nondominium-holochain-dna-dev

Zome creation in nondominium follows a structured 3-zome pattern separating integrity and coordinator layers. Use the provided create_zome.sh script with the 'both' parameter to scaffold a new zome that enforces ValueFlows compliance, entry patterns without timestamps, and link-based relationships automatically.

Entry types in nondominium must exclude timestamps; instead, extract temporal data from action headers. This enforces data consistency and ValueFlows standards. Define LinkTypes and LinkTags for relationships, and establish discovery and ownership links through standardized anchor patterns.

WASM performance optimization in nondominium involves guided compilation through build_wasm.sh with release flags and validation workflows. The Skill provides scripts to build, validate, and verify performance across the three-zome architecture, ensuring efficient hApp deployment.

Yes. Nondominium DNA development is built around ValueFlows standards, including link-based agent discovery, global anchors, agent ownership via links, and no-timestamp entry patterns. The Skill guides implementation of these compliance requirements across zomes and coordinator layers.

The deployment workflow chains three steps: create zomes with create_zome.sh, compile WASM with build_wasm.sh release mode, then package the hApp using package_happ.sh for production. This standardized automation ensures build, validation, and packaging consistency.

Yes. Nondominium enforces agent discovery through global and agent-scoped anchors, and establishes ownership via link relationships instead of entry fields. This pattern supports ValueFlows compliance and decoupled agent state across the integrity and coordinator zomes.