refactoring/simplifying-method-calls

To simplify unwieldy TypeScript method signatures, introduce parameter objects to group related arguments, preserving whole domain objects to stabilize internal service contracts and clarify calls.

Separating query and modifier methods in object-oriented services involves splitting combined state-changing logic from read operations, aligning responsibilities with CQRS principles so one path reads state and another mutates it.

Renaming unclear TypeScript service methods improves API design by replacing ambiguous function names with intuitive ones, adding only necessary parameters, and hiding helpers to reduce the public surface area.

You need to refactor method calls to use CQRS principles when TypeScript domain services mix state changes with return values, forcing callers to guess intent or struggle with mixed responsibilities like calculating totals and saving.

Refactoring method signatures works for TypeScript domain services by cleaning up overloaded and stateful methods, grouping recurring parameter sets into explicit objects, and swapping flag signals for dedicated methods to resolve bloated parameter lists.

Limitations of simplifying method calls include the need to carefully preserve whole domain objects and manage internal service contracts, as aggressively hiding helpers or splitting methods may impact existing callers relying on the original public surface.