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Sessions were introduced as a solution to maintain state during a user’s interaction with a website. Thanks to sessions, the system can “remember” who is logged in, what items they have added to their shopping cart, or which step they are on in a multi-step form.
A cookie is a small data file that the browser stores temporarily or permanently to facilitate efficient information exchange between the server and the client. It plays a crucial role in user identification, session management, storing personal preferences, and supporting access behavior analysis.
Software design serves as a critical bridge between conceptual thinking and real-world products – where technical reasoning meets creativity. A well-crafted design not only ensures stable software operation but also enables development teams to easily scale, maintain, and adapt the system to future changes.
The Software Development Life Cycle (SDLC) is not merely a theoretical model, but a foundation that enables development teams to build products in a systematic, controlled, and efficient manner. When applied correctly, SDLC helps minimize risks, improve software quality, and ensure transparency throughout the entire development process.
Open source is not only a technical tool but also a symbol of community spirit and continuous innovation. This article analyzes the development trends, opportunities, and challenges of open source in the future—from its role in artificial intelligence and security to its potential to reshape the way humans build technology.
KISS, DRY, and YAGNI are commonly referred to as “software design principles” or more specifically as “programming principles” (programming principles / coding principles).
Object-Oriented Programming (OOP) is a programming approach that has become familiar to many developers. However, OOP is not always as “glamorous” as it often appears in textbooks or lectures. In reality, when applied to real projects, OOP can be quite challenging and is not entirely straightforward. Nevertheless, understanding and correctly applying the basic concepts of…
Applying SOLID principles in programming makes the code easier to maintain, extend, and reduces errors. Not only does it ensure clarity, but SOLID also serves as the foundation for building clean code, supporting effective teamwork, and improving software quality.