Dynamic array implementation in C with a modular, folder-based structure.

• 🧩 Modular Operations: Efficient functions for array append, prepend, resize, delete, and access.
• 🛠️ Custom Memory Management: Define custom free functions for array element deallocation.
• 🔓 Expandable: Easily extendable with additional array-related functions.
• 🌍 Cross-Platform: Build scripts for both Linux (bash or make) and Windows (batch).
• 📂 Organized Structure: Each module is in its own directory for easy maintenance.
• 📚 Static Library: Compiles into libmyarray.a for easy reuse in other projects.
• ⚙️ C Standard: Written in pure C for maximum compatibility.
• 🚀 Easy to Build: Simple setup for compiling and integrating into other projects.

my-c-array/
├── Makefile
├── build.sh
├── build.bat
├── libmyarray.a  (after build)
├── src/
│   ├── array_append/
│   │   ├── array_append.c
│   │   └── array_append.h
│   └── ...

chmod +x build.sh
./build.sh

Or using make:

make

build.bat

This will compile the source files under src/, place the object files in build/, and generate a static library libmyarray.a or an executable if you add a main.c.

• Modular directory layout
• Cross-platform build scripts (.sh and .bat)
• Basic operations like:
  • array_create
  • array_append
  • array_delete
  • array_get
  • array_resize
  • array_prepend
  • array_size

Here’s what the base array type looks like:

#ifndef _ARRAY_TYPE_H_
#define _ARRAY_TYPE_H_

#include <stddef.h>  // for size_t

typedef void (*array_free_func_t)(void*);

typedef struct {
    void** items;              // actual data
    size_t capacity;           // total capacity
    size_t size;               // current number of elements
    array_free_func_t freer;   // custom free function (NULL means no-op)
} array_t;

#endif

MIT License
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