Custom Code Snippet Manager For VSCode

-

 

Custom Code Snippet Manager Extension For VSCode

📝 Description

🔥 Supercharge your coding efficiency in VS Code!

Code Snippet Manager is a lightweight, intuitive Visual Studio Code extension that helps you save, manage, and reuse code snippets on the fly — without digging into configuration files or cluttering your workspace.

🚀 Whether you're a backend developer, frontend wizard, or full-stack engineer — this tool saves time and keeps your favorite snippets just a click away.

✨ Features:

  • 💾 One-click snippet saving from selected text

  • 🔍 QuickPick-based snippet list

  • 📦 Persistent storage (coming soon)

  • ⚡ Fast, no setup required

  • 🧠 Works with any language in VS Code

💡 How It Works

  1. Select code in the editor

  2. Confirm save via prompt

  3. Name your snippet

  4. List and reuse it anytime via SnippetManager: List Snippets command

📥 Installation Instructions

  1. Download the .vsix file

  2. Open VS Code → Extensions → ... → Install from VSIX

  3. Use Cmd/Ctrl + Shift + P and search SnippetManager: List Snippets to get started


Kindly do checkout  : Code Snippet Manager

Comments

Post a Comment

Popular posts from this blog

Graph Visualization using MSAGL with Examples

-
Image
 Graph visualization is a great way to get a better understanding of complex relationships and structures in data. Whether you work as a software developer, a data scientist, or just want to explore networks, seeing graphs at runtime can be really helpful. In this blog, we'll look at how to make graphs at runtime with MSAGL. We'll cover the basics of creating, customizing, and visualizing graphs with MSAGL, as well as practical examples of how it can be used to create a social network and workflow. What is MSAGL? MSAGL, developed by Microsoft Research, is an open-source library designed for graph and diagram visualization. It offers a wide range of features and layout algorithms to create clear and aesthetically pleasing representations of complex graph structures. Installing MSAGL: To begin, you'll need to install the MSAGL library. You can download the latest version from the official MSAGL GitHub repository or conveniently install it using the NuGet package manager in Vi...
Read more

Step By Step Guide to Detect Heap Corruption in Windows Easily

-
Image
Introduction Heap memory corruption is a critical issue that can lead to application crashes, data loss, and even security vulnerabilities. Detecting and addressing heap memory corruption early is crucial for maintaining the stability and security of Windows applications. In this blog post, we will explore how to detect heap memory corruption using two powerful tools: DebugDiag and AppVerifier. Must Read : synchronization in C++20 . Understanding Heap Memory Corruption Heap memory is a dynamically allocated memory space used by applications to store data at runtime. Heap memory corruption occurs when an application writes data beyond the allocated memory boundaries , leading to memory leaks, crashes, and unpredictable behavior. Detecting such corruption manually can be time-consuming and complex, making automated tools invaluable for identifying and diagnosing these issues. What is PageHeap? PageHeap specifically focuses on detecting heap-related problems, like heap overflows, heap und...
Read more

Unveiling Function Hiding in C++: Why Polymorphism Isn’t Parameter-Dependent?

-
Image
Function Hiding in C++: Understanding the Hidden Layers When working with C++, you’ve likely encountered situations where functions behave unexpectedly due to name collisions, inheritance, or ambiguous scope resolution. This phenomenon, function hiding , is a common challenge for developers. In this post, we’ll break down the mechanics of function hiding, explore its implications in object-oriented programming, and clarify why C++ does not support polymorphism for functions that differ only by their parameters . Let’s dive into function hiding and uncover the key aspects you need to know. What is Function Hiding in C++? Function hiding occurs when a derived class defines a member function with the same name as a function in its base class. In this case, the function in the derived class hides the function in the base class, regardless of their parameter lists or signatures. This behavior can confuse developers who expect polymorphism to handle calls to functions with the sam...
Read more