270 lines
12 KiB
C++
270 lines
12 KiB
C++
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#pragma once
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#include <optional>
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#include <cstring>
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#include <Unreal/FText.hpp>
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#include <Unreal/NameTypes.hpp>
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#include "UmgTypes.hpp"
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#include "UnrealWrapper.hpp"
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#include "Widget.hpp"
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#include "UserWidget.hpp"
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#include "WidgetTree.hpp"
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#include "TextBlock.hpp"
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#include "CanvasPanel.hpp"
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#include <Api/Pal/PalIndividual.hpp>
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#include <Api/Pal/PalIndividualCharacterHandle.hpp>
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#include <Api/Pal/PalIndividualCharacterParameter.hpp>
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using namespace PalUIExtension::Api::Pal;
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namespace PalUIExtension::Api
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{
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class PalDetailWidget : public UserWidget
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{
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public:
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static auto ClassPath() -> const TCHAR* {
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return STR("/Game/Pal/Blueprint/UI/UserInterface/IngameMenu/PalBox/WBP_IngameMenu_PalBox_PalDetail.WBP_IngameMenu_PalBox_PalDetail_C");
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}
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static auto WidgetTreePath() -> const TCHAR* {
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return STR("/Game/Pal/Blueprint/UI/UserInterface/IngameMenu/PalBox/WBP_IngameMenu_PalBox_PalDetail.WBP_IngameMenu_PalBox_PalDetail_C:WidgetTree");
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}
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static auto DebugTag() -> const TCHAR* { return STR("PalDetail"); }
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PalDetailWidget() = default;
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explicit PalDetailWidget(UObject* Obj) : UserWidget(Obj, ClassOf<PalDetailWidget>(), DebugTag()) {
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}
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struct GetBindedHandleFrame
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{
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UObject* targetHandle; // 0x00 out
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bool bValidSoftRef; // 0x08
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uint8 Pad09[7]; // 0x09
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UObject* SoftRefAsObject; // 0x10
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UObject* CastAsHandle; // 0x18
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bool bCastSucceeded; // 0x20
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uint8 Pad21[7]; // 0x21
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};
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static_assert(sizeof(GetBindedHandleFrame) == 40,
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"GetBindedHandle frame is 40 bytes on the dumped build");
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struct GetBindedIndividualParameterFrame
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{
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UObject* IndividualParameter; // 0x00 out
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UObject* Handle; // 0x08
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UObject* TryGetResult; // 0x10
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bool bValid0; // 0x18
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bool bValid1; // 0x19
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uint8 Pad1A[6]; // 0x1A
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};
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static_assert(sizeof(GetBindedIndividualParameterFrame) == 32,
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"GetBindedIndividualParameter frame is 32 bytes on the dumped build");
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auto GetBindedHandle() -> UObject*
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{
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GetBindedHandleFrame p{};
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if (!Call(STR("GetBindedHandle"), p)) return nullptr;
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return p.targetHandle;
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}
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auto GetBindedIndividualParameter() -> UObject*
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{
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GetBindedIndividualParameterFrame p{};
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if (!Call(STR("GetBindedIndividualParameter"), p)) return nullptr;
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return p.IndividualParameter;
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}
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auto CurrentHandle() -> PalIndividualCharacterHandle
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{
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UObject* H = GetBindedHandle();
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return H ? PalIndividualCharacterHandle{ H } : PalIndividualCharacterHandle{};
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}
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auto CurrentParameter() -> PalIndividualCharacterParameter
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{
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UObject* P = GetBindedIndividualParameter();
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return P ? PalIndividualCharacterParameter{ P } : PalIndividualCharacterParameter{};
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}
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auto ResolveIdentity() -> PalIdentity
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{
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if (UObject* Param = GetBindedIndividualParameter())
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{
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return PalIndividual::IdentifyFromParameter(Param);
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}
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return PalIndividual::Identify(GetBindedHandle());
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}
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auto CurrentCharacterId() -> std::optional<FName>
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{
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if (UObject* Param = GetBindedIndividualParameter())
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{
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return PalIndividual::CharacterId(Param);
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}
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return PalIndividual::CharacterIdFromHandle(GetBindedHandle());
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}
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auto CanvasBase() const -> CanvasPanel { return WrapCanvas(STR("Canvas_Base")); }
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auto CanvasBaseToolTip() const -> CanvasPanel { return WrapCanvas(STR("Canvas_Base_ToolTip")); }
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auto CanvasInfo() const -> CanvasPanel { return WrapCanvas(STR("Canvas_Info")); }
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auto CanvasFood() const -> CanvasPanel { return WrapCanvas(STR("Canvas_Food")); }
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auto CanvasPartnerSkill() const -> CanvasPanel { return WrapCanvas(STR("Canvas_PartnerSkill")); }
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auto CanvasPotencial() const -> CanvasPanel { return WrapCanvas(STR("CanvasPanel_Potencial")); }
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auto CanvasDebuff() const -> CanvasPanel { return WrapCanvas(STR("CanvasPanelDebuff")); }
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auto CanvasStatePalWork() const -> CanvasPanel { return WrapCanvas(STR("CanvasPanelStatePalWork")); }
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auto TextPalName() const -> TextBlock { return WrapText(STR("Text_PalName")); }
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auto TextLevel() const -> TextBlock { return WrapText(STR("Text_LevelValue")); }
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auto TextNowHP() const -> TextBlock { return WrapText(STR("Text_NowHP")); }
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auto TextMaxHP() const -> TextBlock { return WrapText(STR("Text_MaxHP")); }
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auto TextNowHunger() const -> TextBlock { return WrapText(STR("Text_NowHunger")); }
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auto TextMaxHunger() const -> TextBlock { return WrapText(STR("Text_MaxHunger")); }
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auto TextNowSanity() const -> TextBlock { return WrapText(STR("Text_NowSanity")); }
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auto TextMaxSanity() const -> TextBlock { return WrapText(STR("Text_MaxSanity")); }
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auto TextAttack() const -> TextBlock { return WrapText(STR("Text_AttackValue")); }
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auto TextDefense() const -> TextBlock { return WrapText(STR("Text_DefenseValue")); }
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auto TextWorkValue() const -> TextBlock { return WrapText(STR("Text_WorkValue")); }
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auto TextWorkTypeName() const -> TextBlock { return WrapText(STR("Text_WorkTypeName")); }
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auto TextNextExp() const -> TextBlock { return WrapText(STR("Text_NextExp")); }
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auto TextFriendshipRank() const -> TextBlock { return WrapText(STR("Text_FriendshipRank_Num")); }
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auto GaugeHP() const -> UObject* { return BoundObject(STR("Gauge_HP")); }
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auto GaugeHunger() const -> UObject* { return BoundObject(STR("Gauge_Hunger")); }
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auto GaugeExp() const -> UObject* { return BoundObject(STR("Gauge_Exp")); }
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auto GaugeFriendship() const -> UObject* { return BoundObject(STR("Gauge_Friendship")); }
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auto ImageRare() const -> UObject* { return BoundObject(STR("Image_Rare")); }
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auto ImageStrong() const -> UObject* { return BoundObject(STR("Image_Strong")); }
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auto ImageMutant() const -> UObject* { return BoundObject(STR("Image_Mutant")); }
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auto CharacterIcon() const -> UObject* { return BoundObject(STR("WBP_PalCommonCharacterIcon")); }
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auto ElementIcon0() const -> UObject* { return BoundObject(STR("WBP_PalElementIcon")); }
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auto ElementIcon1() const -> UObject* { return BoundObject(STR("WBP_PalElementIcon_1")); }
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// ---- plain properties ----------------------------------------
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auto SavedMaxHunger() const -> std::optional<float> { return PropertyValue<float>(STR("savedMaxHunger")); }
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auto SavedMaxSanity() const -> std::optional<float> { return PropertyValue<float>(STR("savedMaxSanity")); }
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auto HidePassive() const -> std::optional<bool> { return PropertyValue<bool>(STR("HidePassive")); }
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// ---- calls ---------------------------------------------------
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auto SetEmpty() -> bool { return CallVoid(STR("SetEmpty")); }
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auto SetupPartnerSkillInfo() -> bool { return CallVoid(STR("SetupPartnerSkillInfo")); }
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auto ToggleSkillInfo() -> bool { return CallVoid(STR("ToggleSKillInfo")); } // engine spelling
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auto OverrideHideTalent() -> bool { return CallVoid(STR("OverrideHideTalent")); }
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auto SetVisiblePartnerSkillInfo(bool bVisible) -> bool
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{
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struct P { bool bVisible; } p{ bVisible };
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return Call(STR("SetVisiblePartnerSkillInfo"), p);
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}
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auto SetVisibleToggleSkillInfoKeyGuide(bool bVisible) -> bool
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{
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struct P { bool bVisible; } p{ bVisible };
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return Call(STR("SetVisibleToggleSkillInfoKeyGuide"), p);
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}
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auto SetAwakening(bool bAwaked) -> bool
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{
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struct P { bool bAwaked; } p{ bAwaked };
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return Call(STR("SetAwakening"), p);
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}
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auto SetImportedFlag(bool bImportedFlag) -> bool
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{
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struct P { bool bImportedFlag; } p{ bImportedFlag };
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return Call(STR("SetImportedFlag"), p);
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}
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auto SetDetailMode(bool IsTip) -> bool
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{
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struct P { bool IsTip; } p{ IsTip };
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return Call(STR("Set Detail Mode"), p); // the spaces are real
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}
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auto SetRarity(bool IsBoss, bool IsRare) -> bool
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{
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struct P { bool IsBoss; bool IsRare; } p{ IsBoss, IsRare };
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return Call(STR("SetRarity"), p);
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}
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auto SetRank(int32 Rank) -> bool
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{
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struct P { int32 Rank; } p{ Rank };
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return Call(STR("SetRank"), p);
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}
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auto SetSoulRank(int32 Rank) -> bool
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{
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struct P { int32 Rank; } p{ Rank };
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return Call(STR("SetSoulRank"), p);
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}
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auto SetFoodAmount(int32 FoodAmount) -> bool
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{
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struct P { int32 FoodAmount; } p{ FoodAmount };
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return Call(STR("SetFoodAmount"), p);
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}
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auto SetFriendShip(int32 FriendshipRank, int32 FriendshipPoint) -> bool
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{
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struct P { int32 FriendshipRank; int32 FriendshipPoint; } p{ FriendshipRank, FriendshipPoint };
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return Call(STR("SetFriendShip"), p);
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}
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auto SetGender(EPalGenderType_ GenderType) -> bool
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{
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struct P { EPalGenderType_ GenderType; } p{ GenderType };
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return Call(STR("SetGender"), p);
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}
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auto SetElementType(EPalElementType_ Type1, EPalElementType_ Type2) -> bool
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{
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struct P { EPalElementType_ type1; EPalElementType_ type2; } p{ Type1, Type2 };
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return Call(STR("SetElementType"), p);
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}
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struct WorkSuitabilityCheck { bool bValid{}; EPalWorkSuitability_ Out{}; };
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auto CheckValidWorkSuitability(EPalWorkSuitability_ In) -> std::optional<WorkSuitabilityCheck>
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{
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struct P
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{
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EPalWorkSuitability_ InWorkSuitability;
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bool IsValid;
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EPalWorkSuitability_ OutWorkSuitability;
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} p{ In, false, EPalWorkSuitability_::None };
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if (!Call(STR("Check Valid Work Suitability"), p)) return std::nullopt;
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return WorkSuitabilityCheck{ p.IsValid, p.OutWorkSuitability };
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}
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// ---- hook targets --------------------------------------------
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static auto BindFromHandlePath() -> const TCHAR*
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{
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return STR("/Game/Pal/Blueprint/UI/UserInterface/IngameMenu/PalBox/WBP_IngameMenu_PalBox_PalDetail.WBP_IngameMenu_PalBox_PalDetail_C:BindFromHandle");
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}
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static auto SetEmptyPath() -> const TCHAR*
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{
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return STR("/Game/Pal/Blueprint/UI/UserInterface/IngameMenu/PalBox/WBP_IngameMenu_PalBox_PalDetail.WBP_IngameMenu_PalBox_PalDetail_C:SetEmpty");
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}
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static auto UpdateStatusParameterPath() -> const TCHAR*
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{
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return STR("/Game/Pal/Blueprint/UI/UserInterface/IngameMenu/PalBox/WBP_IngameMenu_PalBox_PalDetail.WBP_IngameMenu_PalBox_PalDetail_C:Update Status Parameter");
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}
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struct BindFromHandleFrame { UObject* targetHandle; }; // UPalIndividualCharacterHandle*
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struct UpdateStatusParameterFrame { UObject* individualParam; }; // UPalIndividualCharacterParameter*
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private:
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auto WrapCanvas(const TCHAR* Name) const -> CanvasPanel
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{
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UObject* O = BoundObject(Name);
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return O ? CanvasPanel{ O } : CanvasPanel{};
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}
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auto WrapText(const TCHAR* Name) const -> TextBlock
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{
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UObject* O = BoundObject(Name);
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return O ? TextBlock{ O } : TextBlock{};
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}
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protected:
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PalDetailWidget(UObject* Obj, UClass* Expected, const TCHAR* Tag)
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: UserWidget(Obj, Expected, Tag) {
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}
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};
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}
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