7 steps to select the correct device DevOps in 2018

7 steps to select the correct device DevOps

Many developers do not know the business value of DevOps. How to better perform It is easier to define first, while the other is complicated.

Why? The number and types of the most vulnerable are different from one of the following problems. Types of tools and tools for development and operational experts may vary.

The best jobs start to appear, but most traders in Devops must follow. Best practices are based on sound understanding; They will receive content about what Devops means for their company and how to make DevOps the first time. In most organizations this is a new thing.

He mastered the best practices

If you are thinking about your customers, you need to consider a number of moving parts. The basic features of this model are the automation process, automated testing, and integration and implementation. At the same time you need to maintain a consistent response, with information that is constantly being repeated and make sure you write everything.

Devops Tools best practices

Figure 1: DevOps has many movements and you need to have good behavior and technology at every step.

In accordance with the best ways to choose DevOps tools that you can use to have looga hirgelintaada DevOps, they can be summarized in seven steps.

Step 1: Understanding the strategic strategy and ethical capabilities of infrastructure, development and development groups

The Devops Group should develop a common strategy that allows them to work together in the development, testing and implementation (see Figure 1). This does not mean that we have been discussing devices for several days; means that you are working on a standard strategy, including DevOps ...

Process
Communication and cooperation
Continuous improvement equipment
Continuous integrated instrument
Permanent testing equipment
Regular maintenance equipment
Continuous work and CloudOps tools

Suggestions for the general strategy of the equipment do not encourage selection of tools at least at the moment. This means choosing a common strategy for any person who agrees, and this is a presentation of their business purpose in DevOps.

The selection process often creates poor communication between groups. Devops strategy device is normal to have a variety of procedures provided by collaboration tools and lack of integration. The goal is to eliminate everything: improving is that we can send new software that has changed the implementation and operation without access methods for people.

Step 2: Use the tools to capture all the requirements

No ad hoc part or modification should be performed outside the DevOps process, and DevOps should include all requirements for new or modified software. This is different from reporting the progress of the software as it moves through the processes. DevOps enables the ability to automate the acceptance of change requests that come from either the company or from other parts of the DevOps groups.

Examples include modifying software to customize a new tax model for a business, or modifying software to adapt the requirement to improve the performance of the database access module.

Step 3: Use agile management of Kanban automation projects and DevOps requirements that can be addressed in the tool

Kanban is a framework used to implement agile development that matches the amount of work in progress up to the capabilities of the team. They give teams more flexible planning options, faster results, clear focus and transparency throughout the development cycle.

Kanban's tools allow you to see what you are doing today or all objects in the context of each other. It also limits the amount of unfinished activity that helps balance flow-based approaches by not trying to do too much at the same time. At the end of the Kanban tool can improve the flow. In Kanban, when one work assignment is completed, the next highest item from the backlog is entered into development.

Step 4: Use the tools for reporting measurements in the manual and automated process

Choose tools that can help you understand the productivity of your DevOps processes, both automated and manual, and determine if they work for your benefit. With these tools you have to do two things. First, determine the measurements that are relevant to DevOps procedures, such as detected referral speeds and test errors. Secondly, set automated processes to solve problems without human involvement. The example would automatically deal with programming-based software problems on cloud-based platforms.

Step 5: Carry out test automation and tools to provide test data

Automated testing is more than just automated testing; it is the ability to receive code and data and to run standard test routines to ensure the quality of the code, the data and the overall solution. For DevOps, testing must be continuous. The ability to divert code and data into the process means that you have to transfer the code to the sandbox, assign test data to the application, and perform hundreds or thousands of tests that will automatically accelerate the code after the DevOps process, or return it to the developers for reprocessing.

Step 6: Perform acceptance tests for each deployment tool

Part of the testing process should determine the acceptance tests that will be part of each deployment, including acceptance rates for the infrastructure, applications, data, and even the test package you will use. For a selected set of tools, those who are filled with the DevOps testing procedures need to take the time to determine the acceptance tests and ensure that the tests meet the selected acceptance criteria.

You can change these experiments at any time with developments or processes. And as applications evolve over time, you will need to experience new requirements in the software that need to be tested in accordance with these new requirements. For example, you may need to test changes related to compliance issues related to the protection of certain types of data or performance issues to ensure that the company meets service level agreements.

Step 7: Ensure continuous feedback between teams to identify gaps, problems, and inefficiencies

Finally, you will need feedback loops to automate communication between the experiments that occur and the tests that your chosen tool needs to support. The correct tool should recognize the problem by using manual or automated mechanisms and mark an artefact problem, so developers or operators understand what happened, why it happened, and where it happened.

The tool should also help to establish a communication chain with all automatic and human players in the loop. This includes a problem-solving approach in cooperation with everyone in the team, a consensus on the type of resolutions that you need to use, and a list of any additional code or technology that is needed. Then, a production path will come where the tool will help you determine the tracking to indicate whether the resolution was achieved by automated testing, automatic deployment, and automated operations.

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