com um clique
axios-retryer
axios-retryer contém 12 skills coletadas de sampleXbro, com cobertura ocupacional por repositório e páginas de detalhe dentro do site.
Skills neste repositório
Use when creating, refactoring, or reviewing axios-retryer plugins. Enforces the repo's single recommended plugin architecture: top-level orchestrator class, focused folders for types/configs/errors/utils, optional stateful managers or storage adapters, explicit event-driven boundaries, and test-first extraction when files grow.
Use when authoring TypeScript libraries or npm packages - covers project setup, package.json exports, Rollup-first build tooling, API design patterns, type inference tricks, testing, and publishing to npm. Use when bundling, preserving published package contracts, configuring dual CJS/ESM output, or setting up release workflows.
Use when creating, refactoring, or reviewing axios-retryer plugins. Enforces the repo's single recommended plugin architecture: top-level orchestrator class, focused folders for types/configs/errors/utils, optional stateful managers or storage adapters, explicit event-driven boundaries, and test-first extraction when files grow.
Use when authoring TypeScript libraries or npm packages - covers project setup, package.json exports, Rollup-first build tooling, API design patterns, type inference tricks, testing, and publishing to npm. Use when bundling, preserving published package contracts, configuring dual CJS/ESM output, or setting up release workflows.
Use when creating, refactoring, or reviewing axios-retryer plugins. Enforces the repo's single recommended plugin architecture: top-level orchestrator class, focused folders for types/configs/errors/utils, optional stateful managers or storage adapters, explicit event-driven boundaries, and test-first extraction when files grow.
Use when authoring TypeScript libraries or npm packages - covers project setup, package.json exports, Rollup-first build tooling, API design patterns, type inference tricks, testing, and publishing to npm. Use when bundling, preserving published package contracts, configuring dual CJS/ESM output, or setting up release workflows.
Use when creating, refactoring, or reviewing axios-retryer plugins. Enforces the repo's single recommended plugin architecture: top-level orchestrator class, focused folders for types/configs/errors/utils, optional stateful managers or storage adapters, explicit event-driven boundaries, and test-first extraction when files grow.
Use when authoring TypeScript libraries or npm packages - covers project setup, package.json exports, Rollup-first build tooling, API design patterns, type inference tricks, testing, and publishing to npm. Use when bundling, preserving published package contracts, configuring dual CJS/ESM output, or setting up release workflows.
Use when creating, refactoring, or reviewing axios-retryer plugins. Enforces the repo's single recommended plugin architecture: top-level orchestrator class, focused folders for types/configs/errors/utils, optional stateful managers or storage adapters, explicit event-driven boundaries, and test-first extraction when files grow.
Use when authoring TypeScript libraries or npm packages - covers project setup, package.json exports, Rollup-first build tooling, API design patterns, type inference tricks, testing, and publishing to npm. Use when bundling, preserving published package contracts, configuring dual CJS/ESM output, or setting up release workflows.
Use when authoring TypeScript libraries or npm packages - covers project setup, package.json exports, Rollup-first build tooling, API design patterns, type inference tricks, testing, and publishing to npm. Use when bundling, preserving published package contracts, configuring dual CJS/ESM output, or setting up release workflows.
Use when creating, refactoring, or reviewing axios-retryer plugins. Enforces the repo's single recommended plugin architecture: top-level orchestrator class, focused folders for types/configs/errors/utils, optional stateful managers or storage adapters, explicit event-driven boundaries, and test-first extraction when files grow.