Question 1

How to use Gogu for debouncing function calls in Go?

Accepted Answer

Gogu provides the NewDebounce function, which returns a debounced version of a function with a specified wait time. It postpones execution until after the delay, useful for handling events like user input to prevent excessive calls.

Question 2

Is Gogu better than samber/lo for utility functions?

Accepted Answer

Gogu offers broader coverage including data structures and concurrency utilities like debounce and memoize, while samber/lo focuses more on slice and map operations. Choose based on whether you need additional features beyond basic collections.

Question 3

Are all Gogu functions concurrent-safe?

Accepted Answer

Most Gogu operations are concurrent-safe, but the B-tree package is an exception. Always verify the documentation for specific functions if concurrency is critical, as noted in the README's concurrency disclaimer.

Question 4

How to implement memoization with Gogu?

Accepted Answer

Use Gogu's Memoize function or the Memoizer type from the memoize package. Initialize with NewMemoizer, then call Memoize to cache expensive function results based on keys, improving performance by avoiding repeated computations.

Question 5

What data structures does Gogu support?

Accepted Answer

Gogu implements common data structures like binary search trees, B-trees, caches, heaps, linked lists, queues, stacks, and tries, all with generic type support for flexible usage in various applications.

Question 6

How does Gogu handle complex string operations?

Accepted Answer

Gogu provides rich string utilities including case conversion (e.g., CamelCase, SnakeCase), padding (Pad, PadLeft), wrapping (Wrap, Unwrap), and substring extraction (Substr), simplifying tasks like text formatting and manipulation.

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