Software Design Principle

A Software Design Principle is a design principle that guides Software Design Principle Decisions in software design principle system development to achieve software design principle quality attributes.

• AKA: Design Principle, Software Engineering Principle, Programming Principle, Software Development Principle.
• Context:
  • It can typically guide Software Design Principle Architecture Choices through software design principle best practices.
  • It can typically improve Software Design Principle Code Quality via software design principle systematic application.
  • It can typically reduce Software Design Principle Technical Debt through software design principle consistent adherence.
  • It can typically facilitate Software Design Principle Team Communication using software design principle shared vocabulary.
  • It can typically enable Software Design Principle Design Reviews through software design principle evaluation criteria.
  • It can typically influence Software Design Principle Development Practices across software design principle project lifecycles.
  • It can typically shape Software Design Principle System Structures via software design principle architectural constraints.
  • ...
  • It can often prevent Software Design Principle Common Mistakes in software design principle implementation.
  • It can often support Software Design Principle Refactoring Decisions for software design principle code improvement.
  • It can often promote Software Design Principle Maintainable Systems through software design principle structural guidelines.
  • It can often enhance Software Design Principle Developer Productivity via software design principle clear direction.
  • It can often enable Software Design Principle Quality Assessments using software design principle measurable criteria.
  • It can often facilitate Software Design Principle Pattern Selection through software design principle decision frameworks.
  • ...
  • It can range from being a High-Level Software Design Principle to being a Low-Level Software Design Principle, depending on its software design principle abstraction level.
  • It can range from being a Universal Software Design Principle to being a Domain-Specific Software Design Principle, depending on its software design principle applicability scope.
  • It can range from being a Prescriptive Software Design Principle to being a Descriptive Software Design Principle, depending on its software design principle guidance style.
  • It can range from being a Structural Software Design Principle to being a Behavioral Software Design Principle, depending on its software design principle focus area.
  • ...
  • It can influence Software Architecture Patterns through software design principle architectural constraints.
  • It can shape Software Design Patterns via software design principle implementation guidelines.
  • It can inform Software Development Methodologys through software design principle process integration.
  • It can guide Software Quality Attributes via software design principle quality focus.
  • It can support Software Best Practices through software design principle proven approaches.
  • ...
• Examples:
  • Software Design Principle Object-Oriented Principles, such as:
    • Software SOLID Principles, such as:
      • Software Single Responsibility Principle limiting software design principle class responsibilitys.
      • Software Open-Closed Principle managing software design principle extension mechanisms.
      • Software Liskov Substitution Principle ensuring software design principle behavioral compatibility.
      • Software Interface Segregation Principle preventing software design principle interface bloat.
      • Software Dependency Inversion Principle controlling software design principle dependency directions.
    • Software GRASP Principles (General Responsibility Assignment Software Patterns) guiding software design principle responsibility assignments.
    • Software Law of Demeter minimizing software design principle object coupling.
  • Software Design Principle Service-Oriented Principles, such as:
    • Service Autonomy Principle ensuring software design principle service independence.
    • Service Reusability Principle promoting software design principle service utility.
    • Service Statelessness Principle managing software design principle state handling.
    • Standardized Service Contract defining software design principle service interfaces.
    • Service Granularity Principle determining software design principle service scope.
  • Software Design Principle Simplicity Principles, such as:
    • Software DRY Principle (Don't Repeat Yourself) eliminating software design principle code duplication.
    • Software KISS Principle (Keep It Simple, Stupid) promoting software design principle simplicity.
    • Software YAGNI Principle (You Aren't Gonna Need It) avoiding software design principle premature generalization.
    • Software Principle of Least Astonishment ensuring software design principle intuitive behavior.
  • Software Design Principle Modularity Principles, such as:
    • Software Separation of Concerns Principle organizing software design principle distinct responsibilitys.
    • Software High Cohesion Principle grouping software design principle related functionality.
    • Software Low Coupling Principle minimizing software design principle module dependencys.
    • Software Information Hiding Principle encapsulating software design principle implementation details.
  • Software Design Principle Control Flow Principles, such as:
    • Software Inversion of Control reversing software design principle traditional flow.
    • Software Hollywood Principle ("Don't call us, we'll call you") implementing software design principle framework control.
    • Software Command Query Separation Principle distinguishing software design principle state changes from software design principle data querys.
  • ...
• Counter-Examples:
  • Software Implementation Technique, which provides software implementation technique specific methods rather than software design principle general guidance.
  • Software Coding Standard, which enforces software coding standard syntax rules rather than software design principle design philosophy.
  • Software Development Tool, which offers software development tool technical capabilitys rather than software design principle conceptual guidelines.
  • Software Bug Pattern, which identifies software bug pattern common errors rather than software design principle positive guidance.
• See: Service Orientation, Software SOLID Principles, Software Development Paradigm, Software Architecture Pattern, Software Design Pattern, Software Quality Attribute, Software Best Practice, Clean Software Architecture, Layer-Based Software Architecture Model.

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