• In terms of handling errors or exceptions when incorrect symbols are passed, there doesn’t seem to be any explicit handling of this in the PyContextHandler class itself. It would likely depend on the error handling mechanisms of the PyContextRetriever and SymbolSearch classes, which are directly handling the retrieval and processing of symbol data. If incorrect symbols are passed, these subsystems would need to raise appropriate errors.

• Regarding the format of the construct_symbol_context output, the documentation does not specify a particular format. However, it is likely that the output would be structured to be compatible with the rest of the system that deals with symbol context (for instance, whatever components are reliant on the context handler’s output).

• primary_active_components and tertiary_active_components are dictionaries that appear to hold different categories related to a symbol’s context. These may be populated based on the specifics of a codebase – possible components could include classes, variables, dependencies, and others. The specifics of how to populate these dictionaries could be project-dependent and is not clearly indicated in the provided documentation.

Without more specific information or a broader view of the project, it’s difficult to provide more concrete answers to these questions. It might be advisable to review the documentation or code of PyContextHandler, PyContextRetriever, SymbolSearch, and any other related classes for a more detailed understanding.