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…unctions - Introduced new exceptions: SimulationError, FileLoadError, and PlecsConnectionError for better error handling. - Moved utility functions to a new module (utils.py) for better organization and testability. - Implemented a robust check for running simulations using XML-RPC and process monitoring. - Enhanced run_sim_single method to support timeouts and improved error handling. - Added integration tests for local XML-RPC server interactions and simulation execution. - Created unit tests for model variable validation and utility functions. - Documented shared utilities requirements for future development.
- Implement tests for PlecsApp including executable path detection, CPU usage retrieval, and process management. - Add tests for PlecsServer covering model variable loading, simulation execution, and error handling. - Introduce tests for GenericConverterPlecsMdl to validate model loading and properties. - Create tests for loading model variables from various formats (dict, YAML, MAT). - Enhance test coverage for simulation result processing and error scenarios. - Ensure robust handling of exceptions and edge cases in all tested components.
…CS integration - Implemented end-to-end workflow tests in `test_end_to_end_workflows.py` to validate the complete simulation process, including starting the PLECS application, loading models, running simulations, and verifying results. - Added parameter sweep and error handling tests to ensure robustness in various scenarios. - Created integration tests in `test_method_consolidation.py` to validate the new unified `load_model_vars` method, including support for different input formats and file types. - Introduced a validation script `validate_consolidation.py` to perform manual tests on method consolidation and model information retrieval. - Ensured consistent return formats across methods and added deprecation warnings for legacy methods.
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Pull Request Overview
This PR represents a massive development effort that consolidates PyPLECS method interfaces, implements missing functionality, and establishes a comprehensive testing infrastructure. The changes unify variable loading methods, add extensive error handling, implement previously stubbed methods, and create a robust validation framework.
Key changes include:
- Unified
load_model_vars()method supporting multiple input types (dict, .mat files, .yaml files) - Complete implementation of missing methods in
GenericConverterPlecsMdlclass - Comprehensive test suite covering unit, integration, and end-to-end workflows
- Shared utilities module for code reusability and testability
Reviewed Changes
Copilot reviewed 25 out of 26 changed files in this pull request and generated 5 comments.
Show a summary per file
| File | Description |
|---|---|
| validate_consolidation.py | Validation script testing method consolidation and new model info features |
| tests/unit/*.py | Comprehensive unit test suite covering utilities, server methods, and model functionality |
| tests/integration/*.py | Integration tests for workflows, method consolidation, and real PLECS interaction |
| tests/interactive/test_gui_automation.py | GUI automation tests for external application interaction |
| pyplecs/utils.py | New shared utilities module with dict conversion, RPC wrapper, and validation functions |
| pyplecs/pyplecs.py | Major refactor with unified methods, enhanced error handling, and complete implementations |
| pyplecs/exceptions.py | Custom exception hierarchy for better error management |
| docs/*.md | Comprehensive documentation covering requirements, specifications, and progress summaries |
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| # Implementation for parsing PLECS XML structure | ||
| pass |
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The method _parse_plecs_file_variables has no implementation beyond a comment and pass statement. This will cause issues when load_modelvars_struct_from_plecs calls it.
| # Implementation for parsing PLECS XML structure | |
| pass | |
| # Parse the PLECS XML structure to extract variables | |
| variables = {} | |
| try: | |
| tree = ET.parse(self._fullname) | |
| root = tree.getroot() | |
| # PLECS files typically store variables in a <Variables> or <Parameters> section | |
| # Try both common cases | |
| for section in ('Variables', 'Parameters'): | |
| for var_section in root.findall(f".//{section}"): | |
| for var in var_section.findall("Variable"): | |
| name = var.get("name") | |
| value = var.get("value") | |
| if name is not None and value is not None: | |
| # Try to convert value to int or float if possible | |
| try: | |
| if '.' in value: | |
| value_converted = float(value) | |
| else: | |
| value_converted = int(value) | |
| except Exception: | |
| value_converted = value | |
| variables[name] = value_converted | |
| except Exception as e: | |
| raise ModelParsingError(f"Error parsing PLECS file variables: {e}") | |
| return variables |
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