Blueprint Class Reference

#include "Blueprint.h"

Inheritance diagram for Blueprint:

Collaboration diagram for Blueprint:

Public Member Functions
virtual void	Delete ()
virtual bool	Merge (InventoryItemRef to_merge, uint32 qty=0, bool notify=true)
virtual InventoryItemRef	Split (int32 qty_to_take, bool notify=true)
BlueprintRef	SplitBlueprint (int32 qty_to_take, bool notify=true)
const BlueprintType &	type () const
const ItemType &	productType () const
uint32	productTypeID () const
bool	copy ()
int8	mLevel ()
int8	pLevel ()
int16	runs ()
float	GetPE ()
float	GetME ()
void	SetMLevel (int8 me)
void	SetPLevel (int8 pe)
void	SetCopy (bool copy)
void	SetRuns (int16 runs)
void	UpdateMLevel (int8 me)
void	UpdatePLevel (int8 pe)
void	UpdateRuns (int16 runs)
bool	infinite ()
PyDict *	GetBlueprintAttributes ()
Public Member Functions inherited from InventoryItem
	InventoryItem (uint32 _itemID, const ItemType &_type, const ItemData &_data)
	InventoryItem (const InventoryItem &oth)
	InventoryItem (InventoryItem &&oth) noexcept
InventoryItem &	operator= (const InventoryItem &oth)=delete
InventoryItem &	operator= (InventoryItem &&oth)=delete
virtual	~InventoryItem () noexcept
virtual ShipItem *	GetShipItem ()
virtual ModuleItem *	GetModuleItem ()
virtual bool	IsShipItem ()
virtual bool	IsModuleItem ()
virtual void	Rename (std::string name)
Inventory *	GetMyInventory ()
bool	contraband () const
bool	isSingleton () const
int32	quantity () const
uint32	itemID () const
uint32	ownerID () const
uint32	locationID () const
EVEItemFlags	flag () const
const GPoint &	position () const
const ItemType &	type () const
const std::string &	itemName () const
const std::string &	customInfo () const
const char *	name ()
uint16	typeID () const
uint16	groupID () const
double	radius () const
uint8	categoryID () const
bool	isGlobal () const
bool	IsOnline ()
void	SetPosition (const GPoint &pos)
void	SetCustomInfo (const char *ci)
void	ChangeOwner (uint32 new_owner, bool notify=false)
void	Move (uint32 new_location=locTemp, EVEItemFlags flag=flagNone, bool notify=false)
void	Donate (uint32 new_owner=ownerSystem, uint32 new_location=locTemp, EVEItemFlags new_flag=flagNone, bool notify=true)
void	SendItemChange (uint32 toID, std::map< int32, PyRep * > &changes)
void	MergeTypesInCargo (ShipItem *pShip, EVEItemFlags flag=flagNone)
bool	ChangeSingleton (bool singleton, bool notify=false)
bool	AlterQuantity (int32 qty, bool notify=false)
bool	SetQuantity (int32 qty, bool notify=false, bool deleteOnZero=true)
bool	SetFlag (EVEItemFlags flag, bool notify=false)
void	SetOwner (uint32 ownerID)
void	SaveItem ()
void	UpdateLocation ()
void	UpdateLocation (uint32 locID)
virtual InventoryItemRef	Split (int32 qty=0, bool notify=true, bool silent=false)
virtual bool	Merge (InventoryItemRef to_merge, int32 qty=0, bool notify=true)
virtual void	Relocate (uint32 locID=0, EVEItemFlags flag=flagNone)
virtual void	AddItem (InventoryItemRef iRef)
virtual void	RemoveItem (InventoryItemRef iRef)
double	GetPackagedVolume ()
virtual void	SetPlayer (Client *pClient)
virtual bool	HasPilot ()
virtual Client *	GetPilot ()
void	ToVirtual (uint32 locationID)
virtual bool	_Load ()
PyRep *	GetItem () const
void	GetItemRow (PyPackedRow *into) const
void	GetItemStatusRow (PyPackedRow *into) const
void	GetChargeStatusRow (uint32 shipID, PyPackedRow *into) const
bool	Populate (Rsp_CommonGetInfo_Entry &into)
PyList *	GetItemInfo () const
PyObject *	ItemGetInfo ()
PyPackedRow *	GetItemRow () const
PyPackedRow *	GetItemStatusRow () const
PyPackedRow *	GetChargeStatusRow (uint32 shipID) const
bool	SkillCheck (InventoryItemRef refItem)
void	ClearModifiers ()
void	AddModifier (fxData &data)
void	RemoveModifier (fxData &data)
void	ResetAttributes ()
bool	HasReqSkill (const uint16 skillID)
AttributeMap *	GetAttributeMap ()
int64	GetTimeStamp ()
void	SetAttribute (uint16 attrID, int num, bool notify=true)
void	SetAttribute (uint16 attrID, uint32 num, bool notify=true)
void	SetAttribute (uint16 attrID, int64 num, bool notify=true)
void	SetAttribute (uint16 attrID, float num, bool notify=true)
void	SetAttribute (uint16 attrID, double num, bool notify=true)
void	SetAttribute (uint16 attrID, EvilNumber num, bool notify=true)
void	MultiplyAttribute (uint16 attrID, EvilNumber num, bool notify=false)
bool	HasAttribute (const uint16 attrID) const
bool	HasAttribute (const uint16 attrID, EvilNumber &value) const
bool	SaveAttributes ()
void	ResetAttribute (uint16 attrID, bool notify=false)
void	DeleteAttribute (uint16 attrID)
EvilNumber	GetAttribute (const uint16 attrID) const
EvilNumber	GetDefaultAttribute (const uint16 attrID) const
Public Member Functions inherited from RefObject
	RefObject (size_t initRefCount)
	Initializes reference count. More...
virtual	~RefObject ()
	Destructor; must be virtual. More...
size_t	GetCount ()

Static Public Member Functions
static BlueprintRef	Load (uint32 blueprintID)
static BlueprintRef	Spawn (ItemData &data, EvERam::bpData &bdata)
Static Public Member Functions inherited from InventoryItem
static uint32	CreateItemID (ItemData &data)
static uint32	CreateTempItemID (ItemData &data)
static InventoryItemRef	Load (uint32 itemID)
static InventoryItemRef	SpawnItem (uint32 itemID, const ItemData &data)
static InventoryItemRef	Spawn (ItemData &data)
static InventoryItemRef	SpawnTemp (ItemData &data)

Protected Member Functions
	Blueprint (uint32 _blueprintID, const BlueprintType &_bpType, const ItemData &_data, EvERam::bpData &_bpData)
void	SaveBlueprint ()
Protected Member Functions inherited from RefObject
void	IncRef () const
	Increments reference count of object by one. More...
void	DecRef () const
	Decrements reference count of object by one. More...

Static Protected Member Functions
template<class _Ty >
static RefPtr< _Ty >	_LoadItem (uint32 blueprintID, const ItemType &type, const ItemData &data)
static uint32	CreateItemID (ItemData &data, EvERam::bpData &bdata)
Static Protected Member Functions inherited from InventoryItem
template<class _Ty >
static RefPtr< _Ty >	Load (uint32 itemID)
template<class _Ty >
static RefPtr< _Ty >	_Load (uint32 itemID)
template<class _Ty >
static RefPtr< _Ty >	_LoadItem (uint32 itemID, const ItemType &type, const ItemData &data)

Private Attributes
const BlueprintType &	m_bpType
EvERam::bpData	m_data

Friends
class	InventoryItem

Additional Inherited Members
Public Attributes inherited from InventoryItem
std::multimap< int8, fxData >	m_modifiers
Protected Attributes inherited from InventoryItem
Inventory *	pInventory
uint32	m_itemID
AttributeMap *	pAttributeMap
Protected Attributes inherited from RefObject
size_t	mRefCount
	Reference count of instance. More...
bool	mDeleted

Detailed Description

Definition at line 114 of file Blueprint.h.

Constructor & Destructor Documentation

Blueprint::Blueprint ( uint32  _blueprintID, const BlueprintType &  _bpType, const ItemData &  _data, EvERam::bpData &  _bpData  )

protected

Definition at line 58 of file Blueprint.cpp.

References EVEDB::invCategories::Blueprint, ItemType::categoryID(), and m_data.

Referenced by _LoadItem().

: InventoryItem(_blueprintID, _bpType, _data),
m_bpType(_bpType)
{
    // data consistency asserts
    assert(_bpType.categoryID() == EVEDB::invCategories::Blueprint);
    m_data = _bpData;
}

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Member Function Documentation

template<class _Ty >

static RefPtr<_Ty> Blueprint::_LoadItem ( uint32  blueprintID, const ItemType &  type, const ItemData &  data  )

inlinestaticprotected

Definition at line 173 of file Blueprint.h.

References _log, EVEDB::invCategories::Blueprint, Blueprint(), ItemType::categoryID(), FactoryDB::GetBlueprint(), sConfig, sDataMgr, EvE::traceStack(), and type().

    {
        if (type.categoryID() != EVEDB::invCategories::Blueprint) {
            _log(ITEM__ERROR, "Trying to load %s as Blueprint.", sDataMgr.GetCategoryName(type.categoryID()));
            if (sConfig.debug.StackTrace)
                EvE::traceStack();
            return RefPtr<_Ty>();
        }
        const BlueprintType& bpType = static_cast<const BlueprintType& >( type );

        EvERam::bpData bdata = EvERam::bpData();
        if (!FactoryDB::GetBlueprint( blueprintID, bdata ) )
            return RefPtr<_Ty>();

        return BlueprintRef( new Blueprint( blueprintID, bpType, data, bdata ) );
    }

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bool Blueprint::copy ( )

inline

Definition at line 136 of file Blueprint.h.

References EvERam::bpData::copy, and m_data.

Referenced by SetCopy().

{ return m_data.copy; }

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uint32 Blueprint::CreateItemID ( ItemData &  data, EvERam::bpData &  bdata  )

staticprotected

Definition at line 80 of file Blueprint.cpp.

References InventoryItem::CreateItemID(), ItemDB::DeleteItem(), FactoryDB::SaveBlueprintData(), sItemFactory, and ItemData::typeID.

Referenced by Spawn().

                                                                  {
    // make sure it's a blueprint type
    const BlueprintType* bpType = sItemFactory.GetBlueprintType(data.typeID);
    if (bpType == nullptr)
        return 0;

    // make the blueprintID
    uint32 blueprintID(InventoryItem::CreateItemID(data));
    if (blueprintID == 0)
        return 0;

    // insert blueprint data into DB
    if (!FactoryDB::SaveBlueprintData(blueprintID, bdata)) {
        ItemDB::DeleteItem(blueprintID);
        return 0;
    }

    return blueprintID;
}

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void Blueprint::Delete ( )

virtual

Reimplemented from InventoryItem.

Definition at line 100 of file Blueprint.cpp.

References InventoryItem::Delete(), FactoryDB::DeleteBlueprint(), and InventoryItem::m_itemID.

                       {
    FactoryDB::DeleteBlueprint(m_itemID);
    InventoryItem::Delete();
}

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PyDict * Blueprint::GetBlueprintAttributes

(

)

Definition at line 139 of file Blueprint.cpp.

References EvERam::bpData::copy, GetME(), m_bpType, m_data, InventoryItem::m_itemID, BlueprintType::maxProductionLimit(), EvERam::bpData::mLevel, EvERam::bpData::pLevel, BlueprintType::productionTime(), BlueprintType::productTypeID(), BlueprintType::researchCopyTime(), BlueprintType::researchMaterialTime(), BlueprintType::researchProductivityTime(), BlueprintType::researchTechTime(), and EvERam::bpData::runs.

                                          {
    Rsp_GetBlueprintAttributes rsp;
        rsp.blueprintID = m_itemID;
        rsp.copy = m_data.copy;
        rsp.productivityLevel = m_data.pLevel;
        rsp.materialLevel = m_data.mLevel;
        rsp.licensedProductionRunsRemaining = m_data.runs;
        rsp.wastageFactor = GetME();
        rsp.productTypeID = m_bpType.productTypeID();
        rsp.manufacturingTime = m_bpType.productionTime();
        rsp.maxProductionLimit = m_bpType.maxProductionLimit();
        rsp.researchMaterialTime = m_bpType.researchMaterialTime();
        rsp.researchTechTime = m_bpType.researchTechTime();
        rsp.researchProductivityTime = m_bpType.researchProductivityTime();
        rsp.researchCopyTime = m_bpType.researchCopyTime();
    return rsp.Encode();
}

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float Blueprint::GetME

(

)

Definition at line 157 of file Blueprint.cpp.

References m_bpType, m_data, EvERam::bpData::mLevel, and BlueprintType::wasteFactor().

Referenced by GetBlueprintAttributes().

{
    float bwf(m_bpType.wasteFactor());
    if (m_data.mLevel < 0) {
        bwf /= (-m_data.mLevel);
    } else if (m_data.mLevel > 0) {
        bwf /= (1 + m_data.mLevel);
    }
    bwf /= 100.0f;
    return bwf;
}

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float Blueprint::GetPE ( )

inline

Definition at line 140 of file Blueprint.h.

References m_data, and EvERam::bpData::pLevel.

{ return m_data.pLevel / (1 + m_data.pLevel); }

bool Blueprint::infinite ( )

inline

Definition at line 155 of file Blueprint.h.

References m_data, and EvERam::bpData::runs.

{ return (m_data.runs < 0); }

BlueprintRef Blueprint::Load ( uint32  blueprintID )

static

Definition at line 67 of file Blueprint.cpp.

Referenced by Spawn().

                                               {
    return InventoryItem::Load<Blueprint>(blueprintID);
}

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bool Blueprint::Merge ( InventoryItemRef  to_merge, uint32  qty = 0, bool  notify = true  )

virtual

Definition at line 120 of file Blueprint.cpp.

References m_data, InventoryItem::Merge(), EvERam::bpData::mLevel, EvERam::bpData::pLevel, EvERam::bpData::runs, and RefPtr< X >::StaticCast().

                                                                       {
    //  singleton is checked and error thrown in InventoryItem::Merge()
    BlueprintRef bpRef = BlueprintRef::StaticCast(itemRef);
    if (m_data.mLevel != bpRef->mLevel())
        return false;
    if (m_data.pLevel != bpRef->pLevel())
        return false;
    if (m_data.runs != bpRef->runs())
        return false;
    if (!InventoryItem::Merge(itemRef, qty, notify))
        return false;
    return true;
}

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int8 Blueprint::mLevel ( )

inline

Definition at line 137 of file Blueprint.h.

References m_data, and EvERam::bpData::mLevel.

{ return m_data.mLevel; }

int8 Blueprint::pLevel ( )

inline

Definition at line 138 of file Blueprint.h.

References m_data, and EvERam::bpData::pLevel.

{ return m_data.pLevel; }

const ItemType& Blueprint::productType ( ) const

inline

Definition at line 134 of file Blueprint.h.

References m_bpType, and BlueprintType::productType().

{ return m_bpType.productType(); }

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uint32 Blueprint::productTypeID ( ) const

inline

Definition at line 135 of file Blueprint.h.

References m_bpType, and BlueprintType::productTypeID().

{ return m_bpType.productTypeID(); }

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int16 Blueprint::runs ( )

inline

Definition at line 139 of file Blueprint.h.

References m_data, and EvERam::bpData::runs.

Referenced by SetRuns(), and UpdateRuns().

{ return m_data.runs; }

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void Blueprint::SaveBlueprint ( )

protected

Definition at line 134 of file Blueprint.cpp.

References _log, m_data, InventoryItem::m_itemID, and FactoryDB::SaveBlueprintData().

Referenced by SetCopy(), SetMLevel(), SetPLevel(), SetRuns(), UpdateMLevel(), UpdatePLevel(), and UpdateRuns().

                              {
    _log( MANUF__TRACE, "Saving blueprint %u.", m_itemID );
    FactoryDB::SaveBlueprintData(m_itemID, m_data);
}

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void Blueprint::SetCopy ( bool  copy )

inline

Definition at line 146 of file Blueprint.h.

References EvERam::bpData::copy, copy(), m_data, and SaveBlueprint().

{ m_data.copy = copy; SaveBlueprint(); }

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void Blueprint::SetMLevel ( int8  me )

inline

Definition at line 144 of file Blueprint.h.

References m_data, EvERam::bpData::mLevel, and SaveBlueprint().

{ m_data.mLevel = me; SaveBlueprint(); }

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void Blueprint::SetPLevel ( int8  pe )

inline

Definition at line 145 of file Blueprint.h.

References m_data, EvERam::bpData::pLevel, and SaveBlueprint().

{ m_data.pLevel = pe; SaveBlueprint(); }

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void Blueprint::SetRuns ( int16  runs )

inline

Definition at line 147 of file Blueprint.h.

References m_data, EvERam::bpData::runs, runs(), and SaveBlueprint().

{ m_data.runs = runs; SaveBlueprint(); }

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BlueprintRef Blueprint::Spawn ( ItemData &  data, EvERam::bpData &  bdata  )

static

Definition at line 71 of file Blueprint.cpp.

References CreateItemID(), Load(), and sItemFactory.

Referenced by InventoryItem::Spawn().

                                                                 {
    uint32 blueprintID(Blueprint::CreateItemID(data, bdata));
    if (blueprintID == 0)
        return BlueprintRef(nullptr);
    BlueprintRef bRef = Blueprint::Load(blueprintID);
    sItemFactory.AddItem(bRef);
    return bRef;
}

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virtual InventoryItemRef Blueprint::Split ( int32  qty_to_take, bool  notify = true  )

inlinevirtual

Definition at line 124 of file Blueprint.h.

References SplitBlueprint().

                                                        { return SplitBlueprint( qty_to_take, notify ); }

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BlueprintRef Blueprint::SplitBlueprint	(	int32	qty_to_take,
		bool	notify = true
	)

Definition at line 105 of file Blueprint.cpp.

References EvERam::bpData::copy, RefPtr< X >::get(), m_data, EvERam::bpData::mLevel, EvERam::bpData::pLevel, EvERam::bpData::runs, InventoryItem::Split(), and RefPtr< X >::StaticCast().

Referenced by Split().

                                                                      {
    // split item
    BlueprintRef bRef = BlueprintRef::StaticCast(InventoryItem::Split(qty_to_take, notify));
    if (bRef.get() == nullptr)
        return BlueprintRef(nullptr);

    // copy our attributes
    bRef->SetCopy(m_data.copy);
    bRef->SetMLevel(m_data.mLevel);
    bRef->SetPLevel(m_data.pLevel);
    bRef->SetRuns(m_data.runs);
    bRef->SaveBlueprint();
    return bRef;
}

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const BlueprintType& Blueprint::type ( ) const

inline

Definition at line 133 of file Blueprint.h.

References m_bpType.

Referenced by _LoadItem().

{ return m_bpType; }

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void Blueprint::UpdateMLevel ( int8  me )

inline

Definition at line 150 of file Blueprint.h.

References m_data, EvERam::bpData::mLevel, and SaveBlueprint().

{ m_data.mLevel += me; SaveBlueprint(); }

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void Blueprint::UpdatePLevel ( int8  pe )

inline

Definition at line 151 of file Blueprint.h.

References m_data, EvERam::bpData::pLevel, and SaveBlueprint().

{ m_data.pLevel += pe; SaveBlueprint(); }

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void Blueprint::UpdateRuns ( int16  runs )

inline

Definition at line 152 of file Blueprint.h.

References m_data, EvERam::bpData::runs, runs(), and SaveBlueprint().

{ m_data.runs += runs; SaveBlueprint(); }

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Friends And Related Function Documentation

friend class InventoryItem

friend

Definition at line 117 of file Blueprint.h.

Member Data Documentation

const BlueprintType& Blueprint::m_bpType

private

Definition at line 194 of file Blueprint.h.

Referenced by GetBlueprintAttributes(), GetME(), productType(), productTypeID(), and type().

EvERam::bpData Blueprint::m_data

private

Definition at line 195 of file Blueprint.h.

Referenced by Blueprint(), copy(), GetBlueprintAttributes(), GetME(), GetPE(), infinite(), Merge(), mLevel(), pLevel(), runs(), SaveBlueprint(), SetCopy(), SetMLevel(), SetPLevel(), SetRuns(), SplitBlueprint(), UpdateMLevel(), UpdatePLevel(), and UpdateRuns().

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The documentation for this class was generated from the following files:

• /backups/local/src/eve/EvEmu_Crucible/src/eve-server/manufacturing/Blueprint.h
• /backups/local/src/eve/EvEmu_Crucible/src/eve-server/manufacturing/Blueprint.cpp