blobfield32.h

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/*
* Copyright 2015 Autodesk, Inc. All rights reserved.
* Use of this software is subject to the terms of the Autodesk license agreement and any attachments or Appendices thereto provided at the time of installation or download,
* or which otherwise accompanies this software in either electronic or hard copy form, or which is signed by you and accepted by Autodesk.
*/


// primary contact: GUAL - secondary contact: NOBODY
#ifndef Navigation_BlobField32_H
#define Navigation_BlobField32_H


#include "gwnavruntime/base/types.h"
#include "gwnavruntime/blob/blobarray.h"
#include "gwnavruntime/blob/baseblobbuilder.h"
#include "gwnavruntime/kernel/SF_String.h"
#include "gwnavruntime/containers/kyarray.h"


namespace Kaim
{


class BlobField32
{
    KY_DEFINE_NEW_DELETE_OPERATORS(Stat_Default_Mem)
public:
    static const KyUInt32 Type_Unset     = 0;
    static const KyUInt32 Type_KyUInt32  = 1;
    static const KyUInt32 Type_KyInt32   = 2;
    static const KyUInt32 Type_KyFloat32 = 3;
    static const KyUInt32 Type_Bool      = 4;

public:
    BlobField32() : m_type(Type_Unset), m_value(0) {}

    KyUInt32&  ValueAsUInt32()  { return m_value; }
    KyInt32&   ValueAsInt32()   { return *(KyInt32*)&m_value; }
    KyFloat32& ValueAsFloat32() { char* value = (char*)&m_value; return *(KyFloat32*)value;  }

public:
    BlobArray<char> m_name;
    KyUInt32 m_type;
    KyUInt32 m_value;
};
inline void SwapEndianness(Endianness::Target e, BlobField32& self)
{
    SwapEndianness(e, self.m_name);
    SwapEndianness(e, self.m_type);
    SwapEndianness(e, self.m_value);
}


class BlobField32Mapping
{
    KY_DEFINE_NEW_DELETE_OPERATORS(Stat_Default_Mem)
public:
    BlobField32Mapping() : m_type(BlobField32::Type_Unset), m_name(KY_NULL), m_value(KY_NULL) {}

    BlobField32Mapping(KyUInt32 type, const char* name, bool* value)      : m_type(type), m_name(name), m_value((char*)value) {}
    BlobField32Mapping(KyUInt32 type, const char* name, KyUInt32* value)  : m_type(type), m_name(name), m_value((char*)value) {}
    BlobField32Mapping(KyUInt32 type, const char* name, KyInt32* value)   : m_type(type), m_name(name), m_value((char*)value) {}
    BlobField32Mapping(KyUInt32 type, const char* name, KyFloat32* value) : m_type(type), m_name(name), m_value((char*)value) {}

    bool&      ValueAsBool()    { return *((bool*)m_value);      }
    KyUInt32&  ValueAsUInt32()  { return *((KyUInt32*)m_value);  }
    KyInt32&   ValueAsInt32()   { return *((KyInt32*)m_value);   }
    KyFloat32& ValueAsFloat32() { return *((KyFloat32*)m_value); }

    bool      GetValueAsBool()    { return *((bool*)m_value);      }
    KyUInt32  GetValueAsUInt32()  { return *((KyUInt32*)m_value);  }
    KyInt32   GetValueAsInt32()   { return *((KyInt32*)m_value);   }
    KyFloat32 GetValueAsFloat32() { return *((KyFloat32*)m_value); }

    void      SetValueAsBool(bool value)         { *((bool*)m_value)      = value; }
    void      SetValueAsUInt32(KyUInt32 value)   { *((KyUInt32*)m_value)  = value; }
    void      SetValueAsInt32(KyInt32 value)     { *((KyInt32*)m_value)   = value; }
    void      SetValueAsFloat32(KyFloat32 value) { *((KyFloat32*)m_value) = value; }

    void SetValueFromBlobValue32(KyUInt32 blobValue32)
    {
        if (m_type == BlobField32::Type_Bool)
            *((bool*)m_value)      = (blobValue32 != 1); // 32 bits copy to bool
        else
            *((KyUInt32*)m_value)  = blobValue32; // 32 bits copy
    }

public:
    KyUInt32 m_type;
    const char* m_name;
    char* m_value; // char* to avoid strict aliasing optimizations
};


template <class OSTREAM>
inline OSTREAM& operator<<(OSTREAM& os, BlobField32Mapping& mapping)
{
    os << mapping.m_name << " : "; 

    switch(mapping.m_type)
    {
        case BlobField32::Type_KyUInt32  : os <<(*(KyUInt32*) (mapping.m_value)); break;
        case BlobField32::Type_KyInt32   : os <<(*(KyInt32*)  (mapping.m_value)); break;
        case BlobField32::Type_KyFloat32 : os <<(*(KyFloat32*)(mapping.m_value)); break;
        case BlobField32::Type_Bool      : os <<(*(bool*)     (mapping.m_value)); break;
    }

    return os;
}


class BlobField32Builder : public BaseBlobBuilder<BlobField32>
{
public:
    BlobField32Builder(BlobField32Mapping& mapping) : m_mapping(&mapping) {}

private:
    virtual void DoBuild()
    {
        BLOB_SET(m_blob->m_type, m_mapping->m_type);
        BLOB_STRING(m_blob->m_name, m_mapping->m_name);
        BLOB_SET(m_blob->m_value, m_mapping->ValueAsUInt32());
    }

    BlobField32Mapping* m_mapping;
};




class BlobMultiField32
{
    KY_DEFINE_NEW_DELETE_OPERATORS(Stat_Default_Mem)
public:
    BlobMultiField32() : m_valueType(BlobField32::Type_Unset) {}
    
    KyUInt32 GetCount() const { return m_values.GetCount(); }

    const KyUInt32&  ValueAsUInt32( KyUInt32 idx) const { return m_values.GetValues()[idx]; }
    const KyInt32&   ValueAsInt32(  KyUInt32 idx) const { char* v = (char*)(&m_values.GetValues()[idx]); return *(KyInt32*)v;    }
    const KyFloat32& ValueAsFloat32(KyUInt32 idx) const { char* v = (char*)(&m_values.GetValues()[idx]); return *(KyFloat32*)v;  }

    KyUInt32  GetValueAsUInt32( KyUInt32 idx) const { return m_values.GetValues()[idx]; }
    KyInt32   GetValueAsInt32(  KyUInt32 idx) const { char* v = (char*)(&m_values.GetValues()[idx]); return *(KyInt32*)v;    }
    KyFloat32 GetValueAsFloat32(KyUInt32 idx) const { char* v = (char*)(&m_values.GetValues()[idx]); return *(KyFloat32*)v;  }

    void SetValueAsUInt32( KyUInt32 idx, KyUInt32 value)  { m_values.GetValues()[idx] = value; }
    void SetValueAsInt32(  KyUInt32 idx, KyInt32 value)   { char* v = (char*)&value; m_values.GetValues()[idx] = *((KyUInt32*)v); }
    void SetValueAsFloat32(KyUInt32 idx, KyFloat32 value) { char* v = (char*)&value; m_values.GetValues()[idx] = *((KyUInt32*)v); }

public:
    BlobArray<char> m_name;
    BlobArray<char> m_category;
    KyUInt32 m_valueType;
    BlobArray<KyUInt32> m_values;
};
inline void SwapEndianness(Endianness::Target e, BlobMultiField32& self)
{
    SwapEndianness(e, self.m_name);
    SwapEndianness(e, self.m_category);
    SwapEndianness(e, self.m_valueType);
    SwapEndianness(e, self.m_values);
}


class BlobMultiField32Mapping
{
    KY_DEFINE_NEW_DELETE_OPERATORS(Stat_Default_Mem)
public:
    BlobMultiField32Mapping() 
        : m_valueType(BlobField32::Type_Unset), m_name(KY_NULL), m_category (KY_NULL), m_values(KY_NULL) {}

    BlobMultiField32Mapping(KyUInt32 type, const char* name, const char* category, KyUInt32 size)
        : m_valueType(type), m_name(name), m_category(category), m_values(size) {}


    KyUInt32 GetCount() const { return m_values.GetCount(); }

    void MapUInt32(KyUInt32 index, const KyUInt32& value)   { m_values[index] = (char*)&value; }
    void MapInt32(KyUInt32 index, const KyInt32& value)     { m_values[index] = (char*)&value; }
    void MapFloat32(KyUInt32 index, const KyFloat32& value) { m_values[index] = (char*)&value; }

    KyUInt32&  ValueAsUInt32(KyUInt32 index)  { return *((KyUInt32*)m_values[index]);  }
    KyInt32&   ValueAsInt32(KyUInt32 index)   { return *((KyInt32*)m_values[index]);   }
    KyFloat32& ValueAsFloat32(KyUInt32 index) { return *((KyFloat32*)m_values[index]); }

    void SetValueFromBlobValue32(KyUInt32 index, KyUInt32 blobValue32)
    {
        if (m_valueType == BlobField32::Type_Bool)
            *((bool*)m_values[index])      = (blobValue32 != 1); // 32 bits copy to bool
        else
            *((KyUInt32*)m_values[index])  = blobValue32; // 32 bits copy
    }

public:
    KyUInt32 m_valueType;
    const char* m_name;
    const char* m_category;
    KyArrayPOD<char*> m_values;
};


template <class OSTREAM>
inline OSTREAM& operator<<(OSTREAM& os, BlobMultiField32Mapping& mapping)
{
    os << mapping.m_name << "(" << mapping.m_category << ") : "; 

    for (KyUInt32 idx = 0; idx < mapping.GetCount();  ++idx)
    {
        switch(mapping.m_valueType)
        {
        case BlobField32::Type_KyUInt32  : os <<((KyUInt32) (mapping.ValueAsUInt32(idx)));  break;
        case BlobField32::Type_KyInt32   : os <<((KyInt32)  (mapping.ValueAsInt32(idx)));   break;
        case BlobField32::Type_KyFloat32 : os <<((KyFloat32)(mapping.ValueAsFloat32(idx))); break;
        }

        os << ", ";
    }
    

    return os;
}



class BlobMultiField32Builder : public BaseBlobBuilder<BlobMultiField32>
{
public:
    BlobMultiField32Builder(BlobMultiField32Mapping& mapping) : m_mapping(&mapping) {}

private:
    virtual void DoBuild()
    {
        BLOB_STRING(m_blob->m_name, m_mapping->m_name);
        BLOB_STRING(m_blob->m_category, m_mapping->m_category);
        BLOB_SET(m_blob->m_valueType, m_mapping->m_valueType);
        
        KyUInt32 count = m_mapping->GetCount();
        KyUInt32* blobValues = BLOB_ARRAY(m_blob->m_values, count);
        if (IsWriteMode() == true)
        {
            for (KyUInt32 idx = 0; idx < count; ++idx)
            {
                blobValues[idx] = m_mapping->ValueAsUInt32(idx); 
            }
        }
    }

    BlobMultiField32Mapping* m_mapping;
};


}


#endif