Dynio

Wrap any cli command in a spotlight-like input bar

This provides a spotlight-like GUI to CLI commands. You edit a yaml with the name of or path to the command and the app calls it and uses its output to create a UI.

For example: Take the command ls. The app calls ls each time you press a key with everything you have in the input and then outputs the result as a scrollable and selectable list. You can set an "activation" on each list item (what happens when you select and press enter--this can be basically anything). You could configure the "open" activation which treats the line as a path to be opened* that ls outputs (ls -d).

Windows, macOS, Linux
Global shortcut (Alt/Option+Space) shows/hides instantly
Yaml config: Full schema with autocomplete in vscode. Paste the schema into an LLM and have it create a command.
LLM streaming: Chunk-based output for real-time LLM responses with <think> block rendering

* Mac: open <path>, Windows: explorer.exe <path>, Linux: xdg-open <path>.

Getting started

Install it
Go to ~/.config/dynio/cmd-config.yaml on mac and linux, or %USERPROFILE%\.config\dynio\cmd-config.yaml on windows
Each top level of this file is the name of a "command" in the app (in the demo screeners below this is the badge with "qalc" or "groq" or "find") and below it is the config for the command. If you open the file in vscode you will have automatic linting and intellisense thanks to the json schema in the folder.
At the top of this file, add a new entry:

Macos and Linux:

list:
    command: ls  # This is the CLI command to run with the content of the input box
    description: List files
    placeholderText: List files...
    runOnEnter: true  # You press enter after typing a path
    modeConfig:
        mode: list
        displayOptions: {}
        activationOptions:
            activateAction: copy

Windows:

list:
    command: dir
    description: List files
    placeholderText: List files...
    runOnEnter: true
    modeConfig:
        mode: list
        displayOptions: {}
        activationOptions:
            activateAction: copy

(the full structure is here)

That's it. Type a path in the input and press enter to list it. There are some examples below that can be copied and pasted but the possible commands are unlimited. Paste a link to this repo into your LLM of choice and get it to write a script to do anything.

You can put as many commands as you like in this file. Cmd or Ctrl + s will list all the commands with the hotkey number (another option) set for them.

Demo: Calculator with Qalc

Qalc is a really cool calculator that understands almost plain-english input. The garish colors here come directly from qalc. I.e. this is parsing qalc's ascii escape chars

qalc:
    command: qalc # command name or path to the command
    arguments:
        - -t
        - -c
        - -s
        - "upxrates 1"
    description: Calculator (Qalculate)
    hotkeyNumber: 1
    placeholderText: Calculate... 
    noOutputTimeoutMs: 100
    modeConfig:
        mode: single
        displayOptions:
            parseAnsiColors: true
            json: false
        activationOptions:
            activateAction: copy # pressing enter copies the result to the clipboard

Demo: LLM Integration

Adding an LLM is just a matter of copying and pasting the curl command you get in the code preview panel on most LLM playgrounds. You can get fancier also:

groq:
    command: "node"
    arguments:
        - "/path/to/groq-ask.js"
    description: Ask Groq a question (uses compound model with web search)
    hotkeyNumber: 3
    placeholderText: Ask Groq...
    runOnEnter: true
    noOutputTimeoutMs: 2000
    modeConfig:
        mode: llm # <-- !! Nota bene: This is the money mode for LLMs
        displayOptions:
            parseAnsiColors: false
            thinkingDisplay: showWhileThinking
            smallSize: 0.8
            largeSize: 1
            sizeBreakPoint: 100

Example Groq script (TypeScript)

This uses groq's compound model--which is nice because it has search and browser use. In my testing it had issues differentiating reasoning and actual output so I summarise everything using another LLM.

import { Groq } from "groq-sdk";
import process from "node:process";

const userPrompt = process.argv[2];
if (!userPrompt) {
    console.error("Usage: node groq-ask.js <prompt>");
    process.exit(1);
}

const groq = new Groq({
    apiKey: process.env.GROQ_API_KEY, // Noto bene: API key in env var
});

// Stage 1: Call compound model and stream reasoning wrapped in <think></think>
const COMPOUND_SYSTEM_PROMPT = `\
Investigate the user's questions thoroughly by reading high quality sources.
- For technical questions, check the latest official documentation
- For science questions, look at research papers, textbooks, or expert subreddits
- For calculations, use your code interpreter tool
`;

const compoundStream = await groq.chat.completions.create({
    messages: [
        { role: "system", content: COMPOUND_SYSTEM_PROMPT },
        { role: "user", content: userPrompt },
    ],
    model: "groq/compound",
    temperature: 1,
    max_completion_tokens: 1024,
    stream: true,
    compound_custom: {
        tools: {
            enabled_tools: ["web_search", "code_interpreter", "visit_website"],
        },
    },
});

let compoundOutput = "";
process.stdout.write("<think>");

for await (const chunk of compoundStream) {
    const delta = chunk.choices[0]?.delta;
    if (!delta) continue;

    const reasoning = delta.reasoning ?? "";
    process.stdout.write(reasoning);

    const content = delta.content ?? "";
    compoundOutput += reasoning + content;
    process.stdout.write(content);
}

process.stdout.write("</think>\n");

// Stage 2: Call Kimi model to summarize the compound output
const kimiSystemPrompt = `\
Keep your answer highly concise. Include a sources section below the answer
listing best sources from the research as bullet points with title as anchor text.
`;

const kimiStream = await groq.chat.completions.create({
    messages: [
        { role: "system", content: kimiSystemPrompt },
        { role: "user", content: `Examine this research:\n\n${compoundOutput}\n\nAnswer: "${userPrompt}"` },
    ],
    model: "moonshotai/kimi-k2-instruct",
    temperature: 0.6,
    max_completion_tokens: 4096,
    stream: true,
});

for await (const chunk of kimiStream) {
    const content = chunk.choices[0]?.delta?.content ?? "";
    process.stdout.write(content);
}

process.stdout.write("\n");

Demo: File Search

This is extremely fast and shows system applications like TextEdit. You could get really fancy by adding frecency to the find script and a custom activation script that updates frequency scores

find:
    command: /path/to/custom-find.sh
    description: Search files using Spotlight. Apps shown first.
    hotkeyNumber: 2
    placeholderText: Search files
    noOutputTimeoutMs: 150
    modeConfig:
        mode: list
        displayOptions:
            parseAnsiColors: true
            stderrFilterRegex: "\\[UserQueryParser\\]"
            maxLineLength: 160
            lineSplitter: "\n"
            fontSize: 0.8
        activationOptions:
            activateAction: open
            hideOnActivation: true
            isPath: true

Example macOS find script (with fzf)

#!/bin/bash
query="$1"

# Trigger TCC prompts for dynio to access protected folders (only prompts once). 
#  comment out after first exectution
ls ~/Desktop ~/Documents ~/Downloads >/dev/null 2>&1


[[ ${#query} -le 2 ]] && exit 0

{
    # Application folders (not indexed by Spotlight)
    ls -1d /System/Applications/*.app 2>/dev/null
    ls -1d /System/Applications/Utilities/*.app 2>/dev/null
    ls -1d /Applications/*.app 2>/dev/null
    ls -1d /Applications/Utilities/*.app 2>/dev/null
    # Non-applications via Spotlight (excluding home folder)
    mdfind "kMDItemFSName == '*$query*'c && kMDItemKind != 'Application'" 2>/dev/null | grep -v "^$HOME"
} | fzf --filter "$query"

Installation

macOS (Homebrew):

brew install --cask bn-l/tap/dynio

Note: If installing directly from a .dmg (not via Homebrew), the app is not yet notarized so macOS may show "app is damaged." Fix with:
xattr -d com.apple.quarantine /Applications/dynio.app

All platforms: Download the installer for your OS from Releases.

Platform	Format
Windows	`.exe` (NSIS installer)
macOS	`.dmg`
Linux	`.deb`, `.AppImage`

Configuration

On first launch, Dynio creates config files at:

macOS/Linux: ~/.config/dynio/ (or $XDG_CONFIG_HOME/dynio/)
Windows: ~/.config/dynio/

File	Purpose
`cmd-config.yaml`	Command definitions
`general-settings.yaml`	App settings (shortcut, theme, etc.)
`cmd-config-schema.json`	JSON schema for autocomplete
`general-settings-schema.json`	JSON schema for autocomplete
`dynio.log`	Debug logs

The app watches its config directory and auto-restarts on changes.

General Settings

darkMode: auto                # auto | true | false (auto follows system preference)
defaultCommand: find          # Command to use on launch
startMinimised: false         # Start hidden
inputFontSize: 1.8            # Input font size (rem)
alwaysOnTop: false            # Keep window above others
globalShortcut: "Option+Space" # Toggle shortcut (macOS)
hideOnLostFocus: true         # Hide when clicking outside

Command Config Structure

Each command entry supports:

Option	Description
`command`	Path to executable or command name
`arguments`	Array of command-line arguments
`description`	Short description shown in selector
`hotkeyNumber`	1-9 for Cmd/Ctrl+N quick select
`placeholderText`	Input placeholder text
`noOutputTimeoutMs`	Delay before showing "no output"
`runOnEnter`	If true, only run on Enter (not per-keystroke)
`currentDir`	Working directory for the command
`modeConfig`	Display mode configuration (see below)

Display Modes

List mode - For commands that output selectable items:

modeConfig:
    mode: list
    displayOptions:
        maxLineLength: 200
        lineSplitter: "\n"
        fontSize: 0.8
        parseAnsiColors: true
    activationOptions:
        activateAction: open  # or "copy" or "command"
        isPath: true
        hideOnActivation: true

Single mode - For calculators, JSON APIs:

modeConfig:
    mode: single
    displayOptions:
        json: true
        jsonPath: "choices.0.message.content"
        sizeBreakPoint: 25
        largeSize: 1.5
        smallSize: 1.2
    activationOptions:
        activateAction: copy

LLM mode - For streaming LLM output with markdown and thinking blocks:

modeConfig:
    mode: llm
    displayOptions:
        thinkingDisplay: showWhileThinking  # none, keepHidden, showWhileThinking, show
        thinkingOpenPattern: "<thinking>|<think>"
        thinkingClosePattern: "</thinking>|</think>"
        smallSize: 0.8
        largeSize: 1.0
        sizeBreakPoint: 100

Hotkeys

Shortcut	Action
`Alt/Option + Space`	Show / Hide (configurable)
`Cmd/Ctrl + S`	Show command selector
`Cmd/Ctrl + 1-9`	Quick select command 1-9
`Escape`	Close tray / Clear input / Hide
`Enter`	Activate selected item (list mode)
`Cmd/Ctrl + Enter`	Activate when `runOnEnter: true`
`Cmd/Ctrl + O`	Open containing folder (when `isPath: true`)
`Ctrl + U/D`	Half-page scroll up/down
`Up/Down`	Navigate list items

Activation Actions

When you press Enter on a selected item:

Action	Behavior
`copy`	Copy extracted text to clipboard
`open`	Open path/URL in default application
`command`	Run a command with the text as argument

Use extractorRegexBody and extractorGroup to extract specific parts of each line.

Tips

Windows

Scoop is great for installing CLI tools:

scoop bucket add extras
scoop install qalculate      # Calculator
scoop install everything-cli # Fast file search (requires Everything)

Output Processing

List and Single modes read output line-by-line. Data displays when a newline (\n) is received.

LLM mode uses chunk-based reading instead, so tokens appear immediately without waiting for newlines.

Privacy

Open source with signed builds
No data collection
Single update check on launch to this repository's releases (i.e. to github.com)
Can be built from source with tauri build (remove updater section from tauri.conf.json)

Troubleshooting

Windows WebView: On older Windows versions, WebView2 should auto-install. Manual install: https://go.microsoft.com/fwlink/p/?LinkId=2124703

Logs: Check ~/.config/dynio/dynio.log for debug output.

Config errors: The app validates YAML against schemas on startup. Check logs for validation errors.

License

AGPL-3.0

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Dynio

Wrap any cli command in a spotlight-like input bar

Getting started

Demo: Calculator with Qalc

Demo: LLM Integration

Demo: File Search

Installation

Configuration

General Settings

Command Config Structure

Display Modes

Hotkeys

Activation Actions

Tips

Windows

Output Processing

Privacy

Troubleshooting

License

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README.md

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README.md

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Dynio

Wrap any cli command in a spotlight-like input bar

Getting started

Demo: Calculator with Qalc

Demo: LLM Integration

Demo: File Search

Installation

Configuration

General Settings

Command Config Structure

Display Modes

Hotkeys

Activation Actions

Tips

Windows

Output Processing

Privacy

Troubleshooting

License