227 lines
6.0 KiB
Markdown
227 lines
6.0 KiB
Markdown
# Dotfiles
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## How to Use
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First, clone the repository:
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```sh
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git clone https://gitea.tomastm.com/tomas.mirchev/dotfiles.git ~/.dotfiles && cd ~/.dotfiles
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```
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The `setup` script will automatically update the remote repository URL. However, if you are configuring the dotfiles manually, make sure to change it after adding your SSH key:
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```sh
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git remote set-url origin git@gitea.tomastm.com:tomas.mirchev/dotfiles.git
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git remote -v
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```
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The `manage.py` script allows you to link configurations, install packages, and set up environments. To view available arguments, use:
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```sh
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manage.py -h
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manage.py <link|install|setup> -h
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```
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### Common Commands:
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- `manage.py link <environment> [--copy] [-f|--force] [-p|--package]`
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- `manage.py install <environment> [-p|--package]`
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- `manage.py setup <environment> [--extra]`
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You can create multiple environments, following this structure:
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- `config/<environment>`
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- `config.json` (add `<environment>` to the JSON file)
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- `setups/<environment>`
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- Any additional scripts can be placed in `scripts/<script>`, following the naming convention `<env>-<script>`.
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## Environments
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Although you can specify any environment using `manage.py`, the recommended workflow follows this structure:
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### MacOS (`macos`)
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> **Setup command:** `manage.py setup macos`
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Since macOS is the host machine, it should use minimal applications and configurations. Whenever possible, install applications via Homebrew.
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Before formatting your machine, back up installed formulas and casks:
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```sh
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scripts/macos-brew_backup.sh
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```
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This backup will be restored automatically when setting up `macos`.
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#### Essential Applications:
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- **LinearMouse**: Invert scrolling, adjust scrolling by pixels, and fix pointer acceleration.
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- **Karabiner**: Configure keybindings and modifier keys.
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- **Rectangle**: Window tiling.
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- **Window-Tagger**: Custom window manager ([repository](https://gitea.tomastm.com/tomas.mirchev/window-tagger)).
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- **Ghostty**: Terminal emulator.
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System settings cannot be automatically backed up. Refer to `obsidian#MacSettings.md` for manual adjustments.
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#### UTM (Virtual Machines)
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Development should occur inside virtual machines. UTM is preferred due to its open-source nature and support for both QEMU and Apple Hypervisor.
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> **Note:** When installing ISOs, ensure the correct architecture is selected.
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For Debian-based setups, avoid setting a `root` password to enable automatic `sudo` installation and add your user to the sudo group.
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#### DNS Configuration
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Communication between the host and virtual machines happens via local IPs set by UTM DHCP. To simplify this process, use `dnsmasq` (installed via `manage.py`).
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##### 1. Verify `dnsmasq` is Running
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```sh
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pgrep dnsmasq # Should return a PID if running
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```
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##### 2. Determine the Default Gateway
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On **macOS (host):**
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```sh
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ifconfig | grep 192
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```
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On the **VM** (in "Shared Network" mode):
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```sh
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ip r
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```
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Typically, the **gateway IP** is `192.168.64.1`. If different, update the next steps accordingly.
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##### 3. Edit `dnsmasq.conf`
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```sh
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sudo vim /opt/homebrew/etc/dnsmasq.conf
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```
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Add:
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```ini
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# Define local domains
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address=/personal.utm.local/192.168.64.2
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address=/university.utm.local/192.168.64.3
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address=/personal.workstation.lan/192.168.50.2
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# Listening addresses (include gateway IP)
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listen-address=127.0.0.1,192.168.64.1
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```
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##### 4. Configure macOS to Use `dnsmasq`
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```sh
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sudo mkdir -p /etc/resolver
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sudo vim /etc/resolver/local
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sudo vim /etc/resolver/lan
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```
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Add:
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```plaintext
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nameserver 127.0.0.1
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```
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Alternatively:
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```sh
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echo "nameserver 127.0.0.1" | sudo tee /etc/resolver/local
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```
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##### 5. Restart `dnsmasq` and Flush DNS Cache
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```sh
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sudo brew services restart dnsmasq
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sudo dscacheutil -flushcache; sudo killall -HUP mDNSResponder
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```
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##### Notes
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- `dnsmasq` requires manual removal on Brew upgrades or uninstallation:
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```sh
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sudo rm -rf /opt/homebrew/Cellar/dnsmasq/*/sbin
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sudo rm -rf /opt/homebrew/opt/dnsmasq
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sudo rm -rf /opt/homebrew/var/homebrew/linked/dnsmasq
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```
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### Linux VM (`linux-vm`)
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> **Setup command:** `manage.py setup linux-vm --extra "<hostname>"`
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After running the setup script, follow any additional manual steps it outputs.
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The most critical step is authenticating with the registry:
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```sh
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docker login registry.tomastm.com
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```
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### Linux Dev (`linux-dev`)
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This environment does not use a `setup` command, as it is configured via `Dockerfile`. However, `install` and `link` commands are available.
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Use `link --copy` to avoid redundant configurations inside images, reducing final image size.
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A base image (`base-debian`) contains essential utilities. Additional images exist for specific tools, such as `node` and `python`. View all images at: [Dev Containers](https://gitea.tomastm.com/tomas.mirchev/dev-containers).
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Each project should run its own container instance, enabling seamless project switching. Code remains on a mounted volume from the Linux VM.
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Containers persist until manually stopped, allowing `tmux` sessions to remain active.
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For convenience, use the `dev` script located in `~/bin` (automatically added to `PATH`).
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```sh
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dev -i <image> <name>
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# Example:
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dev -i node myapp
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```
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This creates a container named `node-myapp` (`<image>-<name>`).
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All images support both `arm64` and `amd64` architectures, automatically detected during execution.
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---
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## Miscellaneous
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### Building NeoVim
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NeoVim is mirrored to Gitea to build `.deb` packages for releases. Follow these steps:
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```sh
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git clone git@gitea.tomastm.com:tomas.mirchev/neovim.git
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cd neovim
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git checkout tags/<tag>
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make CMAKE_BUILD_TYPE=RelWithDebInfo
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cd build
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cpack -G DEB
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```
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This builds for the host machine's architecture. The package should follow this format:
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```
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nvim-linux-$(dpkg --print-architecture).deb
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```
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Create a new release in the mirrored repository and attach the `.deb` file.
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### Proxmox
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UTM is the preferred VM solution, but Proxmox can be used for homelab setups.
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To fix `apt update/upgrade` issues:
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1. Go to "Datacenter" → "workstation" → "Repositories".
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2. Disable both enterprise sources.
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3. Add a new repository with "No-Subscription".
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4. Refresh "Updates" and proceed.
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