* first round of GameShark.cs cleanups, redundant code and stylecop cleanup
* simplify how gba readonly values are set
* a few more cleanups
* GameShark - use NESGameGenieDecoder for nes logic
* remove now unused NESGameGeneie tool
* Client.Common - move nes encode/decoder to a cheats folder
* GameShark - move genesis game genie coding logic to its own class
* remove NesGameGenieEncoder that i snow unused
* fix naming
* remove GenGameGenie in favor of using the unified Cheat Code decoder
* move Gameboy/GameGear decoding logic from GameShark to its own class, cleanup
* remove GBGameGenie, was only exposed via the toolbox, GameShark tool does all of this logic
* GameShark - move snes game genie decoding logic to its own class
* cleanup
* remove unused snes GameGenie tool
* move Gb GameShark decoding to its own class
* cleanup
* move Genesis action replay decoding logic to its own class
* cleanup
* cleanup
* cleanup
* cleanup
* move Sms ActionReplay decoding to its own class, cleanlup
* cleanup
* move snes action replay decoding to its own class
* cleanup with a helper method
* cleanup
* more cleanup
* cleanup
* cleanup
* cleanup
* cleanup
* cleanup
* move Psx GameShark decoding to its own class
* Move saturn gameshark parsing to its own class
* cleanup
* cleanup
* move N64 decoder logic to its own class
* remove GBA cheat code that hasn't been ready for 5 years, easier to try to implement this in the re-architected code, so delete for now at least
* start to detangle GBA gameshark mess
* Gameshark - remove most gba cheat code functionality for now, easier to rebuild it later
* Gameshark - cleanup
* cleanup
* cleanup
* cleanup
* redesign nes decoder to simpler design
* simplify more
* convert psx and saturn decoders and simplify
* convert more decoders
* convert more decoders
* convert more decoders
* convert more decoders
* convert gba decoder
* convert more decoders
* convert and simplify N64 decoder
* GameShark - simplify more
* make trace logging "core-pushes" model, to a sink installed by the frontend. This sink can go straight to the disk without wasting memory if that's what the Trace Logger tool has selected; or the Trace Logger will buffer it if it needs to. Formerly, we had a "core-pushes-to-buffer" and "client-pulls-once-per-frame" which necessarily caused huge buffers no matter what was going on.
Some improvement when you get Available types. Used to return a new
array each time you call the function. It has been transformed into an
IEnumrable and yield return.
DisplayType, PreviousType and Watchsize have been moved outside the
Watch Class
- IServiceProvider, BasicServiceProvider: Added compile-time unknown type versions of GetService and HasService.
- ToolManager: Added IsAvailable to test whether all dependencies for a tool are available.
adelikat