nautical interior design

[KansasKn]

[b]
Find Jobs. 12,365 jobs at Walmart. $20.60 – $26.30 an hour. Walmart jobs hiring near me. Don’t just work harder. Career better. Sam’s Club Management Jobs Walmart Store Jobs Administrative Support Services Aviation Travel Corporate Affairs Communications Data Analytics Business Intelligence Global Investigations Security Installation, Maintenance Utilities Marketing Customer Insights Project Program Management Supply Chain Logistics Health and Wellness Pharmacy Distribution Centers Walmart Careers | Walmart Application | Walmart Jobs A culture of success We define culture as our values in action. Smart benefits American renewal We are committed to U.S. manufacturing. Diversity inclusion By fostering a workplace culture where …
Walmart Careers
today's news headlines


[url="http://pret.remmont.com"]pret[/url]
[url="http://check-my-credit-score.remmont.com"]check my credit score[/url]
[url="http://fico-score-range.remmont.com"]fico score range[/url]
[url="http://credit-repair-companies.remmont.com"]credit repair companies[/url]
[url="http://credit-card-payment.remmont.com"]credit card payment[/url]

[KansasKn]

[b]
Find Jobs. 12,365 jobs at Walmart. $20.60 – $26.30 an hour. Walmart jobs hiring near me. Don’t just work harder. Career better. Sam’s Club Management Jobs Walmart Store Jobs Administrative Support Services Aviation Travel Corporate Affairs Communications Data Analytics Business Intelligence Global Investigations Security Installation, Maintenance Utilities Marketing Customer Insights Project Program Management Supply Chain Logistics Health and Wellness Pharmacy Distribution Centers Walmart Careers | Walmart Application | Walmart Jobs A culture of success We define culture as our values in action. Smart benefits American renewal We are committed to U.S. manufacturing. Diversity inclusion By fostering a workplace culture where …
Walmart Careers
world news


[url="http://credit-report.remmont.com"]credit report[/url]
[url="http://credit-score-rating.remmont.com"]credit score rating[/url]
[url="http://unsecure.remmont.com"]unsecure[/url]
[url="http://no-interest-credit-cards.remmont.com"]no interest credit cards[/url]
[url="http://what-is-credit.remmont.com"]what is credit[/url]

[KansasKn]

[b]Devops server - Kabrinskiy Eduard


<h1>Devops server</h1>
<p>[youtube]</p>
Devops server <a href="http://remmont.com">Latest current news</a> Devops server
<h1>DevOps: Principles, Practices, and DevOps Engineer Role</h1>


<p>For a long time, development and operations were isolated modules. Developers wrote code; the system administrators were responsible for its deployment and integration. As there was limited communication between these two silos, specialists worked mostly separately within a project. That was fine when Waterfall development dominated. But since Agile and continuous workflow have taken over the world of software development, this model is out of the game. Short sprints and frequent releases occurring every two weeks or even every day require a new approach and new team roles.</p>
<p>Today, DevOps is one of the most discussed software development approaches. It is applied in Facebook, Netflix, Amazon, Etsy, and many other industry-leading companies. So, if you are considering embracing DevOps for the sake of better performance, business success, and competitiveness, you take the first step and hire a DevOps engineer. But first, let’s look at what DevOps is all about and how it helps improve product delivery. <br /><iframe src="https://www.youtube.com/embed/eWlZQxgcAPE"></iframe></p>
<p><em>DevOps in a nutshell</em></p>
<h2>What is DevOps?</h2>
<p>DevOps stands for development and operations. It’s a practice that aims at merging development, quality assurance, and operations (deployment and integration) into a single, continuous set of processes. This methodology is a natural extension for Agile and continuous delivery approaches.</p>
<p style="clear: both"><img src="https://www.altexsoft.com/wp-content/plugins/a3-lazy-load/assets/images/lazy_placeholder.gif" /></p>
<p><em>What DevOps looks like</em></p>
<p>But DevOps isn’t merely a set of actions. It’s more of a culture or even a philosophy that fosters cross-functional team communication. One of the main benefits of DevOps is that it doesn’t require substantial technical changes being rather oriented to changing the way a team works. Teamwork is a crucial part of DevOps culture: The whole success of a process depends on it, and there are principles and practices that DevOps teams use.</p>
<h3>DevOps principles</h3>
<p>In short, the main principles of DevOps are automation, continuous delivery, and fast reaction to feedback. You can find a more detailed explanation of DevOps pillars in the <strong>CAMS</strong> acronym:</p>
<p><strong>C</strong>ulture represented by human communication, technical processes, and tools</p>
<p><strong>A</strong>utomation of processes</p>
<p><strong>M</strong>easurement of KPIs</p>
<p><strong>S</strong>haring feedback, best practices, and knowledge</p>
<p>Adherence to these principles is achieved through a number of DevOps practices that include continuous delivery, frequent deployments, QA automation, validating ideas as early as possible, and in-team collaboration.</p>
<h2>DevOps model and practices</h2>
<p>DevOps requires a delivery cycle that comprises planning, development, testing, deployment, release, and monitoring with active cooperation between different members of a team.</p>
<p style="clear: both"><img src="https://www.altexsoft.com/wp-content/plugins/a3-lazy-load/assets/images/lazy_placeholder.gif" /></p>
<p>To break down the process even more, let’s have a look at the core practices that constitute the DevOps:</p>
<h3>Agile planning</h3>
<p>In contrast to traditional approaches of project management, Agile planning organizes work in short iterations (e.g. sprints) to increase the number of releases. This means that the team has only high-level objectives outlined, while making detailed planning for two iterations in advance. This allows for flexibility and pivots once the ideas are tested on an early product increment. Check our Agile infographics to learn more about different methods applied.</p>
<h3>Continuous delivery and automation</h3>
<p>Continuous delivery, detailed in our dedicated article, is an approach that merges development, testing, and deployment operations into a streamlined process as it heavily relies on automation.</p>
<p><strong>Development.</strong> Engineers commit code in small chunks multiple times a day for it to be easily tested.</p>
<p><strong>Continuous automated testing and integration.</strong> A quality assurance team sets committed code testing using automation tools like Selenium, Ranorex, UFT, etc. If bugs and vulnerabilities are revealed, they are sent back to the engineering team. This stage also entails version control to detect integration problems in advance. A Version Control System (VCS) allows developers to record changes in the files and share them with other members of the team, regardless of its location. The code that passes automated tests is integrated in a single, shared repository on a server. Frequent code submissions prevent a so-called “integration hell” when the differences between individual code branches and the mainline code become so drastic over time that integration takes more than actual coding. The most popular tools for continuous integration are Jenkins, GitLab CI, Bamboo, and TeamCity.</p>
<p><strong>Continuous deployment.</strong> At this stage, the code is deployed to run in production on a public server. Code must be deployed in a way that doesn’t affect already functioning features and can be available for a large number of users. Frequent deployment allows for a “fail fast” approach, meaning that the new features are tested and verified early. There are various automated tools that help engineers deploy a product increment. The most popular are Chef, Puppet, Azure Resource Manager, and Google Cloud Deployment Manager.</p>
<p><strong>Continuous monitoring.</strong> The final stage of the DevOps lifecycle is oriented to the assessment of the whole cycle. The goal of monitoring is detecting the problematic areas of a process and analyzing the feedback from the team and users to report existing inaccuracies and improve the product’s functioning.</p>
<h3>Infrastructure as a code</h3>
<p>Infrastructure as a code (IaC) is an infrastructure management approach that makes continuous delivery and DevOps possible. It entails using scripts to automatically set the deployment environment (networks, virtual machines, etc.) to the needed configuration regardless of its initial state. Without IaC, engineers would have to treat each target environment individually, which becomes a tedious task as you may have many different environments for development, testing, and production use. Having the environment configured as code, you 1) can test it the way you test the source code itself and 2) use a virtual machine that behaves like a production environment to test early. Once the need to scale arises, the script can automatically set the needed number of environments to be consistent with each other.</p>
<h3>Containerization</h3>
<p>The next evolutionary stage of virtual machines is containerization. Virtual machines emulate hardware behavior to share computing resources of a physical machine, which enables running multiple application environments or operating systems (Linux and Windows Server) on a single physical server or distributing an application across multiple physical machines. Containers, on the other hand, are more lightweight and packaged with all runtime components (files, libraries, etc.) but they don’t include whole operating systems, only the minimum required resources. Containers are used within DevOps to instantly deploy applications across various environments and are well combined with the IaC approach described above. A container can be tested as a unit before deployment. Currently, Docker provides the most popular container toolset.</p>
<h3>Microservices</h3>
<p>The microservice architectural approach entails building one application as a set of independent services that communicate with each other, but are configured individually. Building an application this way, you can isolate any arising problems ensuring that a failure in one service doesn’t break the rest of the application functions. With the high rate of deployment, microservices allow for keeping the whole system stable, while fixing the problems in isolation. Learn more about microservices and modernizing legacy monolithic architectures in our article.</p>
<h3>Cloud infrastructure</h3>
<p>Today most organizations use hybrid clouds, a combination of public and private ones. But the shift towards fully public clouds (i.e. managed by an external provider such as AWS or Microsoft Azure) continues. While cloud infrastructure isn’t a must for DevOps adoption, it provides flexibility, toolsets, and scalability to applications. With the recent introduction of serverless architectures on clouds, DevOps-driven teams can dramatically reduce their effort by basically eliminating server-management operations.</p>
<p>An important part of these processes are automation tools that facilitate the workflow. Below we explain why and how it is done.</p>
<h2>DevOps tools</h2>
<p>The main reason to implement DevOps is to improve the delivery pipeline and integration process by automating these activities. As a result, the product gets a shorter time-to-market. To achieve this automated release pipeline, the team must acquire specific tools instead of building them from scratch.</p>
<p>Currently, existing DevOps tools cover almost all stages of continuous delivery, starting from continuous integration environments and ending with containerization and deployment. While today some of the processes are still automated with custom scripts, mostly DevOps engineers use various open source products. Let’s have a look at the most popular ones:</p>
<p>Jenkins is a tool to use either as a server for continuous integration or a continuous delivery hub that comes with lots of additional plugins to tweak continuous delivery workflow.</p>
<p>Besides Jenkins, there’re many proprietary continuous integration tools. If you’d like to see these options as well, check our corresponding article where we compare the major CI tools on today’s market.</p>
<p>Selenium is an automated browser that allows QA teams to write scripts and test web products. It’s compatible with eight popular programming languages. Learn more about Selenium in our article on QA automation tools.</p>
<p>Git is a Version Control System with a repository for source code management that enables working online and offline.</p>
<p>Chef is a tool for infrastructure as code management that runs both on cloud and hardware servers. Another popular tool in this category is Ansible that automates configuration management, cloud provisioning, and application deployment.</p>
<p>Docker is an instrument that helps with packaging code into self-contained units, i.e. containers.</p>
<p>Nagios is an infrastructure monitoring tool that presents analytics in visual reports.</p>
<p>While a DevOps engineer – we’ll discuss this role in more detail below – must operate these tools, the rest of the team also uses them under a DevOps engineer’s facilitation.</p>
<h2>A DevOps Engineer: role and responsibilities</h2>
<p>In the book <em>Effective DevOps</em> by Ryn Daniels and Jennifer Davis, the existence of a specific DevOps person is questioned: “<em>It doesn’t usually make much sense to have a director of DevOps or some other position that puts one person in charge of DevOps. DevOps is at its core a cultural movement, and its ideas and principles need to be used throughout entire organizations in order to be effective</em>.”</p>
<p>Some other DevOps experts partly disagree with this statement. They also believe that a team is key to effectiveness. But in this interpretation, a team – including developers, a quality assurance leader, a code release manager, and an automation architect – work under the supervision of a DevOps engineer.</p>
<p>So, the title of a DevOps Engineer is an arguable one. Nonetheless, DevOps engineers are still in demand on the IT labor market. Some consider this person to be either a system administrator who knows how to code or a developer with a system administrator’s skills.</p>
<h3>DevOps engineer responsibilities</h3>
<p>In a way, both definitions are fair. The main function of a DevOps engineer is to introduce the continuous delivery and continuous integration workflow, which requires the understanding of the mentioned tools and the knowledge of several programming languages. Depending on the organization, job descriptions differ. Smaller businesses look for engineers with broader skillsets and responsibilities. For example, the job description may require product building along with the developers. Larger companies may look for an engineer for a specific stage of the DevOps lifecycle that will work with a certain automation tool.</p>
<p style="clear: both"><img src="https://www.altexsoft.com/wp-content/plugins/a3-lazy-load/assets/images/lazy_placeholder.gif" /></p>
<p><em>DevOps Engineer Role and Requirements</em></p>
<p>The basic and widely-accepted responsibilities of a DevOps engineer are:</p>
<p><ul>
<li>Writing specifications and documentation for the server-side features</li>
<li>Management of continuous deployment and continuous integration (CI/CD)</li>
<li>CI/CD script writing</li>
<li>Performance assessment and monitoring</li>
</ul>
</p>
<p>Additionally, a DevOps engineer can be responsible for IT infrastructure maintenance and management, which comprises hardware, software, network, storages, virtual and remote assets, and control over cloud data storage.</p>
<p style="clear: both"><img src="https://www.altexsoft.com/wp-content/plugins/a3-lazy-load/assets/images/lazy_placeholder.gif" /></p>
<p><em>Scheme of IT Infrastructure management <br />Source: Smartsheet</em></p>
<p>This expert participates in IT infrastructure building, works with automation platforms, and collaborates with the developers, operation managers, and system administrators, facilitating processes they are responsible for.</p>
<h3>DevOps engineer skillset</h3>
<p>While this title doesn’t require a candidate to be a system administrator or a developer, this person must have experience in both fields. When hiring a DevOps engineer, pay attention to the following characteristics:</p>
<p><strong>Tech background.</strong> A DevOps engineer must hold a degree in computer science, engineering, or other related fields. Work experience must be greater than 2 years. This includes work as a developer, system administrator, or one of the members of a DevOps-driven team. This is an important requirement along with an understanding of all IT operations.</p>
<p><strong>Automation tool experience.</strong> The knowledge of open source solutions for testing and deployment is a must for a DevOps engineer. If you use a cloud server, make sure that your candidate has experience with such tools as GitHub, Chef, Puppet, Jenkins, Ansible, Nagios, and Docker. A candidate for this job also must have experience with public clouds such as Amazon AWS, Microsoft Azure, and Google Cloud.</p>
<p><strong>Programming skills.</strong> An engineer not only has to know off-the-shelf tools, but also must have programming experience to cover scripting and coding. Scripting skills usually entail the knowledge of Bash or PowerShell scripts, while coding skills may include Java, C#, C++, Python, PHP, Ruby, etc., or at least some of these languages.</p>
<p><strong>Knowledge of database systems.</strong> At the deployment stage, an engineer works with data processing, which requires experience with both SQL or NoSQL database models.</p>
<p><strong>Communication and interpersonal skills.</strong> Although a good candidate must be well-versed in tech aspects, a DevOps expert must have strong communication talents. He/she must ensure that a team functions effectively, receives and shares feedback to support continuous delivery. The outcome – a product – depends on his/her ability to effectively communicate with all team members.</p>
<p>When you hire a DevOps specialist, you need to define the main requirements and responsibilities that this person will bring to your team. Here are several components for a complete job posting:</p>
<p><ol>
<li>Base the requirements for a candidate on automation tools and programming languages you already use in development.</li>
<li>Define the technical knowledge and professional experience he/she must have to cover the requirements for this job.</li>
<li>Understand, whether you need a DevOps specialist to work on a particular stage of a cycle, or if he/she should be involved in every stage of a process, product development included.</li>
<li>And remember that the DevOps culture is about communication and collaboration, so find a candidate who can be a team player and team leader at the same time.</li>
</ol>
</p>
<h2>The benefits of DevOps and some thoughts on hiring a DevOps specialist</h2>
<p>The core advantages of DevOps adoption cover technical, business, and cultural aspects of development:</p>
<p><strong>Speed and quality.</strong> DevOps speeds up product release by introducing continuous delivery, encouraging faster feedback, and allowing developers to fix bugs in the system in the early stages. Practicing DevOps, the team can focus on the quality of the product and automate a number of processes.</p>
<p><strong>Business benefits.</strong> With DevOps, a team can react to change requests from customers faster, adding new and updating existing features. As a result, the time-to-market and value-delivery rates increase.</p>
<p><strong>Better internal culture.</strong> DevOps principles and practices lead to better communication between team members, and increased productivity and agility. Teams that practice DevOps are considered to be more productive and cross-skilled. Members of a DevOps team, both those who develop and those who operate, act in concert.</p>
<p>While just having a person with a DevOps engineer title doesn’t mean that you’ll be immediately steeped in the practice, this hire can become the crucial first step towards it. A DevOps engineer is largely considered to be a leader’s position. This person may help you build a cross-functional team that works in compliance with DevOps principles.</p>
<h2>Devops server</h2>

<h3>Devops server</h3>
<p>[youtube]</p>
Devops server <a href="http://remmont.com">Current news stories</a> Devops server
<h4>Devops server</h4>
What is DevOps? Get familiar with the main DevOps principles and practices, and find out what DevOps engineer role and responsibilities are.
<h5>Devops server</h5>
Devops server <a href="http://remmont.com">Devops server</a> Devops server
SOURCE: <h6>Devops server</h6> <a href="https://dev-ops.engineer/">Devops server</a> Devops server
#tags#[replace: -,-Devops server] Devops server#tags#
online news

[KansasKn]

Kabrinskiy Eduard - Microsoft devops pricing - Эдуард Кабринский


<h1>Microsoft devops pricing</h1>
<p>[youtube]</p>
Microsoft devops pricing <a href="http://remmont.com">American news headlines</a> Microsoft devops pricing
<h1>Azure DevOps vs GitHub</h1>
<p style="clear: both"><img src="https://assets-global.website-files.com/5efc3ccdb72aaa7480ec8179/5efd203e3d96d25de2ce1a5e_upguard.png" /></p>
<h5>UpGuard Team</h5>
<p style="clear: both"><img src="https://assets-global.website-files.com/5efbe6918a9cfd65bb1608f9/5f2a377718cd246b0498b885_Tube_Tall_X3_-_Medium0002%402x.png" /><img src="https://assets-global.website-files.com/5efbe6918a9cfd65bb1608f9/5f2a37764a9081d94cc0d472_Cylinder_X2_-_Thin0002%201%402x.png" /></p>
<h4>Table of contents</h4>
<p style="clear: both"><img src="https://assets-global.website-files.com/5efbe6918a9cfd65bb1608f9/5f026c713863088144ffac1f_chevron%20down.svg" /></p>
<h5>Join 27,000+ cybersecurity newsletter subscribers</h5>
<p>When it comes to modern software development, collaboration is the name of the game; to this end, development teams have more than ample selection of tools at their disposal these days. With a user base in the double-digit millions, GitHub is the perennial favorite for sharing, collaborating, and repositing code, but Azure DevOps, which started out as Visual Studio Online—then went through a name change where it was known as Microsoft Visual Studio Team Services (VSTS)—has been stealing some of its thunder, especially when it comes to software teams that rely heavily on Microsoft technologies such as .NET and C# in their stack.</p>
<p>The most obvious, classic distinction between the two platforms is that Azure DevOps is geared for closed source projects while GitHub is focused on open source. That said, GitHub has always made it easy for developers to move back and forth between public/private development modes. Microsoft has also made drastic strides in gaining favor with the open-source community, with perhaps its most significant move to court the community being itsР’ acquisition of GitHubР’ back in 2018.Р’</p>
<p>Even before completing its acquisition of GitHub, Microsoft had been making great strides towards becoming more open-source friendly. With CEO Satya Nadella at the helm, the software giant has made significant investments into open source software, including acquisitions, expanding support for Linux in some products, as well as open-sourcing its in-house technologies like the .NET framework.Р’</p>
<p>Azure DevOps is open-source friendly but does not go nearly as far as GitHub. The service has a significant overlap with GitHub, but it aims to be a comprehensive platform for managing DevOps. This includes release management and all other stages of the software development lifecycle for teams both large and small. GitHub has also expanded its capabilities over the years to become a compelling platform for developing and shipping code.Р’</p>
<p>So for comparison's sake, it really comes down to customer fit in terms of specific features, usability, and pricing models. Let's delve into a few of these categories and see how they stack up.</p>
<h2>Microsoft Visual Studio Team Services (VSTS)</h2>
<p>Formerly known as Visual Studio Team Services (and, before that, Visual Studio Online) Azure DevOps is essentially an Azure cloud-hosted version of Azure DevOps Server (formerly called Team Foundation Server or TFS), Microsoft's source code and application lifecycle management platform.Р’</p>
<p>The changes the product has gone through over time, including a fundamental rebranding in 2018, and releases in 2020, have been more than just a rebranding exercise. A key part of the fundamental changes has been Microsoft breaking out the individual Azure DevOps services so that they are easier to adopt for DevOps teams. This means that if a team needs just Azure Pipelines, they can get just that Azure service without incurring costs for services they donРІР‚в„ўt use. Products available in Azure DevOps include:</p>
<p><ul>
<li>Azure Boards</li>
<li>Azure Pipelines</li>
<li>Azure Repos</li>
<li>Azure Artifacts</li>
<li>And more</li>
</ul>
</p>
<p>Azure DevOps offers extended features for supporting software team collaboration andР’ continuous delivery/integrationР’ (CI/CD) such as Git-based source control repositories (Bitbucket, and others), project tracking tools, telemetry services, Kubernetes integration, Jenkins server support, a streamlined development IDE, and more.</p>
<p style="clear: both"><img src="https://assets-global.website-files.com/5efc3ccdb72aaa7480ec8179/5f068b06dc89db168e288a39_boards.jpeg" /></p>
<p>Other capabilities include Microsoft Office component support (e.g., Excel and Project) as well as cloud-specific development services such as cloud build, cloud load testing, and Application Insights: a machine learning-based tool for detecting, diagnosing, and remediating web application/service problems and performance issues.Р’</p>
<h2>GitHub</h2>
<p>Launched in 2008, GitHub is the premier Git repository hosting service on the web that features the best of Git's source control management capabilities combined with cloud-based code sharing, social networking, and an expansive online community of collaborators/developers.</p>
<p style="clear: both"><img src="https://assets-global.website-files.com/5efc3ccdb72aaa7480ec8179/5f068b06a982b721573f88cb_repository.png" /></p>
<p>GitHub has been described as a platform for social coding—an apt descriptor, as the offering features a myriad of social features that have made it the most popular code hosting platform on the web. Indeed, most of its powerful features revolve around its collaboration and sharing capabilities: on its own, Git is a massively popular and competent distributed version control system, but GitHub takes this to the next level by allowing users to work together publicly on projects, fork projects for experimentation and specialization, as well as disseminate/share ideas, among other features.В</p>
<p>Other social aspects of the platform worth mentioning include visibility into what other users are developing, coding "resumes" of sorts for developers to highlight previous work, and the ability to connect with other developers. Р’ Р’</p>
<p>GitHub has excellent support for managing software projects of all sizes, with a robust feature set that centers around:</p>
<p><ul>
<li><strong>Code management:</strong> public and private repositories</li>
<li><strong>Code workflow:</strong> GitHub Actions, GitHub Packages, code reviews, pull requests, protected branches</li>
<li><strong>Collaboration:</strong> manage collaborators, issues, backlogs, project boards, milestones, pages and wikis, GitHub repository insights, team discussions, organization, and team management</li>
<li><strong>Security and compliance:</strong> security alerts, automated code scanning, audit log, GitHub Connect, LDAP</li>
<li><strong>Marketplace and integrations:</strong> includes build tools, issue trackers like Jira, container platforms like Docker</li>
</ul>
</p>
<h2>Side-by-Side Scoring: Azure DevOps vs. GitHub</h2>
<h3>1. Capability Set</h3>
<p>Both offerings are comprehensive, feature-rich platforms for sharing/tracking code and building software Р“ la CI/CD, as well as highly focused around Git with an emphasis on different aspects of collaborative software development.Р’</p>
<p>Azure DevOps, with its gamut of tools and services for facilitating software project creation, development, testing, and management—is a formidable solution for development teams of all proportions.В</p>
<p>Similarly, GitHub's advanced features for team-based software development such as project issue tracking, code review, and various social features have made it the platform of choice for countless organizations/projects.</p>
<p>Azure DevOpsРІР‚в„ў services are compatible with a wide set of development tools, regardless of the framework or cloud you are using. Azure Pipelines give you continuous integration and continuous delivery that works for any programming language or cloud. You can even connect it to GitHub or any other Git repository. Using an Azure Pipeline, defined in a YAML file, you can deploy your code on Amazon AWS and Google Cloud Platform. The other services, such as Azure Boards and Azure Repos, complement this with Kanban boards for managing projects and scrum work items, private repository hosting, and more. This expansive feature set for DevOps is in many ways reminiscent of the way Gitlab, another Git source code management service, has pivoted to offering full lifecycle DevOps services in recent years. Р’</p>
<p>GitHubРІР‚в„ўs feature set includes analogous features for the cloud version, with CI/CD provided by GitHub Actions. If you need on-premises hosting, similar to Azure DevOps Server, GitHub Enterprise provides all GitHub features in a self-hosted version. For even more features, including continuous learning for your team with custom GitHub Learning Lab courses, you can upgrade to GitHub One.</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>Capability set</td> <td>5/5</td> <td>5/5</td> </tr> </tbody> </table>
<h3>2. Ease of Use</h3>
<p>Both offerings present a moderate learning curve, though this may be less of an issue for the average team (depending on what type of development is in question). For example, GitHub's born-in-the-cloud pedigree and familiar collaborative/social functions make it trivial for those with a basic command of Git and a penchant for social media tools to pick up. Microsoft-centric developers, previous Visual Studio Online users, and Azure cloud aficionados will at once feel at home with Azure DevOpsРІР‚в„ўs dashboards and various development/management consoles.</p>
<p>Thanks to its excellent integration with IDEs like Visual Studio, Eclipse, IntelliJ, and Android Studio, Azure DevOps makes it easy for developers to manage services alongside their code. GitHub, on the other hand, has an interface that is consistently easy to use and provides an elegant experience to users. GitHub Desktop makes it easier to collaborate from your desktop development environment and is officially available for macOS and Windows.</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>Ease of use</td> <td>4/5</td> <td>4/5</td> </tr> </tbody> </table>
<h3>3. Community Support</h3>
<p>GitHub takes the cake in this category by design. As mentioned previously, the offering was designed from the ground up to be highly social and community-based; as a result, the offering's community support is unparalleled. Azure DevOps also commands a sizable following among both Microsoft-centric developers and open-source proponents alike but doesn't come close to GitHub when it comes to community support.</p>
<p>Azure DevOps users can find numerous questions and answers from the community over atР’ Stack Overflow, where there are numerous questionsР’ tagged for Azure DevOps. Support is also available from MicrosoftРІР‚в„ўs Azure DevOps virtual assistants. If you have an Azure Support Plan, you can get more comprehensive technical support.Р’</p>
<p>The situation is a bit different for GitHub, where, in addition to all the community support and online documentation, all products come with support available via email. In addition, GitHub Enterprise Cloud customers can get enhanced support by signing up for GitHub Premium Support. Р’ Р’</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>Community support</td> <td>4/5</td> <td>5/5</td> </tr> </tbody> </table>
<h3>4. Release Rate</h3>
<p>Azure DevOps Server has seen regular releases over the years, and—as an outgrowth of this offering— Azure DevOps is a beneficiary of many of its feature additions. That said, Azure DevOps is a relatively new offering, whereas GitHub Enterprise has seen multiple releases per month since its inception in 2011.</p>
<p>These products are both moving quite rapidly in terms of releasing bug fixes and product updates. Azure DevOps has seen releases at a cadence of about twice a month over the last several years. Features generally make it into Azure DevOps Server, the on-premises version of the product, a short while later than they make it to the cloud version.Р’</p>
<p>GitHub also typically has multiple releases per month, and more frequently than Azure DevOps. These cover all the essentials, including security updates and new feature updates.</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>Release rate</td> <td>4/5</td> <td>5/5</td> </tr> </tbody> </table>
<h3>5. Pricing and Support</h3>
<p>GitHub and Azure DevOps diverge significantly when it comes to pricing. Microsoft's offering is free for up to 5 users with an unlimited number of private repositories to boot. A free trial is available for Azure DevOps server, allowing you to download the product and try it on your premises.Р’</p>
<p>When it comes to GitHub usage, all public open-source projects can be hosted free of charge—only private repositories incur a cost. Paid plans start at $7/month for personal use with unlimited private repositories and top out at $21 per user/month at the enterprise level (sold in packs of 10 users, billed annually). Enterprise plans allow you to host your team's code privately—either inside your own infrastructure or a private cloud.</p>
<p>With Azure DevOps, you can purchase per-user licenses to get bundles of services or units of usage for individual services. For example, the Basic Plan comes with user licenses costing $6 per user per month and gives you access to:</p>
<p><ul>
<li>Azure Pipelines</li>
<li>Azure Boards</li>
<li>Azure Repos</li>
<li>Azure Artifacts</li>
</ul>
</p>
<p>User licenses for the Azure DevOps Basic + Test Plans, which include access to the Test Plans service, cost $52 per user per month.</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>Pricing and support</td> <td>4/5</td> <td>4/5</td> </tr> </tbody> </table>
<h3>6. API and Extensibility</h3>
<p>GitHub offers a rich,В well-documentedВ REST API for interacting with and manipulating various platform resources. All API access occurs over HTTPS with data sent/received in JSON format. Similarly, Azure DevOps' REST APIВ is based on OAuth, JSON, and service hooks—enabling remote user/account access, build functions, Git repository actions, dashboard and widget actions, and more.В</p>
<p>Being able to interface with your DevOps platform via API is important for automating your workflows as well as for the unique use case where you are developing an app around managing workflows, either for yourself or as a product for others. Azure DevOps has client libraries for its API available in these programming languages:</p>
<p><ul>
<li>C# and .NET</li>
<li>Node.js (JavaScript)</li>
<li>Python</li>
<li>Go</li>
<li>Swagger 2.0</li>
<li>Web Extensions SDK</li>
</ul>
</p>
<p>GitHub also offers a powerful API that allows users to interface with their GitHub products as well as create GitHub Apps. In addition, starting with v4 of the GitHub API, GitHub has adopted GraphQL to make requests more flexible, efficient, as well as a return only the data that developers need in their API calls without the overhead of traditional REST APIs.</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>API and extensibility</td> <td>5/5</td> <td>5/5</td> </tr> </tbody> </table>
<h3>7. 3rd Party Integrations</h3>
<p>GitHub features aР’ myriad of integrationsР’ that allow developers to use their favoriteР’ 3rd party toolsР’ and services with the platform, from popular chat solutions like Slack and HipChat to CI/CD offerings such as Travis CI and Semaphore. Azure DevOps also features aР’ host of extensionsР’ (e.g., Slack, Octopus Deploy, and even GitHub) for expanding the offering beyond its core capabilities.Р’</p>
<p>The range of available tools that communicate with Azure DevOps includes not just marketplace extensions, but also:</p>
<p><ul>
<li>Desktop client developer toolsР’</li>
<li>Office integration tools (e.g. Excel, useful for those with batch jobs)</li>
<li>Web-based tools</li>
<li>Command-line tools</li>
<li>REST APIs</li>
</ul>
</p>
<p>Just like with Azure DevOps, the marketplace integrations are where you will find the greatest variety of integrations for GitHub, with GitHub Apps and Actions available for everything from continuous integration to IDE support and code review.</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>3rd party integrations</td> <td>5/5</td> <td>5/5</td> </tr> </tbody> </table>
<h3>8. Companies that Use It</h3>
<p>GitHub is used by government entities across the globe and the majority of leading tech enterprises in business today: Google, Adobe, Twitter, PayPal, Facebook, LinkedIn, Yahoo, and countless others. Azure DevOps' customer list—while respectable—is not as illustrious as GitHub's: Shell, Alaska Airlines, Hawaiian Airlines, Ordina, and OSIsoft, to name a few.</p>
<p>Paying attention to what the companies and developers that use these two competing products have to say about them can be helpful for making your own pick. In reviews, Azure DevOps is noted by users for being or having:</p>
<p><ul>
<li>feature-complete and extremely capable</li>
<li>possessing a sizable extension ecosystem</li>
<li>a one-stop-shop for build server, project management, CI/CD</li>
<li>excellent Azure integration</li>
</ul>
</p>
<p>For GitHub, the top strengths cited in reviews tend to be:</p>
<p><ul>
<li>ease of use Р’</li>
<li>used by developers around the world</li>
<li>UI is minimal and allows you to focus on what's importantР’</li>
<li>readily available integrations and tools Р’</li>
<li>easy to incorporate in whatever workflow you may have</li>
<li>reliable</li>
</ul>
</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>Companies that use it</td> <td>4/5</td> <td>5/5</td> </tr> </tbody> </table>
<h3>9. Learning Curve</h3>
<p>When it comes to GitHub, those with experience with Git will find the offering easy to get up to speed with. Despite its relatively intuitive and well-designed interface, an abundance of widgets and tools can make Azure DevOps somewhat of a challenge to master. Additionally, its repository management features are less intuitive than Github's.</p>
<p>To help you learn these tools, you can use the official documentation as well as training materials available from both Microsoft and GitHub. For example, there areР’ tutorials and videos available from MicrosoftР’ for Azure DevOps. Microsoft Docs also has excellent practical learning tutorials, however, there are relativelyР’ few of them dedicated to Azure DevOps.Р’</p>
<p>GitHub makes the learning curve easier to navigate for its product with multiple user-friendly, fun courses in itsР’ Learning Lab. These hands-on tutorials will teach you everything from basics to advanced power user tasks you can complete with the various features of the platform.</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>Learning curve</td> <td>3/5</td> <td>4/5</td> </tr> </tbody> </table>
<h3>10. Security rating</h3>
<p>TheР’ Azure DevOps websiteР’ has a number of shortcomings that make its website perimeter security less than ideal: lack of HTTP strict transport security, secure cookies, and an insecure SSL/TLS version. GitHub, on the other hand, scores an excellentР’ security rating of 808Р’ out of 950 for its bolstered website perimeter security.Р’</p>
<p>The Azure DevOps site is somewhat behind, withР’ a securityr rating of 751Р’ out of 950. This score earns a B grade on our comprehensive cybersecurity rating.Р’</p>
<p>A security rating is a standadized system that UpGuard maintains in order to standardize cybersecurity ratings among organizations with an online footprint. The score reflects an organizationРІР‚в„ўs aptitudes in the areas of cybersecurity compliance, integrity, and security. A perfect score is 950, with 0 being the lowest. The higher the score the better off an organization is in terms of its cybersecurity profile.</p>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>Security rating</td> <td>751</td> <td>808</td> </tr> </tbody> </table>
<h2>Scoreboard and Summary</h2>
<table> <tbody> <tr> <td>Azure DevOps</td> <td>GitHub</td> </tr> <tr> <td>Capability set</td> <td>5/5</td> <td>5/5</td> </tr> <tr> <td>Ease of use</td> <td>4/5</td> <td>4/5</td> </tr> <tr> <td>Community support</td> <td>4/5</td> <td>5/5</td> </tr> <tr> <td>Release rate</td> <td>4/5</td> <td>5/5</td> </tr> <tr> <td>Pricing and support</td> <td>4/5</td> <td>4/5</td> </tr> <tr> <td>API and extensibility</td> <td>5/5</td> <td>5/5</td> </tr> <tr> <td>3rd party integrations</td> <td>5/5</td> <td>5/5</td> </tr> <tr> <td>Companies that use it</td> <td>4/5</td> <td>5/5</td> </tr> <tr> <td>Learning curve</td> <td>3/5</td> <td>4/5</td> </tr> <tr> <td>Security rating</td> <td>4/5</td> <td>5/5</td> </tr> <tr> <td>Total</td> <td>4.2/5</td> <td>4.7/5</td> </tr> </tbody> </table>
<p>In short, if the intent is to build and collaborate on open source projects with the developer community at large, GitHub is the ideal platform. Just know that you'll be on the hook to pay if you decide to go private with your code repositories. Obviously, GitHub is a near-ideal fit as well if you are a corporate team with developers already used to working on the platform. Microsoft's Azure DevOps is a highly competitive offering with robust application lifecycle management tools—ideal for Microsoft-centric shops and Azure-hosted applications. Last but not least, both are reasonably priced and ship with a plethora of integrations for dovetailing into any number of toolchain compositions.</p>
<h2>Microsoft devops pricing</h2>

<h3>Microsoft devops pricing</h3>
<p>[youtube]</p>
Microsoft devops pricing <a href="http://remmont.com">Current breaking news</a> Microsoft devops pricing
<h4>Microsoft devops pricing</h4>
Learn about Azure DevOps and GitHub compare across ten categories in this in-depth post.
<h5>Microsoft devops pricing</h5>
Microsoft devops pricing <a href="http://remmont.com">Microsoft devops pricing</a> Microsoft devops pricing
SOURCE: <h6>Microsoft devops pricing</h6> <a href="https://dev-ops.engineer/">Microsoft devops pricing</a> Microsoft devops pricing
#tags#[replace: -,-Microsoft devops pricing] Microsoft devops pricing#tags#
Kabrinskiy Eduard
new

[KansasKn]

Eduard Kabrinskiy - Azure pipelines powershell - Kabrinskiy Eduard


<h1>Azure pipelines powershell</h1>
<p>[youtube]</p>
Azure pipelines powershell <a href="http://remmont.com">Current news events</a> Azure pipelines powershell
<h1>Azure DevOps Pro</h1>
<p style="clear: both"><img src="https://www.azuredevopspro.com/wp-content/uploads/2019/08/back_devops.jpeg" /></p>
<h1>Building PowerShell Module with CI CD pipelines using Azure Pipelines</h1>
<h1>Introduction</h1>
<p>This is my demo project for PowerShell Module development with CI and CD to deploy on PowerShell gallery.</p>
<p>We are using multiple tools here to achieve some of the most common DevOps practices like unit testing, CI and CD. This is just a journey to start with and here we are majorly talking about practices and how to get started. This project will keep on growing with content and better architecture with time and learning we will be having.</p>
<h1>Getting Started</h1>
<p>TODO: You should be familiar with PowerShell module development (though we are covering the baiscs here.), Apart from it we are using Pester for testing, psake for build and of course Azure DevOps Services for CI CD Pipeline to Publish module over PowerShell Gallery.</p>
<h2>PowerShell Module</h2>
<p>PowerShell module can be of any of four types i.e. Script Module, Binary Module, Script Manifest Module and Dynamic Module. More information on PowerShell Module can be referred here. <br />In this Project we are going to publish a basic Module of Script Manifest Module type.</p>
<p>A PowerShell script manifest module contains a .PSM1 file having all the PowerShell script function to be exposed via the module and a .PSD1 file that contains all the meta data of module including any additional resources required for your module.</p>
<p>You can simply create a PowerShell function and import is either through .psd1 Manifest file or using Export-ModuleMember in the .psm1 file itself. Here we are doing it from Manifest file by updating manifest file using Update-ModuleManifest cmdlet</p>
<p>Which updates the following section in .psd1 file.</p>
<h2>Pester</h2>
<p>Pester is a PowerShell testing framework which you can use to write your unit or integration tests. To run Pester test on your local machine (during dev) you will have to install Pester on your local machine using following commands.</p>
<p>Pester Detects .Tests.ps1 files in your directory or subdirectory and runs the test. We are using Tests subfolder for keeping all our tests files.</p>
<p>A Pester test follows follwoing syntax:</p>
<p>Pester Tests can be invoked by using Inovoke-Pester command, it somply runs all the Tests by looking in to file name pattern of *.Tests.ps1. The above test will fail if notepad.exe will not exist in mentioned path. More help and guide on Pester Tests can be found at Pester Wiki</p>
<p>In this repo we have two Tests file containing two Tests, first one for testing manifest file and second one for check Get-WinRamInfo function output type.</p>
<h2>psake</h2>
<blockquote><p>psake is a build automation tool written in PowerShell. It avoids the angle-bracket tax associated with executable XML by leveraging the PowerShell syntax in your build scripts. psake has a syntax inspired by rake (aka make in Ruby) and bake (aka make in Boo), but is easier to script because it leverages your existent command-line knowledge.</p></blockquote>
<p>You can install psake by downloding the package from psake github repo here or install from PowerShell gallery (its prerelease at psgallery) by using this command.</p>
<p>Once you have installed from PowerShell gallery or github repo, you can import psake module like any other PowerShell module.</p>
<p>You can run a psake build using Invoke-psake command and providing build file.</p>
<p>To run pester tests as part of your psake build you can provide the tasks in Invoke-psake command.</p>
<h2>Azure Pipelines</h2>
<p>We are using Azure Pipelines for CI CD. Azure Pipelines provides unlimited CI/CD minutes and 10 parallel jobs to every open source project for free.Azure Pipelines also gives 1800 free minutes for private repositories or you can run unlimited minutes of CI/CD on your own hardware, hosted in the cloud or your on-premises hardware.</p>
<p>Azure Pipelines gives you flexibility to write your build pipeline as code or using visual editor. We have written build pipeline as code in file azure-pipelines.yml which runs the psake build , psake is running pestor tests as part of build and publishing the test results.</p>
<p>We also have a release pipeline configured as part of CD to publish the PowerShell module on PowerShell gallery. In Release definition we are using PowerShell Gallery publisher task to publish the module on PowerShell gallery. The task accepts API key and Module folder. Module folder should have the same name as module and API key you can get from PowerShell gallery after registering. More information on Publishing PowerShell module on PowerShell gallery can be found here</p>
<h1>Contribute</h1>
<p>DevOps is about always improving, and if you have a idea to take it further then lets have a chat!</p>
<h2>Azure pipelines powershell</h2>

<h3>Azure pipelines powershell</h3>
<p>[youtube]</p>
Azure pipelines powershell <a href="http://remmont.com">Top headlines</a> Azure pipelines powershell
<h4>Azure pipelines powershell</h4>
Deploy your PowerShell module to PowerShell gallery with CI CD pipeline using Azure Pipelines.
<h5>Azure pipelines powershell</h5>
Azure pipelines powershell <a href="http://remmont.com">Azure pipelines powershell</a> Azure pipelines powershell
SOURCE: <h6>Azure pipelines powershell</h6> <a href="https://dev-ops.engineer/">Azure pipelines powershell</a> Azure pipelines powershell
#tags#[replace: -,-Azure pipelines powershell] Azure pipelines powershell#tags#
Kabrinskiy Eduard
latest news today

[KansasKn]

Eduard Kabrinskiy - Octopus azure - Kabrinskiy Eduard


<h1>Octopus azure</h1>
<p>[youtube]</p>
Octopus azure <a href="http://remmont.com">News updates</a> Octopus azure
<h1>rit-chris / octopus-azure.md</strong> </h1>
<p>The current pipeline</h2></p>
<p>There are four services to the current pipeline: Github, Appveyor, Octopus, Azure.</p>
<ul>
<li>You push to Github</li>
<li>The appveyor.yml file in the repository is found by Appveyor. Appveyor builds the solution and runs the tests. The deploy is skipped as you're not on the master or dev branches.</li>
</ul>
<ul>
<li>You push to Github on the dev or master branches, via a pull request.</li>
<li>The appveyor.yml file in the repository is found by Appveyor. Appveyor builds the solution, runs the tests, and runs the octopus-deploy Powershell script. This creates an Octopus package, pushes it to the Octopus server and then creates and deploys a release.</li>
<li>The Octopus project deployed then runs a deploy to a web app on Azure. The web app name is defined in the project variables.</li>
<li>The Octopus step is from an Azure web app template.</li>
</ul>
<p>The only magical part to this file is it copies StaticPlatforms to Platforms and runs a deploy script.</p>
<p>There are currently 3 environments:</p>
<p>The deployment pipeline pushes straight to the dev environment, which has no deployment slots. You are then expected to manually continue the workflow through to QA-Staging and QA-Live. These two environments could be duplicated for a live environment very easily.</p>
<p>The project variables in Octopus are tied down to these environments. You can deploy to a staging slot in Azure by using webapp-name(slot name) as the target web app name. For example impactful-qa(staging) .</p>
<p>This has a similar deployment pipeline setup, but no CI as there is no C# in the repository. You should deploy this project after the platform deployment, as the platform project will wipe the entire root directory of the web app.</p>
<p>This project is setup so that Octopus package is extracted into /platforms/</p>
<p>Octopus Azure account</h3></p>
<p>You need a subscriber id, app id, tenant id (from Azure AD). The links below tell you where to find them, they're in the subscriptions section, web app roles section and AD section in Azure.</p>
<h2>Octopus azure</h2>

<h3>Octopus azure</h3>
<p>[youtube]</p>
Octopus azure <a href="http://remmont.com">Current news today</a> Octopus azure
<h4>Octopus azure</h4>
Octopus and Azure. GitHub Gist: instantly share code, notes, and snippets.
<h5>Octopus azure</h5>
Octopus azure <a href="http://remmont.com">Octopus azure</a> Octopus azure
SOURCE: <h6>Octopus azure</h6> <a href="https://dev-ops.engineer/">Octopus azure</a> Octopus azure
#tags#[replace: -,-Octopus azure] Octopus azure#tags#
Kabrinskiy Eduard
today's news headlines

[KansasKn]

Eduard Kabrinskiy - Azure devops build agents - Kabrinskiy Eduard


<h1>Azure devops build agents</h1>
<p>[youtube]</p>
Azure devops build agents <a href="http://remmont.com">Latest national news</a> Azure devops build agents
<h1>Azure DevOps - Self-Hosted Build Agents</h1>
<h2>Self-Hosted Agents?</h2>
<p>This new Learning Module has some very good explanations:</p>
<blockquote><p>A build agent is a system that performs build tasks. Think of it as a dedicated server that runs your build process.</blockquote></p>
<p>Imagine that you have an Azure Pipelines project that receives build requests many times per day. Or perhaps you have multiple projects that can each use the same type of build agent. You can organize build agents into agent pools to help ensure that there's a server ready to process each build request.</p>
<p>When a build is triggered, Azure Pipelines selects an available build agent from the pool. If all agents are busy, the process waits for one to become available.</p></blockquote>
<p>When my colleagues needed a build agent that could communicate with Azure Resources (such as Storage Accounts) inside of a private Virtual Network then the only way to do this without whitelisting a very large set of public IP address ranges (i.e. Azure Datacenter addresses) was to have a Virtual Machine running inside the same private network to which Azure DevOps would schedule build jobs.</p>
<p>Azure DevOps provides a way for you to run your own Build Agents called <strong>Self-hosted Agents</strong>.</p>
<h2>Configuring an agent on Ubuntu Server?</h2>
<p>When I learned that the requirement was to build Python wheels to be deployed. I guessed that a Linux Virtual Machine should suffice and be a bit less costly to run that a Windows Server Virtual Machine. I elected to deploy a Ubuntu Server.</p>
<p>When I looked into this I found a few blog posts in addition to the official documentation, but all the articles specified using a desktop browser to download the Agent configuration script, and this seemed very odd for Linux where I'd assumed the default mode would be to do everything at the command line so I thought I'd post here how I acheived all of this with just an SSH terminal.</p>
<h2>Azure devops build agents</h2>

<h3>Azure devops build agents</h3>
<p>[youtube]</p>
Azure devops build agents <a href="http://remmont.com">Headlines</a> Azure devops build agents
<h4>Azure devops build agents</h4>
Keeping Virtual Machines Patched (the Azure DevTest Labs edition)
<h5>Azure devops build agents</h5>
Azure devops build agents <a href="http://remmont.com">Azure devops build agents</a> Azure devops build agents
SOURCE: <h6>Azure devops build agents</h6> <a href="https://dev-ops.engineer/">Azure devops build agents</a> Azure devops build agents
#tags#[replace: -,-Azure devops build agents] Azure devops build agents#tags#
Кабринский Эдуард
breaking news today

[KansasKn]

Кабринский Эдуард - Intellij azure devops - Eduard Kabrinskiy


<h1>Intellij azure devops</h1>
<p>[youtube]</p>
Intellij azure devops <a href="http://remmont.com">National news</a> Intellij azure devops
<h1>Intellij azure devops</h1>
<p>Create your free GitHub account today to subscribe to this repository for new releases and build software alongside 50 million developers.</p>
<p>ForNeVeR released this Aug 24, 2020</p>
<ul>
<li>Server workspace support: import existing ones or create new ones (#325)</li>
<li>Add operations are now performed using faster reactive client (#338)</li>
<li>Rename operations are now performed using faster reactive client</li>
<li><b>Merge Branch Changes</b> action won't stay in your way in non-TFVC projects in the plugin in installed</li>
<li>Avoid spamming "unversionedFiles are empty" message when trying to add files in some cases</li>
</ul>
<p>ForNeVeR released this Jun 2, 2020 В· 52 commits to master since this release</p>
<p>ForNeVeR released this Mar 26, 2020 В· 109 commits to master since this release</p>
<ul>
<li><b>Plugin is now only compatible with IntelliJ 2018.2+ (Android Studio 3.3+)</b></li>
<li>Plugin automatically enables version control if an appropriate repository is opened (#284)</li>
<li>Fixed an issue with file deleting in IntelliJ 2019.3+ (#304)</li>
<li><b>Enable Version Control Integration</b> now should work for Visual Studio workspaces (#67)</li>
<li>Delete operation is now much faster (#296)</li>
<li>Rollback operation is now much faster</li>
<li>Undo operation now properly supports undoing files deleted through TFVC (#306)</li>
<li>Fixed a bug with TFVC collection URIs that contain spaces (#312)</li>
<li>Small bug fixes and compatibility changes for IDEA 2020.1 (#293)</li>
<li>Fixed an issue with opening pull request URLs in a browser (#280, thanks @baltuonis and @pecanw for help)</li>
<li>TFVC client download link is now visible when the client path is empty or the file isn't found (#286)</li>
</ul>
<p>mfilippov released this Dec 13, 2019 В· 179 commits to master since this release</p>
<ul>
<li>Added an experimental reactive TFVC client which provides better performance. To enable the experimental client, visit Settings | Version Control | TFVC #257</li>
<li>Fixed compatibility with products based on IDEA 2019.3 #258</li>
<li>Fixed a performance issue with the new VCS layout (enabled by default in JetBrains Rider) #267</li>
<li>Fixed an issue with change detection on case-insensitive file systems when the repository was created in wrong case #274</li>
</ul>
<p>mfilippov released this Nov 1, 2019 В· 247 commits to master since this release</p>
<ul>
<li>Fix a "teamProjectName is empty" error message when editing a workspace that has the root folder mapped into it #250</li>
<li>Raise the required IntelliJ Platform version to 181 (IDEA 2018.1)</li>
</ul>
<p>mfilippov released this Sep 13, 2019 В· 258 commits to master since this release</p>
<ul>
<li>Fix an issue with changes never being detected on macOS #129</li>
<li>Fix an error on pull request creation #234</li>
<li>Improve authentication error messages for some cases #235</li>
<li>Fix an error on trying to commit a locally deleted file #240</li>
<li>Allow proceeding the operations after accepting the EULA #243</li>
</ul>
<p>mfilippov released this Jul 18, 2019 В· 280 commits to master since this release</p>
<ul>
<li>Support for authentication in repositories shared with Visual Studio #205</li>
<li>We're now targeting Java 8 #216</li>
<li>The plugin documentation links have been updated #220</li>
<li>Plugin will now offer a fix for leading '$' character in file names in TFVC repos #84</li>
<li>Logging has been improved to provide better diagnostics #218, #219</li>
<li>Fix an bug with repository disappearing on credential update #225</li>
</ul>
<p>mfilippov released this Jul 2, 2019 В· 326 commits to master since this release</p>
<ul>
<li>Fix an error when creating a branch in TFVC #206</li>
<li>Fix "Unable to determine the workspace" error caused by additional content roots in module #173</li>
<li>Fix a UI block on error when trying to get TF client version #210</li>
<li>IntelliJ 2019.2 compatibility #213</li>
<li>Make the plugin distribution less heavy #214</li>
</ul>
<p>mfilippov released this Jun 11, 2019 В· 351 commits to master since this release</p>
<ul>
<li>Fix Azure authentication issues for Git repositories #158</li>
<li>Remove excessive logging #190</li>
<li>Fix a bug with incorrect local changes calculation #201</li>
<li>Improve performance #181</li>
</ul>
<p>mfilippov released this Jun 10, 2019 В· 365 commits to master since this release</p>
<ul>
<li>Rebranding for Azure DevOps.</li>
<li>Fix UI freeze on project loading.</li>
<li>Various performance improvements and bug fixes.</li>
</ul>
<p>You can?t perform that action at this time.</p>
<p>You signed in with another tab or window. Reload to refresh your session. You signed out in another tab or window. Reload to refresh your session.</p>
<h2>Intellij azure devops</h2>

<h3>Intellij azure devops</h3>
<p>[youtube]</p>
Intellij azure devops <a href="http://remmont.com">Top news</a> Intellij azure devops
<h4>Intellij azure devops</h4>
IntelliJ IDEA plug-in for Visual Studio Team Services and Team Foundation Server (TFS) - microsoft/azure-devops-intellij
<h5>Intellij azure devops</h5>
Intellij azure devops <a href="http://remmont.com">Intellij azure devops</a> Intellij azure devops
SOURCE: <h6>Intellij azure devops</h6> <a href="https://dev-ops.engineer/">Intellij azure devops</a> Intellij azure devops
#tags#[replace: -,-Intellij azure devops] Intellij azure devops#tags#
Eduard Kabrinskiy
breaking news

[YAHOSige]

Kabrinskiy Eduard - Azure devops ansible - Эдуард Кабринский


<h1>Azure devops ansible</h1>
<p>[youtube]</p>
Azure devops ansible <a href="http://remmont.com">Today's national news headlines in english</a> Azure devops ansible
<h1>Connecting to Azure with Ansible</h1>
<p>Ansible is an open-source software provisioning, configuration management, and application deployment tool that includes a declarative language to describe system configurations. Ansible can configure both Linux and Windows operating systems. It can also deploy, provision, and configure Cloud resources, such as Azure resources. In order to use Ansible with Azure, you must first define the connection settings between the Ansible server and Azure as an infrastructure platform. In this article you'll learn how to connect an Ansible server to Azure using an Azure Service Principal account.</p>
<h2>Table Of Contents</h2>
<h2>Prerequisites</h2>
<h2>Step 1 - Create an Azure Service Principal</h2>
<p>The first step is to create an Azure Service Principal account. You will use this to authenticate to your Azure subscription. After the Service Principal is created you will need to grant it permissions to your subscription. In this tutorial you'll be assigning contributor permissions to the entire subscription. In order to create the service principal with Azure PowerShell you'll need to first create a credentials object which contains the password of the new service principal. Using a technique in PowerShell called splatting you'll pass the user name and password it contains to the cmdlet New-AzAdServicePrincipal . This cmdlet will create a new service principal in Azure.</p>
<p>Exit fullscreen mode</p>
<h2>Step 2 - Assign a Role to the Service Principal</h2>
<p>Once the service principal is created next you'll assign permissions to that service principal in Azure. In this tutorial you'll be assigning the Contributor role to the service principal for the entire subscription. The cmdlet for assigning role permissions is New-AzRoleAssignment . You need to specify three parameters in order to assign the role to the service principal. The ObjectID, which is the Id property of the service principal you just created. When the service principal was created in Step 1 the output was stored in a variable called $sp and the Id property can be accessed by specifying that property on the $sp variable. RoleDefinitionName is set to Contributor and Scope value is set to /subscription/$subId . $subId is a variable containing the subscription id for the Azure subscription you are targeting. That variable is populated by the Get-AzSubscription cmdlet. Update NameofSubscriptionHere with the name of your Azure subscription. <br /></p>
<p>Exit fullscreen mode</p>
<h2>Step 3 - Create Azure credentials</h2>
<h3>Gather Required Information</h3>
<p>For this tutorial you'll need the subscription Id, service principal appId, service principal name, and the tenant Id of the service principal to connect Ansible to Azure. All of the required information can be gather with Azure PowerShell cmdlets. After you have the required information you can connect Ansible to Azure in two different ways. You can either use a credentials file or environment variables.</p>
<p><ul>
<li>Subscription Id</li>
<li>Service Principal AppId</li>
<li>Service Principal Password</li>
<li>Tenant Id for the Service Principal</li>
</ul>
</p>
<p>Exit fullscreen mode</p>
<h3>Option 1: Use Ansible Credentials File</h3>
<p>Ansible looks in specific locations to auto load credentials if certain files exists. The Azure Ansible module uses the path</p>
<p>/.azure/credentials . Placing a file in this location with the proper values will result in Ansible being able to connect to Azure. Keep in mind that credential files in Ansible are used for development environments. To use this method create a file at</p>
<p>/.azure/credentials and populated the variables subscription_id, client_id, secret, and tenant.</p>
<p>1. Create a credentials file <br /></p>
<p>Exit fullscreen mode</p>
<p>2. Populate the required Ansible variables. Replace</p>
<p>with actual values. <br /></p>
<p>Exit fullscreen mode</p>
<h3>Option 2: Use Ansible Environment Variables</h3>
<p>Instead of using a credentials file you can also populate specific environment variables that Ansible Azure module will use to connect to Azure. Using the bash command export you can define these values. Replace</p>
<p>with actual values. <br /></p>
<p>Exit fullscreen mode</p>
<h2>Step 4 - Run an Ansible Playbook</h2>
<p>After you provided the necessary values for Ansible to connect to Azure through either a credentials file or environment variables you can test the connection by running an Ansible playbook.</p>
<h3>Create a playbook file</h3>
<p>Ansible playbooks are written in YAML. Create a playbook by creating a new file named playbook.yaml and opening it in vi. <br /></p>
<p>Exit fullscreen mode</p>
<h3>Paste playbook contents in</h3>
<p>Below is an Ansible playbook that creates an Azure resource group named rg-cs-ansible in the eastus region. It also registers the output to an Ansible variable and outputs it with the debug module. Copy and paste in the contents below to populate the playbook. <br /></p>
<h2>Azure devops ansible</h2>

<h3>Azure devops ansible</h3>
<p>[youtube]</p>
Azure devops ansible <a href="http://remmont.com">Main news today</a> Azure devops ansible
<h4>Azure devops ansible</h4>
Introduction Ansible is an open-source software provisioning, configuration management, an... Tagged with azure, ansible, devops.
<h5>Azure devops ansible</h5>
Azure devops ansible <a href="http://remmont.com">Azure devops ansible</a> Azure devops ansible
SOURCE: <h6>Azure devops ansible</h6> <a href="https://dev-ops.engineer/">Azure devops ansible</a> Azure devops ansible
#tags#[replace: -,-Azure devops ansible] Azure devops ansible#tags#
Kabrinskiy Eduard
news headlines

[YAHOSige]

Devops technologies - Кабринский Эдуард


<h1>Devops technologies</h1>
<p>[youtube]</p>
Devops technologies <a href="http://remmont.com">New news today</a> Devops technologies
<h1>The 10 best DevOps tools for 2020</h1>
<p><em>Last updated January 2020 for accuracy.</em></p>
<p>The integration of Development and Operations brings a new perspective to software development. If you?re new to DevOps practices, or looking to improve your current processes, it can be a challenge to know which tool is best for your team.</p>
<p>We?ve put together this list to help you make an informed decision on which tools should be part of your stack. So, letРІ??s take a look at the 10 best DevOps tools, from automated build tools to application performance monitoring platforms.</p>
<h2>The best DevOps tools for 2020</h2>
<h2>1. Gradle</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/gradle.png" /></p>
<p>Your DevOps tool stack will need a reliable build tool. Apache Ant and Maven dominated the automated build tools market for many years, but Gradle showed up on the scene in 2009, and its popularity has steadily grown since then. Gradle is an incredibly versatile tool which allows you to write your code in Java, C++, Python, or other languages. Gradle is also supported by popular IDEs such as Netbeans, Eclipse, and IntelliJ IDEA. If that doesn?t convince you, it might help to know that Google also chose it as the official build tool for Android Studio.</p>
<p>While Maven and Ant use XML for configuration, Gradle introduces a Groovy-based DSL for describing builds. In 2016, the Gradle team also released a Kotlin-based DSL, so now you can write your build scripts in Kotlin as well. This means that Gradle does have some learning curves, so it can help a lot if you have used Groovy, Kotlin or another JVM language before. Besides, Gradle uses MavenРІ??s repository format, so dependency management will be familiar if you have prior experience with Maven. You can also import your Ant builds into Gradle.</p>
<p>The best thing about Gradle is incremental builds, as they save a nice amount of compile time. According to GradleРІ??s performance measurements, itРІ??s up to 100 times faster than Maven. This is in part because of incrementality, but also due to GradleРІ??s build cache and daemon. The build cache reuses task outputs, while the Gradle Daemon keeps build information hot in memory in-between builds.</p>
<p>All in all, Gradle allows faster shipping and comes with a lot of configuration possibilities.</p>
<h2>2. Git</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/git.png" /></p>
<p>Git is one of the most popular DevOps tools, widely used across the software industry. ItРІ??s a distributed SCM (source code management) tool, loved by remote teams and open source contributors. Git allows you to track the progress of your development work. You can save different versions of your source code and return to a previous version when necessary. ItРІ??s also great for experimenting, as you can create separate branches and merge new features only when theyРІ??re ready to go.</p>
<p>To integrate Git with your DevOps workflow, you also need to host repositories where your team members can push their work. Currently, the two best online Git repo hosting services are GitHub and Bitbucket. GitHub is more well-known, but Bitbucket comes with free unlimited private repos for small teams (up to five team members). With GitHub, you get access only to public repos for freeРІ??which is still a great solution for many projects.</p>
<p>Both GitHub and Bitbucket have fantastic integrations. For example, you can integrate them with Slack, so everyone on your team gets notified whenever someone makes a new commit.</p>
<h2>3. Jenkins</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/jenkins.png" /></p>
<p>Jenkins is the go-to DevOps automation tool for many software development teams. ItРІ??s an open source CI/CD server that allows you to automate the different stages of your delivery pipeline. The main reason for JenkinsРІ?? popularity is its huge plugin ecosystem. Currently, it offers more than 1,000 plugins, so it integrates with almost all DevOps tools, from Docker to Puppet.</p>
<p>With Jenkins, you can set up and customize your CI/CD pipeline according to your own needs. I found the following example in the Jenkins Docs. And, this is just one of the possibilities. Nice, isnРІ??t it?</p>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/jenkins-pipeline.png" /></p>
<p>ItРІ??s easy to get started with Jenkins, as it runs out-of-the-box on Windows, Mac OS X, and Linux. You can also easily install it with Docker. You can set up and configure your Jenkins server through a web interface. If you are a first-time user, you can choose to install it with frequently used plugins. However, you can create your own custom config as well.</p>
<p>With Jenkins, you can iterate and deploy new code as quickly as possible. It also allows you to measure the success of each step of your pipeline. IРІ??ve heard people complaining about JenkinsРІ?? РІ??uglyРІ?? and non-intuitive UI. However, I could still find everything I wanted without any problem.</p>
<h2>4. Bamboo</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/bamboo.png" /></p>
<p>Bamboo is AtlassianРІ??s CI/CD server solution that has many similar features to Jenkins. Both are popular DevOps tools that allow you to automate your delivery pipeline, from builds to deployment. However, while Jenkins is open source, Bamboo comes with a price tag. So, hereРІ??s the eternal question: is it worth choosing proprietary software if thereРІ??s a free alternative? It depends on your budget and goals.</p>
<p>Bamboo has many pre-built functionalities that you have to set up manually in Jenkins. This is also the reason why Bamboo has fewer plugins (around 100 compared to JenkinsРІ?? 1000+). In fact, you donРІ??t need that many plugins with Bamboo, as it does many things out-of-the-box.</p>
<p>Bamboo seamlessly integrates with other Atlassian products such as Jira and Bitbucket. You also have access to built-in Git and Mercurial branching workflows and test environments. All in all, Bamboo can save you a lot of configuration time. It also comes with a more intuitive UI with tooltips, auto-completion, and other handy features.</p>
<h2>5. Docker</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/docker.png" /></p>
<p>Docker has been the number one container platform since its launch in 2013 and continues to improve. ItРІ??s also thought of as one of the most important DevOps tools out there. Docker has made containerization popular in the tech world, mainly because it makes distributed development possible and automates the deployment of your apps. It isolates applications into separate containers, so they become portable and more secure. Docker apps are also OS and platform independent. You can use Docker containers instead of virtual machines such as VirtualBox.</p>
<p>What I like the most about Docker is that you donРІ??t have to worry about dependency management. You can package all dependencies within the appРІ??s container and ship the whole thing as an independent unit. Then, you can run the app on any machine or platform without a headache.</p>
<p>Docker integrates with Jenkins and Bamboo, too. If you use it together with one of these automation servers, you can further improve your delivery workflow. Besides, Docker is also great for cloud computing. In recent years, all major cloud providers such as AWS and Google Cloud added support for Docker. So, if you are planning a cloud migration, Docker can ease the process for you.</p>
<h2>6. Kubernetes</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/kubernetes.png" /></p>
<p>This year, everyone is talking about Kubernetes. ItРІ??s a container orchestration platform that takes containerization to the next level. It works well with Docker or any of its alternatives. Kubernetes is still very new; its first release came out in 2015. It was founded by a couple of Google engineers who wanted to find a solution to manage containers at scale. With Kubernetes, you can group your containers into logical units.</p>
<p>You may not need a container orchestration platform if you have just a few containers. However, itРІ??s the next logical step when you reach a certain level of complexity and need to scale your resources. Kubernetes allows you to automate the process of managing hundreds of containers.</p>
<p>With Kubernetes, you donРІ??t have to tie your containerized apps to a single machine. Instead, you can deploy it to a cluster of computers. Kubernetes automates the distribution and scheduling of containers across the whole cluster.</p>
<p>A Kubernetes cluster consists of one master and several worker nodes. The master node implements your pre-defined rules and deploys the containers to the worker nodes. Kubernetes pays attention to everything. For instance, it notices when a worker node is down and redistributes the containers whenever itРІ??s necessary.</p>
<h2>7. Puppet Enterprise</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/puppet.png" /></p>
<p>Puppet Enterprise is a cross-platform configuration management platform. It allows you to manage your infrastructure as code. As it automates infrastructure management, you can deliver software faster and more securely. Puppet also provides developers with an open-source tool for smaller projects. However, if you are dealing with a larger infrastructure, you may find value in Puppet EnterpriseРІ??s extra features, such as:</p>
<p><ul>
<li>Real-time reports</li>
<li>Role-based access control</li>
<li>Node management<br /></li>
</ul>
</p>
<p>With Puppet Enterprise, you can manage multiple teams and thousands of resources. It automatically understands relationships within your infrastructure. It deals with dependencies and handles failures smartly. When it encounters a failed configuration, it skips all the dependent configurations as well. The best thing about Puppet is that it has more than 5,000 modules and integrates with many popular DevOps tools.</p>
<h2>8. Ansible</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/ansible.png" /></p>
<p>Ansible is a configuration management tool, similar to Puppet and Chef. You can use it to configure your infrastructure and automate deployment. Its main selling points compared to other similar DevOps tools are simplicity and ease of use. Ansible follows the same Infrastructure As Code (IAC) approach as Puppet. However, it uses the super simple YAML syntax. With Ansible, you can define tasks in YAML, while Puppet has its own declarative language.</p>
<p>Agentless architecture is another frequently mentioned feature of Ansible. As no daemons or agents run in the background, Ansible is a secure and lightweight solution for configuration management automation. Similar to Puppet, Ansible also has several modules.</p>
<p>If you want to better understand how Ansible fits into the DevOps workflow take a look at this post by the Red Hat Blog. It shows how to use Ansible for environment provisioning and application deployment within a Jenkins pipeline.</p>
<h2>9. Nagios</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/nagios.png" /></p>
<p>Nagios is one of the most popular free and open source DevOps monitoring tools. It allows you to monitor your infrastructure so that you can find and fix problems. With Nagios, you can keep records of events, outages, and failures. You can also keep an eye on trends with the help of NagiosРІ?? graphs and reports. This way, you can forecast outages and errors and detect security threats.</p>
<p>Although there are many DevOps tools for infrastructure monitoring, Nagios stands out due to its rich plugin ecosystem. As Nagios has been around for a while (since 2002), thereРІ??s a vast community around it. Besides plugins, they also make add-ons, tutorials, translations, and other goodiesРІ??all for free.</p>
<p>Nagios offers four open source monitoring solutions:</p>
<p><ol>
<li>Nagios Core</li>
<li>Nagios XI</li>
<li>Nagios Log Server<br /></li>
<li>Nagios Fusion</li>
</ol>
</p>
<p><strong>Nagios Core</strong> is a command line tool, with all the basic functionalities. You can also opt for <strong>Nagios XI</strong> that comes with a web-based GUI and monitoring wizard. Nagios writes a handy comparison of their capabilities.</p>
<p><strong>Nagios Log Server</strong> lets you search log data and set up alerts about potential threats. And, <strong>Nagios Fusion</strong> allows you to monitor multiple networks at the same time.</p>
<p>On the whole, Nagios provides DevOps teams with an infrastructure monitoring solution. However, it can take a while to set it up and make it compatible with your environment.</p>
<h2>10. Raygun</h2>
<p style="clear: both"><img src="https://raygun.com/blog/images/best-devops-tools/raygun.png" /></p>
<p>Raygun is a world-class error monitoring and crash reporting platform. Application performance monitoring (APM) is its most recent product. Raygun?s DevOps tool helps you diagnose performance issues and tracking them back to the exact line of code, function, or API call. The APM tool also fits well with RaygunРІ??s error management workflow. For example, it automatically identifies your highest priority problems and creates issues for you.</p>
<p>Raygun APM can help you make the most out of other DevOps tools, as you are always notified about the problems. Since it automatically links errors back to the source code, Raygun brings Development and Operations together by providing one source of truth for the whole team the cause of errors and performance problems.</p>
<h2>Which DevOps tools are right for your team?</h2>
<p>Finding the best DevOps tools takes some testing and experimentation. It usually takes more time to set up and configure open-source tools. Most commercial DevOps tools come with free trials that allow you to test and evaluate them at no cost. It all boils down to your needs and goals.</p>
<h3>Further reading</h3>

<h4>Performance Matters</h4>
<p>The best software performance articles from around the web delivered to your inbox each week.</p>
<p>Your information is safe with us. Read our privacy policy.</p>
<h2>Devops technologies</h2>

<h3>Devops technologies</h3>
<p>[youtube]</p>
Devops technologies <a href="http://remmont.com">Current news headlines</a> Devops technologies
<h4>Devops technologies</h4>
The best DevOps tools to use in 2020: Docker, Kubernetes, and Jenkins all make your life easier.
<h5>Devops technologies</h5>
Devops technologies <a href="http://remmont.com">Devops technologies</a> Devops technologies
SOURCE: <h6>Devops technologies</h6> <a href="https://dev-ops.engineer/">Devops technologies</a> Devops technologies
#tags#[replace: -,-Devops technologies] Devops technologies#tags#
https://ssylki.info/?who=credit-karma.remmont.com https://ssylki.info/?who=remmont.com/si ... ia-video-2 https://ssylki.info/?who=remmont.com/5094 https://ssylki.info/?who=remmont.com/ra ... e-abogados https://ssylki.info/?who=campervan-hire.remmont.com