More robust generic parsing

[ATrefzer]

More robust generic parsing

[RalfKoban]

@CodiumAI-Agent /review

[CodiumAI-Agent]

PR Reviewer Guide 🔍

⏱️ Estimated effort to review: 4 🔵🔵🔵🔵⚪

🧪 No relevant tests

🔒 No security concerns identified

⚡ Key issues to review Code Refactoring The method GetSymbolKey has been replaced with symbol.Key() across multiple files. Ensure that this new method correctly handles all the cases previously covered by GetSymbolKey, especially in complex scenarios involving generics and overloaded methods. Dependency Handling The refactoring from specific dependency methods to a more generic AddDependencyWithFallbackToContainingType method needs careful review to ensure that all specific cases previously handled are still correctly managed, particularly for edge cases in dependency resolution. Extension Method Implementation The implementation of BuildSymbolName and Key in SymbolExtensions.cs must be thoroughly tested to ensure they construct fully qualified names and unique keys accurately, especially for nested namespaces and generic types.

[RalfKoban]

@CodiumAI-Agent /improve

[CodiumAI-Agent]

PR Code Suggestions ✨

Category	Suggestion	Score
Best practice	Use await instead of .Result for asynchronous calls to prevent deadlocks Instead of using .Result which can lead to deadlocks, consider using await to asynchronously wait for the task to complete. This change enhances the responsiveness of the application by avoiding blocking calls. CodeParser/Parser/Parser.Phase2.cs [51] -var semanticModel = document?.GetSemanticModelAsync().Result; +var semanticModel = await document?.GetSemanticModelAsync(); Suggestion importance[1-10]: 9 Why: The suggestion improves the code by using await instead of .Result, which is a best practice for asynchronous programming to avoid deadlocks and improve application responsiveness.	9
Possible bug	Ensure the list is initialized in the dictionary before adding items to prevent runtime exceptions Replace the direct addition of globalStatementSyntax to _globalStatementsByAssembly with a method that checks if the key exists in the dictionary and initializes the list if it does not exist. This ensures that there will be no KeyNotFoundException at runtime. CodeParser/Parser/Parser.Phase1.cs [158] +if (!_globalStatementsByAssembly.ContainsKey(assemblySymbol)) +{ + _globalStatementsByAssembly[assemblySymbol] = new List<GlobalStatementSyntax>(); +} _globalStatementsByAssembly[assemblySymbol].Add(globalStatementSyntax); Suggestion importance[1-10]: 8 Why: This suggestion addresses a potential bug by ensuring that the dictionary is properly initialized before accessing it, preventing a KeyNotFoundException, which is crucial for robust code.	8
	Add a null check for the semantic model to prevent runtime errors Consider checking for null after retrieving the semantic model to ensure that the semanticModel is not null before using it. This will prevent potential runtime errors if the semantic model cannot be obtained. CodeParser/Parser/Parser.Phase1.cs [51-52] var semanticModel = document?.GetSemanticModelAsync().Result; +if (semanticModel == null) throw new InvalidOperationException("Failed to obtain semantic model."); if (semanticModel != null) Suggestion importance[1-10]: 7 Why: The suggestion correctly identifies a potential runtime error by adding a null check for the semantic model, which is a good practice to prevent exceptions if the semantic model cannot be obtained.	7
Enhancement	Simplify null handling for locations by using the null-coalescing assignment operator Refactor the method AddDependencyWithFallbackToContainingType to handle null locations more gracefully by initializing it as an empty list if null, which simplifies the method's usage and avoids potential null reference exceptions elsewhere in the code. CodeParser/Parser/Parser.Phase2.cs [543-545] -if (locations == null) -{ - locations = []; -} +locations ??= new List<SourceLocation>(); Suggestion importance[1-10]: 6 Why: The suggestion enhances code readability and maintainability by using the null-coalescing assignment operator, which is a more concise way to handle null values.	6