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jesseduffield logolazydocker

The lazier way to manage everything docker

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Quick Overview

Lazydocker is a terminal UI for Docker and Docker Compose, built with the gocui library. It provides an intuitive interface for managing Docker containers, images, volumes, and networks, allowing users to easily monitor and interact with their Docker environment without memorizing complex command-line instructions.

Pros

  • User-friendly interface for managing Docker resources
  • Reduces the need to remember complex Docker commands
  • Provides real-time monitoring of container logs and resource usage
  • Supports Docker Compose for managing multi-container applications

Cons

  • May have a learning curve for users unfamiliar with terminal-based UIs
  • Limited customization options compared to command-line Docker
  • Requires installation and setup, unlike native Docker CLI
  • May not support all advanced Docker features or edge cases

Getting Started

To install Lazydocker, you can use one of the following methods:

  1. Using Homebrew (macOS and Linux):
brew install jesseduffield/lazydocker/lazydocker
  1. Using Scoop (Windows):
scoop bucket add extras
scoop install lazydocker
  1. Manual installation:
    • Download the latest release from the GitHub releases page
    • Extract the archive and move the lazydocker binary to a directory in your PATH

To run Lazydocker, simply open a terminal and type:

lazydocker

Once launched, you can navigate the interface using keyboard shortcuts. Press ? to view the keybindings and available commands.

Competitor Comparisons

52,000

simple terminal UI for git commands

Pros of Lazygit

  • More comprehensive Git functionality, including branch management, rebasing, and stashing
  • Wider adoption and larger community, leading to more frequent updates and bug fixes
  • Better suited for complex Git workflows and larger projects

Cons of Lazygit

  • Steeper learning curve due to more advanced Git features
  • Less intuitive for users primarily focused on basic Git operations
  • May feel overwhelming for beginners or those who prefer simpler interfaces

Code Comparison

Lazygit configuration example:

gui:
  theme:
    activeBorderColor:
      - green
      - bold
    inactiveBorderColor:
      - white

Lazydocker configuration example:

gui:
  scrollHeight: 2
  scrollPastBottom: true
  mouseEvents: true
  skipDisclaimer: false

Both projects use similar configuration structures, but Lazygit focuses on Git-specific settings, while Lazydocker tailors its options for Docker management.

Summary

Lazygit is a powerful Git TUI that offers extensive Git functionality, making it ideal for advanced users and complex projects. Lazydocker, on the other hand, is specifically designed for Docker management, providing a simpler interface for container-related tasks. While both tools share similar design principles, they cater to different aspects of development workflows.

45,863

A tool for exploring each layer in a docker image

Pros of dive

  • Focused specifically on analyzing Docker image layers
  • Provides detailed information about image size and efficiency
  • Offers suggestions for optimizing Docker images

Cons of dive

  • Limited to image analysis, lacks broader Docker management features
  • Command-line interface may be less intuitive for some users
  • Doesn't provide real-time monitoring of running containers

Code comparison

dive:

dive <image-name>

lazydocker:

lazydocker

Key differences

dive is a specialized tool for Docker image analysis, while lazydocker is a more comprehensive Docker management interface. dive excels at providing detailed information about image layers and optimization opportunities, making it valuable for developers focused on image efficiency. lazydocker, on the other hand, offers a broader range of features for managing Docker containers, images, and volumes through a user-friendly terminal UI.

dive is ideal for users who need in-depth image analysis, while lazydocker is better suited for those seeking an all-in-one Docker management solution. The choice between the two depends on the specific needs of the user and their Docker workflow.

15,424

Top-like interface for container metrics

Pros of ctop

  • Lightweight and focused solely on container monitoring
  • Provides real-time CPU and memory usage graphs
  • Supports both Docker and runC containers

Cons of ctop

  • Limited to container monitoring, lacks broader Docker management features
  • No built-in log viewing or container management capabilities
  • Less intuitive interface for users new to container management

Code Comparison

ctop:

func (cm *ContainerMetrics) CPUUtil() float64 {
    return round((cm.cur.CPU.Usage - cm.prev.CPU.Usage) / float64(cm.cur.CPU.System-cm.prev.CPU.System) * 100)
}

lazydocker:

func (c *Container) GetDisplayStrings() []string {
    return []string{
        c.Name,
        c.ContainerInfo.State.Status,
        c.ContainerInfo.Config.Image,
        c.GetCPUPercentage(),
        c.GetMemoryPercentage(),
    }
}

Summary

ctop is a lightweight, focused tool for monitoring container resources, while lazydocker offers a more comprehensive Docker management interface. ctop excels in providing real-time resource usage graphs but lacks broader management features. lazydocker, on the other hand, offers a more intuitive interface with built-in log viewing and container management capabilities, making it more suitable for users who need a full-featured Docker management tool.

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Pros of dry

  • Lighter and more focused on Docker-specific operations
  • Supports Docker Swarm mode out of the box
  • Offers a more compact UI layout, potentially better for smaller screens

Cons of dry

  • Less feature-rich compared to lazydocker
  • Limited support for Docker Compose
  • Less active development and community support

Code Comparison

dry:

func (v *ContainerDetailsWidget) updateHeader() {
    v.header.Clear()
    v.header.AddText("Container: "+v.container.Names[0], true, tview.AlignLeft, tcell.ColorWhite)
}

lazydocker:

func (gui *Gui) renderContainerDetails(container *types.Container) error {
    return gui.renderString(gui.Views.ContainerDetails, gui.containerDetailsString(container))
}

Both projects use Go and focus on rendering Docker-related information. dry appears to use a more widget-based approach, while lazydocker seems to have a more centralized rendering system.

lazydocker offers a broader range of features, including better integration with Docker Compose and a more user-friendly interface. It also has more active development and a larger community. However, dry excels in its lightweight nature and specific focus on Docker operations, making it potentially more suitable for users who primarily work with Docker containers and Swarm mode.

3,761

Immersive terminal interface for managing docker containers and services

Pros of Dockly

  • Lightweight and easy to install via npm
  • Provides a clean, minimalist interface for monitoring Docker containers
  • Offers real-time resource usage statistics for containers

Cons of Dockly

  • Limited functionality compared to Lazydocker
  • Less intuitive navigation and control options
  • Fewer advanced features for managing Docker images and networks

Code Comparison

Dockly (JavaScript):

const blessed = require('blessed')
const contrib = require('blessed-contrib')
const dockerUtil = require('./src/dockerUtil')

const screen = blessed.screen()
const grid = new contrib.grid({rows: 12, cols: 12, screen: screen})

Lazydocker (Go):

package main

import (
	"github.com/jesseduffield/gocui"
	"github.com/jesseduffield/lazydocker/pkg/app"
	"github.com/jesseduffield/lazydocker/pkg/config"
)

Both projects use terminal-based user interfaces, but Lazydocker is written in Go, while Dockly is written in JavaScript. Lazydocker offers a more comprehensive set of features and a more intuitive interface for managing Docker containers, images, and networks. Dockly, on the other hand, provides a simpler, more focused approach to monitoring Docker containers with real-time resource usage statistics.

26,585

Glances an Eye on your system. A top/htop alternative for GNU/Linux, BSD, Mac OS and Windows operating systems.

Pros of Glances

  • Broader system monitoring capabilities, covering CPU, memory, network, and more
  • Cross-platform support (Linux, macOS, Windows)
  • Extensible plugin system for custom metrics

Cons of Glances

  • Less focused on Docker-specific monitoring
  • May require more setup for Docker-centric use cases
  • Command-line interface might be less intuitive for some users

Code Comparison

Glances (Python):

from glances_api import Glances

glances = Glances()
cpu_percent = glances.getCpu()
print(f"CPU Usage: {cpu_percent}%")

Lazydocker (Go):

package main

import (
    "github.com/jesseduffield/lazydocker/pkg/commands"
)

func main() {
    app := commands.NewApp()
    app.Run()
}

Summary

Glances is a comprehensive system monitoring tool with broad capabilities, while Lazydocker focuses specifically on Docker container management. Glances offers cross-platform support and extensibility, but may require more setup for Docker-centric use cases. Lazydocker provides a more intuitive interface for Docker management but has a narrower focus. The code examples highlight the different approaches: Glances uses a Python API for system metrics, while Lazydocker is built in Go and centered around Docker operations.

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README

A simple terminal UI for both docker and docker-compose, written in Go with the gocui library.

CI Go Report Card GolangCI GoDoc GitHub repo size GitHub Releases GitHub tag homebrew

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Demo

Sponsors

Maintenance of this project is made possible by all the contributors and sponsors. If you'd like to sponsor this project and have your avatar or company logo appear below click here. 💙

Mark LussierDean HerbertPeter BjorklundReilly WoodOliver GüntherPawan DhananjayBartłomiej DachDavid KarlssonCarsten GehlingCEUKAkos PutzXeteraHolden LucasChau TranmatejciktheAverageDev (Luca Tumedei)Ivan ZaitsevNicholas CloudLightQuantumGabriel SaillardAliaksandr StelmachonakBurgy BenjaminJoe KlemmerTobias LütkeBen BeaumontHollyJames SantucciJeff ForcierMaciej T. NowakFarzad MajidfayyazYuryAndreas KurthBraden SteffaniakJordan GillardSebastianGeorge SpanosFrantisek StankoAndy SlezakMartin KockIllarion KoperskiJesse AlamaCodacyBrettJan HeijmansKevin Nowaldsem pruijsOmar Luq Ethan LiBrian MacAskillMaxinbrJan ZenknerVictor AremuIgor RamazanovElliott Maguiren8n - Workflow Automationkaleb allmonJosh ThomasJJFrederick MorlockDarren CraineMaximilian LangenfeldNurzhanDavis BulsGrec MarcsainuMarc Güell SegarraChris OlsenVladimir PopovNeil LambertShaun GarwoodDavid Heinemeier HanssonWayan jimmy

Elevator Pitch

Minor rant incoming: Something's not working? Maybe a service is down. docker-compose ps. Yep, it's that microservice that's still buggy. No issue, I'll just restart it: docker-compose restart. Okay now let's try again. Oh wait the issue is still there. Hmm. docker-compose ps. Right so the service must have just stopped immediately after starting. I probably would have known that if I was reading the log stream, but there is a lot of clutter in there from other services. I could get the logs for just that one service with docker compose logs --follow myservice but that dies everytime the service dies so I'd need to run that command every time I restart the service. I could alternatively run docker-compose up myservice and in that terminal window if the service is down I could just up it again, but now I've got one service hogging a terminal window even after I no longer care about its logs. I guess when I want to reclaim the terminal realestate I can do ctrl+P,Q, but... wait, that's not working for some reason. Should I use ctrl+C instead? I can't remember if that closes the foreground process or kills the actual service.

What a headache!

Memorising docker commands is hard. Memorising aliases is slightly less hard. Keeping track of your containers across multiple terminal windows is near impossible. What if you had all the information you needed in one terminal window with every common command living one keypress away (and the ability to add custom commands as well). Lazydocker's goal is to make that dream a reality.

Requirements

  • Docker >= 1.13 (API >= 1.25)
  • Docker-Compose >= 1.23.2 (optional)

Installation

Homebrew

Normally lazydocker formula can be found in the Homebrew core but we suggest you to tap our formula to get frequently updated one. It works with Linux, too.

Tap:

brew install jesseduffield/lazydocker/lazydocker

Core:

brew install lazydocker

Scoop (Windows)

You can install lazydocker using scoop:

scoop install lazydocker

Chocolatey (Windows)

You can install lazydocker using Chocolatey:

choco install lazydocker

asdf-vm

You can install asdf-lazydocker plugin using asdf-vm:

Setup (Once)

asdf plugin add lazydocker https://github.com/comdotlinux/asdf-lazydocker.git

For Install / Upgrade

asdf list all lazydocker
asdf install lazydocker latest
asdf global lazydocker latest

Binary Release (Linux/OSX/Windows)

You can manually download a binary release from the release page.

Automated install/update, don't forget to always verify what you're piping into bash:

curl https://raw.githubusercontent.com/jesseduffield/lazydocker/master/scripts/install_update_linux.sh | bash

The script installs downloaded binary to $HOME/.local/bin directory by default, but it can be changed by setting DIR environment variable.

Go

Required Go Version >= 1.19

go install github.com/jesseduffield/lazydocker@latest

Required Go version >= 1.8, <= 1.17

go get github.com/jesseduffield/lazydocker

Arch Linux AUR

You can install lazydocker using the AUR by running:

yay -S lazydocker

Docker

Docker Pulls Docker Stars Docker Automated

  1. Click if you have an ARM device

    • If you have a ARM 32 bit v6 architecture

      docker build -t lazyteam/lazydocker \
      --build-arg BASE_IMAGE_BUILDER=arm32v6/golang \
      --build-arg GOARCH=arm \
      --build-arg GOARM=6 \
      https://github.com/jesseduffield/lazydocker.git
      
    • If you have a ARM 32 bit v7 architecture

      docker build -t lazyteam/lazydocker \
      --build-arg BASE_IMAGE_BUILDER=arm32v7/golang \
      --build-arg GOARCH=arm \
      --build-arg GOARM=7 \
      https://github.com/jesseduffield/lazydocker.git
      
    • If you have a ARM 64 bit v8 architecture

      docker build -t lazyteam/lazydocker \
      --build-arg BASE_IMAGE_BUILDER=arm64v8/golang \
      --build-arg GOARCH=arm64 \
      https://github.com/jesseduffield/lazydocker.git
      

  2. Run the container

    docker run --rm -it -v \
    /var/run/docker.sock:/var/run/docker.sock \
    -v /yourpath:/.config/jesseduffield/lazydocker \
    lazyteam/lazydocker
    
    • Don't forget to change /yourpath to an actual path you created to store lazydocker's config

    • You can also use this docker-compose.yml

    • You might want to create an alias, for example:

      echo "alias lzd='docker run --rm -it -v /var/run/docker.sock:/var/run/docker.sock -v /yourpath/config:/.config/jesseduffield/lazydocker lazyteam/lazydocker'" >> ~/.zshrc
      

For development, you can build the image using:

git clone https://github.com/jesseduffield/lazydocker.git
cd lazydocker
docker build -t lazyteam/lazydocker \
    --build-arg BUILD_DATE=`date -u +"%Y-%m-%dT%H:%M:%SZ"` \
    --build-arg VCS_REF=`git rev-parse --short HEAD` \
    --build-arg VERSION=`git describe --abbrev=0 --tag` \
    .

If you encounter a compatibility issue with Docker bundled binary, try rebuilding the image with the build argument --build-arg DOCKER_VERSION="v$(docker -v | cut -d" " -f3 | rev | cut -c 2- | rev)" so that the bundled docker binary matches your host docker binary version.

Usage

Call lazydocker in your terminal. I personally use this a lot so I've made an alias for it like so:

echo "alias lzd='lazydocker'" >> ~/.zshrc

(you can substitute .zshrc for whatever rc file you're using)

  • Basic video tutorial here.
  • List of keybindings here.

Cool features

everything is one keypress away (or one click away! Mouse support FTW):

  • viewing the state of your docker or docker-compose container environment at a glance
  • viewing logs for a container/service
  • viewing ascii graphs of your containers' metrics so that you can not only feel but also look like a developer
  • customising those graphs to measure nearly any metric you want
  • attaching to a container/service
  • restarting/removing/rebuilding containers/services
  • viewing the ancestor layers of a given image
  • pruning containers, images, or volumes that are hogging up disk space

Contributing

There is still a lot of work to go! Please check out the contributing guide. For contributor discussion about things not better discussed here in the repo, join the discord channel

Donate

If you would like to support the development of lazydocker, consider sponsoring me (github is matching all donations dollar-for-dollar for 12 months)

Social

If you want to see what I (Jesse) am up to in terms of development, follow me on twitter or watch me program on twitch

FAQ

How do I edit my config?

By opening lazydocker, clicking on the 'project' panel in the top left, and pressing 'o' (or 'e' if your editor is vim). See Config Docs

How do I get text to wrap in my main panel?

In the future I want to make this the default, but for now there are some CPU issues that arise with wrapping. If you want to enable wrapping, use gui.wrapMainPanel: true

How do you select text?

Because we support mouse events, you will need to hold option while dragging the mouse to indicate you're trying to select text rather than click on something. Alternatively you can disable mouse events via the gui.ignoreMouseEvents config value.

Mac Users: See Issue #190 for other options.

Why can't I see my container's logs?

By default we only show logs from the last hour, so that we're not putting too much strain on the machine. This may be why you can't see logs when you first start lazydocker. This can be overwritten in the config's commandTemplates

If you are running lazydocker in Docker container, it is a know bug, that you can't see logs or CPU usage.

Alternatives

  • docui - Skanehira beat me to the punch on making a docker terminal UI, so definitely check out that repo as well! I think the two repos can live in harmony though: lazydocker is more about managing existing containers/services, and docui is more about creating and configuring them.
  • Portainer - Portainer tries to solve the same problem but it's accessed via your browser rather than your terminal. It also supports docker swarm.
  • See Awesome Docker list for similar tools to work with Docker.