For teams that follow a structured build and release cycle, having a reliable, shared workflow makes the difference between chaos and consistency. With every new feature in development the team needs to know what the specs are, how it fits in the roadmap, what the customer feedback was, where to find the repository, who is responsible for each step, and so much more.
Releasing software to users has become a sophisticated and intricate process that requires high levels of consistency and coordination. A release has to be built, brought together, documented, tested and deployed, which requires coordination of at least four separate teams and a generous handful of pipelines and other tools. Without a well-documented process things can get messy very quickly, causing stress for everyone involved.
Whether you’re part of a team managing SaaS products or a high-security digital workspace, sometimes Things Go Wrong and must be addressed with extreme care, professionalism, and predictability. For outages, data breaches, vulnerabilities and more, you and your team are juggling a variety of tools, processes, and rigid incident management systems. When the on-call pager goes off at 3 am almost no one has the ability to remember every step needed to kick off all the response workflows.
The Apps Framework is an important tool in the Mattermost developer toolbox for easily creating integrations and customized workflows—written in any language and deployed with serverless hosting. The Apps Framework complements the existing ecosystem of plugins, slash commands, bots, and webhooks. As of Mattermost version 6.6, the Apps Framework is now generally available for all cloud and self-hosted deployments.
The pace of change in the automotive industry is at an unprecedented level. Not only are cars quickly switching from fossil fuel to electric, but the vehicle itself also is playing an ever-increasing role in advanced driver-assistance systems (ADAS) to improve driving comfort, efficiency, and safety.
RabbitMQ is one of the most popular open-source message brokers available. Its ability to be deployed in various configurations and on various platforms makes it a widely used tool; it also supports all major messaging protocols, making it very versatile. Still, debugging issues with a tool like RabbitMQ can be challenging, especially when it’s deployed on a large cluster. RabbitMQ logs are one way to go, as they help you backtrack to an earlier point while debugging.
Node.js is one of the best and most widely used Javascript runtimes used for building APIs. But, this popularity status has led to many hackers distributing insecure modules that exploit the Node.js application or provide a weak point for exploitation. In this tutorial, you will learn how to audit Node.js modules and also detect vulnerabilities in modules using npm audit.
You will have seen the Nastel Messaging Middleware Performance Benchmark Report comparing the performance of the commonly used messaging middleware platforms – IBM MQ, RabbitMQ, Apache Kafka, ActiveMQ Classic, ActiveMQ Artemis, TIBCO EMS, and Apache Pulsar. Nastel produced this using its CyBench performance benchmarking technology. StreamNative has also produced its own benchmark report focused on comparing Apache Pulsar vs. Apache Kafka using the Linux Foundation Open Messaging benchmark.
