Windows 10 allows you to run native Linux binaries with the WSL. Let's see how we can use a good development environment for Vagrant and Docker using VMware Workstation on Enterprise notebooks.
Let's talk Windows Containers on Windows Server 2019Stefan Scherer
Docker has revolutionized how we think about Software deployment. Microsoft has adopted this technology to Windows to have the same approach for native Windows tools and applications. This talk gives you an overview of Docker and how you can create isolated environments for development and deployment. With the new Windows Server 2019 we have a lot of improvements and better feature parity compared to previous releases.
Create a Docker Swarm and run Traefik Proxy and Portainer UI in Swarm mode.
Docker has revolutionized how we think about Software deployment. Microsoft has adopted this technology to Windows to have the same approach for native Windows tools and applications. This talk gives you an overview of Docker and how you can create isolated environments for development and deployment. See how Chocolatey fits into the world of Windows Containers and how it helps to containerize your existing tools and apps in simple steps.
Key takeaways:
- You will hear the basic concepts why Containers help you to have predictable development and runtime environments.
- You will learn how Chocolatey helps you get started building your own Windows containers.
Bauen und Verteilen hybrider Docker Images für Linux und Windows
Mit Docker haben wir gelernt wie einfach Applikationen in Linux Container paketiert werden können. Aber was ist, wenn man im Rechenzentrum Windows Server vorfindet?
Mit Windows Server 2016 und Docker kann der gleiche, einfache Workflow für beide Plattformen genutzt werden. Die Unterschiede zwischen Linux und Windows werden damit deutlich verringert.
In diesem Vortrag wird gezeigt, wie man eine Anwendung bauen und paketieren kann, die sowohl unter Linux als auch Windows in Containern läuft und wie man hybride Multi-Arch Docker Images baut.
Desweiteren blicken wir auf den aktuellen Stand der Windows Container in Windows Server 1709 und lernen nützliche Details für den Betrieb eines hybriden Docker Swarm Clusters.
This document discusses Docker containers on Windows. It begins by explaining the difference between virtual machines and containers, and the options for container runtimes on Windows like Nano Server and Windows Server Core. It then provides an example of a simple Dockerfile and discusses strategies for reducing image sizes like using a multi-stage Dockerfile. The document also covers using Docker with Visual Studio 2017 and SQL Server, and concludes with contact information for the author.
From Zero Docker to Hackathon Winner - Marcos Lilljedahl and Jimena TapiaDocker, Inc.
This is my story about how I got involved in the Docker hackathon (and won) without knowing Docker at all. I'll share what technological limitations I had before using Docker and how I managed to solve them, and also some tips to getting started. As a closing, I'll talk about the Whaleprint project and some key features that we would love to see in docker today.
How to Improve Your Image Builds Using Advance Docker BuildDocker, Inc.
Nicholas Dille, Haufe-Lexware + Docker Captain -
Docker continues to be the standard tool for building container images. For more than a year Docker ships with BuildKit as an alternative image builder, providing advanced features for secret and cache management. These features help to make image builds faster and more secure. In this session, Docker Captain Nicholas Dille will teach you how to use Buildkit features to your advantage.
Docker Desktop is probably the most common way to work with Linux containers on Windows 10. Also, Microsoft continues to improve Windows 10 and offers with the Windows Subsystem for Linux a very good platform to work natively with Linux. Microsoft is currently preparing a new version of WSL 2, which for the first time brings a real Linux kernel. This makes operation of the Docker Engine under WSL possible. Microsoft and Docker are working closely together to optimally enable the running of Linux containers under WSL 2. This talk will show what is going to improve on Docker Desktop on the upcoming Windows 10 version 20H1. The current status can already be tried out with the Windows Insider program and the Technical Preview of Docker Desktop.
You have probably heard about Docker, these days it is a popular topic with cloud computing. But what does it take for a .NET developer to start with Docker? And where can you use it? Of course, you can deploy an application to the cloud using Docker. But you can also use Docker very effectively as a support tool when developing or testing. In this session, Maurice de Beijer will show you some of the many opportunities to use Docker.
#dddsw - Modernizing .NET Apps with DockerElton Stoneman
From _Developer, Developer, Developer_ South West. Moving full .NET applications to Docker and then extracting features into separate containers, addressing performance, usability and deployment concerns.
Dockerizing stashboard - Docker meetup at TwiliodotCloud
Docker is an open-source project to easily create lightweight, portable, self-sufficient containers from any application. The same container that a developer builds and tests on a laptop can run at scale, in production, on VMs, bare metal, OpenStack clusters, public clouds and more.
Bauen und Verteilen von Multi-Arch Docker Images für Linux und WindowsStefan Scherer
Windows Server 2016 hat Docker und Container eingebaut. Damit ergeben sich neue Möglichkeiten, Windows-Anwendungen zu verteilen. Sie werden lernen, die Verteilung für Windows und Linux mit Containern zu vereinheitlichen.
Mit dem neuen "docker manifest" Kommando bzw. dem manifest-tool können solche Multi-Arch Docker Images selbst erzeugt werden.
https://www.x-celerate.de/programm
Dockerizing your applications - Docker workshop @TwitterdotCloud
This document discusses how to dockerize desktop applications like Firefox by running them in Docker containers with access to the host desktop, audio devices, and data volumes. It provides instructions for downloading Docker and example Dockerfiles, building images, and running Firefox in both ephemeral and stateful containers with various volume mounting techniques to access files on the host or in data containers.
#SDD2017 - Modernizing .NET Apps with DockerElton Stoneman
From SDD Conf, London 2017: Modernizing .NET Apps with Docker. Moves an ASP.NET app to Docker, first by installing an MSI in a Dockerfile, then by using multi-stage builds to compile and package the app in Docker. Then splits out features into other containers, and finally deploys to Azure using Docker Enterprise Edition to manage the solution.
1. The document discusses running ASP.NET 5 applications on a Raspberry Pi 2 and using Docker.
2. It provides steps for installing .NET Core, ASP.NET 5, and other prerequisites on the Raspberry Pi, and includes examples of building and running a simple ASP.NET app.
3. It also covers using Docker to build an image for an ASP.NET app, including defining a Dockerfile and building/running the image to host the app in a container.
Getting Started with Azure Kubernetes ServiceSean Whitesell
This document discusses Docker and Kubernetes concepts including deploying containerized applications on Kubernetes clusters. It covers Docker images, Kubernetes deployments, services, load balancing, rolling upgrades, and internal load balancing. Examples are provided of Kubernetes YAML files for deployments, services, and rolling upgrade strategies. The document suggests installing the Kubernetes CLI and using the Azure CLI for management and concludes by providing resources for further learning and ways to contact the author.
Docker allows packaging an application and its dependencies into a standardized unit for software development. This document discusses using Docker with Selenium to run automated UI tests. It provides commands for running Docker, describes downloading Selenium images and running a grid/nodes. A demo project shows connecting tests to a Dockerized grid. Challenges include legacy apps with dependencies and latency issues for some Docker commands when using Boot2Docker on Windows/Mac instead of Linux.
WinOps 2017 - Docker on Windows, the Beginner's GuideElton Stoneman
Session from WinOps 2017, introducing Docker on Windows, with an ops focus. Looks at how Windows containers work, demonstrates using a tool to extract an ASP.NET 3.5 App from a Windows Server VM, and running it in Azure.
This document describes how to build a proof of concept Software as a Service (SaaS) using Docker containers. It discusses creating a Docker image with Memcached installed, and using that image to spawn new Memcached containers for each user upon registration on a website. When a user signs up, a new container running Memcached is created for that user using the Docker API. The user is then provided with the IP address and public port of their Memcached container so they can access it.
This document discusses using Docker for continuous integration and continuous delivery (CI/CD) processes. It covers using Docker for coding, building, and running Jenkins with Docker. Docker provides benefits like easy to prepare development environments, faster builds with no library dependencies, increased robustness, and compatibility with existing CI tools. The document provides examples of building Docker from within a Docker container, running Jenkins to build Docker images, and running Jenkins in Docker containers with plugins for building and executing tasks inside Docker.
Vagrant is a tool for building and managing virtual machine environments. It allows users to create and configure VMs, provision them with automation scripts, and collaborate by sharing the same development environment. Using Vagrant provides benefits like isolation, repeatability, and testing DevOps scripts locally. It also encourages DevOps practices by allowing developers to develop and test infrastructure code in a VM similarly to production.
The Automated Container Deployment Pipeline- JAXDevOpsKontena, Inc.
Docker containers have brought great opportunities to shorten the deployment process through continuous integration and delivery of applications and microservices. This applies equally to enterprise datacenters as well as the cloud.
Jussi, an experienced software architect, discusses solutions and benefits of a deeply-integrated deployment pipeline using technologies such as container management platforms, Docker containers, and the drone.io Cl tool. Jussi also demonstrates deployment of a CI/CD pipeline using container management, as well as show how to deploy a containerized application through a continuous delivery pipeline.
Introduction to Docker - Vellore Institute of TechnologyAjeet Singh Raina
- The document introduces Docker, including what problem it solves for software development workflows, its key concepts and terminology, and how to use Docker to build, ship, and run containers.
- It compares Docker containers to virtual machines and discusses Docker's build process using Dockerfiles and images composed of layers.
- Hands-on demos are provided for running a first Docker container, building an image with Dockerfile, and using Docker Compose to run multi-container apps.
- Later sections cover Docker Swarm for clustering multiple Docker hosts and running distributed apps across nodes, demonstrated through a Raspberry Pi example.
What’s New in Docker - Victor Vieux, DockerDocker, Inc.
It’s the first breakout after the keynote and you need to know more about all the latest and greatest Docker announcements. We've got you covered! In this session, Victor Vieux, will go deeper looking into what's new with Docker, demo the latest features and answer your questions.
code https://github.com/xebia/scalable-qa-with-docker
Stop wasting time with manual configuration and maintenance
Are you tired of maintaining all your Jenkins slaves and the inconsistency of the setup? We need to become aware that it’s inefficient to keep all the environments, browsers and dependencies up to date manually.
During this session the attendees will be introduced to setting up scalable and solid test environments with practical examples using selenium, mesos and docker.
Key takeaways
How to build and scale the Selenium Grid(s) using Docker and Mesos?
How to setup a scalable cluster to run specific test environments in no-time?
How to leverage the mesos cluster to test with other frameworks than selenium?
Vagrant - Version control your dev environmentbocribbz
Vagrant facilitates the creation and configuration of lightweight, reproducible, and portable development environments.
It is currently in use at companies like Disqus, BBC, Mozilla, Nokia, and O'Reilly Media. More information about Vagrant is available at: http://www.vagrantup.com/
Links:
Boxes: https://github.com/opscode/bento
Cookbooks: http://community.opscode.com/
LAMP demo: https://github.com/bocribbz/cookbook-lampdemo
Slides for my talk at the Blue4IT meeting in Utrecht. It shows you how to run everything in a Docker container. You can run the DTAP environment, the build environment and the development environment (including IDE) in Docker.
Docker Desktop is probably the most common way to work with Linux containers on Windows 10. Also, Microsoft continues to improve Windows 10 and offers with the Windows Subsystem for Linux a very good platform to work natively with Linux. Microsoft is currently preparing a new version of WSL 2, which for the first time brings a real Linux kernel. This makes operation of the Docker Engine under WSL possible. Microsoft and Docker are working closely together to optimally enable the running of Linux containers under WSL 2. This talk will show what is going to improve on Docker Desktop on the upcoming Windows 10 version 20H1. The current status can already be tried out with the Windows Insider program and the Technical Preview of Docker Desktop.
You have probably heard about Docker, these days it is a popular topic with cloud computing. But what does it take for a .NET developer to start with Docker? And where can you use it? Of course, you can deploy an application to the cloud using Docker. But you can also use Docker very effectively as a support tool when developing or testing. In this session, Maurice de Beijer will show you some of the many opportunities to use Docker.
#dddsw - Modernizing .NET Apps with DockerElton Stoneman
From _Developer, Developer, Developer_ South West. Moving full .NET applications to Docker and then extracting features into separate containers, addressing performance, usability and deployment concerns.
Dockerizing stashboard - Docker meetup at TwiliodotCloud
Docker is an open-source project to easily create lightweight, portable, self-sufficient containers from any application. The same container that a developer builds and tests on a laptop can run at scale, in production, on VMs, bare metal, OpenStack clusters, public clouds and more.
Bauen und Verteilen von Multi-Arch Docker Images für Linux und WindowsStefan Scherer
Windows Server 2016 hat Docker und Container eingebaut. Damit ergeben sich neue Möglichkeiten, Windows-Anwendungen zu verteilen. Sie werden lernen, die Verteilung für Windows und Linux mit Containern zu vereinheitlichen.
Mit dem neuen "docker manifest" Kommando bzw. dem manifest-tool können solche Multi-Arch Docker Images selbst erzeugt werden.
https://www.x-celerate.de/programm
Dockerizing your applications - Docker workshop @TwitterdotCloud
This document discusses how to dockerize desktop applications like Firefox by running them in Docker containers with access to the host desktop, audio devices, and data volumes. It provides instructions for downloading Docker and example Dockerfiles, building images, and running Firefox in both ephemeral and stateful containers with various volume mounting techniques to access files on the host or in data containers.
#SDD2017 - Modernizing .NET Apps with DockerElton Stoneman
From SDD Conf, London 2017: Modernizing .NET Apps with Docker. Moves an ASP.NET app to Docker, first by installing an MSI in a Dockerfile, then by using multi-stage builds to compile and package the app in Docker. Then splits out features into other containers, and finally deploys to Azure using Docker Enterprise Edition to manage the solution.
1. The document discusses running ASP.NET 5 applications on a Raspberry Pi 2 and using Docker.
2. It provides steps for installing .NET Core, ASP.NET 5, and other prerequisites on the Raspberry Pi, and includes examples of building and running a simple ASP.NET app.
3. It also covers using Docker to build an image for an ASP.NET app, including defining a Dockerfile and building/running the image to host the app in a container.
Getting Started with Azure Kubernetes ServiceSean Whitesell
This document discusses Docker and Kubernetes concepts including deploying containerized applications on Kubernetes clusters. It covers Docker images, Kubernetes deployments, services, load balancing, rolling upgrades, and internal load balancing. Examples are provided of Kubernetes YAML files for deployments, services, and rolling upgrade strategies. The document suggests installing the Kubernetes CLI and using the Azure CLI for management and concludes by providing resources for further learning and ways to contact the author.
Docker allows packaging an application and its dependencies into a standardized unit for software development. This document discusses using Docker with Selenium to run automated UI tests. It provides commands for running Docker, describes downloading Selenium images and running a grid/nodes. A demo project shows connecting tests to a Dockerized grid. Challenges include legacy apps with dependencies and latency issues for some Docker commands when using Boot2Docker on Windows/Mac instead of Linux.
WinOps 2017 - Docker on Windows, the Beginner's GuideElton Stoneman
Session from WinOps 2017, introducing Docker on Windows, with an ops focus. Looks at how Windows containers work, demonstrates using a tool to extract an ASP.NET 3.5 App from a Windows Server VM, and running it in Azure.
This document describes how to build a proof of concept Software as a Service (SaaS) using Docker containers. It discusses creating a Docker image with Memcached installed, and using that image to spawn new Memcached containers for each user upon registration on a website. When a user signs up, a new container running Memcached is created for that user using the Docker API. The user is then provided with the IP address and public port of their Memcached container so they can access it.
This document discusses using Docker for continuous integration and continuous delivery (CI/CD) processes. It covers using Docker for coding, building, and running Jenkins with Docker. Docker provides benefits like easy to prepare development environments, faster builds with no library dependencies, increased robustness, and compatibility with existing CI tools. The document provides examples of building Docker from within a Docker container, running Jenkins to build Docker images, and running Jenkins in Docker containers with plugins for building and executing tasks inside Docker.
Vagrant is a tool for building and managing virtual machine environments. It allows users to create and configure VMs, provision them with automation scripts, and collaborate by sharing the same development environment. Using Vagrant provides benefits like isolation, repeatability, and testing DevOps scripts locally. It also encourages DevOps practices by allowing developers to develop and test infrastructure code in a VM similarly to production.
The Automated Container Deployment Pipeline- JAXDevOpsKontena, Inc.
Docker containers have brought great opportunities to shorten the deployment process through continuous integration and delivery of applications and microservices. This applies equally to enterprise datacenters as well as the cloud.
Jussi, an experienced software architect, discusses solutions and benefits of a deeply-integrated deployment pipeline using technologies such as container management platforms, Docker containers, and the drone.io Cl tool. Jussi also demonstrates deployment of a CI/CD pipeline using container management, as well as show how to deploy a containerized application through a continuous delivery pipeline.
Introduction to Docker - Vellore Institute of TechnologyAjeet Singh Raina
- The document introduces Docker, including what problem it solves for software development workflows, its key concepts and terminology, and how to use Docker to build, ship, and run containers.
- It compares Docker containers to virtual machines and discusses Docker's build process using Dockerfiles and images composed of layers.
- Hands-on demos are provided for running a first Docker container, building an image with Dockerfile, and using Docker Compose to run multi-container apps.
- Later sections cover Docker Swarm for clustering multiple Docker hosts and running distributed apps across nodes, demonstrated through a Raspberry Pi example.
What’s New in Docker - Victor Vieux, DockerDocker, Inc.
It’s the first breakout after the keynote and you need to know more about all the latest and greatest Docker announcements. We've got you covered! In this session, Victor Vieux, will go deeper looking into what's new with Docker, demo the latest features and answer your questions.
code https://github.com/xebia/scalable-qa-with-docker
Stop wasting time with manual configuration and maintenance
Are you tired of maintaining all your Jenkins slaves and the inconsistency of the setup? We need to become aware that it’s inefficient to keep all the environments, browsers and dependencies up to date manually.
During this session the attendees will be introduced to setting up scalable and solid test environments with practical examples using selenium, mesos and docker.
Key takeaways
How to build and scale the Selenium Grid(s) using Docker and Mesos?
How to setup a scalable cluster to run specific test environments in no-time?
How to leverage the mesos cluster to test with other frameworks than selenium?
Vagrant - Version control your dev environmentbocribbz
Vagrant facilitates the creation and configuration of lightweight, reproducible, and portable development environments.
It is currently in use at companies like Disqus, BBC, Mozilla, Nokia, and O'Reilly Media. More information about Vagrant is available at: http://www.vagrantup.com/
Links:
Boxes: https://github.com/opscode/bento
Cookbooks: http://community.opscode.com/
LAMP demo: https://github.com/bocribbz/cookbook-lampdemo
Slides for my talk at the Blue4IT meeting in Utrecht. It shows you how to run everything in a Docker container. You can run the DTAP environment, the build environment and the development environment (including IDE) in Docker.
Preparation study for Docker Event
Mulodo Open Study Group (MOSG) @Ho chi minh, Vietnam
http://www.meetup.com/Open-Study-Group-Saigon/events/229781420/
This document provides instructions for running Docker on Windows using VirtualBox and Vagrant. It describes how to install VirtualBox and Vagrant on Windows, download an Ubuntu image with Docker binaries pre-installed using Vagrant, and log into the Ubuntu server either through Vagrant's command line or SSH to run Docker commands.
Vagrant allows users to easily create and configure virtual development environments. The document outlines a 5 step process to get started with Vagrant: 1) select a virtualization provider like VirtualBox, 2) install Vagrant, 3) download a virtual machine image or "box", 4) initialize and start the VM with Vagrant commands, and 5) log into the VM via SSH. It also discusses additional features like version controlling Vagrant files, customizing the VM, using multiple VMs, and provisioning VMs with tools like Puppet, Chef, or Ansible.
Get started with Vagrant! This basic intro assumes no prior knowledge of the platform, and it is universally applicable regardless of the Provider (hypervisor\cloud platform) that you are using.
We also delve briefly into provisioners (ex: Shell, Puppet, Chef) to unlock the true power of Vagrant: quick & easy templates of production systems.
Making Developers Productive with Vagrant, VirtualBox, and DockerJohn Rofrano
This is the presentation I gave at LISA16 on automating your developer's or op admin's personal experience using "infrastructure as code" techniques to quickly create dev and test environments that mimic production and minimize surprises.
BLCN532 Lab 1Set up your development environmentV2.0.docxmoirarandell
BLCN532 Lab 1
Set up your development environment
V2.0
Introduction
This course introduces students to blockchain development for enterprise environments. Before you can develop software applications, you need to ensue your development environment is in place. That means you’ll need all the tools and infrastructure installed and configured to support enterprise blockchain software development projects.
In this lab you’ll set up your own Hyperledger Fabric development environment and install the course software from the textbook. When you finish this lab, you’ll have a working development environment and will be ready to start running and modifying blockchain applications.
The instructions in your textbook are for Mac and Linux computers.
However
, there is no guarantee that your installation of MacOS or Linux is completely compatible with the environment in which the commands from the textbook work properly. For that reason, I
STRONGLY SUGGEST
that you acquire an Ubuntu 16.04 Virtual Machine (VM) for your labs. Using an Ubuntu 16.04 VM will make the labs far easier to complete.
The instructions in this course’s labs assume that your computer runs the Windows operating system. If you run MacOS or Linux, you can get
Vagrant
and
VirtualBox
for those operating systems and follow the gist of the “Initial setup for Windows computers”.
Lab Deliverables:
To complete this lab, you must create a
Lab Report file
and submit the file in iLearn. The Lab Report file must be a Microsoft Word format (.docx), and have the filename with the following format:
BLCN532_SECTION_STUDENTID_LASTNAME_FIRSTNAME_Lab01.docx
· SECTION is the section number of your current course (2 digits)
· STUDENTID is your student ID number (with leading zeros)
· LASTNAME is your last name, FIRSTNAME is your first name
To get started, create a Microsoft Word document (.docx) with the correct filename for this lab. You’ll be asked to enter text and paste screenshots into the lab report file.
NOTE: All screenshots MUST be readable. Use the Ubuntu Screen Capture utility (see the lab video.) Make sure that you label each screenshot (i.e. Step 2.1.3) and provide screenshots in order. For commands that produce lots of output, I only want to see the last full screen when the command finishes. Provide FULL screenshots, NOT cropped images.
SECTION 1: Initial setup for Windows computers (Chapter 3)
Step 1.1: Install Oracle Virtualbox (Windows, Linux, MacOS)
Oracle Virtualbox is an open source virtualization environment that allows you to run multiple virtual machines and containers on a single personal computer. Virtualbox is free and it is easy to install.
In your favorite web browser, navigate to:
https://www.virtualbox.org/
and click the “Download Virtualbox” button. Click the “Windows hosts” link to download the main installation executable. You should also click the “All supported platforms” under the “Extension Pack” heading to download extra software supp.
Hide your development environment and application in a containerJohan Janssen
Presentation from our session at the JAX conference in Mainz. It shows how to run your IDE (Eclipse, NetBeans, IntelliJ...) inside a Docker container. Next to that some best practices are mentioned like the Docker registry and Docker compose.
Vagrant is a tool for managing virtual machine environments in development. It allows developers to easily create and configure consistent development environments across different machines. Vagrant uses virtualization technologies like VirtualBox to run virtual machines and then configure them automatically by reading a Vagrantfile configuration. This allows developers to have matching environments for things like databases, servers, and runtimes without having to manually install and configure them locally.
Simplify and run your development environments with Vagrant on OpenStackB1 Systems GmbH
Here are the steps to resolve the network issue:
1. Create a new internal network (e.g. 192.168.0.0/24)
2. Create a new router
3. Add the PublicNetwork as the gateway for the router
4. Add the internal network as an interface to the router
This will allow instances on the internal network to get floating IPs from the PublicNetwork via the router. The original error indicates direct access to the external network is forbidden, so routing traffic through an internal network and router is required.
Create Development and Production Environments with VagrantBrian Hogan
Need a Linux box to test a Wordpress site or a Windows VM to test a web site on IE 10? Creating a virtual machine to test or deploy your software doesn’t have to be a manual process. Bring one up in seconds with Vagrant, software for creating and managing virtual machines. With Vagrant, you can bring up a new virtual machine with the software you need, share directories, copy files, and configure networking using a friendly DSL. You can even use shell scripts or more powerful provisioning tools to set up your software and install your apps. Whether you need a Windows machine for testing an app, or a full-blown production environment for your apps, Vagrant has you covered.
In this talk you’ll learn to script the creation of multiple local virtual machines. Then you’ll use the same strategy to provision production servers in the cloud.
I work with Vagrant, Terraform, Docker, and other provisioning systems daily and am excited to show others how to bring this into their own workflows.
Using Docker to build and test in your laptop and JenkinsMicael Gallego
Docker is changing the way we create and deploy software. This presentation is a hands-on introduction to how to use docker to build and test software, in your laptop and in your Jenkins CI server
This document provides instructions for installing various developer tools including Git, Vim, Java, Tomcat, Maven, and Psi Probe on Linux, Mac OSX, and Windows. It then outlines 3 homework assignments: 1) creating a basic Git repository, 2) forking and cloning a provided repository, adding a feature, resolving conflicts, and deploying the application, and 3) using Psi Probe to manage Tomcat web applications. Step-by-step instructions are provided for completing each task along with explanations of commands used.
Vagrant step-by-step guide for BeginnersSagar Acharya
This document discusses Vagrant, an open-source tool for managing virtual machine environments in development workflows. It provides instructions on installing Vagrant, cloning Vagrant boxes, sharing files between host and guest machines using rsync, and common Vagrant commands. The key benefits of Vagrant include easily replicating production environments, sharing VM configurations, and not having to repeatedly set up environments.
AtoM and Vagrant: Installing and Configuring the AtoM Vagrant Box for Local T...Artefactual Systems - AtoM
These slides introduce AtoM users to Vagrant, and walk users through the process of installing the the AtoM Vagrant box for local testing and development on a home computer or laptop, regardless of what operating system you use.
WARNINGS:
These slides were last updated in May 2017, using the AtoM 2.4 Vagrant box, which is installed using Ubuntu 16.04. and PHP 7.0. Future versions of AtoM may use a different version of Ubuntu and PHP, which might change some of the command-line tasks used to update the box in Part 2. Be sure to check the AtoM documentation for the most up-to-date information: https://www.accesstomemory.org/docs/latest/
The AtoM Vagrant box is designed for local testing and development - it is NOT PRODUCTION READY and should not be used for long-term data storage. Please see the AtoM documentation for instructions on how to install AtoM on a server for use in your institution.
Current session guides through Vagrant. Shows some tips and tricks and targeted to software developers.
Practical activities can be found here: https://github.com/akranga/devops-hackathon-1
Dockerizing Symfony Applications - Symfony Live Berlin 2014D
This document discusses Dockerizing Symfony applications. It introduces Docker containers as a lightweight virtualization method using Linux namespaces and union filesystems. It then demonstrates how to containerize the components of a sample Symfony app - Redis, PHP-FPM, Nginx - connecting them using Docker links and volumes. Fig is introduced as a tool to define and run multi-container Docker environments using a YAML configuration file, making management of the Symfony app containers easier. Hosting challenges are mentioned along with an invitation to join Giantswarm's private beta for container management.
Making environment for_infrastructure_as_codeSoshi Nemoto
The document provides instructions for setting up an environment for infrastructure as code using tools like Vagrant, Ansible, and Fabric. It details steps to install the necessary tools, create a Vagrant machine, edit configuration files to configure the Vagrant IP address and SSH keys, and then provides a test command to validate the Fabric deployment is working properly.
Create your very own Development Environment with Vagrant and Packerfrastel
Vagrant, Packer, and Puppet can be used together to create a development environment. Packer is used to build custom base boxes that include only the operating system. Vagrant uses these base boxes to create isolated virtual machines. Puppet then provisions the virtual machines by installing additional software, configuring applications, and defining infrastructure as code. This allows for consistent, reproducible development environments that match production.
Azure Saturday - Build and Deploy multi-arch Docker ImagesStefan Scherer
Window Server 2016 brings Docker and Windows containers built-in.
Let’s adopt this new way to deploy applications on Windows. You will learn how to unify your deployment for both Linux and Windows platforms.
Key takeaways:
* Learn how to build and release an application with GitHub
* Build a Linux application with Travis CI
* Build a Windows application with AppVeyor CI
* Push both platform specific Docker images
* Draft a multiarch Docker image
* Push your images to Docker Hub
Docker Meetup Mannheim: Multiarch docker images for cross-platform appsStefan Scherer
Docker now supports both Linux and Windows. With Windows Server 2016 you can use Docker and Windows Containers. See how Docker supports you to ship your cross-platform software as multi-arch Container images.
Example repo https://github.com/StefanScherer/whoami
Swarm 2 Go - Build A Portable Multi-Arch Data Center with Pi and UP NodesStefan Scherer
With this small data center you can teach, lern and understand how Docker Swarm works by visualizing running services and containers with Blinkt! LED per node. The instructions how to build such a Pi cluster is open sourced at https://github.com/sealsystems/tiny-cloud
Build and deploy multiarch Linux and Windows Container imagesStefan Scherer
This document discusses building and deploying multi-architecture Linux and Windows container images. It introduces containers and their benefits, such as standardizing software packaging and isolating applications. It then demonstrates how to build Docker images for multiple platforms including Linux distributions and Windows Server 2016. Methods shown include pushing images per platform and using a manifest tool to deploy a multi-OS, multi-architecture image. The document concludes by noting the advantages of supporting multiple platforms and growing the Windows Docker community.
The DockerCon 2016 in Seattle is over. This is my recap of this great event as a Docker Captain. Highlights are the new Swarm mode with Docker 1.12, Docker for Mac/Windows public beta, Docker for AWS/Azure private beta and much more.
The document discusses the current status of Docker on Windows. It begins with an introduction of the presenter and then provides an overview of Windows containers and how they work using lightweight virtualization and namespaces. Examples are given of different container types and base images that can be used. The rest of the document previews a demo and discusses other Docker tools and how they work or don't currently work on Windows, with notes on where development is headed.
Building Security Systems in Architecture.pdfrabiaatif2
Building security systems are essential for protecting people, property, and assets within a structure. These systems include a range of technologies and strategies such as surveillance cameras (CCTV), access control systems, alarm systems, security lighting, and motion detectors. Modern security solutions often integrate smart technology, allowing remote monitoring and real-time alerts through mobile devices. Access control systems, like key cards or biometric scanners, ensure that only authorized individuals can enter certain areas, enhancing both safety and privacy. Alarm systems, whether triggered by unauthorized entry, fire, or environmental hazards, play a critical role in emergency response. Additionally, video surveillance acts as both a deterrent and a tool for investigating incidents. An effective building security system is carefully planned during the design phase, taking into account the building's size, purpose, and potential risks. Ultimately, robust security systems are vital for ensuring peace of mind, protecting lives, and preserving valuable assets.
The idea behind this session is to equip you with a practical, collaborative method to deeply understand your domain — not just from a technical perspective, but through a lens that aligns with how the business actually works.
By the end, you’ll walk away with a new mindset and tools you can take back to your team.
Dust Suppressants: A Sustainable Approach to Dust Pollution ControlJanapriya Roy
This journal explores the growing field of bio-organic dust suppressants as a sustainable solution to dust pollution. It reviews the working principles of dust suppression, key performance indicators, and the latest research on using natural materials like polysaccharides, lignin, proteins, and agricultural wastes. It also highlights current challenges and future directions to enhance the durability, cost-effectiveness, and environmental safety of bio-based dust control technologies. A valuable reference for researchers, environmental engineers, and industry professionals seeking eco-friendly dust management solutions.
Dust pollution, whether natural or anthropogenic, poses significant threats to both the environment and public health. Effective dust suppression technologies are essential in mitigating airborne particulate matter, especially in industrial, mining, and construction settings. Recently, bio-organic materials have emerged as promising raw materials for eco-friendly dust suppressants. This paper explores the working principles of dust suppressants, key performance evaluation indices, and the current progress in developing bio-based dust control agents using polysaccharides, lignin, proteins, microorganisms, and agricultural or forestry waste. It also discusses existing challenges and future research directions for enhancing the efficiency and applicability of bio-organic dust suppressants.
Working Principles of Dust Suppressants
Dust suppressants operate primarily through three interrelated mechanisms: wetting, coagulation, and consolidation.
Wetting: This mechanism involves the application of dust suppressants to reduce the surface tension of water, allowing it to penetrate and coat dust particles. This increases the weight and cohesion of the particles, causing them to settle quickly. Surfactants and hygroscopic agents are commonly used in this approach.
Coagulation: Dust particles are brought together to form larger aggregates through electrostatic interactions or binding agents, which helps in accelerating their settling.
Consolidation: A more long-term effect where the suppressant forms a crust or mesh-like structure over the dust-prone surface, physically stabilizing it and preventing re-entrainment of particles by wind or vehicle movement.
Bio-Organic Materials in Dust Suppressants
The shift toward natural, renewable, and biodegradable components has led to extensive research on the use of various bio-organic substances, including:
Polysaccharides: Starch, cellulose derivatives, and chitosan can form gels or films that stabilize surfaces.
Lignin: A byproduct of the paper industry, lignin offers strong binding capacity and is naturally water-resistant.
Proteins: Derived from agricultural waste, proteins like casein and soy protein can enhance binding and wetting.
Microorganisms: Certain bacteria and fungi can produce biofilms or exopolysaccharides that trap dust particles.
Agricultural and Forestry Wastes: Residues su
ADVXAI IN MALWARE ANALYSIS FRAMEWORK: BALANCING EXPLAINABILITY WITH SECURITYijscai
With the increased use of Artificial Intelligence (AI) in malware analysis there is also an increased need to
understand the decisions models make when identifying malicious artifacts. Explainable AI (XAI) becomes
the answer to interpreting the decision-making process that AI malware analysis models use to determine
malicious benign samples to gain trust that in a production environment, the system is able to catch
malware. With any cyber innovation brings a new set of challenges and literature soon came out about XAI
as a new attack vector. Adversarial XAI (AdvXAI) is a relatively new concept but with AI applications in
many sectors, it is crucial to quickly respond to the attack surface that it creates. This paper seeks to
conceptualize a theoretical framework focused on addressing AdvXAI in malware analysis in an effort to
balance explainability with security. Following this framework, designing a machine with an AI malware
detection and analysis model will ensure that it can effectively analyze malware, explain how it came to its
decision, and be built securely to avoid adversarial attacks and manipulations. The framework focuses on
choosing malware datasets to train the model, choosing the AI model, choosing an XAI technique,
implementing AdvXAI defensive measures, and continually evaluating the model. This framework will
significantly contribute to automated malware detection and XAI efforts allowing for secure systems that
are resilient to adversarial attacks.
The B.Tech in Computer Science and Engineering (CSE) at Lovely Professional University (LPU) is a four-year undergraduate program designed to equip students with strong theoretical and practical foundations in computing. The curriculum is industry-aligned and includes core subjects like programming, data structures, algorithms, operating systems, computer networks, databases, and software engineering. Students can also choose specializations such as Artificial Intelligence, Data Science, Cybersecurity, and Cloud Computing. LPU emphasizes hands-on learning through modern labs, live projects, and internships. The university has collaborations with tech giants like Google, Microsoft, and IBM, offering students excellent exposure and placement opportunities. With a vibrant campus life, international diversity, and a strong placement record, LPU's B.Tech CSE program prepares students to become future-ready professionals in the fast-evolving tech world.
its all about Artificial Intelligence(Ai) and Machine Learning and not on advanced level you can study before the exam or can check for some information on Ai for project
"Heaters in Power Plants: Types, Functions, and Performance Analysis"Infopitaara
This presentation provides a detailed overview of heaters used in power plants, focusing mainly on feedwater heaters, their types, construction, and role in improving thermal efficiency. It explains the difference between open and closed feedwater heaters, highlights the importance of low-pressure and high-pressure heaters, and describes the orientation types—horizontal and vertical.
The PPT also covers major heater connections, the three critical heat transfer zones (desuperheating, condensing, and subcooling), and key performance indicators such as Terminal Temperature Difference (TTD) and Drain Cooler Approach (DCA). Additionally, it discusses common operational issues, monitoring parameters, and the arrangement of steam and drip flows.
Understanding and maintaining these heaters is crucial for ensuring optimum power plant performance, reducing fuel costs, and enhancing equipment life.
RESORT MANAGEMENT AND RESERVATION SYSTEM PROJECT REPORT.Kamal Acharya
The project developers created a system entitled Resort Management and Reservation System; it will provide better management and monitoring of the services in every resort business, especially D’ Rock Resort. To accommodate those out-of-town guests who want to remain and utilize the resort's services, the proponents planned to automate the business procedures of the resort and implement the system. As a result, it aims to improve business profitability, lower expenses, and speed up the resort's transaction processing. The resort will now be able to serve those potential guests, especially during the high season. Using websites for faster transactions to reserve on your desired time and date is another step toward technological advancement. Customers don’t need to walk in and hold in line for several hours. There is no problem in converting a paper-based transaction online; it's just the system that will be used that will help the resort expand. Moreover, Gerard (2012) stated that “The flexible online information structure was developed as a tool for the reservation theory's two primary applications. Computer use is more efficient, accurate, and faster than a manual or present lifestyle of operation. Using a computer has a vital role in our daily life and the advantages of the devices we use.
5. • Windows Subsystem for Linux
• Run Linux binaries on Windows
• Not just like Cygwin
• Real ELF binaries, packages, ...
What is WSL?
6. Install WSL
• Open Control Panel
• Turn Windows features on or off
• Select Windows Subsystem for Linux
• Open Admin PowerShell
Enable-WindowsOptionalFeature `
-Online –FeatureName `
Microsoft-Windows-Subsystem-Linux
• Reboot
18. Activate metadata for chmod/chown
sudo vi /etc/wsl.conf
[automount]
options = "metadata,umask=22,fmask=11,uid=1000,gid=1000"
• Now close the bash terminal and start another Ubuntu shell.
19. Shared code folder
echo $HOME # -> eg. /Users/stefan.scherer
mkdir /mnt/c$HOME/code
ln -s /mnt/c$HOME/code $HOME/code
• Now you can clone Git repos in WSL
• And edit with Windows editors like Atom or VSCode
20. Install editors of choice
iwr -useb https://chocolatey.org/install.ps1 | iex
choco install -y atom
choco install -y visualstudiocode
30. Install Vagrant VMware – the lazy way
curl https://stefanscherer.github.io/wsl/vagrant.sh | sh
31. Run Vagrant boxes
cd ~/code
mkdir tst
vagrant init bento/ubuntu-18.04
vagrant up
32. Use shared folders
• Bind mounts work in the Windows user‘s directory
• Usable with the shared code folder
vagrant ssh
touch /vagrant/xxx
exit
ls xxx
38. Install Docker tools – the lazy way
curl https://stefanscherer.github.io/wsl/docker.sh | sh
39. Create a Docker Machine
docker-machine.exe create -d vmwareworkstation default
40. Switch to a Docker Machine
eval $(docker-machine.exe env --shell bash default |
sed 's,,/,g' | sed 's,C:,/mnt/c,g')
docker version
dm default
41. Use bind mounts in Docker
• Bind mounts work in the Windows user‘s directory
• Usable with the shared code folder
cd ~/code
docker run -it -v $(pwd):/test ubuntu bash
touch /test/xxx
exit
ls xxx
42. Start and stop Docker Machine
docker-machine.exe start default
docker-machine.exe stop default
docker-machine.exe ls
dm
dm
dm
44. What are .dotfiles?
• Save your .bashrc et al files in a GitHub repo
• Restore them easily in your VM‘s or in WSL
• Install looks like
cd ~/code
git clone https://github.com/StefanScherer/dotfiles
cd dotfiles && ./sync.sh
45. What are .dotfiles?
Aliases
z - "z foo" - cd to most frecent dir matching foo
.. - one dir up
... - two dirs up
.... - three dirs up
..... - four dirs up
dm start default Docker Machine shortcuts
dm default
dm stop default