Software System Modeling Task
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A Software System Modeling Task is a system modeling task to create a software system model.
- Context:
- Task Input: software requirements, software components
- Task Output: software models, model documentation
- Task Performance Measure: model accuracy, model completeness, model consistency
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- It can (typically) represent Software Architecture through component diagrams and architecture views.
- It can (typically) capture Software Behavior through behavioral models and sequence diagrams.
- It can (typically) define Software Interface via interface models and api specifications.
- It can (typically) document Software Process using activity diagrams and flow models.
- ...
- It can (often) validate Software Constraints through validation models and design rules.
- It can (often) analyze Software Performance using performance models and benchmarks.
- It can (often) evaluate Software Integration via integration models and dependency graphs.
- It can (often) verify Software Security through security models and threat models.
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- It can range from being a Frontend Software Modeling Task to being a Backend Software Modeling Task, depending on its system layer.
- It can range from being a Monolithic Software Modeling Task to being a Distributed Software Modeling Task, depending on its architecture style.
- It can range from being a Simple Software Modeling Task to being a Complex Software Modeling Task, depending on its system scope.
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- Examples:
- Application Software Modeling Tasks, such as:
- System Software Modeling Tasks, such as:
- Enterprise Software Modeling Tasks, such as:
- Real-Time Software Modeling Tasks, such as:
- ...
- Counter-Examples:
- Hardware Modeling Tasks, which focus on physical components rather than software components.
- Data Modeling Tasks, which emphasize data structures rather than software behaviors.
- Network Modeling Tasks, which model network topology rather than software architecture.
- See: Software Architecture Design, System Analysis Task, Software Development Process, Model Driven Development.