Drop-in HTTP clients for C#, Angular, and React/TypeScript ship with VividEcho. Each wraps the full API surface with typed generics, access-mode support, and framework-native patterns — so you call methods, not endpoints.
The C# client exposes a method for each way you'd address a document: GetByIdAsync and GetAsync (get all) for reads, plus GetByFieldNameAsync and its GetFirstByFieldNameAsync / GetSingleByFieldNameAsync variants for looking records up by a field value. Writes follow the same pattern across all four verbs — PostAsync and PostByFieldNameAsync, PatchAsync/PatchByIdAsync/PatchByFieldNameAsync, and PutAsync/PutByIdAsync/PutByFieldNameAsync — with DeleteByIdAsync and DeleteByFieldNameAsync rounding it out. Every write method accepts an optional access-mode parameter, so setting a record's access level is just another argument rather than a header you build by hand.
The Angular and React/TypeScript clients mirror that same verb set with camelCase names — getById, getAll, getByFieldName, post, patch, put, deleteById, and so on — so moving between languages doesn't mean relearning the shape of the API.
Each client speaks the idiom its platform expects. The C# client is Task-based, so calls fit naturally into async/await code. The Angular client returns RxJS Observables, which slot straight into Angular's reactive patterns and template bindings. The React/TypeScript client is built on fetch and returns Promises, so it works with plain async/await in components and hooks.