Understanding Bamboo integration for CI/CD Pipeline

Understanding Bamboo integration for CI/CD Pipeline

By Dinakar | Posted on October 23, 2020 | 5 min Read

There are nearly 23.9 million software developers who code and build programs for businesses and enterprises that look to providing solutions for a better living. This means that there are millions of lines of program code being written this very instant as you read. While there is a lot of programming and development that is going on worldwide, how are people and businesses able to execute these lines of code into real-world practical applications is a question that we must ask. The future of application or software development lies in testing and deployment technologies like DevOps, CI/CD Pipeline, automation, etc.

Software testing has gone through different eras from manual testing to automation to continuous testing. The current testing technologies that most software firms are looking to explore is what is called the DevOps which is part of the broader framework of Continuous Testing, and CI/CD is part of this broader piece of the pie.

What is CI/CD Pipeline?

In the software testing domain, CI/CD pipelines have been exhaustively used to speed up the testing and deployment processes to produce results that are effective and efficient. While some of us already know of the CI/CD technologies and how they function, most of us are still exploring its features and possibilities. To get our fundamentals right, CI stands for Continuous Integration which means that there is a continuous generation of build and test sequences to any program or software package that is built using code. CI monitors the code consistently for any changes or modifications to automatically generate the build and test sequence for the project that you build.

CD on the other hand also called Continuous Delivery ensures the administration of the automatic infrastructure deployment for the builds. While the CI/CD pipeline is a framework that is available to use, there are different tools that implement this technology to help businesses release their software applications faster.

Bamboo is one such application that implements the CI/CD framework.

What is Bamboo CI Server?

Bamboo is a continuous integration server that is used to automate the testing of any software program or application for a quicker release creating a continuous delivery pipeline. The CI/CD pipeline is instrumental in automating builds, documenting logs, executing tests to assess different parameters of the program and its functionality of the code that is committed. Bamboo integration enables developers to create automated build and test processes for any software program. It also provides a platform to segregate builds that have different targets and requirements, an added advantage is its ability to deploy the program automatically into the server for its release, which saves a lot of time as compared to manual testing. Below is a list of features that are available on the Bamboo platform.

Bamboo Feature

Bamboo uses a repository of code that developers provide to schedule and coordinate the building and testing processes of your application. In order to schedule these automated processes, one would need to have the complete source code of the project, the build, and test scripts.

Advantages of Bamboo integration

A CI server like Bamboo advances the amounts of time it takes to perform builds and deployments. Some of its advantages include –

  • Umteen integrations that are compatible with Bamboo make it all the more faster for businesses to assess and make changes using the test analytical data.
  • End-to-end visibility into quality, release management and status of builds all in one place.
  • Most of the Functionality is pre-built into the platform with minimal to no need for plugins.
  • Seamless integration with products such as Jira and Bitbucket
  • Bamboo’s CI makes it deployment-ready as well.
  • Tinder and intuitive user-interface makes it easy to navigate through options and tools for a fast and easy functionality.
  • Different staging environments available on Bamboo allows the QA and developer teams to deploy environments on demand without causing any disturbance to the production environment.
Bamboo integrations

Workflow of Bamboo CI Server

Bamboo’s workflow is pretty straightforward when it comes to coordinating the builds and test suites. The configuration of the order of actions in its workflow is generally divided into different segments and sections which make up the building blocks of its workflow. A high-level understanding of the building blocks of a Bamboo workflow would point you to Plans, Jobs, and Tasks.

Plans consist of a single-stage by default. However, it can be used to group jobs into multiple stages to execute the jobs as and when required. Plans use the same repository to run a series of one or more stages sequentially for faster execution and app testing needs. While you can have separate stages to segregate jobs and tasks within them, Plans ensure that you have everything in one place.

Jobs consists of tasks that are run sequentially on the same agent. They provide you control over the order of the tasks that need to be performed for your build. Jobs collect the requirements of the tasks to map out the capabilities required for it in the understanding of the Bamboo CI Server.

Tasks are the smallest discrete working units that execute the commands given to any system. A general task would comprise of parsing test results, executing Maven goals, running scripts, or executing source code checkouts. Tasks run sequentially within a job on the working Bamboo directory.

Integrating Bamboo CI server for your testing needs is sure to help you scale up the pace of your builds and deployments. The several integrations that are supported by Bamboo will help gather all your requirements in one place for execution and implementation. You can easily integrate pCloudy as your cross-browser testing tool to test your websites and web-apps and analyze your test result on the go. For a detailed summary of the steps you need to follow, you can click on the Bamboo integration link here.


Dinakar is a Content Developer at pCloudy. He is an ardent technology explorer who loves sharing ideas in the tech domain. In his free time, you will find him engrossed in books on health & wellness, and playing the guitar. He loves the sight of the oceans and the sound of the waves on a bright sunny day.


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7 Steps To Use Mobile DevOps Tools Efficiently

7 Steps To Use Mobile DevOps Tools Efficiently

By Priyanka charak | Posted on July 23, 2020 | 6 min Read

In today’s organizational environment, ‘DevOps’ is the most used buzzword and has become a part of its agile software culture. Organization’s DevOps success is not a single goal approach; it requires deeper involvement for making a switch to DevOps. Broadly, it requires adoption of new DevOps automation tools, contemporary processes and cultural shift, especially in case of Mobile DevOps tools selection. A business has to be equipped with ever-evolving principles and DevOps automation tools in order to embrace these steps to successful DevOps test automation.

There are multiple Mobile DevOps Tools with different strengths contributing to a reliable Mobile DevOps process. Today, the businesses and the development teams are investing in intelligent systems that are capable of monitoring the production and development metrics in real-time. This acts as great deal for the development firms unless it covers all important aspects of the process allowing perfect optimization of the resources based on the reports.

The journey from planning, development, deployment and beyond, generally called ‘shift left’ process which is a part of continuous testing. In this approach, the testing is mostly focused on earlier stage of production life cycle aiming at delivering applications faster and with much lesser time and money. When it comes to mobile apps testing, the shift left approach works well because the application has to be tested well in order to perform well in the real-environment. In case of Mobile DevOps, using production environment to test the mobile application on real physical devices would help highlight and fix issues in the earlier phases of SDLC, reducing costs and time.

Gone are the days when testing was only executed as a final step of the processes where as nowadays, it has to be performed after every build, at every stage of the process. It is with the help of multi-step testing and maximum data capture after each test cycle, that the status of development and testing hasn’t been compromised enabling early bug-fixing and building more strong applications especially when this process is simplified with the help of DevOps automation tools. DevOps and Automation go hand in hand. Despite many challenges, it carries a much strategic role to bring the whole business making faster and better applications. A developer has to have a combination of agile development methods along with Mobile DevOps to win in mobile application; this can be achieved with the help of right DevOps automated testing tools.

Mobile DevOps Tools

Below are the 7 most common Process Steps with Mobile DevOps Tools:


Anything related to real development is related to continuous integration whether it is code development or code reviews. The way developers work today by collaborating; integrating all the things together is all a gift of the agile approach which is responsible for making continuous integration popular. With the adoption of continuous integration early stage issues are detected which ultimately reveals any integration glitches, faults in the code commits, etc. It generates a lot of data required for making right choices to be made by the developer as it showcases a lot of data about the mobile application that the developers can use to make the code better. This thus ultimately helps in estimating the scheduling and time consumption more accurately.


Build is nothing but application components that are collected repeatedly and compiles for the purpose of testing to produce a reliable final software product. This is not a one-time job, instead it is a developer’s everyday task of creating various builds of applications. In Mobile DevOps scenario, in order to notify the status of the build, the developers use various version controls and source code management techniques. Software Engineers normally follow branching techniques in case of Mobile DevOps like no branching, release branching, maintenance branching and branching for features.


Testing is something that acts as a backbone of building a quality product. It is the QA team that is responsible of maintaining the sanity of the software, detecting errors early and quick bug fixing. Testing is the most integral aspect of SDLC. Considering the Continuous integration principles, automation testing needs to be automated in order to enjoy the seamless results i.e rich and flawless application. Testing in Mobile DevOps for a production environment should always be performed on real mobile devices and not on Simulators.


Packaging in Mobile DevOps is already known. It is all about tools for package repositories and storage mechanisms for the binaries created during the software build. Binaries like scripts, configuration files and other files facilitate deployments; these are contained in the asset repositories. Continuous deployment eases the application testing and production with the help of automation, flawlessly. Packaging enables the releases of new versions and features of applications to the end-users.


In Mobile DevOps process, there are myriad of tools that are used in aiding in the process of CI/CD and continuous release. As a part of this, there are application release tools as well that help in packaging and deployment of an application right from the development to production, to be available to the final users using automation. Release management is a critical expertise which involves planning of every release and deployment by easy collaboration with the stakeholders. This is accomplished with the usage of release management tools that help stakeholders to plan and execute and trace the releases from a single platform.


Configuration is a second name to Infrastructure as a Service. Configuration tools enhance the cost-effectiveness and create applications with better flexibility and performance. The aim of this process step is to remove any unwanted manual configuration. In DevOps , the focus is on automation and collaboration, so configuration being a part of the ecosystem is also automated across various development flows.


Without valid data, no corrections and improvements can happen. Thus, monitoring becomes a very important aspect of the Mobile DevOps ensuring that the organizations get the right metrics about the processes, stage wise results and final outcome. Continuous monitoring allows stakeholders, developers, testers and other people involved, the access to right information for evaluation and decision making. This step is guide to all teams involved and has an impact on all the other steps. Thus making it a critical process step with Mobile DevOps tools.

Traditionally, the Process Steps involved planning, developing, testing and deploying but this is not it, there are many more aspects to it that are the key deciders in selecting the tools and how they fit together to enable tool flow in SDLC. DevOps test automation helps in achieving integrated development and delivery using the right combination of DevOps automated testing tools.

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Priyanka Charak
Priyanka Charak

Tech Blogger - She writes about Technology, Mobile Application Development, Internet of Things, E-commerce, Computing and Design with the aim to coalesce new media and technology.


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October 23, 2020
Understanding Bamboo integration for CI/CD Pipeline

There are nearly 23.9 million software developers who code and build programs for businesses and enterprises that look to providing solutions for a better living. This means that there are millions of lines of program code being written this very…

Learn More Arrow

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