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CoM Claude Command Center — sanitized public configuration
Public, sanitized mirror of an AI orchestration command center: agents, skills,
MCP servers, slash-command workflows. All infrastructure identifiers, hostnames,
mesh IPs/subnets, repo paths, maintainer identity, and hardware fleet specifics
scrubbed to <placeholders>; session debug logs and host-specific memory removed.
No live credentials. Verified clean by automated leak sweep. See SANITIZATION.md.

churchofmalware.org . authorized research only
2026-06-10 02:02:03 -04:00

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**/*.rs,**/Cargo.toml,**/Cargo.lock

Rust Instructions — Syn_OS Development

Project Context

Syn_OS is a sovereign AI-assisted Cognitive Hyper-OS built on Arch Linux. Current state: v21 "First Breath" — 92 crates, custom kernel modules, GRIMOIRE gamified training system. Repo path on : <repo-path> Lib\stuff\Development\Syn_OS{Master Repo}

Rust Edition and Toolchain

  • Rust 2021 edition
  • Stable toolchain preferred, nightly only for documented features
  • Target: x86_64-unknown-linux-gnu (primary), cross-compile configs for ARCANUM nodes

Code Style

  • Run cargo fmt before every commit — no exceptions
  • Enable clippy::pedantic in all crates
  • Prefer thiserror for library errors, anyhow for binary/CLI errors
  • Use tracing over log for structured logging
  • Prefer tokio for async runtime (single-threaded where possible to conserve resources)

Safety Rules

  • No unsafe blocks without:
    1. A documented justification comment explaining why safe alternatives are insufficient
    2. An Aegis (SAST agent) audit pass
    3. A // SAFETY: comment block per Rust convention
  • Minimize FFI surface area — wrap all C interop in safe abstractions
  • Use cargo deny for license and vulnerability audits on all dependencies
  • Use cargo audit in CI for known vulnerability detection

Performance Constraints

  • has RAM and — be memory-conscious
  • Prefer cargo check over cargo build during development iteration
  • Use incremental compilation (default, but don't disable it)
  • Profile before optimizing — use cargo flamegraph for hot path analysis
  • Avoid unnecessary allocations in hot paths — prefer stack allocation and borrowing

Crate Organization

  • Each crate must have a clear single responsibility documented in its Cargo.toml description
  • Workspace-level dependency management via [workspace.dependencies]
  • Feature flags for optional functionality — don't compile what you don't need
  • Internal crates use path dependencies, external crates use version pinning

Testing

  • Unit tests in the same file (#[cfg(test)] module)
  • Integration tests in tests/ directory
  • Use proptest or quickcheck for property-based testing on parsers and data structures
  • Minimum code coverage target: 60% for new crates, improving over time
  • Vanguard (QA agent) runs test suites as part of the /audit pipeline

Documentation

  • All public items must have doc comments (///)
  • Include # Examples section in doc comments for non-trivial functions
  • Run cargo doc --no-deps to verify documentation builds cleanly
  • README.md in each crate root with architecture overview

Dependency Policy

  • Audit all new dependencies with cargo deny check before adding
  • Prefer crates with: >1000 downloads, active maintenance, permissive license (MIT/Apache-2.0)
  • Document the reason for each dependency in Cargo.toml comments
  • No pre-1.0 crates in critical paths without stability justification