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using System ;
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using System.Collections.Generic ;
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using System.Linq ;
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using static PKHeX . Core . LegalityCheckStrings ;
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using static PKHeX . Core . CheckIdentifier ;
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namespace PKHeX.Core
{
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/// <summary>
/// Verifies miscellaneous data including <see cref="PKM.FatefulEncounter"/> and minor values.
/// </summary>
public sealed class MiscVerifier : Verifier
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{
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protected override CheckIdentifier Identifier = > Misc ;
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public override void Verify ( LegalityAnalysis data )
{
var pkm = data . pkm ;
if ( pkm . IsEgg )
{
VerifyMiscEggCommon ( data ) ;
if ( pkm is IContestStats s & & s . HasContestStats ( ) )
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data . AddLine ( GetInvalid ( LEggContest , Egg ) ) ;
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switch ( pkm )
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{
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case PK5 pk5 when pk5 . PokeStarFame ! = 0 & & pk5 . IsEgg :
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data . AddLine ( GetInvalid ( LEggShinyPokeStar , Egg ) ) ;
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break ;
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case PK4 pk4 when pk4 . ShinyLeaf ! = 0 :
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data . AddLine ( GetInvalid ( LEggShinyLeaf , Egg ) ) ;
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break ;
case PK4 pk4 when pk4 . PokéathlonStat ! = 0 :
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data . AddLine ( GetInvalid ( LEggPokeathlon , Egg ) ) ;
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break ;
case PK3 _ when pkm . Language ! = 1 : // All Eggs are Japanese and flagged specially for localized string
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data . AddLine ( GetInvalid ( string . Format ( LOTLanguage , LanguageID . Japanese , ( LanguageID ) pkm . Language ) , Egg ) ) ;
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break ;
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}
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if ( pkm is IHomeTrack home & & home . Tracker ! = 0 )
data . AddLine ( GetInvalid ( LTransferTrackerShouldBeZero ) ) ;
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}
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else
{
VerifyMiscMovePP ( data ) ;
}
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switch ( pkm )
{
case PK7 pk7 when pk7 . ResortEventStatus > = 20 :
data . AddLine ( GetInvalid ( LTransferBad ) ) ;
break ;
case PB7 pb7 :
VerifyBelugaStats ( data , pb7 ) ;
break ;
case PK8 pk8 :
VerifySWSHStats ( data , pk8 ) ;
break ;
}
if ( pkm . Format > = 6 )
VerifyFullness ( data , pkm ) ;
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VerifyMiscFatefulEncounter ( data ) ;
}
public void VerifyMiscG1 ( LegalityAnalysis data )
{
var pkm = data . pkm ;
if ( pkm . IsEgg )
VerifyMiscEggCommon ( data ) ;
if ( ! ( pkm is PK1 pk1 ) )
return ;
VerifyMiscG1Types ( data , pk1 ) ;
VerifyMiscG1CatchRate ( data , pk1 ) ;
}
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private void VerifyMiscG1Types ( LegalityAnalysis data , PK1 pk1 )
{
var Type_A = pk1 . Type_A ;
var Type_B = pk1 . Type_B ;
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var species = pk1 . Species ;
if ( species = = ( int ) Species . Porygon )
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{
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// Can have any type combination of any species by using Conversion.
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if ( ! GBRestrictions . TypeIDExists ( Type_A ) )
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{
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data . AddLine ( GetInvalid ( LG1TypePorygonFail1 ) ) ;
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}
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if ( ! GBRestrictions . TypeIDExists ( Type_B ) )
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{
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data . AddLine ( GetInvalid ( LG1TypePorygonFail2 ) ) ;
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}
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else // Both types exist, ensure a Gen1 species has this combination
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{
var TypesAB_Match = PersonalTable . RB . IsValidTypeCombination ( Type_A , Type_B ) ;
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var result = TypesAB_Match ? GetValid ( LG1TypeMatchPorygon ) : GetInvalid ( LG1TypePorygonFail ) ;
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data . AddLine ( result ) ;
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}
}
else // Types must match species types
{
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var pi = PersonalTable . RB [ species ] ;
var Type_A_Match = Type_A = = pi . Type1 ;
var Type_B_Match = Type_B = = pi . Type2 ;
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var first = Type_A_Match ? GetValid ( LG1TypeMatch1 ) : GetInvalid ( LG1Type1Fail ) ;
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var second = Type_B_Match | | ( ParseSettings . AllowGBCartEra & & ( ( species = = ( int ) Species . Magnemite | | species = = ( int ) Species . Magneton ) & & Type_B = = 9 ) ) // Steel Magnemite via Stadium2
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? GetValid ( LG1TypeMatch2 ) : GetInvalid ( LG1Type2Fail ) ;
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data . AddLine ( first ) ;
data . AddLine ( second ) ;
}
}
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private void VerifyMiscG1CatchRate ( LegalityAnalysis data , PK1 pk1 )
{
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var e = data . EncounterMatch ;
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var catch_rate = pk1 . Catch_Rate ;
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var result = pk1 . TradebackStatus = = TradebackType . Gen1_NotTradeback
? GetWasNotTradeback ( )
: GetWasTradeback ( ) ;
data . AddLine ( result ) ;
CheckResult GetWasTradeback ( )
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{
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if ( catch_rate = = 0 | | Legal . HeldItems_GSC . Contains ( ( ushort ) catch_rate ) )
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return GetValid ( LG1CatchRateMatchTradeback ) ;
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if ( pk1 . TradebackStatus = = TradebackType . WasTradeback )
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return GetInvalid ( LG1CatchRateItem ) ;
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return GetWasNotTradeback ( ) ;
}
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CheckResult GetWasNotTradeback ( )
{
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if ( ( e is EncounterStatic1 s & & s . Version = = GameVersion . Stadium ) | | e is EncounterTrade1 )
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return GetValid ( LG1CatchRateMatchPrevious ) ; // Encounters detected by the catch rate, cant be invalid if match this encounters
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int species = pk1 . Species ;
if ( ( species = = ( int ) Species . Dragonite & & catch_rate = = 9 ) | | ( GBRestrictions . Species_NotAvailable_CatchRate . Contains ( species ) & & catch_rate = = PersonalTable . RB [ species ] . CatchRate ) )
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return GetInvalid ( LG1CatchRateEvo ) ;
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if ( ! data . Info . EvoChainsAllGens [ 1 ] . Any ( c = > RateMatchesEncounter ( c . Species ) ) )
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return GetInvalid ( pk1 . Gen1_NotTradeback ? LG1CatchRateChain : LG1CatchRateNone ) ;
return GetValid ( LG1CatchRateMatchPrevious ) ;
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}
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bool RateMatchesEncounter ( int species )
{
if ( catch_rate = = PersonalTable . RB [ species ] . CatchRate )
return true ;
if ( catch_rate = = PersonalTable . Y [ species ] . CatchRate )
return true ;
return false ;
}
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}
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private static void VerifyMiscFatefulEncounter ( LegalityAnalysis data )
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{
var pkm = data . pkm ;
var EncounterMatch = data . EncounterMatch ;
switch ( EncounterMatch )
{
case WC3 w when w . Fateful :
if ( w . IsEgg )
{
// Eggs hatched in RS clear the obedience flag!
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// Hatching in Gen3 doesn't change the origin version.
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if ( pkm . Format ! = 3 )
return ; // possible hatched in either game, don't bother checking
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if ( pkm . Met_Location < = 087 ) // hatched in RS or Emerald
return ; // possible hatched in either game, don't bother checking
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// else, ensure fateful is active (via below)
}
VerifyFatefulIngameActive ( data ) ;
VerifyWC3Shiny ( data , w ) ;
return ;
case WC3 w :
if ( w . Version = = GameVersion . XD )
return ; // Can have either state
VerifyWC3Shiny ( data , w ) ;
break ;
case MysteryGift g when g . Format ! = 3 : // WC3
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VerifyReceivability ( data , g ) ;
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VerifyFatefulMysteryGift ( data , g ) ;
return ;
case EncounterStatic s when s . Fateful : // ingame fateful
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case EncounterSlot3PokeSpot _ : // ingame pokespot
case EncounterTrade4Ranch _ : // ranch varied PID
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VerifyFatefulIngameActive ( data ) ;
return ;
}
if ( pkm . FatefulEncounter )
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data . AddLine ( GetInvalid ( LFatefulInvalid , Fateful ) ) ;
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}
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private static void VerifyMiscMovePP ( LegalityAnalysis data )
{
var pkm = data . pkm ;
if ( pkm . Move1_PP > pkm . GetMovePP ( pkm . Move1 , pkm . Move1_PPUps ) )
data . AddLine ( GetInvalid ( string . Format ( LMovePPTooHigh_0 , 1 ) , Move ) ) ;
if ( pkm . Move2_PP > pkm . GetMovePP ( pkm . Move2 , pkm . Move2_PPUps ) )
data . AddLine ( GetInvalid ( string . Format ( LMovePPTooHigh_0 , 2 ) , Move ) ) ;
if ( pkm . Move3_PP > pkm . GetMovePP ( pkm . Move3 , pkm . Move3_PPUps ) )
data . AddLine ( GetInvalid ( string . Format ( LMovePPTooHigh_0 , 3 ) , Move ) ) ;
if ( pkm . Move4_PP > pkm . GetMovePP ( pkm . Move4 , pkm . Move4_PPUps ) )
data . AddLine ( GetInvalid ( string . Format ( LMovePPTooHigh_0 , 4 ) , Move ) ) ;
}
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private static void VerifyMiscEggCommon ( LegalityAnalysis data )
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{
var pkm = data . pkm ;
if ( pkm . Move1_PPUps > 0 | | pkm . Move2_PPUps > 0 | | pkm . Move3_PPUps > 0 | | pkm . Move4_PPUps > 0 )
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data . AddLine ( GetInvalid ( LEggPPUp , Egg ) ) ;
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if ( pkm . Move1_PP ! = pkm . GetMovePP ( pkm . Move1 , 0 ) | | pkm . Move2_PP ! = pkm . GetMovePP ( pkm . Move2 , 0 ) | | pkm . Move3_PP ! = pkm . GetMovePP ( pkm . Move3 , 0 ) | | pkm . Move4_PP ! = pkm . GetMovePP ( pkm . Move4 , 0 ) )
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data . AddLine ( GetInvalid ( LEggPP , Egg ) ) ;
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var EncounterMatch = data . EncounterOriginal ;
PKHeX.Core Nullable cleanup (#2401)
* Handle some nullable cases
Refactor MysteryGift into a second abstract class (backed by a byte array, or fake data)
Make some classes have explicit constructors instead of { } initialization
* Handle bits more obviously without null
* Make SaveFile.BAK explicitly readonly again
* merge constructor methods to have readonly fields
* Inline some properties
* More nullable handling
* Rearrange box actions
define straightforward classes to not have any null properties
* Make extrabyte reference array immutable
* Move tooltip creation to designer
* Rearrange some logic to reduce nesting
* Cache generated fonts
* Split mystery gift album purpose
* Handle more tooltips
* Disallow null setters
* Don't capture RNG object, only type enum
* Unify learnset objects
Now have readonly properties which are never null
don't new() empty learnsets (>800 Learnset objects no longer created,
total of 2400 objects since we also new() a move & level array)
optimize g1/2 reader for early abort case
* Access rewrite
Initialize blocks in a separate object, and get via that object
removes a couple hundred "might be null" warnings since blocks are now readonly getters
some block references have been relocated, but interfaces should expose all that's needed
put HoF6 controls in a groupbox, and disable
* Readonly personal data
* IVs non nullable for mystery gift
* Explicitly initialize forced encounter moves
* Make shadow objects readonly & non-null
Put murkrow fix in binary data resource, instead of on startup
* Assign dex form fetch on constructor
Fixes legality parsing edge cases
also handle cxd parse for valid; exit before exception is thrown in FrameGenerator
* Remove unnecessary null checks
* Keep empty value until init
SetPouch sets the value to an actual one during load, but whatever
* Readonly team lock data
* Readonly locks
Put locked encounters at bottom (favor unlocked)
* Mail readonly data / offset
Rearrange some call flow and pass defaults
Add fake classes for SaveDataEditor mocking
Always party size, no need to check twice in stat editor
use a fake save file as initial data for savedata editor, and for
gamedata (wow i found a usage)
constrain eventwork editor to struct variable types (uint, int, etc),
thus preventing null assignment errors
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var HatchCycles = EncounterMatch is EncounterStatic s ? s . EggCycles : 0 ;
if ( HatchCycles = = 0 ) // no value set
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HatchCycles = pkm . PersonalInfo . HatchCycles ;
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if ( pkm . OT_Friendship > HatchCycles )
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data . AddLine ( GetInvalid ( LEggHatchCycles , Egg ) ) ;
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if ( pkm . Format > = 6 & & EncounterMatch is EncounterEgg & & ! pkm . Moves . SequenceEqual ( pkm . RelearnMoves ) )
{
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var moves = string . Join ( ", " , ParseSettings . GetMoveNames ( pkm . Moves ) ) ;
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var msg = string . Format ( LMoveFExpect_0 , moves ) ;
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data . AddLine ( GetInvalid ( msg , Egg ) ) ;
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}
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if ( pkm is PK8 pk8 )
{
if ( pk8 . HasAnyMoveRecordFlag ( ) )
data . AddLine ( GetInvalid ( LEggRelearnFlags , Egg ) ) ;
if ( pk8 . StatNature ! = pk8 . Nature )
data . AddLine ( GetInvalid ( LEggNature , Egg ) ) ;
}
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}
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private static void VerifyFatefulMysteryGift ( LegalityAnalysis data , MysteryGift g )
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{
var pkm = data . pkm ;
if ( g is PGF p & & p . IsShiny )
{
var Info = data . Info ;
Info . PIDIV = MethodFinder . Analyze ( pkm ) ;
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if ( Info . PIDIV . Type ! = PIDType . G5MGShiny & & pkm . Egg_Location ! = Locations . LinkTrade5 )
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data . AddLine ( GetInvalid ( LPIDTypeMismatch , PID ) ) ;
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}
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var result = pkm . FatefulEncounter ! = pkm . WasLink
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? GetValid ( LFatefulMystery , Fateful )
: GetInvalid ( LFatefulMysteryMissing , Fateful ) ;
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data . AddLine ( result ) ;
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}
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private static void VerifyReceivability ( LegalityAnalysis data , MysteryGift g )
{
var pkm = data . pkm ;
switch ( g )
{
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case WC6 wc6 when ! wc6 . CanBeReceivedByVersion ( pkm . Version ) & & ! pkm . WasTradedEgg :
case WC7 wc7 when ! wc7 . CanBeReceivedByVersion ( pkm . Version ) & & ! pkm . WasTradedEgg :
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case WC8 wc8 when ! wc8 . CanBeReceivedByVersion ( pkm . Version ) & & ! pkm . WasTradedEgg :
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data . AddLine ( GetInvalid ( LEncGiftVersionNotDistributed , GameOrigin ) ) ;
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return ;
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case WC6 wc6 when wc6 . RestrictLanguage ! = 0 & & pkm . Language ! = wc6 . RestrictLanguage :
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data . AddLine ( GetInvalid ( string . Format ( LOTLanguage , wc6 . RestrictLanguage , pkm . Language ) , CheckIdentifier . Language ) ) ;
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return ;
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case WC7 wc7 when wc7 . RestrictLanguage ! = 0 & & pkm . Language ! = wc7 . RestrictLanguage :
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data . AddLine ( GetInvalid ( string . Format ( LOTLanguage , wc7 . RestrictLanguage , pkm . Language ) , CheckIdentifier . Language ) ) ;
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return ;
}
}
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private static void VerifyWC3Shiny ( LegalityAnalysis data , WC3 g3 )
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{
// check for shiny locked gifts
if ( ! g3 . Shiny . IsValid ( data . pkm ) )
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data . AddLine ( GetInvalid ( LEncGiftShinyMismatch , Fateful ) ) ;
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}
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private static void VerifyFatefulIngameActive ( LegalityAnalysis data )
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{
var pkm = data . pkm ;
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var result = pkm . FatefulEncounter
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? GetValid ( LFateful , Fateful )
: GetInvalid ( LFatefulMissing , Fateful ) ;
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data . AddLine ( result ) ;
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}
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public void VerifyVersionEvolution ( LegalityAnalysis data )
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{
var pkm = data . pkm ;
if ( pkm . Format < 7 | | data . EncounterMatch . Species = = pkm . Species )
return ;
// No point using the evolution tree. Just handle certain species.
switch ( pkm . Species )
{
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case ( int ) Species . Lycanroc when pkm . Format = = 7 & & ( ( pkm . AltForm = = 0 & & Moon ( ) ) | | ( pkm . AltForm = = 1 & & Sun ( ) ) ) :
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case ( int ) Species . Solgaleo when Moon ( ) :
case ( int ) Species . Lunala when Sun ( ) :
bool Sun ( ) = > ( pkm . Version & 1 ) = = 0 ;
bool Moon ( ) = > ( pkm . Version & 1 ) = = 1 ;
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if ( pkm . IsUntraded )
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data . AddLine ( GetInvalid ( LEvoTradeRequired , Evolution ) ) ;
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break ;
}
}
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private static void VerifyFullness ( LegalityAnalysis data , PKM pkm )
{
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if ( pkm . IsEgg )
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{
if ( pkm . Fullness ! = 0 )
data . AddLine ( GetInvalid ( string . Format ( LMemoryStatFullness , 0 ) , Encounter ) ) ;
if ( pkm . Enjoyment ! = 0 )
data . AddLine ( GetInvalid ( string . Format ( LMemoryStatEnjoyment , 0 ) , Encounter ) ) ;
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return ;
}
if ( pkm . Format > = 8 )
{
if ( pkm . Enjoyment ! = 0 )
data . AddLine ( GetInvalid ( string . Format ( LMemoryStatEnjoyment , 0 ) , Encounter ) ) ;
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return ;
}
if ( pkm . Format ! = 6 | | ! pkm . IsUntraded | | pkm . XY )
return ;
// OR/AS PK6
if ( pkm . Fullness = = 0 )
return ;
if ( pkm . Species ! = data . EncounterMatch . Species )
return ; // evolved
if ( Unfeedable . Contains ( pkm . Species ) )
data . AddLine ( GetInvalid ( string . Format ( LMemoryStatFullness , 0 ) , Encounter ) ) ;
}
private static readonly HashSet < int > Unfeedable = new HashSet < int >
{
( int ) Species . Metapod ,
( int ) Species . Kakuna ,
( int ) Species . Pineco ,
( int ) Species . Silcoon ,
( int ) Species . Cascoon ,
( int ) Species . Shedinja ,
( int ) Species . Spewpa ,
} ;
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private static void VerifyBelugaStats ( LegalityAnalysis data , PB7 pb7 )
{
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// ReSharper disable once CompareOfFloatsByEqualityOperator -- THESE MUST MATCH EXACTLY
if ( ! IsCloseEnough ( pb7 . HeightAbsolute , pb7 . CalcHeightAbsolute ) )
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data . AddLine ( GetInvalid ( LStatIncorrectHeight , Encounter ) ) ;
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// ReSharper disable once CompareOfFloatsByEqualityOperator -- THESE MUST MATCH EXACTLY
if ( ! IsCloseEnough ( pb7 . WeightAbsolute , pb7 . CalcWeightAbsolute ) )
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data . AddLine ( GetInvalid ( LStatIncorrectWeight , Encounter ) ) ;
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if ( pb7 . Stat_CP ! = pb7 . CalcCP & & ! IsStarter ( pb7 ) )
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data . AddLine ( GetInvalid ( LStatIncorrectCP , Encounter ) ) ;
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}
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private static bool IsCloseEnough ( float a , float b )
{
var ia = BitConverter . ToInt32 ( BitConverter . GetBytes ( a ) , 0 ) ;
var ib = BitConverter . ToInt32 ( BitConverter . GetBytes ( b ) , 0 ) ;
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return Math . Abs ( ia - ib ) < = 7 ;
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}
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private static bool IsStarter ( PKM pb7 ) = > ( pb7 . Species = = ( int ) Species . Pikachu & & pb7 . AltForm = = 8 ) | | ( pb7 . Species = = ( int ) Species . Eevee & & pb7 . AltForm = = 1 ) ;
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private void VerifySWSHStats ( LegalityAnalysis data , PK8 pk8 )
{
if ( pk8 . Favorite )
data . AddLine ( GetInvalid ( LFavoriteMarkingUnavailable , Encounter ) ) ;
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var sn = pk8 . StatNature ;
if ( sn ! = pk8 . Nature )
{
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// Only allow Serious nature (12); disallow all other neutral natures.
if ( sn ! = 12 & & ( sn > 24 | | sn % 6 = = 0 ) )
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data . AddLine ( GetInvalid ( LStatNatureInvalid ) ) ;
}
var bv = pk8 . BattleVersion ;
if ( bv ! = 0 )
{
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if ( ( bv ! = ( int ) GameVersion . SW & & bv ! = ( int ) GameVersion . SH ) | | pk8 . SWSH )
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data . AddLine ( GetInvalid ( LStatBattleVersionInvalid ) ) ;
}
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var enc = data . EncounterMatch ;
bool originGMax = enc is IGigantamax g & & g . CanGigantamax ;
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if ( originGMax ! = pk8 . CanGigantamax )
{
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bool ok = ! pk8 . IsEgg & & pk8 . CanToggleGigantamax ( pk8 . Species , pk8 . AltForm , enc . Species , enc . Form ) ;
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var chk = ok ? GetValid ( LStatGigantamaxValid ) : GetInvalid ( LStatGigantamaxInvalid ) ;
data . AddLine ( chk ) ;
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}
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if ( pk8 . DynamaxLevel ! = 0 )
{
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if ( ! pk8 . CanHaveDynamaxLevel ( pk8 ) | | pk8 . DynamaxLevel > 10 )
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data . AddLine ( GetInvalid ( LStatDynamaxInvalid ) ) ;
}
PersonalInfo ? pi = null ;
for ( int i = 0 ; i < 100 ; i + + )
{
if ( ! pk8 . GetMoveRecordFlag ( i ) )
continue ;
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if ( ( pi ? ? = pk8 . PersonalInfo ) . TMHM [ i + 100 ] )
continue ;
// Calyrex-0 can have TR flags for Calyrex-1/2 after it has force unlearned them.
// Re-fusing can be reacquire the move via relearner, rather than needing another TR.
// Calyrex-0 cannot reacquire the move via relearner, even though the TR is checked off in the TR list.
if ( pk8 . Species = = ( int ) Species . Calyrex )
{
var form = pk8 . AltForm ;
// Check if another alt form can learn the TR
if ( ( form ! = 1 & & CanLearnTR ( ( int ) Species . Calyrex , 1 , i ) ) | | ( form ! = 2 & & CanLearnTR ( ( int ) Species . Calyrex , 2 , i ) ) )
continue ;
}
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data . AddLine ( GetInvalid ( string . Format ( LMoveSourceTR , ParseSettings . MoveStrings [ Legal . TMHM_SWSH [ i + 100 ] ] ) ) ) ;
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}
// weight/height scalars can be legally 0 (1:65536) so don't bother checking
}
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private static bool CanLearnTR ( int species , int form , int tr )
{
var pi = PersonalTable . SWSH . GetFormeEntry ( species , form ) ;
return pi . TMHM [ tr + 100 ] ;
}
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}
}