Validation tooling / Active local tooling
Finch Standards
Local projects drift when their rules live only in memory. Finch Standards makes project contracts, repository expectations, validation entrypoints, and public-claim boundaries explicit.
I built shell-based standards and validation workflows for required files, local-only remote policy, shell syntax, JSON templates, project-summary checks, issue memory, and SHA-tracked provenance.
Validation toolkit
Finch Standards
Project standards are enforced through local checks and source records.
- Role
- Sole developer
- Focus
- Standards design and validation scripting
- Maturity
- Active local tooling
- Access
- Local-only
- Technologies
- Shell
- Git
- Last reviewed
- Jul 2026
The problem
What the project had to handle
The nontrivial part is keeping the checks useful without turning them into ceremony. A standards layer has to catch missing structure, unsafe remotes, invalid templates, and unsupported claims while still fitting normal project work.
Finch Standards is local tooling for my projects. It is not a hosted app, public package, external compliance framework, or security certification.
Key decisions
The shape of the build
Make project contracts explicit
Required files, profile rules, local docs, and templates define what each Finch project should carry.
New and existing projects can be checked against shared expectations instead of relying on memory.
Keep remotes local-only
Validation checks for network Git remotes and preserves the local-only project boundary.
That keeps private or experimental work from accidentally drifting into public-source assumptions.
Track provenance
Bundles, commit hashes, SHA256 manifests, and validation results connect claims to source states.
A project can later show which source state produced a claim, bundle, or validation result.
How it works
End-to-end flow
Finch Standards provides profile files, templates, docs, and scripts that local projects can run. The checks inspect required documentation, project metadata, Git remote policy, shell syntax, JSON templates, public-summary structure, and output provenance.
01
Define the contract
Project profiles and templates describe required files, docs, and policy expectations.
02
Run local checks
Validation entrypoints check repo structure, remote policy, syntax, templates, and documentation.
03
Preserve the source state
Bundle manifests, commit hashes, SHA256 values, and validation notes make handoff and review traceable.
What I implemented
The working surface
Standards profile
- Codified required project files, docs, profiles, and templates.
- Documented local-only Git policy and project contract expectations.
- Added issue-memory and decision-record patterns.
Validation tooling
- Implemented required-file, remote-policy, shell-syntax, and JSON-template checks.
- Added profile-based validation entrypoints for local project use.
- Checked public-summary structure where projects adopt it.
Provenance
- Tracked Git bundle paths, commit hashes, and SHA256 manifests.
- Recorded validation results alongside generated output packets.
- Kept public representation tied to source-backed project claims.
Validation
Checks and evidence
make check passed
`make check` passed for the Finch Standards project surface.
Local standards files exist
The repository contains project profiles, templates, validation scripts, and standards documentation.
Local-only policy checked
Remote-safety checks are part of the standards workflow.
Provenance records present
The standards output tracks commit hashes, Git bundle paths, SHA256 manifests, and validation results.
Current state
Active local tooling for Finch project structure, validation entrypoints, templates, and provenance.
The public case study focuses on standards and validation work, not private project contents.
It does not claim to be a public compliance system or external security standard.