Queue-driven worker runtime for @render-harness/core. pg-boss consumer + soft checkpoint + cooperative cancel.
Cron runtime for @render-harness/core. One-shot, run-to-completion semantics for scheduled agents.
Synchronous HTTP runtime for @render-harness/core. One web service, one process, agent runs in-request.
SOA-Harness core primitives: JCS canonicalization (wrapper around the canonicalize npm package by Samuel Erdtman), digest helpers, tasks-fingerprint.
Generic agent harness — domain-agnostic loop strategies + LLM provider abstraction. Source for both @agent-devtools and external SaaS consumers.
Render Workflows runtime for @render-harness/core. Each agent step = one Workflows task; soft checkpoint chains subtasks; HITL via approvedToolCallIds.
Core runtime and shared command modules for Harness CLI.
Minimal shared runtime package for schemas and small reusable helpers.
Render-native agent harness: shared core (loop, adapter, MCP, state, skills, prompt, tools).
Core platform abstractions for React Native Harness
Shared types, permissions, ledger, cache, and LLM tool-adapter emitters for @agent-sh/harness-* tools
Harness-backed AI testing on top of Vitest.
Runtime bridge between colony-harness core and control plane adapters
The core test runtime that executes on React Native devices, providing Jest-compatible APIs (describe, it, expect) and managing test collection, execution, and result reporting in native environments.
Canvas-rendered node-graph library — framework-agnostic core. Store, renderer, edges, hit-testing, ops, history.
OpenClaw Harness Core - Workflow engine and state management for Agent orchestration
Shared harness logic - skill loading, additive apply, and the init/sync/verify/doctor operations.
Test Framework for CHT Projects
Native UI testing module for React Native Harness.
Shared types and traits for @agent-sh/harness-* Rust tools: ToolError, PermissionPolicy, ReadOperations
Core traits and types for the harness-rs agent framework: Model, Tool, Guide, Sensor, Hook, Compactor, Skill, plus Context, World, Block, Event, FixPatch and 27 lifecycle events.
Rust agent framework based on harness-engineering principles (Lopopolo, Böckeler). Facade re-exporting the public surface of the harness-rs-* crates.
Deterministic + agent hybrid state-machine executor for harness-rs. Stripe-Minions-style with branch-on-failure retries.
Command-line interface for harness-rs — new, skills validate/list/lint/export, trace, mcp serve.
Five-stage progressive context compactor for harness-rs — DefaultCompactor (structural) and ModelBackedCompactor (semantic).
Default World runtime (Tokio process runner, system clock, in-memory KV) and Context helpers for harness-rs.
Optional standalone scheduler for the harness-rs agent framework. Runs declarative TOML-configured jobs (daily / weekly / interval / cron) that invoke any shell command — typically a harness-rs-built agent binary.
HookBus for harness-rs. Dispatches 27 lifecycle events with Allow/Deny/Inject/Mutate semantics. Optional OpenTelemetry feature.
ReAct agent loop, subagent isolation, and session record/replay (JSONL) for the harness-rs framework.
Procedural macros for harness-rs: #[skill], #[tool], #[guide], #[sensor], #[hook]. agentskills.io-compliant registration via inventory.
MCP (Model Context Protocol) stdio server exposing the harness-rs tool registry to Claude Code, Cursor, and Codex.
Rubytest is a universal test harness for Ruby. This gem provides the core library and a suite of common plugins making it a more convenient dependency for most use cases.
BayServer is one of the high-speed web servers. It operates as a single-threaded, asynchronous server, which makes it exceptionally fast. It also supports multi-core processors, harnessing the full potential of the CPU's capabilities.
BayServer is one of the high-speed web servers. It operates as a single-threaded, asynchronous server, which makes it exceptionally fast. It also supports multi-core processors, harnessing the full potential of the CPU's capabilities.
BayServer is one of the high-speed web servers. It operates as a single-threaded, asynchronous server, which makes it exceptionally fast. It also supports multi-core processors, harnessing the full potential of the CPU's capabilities.
BayServer is one of the high-speed web servers. It operates as a single-threaded, asynchronous server, which makes it exceptionally fast. It also supports multi-core processors, harnessing the full potential of the CPU's capabilities.
BayServer is one of the high-speed web servers. It operates as a single-threaded, asynchronous server, which makes it exceptionally fast. It also supports multi-core processors, harnessing the full potential of the CPU's capabilities.
BayServer is one of the high-speed web servers. It operates as a single-threaded, asynchronous server, which makes it exceptionally fast. It also supports multi-core processors, harnessing the full potential of the CPU's capabilities.
BayServer is one of the high-speed web servers. It operates as a single-threaded, asynchronous server, which makes it exceptionally fast. It also supports multi-core processors, harnessing the full potential of the CPU's capabilities.
Red Cluster brings together a set of redis servers and allows you to read and write to them as though you were writing to just one. A few of the reasons you might want to consider clustering could be: * Robustness - Having a write master and read slaves * Harnessing the multiple cores you have running while not compromising on the speed of redis * Fault tolerance - When one of the masters goes down a slave in the replica sets gets promoted \ automatically, with no down-time
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