Setting Up Git for Windows and Enterprise Development (g4e) – Installation, Configuration, and Toolchain

The "g4e" series (Git for Enterprise Developer) provides a comprehensive tutorial for Windows developers to install, configure, and use Git in both personal and enterprise environments.

Chapter Overview

Why use a version‑control system

Advantages of distributed Git

Git installation and setup

Initializing a repository

Creating branches and committing code

Exploring Git history

Pull‑request workflow

After a brief introduction, the guide recommends the following software for the Windows environment:

Windows 10

Git for Windows (v2.15+)

Visual Studio 2017 Community

Visual Studio Code

Cmder (enhanced command line)

Visual Studio Team Services or Team Foundation Server 2018+

Git for Windows Installation

The installer includes several options that should be adjusted for a smoother experience, such as enabling TrueType fonts, checking for updates, using the native Windows Secure Channel library, and keeping the default CRLF↔LF conversion.

Reference: https://www.tuicool.com/articles/IJjQVb

Basic Git Configuration

Set your identity so commits can be recorded:

git config user.name "Your Name"
git config user.email "[email protected]"

If you work with an on‑premise TFS server, also configure the credential manager:

git config --global credential.helper manager
git config --global credential.modalprompt true
git config --global credential.
.authority Basic

These settings ensure that your name, email, and authentication details are consistent with the corporate AD domain.

Common Windows Git Tools

TortoiseGit – a Windows Explorer integration that provides a graphical interface for most Git commands, ideal for users who prefer not to use the command line.

Visual Studio – built‑in Git support with deep integration for VSTS/TFS, powerful diff and merge tools, and support for .NET Core, Linux C++, and other platforms.

Visual Studio Code – a lightweight editor with extensions for Git blame, history, diff, and other workflow enhancements.

Download links:

TortoiseGit: https://tortoisegit.org/download/

Visual Studio Community: https://www.visualstudio.com/zh-hans/

VS Code: https://code.visualstudio.com/

Enterprise‑grade Git Server (VSTS/TFS)

For large teams, VSTS (Azure DevOps) offers free private Git repositories for up to five users, unlimited projects, and seamless integration with the tools above. Registration steps include creating a free trial, signing in with a Microsoft account, and selecting the East Asia (Hong Kong) region for better latency in China.

After registration, you can generate a sample project (e.g., PartsUnlimited) and start using the integrated work items, boards, builds, and pipelines.

Alternative Command Line – Cmder

Cmder provides a powerful, portable console for Windows, supporting clipboard shortcuts, mouse selection, mixed Windows/Linux paths, multiple tabs, Git branch display, and common Linux utilities (cp, mv, cat, rm, ssh, nano, etc.). Download from http://cmder.net/ .

Conclusion

With Git installed, configured, and integrated into your preferred IDEs and tools, you are ready to start using Git for development. The next chapter will cover practical Git workflows.