CodeSign Secure Documentation
  • Overview
    • About CodeSign Secure
    • Getting Started
    • Documentation Guide
    • Portal Overview
    • Troubleshooting
      • FAQ
    • Glossary
  • Reference Guide
    • Header Bar
      • CodeSign Secure Documentation
      • Swagger API
      • Profile Section
    • Dashboard
      • Key Performance Indicators
      • Issued Certificates
      • Signatures Generated
      • HSM Health Check
    • Keys and Certificates
      • Key and Certificate Lifecycle
    • App Management
    • Signing Requests
      • Approval Workflows
    • Signing Tools
    • Reports
      • Signing Request Report
      • Audit Trail
      • Certificate Report
      • Client Report
    • Logs
    • System Setup
      • Identity Store
      • Backup
      • User
      • Roles and Permissions
      • Email
      • Signing Projects
      • SSL/TLS Management
      • Environment
      • Plugins
  • Setup & Architecture
    • Identity and Access Control
    • Architecture and Concepts
    • Installation
      • Windows
        • Installing the Server
        • Ports and Protocols
        • High Availability and Backup
        • Upgrades and Compatibility
    • Security
      • Security Hardening Checklist
      • Client Authentication
      • Designing Signing Policies
  • Release Notes
    • Releases for 2026
      • v3.2.1
    • Releases for 2025
      • v3.2.0
    • Releases for 2024
      • v3.1.0
  • API Reference
    • Getting Started
    • Authorizing Requests
    • Securing API Access
    • Request and Response Conventions
    • Endpoint Reference
      • Signing
      • Signing Requests
      • Certificates
      • Applications and Environments
      • User Management
      • Permissions
      • Email
      • System Setup
      • Reports
      • Dashboard
      • License
  • Integration Guides
    • Signing Capabilities
      • Supported Formats and Platforms
      • Timestamping
      • Windows Signing - SignTool
        • Signing
        • Macro Signing
      • Apple Signing
      • AppX & MSIX Signing
      • Visual Studio ClickOnce
      • Jar Signing
      • Sign HLK/HCK using CodeSign Secure
      • NuGet Signing
      • Mage Signing
      • Sign OVA/OVF using Encryption Consulting’s Utility Tool
      • Utility Tool for code signing
      • Container Signing
      • PKCS11 Wrapper
        • APK Signing
        • OpenSSL Signing
        • XML Signing
        • JSign Tool Signing
        • Jarsigner Signing
        • GPG2, Debian & RPM Signing
      • Reproducible Build
        • Automated Hash Validation
        • Reproducible Build Process Flow
        • Pipeline Script Components
        • Hash Validation
    • CI/CD Integration
      • GitHub Actions
      • Jenkins
      • GitLab
      • Azure DevOps
      • TeamCity
      • Bamboo
      • Securing CI/CD Credentials

Hash Validation

The CodeSignSecure server will receive the incoming hash. If the validation is successful, it will proceed with the code signing.

For hash validation, the incoming hash from the client is matched with the hash generated from the Jenkins pipeline. Automated validation depends on the key usage, i.e., Pre-sign or Post-sign.

  • If the hashes match, a success notification is sent to the email mentioned when creating the signing project on the CodeSign application. Now, the code is considered authentic and proceeds to the code signing stage.

    Signing Project Success Mail

  • If the hashes differ, a failure/error notification is sent to the user on the email.

    Signing Project Failure Mail

    Signing Project Failure Mail

    When the hashes match, CodeSign Secure signs the build with the key and certificate configured for the signing project. When they don’t match, the build isn’t signed and a failure email is sent.

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