adesso Turkey Blog

This article explores the process of building interactive Telegram bots using C#, .NET Framework, and the Telegram.Bot library.

This article explains how Microsoft's latest technology and AI-powered tool Copilot integrates with key Microsoft applications to assist users with a range of cognitive tasks, significantly increasing productivity and efficiency. Then it explains in detail the various forms of Copilot, such as Windows Copilot, Microsoft 365 Copilot, and GitHub Copilot.

This article provides an in-depth overview of Azure Storage, its features, benefits, and different types such as Table Storage, Blob Storage, Queue Storage, File Storage, and Disk Storage. It gives insights on how to create a storage account, use Azure Storage Explorer, and install Azure SDK for development environments. You will also get useful tips on managing data using Azure services.

Data can help your success in digital product management. This article highlights the significance of data-driven product management, providing a detailed roadmap for such an approach, from data collection to transforming insights into actionable strategies. You will learn the benefits of using data and analytics in decision-making, as well as its key components such as KPIs, data collection, data analysis, and product roadmap prioritization. It concludes with advice on how to mitigate risks in the product development phase, discussing techniques like A/B testing, feature toggles, and staged distribution.

The risk-based testing approach comes with advantages such as efficient resource allocation, improved test coverage, early defect detection, and business-oriented decision making, but also presents challenges like incomplete coverage and defect detection, subjectivity in risk assessment, limited scalability, and a reduced focus on non-functional testing. This article presents the risk-based testing concept, as well as subjects consider when choosing whether or not to employ it.

Manual testing provides flexibility, emulates user experience, and allows quick adaptation to changing conditions. However, it can be time-consuming and prone to human error. On the other hand, automated testing can efficiently handle repetitive tasks, smoke-level tests, and regression tests, while reducing human error, but it requires initial setup time, tool maintenance, and can be costly. This article discusses the strengths and weaknesses of both, since choosing the most effective method depends on the project requirements, available resources, and the scenarios that need to be tested, often suggesting a combined use of the two techniques.

Swift 5.5's concurrency framework has the potential to make your code organized and comprehensible, with benefits such as improved readability, clear control flow, in-scope error handling, and avoidance of callback. This article discusses the principles of structured concurrency while drawing parallels with structured programming and explains how these principles bring clarity and organization to asynchronous code.