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ccp: Snapshot, blueprint, scaffold you can instantly capture project structure & files to Markdown/.tree, then regenerate anywhere.

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# ccp
(crate: `ccp_tree`)

> 📸 Snapshot · 📋 Blueprint · 🏗️ Scaffold  
> Capture a directory into a portable format and recreate it anywhere.

[![Crates.io](https://img.shields.io/crates/v/ccp_tree)](https://crates.io/crates/ccp_tree)
[![License: MIT](https://img.shields.io/badge/license-MIT-blue)](https://raw.githubusercontent.com/AradPilevarJavid/ccp_tree/master/LICENSE)

`ccp` is a command‑line tool I built for daily use. It turns a folder into a human‑readable, copy‑paste‑friendly **snapshot**, and that same snapshot back into a real directory tree. Written in Rust 🦀 with a lot of love ❤️.

- 📄 **Snapshot** a project to Markdown (full content + tree) or a concise `.tree` definition.
- 📋 **Blueprint** – a single file that represents your entire project structure and contents.
- 🏗️ **Scaffold** – recreate the layout with a single command; perfect for bootstrapping, sharing ideas, or feeding LLMs full context.

It’s built for quick pasting into chat windows, code reviews, bug reports, and for generating repeatable project templates. Kinda neat actually 😄.

---

## Features ✨

- 📄 **Markdown output** – full project tree + every file inside fenced code blocks.
- 🌲 **Tree‑only mode** (`--structure`) – just the directory hierarchy and structure.
- 🔁 **Reverse mode** – emit a `.tree` definition that can later be rebuilt.
- 🛠️ **Generate / Create** – turn a `.tree` definition (file, inline, or template) into real files.
- 🧩 **Template system** – bundled templates (Python, …) + custom templates directory.
- 🔍 **Smart ignores** – respects `.gitignore` / `.ignore`, plus a comprehensive default exclude list (node_modules, target, __pycache__, …).
- 📋 **Clipboard support** – optional; copies output directly to the clipboard.
- 🧹 **Flexible filtering** – include hidden files, skip default ignores, add custom glob patterns, limit file size.
- 🎨 **Colored tree preview** – visual inspection with `--dry-run`.

---

## Installation 🚀

### From Crates.io

```bash
cargo install ccp_tree
```

This installs the `ccp` binary.  
To enable clipboard support (optional, works out‑of‑the‑box on most systems):

```bash
cargo install ccp --features clipboard
```

> On Linux, the clipboard feature tries `wl-copy` (Wayland) and `xclip` (X11) first, then falls back to the `arboard` crate. No extra configuration needed. 👍

The Arch package installs `ccp(1)` and separate pages for each subcommand.
Cargo does not install man pages, but you can generate the complete set locally:

```bash
cargo run --release --bin ccp-mangen
man -l target/man/ccp.1
```

To read the main page without creating files:

```bash
cargo run --quiet --bin ccp-mangen -- --stdout | man -l -
```

If `man` is unavailable, render the page with `groff` and read it with `less`:

```bash
groff -man -Tutf8 target/man/ccp.1 | less -R
```

Run `ccp-mangen --help` for output-directory and stdout options.

The binary will be at `./target/release/ccp`.

> 💡 Pro‑tip: try `ccp --help`, `ccp reverse --help` and `ccp generate --help` after installation.

---

## Configuration (`.ccprc`) ⚙️

`ccp` reads two optional TOML configuration files:

1. `./.ccprc` — local project configuration
2. `~/.ccprc` — global user configuration

Priority is: explicit CLI arguments > global config > local config > built-in
defaults. This means your global preferences remain authoritative, while the
local file can provide project defaults for settings not defined globally.

Example:

```toml
templates_dir = "templates"
clipboard = true
max_size = 1048576
max_chars = 12000
exclude = ["*.generated", "secrets/"]
no_secret_scan = false
quiet = false
```

Relative `templates_dir` paths are resolved from the directory containing the
`.ccprc` that defines them. Arrays such as `exclude` replace the lower-priority
array instead of being appended.

Most reusable flags can be configured, including `include_hidden`, `no_ignore`,
`all`, `head`, `tail`, `from_end`, `tokens`, `no_content`, `structure`,
`reverse`, `raw`, `dry_run`, `verbose`, `quiet`, and `force`.

If `clipboard = true`, use `--no-clipboard` for a single command that should
print or write normally instead.

The repository includes a commented [`.ccprc`](.ccprc) example that can be
copied to your home directory and customized.

---

## Quick Start ⚡

Work from any directory; by default `ccp` scans the current folder.

```bash
ccp                    # full Markdown snapshot → stdout
ccp > snapshot.md      # save to file
ccp -o output.md       # write directly to a file
ccp -s                 # only the folder tree, no contents
ccp --reverse          # output a .tree definition
```

---

## Usage 🧑‍💻

### The fastest way to capture the structure and recreate in one pipe

```bash
ccp reverse | ccp generate -f -q
```

```
ccp [ROOT] [OPTIONS]
ccp reverse [ROOT] [OPTIONS]
ccp generate [ROOT] [OPTIONS]
ccp create [ROOT] [OPTIONS]        # alias for generate
```

### 1. 📸 Snapshot a folder (default)

```bash
ccp                          # scan current directory
ccp /path/to/project -s      # structure only
ccp -r                       # raw file contents only
ccp --reverse                # .tree definition
ccp --reverse --no-content   # .tree definition without file contents
```

### 2. 🔁 Reverse – create a `.tree` template

```bash
ccp reverse                         # current dir
ccp reverse /path/to/project        # specific folder
ccp reverse -o template.tree        # write to file
ccp reverse --no-content            # omit file contents
```

### 3. 🏗️ Generate / Create – materialise a `.tree` definition

```bash
# From a .tree file
ccp generate --input blueprint.tree

# Into a specific folder
ccp generate ./my-new-project --input blueprint.tree

# From a bundled template
ccp create my-project --template python

# From a custom template
ccp generate --template react-component --templates-dir ./templates

# Inline definition (use \n for newlines)
ccp generate --inline "src/
  index.ts: export default {}
  README.md: # Hello"
```

**Overwrite safety:** the command asks before overwriting existing files.  
Use `--force` to skip prompts, and `--quiet` to suppress them entirely.

**Dry‑run** previews the files that would be created, without touching disk:

```bash
ccp generate --dry-run --input blueprint.tree
```

---

## The `.tree` Definition Format 📝

A lightweight, indentation‑based format that describes files and directories.

### Syntax Rules

- Each line is an entry, indented with **two spaces** per level.
- **Directories** end with a trailing `/`.  
  Example: `src/`
- **Files** are just the name.
  Empty files have no extra content marker.
- **Single‑line contents** follow a colon (`:`):  
  `README.md: # My Project`
- **Multi‑line contents** use a pipe `|` after the colon, then indent content lines by **two extra spaces**:  
  ```
  file.txt:|
    line one
    line two
  ```
- **Binary files** or files exceeding `--max-size` are automatically marked with
  their MIME type, detection method, size, and detected extension:
  `image.png: <binary file; MIME: image/png; detected by: content signature; size: 1,024 bytes; detected extension: png>`
- MIME detection prefers file signatures, falls back to the filename extension,
  and uses `application/octet-stream` when neither provides a match.
- UTF-16 text with a byte-order mark is decoded as text, while NUL bytes and
  suspicious control-byte sequences are treated as binary even when technically
  valid UTF-8.
- Before exporting file contents, `ccp` warns on stderr when it finds common
  credential patterns such as private keys, API keys, access tokens, JWTs, or
  password assignments. Warnings show only the file, line, and credential type;
  matched values are never printed. Use `--exclude` to omit affected files or
  `--no-secret-scan` to disable the warning.

### Example

```
src/
  main.rs: fn main() { println!("Hello"); }
  lib.rs
  utils/
    helpers.rs: |
      pub fn add(a: i32, b: i32) -> i32 {
          a + b
      }
      pub fn sub(a: i32, b: i32) -> i32 {
          a - b
      }
README.md: # My Project
Cargo.toml: |
  [package]
  name = "my-project"
  version = "0.1.0"
```

This definition can be saved as a `.tree` file and reused with `ccp generate`.

---

## Options ⚙️

### Global / `ccp` (snapshot) & `ccp reverse` options
### if you run ccp --help you will see:

| Flag / Option               | Description |
|-----------------------------|-------------|
| `--include-hidden`          | Include dot‑files and dot‑folders. |
| `--no-ignore`               | Ignore `.gitignore` and `.ignore` files. |
| `-a`, `--all`               | Include default‑excluded directories (target, node_modules, …). |
| `-e`, `--exclude <PAT>`     | Exclude additional glob patterns (repeatable). |
| `--max-size <BYTES>`        | Skip files larger than this size (default: 1 MB). |
| `--max-chars <CHARS>`        | Limit the number of characters read from each file (for AI context windows). |
| `--structure`, `-s`         | Output only the directory tree (Markdown). |
| `--raw`, `-r`               | Output raw file contents only; cannot be combined with `-s`. |
| `--reverse`                 | Output in `.tree` definition format. |
| `--no-content`              | Omit file contents in `.tree` output. |
| `--dry-run`                 | Preview the tree (colored) without writing. |
| `--verbose`, `-v`           | Print extra progress info. |
| `--quiet`, `-q`             | Suppress non‑essential output. |
| `-o`, `--output <FILE>`     | Write output to a file instead of stdout. |
| `-c`, `--clipboard`         | Copy output to clipboard (requires the `clipboard` feature). |

### `ccp generate` / `ccp create` options
### if you run ccp create --help you will see:

| Flag / Option                | Description |
|------------------------------|-------------|
| `--input <FILE>`             | Read `.tree` definition from a file. |
| `--template <NAME>`          | Load a built‑in or custom template. |
| `--templates-dir <DIR>`      | Directory for custom templates (default: `templates/`). |
| `--inline <TEXT>`            | Provide the `.tree` definition directly (newlines as `\n`). |
| `--force`                    | Overwrite existing files without asking. |
| `--dry-run`                  | Preview files to be created (colored tree). |
| `--verbose`, `-v`            | Show every file/directory creation event. |
| `--quiet`, `-q`              | Suppress prompts and informational messages. |

### `ccp reverse` option
### if you run ccp reverse --help you will see:

| Flag / Option                | Description |
|------------------------------|-------------|
| `-o`, `--output <FILE>`      | Write output to this file instead of stdout. |
| `-c`, `--clipboard`          | Copy the result to the system clipboard (requires the `clipboard` feature). |
| `--include-hidden`           | Include hidden files and directories. |
| `--no-ignore`                | Do not respect `.gitignore` / `.ignore` files. |
| `-a`, `--all`                | Include default‑excluded directories (like `target`, `node_modules`). |
| `-e`, `--exclude <PAT>`      | Exclude additional glob patterns (repeatable). |
| `--max-size <BYTES>`         | Skip files larger than this size (default: 1 MB). |
| `--max-chars <CHARS>`        | Limit the number of characters read from each file (for AI context windows). |
| `--no-content`               | Omit file contents in the `.tree` output. |
| `--dry-run`                  | Preview the tree (colored) without writing. |
| `--verbose`, `-v`            | Print extra progress info. |
| `--quiet`, `-q`              | Suppress non‑essential output. |

---

## Practical Examples 💡

### 1. Full context for an AI / code review 🤖

```bash
ccp > project-for-ai.md
```

Paste the Markdown into your chat window. The AI sees the exact tree and every file’s content.

### 2. Quick visual scan (similar to ` ccp -s`) 👀

```bash
ccp --dry-run
```

Prints a colored tree without reading file contents – perfect for checking what would be included.

### 3. Create a reusable project template 📁

```bash
ccp reverse -o python-package.tree
```

Share the `.tree` file or commit it to a template repository.

### 4. Bootstrap a new project from a template 🚀

```bash
ccp create my-project --template python
```

### 5. Inline one‑off scaffolding 🧱
#### writing this requires knowing the .tree syntac
```bash
ccp generate --inline "src/
  main.rs: fn main() { println!(\"Hello\"); }
  Cargo.toml: |
    [package]
    name = \"demo\"
    version = \"0.1.0\"
    edition = \"2021\"
"
```

### 6. Exclude logs and artifacts everywhere 🗑️

```bash
ccp -e "*.log" -e "target/"
```

### 7. Snapshot everything (including build dirs) 🌐

```bash
ccp --all > full-snapshot.md
```

### 8. Scan a different folder and output only the tree 🌲

```bash
ccp ../another-project -s -o structure.md
```

---

## Built‑in Templates 📦

`ccp` ships with starter templates bundled at compile time.
Check the available ones with a non‑existent name:

```bash
ccp generate --template not-a-template  # error message lists all built‑in templates
```

Currently included:

- Systems: `c`, `cpp`, `rust`
- Backend and general-purpose: `go`, `java`, `python`, `ruby`
- JavaScript and web: `node`, `react`, `typescript`, `web`

For example:

```bash
ccp create my-rust-app --template rust
ccp create my-react-app --template react
ccp create my-static-site --template web
```

Add your own by placing `.tree` files into a `templates/` directory next to where you run `ccp`, or specify a path with `--templates-dir`.

The template loader checks:
1. `templates_dir/NAME`
2. `templates_dir/NAME.tree`
3. Built‑in templates (fallback)

So you can override a built‑in template by placing a file with the same name in your custom folder.

---

## Default Exclusions 🧹

To keep snapshots clean and focused, `ccp` skips a large set of common clutter by default.  
The full list is embedded in the source; it includes:

- Build & cache directories: `target/`, `node_modules/`, `dist/`, `build/`, `.next/`, `__pycache__/`, `.cache/`, …
- Version control: `.git/`
- Lock files: `Cargo.lock`, `*.lock`
- IDE / editor: `.idea/`, `.vscode/`, `*.swp`
- OS files: `.DS_Store`, `Thumbs.db`
- Binary archives: `*.zip`, `*.tar.gz`, `*.pdf`, `*.mp4`

Use **`-a` / `--all`** to include everything (except patterns added with `-e`).  
You can also create a `.mktreeignore` file in your project root to add custom ignore patterns (one per line, same syntax as `.gitignore`).

---

## Integration Tips 🔗

- **Piping to clipboard**: `ccp | xclip -selection clipboard` (if not using `-c`).
- **CI / scripts**: use `-q` and `--force` to avoid interactive prompts.
- **Templating engine**: you can pre‑process `.tree` files with environment variables or `sed` before feeding them to `ccp generate`.

---
## Roadmap(TODO)
some of these are already partly done.
- [ ] Implement a button(possibly as a file) that if clicked would function like `ccp -c`.
- [ ] make updating easy. when i run the project it must auto-update(I'm still not sure about this one) 
- [ ] Support XML output format
- [x] Add global and local `.ccprc` configuration support
- [ ] Support scanning remote Git repositories without cloning manually -> I'm not fully sure if this is a great idea but I might end up making it:)
- [ ] Add Git metadata (branch, commit hash, remote URL) to snapshots
- [ ] Support multiple output formats (`markdown`, `xml`, `json`, `raw`) -> ccp already supports markdown and raw
- [ ] Handle files that are too large (more than 1048576 bytes)
- [ ] Better binary‑file detection and handeling (checksums)
- [ ] make the --help short and let the manual remain long.

## License 📜

---

## Contributing 🤝

Feedback, issues, and pull requests are welcome!  
Make sure to run `cargo test` before submitting.  
If you want to add a new built‑in template, drop a `.tree` file into the `templates/` directory – the build script picks it up automatically.

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