Regex objects aren't cheap, and the RegexCache has DefaultMaxCacheSize = 15.
We're checking 4,000 regexes for each unique string, so just keep the created regexes around instead of cycling new through the cache.
+4MB passive consumption, but each IsFiltered call no longer generates >4MB of discarded objects.
My unit tests run >25% faster now... nice?!
Add dragonite to the uncapturable list, removes catchrate comparison for dragonite since it's filtered out.
Skip some linq by doing the loop directly in the method. Replace local methods with captured variables with direct if-returns.
Looks like Mr. Rime case wasn't being handled, so I rewrote it. Better performance, less complexity. No need to double-reference the moves.
Cache a single Valid evolution result; every parse can reuse that object.
AltForm & Form & Forme => Form
GenNumber & Generation => Generation
Extract out SpeciesForm interface, and re-add IGeneration
For those using PKHeX as a dependency, this should be a pretty straightforward manual replacement... GenNumber and AltForm should be quick find-replace`s.
Introducing a new PKM format: SK2
Split ICaughtData2 off of PK2 so it can be shared with SK2 when type-checks occur
Add conversion for PK2<->SK2
Split the split-buffer handling for GBPKM to GBPKML (what a name), so that I can reuse shared accessor logic for SK2.
Move logic closer to where it is used rather than in larger static classes
EncounterStatic(7): move VC transfer template creation to class, simplify some sanity checks
EvoChain: g==2 case is never hit as the generation check at the top of the loop already skips
Get the variable rather than indexing into the array each time
Simplify some expressions in sav7 for readability
Make SAV_EventFlags use comboitem explicitly by type rather than an anonymous type with same member names
Thanks MrPerson0 on discord for notifying us of this mechanic. Stadium 2 can utilize Gen1 learnset data while keeping them in PK2 format, retaining the met data.
held item list now allocates less (concat arrays instead of ienumerables)
item list already prunes out of range items, so simplify data source fetch
simplify item list prune (return as list, so we can call RemoveAll instead of Where.ToList)
