IBM Z® Open Editor
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Docs
News and Blogs
IBM Downloads
VS Code Marketplace
GitHub
  • Overview

    • Introduction
    • Updates and user feedback
  • Getting Started

    • Getting started with IBM Z Open Editor
    • Setting up integrations to interact with z/OS
    • Getting started with Zowe 3.0
  • Configuration

    • Setting preferences
    • Configuring your applications with ZAPP files
    • Setting property groups
    • Setting compiler options
    • Setting file associations
    • Setting language-specific tab stops and rulers
    • Enabling and disabling problems in IBM Z Open Editor
    • Enabling and disabling unreachable COBOL code warnings
    • Customizing the Outline view
    • Setting language-specific maximum line length
    • EBCDIC code pages and mappings files
    • Experimental: Formatting COBOL source code
  • Tutorials

    • Tutorial overview
    • Exploring the user interface
    • Exploring the sample files
    • COBOL editing tutorial
    • COBOL, PL/I Preprocessor tutorial
    • HLASM editing tutorial
    • REXX editing tutorial
    • Managing z/OS resources with IBM RSE API Plug-in for Zowe CLI tutorial
    • Submitting JCL to compile, link, and run jobs tutorial
  • Editing program files

    • Language References
    • Making COBOL and PL/I code changes
    • Making High Level Assembler code changes
    • Making REXX code changes
    • Making JCL code changes
    • Using and managing code snippets
    • Using the integrated Git
    • Searching for COBOL, PL/I, HLASM, and REXX components
  • Interacting with z/OS using Zowe

    • Interacting with z/OS
    • Creating a configuration profile in Zowe Explorer v3.0.0
    • Migrating your old Zowe yaml profiles for Zowe v3.0
    • Supported methods of authentication for z/OS using Zowe
    • Sharing team configuration files
    • Connecting to z/OS with Zowe Explorer walk through
    • Using the Zowe Explorer views
    • Using Zowe profiles in Z Open Editor
    • Connecting to z/OS using Zowe CLI walk through
    • Using command line to interact with z/OS
    • Interact with RSE Common Properties
  • Advanced Capabilities

    • Overview
    • Activating advanced capabilities
    • Launching a 3270 emulator from Zowe Explorer
    • z/OS Resources Table
    • Data Elements View
    • Program Control Flow Browser
    • Data Flow Browser
    • Preprocessor support
    • Custom Macros for HLASM
    • Language Detection
    • Linting with IBM ZCodeScan
    • User build with IBM Dependency Based Build (DBB)
    • Agent Mode
    • Line Hex Editor
  • Cloud-based Editing

    • Overview to using Cloud and Browser-based platforms
    • Try Z Open Editor in the Red Hat Developer Sandbox
    • Configuring Red Hat OpenShift Dev Spaces
    • Managing Developer Workspaces
    • Managing secrets
    • Create and use custom images
    • Migrating from IBM Wazi for Dev Spaces
    • Using Z Open Editor on GitHub Codespaces
    • Using Z® Open Editor with Dev Containers
  • Troubleshooting

    • Known issues and limitations
    • Troubleshooting using log files
    • Troubleshooting for User Build
    • Uninstalling CLI plugins and VS Code extensions
  • Reference

    • IBM RSE API Plug-in for Zowe CLI commands
    • IBM RSE API Plug-in for Zowe CLI as nodejs SDK package
    • IBM RSE API Plug-in for Zowe CLI as nodejs SDK reference
    • Example Zowe configuation setups
    • IBM Z Open Editor MCP Tools
    • Accessibility and Keyboard Shortcuts
    • settings.json properties
    • Message ID Reference
    • Other Visual Studio Code extensions
  • Legal information

    • Notices
    • Trademarks
    • Privacy policy considerations

Using the integrated Git

Prerequisites

To use the features that involve Git, you must install Git and have it available in your system path so that VS Code can display it. On Macs, Git comes out of the box. On Linux, you can install Git with your distribution's package manager. On Windows, you can get Git from https://git-scm.com.

Creating Git branches

To manage your codes for parallel development, you can create a new branch using the integrated Git. To create a new Git branch:

  1. Select the branch icon at the lower left of the browser page in the colored status bar. A drop-down box at the top of the browser page appears with various options.
  2. Select the branch icon at the bottom again and then Create new branch....
  3. Enter the name of the new branch.

Committing changes into Git branches

After making code changes and refinements, you can commit changed files to the Git repository.

To commit changed files:

  1. Open the Git view by clicking View > Git, or pressing Ctrl+Shift+G (Windows and Mac), which lists all the files that you added or modified.

  2. To review changes to a changed file that is marked by the M, double-click the file to open a diff editor view.

  3. Take one of the following actions:

    • Open the file.
    • Discard changes.
    • Add your file for the next commit that is called Staging by clicking the + icon to stage it.
  4. Provide a short description in the Commit message text box at the top, such as Implemented Update Report.

  5. Make sure that the branch you want to commit to is selected at the bottom of the browser page.

  6. Click Commit on the top of the Git view. The list of files is empty now as all changes were committed to the branch.

You can review these changes in the Git History viewer after completing the commit.

For more information about using Git, see VS Code documentation.

Last Updated: 4/29/22, 11:56 AM
Contributors: Lauren Li, Peter Haumer, Min Huang, Shi Kun Li, phaumer
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Using and managing code snippets
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Searching for COBOL, PL/I, HLASM, and REXX components