The article also provides a detailed explanation of the generated TypeScript utility class, including its imports, interfaces, constants, conversion methods, and validation methods. It also provides an example of how to use the generated class in a practical scenario, including creating an original order, compressing and decompressing the order, and validating the order. The tool requires input schemas to validate against a specific meta JSON schema. The project is open for feedback and contributions and is licensed under the MIT License.
Key takeaways:
- This tool converts JSON schemas into TypeScript utility classes for use in Deno, supporting a subset of JSON schema features.
- The generated utility classes offer automatic type generation, data compression and decompression, data validation using Ajv, and reusability in other Deno projects.
- The utility class features include Ajv initialization, constants for schemas, conversion methods for compressing and decompressing data, and validation methods to ensure data integrity and consistency.
- The project is experimental, open for feedback and contributions, and is licensed under the MIT License.