Download docker windows

Author: s | 2025-04-25

Download Docker Desktop for Windows: Go to the official Docker website and download Docker Desktop for Windows. Install Docker Desktop: Run the downloaded installer Download Docker Desktop for Windows: Go to the official Docker website and download Docker Desktop for Windows. Install Docker Desktop: Run the downloaded installer

Docker for Windows or Docker Toolbox

If you’re looking to run apps in lightweight containers on your Windows 11 machine, Docker is a tool you’ll need. It makes deploying and managing applications easy. Here’s a quick rundown on how to install Docker on Windows 11, step by step.You’ll learn how to download, install, and set up Docker Desktop on your Windows 11 computer. By the end of this guide, you’ll be ready to start using Docker to manage your containers.Step 1: Download Docker DesktopFirst up, head over to the Docker website and download Docker Desktop for Windows.Make sure you grab the latest version. The download button should be easy to find – usually, front and center!Step 2: Run the InstallerNext, open the installer file you just downloaded and run it.A setup wizard will pop up. Follow the on-screen instructions. It might take a few minutes, so sit tight.Step 3: Enable WSL 2Now, enable the Windows Subsystem for Linux (WSL 2), which Docker uses for optimal performance.Go to "Turn Windows features on or off" from your Control Panel, and check the box next to "Windows Subsystem for Linux." Reboot your computer to apply the changes.Step 4: Install Linux Kernel Update PackageDownload and install the Linux kernel update package for WSL 2 from the Microsoft website.This update is crucial for Docker to work smoothly on your Windows 11 system. Follow the installation instructions provided by Microsoft.Step 5: Open Docker DesktopAfter your computer restarts, open Docker Desktop from the Start menu.When you first open it, Docker might ask you

Docker windows ipv6 issue - Docker Desktop - Docker

To log in. If you don’t have a Docker account, you can create one quickly.Step 6: Configure Docker SettingsConfigure Docker settings to optimize your experience.You can access settings by clicking the gear icon. Here, you can tweak resources like CPU, memory, and disk space allocated to Docker.Step 7: Verify the InstallationFinally, verify that Docker is installed correctly by opening Command Prompt and typing docker --version.If the version number appears, congrats! Docker is successfully installed on your Windows 11 machine.After completing these steps, Docker Desktop will be up and running on your Windows 11 system. You’ll be able to pull and run containers, manage images, and more.Tips for Installing Docker on Windows 11Check System Requirements: Ensure your Windows 11 meets Docker’s minimum system requirements.Stable Internet Connection: A stable internet connection ensures a smooth download and installation process.Create a Docker Account: Having an account helps you access Docker Hub and other resources.Use Command Line: Get familiar with Docker commands; it’s a powerful way to manage containers.Regular Updates: Regularly update Docker Desktop for new features and performance improvements.Frequently Asked QuestionsWhat is Docker?Docker is a platform for developing, shipping, and running applications in containers.Do I need a Linux OS to run Docker?No, Docker Desktop allows you to run Docker on Windows without needing a separate Linux OS.Is Docker free to use?Docker offers a free tier, but there are also paid plans for advanced features.Can Docker affect my system’s performance?Docker can use significant resources, so it’s essential to configure your settings appropriately.What are containers?Containers are

Docker and Windows 8 - Docker Desktop - Docker Community

Into your command line to download loki-local-config.yaml and promtail-docker-config.yaml to your loki directory. Note that you will need to replace the in the commands with your local path.cd ""wget -O loki-config.yamlwget -O promtail-config.yamlCopy and paste the following commands into your command line to start the Docker containers using the configuration files you downloaded in the previous step. Note that you will need to replace the in the commands with your local path.docker run --name loki -v :/mnt/config -p 3100:3100 grafana/loki:3.4.1 --config.file=/mnt/config/loki-config.yamldocker run -v :/mnt/config -v /var/log:/var/log --link loki grafana/promtail:3.4.1 --config.file=/mnt/config/promtail-config.yamlVerify that Loki is up and running.To view readiness, navigate to view metrics, navigate to with Docker ComposeRun the following commands in your command line. They work for Windows or Linux systems.Create a directory called loki. Make loki your current working directory:Copy and paste the following command into your command line to download the docker-compose file.wget -O docker-compose.yamlWith loki as the current working directory, run the following ‘docker-compose` command:docker-compose -f docker-compose.yaml upYou should see something similar to the following:✔ Container loki-loki-1 Started 0.0s✔ Container loki-grafana-1 Started 0.0s✔ Container loki-promtail-1 Started 0.0sVerify that Loki is up and running.To view readiness, navigate to view metrics, navigate to. Download Docker Desktop for Windows: Go to the official Docker website and download Docker Desktop for Windows. Install Docker Desktop: Run the downloaded installer Download Docker Desktop for Windows: Go to the official Docker website and download Docker Desktop for Windows. Install Docker Desktop: Run the downloaded installer

[Docker] Windows bit に Docker と Docker

Windows operating system can then access.Switching Container Types Linux is the default option on Docker Desktop, but you want to run a Windows container image, so the next step is to switch Docker over to use Windows containers. Right-click on the Docker icon in your system tray and select "Switch to Windows Containers." Docker will ask if you are sure you want to switch. Once you confirm, it will start reconfiguring itself to run Windows containers. Now you're ready to run containers!Running Your First Windows Container Now that Docker for Windows is set up, you can download and run a Windows container from Docker Hub. Docker Hub is a public registry of container images that you can download and base your containers from. Different developers and organizations, including Microsoft, will maintain images that they allow the public to use. In this case, that means pulling the Server Core container image from Microsoft's page on Docker Hub. Run this command using an elevated command prompt or PowerShell terminal:> docker run mcr.microsoft.com/windows/servercore:ltsc2019 [Click on image for larger view.]Docker will look locally for the image, and if it doesn't find it, will pull it and run any commands passed to it. In the screenshot above, you'll see that there is a blank CMD prompt using the C: drive at the bottom of the output, even though the PowerShell terminal is using the D: drive. When you run a container, it will take any commands passed to that container and run them before exiting the container. The prompt labeled *C:* in the screenshot above is actually referring to the C: drive inside the container. [Click on image for larger view.]As seen above, you can pass commands to the container by including them after the run command.Now that you have the container image and know how it's running, you can start customizing it with your own content and commands, including an IIS Web server.Building the IIS Dockerfile Now that you've downloaded the Server Core image in the last section, you are ready to build a Dockerfile. Think of a Dockerfile as a series of steps that you are giving the container to customize it. For the example in this column, you are going to take the following steps, and break them down step by step.# escape=`FROM mcr.microsoft.com/windows/servercore:ltsc2019RUN powershell -Command `Add-WindowsFeature Web-Server; `Invoke-WebRequest -UseBasicParsing -Uri " -OutFile "C:\ServiceMonitor.exe"EXPOSE 80ENTRYPOINT ["C:\ServiceMonitor.exe", "w3svc"]The first line, # escape=, tells

softplaceio/Docker-KVM-Windows: Windows in a Docker

Docker 并非是一个通用的容器工具，它依赖于已存在并运行的 Linux 内核环境。Docker 实质上是在已经运行的 Linux 下制造了一个隔离的文件环境，因此它执行的效率几乎等同于所部署的 Linux 主机。因此，Docker 必须部署在 Linux 内核的系统上。如果其他系统想部署 Docker 就必须安装一个虚拟 Linux 环境。在 Windows 上部署 Docker 的方法都是先安装一个虚拟机，并在安装 Linux 系统的的虚拟机中运行 Docker。Win10 系统Docker Desktop 是 Docker 在 Windows 10 和 macOS 操作系统上的官方安装方式，这个方法依然属于先在虚拟机中安装 Linux 然后再安装 Docker 的方法。Docker Desktop 官方下载地址： Windows 10 操作系统专业版、企业版、教育版和部分家庭版！安装 Hyper-V Hyper-V 是微软开发的虚拟机，类似于 VMWare 或 VirtualBox，仅适用于 Windows 10。这是 Docker Desktop for Windows 所使用的虚拟机。但是，这个虚拟机一旦启用，QEMU、VirtualBox 或 VMWare Workstation 15 及以下版本将无法使用！如果你必须在电脑上使用其他虚拟机（例如开发 Android 应用必须使用的模拟器），请不要使用 Hyper-V！开启 Hyper-V程序和功能启用或关闭Windows功能选中Hyper-V也可以通过命令来启用 Hyper-V ，请右键开始菜单并以管理员身份运行 PowerShell，执行以下命令：Enable-WindowsOptionalFeature -Online -FeatureName Microsoft-Hyper-V -All安装 Docker Desktop for Windows点击 Get started with Docker Desktop，并下载 Windows 的版本，如果你还没有登录，会要求注册登录：运行安装文件双击下载的 Docker for Windows Installer 安装文件，一路 Next，点击 Finish 完成安装。安装完成后，Docker 会自动启动。通知栏上会出现个小鲸鱼的图标，这表示 Docker 正在运行。桌边也会出现三个图标，如下图所示：我们可以在命令行执行 docker version 来查看版本号，docker run hello-world 来载入测试镜像测试。如果没启动，你可以在 Windows 搜索 Docker 来启动：启动后，也可以在通知栏上看到小鲸鱼图标：如果启动中遇到因 WSL 2 导致地错误，请安装 WSL 2。安装之后，可以打开 PowerShell 并运行以下命令检测是否运行成功：docker run hello-world在成功运行之后应该会出现以下信息：win7、win8 系统win7、win8 等需要利用 docker toolbox 来安装，国内可以使用阿里云的镜像来下载，下载地址： toolbox 是一个工具集，它主要包含以下一些内容：Docker CLI - 客户端，用来运行 docker 引擎创建镜像和容器。Docker Machine - 可以让你在 Windows 的命令行中运行 docker 引擎命令。Docker Compose - 用来运行 docker-compose 命令。Kitematic - 这是 Docker 的 GUI 版本。Docker QuickStart shell - 这是一个已经配置好Docker的命令行环境。Oracle VM Virtualbox - 虚拟机。下载完成之后直接点击安装，安装成功后，桌边会出现三个图标，如下图所示：点击 Docker QuickStart 图标来启动 Docker Toolbox 终端。如果系统显示 User Account Control 窗口来运行 VirtualBox 修改你的电脑，选择 Yes。$ 符号那里可以输入以下命令来执行。$ docker run hello-world Unable to find image 'hello-world:latest' locally Pulling repository hello-world 91c95931e552: Download complete a8219747be10: Download complete Status: Downloaded newer image for hello-world:latest Hello from Docker. This message shows that your installation appears to be working correctly. To generate this message, Docker took the following steps: 1. The Docker Engine CLI client contacted the Docker Engine daemon. 2. The Docker Engine daemon pulled the "hello-world" image from the Docker Hub. (Assuming it was not already locally available.) 3. The Docker Engine daemon created a new container from that image which runs the executable that produces the output you are currently reading. 4. The Docker Engine daemon streamed that output to the Docker Engine CLI client, which sent it to your terminal. To try something more ambitious, you can run an Ubuntu container with: $ docker

Download docker windows - Download.com.vn

Running Vs StoppedDocker VolumesDocker ImagesDocker NetworksIf I open a PowerShell console, I can get the same information using the Docker commands:Portainer allows you to execute some tasks on your Containers: Start, Stop, Kill, Pause, Add and Remove Container. You also can manage Docker images, check Docker events, create App templates (using Dockerfiles and Compose files), and so on…DockStationDockStation is a developer-centric application for managing projects based on Docker. You can monitor, configure, and manage services and containers using DockerStation. It is available on Linux, Windows, and OSX. Download the EXE installer and run through the simple installation wizard:Here is the default home page. You can create a full project or simply go to the ‘Containers’ tab to manage your Containers.With the application, it is very convenient to view the status of containers and easily view their logs:You can easily monitor multiple and single container resources. Easy tracking CPU usage, Memory usage, Networks I/O, and Blocks I/O.When I select my container, I can see the logs, statistics, and I can also manage the container with common tasks such as start, stop, restart, …ConclusionSometimes managing Docker Containers can be a bit tricky, so using a GUI is a great way to get started with Docker. It can also be useful if you manage a ton of Containers in production. GUI is also very interesting to retrieve some stats about your Windows Containers. Finally, if you are implementing Windows Containers for the first time, GUI can be more comfortable than Docker CLI.If these Graphical User Interfaces do not suit your needs but if you like PowerShell, you could easily build your own GUI.Thanks for reading!

Docker Quickstart Terminal for Docker for Windows

IT Production Manager. Nicolas is primarily focused on Microsoft technologies, he is a Microsoft MVP in Cloud and Datacenter Management. IT Production Manager. Nicolas is primarily focused on Microsoft technologies, he is a Microsoft MVP in Cloud and Datacenter Management. In this article, I will describe how to manage Windows Containers via GUI. Docker provides a great Docker CLI that allows us to create, interact, and delete containers, but sometimes it’s nice to have an interface to manage Containers. There are many admins who much prefer a GUI tool to handle every task and it can be useful to use an interface when you have many containers to manage or if you start working with Docker. In this article, I don’t want to judge which GUI is better because it depends! You must use the GUI that will suit your needs. So do not hesitate to test this GUI. In this article, I will walk through the following tools:KitematicPortainerDockStationFor sure, there are other interfaces so this list is not exhaustive.Creating a Docker ContainerIn this guide, I will create a simple Docker Container to demonstrate how to use these interfaces. Let’s start by pulling the “nanoserver/iis-php” Docker image which contains: Windows Nano Server, IIS and PHP 7. Once Docker has been installed on your system, open an elevated PowerShell console:docker imagesdocker pull nanoserver/iis-phpdocker imagesNow if I want to create my first Windows Container, I just have to run the following command:docker run --name nanoiis -d -it -p 8001:80 nanoserver/iis-phpThis command will expose my Windows Container’s port 80 on my Container Host port 8001. Let’s confirm that a Windows Container is running in the background:docker psKitematic Kitematic has been acquired by Docker in October 2015, so Kitematic is part of the Docker Toolbox. It means that if you work with ‘Docker for Windows’, then you can download Kitematic directly by right-clicking on your Docker icon, and select Kitematic:Once Kitematic has been downloaded, extract the ZIP file and then you can run ‘Kitematic.exe’: At the first screen, you will be able to connect to your Docker Hub account, but it is not mandatory.. Download Docker Desktop for Windows: Go to the official Docker website and download Docker Desktop for Windows. Install Docker Desktop: Run the downloaded installer

Download stops after a while in windows - Docker Desktop - Docker

Seconds on huge hashfiles. Note that you can also download the results on both the hashfile list and hashfile views.Search for ŝpecific patterns in usernamesUsing this functionality you can easily search from client's email addresses in leaks uploaded in webhashcat. Simply provide a string you want to look for in the username and select in which hashfiles you want to look for it. Once the research in the database is done, you should be able to download the results. If you add a new hashfile afterwards, you can simply click on the 'reload' button and WebHashcat will search again in the whole database.InstallHashcatNodeUsing dockerIf you are using docker on Windows (or WSL), change the Dockerfile:FROM dizcza/docker-hashcat:latest# to:FROM dizcza/docker-hashcat:cudaFirst install nvidia-docker:curl -s -L | sudo apt-key add -distribution=$(. /etc/os-release;echo $ID$VERSION_ID)curl -s -L | sudo tee /etc/apt/sources.list.d/nvidia-docker.listsudo apt-get updatesudo apt-get install -y nvidia-docker2sudo pkill -SIGHUP dockerdThen, run the following docker command:docker-compose up -d --buildThe default credentials are: test:testChange them by editing the docker-compose.yml config fileManual installHashcatNode can be run on both Windows and PythonWindows limitation:Only one cracking session can be running/paused at a timeInstall the pip packages:pip3 install -r requirements.txtIf you are running it on Windows, install also the pywin32 packageRename the settings.ini.sample file to settings.ini and fill the parameters accordingly.The rules, mask and wordlist directory must be writable by the user running hashcatnodethe hashcatnode can be run simply by running ./hashcatnode.pyCreate the database (sqlite)Run the script (HashcatNode folder)Create the node certificates (Install a Windows version of OpenSSL if you are running HashcatNode on Windows)openssl req -x509 -newkey rsa:4096 -keyout server.key -out server.crt -days 365 -nodesHashcatNode can be started manually by:Register as a service (systemd) (linux only)Edit the systemd/hashcatnode.service file to match your setup, then copy it to /etc/systemd/system/Dependenciespython3flaskflask-basicauthpeeweehashcat >= 3WebHashcatUsing dockerdocker-compose >= 2.29 is required, you can install it using the

How to download Docker for Windows without creating account at docker

Sortgs will provide updates in the terminal:❯ sortgs "'machine learning'"Running with the following parameters:Keyword: 'machine learning', Number of results: 100, Save database: True, Path: /Users/wittmann/sort-google-scholar, Sort by: Citations, Plot results: False, Start year: None, End year: 2023, Debug: FalseLoading next 10 resultsLoading next 20 results...Step-by-Step InstallationInstall Python 3 and its dependencies from Requirements (suggestion: use Ananconda the terminal (or cmd if using Windows), run pip install sortgsUse the command sortgs "your keyword" (replace "your keyword" to any keyword that you'd like to search)A CSV file with the name your_keyword.csv should be created.If those steps are too complicated for you, send me an email with a list of keyworks that you'd like them ranked to: fernando [dot] wittmann [at] gmail [dot] comRunning Project Using DockerThis guide will walk you through the process of installing Docker, pulling the fernandowittmann/sort-google-scholar Docker image, and running the project.Step 1: Install DockerWindows or MacDownload Docker Desktop: Go to the Docker Desktop website and download the appropriate installer for your operating system.Install Docker Desktop: Run the installer and follow the on-screen instructions.Verify Installation: Open a terminal (or command prompt on Windows) and run docker --version to verify that Docker has been installed successfully.LinuxUpdate Package Index: Run sudo apt-get update to update your package index.Install Docker: Run sudo apt-get install docker-ce docker-ce-cli containerd.io to install Docker.Start Docker: Run sudo systemctl start docker to start the Docker daemon.Verify Installation: Run docker --version to ensure Docker is installed correctly.Step 2: Pull the Docker ImagePull Image: Run the following command to pull the fernandowittmann/sort-google-scholar image from Docker Hub:docker pull fernandowittmann/sort-google-scholarStep 3: Run the ProjectCreate a Results Directory: Create a directory on your host machine where you want the results to be saved. For example, mkdir ~/results.Run the Docker Container: Use the following command to run the container. This command mounts your results directory to the /results directory in the container and starts the sorting process for Google Scholar results based on your specified parameters.docker run -v "$PWD/results:/results" -it fernandowittmann/sort-google-scholar ./sortgs.py --kw "machine learning" --sortby "cit/year" --csvpath /resultsReplace $PWD/results with the absolute path to your results directory if you are not in the parent directory of results.ContributingJust run:And check if all tests passes. Alternativelly send a PR, github actions will run the tests for you.LICENSEMIT. Download Docker Desktop for Windows: Go to the official Docker website and download Docker Desktop for Windows. Install Docker Desktop: Run the downloaded installer Download Docker Desktop for Windows: Go to the official Docker website and download Docker Desktop for Windows. Install Docker Desktop: Run the downloaded installer

Docker for Windows w/ VMWare installed - Docker Desktop - Docker

Use Apache Superset to query and visualize datastored in an InfluxDB database.Apache Superset is a modern, enterprise-ready business intelligence web application.It is fast, lightweight, intuitive, and loaded with options that make it easy forusers of all skill sets to explore and visualize their data, from simple piecharts to highly detailed deck.gl geospatial charts.– Apache Superset documentationSet up Docker for Superset and Flight SQLInstall prerequisites for Superset and Flight SQLSet up Docker for SupersetStart the Superset Docker containersLog in to SupersetCreate a database connection for InfluxDBQuery InfluxDB with SupersetBuild visualizations with SupersetSet up Docker for Superset and Flight SQLInstall prerequisites for Superset and Flight SQLWe recommend using Docker and docker-compose to run Superset.To set up Superset to run in Docker containers with Flight SQL, follow these steps:Superset is not officially supported on Windows. For more information about running Superset withWindows and Docker, see theSuperset documentation.Follow the instructions to download and install Docker and docker-compose for your system:macOS: Install Docker for macOSLinux: Install Docker for LinuxFollow the Python.org Downloading Python instructions for your system.Once you’ve installed Python, check that you can run Python and Pip.Depending on your system, you may need to use the Python version 3 (python3 and pip3) commands.Enter the following commands into your terminal:If neither pip nor pip3 works, follow one of the Pypa.io Pip Installation methods for your system.Use Pip to install the flightsql-dbapi library.pip install flightsql-dbapipip3 install flightsql-dbapiThe flightsql-dbapi library for Python provides aDB API 2 interface andSQLAlchemy dialect forFlight SQL.Later, you’ll add flightsql-dbapi to Superset’s Docker