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Tfs automated build - Эдуард Кабринский


<h1>Tfs automated build</h1>
<p>[youtube]</p>
Tfs automated build <a href="http://remmont.com">Top news stories</a> Tfs automated build
<h1>Build Automation and Release Management with VSTS/TFS 2018</h1>
<p>Learn how to get started with Release Management and its advantages. See how to create a build definition using CI/CD Tools for VSTS Extensions. (I will be using Package Extension and Publish Artifact tasks). And also using DevOps-VSTS-POC trigger in order to enable CI. All of that in order to be able to publish, share, install and query versions. You will see how to create release definition, choose an artifact and configure source for the artifact and default version. See how to create different environments or clone the existing one, in my case I am going to create QA. Preproduction and Production environment, each with one phrase and one task. See also how to configure Publish Extension task for each environment ! See an end-to-end continuous delivery pipeline using VSTS extension with Build and Release Management.</p>
<p>Tip You can find more information about <strong>DevOps</strong> in the following post: DevOps: The Three Stage Conversation ? People, Process, Products which describes the basic principles of <strong>DevOps</strong>. This post will be especially helpful to those for whom DevOps is still a new concept. If you prefer a deeper view on this topic, have a look at the following guide: quick guide about Basic Principles of DevOps, which presents an overview of DevOps process and practices, describing ?the big picture?, while still maintaining the high level of detail.</p>
<iframe src="https://www.youtube.com/embed/uGAcWLnSU0A?autoplay=0&theme=dark&loop=0&fs=1&showinfo=1&modestbranding=0&iv_load_policy=1&color=red&autohide=1&disablekb=0&enablejsapi=1&version=3"></iframe>
<p>More Info If you would like to know more about Azure deployments, have a look at the post How to deploy to Azure using Team Services Release Management. The post describes how Azure deployments are made easy by using Visual Studio Team Services (VSTS) Release Management. You will see a step-by-step tutorial on how to configure and deploy to Azure in Release Management, and, moreover, how to configure an end-to-end pipeline for deploying applications on Azure.</p>
<h3>Related:</h3>
<h3>Azure Kubernetes Service (AKS) Deep Dive Free Course</h3>
<h3>The Road to Microsoft MVP Award workshop</h3>
<h3>Speaking About CI/CD pipelines for Azure workloads in DevOps Saturday Conference</h3>
<p style="clear: both"><img src="https://mohamedradwan.com/wp-content/uploads/2017/11/Radwan-2017-MVP.png" /></p>
<h3>3 Thoughts ? Build Automation and Release Management with VSTS/TFS 2018 ?</h3>
<p>The more detailed question is here:</p>
<p>Hi Mohamed, <br />First of all, Thank You so much on the series that you put out for DevOps practices. <br />It has really helped me out well.</p>
<h2>Tfs automated build</h2>

<h3>Tfs automated build</h3>
<p>[youtube]</p>
Tfs automated build <a href="http://remmont.com">New news</a> Tfs automated build
<h4>Tfs automated build</h4>
Automation Planet : Learn DevOps, Automation, Docker &amp; Kubernetes. Build Automation and Release Management with VSTS/TFS 2018
<h5>Tfs automated build</h5>
Tfs automated build <a href="http://remmont.com">Tfs automated build</a> Tfs automated build
SOURCE: <h6>Tfs automated build</h6> <a href="https://dev-ops.engineer/">Tfs automated build</a> Tfs automated build
#tags#[replace: -,-Tfs automated build] Tfs automated build#tags#
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Azure devops deploy azure function - Кабринский Эдуард


<h1>Azure devops deploy azure function</h1>
<p>[youtube]</p>
Azure devops deploy azure function <a href="http://remmont.com">Today's national news headlines in english</a> Azure devops deploy azure function
<h1>What is Azure DevOps ?</h1>
<p>Azure DevOps or Visual Studio Team Services (VSTS) as it was previously known, is a tool that is by DevOps teams to manage their projects, collaborate on code development, and build and deploy applications.</p>
<p>DevOps is a technique which merges software development (Dev) and IT operations (Ops).</p>
<p>The DevOps practice is a subset of the agile methodology and it is used to reduce the development life cycle and provide continuous support after the product is implemented.</p>
<p>The AzureDevOps application has numerous standard functionalities that can be used for Agile project management and these include the following</p>
<p><ol>
<li>Requirements management</li>
<li>Project management</li>
<li>Code storage</li>
<li>Seamless integration</li>
<li>Test cases management</li>
<li>Reports and dashboards.</li>
<li>Retrospective.</li>
</ol>
</p>
<p>Azure DevOps also comes with 3 standard process templates and they are:</p>
<p>These process templates are customizable to suit the user?s requirements and all the process templates can be used to track product backlog items, manage user stories and bugs using the Kanban board.</p>
<p>Let?s look at each of these templates</p>
<p><ol>
<li><strong>Scrum</strong>: the development team should choose the Scrum template if that is the Agile methodology that they practice.</li>
<li><strong>Agile</strong>: the development team should choose Agile if that is the Agile methodology that they practice.</li>
<li><strong>CMMI</strong>: The Capability Maturity Model Integration (CMMI) is a process improvement model that supports productive, efficient behaviors that reduces risks in software, product and service development. The development team should choose CMMI if they use formal project methods that require a method for process improvement and an auditable record of decisions.</li>
</ol>
</p>
<p>Azure DevOps also comes with access to Visual Studio Team System (VSTS).</p>
<p>Visual Studio Team System (VSTS) is an integrated development environment (IDE) from Microsoft which is used to support software creation, development and management.</p>
<p>VSTS is made up of four products and they are :</p>
<p><ol>
<li>The Visual Studio development environment</li>
<li>The Visual Studio Test Professional which is used for test data management and test case execution</li>
<li>The Team Foundation Server, which has a centralized database and is used in source code files collaboration.</li>
<li>The Visual Studio Lab Management, which is used to create virtual environments that can be used for software testing.</li>
</ol>
</p>
<p>With these features and many more, AzureDevOps application is a complete tool which can be used throughout the product lifecycle.</p>
<h2>Azure devops deploy azure function</h2>

<h3>Azure devops deploy azure function</h3>
<p>[youtube]</p>
Azure devops deploy azure function <a href="http://remmont.com">News today</a> Azure devops deploy azure function
<h4>Azure devops deploy azure function</h4>
What is Azure DevOps ? Azure DevOps or Visual Studio Team Services (VSTS) as it was previously known, is a tool that is by DevOps teams to manage their projects, collaborate on code development,
<h5>Azure devops deploy azure function</h5>
Azure devops deploy azure function <a href="http://remmont.com">Azure devops deploy azure function</a> Azure devops deploy azure function
SOURCE: <h6>Azure devops deploy azure function</h6> <a href="https://dev-ops.engineer/">Azure devops deploy azure function</a> Azure devops deploy azure function
#tags#[replace: -,-Azure devops deploy azure function] Azure devops deploy azure function#tags#
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[PhiladelphiaSige]

Azsk - Кабринский Эдуард


<h1>Azsk</h1>
<p>[youtube]</p>
Azsk <a href="http://remmont.com">Online news</a> Azsk
<p>The ask is the price a seller is willing to accept for a security, which is often referred to as the offer price. Along with the price, the ask quote might also stipulate the amount of the security available to be sold at the stated price. The bid is the price a buyer is willing to pay for a security, and the ask will always be higher than the bid.</p>
<h2>Understanding Ask</h2>
<p>The terms "bid" and "ask" are used in nearly every financial market in the world, including stocks, bonds, foreign exchange, and derivatives.</p>
<p>An example of an ask in the stock market is $5.24 x 1,000, which means that someone is offering to sell 1,000 shares for $5.24 per share.</p>
<h3>Key Takeaways</h3>
<ul>
<li>An offer price is another term for ask price.</li>
<li>A bid price is always lower than the ask price.</li>
<li>The difference between a bid price and ask price is called the spread.</li>
<li>Different markets have different spread conventions, which reflect transaction costs, the value of a single point, and liquidity.</li>
</ul>
<p>The ask is always higher than the bid; the difference between the two numbers is called the spread. A wider spread makes it harder to make a profit because the security is always being bought at the high end of the spread and sold at the low end.</p>
<p>Spreads can widen sharply with unusually volatile trading or when there is a great deal of uncertainty over the direction of the price.</p>
<h2>Stock Market Spreads</h2>
<p>In 2001, stock prices changed from being quoted in sixteenths to decimals. That brought the smallest possible spread from 1/16 of a dollar, or $.0625, to one penny. The width of a spread in nominal terms will depend in part on the price of the stock. A spread of two cents on a price of $10 is 0.02%, while a spread of two cents on a price of $100 is 0.002%.</p>
<h2>Foreign Exchange Spreads</h2>
<p>Spreads in the wholesale market, in which financial institutions deal, are tight. The spreads vary by currency because the value of a point varies. A typical spread when trading the euro versus the dollar is between 1 and 2 points. This means that the bid might be 1.3300, which is the number of dollars needed to buy one euro with an offer of 1.3301. A single point on a transaction of $10,000,000 and a EUR/USD rate of 1.3300 is worth $751. At 110 Japanese yen to the dollar, the value of one point on a $10,000,000 transaction is $909.</p>
<p>The bid/ask spread for cross-currency transactions such as the euro versus the Japanese yen or the British pound is usually two to three times as wide as spreads versus the dollar. This reflects both lower trading volume and higher volatility.</p>
<p>Spreads in the retail market have tightened considerably with the increased popularity of electronic dealing systems. These allow small traders to view competitive prices in ways that only large financial institutions could do in the past. This has pushed spreads down as low as 3 to 10 points at times.</p>
<h2>Bank Note Spreads</h2>
<p>Buying and selling banknotes in foreign currencies is a separate market from either wholesale or retail foreign exchange. Spreads are likely to be 75 pips or more.</p>
<h2>Azsk</h2>

<h3>Azsk</h3>
<p>[youtube]</p>
Azsk <a href="http://remmont.com">World breaking news</a> Azsk
<h4>Azsk</h4>
The ask is the price a seller is willing to accept for a security in the lexicon of finance.
<h5>Azsk</h5>
Azsk <a href="http://remmont.com">Azsk</a> Azsk
SOURCE: <h6>Azsk</h6> <a href="https://dev-ops.engineer/">Azsk</a> Azsk
#tags#[replace: -,-Azsk] Azsk#tags#
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[AlbuquerqueSige]

Tfs task - Kabrinskiy Eduard


<h1>Tfs task</h1>
<p>[youtube]</p>
Tfs task <a href="http://remmont.com">National news</a> Tfs task
<h1>Start using Build and Release</h1>
<p><strong>Azure DevOps Server 2020 | Azure DevOps Server 2019 | TFS 2018 - TFS 2015</strong></p>
<p>Team Foundation Server (TFS) is the on-premises Azure DevOps offering. TFS includes Build and Release and can be installed and managed on your own servers.</p>
<p style="clear: both"><img src="https://docs.microsoft.com/en-us/azure/devops/pipelines/media/pipeline-concept-end-to-end.png" /></p>
<p>Continuous Integration (CI) is the practice used by development teams to automate the merging and testing of code. Implementing CI helps to catch bugs early in the development cycle, which makes them less expensive to fix. Automated tests execute as part of the CI process to ensure quality. Artifacts are produced from CI systems and fed to release processes to drive frequent deployments. The Build service in TFS helps you set up and manage CI for your applications.</p>
<p>Continuous Delivery (CD) is a process by which code is built, tested, and deployed to one or more test and production environments. Deploying and testing in multiple environments drives quality. CI systems produce the deployable artifacts including infrastructure and apps. Automated release processes consume these artifacts to release new versions and fixes to existing systems. Monitoring and alerting systems run continually to drive visibility into the entire CD process. The Release service in TFS helps you set up and manage CD for your applications.</p>
<p>Continuous Testing (CT) on-premises or in the cloud is the use of automated build-deploy-test workflows, with a choice of technologies and frameworks, that test your changes continuously in a fast, scalable, and efficient manner.</p>
<h2>Version control systems</h2>
<p>The starting point for configuring CI and CD for your applications is to have your source code in a version control system. TFS supports two forms of version control - Git and Team Foundation Version Control. The Build service integrates with both of these version control systems. Once you have configured CI, any changes you push to your version control repository will be automatically built and validated. You can also manage your source code in Subversion, Bitbucket Cloud, GitHub, or any other Git repository. The Build service integrates with all of these version control systems.</p>
<h2>Application types</h2>
<p>To configure CI, you create a build definition. A build definition is a representation of the automation process that you want to run to build and test your application. The automation process is defined as a collection of tasks. TFS has a number of tasks to build and test your application. For example, tasks exist to build .Net, Java, Node, Android, Xcode, and C++ applications. Similarly, there are tasks to run tests using a number of testing frameworks and services. You can also run command line, PowerShell, or Shell scripts in your automation.</p>
<h2>Deployment targets</h2>
<p>Once you have continuous integration in place, the next step is to create a release definition to automate the deployment of your application to one or more environments. This automation process is again defined as a collection of tasks. TFS supports deploying your application to virtual machines, containers, on-premises and cloud platforms, or PaaS services. You can also publish your mobile application to a store.</p>
<h2>Continuous testing</h2>
<p>Whether your app is on-premises or in the cloud, you can automate build-deploy-test workflows and choose the technologies and frameworks, then test your changes continuously in a fast, scalable, and efficient manner.</p>
<p><ul>
<li>Maintain quality and find problems as you develop. Continuous testing with TFS ensures your app still works after every check-in and build, enabling you to find problems earlier by running tests automatically with each build.</li>
<li>Any test type and any test framework. Choose the test technologies and frameworks you prefer to use.</li>
<li>Rich analytics and reporting. When your build is done, review your test results to start resolving the problems you find. Rich and actionable build-on-build reports let you instantly see if your builds are getting healthier. But it's not just about speed - detailed and customizable test results measure the quality of your app.</li>
</ul>
</p>
<p>Now that you understand the basics, follow the quickstart to create your first pipeline.</p>
<h2>Tfs task</h2>

<h3>Tfs task</h3>
<p>[youtube]</p>
Tfs task <a href="http://remmont.com">News new</a> Tfs task
<h4>Tfs task</h4>
Build and deploy your app using Team Foundation Server (TFS)
<h5>Tfs task</h5>
Tfs task <a href="http://remmont.com">Tfs task</a> Tfs task
SOURCE: <h6>Tfs task</h6> <a href="https://dev-ops.engineer/">Tfs task</a> Tfs task
#tags#[replace: -,-Tfs task] Tfs task#tags#
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[NEBRASKA-wag]

Devops adoption - Эдуард Кабринский


<h1>Devops adoption</h1>
<p>[youtube]</p>
Devops adoption <a href="http://remmont.com">Latestnews</a> Devops adoption
<h1>5 Challenges to DevOps Adoption and How to Overcome Them</h1>
<p>Many software and IT Ops teams have adopted DevOps practices into their work cultures to help them evolve into a faster and more innovative version of their former selves.</p>
<p>Companies which haven?t yet adopted DevOps feel the pressure to do so as a result of competition. Pursuing advancement can be uncomfortable because it calls for teams to move out of their comfort zones. Progress comes with challenges at first, but pays off when you stay the course. Let?s look at a few challenges that companies face when they seek to adopt DevOps.</p>
<h4>1. Overcoming the Dev versus Ops mentality</h4>
<p>The DevOps practice is all about integrating teams together and breaking down silos within IT organisations. There is the old DevOps clich? of developers tossing code over an imaginary wall to operations and difference in priorities. Devs trying to innovate and make changes as quickly as possible and operations trying to maintain 100% service levels. The truth is the goals of both teams seem to often counter each other. They need to align the goals and priorities of the teams. Also handovers between different teams are costly, expensive and a source of delay. Integrating different teams is at the heart of DevOps, and is the first hurdle that any company needs to overcome as it adopts DevOps practices.</p>
<p>Further to this integration, some organisations are now moving to a cross functional and product aligned teams rather than managing projects. A broad cross functional team aligns to products, by owning its roadmap, architecture, design, development, run and support requirements. This brings testers and representatives of the business into the development team and a collaborative process. This sounds easy, but for enterprises this is exceedingly difficult, often involving staff restructure, breaking up shared services and reporting lines. With this there is often a political battle about which org unit pays for and therefore is the owner of the product.</p>
<h4>2. Moving from legacy infrastructure to microservices</h4>
<p>Older infrastructure and applications can be problematic, even if it has served the company for years. Remaining on legacy infrastructure can spell stability problems, lack of support and the fact that you will be left behind the swiftly advancing competition. Using Infrastructure-as-code together with microservices is yet another step towards a future of continuous innovation. It modifies the development lifecycle to quickly adapt to changing markets and customer needs. If a company does not stay innovative, it will be replaced quickly by one that offers something more, no matter how popular that company has been. Replacing or modifying older, monolithic apps with newer microservices architecture can open up the floodgates to faster development and quicker innovation.</p>
<p>However, there is a high barrier to entry with microservices. It has its own set of problems than need to be managed. By moving to microservices architecture from a monolith and legacy infrastructure, you need to have the foundations of automation, configuration management and continuous delivery in place to be able to cope with the increased operational workloads that microservices bring.</p>
<h4>3. Too much focus on tools</h4>
<p>With the exciting prospect of adopting DevOps, the flashy new tools in the market can seem like they solve every problem under the sun. However, with the introduction of new tools, you also need to train staff to use them, ensure they meet security requirements, and of course, make sure that the tools are well-integrated with the existing infrastructure. All this can divert you from your key priority - your team. Your team and your org structure and key to DevOps, once you have the correct structure in place the processes of the team will follow. Once the processes are defined then you can determine the tools required to meet the processes. Make sure you focus on your team more than your tools. The people on your team are the most important factor when transitioning to DevOps. If they?re not trained on newly implemented processes and tools, then there will be confusion.</p>
<h4>4. Resistance to change</h4>
<p>The move to DevOps can seem scary to a majority of team members and key stakeholders. Packaging it as an evolution of current development practices rather than a revolution can help that issue. Telling people that they need to change can be seen as a bad reflection on the person receiving the advice. DevOps change doesn?t happen overnight; it must be smooth and gradual. This will allow everyone to embrace the DevOps culture as they slowly become accustomed to it and realise the different ways they can contribute to the development process. It is better to find a small product or full stack slice of an existing application to remodel it into DevOps practices. Once teams can see the benefits working in action, then other teams will organically want to adopt the new ways of working. This will steadily ease the sense of unfamiliarity, and get everyone on board to enter the new world of DevOps.</p>
<h4>5. Dev and Ops toolset clashes</h4>
<p>There also exists the problem of Dev and Ops teams having completely separate toolsets and metrics. As simple as it may seem, it is beneficial to sit both teams down and seek to understand where it makes sense to integrate the tools they use, and unify the metrics they monitor. Some teams may be unwilling to part with legacy tools that are not only technologically inferior but that also slow down the entire infrastructure due to compatibility issues. Make sure the tools that are being implemented are aligned with the goals of the company and do not distract from the main objective: the apps being developed.</p>
<p>Overcoming these basic challenges in the beginning will make the move to DevOps much smoother. Over a period of time, every team member will get used to the feeling of constant change and innovation. Once the Dev, Ops and other teams learn to cooperate, they will determine ways of helping each other out, and collaborating even more closely.</p>
<p>The discomfort of change is better than staying behind the competition and not being innovative.</p>
<h2>Devops adoption</h2>

<h3>Devops adoption</h3>
<p>[youtube]</p>
Devops adoption <a href="http://remmont.com">Latest breaking news</a> Devops adoption
<h4>Devops adoption</h4>
Contino helps large, heavily-regulated enterprises to become fast, agile and competitive
<h5>Devops adoption</h5>
Devops adoption <a href="http://remmont.com">Devops adoption</a> Devops adoption
SOURCE: <h6>Devops adoption</h6> <a href="https://dev-ops.engineer/">Devops adoption</a> Devops adoption
#tags#[replace: -,-Devops adoption] Devops adoption#tags#
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[AlbuquerqueSige]

Azure devops pull request trigger - Kabrinskiy Eduard


<h1>Azure devops pull request trigger</h1>
<p>[youtube]</p>
Azure devops pull request trigger <a href="http://remmont.com">Breaking news headlines</a> Azure devops pull request trigger
<h1>Azure DevOps Releases: Auto Create Release with Pull Requests</h1>
<p>Last week we covered auto-creating Release when a build completes. This week we are going to cover how to create a release when a build from a pull request completes. This setup would be helpful for verification of changes before the actual make it into a releasable branch. The following posts will help you catch up if you?re new to the series.</p>
<p> </p>
<h3>Build Validation Branch Policy</h3>
<p>Before we can have a Release created with a pull request we have to make sure that the pull request process does a build. I?m going to review how to do this quickly, for more info see my Branch Policies post. To do this we are going to head over to the <strong>Repos</strong> section of Azure DevOps. In the <strong>Branches</strong> section on the branch we want a build on a pull request for select the three dots and then click <strong>Branch policies</strong>.</p>
<p style="clear: both"><img src="https://i0.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsReposBranchesBranchPoliciesSelected.png" /></p>
<p>On the repo settings page scroll down to the <strong>Build Validation</strong> section and click the <strong>+</strong> button to add a build to the pull request process.</p>
<p style="clear: both"><img src="https://i0.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsReposBranchesBranchPoliciesAddBuildValidationSelected.png" /></p>
<p>The <strong>Add build policy</strong> dialog has a few options, but we are taking the defaults. Do note that if you have multiple Build pipelines that you make sure and adjust that option to the correct build. Click <strong>Save</strong> when you?re done.</p>
<p style="clear: both"><img src="https://i0.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsReposBranchesBranchPoliciesAddBuildValidationSaveSelected.png" /></p>
<h3>Release Changes to allow Pull Request Trigger</h3>
<p>Based on how we set up our Release to trigger when a build complete you might think that using the same build to validate a Pull Request would automatically trigger a new Release, but that isn?t the case. In most cases, this is actually a good thing since you wouldn?t want to deploy change before they have been reviewed. In the case we are trying to cover our release is to a QA environment so the requested changes can be verified before they make it into a releasable branch.</p>
<p>To enable a Release to be created from a pull request we need to head over to the <strong>Pipeline > Release</strong> area in Azure DevOps. Once there with the release in question selected click the <strong>Edit</strong> button.</p>
<p style="clear: both"><img src="https://i0.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsPipelinesReleasesEditSelected.png" /></p>
<p>In the <strong>Artifacts</strong>, section click the <strong>lightning bolt</strong> to edit the continuous deployment triggers.</p>
<p style="clear: both"><img src="https://i0.wp.com/elanderson.net/wp-content/uploads/2020/07/azureDevOpsPipelinesReleasesArtifactsTriggerSelected.png" /></p>
<p>Near the middle of the dialog, we want to <strong>Enable</strong> the <strong>Pull request trigger</strong>. Doing this will also require you to enter <strong>Target Branch Filters</strong> which are the branches that will be allowed to trigger a release when they are a target of a pull request.</p>
<p style="clear: both"><img src="https://i0.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsReleasesEditCdTriggerEnablePrTriggerSelected.png" /></p>
<p>Next, we need to enable our sample stage to be deployed for releases based on pull requests. Click the <strong>lightning bolt</strong> on the left side of the stage to edit the pre-deployment conditions.</p>
<p style="clear: both"><img src="https://i0.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsReleasesEditStagePreConditionsSelected.png" /></p>
<p>On the dialog that shows <strong>Enable</strong> the <strong>Pull request deployment</strong> setting.</p>
<p style="clear: both"><img src="https://i0.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsReleasesEditStagePreConditionsPrEnabledSelected.png" /></p>
<p>After closing the dialog make sure and <strong>Save</strong> the release.</p>
<h3>Results</h3>
<p>To show the results I created a new branch with a small change and created a PR into the master branch. From the Pull Request, we can click the <strong>View all checks</strong> button to see the status of the required build.</p>
<p style="clear: both"><img src="https://i2.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsReposPrViewAllChecksSelected.png" /></p>
<p>On the Checks dialog, you can see at the bottom that our sample release ran successfully.</p>
<p style="clear: both"><img src="https://i2.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsReposPrViewAllChecksReleaseSucceededSelected.png" /></p>
<p>If you click on the release you can see in the artifacts section that the files being used are from the pull request?s merge branch, not the branch being PRed or the target branch.</p>
<p style="clear: both"><img src="https://i1.wp.com/elanderson.net/wp-content/uploads/2020/11/azureDevOpsPipelinesReleaseFromPrMergeBranchSelected.png" /></p>
<h3>Wrapping Up</h3>
<p>Building and releasing on a pull request opens up a lot of options, especially around making sure your code is verified before making it into a release branch.</p>
<h2>Azure devops pull request trigger</h2>

<h3>Azure devops pull request trigger</h3>
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<h4>Azure devops pull request trigger</h4>
Azure DevOps Releases: Auto Create Release with Pull Requests Last week we covered auto-creating Release when a build completes. This week we are going to cover how to create a release when a
<h5>Azure devops pull request trigger</h5>
Azure devops pull request trigger <a href="http://remmont.com">Azure devops pull request trigger</a> Azure devops pull request trigger
SOURCE: <h6>Azure devops pull request trigger</h6> <a href="https://dev-ops.engineer/">Azure devops pull request trigger</a> Azure devops pull request trigger
#tags#[replace: -,-Azure devops pull request trigger] Azure devops pull request trigger#tags#
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Azure artifacts pricing - Kabrinskiy Eduard


<h1>Azure artifacts pricing</h1>
<p>[youtube]</p>
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<h1>brbarnett / Dockerfile</strong> </h1>
<table data-tab-size="8" data-paste-markdown-skip> <tr> <td >resources :</td> </tr> <tr> <td >- repo : self</td> </tr> <tr> <td >queue :</td> </tr> <tr> <td >name : Hosted Ubuntu 1604</td> </tr> <tr> <td >variables :</td> </tr> <tr> <td >- group : Artifacts</td> </tr> <tr> <td >steps :</td> </tr> <tr> <td >- task : Docker@1</td> </tr> <tr> <td >displayName : ' Build an image '</td> </tr> <tr> <td >inputs :</td> </tr> <tr> <td >azureSubscriptionEndpoint : ' DemoSPNConnection '</td> </tr> <tr> <td >azureContainerRegistry : demo.azurecr.io</td> </tr> <tr> <td >arguments : ' --build-arg ARTIFACTS_ENDPOINT=$(artifactsEndpoint) --build-arg ACCESS_TOKEN=$(artifactsAccessToken) '</td> </tr> <tr> <td >- task : Docker@1</td> </tr> <tr> <td >displayName : ' Push an image '</td> </tr> <tr> <td >inputs :</td> </tr> <tr> <td >azureSubscriptionEndpoint : ' DemoSPNConnection '</td> </tr> <tr> <td >azureContainerRegistry : demo.azurecr.io</td> </tr> <tr> <td >command : ' Push an image '</td> </tr> <tr> <td >trigger :</td> </tr> <tr> <td >batch : true</td> </tr> <tr> <td >branches :</td> </tr> <tr> <td >include :</td> </tr> <tr> <td >- master</td> </tr> <tr> <td >paths :</td> </tr> <tr> <td >exclude :</td> </tr> <tr> <td >- readme.md</td> </tr> </table>
<table data-tab-size="8" data-paste-markdown-skip> <tr> <td >resources :</td> </tr> <tr> <td >- repo : self</td> </tr> <tr> <td >queue :</td> </tr> <tr> <td >name : Hosted Ubuntu 1604</td> </tr> <tr> <td >variables :</td> </tr> <tr> <td >- group : Artifacts</td> </tr> <tr> <td >steps :</td> </tr> <tr> <td >- task : Docker@1</td> </tr> <tr> <td >displayName : ' Build an image '</td> </tr> <tr> <td >inputs :</td> </tr> <tr> <td >azureSubscriptionEndpoint : ' DemoSPNConnection '</td> </tr> <tr> <td >azureContainerRegistry : demo.azurecr.io</td> </tr> <tr> <td >arguments : ' --build-arg ARTIFACTS_ENDPOINT=$(artifactsEndpoint) --build-arg ACCESS_TOKEN=$(artifactsAccessToken) '</td> </tr> <tr> <td >trigger : none</td> </tr> </table>
<table data-tab-size="8" data-paste-markdown-skip> <tr> <td >FROM microsoft/dotnet:2.2.100-sdk AS build-env</td> </tr> <tr> <td >WORKDIR /app</td> </tr> <tr> <td ># Credit: https://stackoverflow.com/questions/534 ... 6#53510966</td> </tr> <tr> <td ># Personal access token to access Artifacts feed</td> </tr> <tr> <td >ARG ACCESS_TOKEN</td> </tr> <tr> <td >ARG ARTIFACTS_ENDPOINT</td> </tr> <tr> <td ># Install the Credential Provider to configure the access</td> </tr> <tr> <td >RUN wget -qO- https://raw.githubusercontent.com/Micro ... rovider.sh | bash</td> </tr> <tr> <td ># Configure the environment variables</td> </tr> <tr> <td >ENV NUGET_CREDENTIALPROVIDER_SESSIONTOKENCACHE_ENABLED true</td> </tr> <tr> <td >ENV VSS_NUGET_EXTERNAL_FEED_ENDPOINTS " < \" endpointCredentials \" : [< \" endpoint \" : \" $<ARTIFACTS_ENDPOINT>\" , \" password \" : \" $ <ACCESS_TOKEN>\" >]>"</td> </tr> <tr> <td ># copy everything and build the project</td> </tr> <tr> <td >COPY ./src ./</td> </tr> <tr> <td >RUN dotnet restore -s $ <ARTIFACTS_ENDPOINT>api/*.csproj</td> </tr> <tr> <td >RUN dotnet publish api/*.csproj -c Release -o out</td> </tr> <tr> <td ># build runtime image</td> </tr> <tr> <td >FROM microsoft/dotnet:2.2-aspnetcore-runtime</td> </tr> <tr> <td >WORKDIR /app</td> </tr> <tr> <td >COPY --from=build-env /app/api/out ./</td> </tr> <tr> <td >ENTRYPOINT [ "dotnet" , "api.dll" ]</td> </tr> <tr> <td >EXPOSE 443</td> </tr> </table>
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<h3>shoaib-masood </strong> commented Jul 18, 2019 </h3>
<p>how the processes of build works in terms of containerized application because in our case it is magneto image which is 1.6GB and building that size of image is taking too much time how we can overcome this?</p>
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<h2>Azure artifacts pricing</h2>

<h3>Azure artifacts pricing</h3>
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<h4>Azure artifacts pricing</h4>
Accessing Azure Artifacts from a docker container in a Pipelines build - Dockerfile
<h5>Azure artifacts pricing</h5>
Azure artifacts pricing <a href="http://remmont.com">Azure artifacts pricing</a> Azure artifacts pricing
SOURCE: <h6>Azure artifacts pricing</h6> <a href="https://dev-ops.engineer/">Azure artifacts pricing</a> Azure artifacts pricing
#tags#[replace: -,-Azure artifacts pricing] Azure artifacts pricing#tags#
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Azure pipelines terraform - Эдуард Кабринский


<h1>Azure pipelines terraform</h1>
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<h1>Azure DevOps Terraform Pipeline</h1>
<p>In my last post I wrote about how I created an Azure DevOps pipeline using Ansible in a more "Terraform" way, however, although I have used Terraform and Azure DevOps quite a bit I realised I didn't really have a template for a pipeline.</p>
<h2>Russ McKendrick</h2>
<p>Read more posts by this author.</p>
<h4>Russ McKendrick</h4>
<p style="clear: both"><img src="https://www.mediaglasses.blog/content/images/size/w2000/2020/05/azure-devops-terraform.png" /></p>
<p>In my last post I wrote about how I created an Azure DevOps pipeline using Ansible in a more "Terraform" way, however, although I have used Terraform and Azure DevOps quite a bit I realised I didn't really have a template for a pipeline.</p>
<p>Before we look at the pipeline itself I should point out that is uses the the Terraform Azure Pipeline extension by Microsoft DevLabs from the Visual Studio Marketplace, if you are following along with this post please ensure that the extension is installed in your organisation before proceeding.</p>
<p>Now we have that out of the way, and before I breakdown the azure-pipelines.yml file, lets quickly get an overview of what the tasks which are running in the pipeline;</p>
<p style="clear: both"> <img src="https://www.mediaglasses.blog/content/images/2020/05/azure-devops-terraform-pipeline-01-1.png" /></p>
<p>As you can see from the flow of tasks above I am creating the storage account used to store the Terraform state file as part of the pipeline itself rather than doing manually outside of the pipeline. In nearly all of my Azure DevOps pipelines I see the following variable as SUBSCRIPTION_NAME which contains the name of the service connection that should be used to connect to Azure, wherever you see $(SUBSCRIPTION_NAME) in the following tasks that is referring to the service connection.</p>
<p>The azure-pipelines.yml file starts of by defining the trigger, in this case it is triggered each time something is pushed to the master branch:</p>
<p>Next, I define some variables, apart from tf_version which fines which version of Terraform I want to install the rest are to do with the Terraform state file resources which need to be configured before I run Terraform:</p>
<p>Then we decide on the image used for the pipeline run, as you may have guessed, I am using Linux:</p>
<p>Now that the basics for the pipeline are covered I can start to define some tasks, beginning with installing Terraform:</p>
<p>As you can see, I am using the terraformInstaller@0 task from the Terraform DevOps extension along with the $(tf_version) which was defined at the top of the file. Now that Terraform is installed I need to either create the storage account, or if it already exists gather some facts. To do this I am using the AzureCLI@2 task:</p>
<p>As you can see I am running a quite a few commands, these do the following:</p>
<p><ol>
<li>Sets an environment variable containing the tags defined in the pipeline variables</li>
<li>Creates a Resource Group and tags it</li>
<li>Creates the Azure Storage Account and tags it</li>
<li>Sets an environment variable containing the Storage Account key</li>
<li>Creates a container in the Azure Storage Account which has just been created using the key gathered in the previous step</li>
<li>Adds the Azure Storage Account key as a pipeline variable so that we can use it in the next task</li>
</ol>
</p>
<p>If the Resource Group, Azure Storage Account and container already exist then we still need the Azure Storage Account key so this task needs to be executed during each pipeline run as the following task needs to interact with the Azure Storage account:</p>
<p>Here I am running terraform init and passing all of the variables which tell Terraform how to configure the AzureRM backend service with the details of the Azure Storage account I configured in the previous task. Once the terraform init has been executed we do not need to pass the AzureRM backend service details again. The final two tasks plan and apply the Terraform configuration:</p>
<p>As you can see I am providing rather than using backendServiceArm I am using environmentServiceNameAzureRM , this means that if I wanted I could store my Terraform state file(s) in a completely separate Azure Subscription from where I am deploying my resources should I want to.</p>
<h2>Azure pipelines terraform</h2>

<h3>Azure pipelines terraform</h3>
<p>[youtube]</p>
Azure pipelines terraform <a href="http://remmont.com">Current news today</a> Azure pipelines terraform
<h4>Azure pipelines terraform</h4>
I previously wrote about how I created a DevOps pipeline using Ansible in a more Terraform way, in this post I will look a little more at what that means.
<h5>Azure pipelines terraform</h5>
Azure pipelines terraform <a href="http://remmont.com">Azure pipelines terraform</a> Azure pipelines terraform
SOURCE: <h6>Azure pipelines terraform</h6> <a href="https://dev-ops.engineer/">Azure pipelines terraform</a> Azure pipelines terraform
#tags#[replace: -,-Azure pipelines terraform] Azure pipelines terraform#tags#
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Akamai devops - Kabrinskiy Eduard


<h1>Akamai devops</h1>
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Akamai devops <a href="http://remmont.com">Breaking news english</a> Akamai devops
<h1>DevOps Engineer Akamai <br />Cambridge, MA </h1>
<p>Akamai Technologies is a provider of cloud services for delivering, optimizing and securing online content and business applications across any device.</p>

<h3>Companies like Akamai <br />are looking for tech talent like you.</h3>
<p style="clear: both"><img src="https://hired.com/assets/seo/cta/gh--box-6a84e606b38780494823b80fdf56e8a1fc2074ba15c46e103c542e1087a84286.svg" /> <img src="https://hired.com/assets/seo/cta/nrd--box-d51779a09b855c7d74e5ec721004e284bc9bd12c11213b9e16599b1f17606905.svg" /> <img src="https://hired.com/assets/seo/cta/wg--box-6e2e5b6269025d6c866daf31084447e0ffdfc22d85d80e14f82312ea3e4085ce.svg" /> <img src="https://hired.com/assets/seo/cta/ww--box-afdaf50c40137b5f31644e2b4fb7121e493e0867b8e7ff9bad41a24903c02488.svg" /> <img src="https://hired.com/assets/seo/cta/zw--box-666ddcfa4ce677356a0c1937a920e869b2fe1cf821751d3a086cf5825ddff3e6.svg" /></p>
<h3>About Akamai</h3>
<h3>Job Description</h3>
<p>The Akamai Platform Engineering team is looking for a DevOps Engineer to help evolve our private cloud infrastructure and services. The Akamai Private Cloud (APC) enables our internal product development teams to innovate by providing similar features to public cloud offerings. If you have experience developing/operating software in any form of cloud environment and are looking for a new challenging opportunity to work on the next generation of the Akamai network, we want to talk with you!</p>
<p>As a DevOps engineer in the System Security and Communication (SysComm) team, you can play a major part in this effort to evolve the Akamai platform and enable our strategy for creating highly inventive technology solutions for our customers and driving more traffic on the Internet. This job requires a developer who is focused on operations and ensuring our managed services rarely need any humans involved to keep them running and maintained. There is a large gap between setting up an open source system once and making that system reliable and available instantly at the click of a button or via an API call. We're working and leveraging technologies such as the open source project Vault from Hashicorp, containers, Kubernetes orchestration on Istio.</p>
<p>As a DevOps Engineer, you'll be responsible for:</p>
<p>* Becoming a subject matter expert (SME) of several internal, distributed and managed services<br />* Automating the installation, configuration and maintenance of services on our virtual compute platform<br />* Managing system-level performance tuning to optimize for reliability and efficiency<br />* Guiding software releases and activations for new features and platform configuration while prioritizing safety<br />* Supporting users by consulting on their designs and guiding their use of the Akamai's private cloud</p>
<p>Part of our Platform Engineering organization, the SysComm team is in charge of developing global managed services for use by internal teams for economically deploying highly scalable products. These systems operate behind the scenes to secure our network, help product teams bring their latest ideas to market faster and provide the fault-tolerant and highly-scalable core of Akamai's platform as a service for internal users.</p>
<p>Required Education and Experience</p>
<p>Applicants must meet one of the following education and experience requirements:</p>
<p>* 2 years of relevant experience and a Bachelor's degree or its equivalent or<br />* Relevant experience and a Master's degree or PhD<br />* Relevant Professional Experience</p>
<p>* 1+ year of experience with Linux<br />* 1+ year of experience with programming languages such as Python, Go or Bash<br />* 1+ year of experience with CI/CD tools (e.g. Jenkins, Travis, gitlab ci)<br />* 1+ year of experience with Kubernetes or Istio<br />* 1+ year of experience with different cloud service models (e.g. IaaS, PaaS, SaaS, Serverless)</p>
<p>* Linux System Administration Knowledge (e.g. server administration, internals, package management)<br />* Experience with container technology and microservices<br />* Experience with deployment/configuration management tools (e.g. Ansible, puppet, chef, fabric)<br />* Experience with Monitoring/Logging/Performance Analytics (e.g.. Logstash/Kibana, DataDog, Splunk, FluentD)<br />* Experience operating fault-tolerant distributed systems (e.g. Redundancy, Availability Zones, Data Reliability)<br />* Experience with SQL and noSQL database technologies such as PostgreSQL, Redis, Kafka, or Cassandra<br />* Experience with AWS or equivalent technologies (e.g. EC2, EBS, RDS, Elasticache, Kinesis)</p>
<h3>About Akamai</h3>
<p>Akamai Technologies is a provider of cloud services for delivering, optimizing and securing online content and business applications across any device.</p>
<h2>Akamai devops</h2>

<h3>Akamai devops</h3>
<p>[youtube]</p>
Akamai devops <a href="http://remmont.com">The news</a> Akamai devops
<h4>Akamai devops</h4>
Get the inside scoop on landing a job at Akamai. Find salary details, reviews &amp; interview tips to help you find a job you love.
<h5>Akamai devops</h5>
Akamai devops <a href="http://remmont.com">Akamai devops</a> Akamai devops
SOURCE: <h6>Akamai devops</h6> <a href="https://dev-ops.engineer/">Akamai devops</a> Akamai devops
#tags#[replace: -,-Akamai devops] Akamai devops#tags#
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Azure artifacts pricing - Кабринский Эдуард


<h1>Azure artifacts pricing</h1>
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<h1>Pay-per-GB pricing and more Azure Artifacts updates</h1>
<p>Azure Artifacts is the one place for all of the packages, binaries, tools, and scripts your software team needs. It?s part of Azure DevOps, a suite of tools that helps teams plan, build, and ship software. For Microsoft Build 2019, we?re excited to announce some long-requested changes to the service.</p>
<p>Until now, a separate, additional license was required for anyone using Azure Artifacts, beyond the Azure DevOps Basic license. We heard your feedback that this was inflexible, hard to manage, and often not cost-effective, and we?ve removed it. Now, Azure Artifacts charges only for the storage you use, so that every user in your organization can access and share packages.</p>
<p>Every organization gets <strong>2 GB of free storage</strong>. Additional storage usage is charged according to tiered rates starting at $2 per GB and decreasing to $0.25 per GB. Full details can be found on our pricing page.</p>
<p>We?ve had support for Python packages, as well as our own Universal Packages, in public preview for some time. As of now, both are generally available and ready for all of your production workloads.</p>
<p>If you?re developing an open source project using a public Azure Repo or a repo on GitHub, you might want to share nightly or pre-release versions of your packages with your project team. Azure Artifacts public feeds will enable you to do just that, backed by the same scale and reliability guarantees as the private feeds you use for internal development. Interested in joining the preview? Get in touch (@alexmullans on Twitter).</p>
<p>With Azure Artifacts, your teams can manage all of their artifacts in one place, with easy-to-configure permissions that help you share packages across the entire organization, or just with people you choose. Azure Artifacts hosts common package types:</p>
<p><ul>
<li>Maven (for Java development)</li>
<li>npm (for Node.js and JavaScript development)</li>
<li>NuGet (for .NET, C#, etc. development)</li>
<li>Python</li>
</ul>
</p>
<p>If none of those are what you need, Azure Artifacts provides Universal Packages, an easy-to-use and lightweight package format that can take any file or set of files and version them as a single entity. Universal Packages are fast, using deduplication to minimize the amount of content you upload to the service.</p>
<p>Azure Artifacts is also a symbol server. Publishing your symbols to Azure Artifacts enables engineers in the next room or on the next continent to easily debug the packages you share.</p>
<p>Artifacts are most commonly used as part of DevOps processes and pipelines, so we?ve naturally integrated Azure Artifacts with Azure Pipelines. It?s easy to consume and publish packages to Azure Artifacts in your builds and releases.</p>
<p>We?re excited for you to try Azure Artifacts. If you?ve got questions, comments, or feature suggestions, get in touch on Twitter (@alexmullans) or leave a comment.</p>
<h2>Azure artifacts pricing</h2>

<h3>Azure artifacts pricing</h3>
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<h4>Azure artifacts pricing</h4>
Pay-per-GB pricing and more Azure Artifacts updates Azure Artifacts is the one place for all of the packages, binaries, tools, and scripts your software team needs. It?s part of Azure DevOps, a
<h5>Azure artifacts pricing</h5>
Azure artifacts pricing <a href="http://remmont.com">Azure artifacts pricing</a> Azure artifacts pricing
SOURCE: <h6>Azure artifacts pricing</h6> <a href="https://dev-ops.engineer/">Azure artifacts pricing</a> Azure artifacts pricing
#tags#[replace: -,-Azure artifacts pricing] Azure artifacts pricing#tags#
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