// Token: 0x060001EA RID: 490 RVA: 0x000096B8 File Offset: 0x000086B8
private void ReadXF_3(Bytes bytes)
{
Bytes.Bits bits = bytes.GetBits();
ushort num = bits.Get(4, 12).ToUInt16();
if (num != 4095)
{
this.ReadStyleXfIndex = new ushort?(num);
}
this.ReadXF_TYPE_PROT(bits.Get(4));
}
private void ReadXF_3(Bytes bytes)
{
Bytes.Bits bits = bytes.GetBits();
ushort parentStyleXfIndex = bits.Get(4, 12).ToUInt16();
if (parentStyleXfIndex == 4095)
{
//this is a Style XF -- do nothing
}
else
{
ReadStyleXfIndex = parentStyleXfIndex; //we'll assign the style xf index later using the xfIdxLookups collected by Workbook.ReadBytes()
}
ReadXF_TYPE_PROT(bits.Get(4));
}
// Token: 0x06000158 RID: 344 RVA: 0x00007844 File Offset: 0x00006844
private static object DecodeRKInt(Bytes.Bits bits, bool div100)
{
object obj = bits.Get(2, 30).ToInt32();
if (div100)
{
obj = Convert.ToDouble(obj) / 100.0;
}
return(obj);
}
public void ChoppedDoubleIsValidDecimalRK()
{
double dbl = 123.4567;
Bytes bytes = new Bytes(BitConverter.GetBytes(dbl));
Bytes.Bits bits = bytes.GetBits();
Bytes.Bits mostSigBits = bits.Get(34, 30);
double newDbl = mostSigBits.ToDouble();
Assert.AreEqual(dbl, newDbl, 0.001, "Values are too different");
}
public void DoubleIsLittleEndian()
{
double dbl = 123.4567;
Bytes bytes = new Bytes(BitConverter.GetBytes(dbl));
Bytes.Bits bits = bytes.GetBits();
Bytes.Bits mostSigBits = bits.Get(2, 62);
double newDbl = mostSigBits.ToDouble();
Assert.AreEqual(dbl, newDbl, 0.000001, "Values are different");
}
private static int DecodeRKInt(Bytes.Bits bits, bool div100)
{
int val = bits.Get(2, 30).ToInt32();
if (div100)
{
val /= 10; //do it this way in case we get the same behavior as
//above when multiplying by 100
val /= 10;
}
return(val);
}
// Token: 0x06000157 RID: 343 RVA: 0x000077DC File Offset: 0x000067DC
private static double DecodeRKFloat(Bytes.Bits bits, bool div100)
{
Bytes.Bits bits2 = bits.Get(2, 30);
bits2.Prepend(false);
bits2.Prepend(false);
byte[] array = new byte[8];
bits2.GetBytes().ByteArray.CopyTo(array, 4);
BitConverter.GetBytes(1.0);
double num = BitConverter.ToDouble(array, 0);
if (div100)
{
num /= 100.0;
}
return(num);
}
private static double DecodeRKFloat(Bytes.Bits bits, bool div100)
{
Bytes.Bits floatBits = bits.Get(2, 30);
floatBits.Prepend(false); //right-shift to full 8 bytes
floatBits.Prepend(false);
byte[] floatBytes = new byte[8];
floatBits.GetBytes().ByteArray.CopyTo(floatBytes, 4);
byte[] double1Bytes = BitConverter.GetBytes((double)1);
double val = BitConverter.ToDouble(floatBytes, 0);
if (div100)
{
val /= 100.0;
}
return(val);
}
private static double DecodeRKFloat(Bytes.Bits bits, bool div100)
{
Bytes.Bits floatBits = bits.Get(2, 30);
floatBits.Prepend(false); //right-shift to full 8 bytes
floatBits.Prepend(false);
byte[] floatBytes = new byte[8];
floatBits.GetBytes().ByteArray.CopyTo(floatBytes, 4);
byte[] double1Bytes = BitConverter.GetBytes((double)1);
double val = BitConverter.ToDouble(floatBytes, 0);
if (div100)
{
val /= 10.0; //do it this way in case we get the same behavior as
//above when multiplying by 100
val /= 10.0;
}
return(val);
}