How to use Options in RUST
Unlike in other languages where there is a null or None type to represent no data. In Rust we can use Option enum when there
Unlike in other languages where there is a null or None type to represent no data. In Rust we can use Option enum when there
Enum is a symbolic name for a set of values. Enums are treated as data types, and you can use them to create sets of
Table of Contents Structs Structs in Rust are similar to structs in other programming languages. They allow you to create custom data types by grouping
Master Type Conversion in Rust – explicit with ‘as’ and ‘try_into()’, implicit via compiler. Explore small integer promotions, handle Result Types, and navigate key considerations
In Go, variables act as containers to store data, and they can be declared in two main ways. The traditional method uses the var keyword, specifying both the variable name and its type. Alternatively, the shorthand notation := allows for quick declaration and initialization, with Go inferring the type from the assigned value. The var keyword is versatile and often used at the package level, while the short declaration is mostly used within functions for concise coding. Both methods are useful depending on the context of the code.
In this blog, we dive into the core data types in Go, covering everything from integers, floats, and booleans to more advanced composite types like slices and maps. You’ll also learn how to perform type conversions—turning integers into floats and strings into numbers, all while avoiding common pitfalls like precision loss and overflow. With fun examples and practical tips, you’ll get hands-on experience with Go’s strict but helpful type system, ensuring your code runs smoothly and efficiently.
Learn how to install Golang system-wide on your Linux machine by following this step-by-step guide. From downloading the latest Go release to configuring your system’s environment variables in the /etc/profile file, this tutorial ensures that Go is accessible from any terminal location. Perfect for setting up a consistent Go development environment for all users on your system.
RAG pipelines are a revolutionary NLP technique that combines the power of Large Language Models (LLMs) with external knowledge sources. This allows LLMs to access and utilize real-world information, leading to more accurate, factual, and contextually aware responses in tasks like text generation, translation, and question answering.
This blog series will delve deeper into RAG pipelines, exploring their functionalities, benefits, and practical implementation using LangChain. Stay tuned for future articles that will guide you in building and utilizing RAG pipelines for your own NLP projects!