Software Engineering-Domain Automated Software-based System

A Software Engineering-Domain Automated Software-based System is a software-engineering-domain software system that is an automated domain-specific software system for performing automated software-engineering tasks.

• AKA: Automated Software Engineering System, Software Engineering Automation.
• Context:
  • System Input: Software Engineering Knowledge, Development Rules, Engineering Process Specifications
    • Optional Input: Engineering Constraints, Development Parameters
  • System Output: Automated Development Results, Engineering Reports
  • System Performance Measure: Development Accuracy, Engineering Efficiency
  • ...
  • It can (typically) execute Development Processes through automated engineering workflows.
  • It can (typically) maintain Software State through automated development monitoring.
  • It can (typically) enforce Engineering Rules through automated development controls.
  • It can (typically) handle Development Errors through automated engineering recovery.
  • It can (typically) generate Engineering Reports through automated development analysis.
  • ...
  • It can (often) integrate Development Tools through automated engineering interfaces.
  • It can (often) adjust Engineering Parameters through automated development optimization.
  • It can (often) detect Development Anomalys through automated engineering detection.
  • It can (often) perform Code Validation through automated development checking.
  • ...
  • It can range from being a Basic Software Engineering-Domain Automated System to being an Advanced Software Engineering-Domain Automated System, depending on its engineering automation level.
  • It can range from being a Single-Language Automated System to being a Multi-Language Automated System, depending on its language scope.
  • It can range from being a Rule-Based Engineering System to being an AI-Based Engineering System, depending on its development intelligence level.
  • It can range from being a Standalone Development System to being an Integrated Engineering System, depending on its engineering integration level.
  • It can range from being a Semi-Automated Development System to being a Fully-Automated Development System, depending on its engineering automation degree.
  • ...
• Examples:
  • Software Engineering-Domain Automated Code Systems (software development automation systems) for automated coding tasks, such as:
    • Semi-Automated Code Generation Systems for semi-automated generation tasks.
    • Fully-Automated Code Generation Systems for fully-automated generation tasks.
  • Software Engineering-Domain Automated Testing Systems (software testing automation systems) for automated testing tasks, such as:
    • Semi-Automated Test Creation Systems for semi-automated test tasks.
    • Fully-Automated Test Creation Systems for fully-automated test tasks.
  • Software Engineering-Domain Automated Review Systems (code review automation systems) for automated review tasks, such as:
    • Semi-Automated Code Review Systems for semi-automated review tasks.
    • Fully-Automated Code Review Systems for fully-automated review tasks.
  • Software Engineering-Domain Automated Deployment Systems (deployment automation systems) for automated deployment tasks, such as:
    • Semi-Automated Deployment Systems for semi-automated deployment tasks.
    • Fully-Automated Deployment Systems for fully-automated deployment tasks.
  • Software Engineering-Domain Automated Quality Systems (quality automation systems) for automated quality tasks, such as:
    • Semi-Automated Quality Analysis Systems for semi-automated analysis tasks.
    • Fully-Automated Quality Analysis Systems for fully-automated analysis tasks.
  • ...
• Counter-Examples:
  • Manual Software Engineering System, which requires human engineering operation.
  • General-Purpose Development System, which lacks engineering automation.
  • Development Tool, which provides only basic development functionality.
  • Engineering Framework, which requires system implementation.
  • Financial-Domain Automated Software-based Systems (financial software-based systems) for automated financial tasks.
  • Legal-Domain Automated Software-based Systems (legal software-based systems) for automated legal tasks.
  • Educational-Domain Automated Software-based Systems (educational software-based systems) for automated educational tasks.
  • Healthcare-Domain Automated Software-based Systems (healthcare software-based systems) for automated healthcare tasks.
• See: Software Engineering System, Development Automation, Engineering Process, Development Architecture, Engineering Intelligence.

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