PCD agent-readable instructions

PCD is the BRIK64 language for describing selected software logic as an inspectable circuit.

  • Inputs and outputs: Name what enters the circuit and what the function must return.
  • Fail-closed behavior: State what should happen when inputs or assumptions do not fit the scope.
  • Monomers: Use catalog operations instead of ad hoc hidden behavior.
  • EVA structure: Explain sequence, branch, and parallel composition before handoff.
  • Boundary: PCD makes selected logic reviewable. It is not a claim about the whole application.

PCD

Blueprints for bounded logic.

PCD is the BRIK64 language for describing selected software logic as an inspectable circuit.

Format Overview

PCD is a compact authoring profile for reviewable logic.

It gives humans and agents enough structure to inspect logic without inventing a broad scripting language.

Authoring Rules

A useful PCD starts with explicit boundaries.

The public authoring profile keeps generated logic small, inspectable, and scoped.

bounded format

Inputs and outputs

Name what enters the circuit and what the function must return.

Fail-closed behavior

State what should happen when inputs or assumptions do not fit the scope.

Monomers

Use catalog operations instead of ad hoc hidden behavior.

EVA structure

Explain sequence, branch, and parallel composition before handoff.

Boundary: PCD makes selected logic reviewable. It is not a claim about the whole application.

Reader Checklist

Every agent-authored PCD should report the same review facts.

The checklist lets reviewers compare generated logic without scanning raw code first.

review checklist

Requirement

What bounded behavior is being modeled?

Monomers

Which operations from the catalog are used?

Evidence status

What command output or review metadata supports the current state?

When evidence is missing, report the gap instead of upgrading the claim.

Write the logic as a blueprint before reviewing generated code.

Use the PCD language docs and CLI workflow to keep bounded logic inspectable.