private void StartRecord(Stream aOut, short aRecordType)
{
LittleEndianHelper.WriteShortU(aOut, aRecordType);
int aVal = this.m_recordSize[this.m_count++] - 4;
LittleEndianHelper.WriteShortU(aOut, aVal);
}
public static void WriteIntU(long aVal, byte[] aBuf, int aOff)
{
if (aVal > LittleEndianHelper.UINT_MAX)
{
throw new IOException(ExcelRenderRes.MaxValueExceeded(LittleEndianHelper.UINT_MAX.ToString(CultureInfo.InvariantCulture)));
}
LittleEndianHelper.WriteInt((int)(aVal & -1), aBuf, aOff);
}
public static void WriteShortU(int aVal, byte[] aBuf, int aOff)
{
if (aVal > LittleEndianHelper.USHORT_MAX)
{
throw new IOException(ExcelRenderRes.MaxValueExceeded(LittleEndianHelper.USHORT_MAX.ToString(CultureInfo.InvariantCulture)));
}
LittleEndianHelper.WriteShort((short)(aVal & 0xFFFF), aBuf, aOff);
}
public static double ReadFixed32U(byte[] aBuff, int aOff)
{
long num = LittleEndianHelper.ReadIntU(aBuff, aOff);
double num2 = (double)LittleEndianHelper.URShift(num, 16);
num &= 0xFFFF;
return(num2 + (double)num / 65536.0);
}
public static void WriteFixed32U(double aVal, byte[] aBuff, int aOff)
{
double num = Math.Floor(aVal);
double num2 = aVal - num;
num2 *= 65536.0;
long num3 = (long)num << 16;
num3 += (long)num2;
LittleEndianHelper.WriteIntU(num3, aBuff, aOff);
}
public static double ReadFixed32(byte[] aBuff, int aOff)
{
int num = LittleEndianHelper.ReadInt(aBuff, aOff);
bool flag = false;
if (num < 0)
{
num *= -1;
flag = true;
}
double num2 = (double)LittleEndianHelper.URShift(num, 16);
num &= 0xFFFF;
num2 += (double)num / 65536.0;
if (flag)
{
num2 *= -1.0;
}
return(num2);
}
public static void WriteFixed32(double aVal, byte[] aBuff, int aOff)
{
bool flag = false;
if (aVal < 0.0)
{
aVal *= -1.0;
flag = true;
}
double num = Math.Floor(aVal);
double num2 = aVal - num;
num2 *= 65536.0;
int num3 = (int)num << 16;
num3 += (int)num2;
if (flag)
{
num3 *= -1;
}
LittleEndianHelper.WriteInt(num3, aBuff, aOff);
}
public void WriteHeaderData(Stream aOut, bool aCompressed)
{
if (aCompressed)
{
this.m_grbit &= 254;
}
else
{
this.m_grbit |= 1;
}
LittleEndianHelper.WriteShortU(aOut, this.m_rgb.Length);
aOut.WriteByte(this.m_grbit);
if (this.m_runsList != null)
{
if ((this.m_grbit & 8) != 0)
{
LittleEndianHelper.WriteShortU(aOut, this.m_runsList.Count);
}
}
else if ((this.m_grbit & 8) != 0)
{
LittleEndianHelper.WriteShortU(aOut, 0);
}
}
private void WriteMaskedValue(int offset, short mask, short value)
{
short aVal = BitField16.PutValue(LittleEndianHelper.ReadShort(this.m_data, offset), mask, value);
LittleEndianHelper.WriteShort(aVal, this.m_data, offset);
}
public static long ReadIntU(byte[] aBuf, int aOff)
{
return((long)LittleEndianHelper.ReadInt(aBuf, aOff) & -1L);
}
public static int ReadShortU(byte[] aBuf, int aOff)
{
return(LittleEndianHelper.ReadShort(aBuf, aOff) & 0xFFFF);
}
public static void WriteFloat(float aVal, byte[] aBuf, int aOff)
{
LittleEndianHelper.WriteInt(Convert.ToInt32(aVal), aBuf, aOff);
}
private void SetValue16(int offset, short mask, int value)
{
short aVal = BitField16.PutValue(LittleEndianHelper.ReadShort(this.m_xfData, offset), mask, (short)value);
LittleEndianHelper.WriteShort(aVal, this.m_xfData, offset);
}
public static char readChar(byte[] aBuf, int aOff)
{
return((char)(ushort)LittleEndianHelper.ReadShort(aBuf, aOff));
}
public static long URShift(long number, long bits)
{
return(LittleEndianHelper.URShift(number, (int)bits));
}
public static void WriteDouble(double aVal, byte[] aBuf, int aOff)
{
LittleEndianHelper.WriteLong(Convert.ToInt64(aVal), aBuf, aOff);
}
public void Write(Stream aOut)
{
this.CalcSize();
this.m_count = 0;
int num = 8228;
int num2 = 12;
this.StartRecord(aOut, 252);
LittleEndianHelper.WriteIntU(aOut, this.m_totalStrings);
LittleEndianHelper.WriteIntU(aOut, this.UniqueStrings);
int num3 = num - num2;
StringChunkInfo stringChunkInfo = new StringChunkInfo();
foreach (StringWrapperBIFF8 item in this.m_stringOrder)
{
stringChunkInfo.CharsTotal = item.Cch;
int headerSize = item.HeaderSize;
int num4 = num3 - headerSize;
if (num4 < 0 || (num4 == 0 && item.Cch != 0))
{
this.StartRecord(aOut, 60);
num2 = 4;
num3 = num - num2;
}
int aBytesAvailable = num3 - headerSize;
num2 += headerSize;
item.PrepareWriteCharacterData(stringChunkInfo, aBytesAvailable);
item.WriteHeaderData(aOut, stringChunkInfo.Compressed);
num2 += item.WriteCharacterData(aOut, stringChunkInfo, aBytesAvailable);
num3 = ((!stringChunkInfo.HasMore) ? (num - num2) : 0);
while (stringChunkInfo.HasMore)
{
aBytesAvailable = num3;
int charPos = stringChunkInfo.CharPos;
int characterDataSize = item.GetCharacterDataSize(stringChunkInfo, aBytesAvailable);
stringChunkInfo.CharPos = charPos;
if (characterDataSize == 0)
{
this.StartRecord(aOut, 60);
num2 = 5;
aBytesAvailable = 8223;
item.PrepareWriteCharacterData(stringChunkInfo, aBytesAvailable);
aOut.WriteByte((byte)((!stringChunkInfo.Compressed) ? 1 : 0));
}
else
{
item.PrepareWriteCharacterData(stringChunkInfo, aBytesAvailable);
}
num2 += item.WriteCharacterData(aOut, stringChunkInfo, aBytesAvailable);
num3 = ((!stringChunkInfo.HasMore) ? (num - num2) : 0);
}
int num5 = item.FormatRunsDataSize;
if (num5 > 0)
{
byte[] formatRunsData = item.FormatRunsData;
while (num5 > 0)
{
if (num3 == 0)
{
this.StartRecord(aOut, 60);
num2 = 4;
num3 = num - num2;
}
int num6 = (num3 < num5) ? num3 : num5;
num6 -= num6 % 4;
if (num6 > 0)
{
aOut.Write(formatRunsData, formatRunsData.Length - num5, num6);
num3 -= num6;
num5 -= num6;
num2 += num6;
}
else
{
num3 = 0;
}
}
}
}
}
public static float ReadFloat(byte[] aBuf, int aOff)
{
return(Convert.ToSingle(LittleEndianHelper.ReadInt(aBuf, aOff)));
}
private void SetValue32(int offset, int mask, int value)
{
int aVal = BitField32.PutValue(LittleEndianHelper.ReadInt(this.m_xfData, offset), mask, value);
LittleEndianHelper.WriteInt(aVal, this.m_xfData, offset);
}
public static double ReadDouble(byte[] aBuf, int aOff)
{
return(Convert.ToDouble(LittleEndianHelper.ReadLong(aBuf, aOff)));
}