposResponse`, extract `convertBitbucketRepo`
7. `/Users/andrew/code/git-pkgs/forges/github_test.go` -- Add `TestGitHubListRepositories`, `TestGitHubListRepositoriesFallbackToUser`
8. `/Users/andrew/code/git-pkgs/forges/gitlab_test.go` -- Add `TestGitLabListRepositories`, fallback test
9. `/Users/andrew/code/git-pkgs/forges/gitea_test.go` -- Add `TestGiteaListRepositories`, fallback test
10. `/Users/andrew/code/git-pkgs/forges/bitbucket_test.go` -- Add `TestBitbucketListRepositories`, pagination test
11. `/Users/andrew/code/git-pkgs/forges/forges_test.go` -- Update `mockForge`, add `TestClientListRepositories`
### orgs new files (Part 2)
1. `/Users/andrew/code/git-pkgs/orgs/go.mod`
2. `/Users/andrew/code/git-pkgs/orgs/main.go`
3. `/Users/andrew/code/git-pkgs/orgs/workspace/workspace.go`
4. `/Users/andrew/code/git-pkgs/orgs/store/store.go`
5. `/Users/andrew/code/git-pkgs/orgs/store/schema.go`
6. `/Users/andrew/code/git-pkgs/orgs/store/queries.go`
7. `/Users/andrew/code/git-pkgs/orgs/store/store_test.go`
8. `/Users/andrew/code/git-pkgs/orgs/sync/pkgsdb.go`
9. `/Users/andrew/code/git-pkgs/orgs/sync/pkgsdb_test.go`
10. `/Users/andrew/code/git-pkgs/orgs/sync/sync.go`
11. `/Users/andrew/code/git-pkgs/orgs/sync/sync_test.go`
12. `/Users/andrew/code/git-pkgs/orgs/cmd/root.go`
13. `/Users/andrew/code/git-pkgs/orgs/cmd/init.go`
14. `/Users/andrew/code/git-pkgs/orgs/cmd/sync.go`
15. `/Users/andrew/code/git-pkgs/orgs/cmd/list.go`
16. `/Users/andrew/code/git-pkgs/orgs/cmd/stats.go`
17. `/Users/andrew/code/git-pkgs/orgs/cmd/search.go`
### Critical Files for Implementation
- `/Users/andrew/code/git-pkgs/forges/forges.go` - Central interface definition that all backends must implement; adding ListRepositories here drives all other forges changes
- `/Users/andrew/code/git-pkgs/forges/github.go` - Reference implementation for ListRepositories with the org/user fallback pattern; other backends follow the same structure
- `/Users/andrew/code/git-pkgs/orgs/store/queries.go` - All org-level aggregate queries live here; this is where the cross-repo insights actually get computed
- `/Users/andrew/code/git-pkgs/orgs/sync/sync.go` - The orchestrator that ties forges, git operations, pkgs DB reading, and meta DB writing together
- `/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go` - Reference for the `GetLatestDependencies` query that the orgs tool must replicate via raw SQL against each repo's pkgs.sqlite3
agentId: a0b1bc3 (for resuming to continue this agent's work if needed)
total_tokens: 107256
tool_uses: 30
duration_ms: 155964
```
## Assistant
## Assistant
Let me verify a few details about the pkgs database schema and the dependency query before finalizing the plan.
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go",
"limit": 80,
"offset": 290
}
```
## Assistant
**Result** (success):
```
290→ var snapshotCommitID int64
291→ err = db.QueryRow(`
292→ SELECT ds.commit_id
293→ FROM dependency_snapshots ds
294→ JOIN branch_commits bc ON bc.commit_id = ds.commit_id
295→ JOIN branch_commits target_bc ON target_bc.commit_id = ?
296→ WHERE bc.branch_id = ? AND bc.position <= target_bc.position
297→ GROUP BY ds.commit_id
298→ ORDER BY bc.position DESC
299→ LIMIT 1
300→ `, commitID, branchID).Scan(&snapshotCommitID)
301→ if err == sql.ErrNoRows {
302→ return nil, nil
303→ }
304→ if err != nil {
305→ return nil, err
306→ }
307→
308→ return db.getDependenciesForCommitID(snapshotCommitID)
309→}
310→
311→func (db *DB) GetLatestDependencies(branchID int64) ([]Dependency, error) {
312→ // Get the most recent snapshot for this branch
313→ var commitID int64
314→ err := db.QueryRow(`
315→ SELECT ds.commit_id
316→ FROM dependency_snapshots ds
317→ JOIN branch_commits bc ON bc.commit_id = ds.commit_id
318→ WHERE bc.branch_id = ?
319→ ORDER BY bc.position DESC
320→ LIMIT 1
321→ `, branchID).Scan(&commitID)
322→ if err == sql.ErrNoRows {
323→ return nil, nil
324→ }
325→ if err != nil {
326→ return nil, err
327→ }
328→
329→ return db.getDependenciesForCommitID(commitID)
330→}
331→
332→func (db *DB) getDependenciesForCommitID(commitID int64) ([]Dependency, error) {
333→ rows, err := db.Query(`
334→ SELECT ds.name, ds.ecosystem, ds.purl, ds.requirement, ds.dependency_type, ds.integrity, m.path, m.kind
335→ FROM dependency_snapshots ds
336→ JOIN manifests m ON m.id = ds.manifest_id
337→ WHERE ds.commit_id = ? AND ds.name != '_EMPTY_MARKER_'
338→ ORDER BY m.path, ds.name
339→ `, commitID)
340→ if err != nil {
341→ return nil, err
342→ }
343→ defer func() { _ = rows.Close() }()
344→
345→ var deps []Dependency
346→ for rows.Next() {
347→ var d Dependency
348→ var ecosystem, purl, requirement, depType, integrity, kind sql.NullString
349→
350→ if err := rows.Scan(&d.Name, &ecosystem, &purl, &requirement, &depType, &integrity, &d.ManifestPath, &kind); err != nil {
351→ return nil, err
352→ }
353→
354→ if ecosystem.Valid {
355→ d.Ecosystem = ecosystem.String
356→ }
357→ if purl.Valid {
358→ d.PURL = purl.String
359→ }
360→ if requirement.Valid {
361→ d.Requirement = requirement.String
362→ }
363→ if depType.Valid {
364→ d.DependencyType = depType.String
365→ }
366→ if integrity.Valid {
367→ d.Integrity = integrity.String
368→ }
369→ if kind.Valid {
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
### Tool: Read
**Args:**
```json
{
"file_path": "/Users/andrew/code/git-pkgs/git-pkgs/internal/database/schema.go"
}
```
## Assistant
**Result** (success):
```
1→package database
2→
3→import "fmt"
4→
5→func (db *DB) CreateSchema() error {
6→ if err := db.OptimizeForBulkWrites(); err != nil {
7→ return err
8→ }
9→
10→ schema := `
11→ CREATE TABLE IF NOT EXISTS schema_info (
12→ version INTEGER NOT NULL
13→ );
14→
15→ CREATE TABLE IF NOT EXISTS branches (
16→ id INTEGER PRIMARY KEY,
17→ name TEXT NOT NULL,
18→ last_analyzed_sha TEXT,
19→ created_at DATETIME,
20→ updated_at DATETIME
21→ );
22→ CREATE UNIQUE INDEX IF NOT EXISTS idx_branches_name ON branches(name);
23→
24→ CREATE TABLE IF NOT EXISTS commits (
25→ id INTEGER PRIMARY KEY,
26→ sha TEXT NOT NULL,
27→ message TEXT,
28→ author_name TEXT,
29→ author_email TEXT,
30→ committed_at DATETIME,
31→ has_dependency_changes INTEGER DEFAULT 0,
32→ created_at DATETIME,
33→ updated_at DATETIME
34→ );
35→ CREATE UNIQUE INDEX IF NOT EXISTS idx_commits_sha ON commits(sha);
36→
37→ CREATE TABLE IF NOT EXISTS branch_commits (
38→ id INTEGER PRIMARY KEY,
39→ branch_id INTEGER REFERENCES branches(id),
40→ commit_id INTEGER REFERENCES commits(id),
41→ position INTEGER
42→ );
43→ CREATE UNIQUE INDEX IF NOT EXISTS idx_branch_commits_unique ON branch_commits(branch_id, commit_id);
44→ CREATE INDEX IF NOT EXISTS idx_branch_commits_position ON branch_commits(branch_id, position DESC);
45→
46→ CREATE TABLE IF NOT EXISTS manifests (
47→ id INTEGER PRIMARY KEY,
48→ path TEXT NOT NULL,
49→ ecosystem TEXT,
50→ kind TEXT,
51→ created_at DATETIME,
52→ updated_at DATETIME
53→ );
54→ CREATE INDEX IF NOT EXISTS idx_manifests_path ON manifests(path);
55→
56→ CREATE TABLE IF NOT EXISTS dependency_changes (
57→ id INTEGER PRIMARY KEY,
58→ commit_id INTEGER REFERENCES commits(id),
59→ manifest_id INTEGER REFERENCES manifests(id),
60→ name TEXT NOT NULL,
61→ ecosystem TEXT,
62→ purl TEXT,
63→ change_type TEXT NOT NULL,
64→ requirement TEXT,
65→ previous_requirement TEXT,
66→ dependency_type TEXT,
67→ created_at DATETIME,
68→ updated_at DATETIME
69→ );
70→ CREATE INDEX IF NOT EXISTS idx_dependency_changes_name ON dependency_changes(name);
71→ CREATE INDEX IF NOT EXISTS idx_dependency_changes_ecosystem ON dependency_changes(ecosystem);
72→ CREATE INDEX IF NOT EXISTS idx_dependency_changes_purl ON dependency_changes(purl);
73→ CREATE INDEX IF NOT EXISTS idx_dependency_changes_commit_name ON dependency_changes(commit_id, name);
74→
75→ CREATE TABLE IF NOT EXISTS dependency_snapshots (
76→ id INTEGER PRIMARY KEY,
77→ commit_id INTEGER REFERENCES commits(id),
78→ manifest_id INTEGER REFERENCES manifests(id),
79→ name TEXT NOT NULL,
80→ ecosystem TEXT,
81→ purl TEXT,
82→ requirement TEXT,
83→ dependency_type TEXT,
84→ integrity TEXT,
85→ created_at DATETIME,
86→ updated_at DATETIME
87→ );
88→ CREATE UNIQUE INDEX IF NOT EXISTS idx_snapshots_unique ON dependency_snapshots(commit_id, manifest_id, name, requirement);
89→ CREATE INDEX IF NOT EXISTS idx_dependency_snapshots_name ON dependency_snapshots(name);
90→ CREATE INDEX IF NOT EXISTS idx_dependency_snapshots_ecosystem ON dependency_snapshots(ecosystem);
91→ CREATE INDEX IF NOT EXISTS idx_dependency_snapshots_purl ON dependency_snapshots(purl);
92→
93→ CREATE TABLE IF NOT EXISTS packages (
94→ id INTEGER PRIMARY KEY,
95→ purl TEXT NOT NULL,
96→ ecosystem TEXT NOT NULL,
97→ name TEXT NOT NULL,
98→ latest_version TEXT,
99→ license TEXT,
100→ description TEXT,
101→ homepage TEXT,
102→ repository_url TEXT,
103→ registry_url TEXT,
104→ supplier_name TEXT,
105→ supplier_type TEXT,
106→ source TEXT,
107→ enriched_at DATETIME,
108→ vulns_synced_at DATETIME,
109→ created_at DATETIME,
110→ updated_at DATETIME
111→ );
112→ CREATE UNIQUE INDEX IF NOT EXISTS idx_packages_purl ON packages(purl);
113→ CREATE INDEX IF NOT EXISTS idx_packages_ecosystem_name ON packages(ecosystem, name);
114→
115→ CREATE TABLE IF NOT EXISTS versions (
116→ id INTEGER PRIMARY KEY,
117→ purl TEXT NOT NULL,
118→ package_purl TEXT NOT NULL,
119→ license TEXT,
120→ published_at DATETIME,
121→ integrity TEXT,
122→ source TEXT,
123→ enriched_at DATETIME,
124→ created_at DATETIME,
125→ updated_at DATETIME
126→ );
127→ CREATE UNIQUE INDEX IF NOT EXISTS idx_versions_purl ON versions(purl);
128→ CREATE INDEX IF NOT EXISTS idx_versions_package_purl ON versions(package_purl);
129→
130→ CREATE TABLE IF NOT EXISTS vulnerabilities (
131→ id TEXT PRIMARY KEY,
132→ aliases TEXT,
133→ severity TEXT,
134→ cvss_score REAL,
135→ cvss_vector TEXT,
136→ refs TEXT,
137→ summary TEXT,
138→ details TEXT,
139→ published_at DATETIME,
140→ withdrawn_at DATETIME,
141→ modified_at DATETIME,
142→ fetched_at DATETIME NOT NULL
143→ );
144→
145→ CREATE TABLE IF NOT EXISTS vulnerability_packages (
146→ id INTEGER PRIMARY KEY,
147→ vulnerability_id TEXT NOT NULL REFERENCES vulnerabilities(id),
148→ ecosystem TEXT NOT NULL,
149→ package_name TEXT NOT NULL,
150→ affected_versions TEXT,
151→ fixed_versions TEXT
152→ );
153→ CREATE INDEX IF NOT EXISTS idx_vuln_packages_ecosystem_name ON vulnerability_packages(ecosystem, package_name);
154→ CREATE INDEX IF NOT EXISTS idx_vuln_packages_vuln_id ON vulnerability_packages(vulnerability_id);
155→ CREATE UNIQUE INDEX IF NOT EXISTS idx_vuln_packages_unique ON vulnerability_packages(vulnerability_id, ecosystem, package_name);
156→ `
157→
158→ if _, err := db.Exec(schema); err != nil {
159→ return fmt.Errorf("executing schema: %w", err)
160→ }
161→
162→ if _, err := db.Exec("INSERT INTO schema_info (version) VALUES (?)", SchemaVersion); err != nil {
163→ return fmt.Errorf("setting schema version: %w", err)
164→ }
165→
166→ return db.OptimizeForReads()
167→}
168→
169→func (db *DB) SchemaVersion() (int, error) {
170→ var version int
171→ err := db.QueryRow("SELECT version FROM schema_info LIMIT 1").Scan(&version)
172→ if err != nil {
173→ return 0, err
174→ }
175→ return version, nil
176→}
177→
Whenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.
```
## Assistant
Good. I have everything I need. Let me also check one thing -- the SchemaVersion constant.
## Assistant
### Tool: Grep
**Args:**
```json
{
"output_mode": "content",
"path": "/Users/andrew/code/git-pkgs/git-pkgs/internal/database",
"pattern": "SchemaVersion\\s*="
}
```
## Assistant
**Result** (success):
```
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/queries.go:636: info.SchemaVersion = version
/Users/andrew/code/git-pkgs/git-pkgs/internal/database/database.go:11:const SchemaVersion = 7
```
## Assistant
Now let me write the plan.
## Assistant
### Tool: Write
**Args:**
```json
{
"content": "# Plan: Org-level dependency aggregation using forges\n\n## Context\n\ngit-pkgs indexes dependencies per-repository. The forges module fetches repo metadata from GitHub/GitLab/Gitea/Bitbucket but has no way to list all repos for an org. The goal is to add org listing to forges, then build a CLI tool (`git-orgs`) in this repo that uses it to clone, index, and aggregate dependency stats across an entire org.\n\nTwo workstreams, done in order: forges changes first (they're a dependency), then the orgs CLI.\n\n## Part 1: Add ListRepositories to forges\n\nAll changes in `/Users/andrew/code/git-pkgs/forges/`.\n\n### types.go -- add ListOptions\n\n```go\ntype ArchivedFilter int\nconst (\n ArchivedInclude ArchivedFilter = iota\n ArchivedExclude\n ArchivedOnly\n)\n\ntype ForkFilter int\nconst (\n ForkInclude ForkFilter = iota\n ForkExclude\n ForkOnly\n)\n\ntype ListOptions struct {\n Archived ArchivedFilter\n Forks ForkFilter\n PerPage int\n}\n```\n\nTyped constants rather than booleans so \"only archived\" and \"only forks\" queries are possible without future API churn.\n\n### forges.go -- extend interface\n\nAdd `ListRepositories` to the `Forge` interface:\n\n```go\ntype Forge interface {\n FetchRepository(ctx context.Context, owner, repo string) (*Repository, error)\n FetchTags(ctx context.Context, owner, repo string) ([]Tag, error)\n ListRepositories(ctx context.Context, owner string, opts ListOptions) ([]Repository, error)\n}\n```\n\nAdd `ErrOwnerNotFound` sentinel. Add `Client.ListRepositories(ctx, domain, owner, opts)` that routes to the right backend.\n\n### Each backend (github.go, gitlab.go, gitea.go, bitbucket.go)\n\nEach gets a `ListRepositories` method and an extracted `convertXxxRepo` helper (the field-mapping code from `FetchRepository` gets pulled into a shared helper so both methods use it).\n\n**Org/user fallback:** GitHub, GitLab, and Gitea distinguish orgs from users. Each implementation tries the org endpoint first, falls back to the user endpoint on 404. Bitbucket uses a single endpoint for both.\n\n- **GitHub:** `client.Repositories.ListByOrg` then `ListByUser`\n- **GitLab:** `client.Groups.ListGroupProjects` then `client.Projects.ListUserProjects`\n- **Gitea:** `client.ListOrgRepos` then `client.ListUserRepos`\n- **Bitbucket:** `GET /2.0/repositories/{owner}` (works for both)\n\nClient-side filtering for Archived/Forks after fetch, for consistency across backends.\n\n### Tests\n\nEach backend test file gets `TestXxxListRepositories` and a fallback test. Uses existing httptest patterns. Update `mockForge` in forges_test.go. Add `TestClientListRepositories`.\n\n## Part 2: Build orgs CLI\n\nAll new files in `/Users/andrew/code/git-pkgs/orgs/`.\n\n### Module and entry point\n\n- `go.mod` -- `github.com/git-pkgs/orgs`, depends on `forges`, `cobra`, `modernc.org/sqlite`\n- `main.go` -- calls `cmd.Execute()`\n\n### workspace/ -- data directory layout\n\n```\n~/.local/share/git-orgs///\n orgs.sqlite3\n repos/\n repo-a/\n repo-b/\n```\n\n`workspace.go` provides `Dir()`, `MetaDBPath()`, `RepoDir()`. Respects `$XDG_DATA_HOME`.\n\n### store/ -- meta database\n\n**Schema (v1):**\n\n```sql\nrepos (id, full_name, owner, name, html_url, language, default_branch,\n archived, fork, clone_path, last_synced_at, created_at, updated_at)\n\nrepo_dependencies (id, repo_id, name, ecosystem, version, purl,\n dependency_type, manifest_path)\n```\n\n`repo_dependencies` is a denormalized copy of each repo's latest dependency snapshot. Gets fully replaced on each sync.\n\n**Key queries in queries.go:**\n- `UpsertRepo` / `ListRepos` / `GetRepo`\n- `ReplaceRepoDependencies(repoID, deps)` -- delete + insert in transaction\n- `SearchByPackage(name)` -- which repos use a given package\n- `AggregateStats()` -- total repos, total deps, unique deps, ecosystem breakdown\n- `SharedDependencies(minRepos)` -- packages used by N+ repos\n\n### sync/ -- orchestration\n\n**pkgsdb.go** -- reads a per-repo `.git/pkgs.sqlite3` directly with raw SQL. The query replicates `GetLatestDependencies` from `git-pkgs/internal/database/queries.go:311`:\n\n```sql\n-- Find latest snapshot commit for the default branch\nSELECT ds.commit_id FROM dependency_snapshots ds\nJOIN branch_commits bc ON bc.commit_id = ds.commit_id\nWHERE bc.branch_id = (SELECT id FROM branches ORDER BY id LIMIT 1)\nORDER BY bc.position DESC LIMIT 1\n\n-- Then get all deps at that commit\nSELECT ds.name, ds.ecosystem, ds.purl, ds.requirement, ds.dependency_type, m.path\nFROM dependency_snapshots ds\nJOIN manifests m ON m.id = ds.manifest_id\nWHERE ds.commit_id = ? AND ds.name != '_EMPTY_MARKER_'\nORDER BY m.path, ds.name\n```\n\nChecks schema version == 7 on open. Skips with warning if mismatched.\n\n**sync.go** -- the Engine type that ties forges, git, and the meta DB together.\n\nInit workflow:\n1. Create forges client with token\n2. `ListRepositories` to get all repos for the org\n3. For each repo: insert into meta DB, `git clone --depth=1`, `git pkgs init`, read pkgs.sqlite3, sync deps to meta DB\n4. Progress output to stdout\n\nExtracts a `GitRunner` interface for testability:\n```go\ntype GitRunner interface {\n Clone(ctx context.Context, url, dest string) error\n Pull(ctx context.Context, dir string) error\n PkgsInit(ctx context.Context, dir string) error\n}\n```\n\n### cmd/ -- CLI commands\n\n- `root.go` -- persistent flags: `--domain` (default github.com), `--token`\n- `init ` -- list repos, clone, index, sync. Flags: `--include-archived`, `--include-forks`\n- `sync` -- re-fetch repo list, pull updates, re-index, refresh meta DB\n- `list` -- show tracked repos with dep counts, language, last synced\n- `stats` -- org-level aggregates: total/unique deps, ecosystem breakdown, shared deps\n- `search ` -- which repos use a package. Flag: `--ecosystem`\n\nToken resolution: `--token` flag, then env vars (`GITHUB_TOKEN`/`GH_TOKEN`, `GITLAB_TOKEN`, etc.).\n\n### Tests\n\n- `store/store_test.go` -- in-memory SQLite, test schema, upsert, queries, aggregation\n- `sync/pkgsdb_test.go` -- create temp pkgs.sqlite3 with v7 schema, insert test data, verify reads\n- `sync/sync_test.go` -- mock GitRunner and forges.Forge, test the orchestration logic\n- `cmd/*_test.go` -- cobra command tests\n\n## Implementation order\n\n1. forges: types.go (ListOptions)\n2. forges: forges.go (interface, Client method, ErrOwnerNotFound)\n3. forges: github.go (ListRepositories + convertGitHubRepo helper)\n4. forges: github_test.go\n5. forges: gitlab.go, gitea.go, bitbucket.go (same pattern)\n6. forges: remaining test files, forges_test.go mock update\n7. orgs: go.mod, main.go\n8. orgs: workspace/workspace.go\n9. orgs: store/ (store.go, schema.go, queries.go, store_test.go)\n10. orgs: sync/pkgsdb.go + pkgsdb_test.go\n11. orgs: sync/sync.go + sync_test.go\n12. orgs: cmd/ (root, init, sync, list, stats, search)\n\n## Verification\n\n- `cd /Users/andrew/code/git-pkgs/forges && go test ./...` -- all existing + new tests pass\n- `cd /Users/andrew/code/git-pkgs/orgs && go test ./...` -- all new tests pass\n- Manual: `go build -o git-orgs . && ./git-orgs init git-pkgs --domain github.com` -- lists git-pkgs org repos, clones, indexes, shows progress\n- Manual: `./git-orgs stats` -- shows aggregated dep stats\n- Manual: `./git-orgs search cobra` -- shows which repos use cobra\n",
"file_path": "/Users/andrew/.claude/plans/prancy-sprouting-zebra.md"
}
```
## Assistant
**Result** (success):
```
File created successfully at: /Users/andrew/.claude/plans/prancy-sprouting-zebra.md
```
## Assistant
### Tool: ExitPlanMode
**Args:**
```json
{
"plan": "# Plan: Org-level dependency aggregation using forges\n\n## Context\n\ngit-pkgs indexes dependencies per-repository. The forges module fetches repo metadata from GitHub/GitLab/Gitea/Bitbucket but has no way to list all repos for an org. The goal is to add org listing to forges, then build a CLI tool (`git-orgs`) in this repo that uses it to clone, index, and aggregate dependency stats across an entire org.\n\nTwo workstreams, done in order: forges changes first (they're a dependency), then the orgs CLI.\n\n## Part 1: Add ListRepositories to forges\n\nAll changes in `/Users/andrew/code/git-pkgs/forges/`.\n\n### types.go -- add ListOptions\n\n```go\ntype ArchivedFilter int\nconst (\n ArchivedInclude ArchivedFilter = iota\n ArchivedExclude\n ArchivedOnly\n)\n\ntype ForkFilter int\nconst (\n ForkInclude ForkFilter = iota\n ForkExclude\n ForkOnly\n)\n\ntype ListOptions struct {\n Archived ArchivedFilter\n Forks ForkFilter\n PerPage int\n}\n```\n\nTyped constants rather than booleans so \"only archived\" and \"only forks\" queries are possible without future API churn.\n\n### forges.go -- extend interface\n\nAdd `ListRepositories` to the `Forge` interface:\n\n```go\ntype Forge interface {\n FetchRepository(ctx context.Context, owner, repo string) (*Repository, error)\n FetchTags(ctx context.Context, owner, repo string) ([]Tag, error)\n ListRepositories(ctx context.Context, owner string, opts ListOptions) ([]Repository, error)\n}\n```\n\nAdd `ErrOwnerNotFound` sentinel. Add `Client.ListRepositories(ctx, domain, owner, opts)` that routes to the right backend.\n\n### Each backend (github.go, gitlab.go, gitea.go, bitbucket.go)\n\nEach gets a `ListRepositories` method and an extracted `convertXxxRepo` helper (the field-mapping code from `FetchRepository` gets pulled into a shared helper so both methods use it).\n\n**Org/user fallback:** GitHub, GitLab, and Gitea distinguish orgs from users. Each implementation tries the org endpoint first, falls back to the user endpoint on 404. Bitbucket uses a single endpoint for both.\n\n- **GitHub:** `client.Repositories.ListByOrg` then `ListByUser`\n- **GitLab:** `client.Groups.ListGroupProjects` then `client.Projects.ListUserProjects`\n- **Gitea:** `client.ListOrgRepos` then `client.ListUserRepos`\n- **Bitbucket:** `GET /2.0/repositories/{owner}` (works for both)\n\nClient-side filtering for Archived/Forks after fetch, for consistency across backends.\n\n### Tests\n\nEach backend test file gets `TestXxxListRepositories` and a fallback test. Uses existing httptest patterns. Update `mockForge` in forges_test.go. Add `TestClientListRepositories`.\n\n## Part 2: Build orgs CLI\n\nAll new files in `/Users/andrew/code/git-pkgs/orgs/`.\n\n### Module and entry point\n\n- `go.mod` -- `github.com/git-pkgs/orgs`, depends on `forges`, `cobra`, `modernc.org/sqlite`\n- `main.go` -- calls `cmd.Execute()`\n\n### workspace/ -- data directory layout\n\n```\n~/.local/share/git-orgs///\n orgs.sqlite3\n repos/\n repo-a/\n repo-b/\n```\n\n`workspace.go` provides `Dir()`, `MetaDBPath()`, `RepoDir()`. Respects `$XDG_DATA_HOME`.\n\n### store/ -- meta database\n\n**Schema (v1):**\n\n```sql\nrepos (id, full_name, owner, name, html_url, language, default_branch,\n archived, fork, clone_path, last_synced_at, created_at, updated_at)\n\nrepo_dependencies (id, repo_id, name, ecosystem, version, purl,\n dependency_type, manifest_path)\n```\n\n`repo_dependencies` is a denormalized copy of each repo's latest dependency snapshot. Gets fully replaced on each sync.\n\n**Key queries in queries.go:**\n- `UpsertRepo` / `ListRepos` / `GetRepo`\n- `ReplaceRepoDependencies(repoID, deps)` -- delete + insert in transaction\n- `SearchByPackage(name)` -- which repos use a given package\n- `AggregateStats()` -- total repos, total deps, unique deps, ecosystem breakdown\n- `SharedDependencies(minRepos)` -- packages used by N+ repos\n\n### sync/ -- orchestration\n\n**pkgsdb.go** -- reads a per-repo `.git/pkgs.sqlite3` directly with raw SQL. The query replicates `GetLatestDependencies` from `git-pkgs/internal/database/queries.go:311`:\n\n```sql\n-- Find latest snapshot commit for the default branch\nSELECT ds.commit_id FROM dependency_snapshots ds\nJOIN branch_commits bc ON bc.commit_id = ds.commit_id\nWHERE bc.branch_id = (SELECT id FROM branches ORDER BY id LIMIT 1)\nORDER BY bc.position DESC LIMIT 1\n\n-- Then get all deps at that commit\nSELECT ds.name, ds.ecosystem, ds.purl, ds.requirement, ds.dependency_type, m.path\nFROM dependency_snapshots ds\nJOIN manifests m ON m.id = ds.manifest_id\nWHERE ds.commit_id = ? AND ds.name != '_EMPTY_MARKER_'\nORDER BY m.path, ds.name\n```\n\nChecks schema version == 7 on open. Skips with warning if mismatched.\n\n**sync.go** -- the Engine type that ties forges, git, and the meta DB together.\n\nInit workflow:\n1. Create forges client with token\n2. `ListRepositories` to get all repos for the org\n3. For each repo: insert into meta DB, `git clone --depth=1`, `git pkgs init`, read pkgs.sqlite3, sync deps to meta DB\n4. Progress output to stdout\n\nExtracts a `GitRunner` interface for testability:\n```go\ntype GitRunner interface {\n Clone(ctx context.Context, url, dest string) error\n Pull(ctx context.Context, dir string) error\n PkgsInit(ctx context.Context, dir string) error\n}\n```\n\n### cmd/ -- CLI commands\n\n- `root.go` -- persistent flags: `--domain` (default github.com), `--token`\n- `init ` -- list repos, clone, index, sync. Flags: `--include-archived`, `--include-forks`\n- `sync` -- re-fetch repo list, pull updates, re-index, refresh meta DB\n- `list` -- show tracked repos with dep counts, language, last synced\n- `stats` -- org-level aggregates: total/unique deps, ecosystem breakdown, shared deps\n- `search ` -- which repos use a package. Flag: `--ecosystem`\n\nToken resolution: `--token` flag, then env vars (`GITHUB_TOKEN`/`GH_TOKEN`, `GITLAB_TOKEN`, etc.).\n\n### Tests\n\n- `store/store_test.go` -- in-memory SQLite, test schema, upsert, queries, aggregation\n- `sync/pkgsdb_test.go` -- create temp pkgs.sqlite3 with v7 schema, insert test data, verify reads\n- `sync/sync_test.go` -- mock GitRunner and forges.Forge, test the orchestration logic\n- `cmd/*_test.go` -- cobra command tests\n\n## Implementation order\n\n1. forges: types.go (ListOptions)\n2. forges: forges.go (interface, Client method, ErrOwnerNotFound)\n3. forges: github.go (ListRepositories + convertGitHubRepo helper)\n4. forges: github_test.go\n5. forges: gitlab.go, gitea.go, bitbucket.go (same pattern)\n6. forges: remaining test files, forges_test.go mock update\n7. orgs: go.mod, main.go\n8. orgs: workspace/workspace.go\n9. orgs: store/ (store.go, schema.go, queries.go, store_test.go)\n10. orgs: sync/pkgsdb.go + pkgsdb_test.go\n11. orgs: sync/sync.go + sync_test.go\n12. orgs: cmd/ (root, init, sync, list, stats, search)\n\n## Verification\n\n- `cd /Users/andrew/code/git-pkgs/forges && go test ./...` -- all existing + new tests pass\n- `cd /Users/andrew/code/git-pkgs/orgs && go test ./...` -- all new tests pass\n- Manual: `go build -o git-orgs . && ./git-orgs init git-pkgs --domain github.com` -- lists git-pkgs org repos, clones, indexes, shows progress\n- Manual: `./git-orgs stats` -- shows aggregated dep stats\n- Manual: `./git-orgs search cobra` -- shows which repos use cobra\n"
}
```
## Assistant
**Result** (error):
```
The user doesn't want to proceed with this tool use. The tool use was rejected (eg. if it was a file edit, the new_string was NOT written to the file). STOP what you are doing and wait for the user to tell you how to proceed.
```