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Кабринский Эдуард - Devops microservices - Кабринский Эдуард


<h1>Devops microservices</h1>
<p>[youtube]</p>
Devops microservices <a href="http://remmont.com">Latest hot news</a> Devops microservices
<h1>Microservices and containers together enable DevOps</h1>
<p style="clear: both"><img src="https://apifriends.com/wp-content/uploads/2018/08/thumbnail72K4FNK1-003.jpg-sh-reddy-photo-e15330471894351-696x465.jpg" /></p>
<p>There is a lot of buzz in the market on the topics of Microservices, Containers, and DevOps. Let?s see how organizations and their IT teams can produce new software capabilities and services more efficiently by utilizing a modern application software design and development processes such as Container-based Microservices and DevOps methodology</p>
<h2>Microservices and containers</h2>
<p>Containers and microservices are rapidly becoming the norm for enterprise organizations. According to the DZone Guide to Microservices, 64 percent of technology professionals used containers in the mainstream in 2017 and 89 percent are either already using or interested in using microservices.</p>
<p style="clear: both"><img src="https://apifriends.com/wp-content/uploads/2018/08/microservice-21-300x249.png" /></p>
<p style="clear: both"><img src="https://apifriends.com/wp-content/uploads/2018/08/microservice-11-300x251.png" /></p>
<p>Containers are often used to run each individual Microservice, serving as convenient, lightweight ?envelopes? that allow the software to be truly portable. They offer the right abstraction to encapsulate Microservices and both enable agility, speed and resource efficiency for many tasks that developers work daily.</p>
<h2>Microservices and DevOps</h2>
<p>Another trend that is capturing the imagination of enterprise IT is Microservices with DevOps, which is changing the way they work today. According to industry analysis, the DevOps & Microservice Ecosystem market will grow globally at a robust CAGR of 16% between 2017 and 2022, reaching $10 billion by 2021<strong>.</strong></p>
<p>The evolution of DevOps and Microservices started with transforming monolithic applications into decomposed services. As organizations realize that agile transformation in application development isn?t enough to meet the agility needs of today?s fast-paced, hyper-competitive markets, they are fast embracing DevOps as the de facto IT mantra. In general, DevOps represents more of a cultural shift for developers than a technological one. With traditional, monolithic applications, there is a steep learning curve for developers to become familiar with a particular codebase. In a DevOps environment, there?s more flexibility. Once the organization understands the value of DevOps, they transform themselves culturally to bring in close collaboration between different stakeholders (developers, operations and businesses) and pick the <u>right tools to complement</u> each other.</p>
<p>Microservices architecture emerged from a common set of DevOps ideologies that came into being at companies like Amazon, Netflix, Facebook, Google, and several others. Those companies that excelled at DevOps also shared common approaches to software development and had similar organizational structures and development cultures. Looking for a vendor who has knowledge and experience in the technologies and industries that you need is important.</p>
<h2>Microservices + containers = successful DevOps</h2>
<p>While the benefits of DevOps are obvious, the intersection between using microservices and containers to support a DevOps environment is starting to become clear. DevOps approach targets the entire software delivery pipeline which can increase deployment frequency and lead to faster time-to-market for products. Organizations that use DevOps often see lower failure rates of new releases, shortened lead time between fixes and faster mean time to recovery.</p>
<p>Another benefit of using containers and microservices in a DevOps environment is that developers can independently deploy each service, which helps with fault isolation. If a part is problematic in a monolithic application, those issues can bring down the entire system. With containerization and microservices, that?s not the case.</p>
<h2>Consider two key aspects of microservices</h2>
<ol>
<li>Packaging and deploying applications so they are portable across cloud providers.</li>
<li>Model the application into loosely coupled, single-function components that use REST for communication.</li>
</ol>
<p>Organizations use containers to package and deploy monolithic and microservices-based applications. Many developers use Dockers, such as, because it offers a simple way to package the code and push it to the release pipeline, which streamlines the DevOps workflow.</p>
<p>With DevOps and microservices, developer teams can work on the loosely coupled application and choose the technology stack best suited for their requirements. It also enables new team members to ramp up more quickly to become familiar with the service they are working on.</p>
<h2>Conclusion</h2>
<p>The combination of Microservices, Containers, and DevOps has a great potential to transform enterprise IT and help organizations compete effectively not just today but also in the future.</p>
<p>There is no doubt that the combination of Microservices, Containers, and DevOps together work better together. With increased agility and flexibility, microservices and containers can be an ideal complement to an enterprise?s DevOps environment.</p>
<h2>Devops microservices</h2>

<h3>Devops microservices</h3>
<p>[youtube]</p>
Devops microservices <a href="http://remmont.com">Top news stories today</a> Devops microservices
<h4>Devops microservices</h4>
This complelling article showcases how Microservices, Containers and DevOps working together are a great fit.
<h5>Devops microservices</h5>
Devops microservices <a href="http://remmont.com">Devops microservices</a> Devops microservices
SOURCE: <h6>Devops microservices</h6> <a href="https://dev-ops.engineer/">Devops microservices</a> Devops microservices
#tags#[replace: -,-Devops microservices] Devops microservices#tags#
Кабринский Эдуард
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Azure boards github - Eduard Kabrinskiy


<h1>Azure boards github</h1>
<p>[youtube]</p>
Azure boards github <a href="http://remmont.com">Latest national news in english</a> Azure boards github
<h1>Azure DevOps: Azure Boards + GitHub</h1>
<h2>Introduction</h2>
<p>In a single statement, Azure DevOps is everything you need to build your software product from beginning to end. In this post I am going to explain the new integration between Azure Boards and GitHub. Development teams using GitHub can now take advantage of the rich project management capabilities offered by Azure Boards, including Kanban boards, backlogs, sprint planning tools, queries, and multiple work item types.</p>
<h2>How to link Azure boards with GitHub repos</h2>
<p>We are seeing at Azure board where you can track any unit of work in your software project (image 1). What is really cool is that now we can link Azure boards up with our GitHub repos. If you want to setup that linkage. First you need to open the Project settings located in the down left corner on Azure board (image 1).</p>
<p style="clear: both"><img src="https://mohamedradwan.com/wp-content/uploads/2019/01/Image-1-Azure-board.png" /></p>
<p>Image 1 ? Azure board</p>
<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>From the Project Settings, navigate to Integrations, click on the New GitHub Integration button (image 2).</h3>
<p>Next, you should choose which github repo you want to integrate with.</p>
<p style="clear: both"><img src="https://mohamedradwan.com/wp-content/uploads/2019/01/Image-2-New-GitHub-integration.png" /></p>
<p>Image 2 ? New GitHub integration</p>
<p>In this case, we are going to use Personal access token in order to connect to my github repo. After we are successfully authorized. All available repos will be listed, and we should choose the one we want to connect to (image 3). After choosing one just click on the Save button.</p>
<p style="clear: both"><img src="https://mohamedradwan.com/wp-content/uploads/2019/01/Image-3-Choose-repo-to-connect-to.png" /></p>
<p>Image 3 ? Choose repo to connect to</p>
<h3>Tip If you would like to learn more about using different environments during the realization of a software system</h3>
<p>? have a look at the post <strong>Azure DevTest Labs Updates</strong>. Azure DevTest Labs is a service provided by Microsoft Azure which provides functionality for managing environments that contain Azure Virtual Machines. The post, mentioned above. Describes both the core capabilities of DevTest Labs and the new features of the service (as of February, 2018).</p>
<p>Now I will make a change in github and save it, and after that create a new branch for the commit and start a pull request. Add a commit changes comment (mentioning the bug which we are working on) and click on the Propose file change button. Now if we go back to our Azure board.Open the bug that we mentioned in our Commit changes comment, in the Development section, we can already see the link of github. If we click on the link we can see on github our fix, what branch it is in as well what my changes are (image 4).</p>
<p style="clear: both"><img src="https://mohamedradwan.com/wp-content/uploads/2019/01/Image-4-Changes-in-GitHub.png" /></p>
<p>Image 4 ? Changes in GitHub</p>
<p>Now we go back to the github and create a pull request.in order my teammates can review my code changes. If we open our bug which we are working on. From our Azure board, in Development details section we can see our Pull request (image 5).</p>
<p style="clear: both"><img src="https://mohamedradwan.com/wp-content/uploads/2019/01/Image-5-Pull-request-in-Development-details.png" /></p>
<p>Image 5 ? Pull request in Development details</p>
<p>Now let us merge the pull request in github in the master, confirm the merge and our pull request in finished. Now the magic happens, because we resolved the bug in github, it automatically resolved on our Azure work item board as well.</p>
<h2>Conclusion</h2>
<p>Start with a simple, out-of-the-box workflow. Use the powerful and flexible customization engine to create the workflow that fits your team?s needs. Build tailored views of the data you need, configure the layout that makes sense for your team, and easily monitor progress throughout the lifecycle of your project. Get your work done with simple and modern agile tools like Kanban boards, backlogs, dashboards, and scrum boards. Adapt the tools to fit your team?s needs and scale up easily. Boost your team?s productivity with Boards, Backlogs, and Sprints for even the most complex project. Simply connect your GitHub repo to Azure Boards and start linking commits and PRs to work items.</p>
<h3>You can see <strong>this video</strong></h3>
<p>If you would like to find more information about a walk through introducing the Release Management and Build Automation using TFS 2017/2015. Step by step about all process, starting from creating the project, check in the code in the source control, create a build definition and trigger the build, and also create a release pipeline. Learn how to configure properly the build steps, including Copy Files and Publish Build Artifacts. See how to create new release definition, add environments and link to build definition. Afterwards see how to add tasks to the release definition, like Windows Machine File Copy and configure it properly.</p>
<h2>Azure boards github</h2>

<h3>Azure boards github</h3>
<p>[youtube]</p>
Azure boards github <a href="http://remmont.com">Today's big news</a> Azure boards github
<h4>Azure boards github</h4>
Automation Planet : Azure DevOps is everything you need to build your software product with GitHub &amp; Automation planet from beginning to end
<h5>Azure boards github</h5>
Azure boards github <a href="http://remmont.com">Azure boards github</a> Azure boards github
SOURCE: <h6>Azure boards github</h6> <a href="https://dev-ops.engineer/">Azure boards github</a> Azure boards github
#tags#[replace: -,-Azure boards github] Azure boards github#tags#
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Azure devops xunit - Eduard Kabrinskiy


<h1>Azure devops xunit</h1>
<p>[youtube]</p>
Azure devops xunit <a href="http://remmont.com">Latest current news</a> Azure devops xunit
<h1>Runing xUnit integration tests in Azure DevOps release pipeline</h1>
<p>October 23, 2020</p>
<p>Running unit and integration tests as part of a DevOps pipeline is an important step in spotting deployment issues early and preventing bugs from reaching production. It is relatively easy to run unit tests during the build process but there are a few extra steps required to make sure that integration tests can be run during the release pipeline once deployment to an environment has completed.</p>
<h2>Setup</h2>
<ol>
<li>Add an xUnit project to your solution</li>
<li>Write some integration tests - e.g. something that calls a dependency outside of your code like a database or an API</li>
<li>Config Settings - an xUnit project doesn?t have a Startup.cs where we can use the usual .Net Core configuration process. Instead create a static ConfigHelper.cs class that can be referenced in the tests. This also allows us to provide a different environment path for API urls or database connections in each release stage.</li>
</ol>
<table data-tab-size="8" data-paste-markdown-skip> <tr> <td >public static class ConfigHelper</td> </tr> <tr> <td > <</td></tr> <tr> <td >private static readonly IConfigurationRoot Config ;</td> </tr> <tr> <td >static ConfigHelper ()</td> </tr> <tr> <td > <</td></tr> <tr> <td >Config = new ConfigurationBuilder ()</td> </tr> <tr> <td >. SetBasePath ( AppContext . BaseDirectory )</td> </tr> <tr> <td >. AddJsonFile ( " appsettings.json " , optional : true , reloadOnChange : true )</td> </tr> <tr> <td >. Build ();</td> </tr> <tr> <td >></td> </tr> <tr> <td >public static AppConfig AppConfig</td> </tr> <tr> <td > <</td></tr> <tr> <td >get</td> </tr> <tr> <td > <</td></tr> <tr> <td >AppConfig appConfig = new AppConfig ();</td> </tr> <tr> <td >Config . Bind ( appConfig );</td> </tr> <tr> <td >var env = System . Environment . GetEnvironmentVariable ( " Environment " );</td> </tr> <tr> <td >appConfig . APIBaseUrl = env . ToLower () == " prod " ? appConfig . APIBaseUrl . Replace ( " -[env]. " , " " ) : appConfig . APIBaseUrl . Replace ( " [env] " , env );</td> </tr> <tr> <td >appConfig . APIKey = System . Environment . GetEnvironmentVariable ( " APIKey " );</td> </tr> <tr> <td >return appConfig ;</td> </tr> <tr> <td >></td> </tr> <tr> <td >></td> </tr> <tr> <td >></td> </tr> </table>
<p><ol>
<li>Make sure that the appsettings.json file is copied as part of the build and that it is checked in to source control. This means it is important that secrets are not handled using this approach.</li>
<li>Secrets required for config should be added as Environment Variables. Unfortunately an xUnit project won?t find these in the Visual Studio debug settings so they will need to be added to your System Environment Variables for local debugging. These secrets can be added as Azure Devops release pipeline variables for each release stage.</li>
<li>To ensure that the test project is built and included in the published artifacts and that the integration tests do not run as part of the build add the following steps to the Azure DevOps build:</li>
</ol>
</p>
<table data-tab-size="8" data-paste-markdown-skip> <tr> <td >- task : VSTest@2</td> </tr> <tr> <td >inputs :</td> </tr> <tr> <td >testAssemblyVer2 : |</td> </tr> <tr> <td >**\$(BuildConfiguration)\**\*Tests*.dll</td> </tr> <tr> <td >!**\$(BuildConfiguration)\**\*Models*.dll</td> </tr> <tr> <td >!**\*TestAdapter.dll</td> </tr> <tr> <td >!**\obj\**</td> </tr> <tr> <td >!**\$(BuildConfiguration)\**\*IntegrationTests*.dll</td> </tr> <tr> <td >codeCoverageEnabled : true</td> </tr> <tr> <td >testRunTitle : ' $(Build.DefinitionName) | $(Build.Reason) |$(Build.SourceVersion) '</td> </tr> <tr> <td >platform : ' $(buildPlatform) '</td> </tr> <tr> <td >configuration : ' $(buildConfiguration) '</td> </tr> <tr> <td >task : DotNetCoreCLI@2</td> </tr> <tr> <td >inputs :</td> </tr> <tr> <td >command : ' publish '</td> </tr> <tr> <td >publishWebProjects : false</td> </tr> <tr> <td >projects : ' **\MyNamespace.IntegrationTests\*.csproj '</td> </tr> <tr> <td >arguments : --output $(Build.ArtifactStagingDirectory)</td> </tr> <tr> <td >zipAfterPublish : false</td> </tr> </table>
<p><ol>
<li>In the release pipeline add a VsTest task with the following YAML:</li>
</ol>
</p>
<table data-tab-size="8" data-paste-markdown-skip> <tr> <td >- task : VSTest@2</td> </tr> <tr> <td >displayName : ' VsTest - Integration Tests '</td> </tr> <tr> <td >inputs :</td> </tr> <tr> <td >testAssemblyVer2 : |</td> </tr> <tr> <td >**\MyNamespace.IntegrationTests.dll</td> </tr> <tr> <td >!**\*xunit.runner*.dll</td> </tr> <tr> <td >!**\obj\**</td> </tr> <tr> <td >codeCoverageEnabled : true</td> </tr> <tr> <td >diagnosticsEnabled : true</td> </tr> <tr> <td >rerunFailedTests : true</td> </tr> </table>
<p>Written by <strong>Aidan Garnish</strong> who lives and works in Whitley Bay building digital things. You should follow him on Twitter or send him a message from the contact page</p>
<h2>Azure devops xunit</h2>

<h3>Azure devops xunit</h3>
<p>[youtube]</p>
Azure devops xunit <a href="http://remmont.com">New</a> Azure devops xunit
<h4>Azure devops xunit</h4>
How to configure xUnit tests to run in multiple release environments in Azure DevOps
<h5>Azure devops xunit</h5>
Azure devops xunit <a href="http://remmont.com">Azure devops xunit</a> Azure devops xunit
SOURCE: <h6>Azure devops xunit</h6> <a href="https://dev-ops.engineer/">Azure devops xunit</a> Azure devops xunit
#tags#[replace: -,-Azure devops xunit] Azure devops xunit#tags#
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Git devops - Eduard Kabrinskiy


<h1>Git devops</h1>
<p>[youtube]</p>
Git devops <a href="http://remmont.com">News new</a> Git devops
<h1>Azure DevOps or TFS Build Pipeline SetupUsage</h1>
<h2>Basic Usage</h2>
<p>In Azure DevOps Pipeline (the web based build system) you can call GitVersion either using the Command Line build step or install an extension / custom build step. The custom build step requires a one-time setup to import the GitVersion task into your TFS or Azure DevOps Pipeline instance.</p>
<h2>Executing GitVersion</h2>
<h3>Using GitVersion with the MSBuild Task NuGet Package</h3>
<ol>
<li>Add the GitVersionTask NuGet package to your projects.</li>
</ol>
<p>See MSBuild Task for further instructions how to use the MS Build Task.</p>
<h3>Using GitVersion with the Command Line build step</h3>
<ol>
<li>Make sure to have GitVersion.exe under version control. There exists also a Chocolatey package for installing GitVersion.exe on build agents.</li>
<li>Add a Command Line build step to your build definition. You'll probably want to drag the task to be at or near the top to ensure it executes before your other build steps.</li>
<li>Set the Tool parameter to</li>
</ol>
<p>\GitVersion.exe .</li>
<li>Set the Arguments parameter to /output buildserver /nofetch .</li>
<li>If you want the GitVersionTask to update AssemblyInfo files add updateAssemblyInfo true to the Arguments parameter.</li>
<li>If you want to update the build number you need to send a logging command to TFS.</li>
</ol>
</p>
<h3>Using the custom GitVersion build step</h3>
<h4>Installing</h4>
<h5>Installing the extension</h5>
<p>For Visual Studio Team Service or TFS 2015 Update 2 or higher it is recommended to install the GitVersion extension:</p>
<h5>Manually installing/updating the custom build step</h5>
<p>If you run TFS 2015 RTM or Update 1 or don't want to install the GitVersion extension you can install the build task manually:</p>
<p><ol>
<li>Install the tfx command line tool as shown here.</li>
<li>For TFS 2015 On-Prem configure Basic Authentication in TFS as shown here.</li>
<li>Download the GitVersion TFS build task from the latest release on the GitVersion releases page and unzip.</li>
<li>Run tfx login as shown here.</li>
<li>From the directory outside of where you unzipped the task, run tfx build tasks upload --task-path .\GitVersionVsixTask --overwrite where GitVersionVsixTask is the directory containing the files.</li>
<li>It should successfully install.</li>
</ol>
</p>
<h4>Using the GitVersion custom build step</h4>
<p>From a TFS build definition, select "Add a Step" and then in the Build category, choose GitVersion and click Add. You'll probably want to drag the task to be at or near the top to ensure it executes before your other build steps.</p>
<p>If you want the GitVersionTask to update AssemblyInfo files, check the box in the task configuration. For advanced usage, you can pass additional options to the GitVersion exe in the Additional arguments section.</p>
<p>The Azure DevOps Pipeline build step can update your build number with GitVersion variables. See below for details.</p>
<h4>Using Pipelines yaml</h4>
<p>Add the following yaml task and variable to your azure-pipelines.yml file:</p>
<p>You can now use the GitVersion.SemVer environment variable in any subsequent tasks to refer to the semantic version number for your build. For example, you can build your dotnet core application with a semantic version number like so:</p>
<h2>Running inside TFS</h2>
<h3>Using the GitVersion Variables</h3>
<p>GitVersion passes variables in the form of GitVersion.* (Eg: GitVersion.Major ) to TFS Build and also writes GITVERSION.* (Eg: GITVERSION.MAJOR ) environment variables that are available for any subsequent build step.</p>
<p>To use these variables you can just refer to them using the standard variable syntax. For instance $(GitVersion.NuGetVersion) in your nuget pack task to set the version number. Since update 1 there are no known limitations.</p>
<p>See Variables for an overview of available variables.</p>
<h4>Using GitVersion variables in build name</h4>
<p>To use GitVersion's variables in the build name, just add them in the form $(GITVERSION_FullSemVer) into the Build definition's build number string. Then just ensure GitVersion is called with /output buildserver and it will replace those variables with the calculated version. The TFS GitVersion Build Step (above) handles this too, so if you're already using that, there's nothing extra to configure.</p>
<p>If GitVersion does not find any substitutions it will just default to using FullSemVer</p>
<p><strong>Important</strong></p>
<p>If you currently use $(rev:.r) in your build number, that won't work correctly if you use GitVersion variables as well due to the delayed expansion of the GitVersion vars. Instead, you might be able to use $(GitVersion_BuildMetaData) to achieve a similar result. See Variables for more info on the variables.</p>
<h2>Git devops</h2>

<h3>Git devops</h3>
<p>[youtube]</p>
Git devops <a href="http://remmont.com">Current news in english</a> Git devops
<h4>Git devops</h4>
Azure DevOps or TFS Build Pipeline SetupUsage Basic Usage In Azure DevOps Pipeline (the web based build system) you can call GitVersion either using the Command Line build step or install an
<h5>Git devops</h5>
Git devops <a href="http://remmont.com">Git devops</a> Git devops
SOURCE: <h6>Git devops</h6> <a href="https://dev-ops.engineer/">Git devops</a> Git devops
#tags#[replace: -,-Git devops] Git devops#tags#
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Waterfall agile devops - Eduard Kabrinskiy


<h1>Waterfall agile devops</h1>
<p>[youtube]</p>
Waterfall agile devops <a href="http://remmont.com">New news today</a> Waterfall agile devops
<h1>DevOps with waterfall? Don't waste your time</h1>
<p style="clear: both"><img src="https://techbeacon.scdn7.secure.raxcdn.com/sites/default/files/styles/profile_image_sm/public/pictures/John-Jeremiah-Technology-Evangeslist-HP.png" /></p>
<p style="clear: both"><img src="https://techbeacon.scdn7.secure.raxcdn.com/sites/all/themes/mirage/images/tb-in.svg" /> <img src="https://techbeacon.scdn7.secure.raxcdn.com/sites/all/themes/mirage/images/tb-twitter.svg" /> <img src="https://techbeacon.scdn7.secure.raxcdn.com/sites/all/themes/mirage/images/tb-fb.svg" /> <img src="https://techbeacon.scdn7.secure.raxcdn.com/sites/all/themes/mirage/images/tb-wtsapp.svg" /> <img src="https://techbeacon.scdn7.secure.raxcdn.com/sites/all/themes/mirage/images/tb-more.svg" /></p>
<p style="clear: both"><img src="https://techbeacon.scdn7.secure.raxcdn.com/sites/default/files/styles/article_hero_image/public/devops-borat-waterfall-agile-work-john-jeremiah-techbeacon-article.jpg" /></p>
<p>Can you do DevOps in a waterfall culture? Sure. You can run sprints across a frozen lake too, but you won't get anywhere. If you try to optimize delivery in a waterfall-siloed world, you'll exert lots of energy and feel like you're working hard, but you probably won't deliver the business results you could. You'll keep people busy improving their silos, but you won't really deliver faster. And to the rest of us watching from the agile shore, you'll look pretty comical.</p>
<p>This isn't about only improving development or operations ? it's about both. It's about improving the business by delivering solutions to the business at whatever speed it needs. DevOps is about changing everything so that IT is no longer the bottleneck and can respond to business needs. It's a combination of processes, best practices, and techniques that enable IT to deliver business solutions faster than ever before, with remarkably high quality.</p>
<p>If you're using the waterfall methodology for development and doing the "dev" part of DevOps, you still can optimize and accelerate build processes and implement automated testing and practices to streamline development. But your new code won't get to users until the next release cycle, and all that speed will have been wasted.</p>
<p>If you're on the "ops" side of DevOps, then you work on automating deployment, infrastructure as code, and making the delivery and deployment of code and infrastructure fast, efficient, and reliable. But if the project can't complete testing for another 12 weeks, you'll have to park your Ops Ferrari and wait for the development team to catch up.</p>
<h2>DevOps is <em>not</em> about optimizing only one part of the delivery chain</h2>
<p>It's about including everything from beginning to end. It's about discipline, focus, and feedback. It starts with understanding the fundamental wisdom from Goldratt's "The Goal": Optimizing in silos can be counterproductive, and you only deliver true value to the business when the entire process speeds up.</p>
<h3>DevOps with watefall doesn't work. unless you're DevOps Borat</h3>
<p>I've had many arguments about whether the DevOps model works in waterfall-type development projects. I guess it does, if you're DevOps Borat and you live in a reality distortion bubble.</p>
<blockquote><p>Word "impossible" is not exist in devops vocabulary. Instead we are use "done by Q4".</blockquote></p>
<p>Waterfall-style projects aren't fast, iterative, or responsive to change. These projects have long cycle times and many hand-offs between parties before anything can be released. Waterfall is designed to work that way.</p>
<p>When you do DevOps on a waterfall project, what you're really doing is streamlining a sub-process. But if you are not actually shortening the end-to-end release cycles and delivering faster to the customer, then what the heck are you doing, really? What business benefit did you deliver faster? None. Implementing DevOps in a waterfall world is an example of siloed thinking, an exercise that optimizes the parts rather than the whole. But you won't find transformative value unless you optimize the entire life cycle.</p>
<p>That is where agile comes in. There's simply no reason to use industrial manufacturing processes such as waterfall to build software anymore. The waterfall method evolved from traditional engineering project management disciplines where much of the work was predictable and repeatable. Building software is inherently different. Software is much more flexible and pliable than concrete or steel. With software, you can be iterative and incremental to deliver value much faster.</p>
<p>When done right, an agile project is both disciplined and structured and can easily be compliant with Capability Maturity Model Integration (CMMI) level four or five process standards. If your goal is to accelerate business value, then it should form the foundation your development teams build upon to increase the velocity of application delivery and decrease cycle times.</p>
<p>You may believe you're doing DevOps in a waterfall world, but unless you're accelerating business value, you probably aren't. Take a hard look at your constraints, and determine what's holding you back. If your waterfall development process is the bottleneck, then perhaps it's time to introduce agile.</p>
<h4>Keep learning</h4>
<p>Continuous delivery and release automation (CDRA) demands speed and quality. Find out how in TechBeacon's guide to CDRA.</p>
<p>Get up to speed on quality-driven development with TechBeacon's guide.</p>
<h2>Waterfall agile devops</h2>

<h3>Waterfall agile devops</h3>
<p>[youtube]</p>
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<h4>Waterfall agile devops</h4>
Can DevOps work in waterfall-type software development projects? DevOps in a waterfall world isn't really DevOps at all. Agile is essential to...
<h5>Waterfall agile devops</h5>
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Azure devops trigger build - Eduard Kabrinskiy


<h1>Azure devops trigger build</h1>
<p>[youtube]</p>
Azure devops trigger build <a href="http://remmont.com">Latest news live</a> Azure devops trigger build
<h1> Adventures in DevOps </h1>
<h2>Tuesday, October 27, 2020</h2>
<h3>Trigger an Azure Build Pipeline Based on Changes in Multiple Azure Git Repos</h3>
<p>While we are working in the projects, there can be common tools or utilities developed which are shared with the multiple projects. When developing such projects using Azure DevOps Repos as source control, we can keep common utilities in one repo and other projects in separate repos. However, while we developing utilities in separate repo, once any change done to the utilities, other projects which refer this utility should be get acknowledge and should be able to work with the latest utilities. Hence, once new change done to the utilities code, other dependent projects builds should get triggered automatically and build deployable package with latest utilities version.</p>
<p>Azure DevOps has a feature where you can trigger a build pipeline once a change is done to another repo other than the main code repo. That would help us to achieve the above-mentioned challenge. This post discusses how to trigger a build pipeline due to the code push done to the multiple repos.</p>
<p>In this sample, we use RepoX which has utility code, RepoA has a project which use the utilities for the project development. We have created the build pipeline, Repo A as main repo and Repo X as external repo. Further, the build will get triggered once any change is done to Master branch of RepoA or RepoX.</p>
<p>Following is the Sample code of YAML build pipeline in DemoWebbApp project.</p>
<p>Likewise, we can set multiple triggers from multiple repos. Once any change done to the master branch of RepoX or RepoA build get triggered. To get more idea of the build pipeline, go to triggered build pipeline and you would be able to see multiple sources as mention in following image.</p>
<h2>Azure devops trigger build</h2>

<h3>Azure devops trigger build</h3>
<p>[youtube]</p>
Azure devops trigger build <a href="http://remmont.com">Current news events</a> Azure devops trigger build
<h4>Azure devops trigger build</h4>
Adventures in DevOps Tuesday, October 27, 2020 Trigger an Azure Build Pipeline Based on Changes in Multiple Azure Git Repos While we are working in the projects, there can be common tools
<h5>Azure devops trigger build</h5>
Azure devops trigger build <a href="http://remmont.com">Azure devops trigger build</a> Azure devops trigger build
SOURCE: <h6>Azure devops trigger build</h6> <a href="https://dev-ops.engineer/">Azure devops trigger build</a> Azure devops trigger build
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Devops continuous deployment - Kabrinskiy Eduard


<h1>Devops continuous deployment</h1>
<p>[youtube]</p>
Devops continuous deployment <a href="http://remmont.com">News report</a> Devops continuous deployment
<h1>What is Continuous Delivery?</h1>
<p style="clear: both"><img src="https://docs.microsoft.com/en-us/azure/devops/learn/_img/continuousdelivery_600x300.png" /></p>
<p>Continuous Delivery (CD) is the process to build, test, configure and deploy from a build to a production environment. Multiple testing or staging environments create a <em>Release Pipeline</em> to automate the creation of infrastructure and deployment of a new build. Successive environments support progressively longer-running activities of integration, load, and user acceptance testing. Continuous Integration starts the CD process and the pipeline stages each successive environment to the next upon successful completion of tests.</p>
<p>Continuous Delivery may sequence multiple deployment РІ??ringsРІ?? for progressive exposure (also known as РІ??controlling the blast radiusРІ??). Progressive exposure groups users who get to try new releasesР’ to monitor their experience in РІ??rings.РІ?? Р’ The first deployment ring is often a РІ??canaryРІ?? used to test new versions in production before a broader rollout. CD automates deployment from one ring to the next and may optionally depend on an approval step, in which a decision maker signs off on the changes electronically. CD may create an auditable record of the approval Р’ in order to satisfy regulatory proceduresР’ or other control objectives.</p>
<p>Without Continuous Delivery, software release cycles were previously a bottleneck for application and operation teams. Manual processes led to unreliable releases that produced delays and errors. These teams often relied on handoffs that resulted in issues during release cycles. The automated release pipeline allows a РІ??fail fastРІ?? approach to validation, where the tests most likely to fail quickly are run first and longer-running tests happen after the faster ones complete successfully.</p>
<p>Continuous Delivery is a lean practice. The goal of CD is to keep production fresh by achieving the shortest path from the availability of new code in version control or new components in package management to deployment. By automation, CD minimizes the time to deploy and <em>time to mitigate</em> or <em>time to remediate</em> production incidents (TTM and TTR). Р’ In lean terms, this optimizes process time and eliminates idle time. Continuous Delivery is helped considerably by the complementary practices of Infrastructure as Code and Monitoring.</p>
<p>Continuously delivering value has become a mandatory requirement for organizations. To deliver value to your end users, you must release continually and without errors.</p>
<p>Continuous Delivery also supports two other patterns for progressive exposure beside sequential rings. РІ??Blue/GreenР’ deploymentРІ?? relies on keeping an existing (blue) version live while a new (green) one is deployed. Typically, this uses load balancing to direct increasing amounts of traffic to the green Р’ deployment. If monitoring discovers an incident, traffic can be rerouted to the blue deployment still running. РІ??Feature flagsРІ?? (or РІ??feature togglesРІ??) comprise another technique used for experimentation and РІ??dark launches.РІ?? Р’ Feature flags turn on features on or off for different end users based on their identity and group membership.</p>
<p>Modern release pipelines allow development teams to deploy new features fast and safely. Issues found in production can be remediated quickly by rolling forward with a new deployment. In this way, CD creates a continuous stream of customer value.</p>
<p>Read more about the Continuous Delivery capabilities of Azure Pipelines.</p>
<p>Learn how to set up Continuous Deployment to Azure.</p>
<h2>Devops continuous deployment</h2>

<h3>Devops continuous deployment</h3>
<p>[youtube]</p>
Devops continuous deployment <a href="http://remmont.com">Newspaper headlines</a> Devops continuous deployment
<h4>Devops continuous deployment</h4>
Continuous Delivery (CD) is the process to build, test, configure and deploy from a build to a production environment.
<h5>Devops continuous deployment</h5>
Devops continuous deployment <a href="http://remmont.com">Devops continuous deployment</a> Devops continuous deployment
SOURCE: <h6>Devops continuous deployment</h6> <a href="https://dev-ops.engineer/">Devops continuous deployment</a> Devops continuous deployment
#tags#[replace: -,-Devops continuous deployment] Devops continuous deployment#tags#
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Az400 - Eduard Kabrinskiy


<h1>Az400</h1>
<p>[youtube]</p>
Az400 <a href="http://remmont.com">Newspaper headlines today</a> Az400
<h1>MIC Developers</h1>
<p>First of all, it has to be checked wehether the developer has to be metal ion free (MIF), or alternatively metal ion containing (MIC).</p>
<p>For further informations please visit our summary page:<br /><b>> Developers</b></p>
<h3>AZ _? Developer MIC</h3>
<p>AZ _? Developer is optimized for minimum Al attack. It is an odourless,aqueous, inorganic, alkaline solution, which is compatible with batch andin-line developing processes. It is typically applied 1:1 diluted in DI-H2Ofor high contrast, or undiluted for a high development rate. The darkerosion of AZ? Developer is slightly higher as compared to other developers. AZ _? Developer can be used in combination with most families of AZPhotoresists (i.e. AZ _? 1500, AZ _? 6600 and AZ _? 4500). AZ? Developer displays the lowest aluminium etch rate of all AZ _? Deveoper-types and is ideal for metal levels.</p>
<h3>AZ _? 351B Developer MIC</h3>
<p>AZ _? 351B MIC is based on buffered NaOH and typically used in a 1:3 to 1:4 dilution (1 part of concentrate and 4 parts of DI-water) and can be used especially for our thinner resist types, such as AZ _? 1500 Series resists.</p>
<h3>AZ _? 400K Developer MIC</h3>
<p>AZ _? 400K (MIC) is based on buffered KOH and typically used in a 1:3 to 1:4dilution (1 part of concentrate and 4 parts of DI-water) and can be usedespecially for our thicker resist types, such as AZ _? 4562, AZ _? 9260, and AZ _? 40XT.</p>
<h3>AZ _? 303 Developer MIC</h3>
<p>AZ _? 303 (MIC) is based on KOH and NaOH and designed for the resist AZ _? 111 XFS, it can be used also for AZ _? nLof 20XX series resists.</p>
<h3><b>Sales Volumes, Purity Grade and</b> <b>Shipping</b> </h3>
<h4>Available Sales Units:</h4>
<ul>
<li><b>Sales volumes:</b> 5 L bottles (1 PU = 4 x 5 liters)</li>
<li>30 L, 200 L drums on request</li>
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<p>Our typical lead time is 1-3 working days within Germany, lead times to other countries on request. On demand, in urgent cases our etchants can be shipped within 24 hours to a destination inside Germany.</p>
<h2>Az400</h2>

<h3>Az400</h3>
<p>[youtube]</p>
Az400 <a href="http://remmont.com">Daily news</a> Az400
<h4>Az400</h4>
MIC Developers First of all, it has to be checked wehether the developer has to be metal ion free (MIF), or alternatively metal ion containing (MIC). For further informations please visit our
<h5>Az400</h5>
Az400 <a href="http://remmont.com">Az400</a> Az400
SOURCE: <h6>Az400</h6> <a href="https://dev-ops.engineer/">Az400</a> Az400
#tags#[replace: -,-Az400] Az400#tags#
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Bath and body works free shipping coupons 2019
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