Parameter Helper Function in TypeScript

This challenge asks you to implement a utility function in TypeScript that simplifies the process of extracting and transforming parameters passed to a function. This is useful for scenarios like logging, validation, or modifying parameters before passing them to another function, promoting cleaner and more maintainable code. The function should handle both positional and optional parameters, and allow for type safety.

Problem Description

You need to create a TypeScript function called getParameters. This function will take a function as input and return a new function. The returned function will accept any number of arguments and, when called, will:

Collect all arguments passed to the returned function.
Call the original function with these collected arguments.
Return the result of the original function call.

The getParameters function should be generic, accepting a function of any signature. This ensures type safety throughout the process.

Key Requirements:

Genericity: The function must be generic to handle functions with any parameter types.
Argument Collection: The returned function must collect all arguments passed to it into an array.
Original Function Call: The collected arguments must be passed to the original function.
Return Value: The returned function must return the result of the original function.
Type Safety: The code must be type-safe, ensuring that the arguments passed to the returned function are compatible with the original function's parameters.

Expected Behavior:

When the returned function is called, it should behave as if the original function was called directly with the same arguments. The type of the returned value should match the return type of the original function.

Edge Cases to Consider:

Original function with no parameters.
Original function with optional parameters.
Original function with rest parameters.
Original function with default parameter values.
Original function returning void.

Examples

Example 1:

Input:
const add = (a: number, b: number): number => a + b;
getParameters(add)

Output:
(a: number, b: number): number => {
  return add(a, b);
}

Explanation:
getParameters(add) returns a new function that, when called with two numbers, will call the original 'add' function with those numbers and return the sum.

Example 2:

Input:
const greet = (name: string = "World"): string => `Hello, ${name}!`;
const parameterizedGreet = getParameters(greet);

Output:
(name?: string): string => {
  return greet(name);
}

Explanation:
getParameters(greet) returns a new function that, when called with an optional string, will call the original 'greet' function with that string (or the default value if no string is provided) and return the greeting string.

Example 3:

Input:
const logArgs = (...args: any[]) => { console.log(args); return true; };
const parameterizedLogArgs = getParameters(logArgs);

Output:
(...args: any[]): boolean => {
  return logArgs(...args);
}

Explanation:
getParameters(logArgs) returns a new function that, when called with any number of arguments, will call the original 'logArgs' function with those arguments and return true.

Constraints

The getParameters function must be implemented using TypeScript.
The returned function must maintain the original function's signature as closely as possible.
The solution should be type-safe and avoid any type assertions where possible.
The solution should handle functions with any number of parameters, including optional and rest parameters.
The solution should work correctly for functions that return any type, including void.

Notes

Consider using TypeScript's utility types like Parameters<T> and ReturnType<T> to help with type inference and ensuring type safety. Think about how to handle the spread operator (...) to correctly pass the collected arguments to the original function. The goal is to create a reusable and type-safe helper function that simplifies parameter handling.