/// <summary>
/// 读取字节流(完整版)
/// </summary>
protected override void toReadBytesFull(BytesReadStream stream)
{
stream.startReadObj();
int booleanDicLen = stream.readLen();
if (this.booleanDic != null)
{
this.booleanDic.clear();
this.booleanDic.ensureCapacity(booleanDicLen);
}
else
{
this.booleanDic = new IntBooleanMap(booleanDicLen);
}
IntBooleanMap booleanDicT = this.booleanDic;
for (int booleanDicI = booleanDicLen - 1; booleanDicI >= 0; --booleanDicI)
{
int booleanDicK;
bool booleanDicV;
booleanDicK = stream.readInt();
booleanDicV = stream.readBoolean();
booleanDicT.put(booleanDicK, booleanDicV);
}
int intDicLen = stream.readLen();
if (this.intDic != null)
{
this.intDic.clear();
this.intDic.ensureCapacity(intDicLen);
}
else
{
this.intDic = new IntIntMap(intDicLen);
}
IntIntMap intDicT = this.intDic;
for (int intDicI = intDicLen - 1; intDicI >= 0; --intDicI)
{
int intDicK;
int intDicV;
intDicK = stream.readInt();
intDicV = stream.readInt();
intDicT.put(intDicK, intDicV);
}
int longDicLen = stream.readLen();
if (this.longDic != null)
{
this.longDic.clear();
this.longDic.ensureCapacity(longDicLen);
}
else
{
this.longDic = new IntLongMap(longDicLen);
}
IntLongMap longDicT = this.longDic;
for (int longDicI = longDicLen - 1; longDicI >= 0; --longDicI)
{
int longDicK;
long longDicV;
longDicK = stream.readInt();
longDicV = stream.readLong();
longDicT.put(longDicK, longDicV);
}
int stringDicLen = stream.readLen();
if (this.stringDic != null)
{
this.stringDic.clear();
this.stringDic.ensureCapacity(stringDicLen);
}
else
{
this.stringDic = new SMap <string, string>(stringDicLen);
}
SMap <string, string> stringDicT = this.stringDic;
for (int stringDicI = stringDicLen - 1; stringDicI >= 0; --stringDicI)
{
string stringDicK;
string stringDicV;
stringDicK = stream.readUTF();
stringDicV = stream.readUTF();
stringDicT.put(stringDicK, stringDicV);
}
stream.endReadObj();
}
/// <summary>
/// 复制(深拷贝)
/// </summary>
protected override void toCopy(BaseData data)
{
if (!(data is KeepSaveData))
{
return;
}
KeepSaveData mData = (KeepSaveData)data;
if (mData.booleanDic != null)
{
if (this.booleanDic != null)
{
this.booleanDic.clear();
this.booleanDic.ensureCapacity(mData.booleanDic.size());
}
else
{
this.booleanDic = new IntBooleanMap(mData.booleanDic.size());
}
IntBooleanMap booleanDicT = this.booleanDic;
if (!mData.booleanDic.isEmpty())
{
int booleanDicKFreeValue = mData.booleanDic.getFreeValue();
int[] booleanDicKKeys = mData.booleanDic.getKeys();
bool[] booleanDicVValues = mData.booleanDic.getValues();
for (int booleanDicKI = booleanDicKKeys.Length - 1; booleanDicKI >= 0; --booleanDicKI)
{
int booleanDicK = booleanDicKKeys[booleanDicKI];
if (booleanDicK != booleanDicKFreeValue)
{
bool booleanDicV = booleanDicVValues[booleanDicKI];
int booleanDicW;
bool booleanDicU;
booleanDicW = booleanDicK;
booleanDicU = booleanDicV;
booleanDicT.put(booleanDicW, booleanDicU);
}
}
}
}
else
{
this.booleanDic = null;
nullObjError("booleanDic");
}
if (mData.intDic != null)
{
if (this.intDic != null)
{
this.intDic.clear();
this.intDic.ensureCapacity(mData.intDic.size());
}
else
{
this.intDic = new IntIntMap(mData.intDic.size());
}
IntIntMap intDicT = this.intDic;
if (!mData.intDic.isEmpty())
{
int intDicKFreeValue = mData.intDic.getFreeValue();
int[] intDicKKeys = mData.intDic.getKeys();
int[] intDicVValues = mData.intDic.getValues();
for (int intDicKI = intDicKKeys.Length - 1; intDicKI >= 0; --intDicKI)
{
int intDicK = intDicKKeys[intDicKI];
if (intDicK != intDicKFreeValue)
{
int intDicV = intDicVValues[intDicKI];
int intDicW;
int intDicU;
intDicW = intDicK;
intDicU = intDicV;
intDicT.put(intDicW, intDicU);
}
}
}
}
else
{
this.intDic = null;
nullObjError("intDic");
}
if (mData.longDic != null)
{
if (this.longDic != null)
{
this.longDic.clear();
this.longDic.ensureCapacity(mData.longDic.size());
}
else
{
this.longDic = new IntLongMap(mData.longDic.size());
}
IntLongMap longDicT = this.longDic;
if (!mData.longDic.isEmpty())
{
int longDicKFreeValue = mData.longDic.getFreeValue();
int[] longDicKKeys = mData.longDic.getKeys();
long[] longDicVValues = mData.longDic.getValues();
for (int longDicKI = longDicKKeys.Length - 1; longDicKI >= 0; --longDicKI)
{
int longDicK = longDicKKeys[longDicKI];
if (longDicK != longDicKFreeValue)
{
long longDicV = longDicVValues[longDicKI];
int longDicW;
long longDicU;
longDicW = longDicK;
longDicU = longDicV;
longDicT.put(longDicW, longDicU);
}
}
}
}
else
{
this.longDic = null;
nullObjError("longDic");
}
if (mData.stringDic != null)
{
if (this.stringDic != null)
{
this.stringDic.clear();
this.stringDic.ensureCapacity(mData.stringDic.size());
}
else
{
this.stringDic = new SMap <string, string>(mData.stringDic.size());
}
SMap <string, string> stringDicT = this.stringDic;
if (!mData.stringDic.isEmpty())
{
string[] stringDicKKeys = mData.stringDic.getKeys();
string[] stringDicVValues = mData.stringDic.getValues();
for (int stringDicKI = stringDicKKeys.Length - 1; stringDicKI >= 0; --stringDicKI)
{
string stringDicK = stringDicKKeys[stringDicKI];
if (stringDicK != null)
{
string stringDicV = stringDicVValues[stringDicKI];
string stringDicW;
string stringDicU;
stringDicW = stringDicK;
stringDicU = stringDicV;
stringDicT.put(stringDicW, stringDicU);
}
}
}
}
else
{
this.stringDic = null;
nullObjError("stringDic");
}
}