Generate Motoko actors with mo:core and stable types for Internet Computer canisters.
npx skills add https://github.com/Looping-AI/looping-control-plane --skill motoko
Please help me install this Agent Skill. Skill: motoko Source: https://github.com/Looping-AI/looping-control-plane/tree/main/.agents/skills/motoko Command: npx skills add https://github.com/Looping-AI/looping-control-plane --skill motoko
Motoko language pitfalls and modern syntax gaps for Internet Computer canister development.
Describe a Motoko snippet that demonstrates a minimal persistent actor using mo:core types.
High-intent search queries and answers about installing and using this skill.
Fix Motoko compiler errors by addressing type system constraints and syntax pitfalls specific to canister development. This resolves common compilation failures and runtime traps by correcting persistent actor rules and stable type usage.
Stable types in Motoko persistent actors preserve state across canister upgrades. Defining stable variables correctly ensures data persistence without loss, maintaining memory continuity during Internet Computer canister updates.
Create a minimal persistent actor by importing mo:core standard library types and applying stable variable declarations. This generates safe canister code that conforms to best practices for upgrades and state preservation.
Motoko canisters trap at runtime during upgrades due to incorrect stable type serialization or violating persistent actor rules. Ensure your state variables match stable type constraints to prevent upgrade failures.
Use mo:core standard library types when building Motoko actors that require safe memory management and persistent data structures. This ensures canister code conforms to modern syntax requirements and avoids common language pitfalls.
dfinityManage Internet Computer canister cycles, balances, top-ups, and lifecycle.
dfinityPersist Internet Computer canister data across upgrades using stable memory.
caffeinelabsWrite and review Motoko canister code with mo:core v2.0.0+ conventions.
dfinityIntegrate Internet Identity authentication for Internet Computer apps with passkey and OpenID flows.
