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tilde-desktop

tilde desktop

Active · last change 2-1-2026
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README

Tilde Desktop

Tilde Desktop Logo

Tilde Desktop is a lightweight, customizable desktop environment designed for Unix, macOS, and Linux. It offers a clean, efficient, and minimalist interface, perfect for users who prioritize simplicity without compromising on functionality.

Key Features

Cross-Platform Support: Works seamlessly on Unix, macOS, and Linux systems.
Lightweight: Minimal system resource usage, ideal for older hardware and those who prefer a streamlined computing environment.
Customizable: Easily adaptable to your needs with support for themes, extensions, and plugins.
Modern Technologies: Developed using ANSI C, D, PHP, and Object Pascal (FreePascal) for performance and flexibility.
Open Source: Licensed under an open-source license, inviting contributions and improvements from the community.

Featured Tools

Tilde Terminal

A powerful terminal emulator built for speed and ease of use. It supports custom themes and plugins to enhance productivity.

Tilde File Manager

An efficient file manager with a dual-pane interface, allowing for quick file operations and easy navigation.

Tilde Editor

A lightweight text editor that supports syntax highlighting, multiple programming languages, and various extensions for developers.

Installation

You can install Tilde Desktop on supported platforms by following the steps below.

Prerequisites

A system running Unix, macOS, or Linux.
Git installed to clone the repository.

Steps

Clone the repository:

bash

git clone https://github.com/ringsce/tilde-desktop.git

Navigate to the project directory:
bash
```
cd tilde-desktop
```
Build the project (make sure you have the necessary compilers and build tools installed):
bash
```
make
```
Install the desktop environment:
bash
```
sudo make install
```

Development

Tilde Desktop is a community-driven project, and contributions are highly encouraged. Whether you're interested in fixing bugs, adding features, or improving documentation, your help is welcome!

How to Contribute

Fork the repository.
Create a new branch for your feature or bug fix.
Submit a pull request with a clear explanation of your changes.

Community

Join the discussion, ask questions, or share your feedback:

Stay up to date with new features and updates by following our blog and social channels:

License

This project is licensed under the MIT License. See the LICENSE file for more details.

Support

If you encounter any issues or need assistance with Tilde Desktop, feel free to open a GitHub issue or reach out to us via the community forum.

Integrating Tilde Desktop into AROS OS requires adapting its structure to AROS's unique platform, ensuring compatibility, and creating a modular approach. Here's how you can set up Tilde Desktop for AROS, along with utilizing the amiga folder for testing purposes.

1. Setup and Folder Structure

For simplicity, let's organize the files as follows:

pascal

tilde-desktop/
????????? amiga/                  # Testing folder for Amiga/AROS
???   ????????? tilde_main.c        # Entry point for Tilde Desktop on AROS
???   ????????? gui.c               # AROS GUI abstraction layer
???   ????????? file_manager.c      # Basic file manager code
???   ????????? terminal.c          # Basic terminal emulator
???   ????????? editor.c            # Text editor component
???   ????????? tilde.h             # Shared header for components
???   ????????? Makefile            # Build instructions for AROS
????????? src/                    # Main source files (for Unix/Linux/macOS)
????????? ...

2. AROS-Specific Files

`tilde_main.c`

This file initializes the Tilde Desktop on AROS.

#include "tilde.h"

int main(int argc, char **argv) {
    if (!init_gui()) {
        return 1;
    }

    run_file_manager(); // Launch file manager
    run_terminal();     // Launch terminal emulator
    run_editor();       // Launch text editor

    cleanup_gui();
    return 0;
}

`gui.c`

The GUI abstraction for AROS, using Intuition.

#include "tilde.h"
#include <aros/intuition.h>

static struct Window *main_window;

int init_gui() {
    main_window = OpenWindowTags(NULL,
        WA_Title, (IPTR) "Tilde Desktop - AROS",
        WA_Width, 800,
        WA_Height, 600,
        WA_Flags, WFLG_CLOSEGADGET | WFLG_SIZEGADGET,
        TAG_END);

    return main_window != NULL;
}

void cleanup_gui() {
    if (main_window) {
        CloseWindow(main_window);
    }
}

`file_manager.c`

A placeholder for the file manager component.

#include "tilde.h"

void run_file_manager() {
    printf("Running Tilde File Manager...\n");
    // Implement file manager logic here
}

`terminal.c`

A placeholder for the terminal emulator component.

#include "tilde.h"

void run_terminal() {
    printf("Running Tilde Terminal Emulator...\n");
    // Implement terminal logic here
}

`editor.c`

A placeholder for the text editor component.

#include "tilde.h"

void run_editor() {
    printf("Running Tilde Text Editor...\n");
    // Implement editor logic here
}

`tilde.h`

A shared header for all components.

#ifndef TILDE_H
#define TILDE_H

#include <stdio.h>
#include <aros/intuition.h>

// GUI functions
int init_gui();
void cleanup_gui();

// Components
void run_file_manager();
void run_terminal();
void run_editor();

#endif

3. Makefile

Build the project for AROS using this Makefile.

makefile

CC := gcc
CFLAGS := -Wall -O2
LDFLAGS := -lamiga -lintuition

SRC := tilde_main.c gui.c file_manager.c terminal.c editor.c
OBJ := $(SRC:.c=.o)
OUT := tilde_desktop

all: $(OUT)

$(OUT): $(OBJ)
    $(CC) $(OBJ) -o $@ $(LDFLAGS)

%.o: %.c
    $(CC) $(CFLAGS) -c $< -o $@

clean:
    rm -f $(OBJ) $(OUT)

4. Using the `amiga` Folder

The amiga folder is used for testing components specifically tailored for AROS. It contains:

Simplified versions of Tilde Desktop components.
A build system specific to AROS (the Makefile above).
Debugging and logging for early testing.

You can gradually replace the placeholders with fully implemented components while testing them on AROS.

5. Steps to Build and Test

Navigate to the amiga Folder:
bash
```
cd tilde-desktop/amiga
```
Build the Project:
bash
```
make
```
Test on AROS: Transfer the tilde_desktop binary to your AROS environment and execute it.

6. Future Enhancements

UI Improvements: Add menus, buttons, and other GUI elements to each component.
Feature Integration: Implement full logic for the file manager, terminal emulator, and text editor.
Testing and Debugging: Use the amiga folder for continuous testing and debugging on AROS.

This setup provides a foundation to port Tilde Desktop to AROS and test it incrementally. Let me know if you need help with specific features or additional integration steps!

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