# move

A **Zig-based utility** that enhances file and directory moving capabilities with **smart conflict resolution**. Unlike the standard `mv` command, `move` automatically handles naming conflicts by appending indices to filenames or directory names.

## Features

* 🚀 Zero runtime dependencies
* ⚡ Compiled and blazing fast
* 🔄 Smart conflict resolution
* 📁 Supports both files and directories
* 🔢 Handles multiple sources
* 🛠️ Written in Zig

## Installation

### 🧱 Build from Source

#### For Android (32-bit ARM)

```bash
zig build-exe move.zig -target arm-linux-androideabi -femit-bin=move
```

This will output a binary named `move` that runs on 32-bit Android systems (e.g., Termux).

#### For Windows

```bash
zig build-exe move.zig
```

This builds a `move.exe` file for Windows (native architecture).

#### Optional: Move to Global Path

After building, you can move the binary to a directory in your system’s `PATH`:

```bash
mv move /usr/local/bin/   # For Linux/Android
move move.exe C:\Windows\System32   # For Windows (requires admin)
```

## Usage

```bash
# Basic usage
move <source_path> <destination_path>

# Move multiple files to a directory
move <file1> <file2> ... <target_directory>
```

## Examples

### 1. Moving a Single File

Initial structure:

```
.
├── 1.txt
├── 2.txt
├── 3.txt
├── 4.txt
├── 5.txt
└── 6.txt
```

Command:

```bash
move 1.txt 2.txt
```

Result:

```
.
├── 2.txt
├── 2_1.txt  # 1.txt was moved and renamed to avoid conflict
├── 3.txt
├── 4.txt
├── 5.txt
└── 6.txt
```

### 2. Moving Multiple Files

Command:

```bash
move 1.txt 2.txt 3.txt destination_folder/
```

### 3. Moving Directories

Command:

```bash
move source_directory/ destination_directory/
```

## Supported Operations

* `move fileA fileB` – Move and rename fileA to fileB with conflict resolution
* `move file1 file2 file3 targetDir` – Move multiple files into a directory
* `move dir1 dir2/` – Move a directory into another directory

## How It Works

When a naming conflict occurs, `move` automatically:

1. Detects if the destination path already exists
2. Appends an incremental index suffix like `_1`, `_2`, etc.
3. Moves the file or directory safely without overwriting existing content

## Why Zig?

Zig provides:

* ⚡ Native performance
* 🧩 Minimal binary size
* 🧠 Simple, predictable behavior
* 🌐 Cross-compilation built-in

## License

MIT