C# vs Python: A Look at Performance, Syntax, and Key Differences
Choosing between C# and Python is crucial for project success. Both are powerful, versatile, cross-platform languages backed by large communities, yet they have distinct philosophies and excel in different areas. Understanding their core differences in syntax, performance, ecosystems, and developer experience is key to making the right technical choice.
Beyond .NET: Finding LINQ Equivalents in Python, Java, and C++
Microsoft .NET developers heavily rely on Language Integrated Query (LINQ) for its powerful, native-syntax querying of collections, databases, and XML. LINQ transforms data manipulation into concise, declarative statements. But how can similar expressive data querying be achieved outside .NET, in languages like Python, Java, or C++? This article explores robust equivalents and alternatives.
Porting C# Code to C++: The SmartPtr Implementation
When porting complex C# codebases to C++, one of the most challenging aspects is replicating .NET's memory management semantics. This article reveals how we solved this problem through an innovative SmartPtr implementation - a hybrid pointer that dynamically switches between weak and strong reference modes at runtime.
Golang vs Python: Which Language Should You Choose?
The choice between Go and Python isn't about which language is "better"—it's about which one fits your specific needs. Both are powerful, widely used, and capable of building complex systems, but they take fundamentally different approaches to programming.
Python is a versatile and widely-used programming language, known for its clear syntax and readability. This makes it an ideal choice for beginners because it's used in everything from web development to data science, opening up many career paths. This article will guide you through fundamental Python concepts with simple, easy-to-understand code examples.
Rust vs C++: Performance, Safety, and Use Cases Compared
Choosing a programming language is a crucial decision in software development. Rust and C++ are two powerful languages often compared, especially when performance and low-level control are needed. While both offer these capabilities, they differ significantly in memory safety, concurrency, and overall programming experience. This article provides an in-depth comparison of Rust and C++, examining their features, advantages, disadvantages, and ideal use cases to help developers choose wisely.
Migrating from C# to Java involves more than just translating syntax—it requires adapting libraries, frameworks, and language-specific paradigms. Tangible Software Solutions’ C# to Java converter aims to streamline this process by automating much of the conversion work. But how effective is it in real-world scenarios? In this article, we’ll evaluate the tool’s capabilities, discuss its strengths and limitations, and compare it to alternative solutions. We’ll also provide code samples to illustrate its performance.
When developing a code translator from C# to Java, there are no issues with deleting unused objects: Java provides a garbage collection mechanism that is sufficiently similar to the one in C#, and the translated code using classes simply compiles and works. C++ is a different story. Clearly, mapping references to raw pointers will not yield the desired results, as such translated code will not delete anything. Meanwhile, C# developers, accustomed to working in a GC environment, will continue writing code that creates many temporary objects.
Our framework, CodePorting.Translator Cs2Cpp, enables the release of libraries developed for the .NET platform in C++. In this article, we will discuss how we managed to reconcile the memory models of these two languages and ensure the correct operation of the translated code in an unmanaged environment.
Top 5 .NET Projects Wrapped for Python Using Cs2Python
CodePorting.Wrapper Cs2Python is a tool that enables wrapping ready-made .NET projects written in C# into modules compatible with Python. This simplifies the use of existing .NET projects in Python without the need to rewrite them from scratch or translate their source code. Using this tool saves developers time and effort, ensuring high performance of the product in Python. In this article, we will look at the five most popular .NET projects wrapped for use in Python using the CodePorting.Wrapper Cs2Python tool.
