- Introduced `Ghidra Coverage Batch Director` and `Ghidra Coverage Mini` agents for improved parallel analysis and function coverage in `CRUSADER.EXE`.
- Updated `ghidra.instructions.md` to clarify documentation practices and legacy file handling.
- Added recent verified function coverage updates to `crusader_decompilation_notes.md` and `plan-mid.md` for better tracking of analysis progress.
- Included new binary files for enhanced data handling in the project.
- Added a "Reload Current Map" button to the left panel for refreshing the selected map after catalog edits.
- Updated catalog CSV handling to support non-authoritative `categorization` and `qualities` columns.
- Implemented automatic addition of newly observed shapes to the game catalog CSV during cache builds.
- Modified catalog entry handling to ensure proper boolean overrides for `roof` and `semitransparency`.
- Introduced `ensureShapeCatalogCoverage` function to maintain catalog integrity based on observed shapes.
- Enhanced the serialization of catalog entries to include new fields and proper formatting.
- Updated UI to reflect changes in reload state and button functionality.
- Updated index.html to enhance UI with new elements for hidden shapes and catalog CSVs.
- Changed download button to a button element for better accessibility.
- Modified server.js to improve API endpoints:
- Renamed overlays endpoint to scene for clarity.
- Updated tile rendering endpoints to use atlas instead of tile coordinates.
- Added new endpoint for downloading shape catalog CSV files.
- Removed unused options in build creation.
- Update tile rendering to support both PNG and WebP formats.
- Introduce a loading spinner and progress bar for build feedback.
- Remove the manual build button; builds now trigger automatically on map selection.
- Add a phase plan document outlining future improvements and goals.
- Implemented `formats.py` to define data structures and functions for handling map data, including reading and decoding shape and map items.
- Created `png.py` for generating PNG images from shape frames and pixel data.
- Developed `sorting.py` to manage the sorting and rendering order of map items based on their properties and spatial relationships.
- Introduced `render_all_maps.py` to facilitate the rendering of all maps for specified games, including command-line argument parsing and subprocess management for rendering tasks.
- Introduced new binary files for user data and database.
- Updated project state to include new paths for Spanish executable.
- Added detailed notes on Spanish cheat/debug differences in a new document.
- Revised mid-project plan to reflect findings from localized build comparison.
This commit introduces a comprehensive document outlining the various executable-patching attempts aimed at revealing the hidden retail usecode debugger within the CRUSADER.EXE file. The document serves multiple purposes, including preserving negative evidence, recording patch shapes and their rationales, and ensuring that runtime outcomes are linked to specific patch generations.
Key sections include:
- Ground rules for patching and validation processes.
- A table of stable facts regarding the debugger's structure and behavior.
- A detailed attempt log documenting each patch's shape, mechanical and runtime results, and verdicts.
- Root-cause findings from failed paths, providing insights into the challenges faced during the patching process.
- Current live candidates for further testing and exploration.
This documentation is intended to streamline future patching efforts and improve the understanding of the underlying mechanics of the debugger.
- Introduced README.md for the PyGhidra Crusader Toolkit, detailing setup and usage instructions.
- Added bootstrap_env.ps1 script to create and refresh the Python virtual environment with necessary packages.
- Implemented _tmp_patch_hidden_cheat_menu.py and _tmp_patch_hidden_cheat_menu_deferred.py scripts for patching specific memory addresses in Ghidra.
- Introduced a new command 'annotate-usecode' to import USECODE IR JSON annotation hints as Ghidra comments on compiled anchors.
- Added argument parsing for multiple IR JSON files, comment type selection, and a dry-run option.
- Implemented logic to read annotation records from the provided IR files and set comments on the corresponding addresses in Ghidra.
- Enhanced JSON schema to include response structure for the new command.
- Enhance `extract_eusecode_flx.py` to derive class event rows with additional metadata including derived body windows and repeated template statuses.
- Introduce `usecode_family_compare.py` for comparing event families, analyzing commonalities in event bodies, and generating reports on identical groups and differences.
- Implement new data structures for managing class event rows and family artifact specifications.
- Update output formats to include derived body information and repeated family regression checks.
- Ensure robust validation of repeated family expectations against actual extracted data.
- Introduced new file `vm_mask_ladder.tsv` containing detailed mappings for Crusader USECODE VM masks and their associated descriptors.
- Added comprehensive documentation in `scummvm-crusader-reference.md` outlining the structure, findings, and implications for reverse-engineering the Crusader engine within ScummVM.
- Created `usecode-roundtrip-ir.md` to document the plan for converting Crusader USECODE bytes into a human-readable format, detailing the container layout, event names, and intrinsic tables.
- Implemented a PowerShell script `temp_usecode_sample.ps1` for extracting and analyzing USECODE data from the Crusader FLX files, providing insights into class and event structures.
