Many companies and development teams are facing a tough challenge: finding and retaining talented developers to drive their work forward. Meanwhile, executives and investors are increasing the pressure on these teams to reduce time-to-market and innovate. Work is fast-paced, while the competition for talent remains high.
To address this challenge, teams are turning to new tools and business practices that increase their team’s productivity and efficiency. Read on to learn more about three proven ways to increase developer productivity:
Use the Right Tools and Best Practices
- Best Productivity Tools for Developers
- Collaborative Development Tools
- Continuous Delivery Tools For Devs
- The Benefits of Automation Tools for Developers
Organizations continually look for ways to accelerate DevOps productivity and expedite their time-to-market. However, accelerating DevOps can be a major challenge as security, safety, compliance, and coding defects must be found earlier in the development process before they become too difficult and expensive to fix. Yet with the right tools and best practices, it is easy to accelerate DevOps productivity.
In addition, embedded software often has large codebases, which makes using the right DevOps tools to effectively accelerate software development essential. What’s more, these codebases rely on high-quality code that is compliant, secure, and reliable. One simple method is to improve quality with static analysis.
Put simply, static analysis is a method of debugging that identifies defects, vulnerabilities, and compliance issues as code is being written. In addition, a static analysis tool supports shift-left by enabling developers to fix coding issues earlier — lowering overall costs and enabling teams to deliver a quality product on time.
There are a number of collaborative development tools on the market. One of the most foundational of these tools is version control, which tracks changes to code and files and allows multiple people to work on a project at one time.
Helix Core, version control by Perforce, seamlessly creates a single source of truth across your entire toolchain. It stores every version of every file and lets teams visualize changes to code. Branching with Perforce Streams lets you optimize and automate workflows. And you can see who is working on what, when, to avoid wasted time and effort. Helix Core also supports Git content — check out the developer collaboration tools in Helix TeamHub.
Remote work has necessitated changes to many team’s toolsets. For instance, teams are moving to the cloud, and home internet connections may not be as strong as in the office. Learn more about enabling teamwork and faster development for remote teams in this collaborative game development blog.
Continuous delivery, abbreviated as CD, is a software development practice that automates continuous process and software improvement.
Without this automation, it could take months for developers to manually develop, test, and deploy their code. With speed to market being critical, it is clear why continuous delivery is important.
Not only does this agility make life easier for software development teams, but its financial benefits are recognized through revenue gains and cost reductions, a topic we explore in our white paper on the economics behind continuous delivery.
As for continuous delivery tools, there are many options available, but one of the most used is an open source integration server called Jenkins. Known for its scalability features out-of-the-box, Jenkins does have some challenges, though implementation can be made easier by Jenkins scaling on top of Kubernetes.
Created by Google, Kubernetes is an open source containers orchestration tool, providing the ability to deploy, scale, and operate with multiple containers from one place. A Jenkins Kubernetes pairing creates an ideal environment for scalability, made possible by Jenkins plugins.
Among the variety of automation tools for developers, test automation is incredibly important in the ever-growing and ever-changing digital landscape. It relieves pressure on developers and testers. Software testing is a comprehensive process that requires coordination efforts by business stakeholders, developers, and testers. Manual testing is the most common type of software testing, but it is time intensive and difficult to scale.
Some developers may be apprehensive about making the transition from manual to automated testing. And while it is the preferred method of testing teams today, organizations face barriers when trying to implement automation. That’s where a good testing automation tool comes in.
A good testing automation tool can be hugely beneficial when working with open source automation frameworks. Open source automation frameworks, such as Cypress and Selenium, include best practices, assumptions, tools, and libraries to use across teams. The term “frameworks” is used interchangeably with tools when it comes to open source.
Selecting the right open source automated testing tool and framework is important. But there are countless open source automation testing tools available. So, how do you choose the right open source tools for testing?
No matter what tools and frameworks you use, Perfecto can help you overcome your testing challenges. That's because Perfecto has integrations to whichever ones you use.
Increase Developer Productivity With the Power of Perforce
Perforce Software helps teams create and increase their competitive advantage with solutions spanning the DevOps lifecycle. Explore how the solutions covered in this article can support your team’s workflow and improve collaboration.