- Updated the TraceCommand class to enhance the labeling of hops in the trace output.
- Replaced direct hash retrieval with a conditional approach to determine the source label for each hop, improving clarity in the output format.
- Ensured consistent labeling for the first and last hops, enhancing the readability of the trace results.
- Updated the logic in `TraceCommand` to avoid capping the `path_nodes` after building the reciprocal path, ensuring that the return path is preserved.
- Improved clarity in the code by adding a comment to explain the rationale behind the change.
- Updated `config.ini.example` to include an `output_format` option for the trace command, allowing users to choose between inline and vertical formats for trace results.
- Enhanced the `TraceCommand` class to handle the new output format, implementing methods for both inline and vertical formatting of trace results.
- Improved documentation within the code to clarify the behavior of the new output format feature.
- Updated the trace command's description and help text to clarify the behavior of the `trace` and `tracer` commands regarding path handling.
- Modified the `_format_trace_result` method to include the sender's ID in the response for better context in trace results.
- Adjusted the logic in the `execute` method to ensure proper path handling for tracer commands and when no path is provided.
- Introduced `[Trace_Command]` section in `config.ini.example` to enable link diagnostics with customizable parameters such as maximum hops, trace mode, and retry settings.
- Updated `command-reference.md` to include usage instructions and examples for the new `trace` and `tracer` commands, detailing their functionality for manual and round-trip tracing.
- Enhanced `mesh_graph.py` to support 2-byte trace confirmation for improved path weighting.
- Modified `message_handler.py` to update the mesh graph based on trace data, ensuring accurate edge representation in the graph.
- Added translations for the new trace commands in `en.json` to support user interaction in multiple languages.
