/**
* Prepare to be written Leon
*/
public void PreWrite()
{
List <Property> properties = new List <Property>(_properties.Count);
for (int i = 0; i < _properties.Count; i++)
{
properties.Add(_properties[i]);
}
// give each property its index
for (int k = 0; k < properties.Count; k++)
{
properties[k].Index = k;
}
// allocate the blocks for the property table
_blocks = PropertyBlock.CreatePropertyBlockArray(_bigBigBlockSize, properties);
// prepare each property for writing
for (int k = 0; k < properties.Count; k++)
{
properties[k].PreWrite();
}
}
/**
* Prepare to be written
*/
public void PreWrite()
{
Property[] array = new Property[this._properties.Count];
this._properties.CopyTo(array, 0);
Property[] properties = array;
// give each property its index
for (int k = 0; k < properties.Length; k++)
{
properties[k].Index = k;
}
// allocate the blocks for the property table
_blocks = PropertyBlock.CreatePropertyBlockArray(_properties);
// prepare each property for writing
for (int k = 0; k < properties.Length; k++)
{
properties[k].PreWrite();
}
}
public void TestCreatePropertyBlocks()
{
// Test with 0 properties
ArrayList properties = new ArrayList();
BlockWritable[] blocks =
PropertyBlock.CreatePropertyBlockArray(properties);
Assert.AreEqual(0, blocks.Length);
// Test with 1 property
properties.Add(new LocalProperty("Root Entry"));
blocks = PropertyBlock.CreatePropertyBlockArray(properties);
Assert.AreEqual(1, blocks.Length);
byte[] testblock = new byte[512];
for (int j = 0; j < 4; j++)
{
SetDefaultBlock(testblock, j);
}
testblock[0x0000] = (byte)'R';
testblock[0x0002] = (byte)'o';
testblock[0x0004] = (byte)'o';
testblock[0x0006] = (byte)'t';
testblock[0x0008] = (byte)' ';
testblock[0x000A] = (byte)'E';
testblock[0x000C] = (byte)'n';
testblock[0x000E] = (byte)'t';
testblock[0x0010] = (byte)'r';
testblock[0x0012] = (byte)'y';
testblock[0x0040] = (byte)22;
verifyCorrect(blocks, testblock);
// Test with 3 properties
properties.Add(new LocalProperty("workbook"));
properties.Add(new LocalProperty("summary"));
blocks = PropertyBlock.CreatePropertyBlockArray(properties);
Assert.AreEqual(1, blocks.Length);
testblock[0x0080] = (byte)'w';
testblock[0x0082] = (byte)'o';
testblock[0x0084] = (byte)'r';
testblock[0x0086] = (byte)'k';
testblock[0x0088] = (byte)'b';
testblock[0x008A] = (byte)'o';
testblock[0x008C] = (byte)'o';
testblock[0x008E] = (byte)'k';
testblock[0x00C0] = (byte)18;
testblock[0x0100] = (byte)'s';
testblock[0x0102] = (byte)'u';
testblock[0x0104] = (byte)'m';
testblock[0x0106] = (byte)'m';
testblock[0x0108] = (byte)'a';
testblock[0x010A] = (byte)'r';
testblock[0x010C] = (byte)'y';
testblock[0x0140] = (byte)16;
verifyCorrect(blocks, testblock);
// Test with 4 properties
properties.Add(new LocalProperty("wintery"));
blocks = PropertyBlock.CreatePropertyBlockArray(properties);
Assert.AreEqual(1, blocks.Length);
testblock[0x0180] = (byte)'w';
testblock[0x0182] = (byte)'i';
testblock[0x0184] = (byte)'n';
testblock[0x0186] = (byte)'t';
testblock[0x0188] = (byte)'e';
testblock[0x018A] = (byte)'r';
testblock[0x018C] = (byte)'y';
testblock[0x01C0] = (byte)16;
verifyCorrect(blocks, testblock);
// Test with 5 properties
properties.Add(new LocalProperty("foo"));
blocks = PropertyBlock.CreatePropertyBlockArray(properties);
Assert.AreEqual(2, blocks.Length);
testblock = new byte[1024];
for (int j = 0; j < 8; j++)
{
SetDefaultBlock(testblock, j);
}
testblock[0x0000] = (byte)'R';
testblock[0x0002] = (byte)'o';
testblock[0x0004] = (byte)'o';
testblock[0x0006] = (byte)'t';
testblock[0x0008] = (byte)' ';
testblock[0x000A] = (byte)'E';
testblock[0x000C] = (byte)'n';
testblock[0x000E] = (byte)'t';
testblock[0x0010] = (byte)'r';
testblock[0x0012] = (byte)'y';
testblock[0x0040] = (byte)22;
testblock[0x0080] = (byte)'w';
testblock[0x0082] = (byte)'o';
testblock[0x0084] = (byte)'r';
testblock[0x0086] = (byte)'k';
testblock[0x0088] = (byte)'b';
testblock[0x008A] = (byte)'o';
testblock[0x008C] = (byte)'o';
testblock[0x008E] = (byte)'k';
testblock[0x00C0] = (byte)18;
testblock[0x0100] = (byte)'s';
testblock[0x0102] = (byte)'u';
testblock[0x0104] = (byte)'m';
testblock[0x0106] = (byte)'m';
testblock[0x0108] = (byte)'a';
testblock[0x010A] = (byte)'r';
testblock[0x010C] = (byte)'y';
testblock[0x0140] = (byte)16;
testblock[0x0180] = (byte)'w';
testblock[0x0182] = (byte)'i';
testblock[0x0184] = (byte)'n';
testblock[0x0186] = (byte)'t';
testblock[0x0188] = (byte)'e';
testblock[0x018A] = (byte)'r';
testblock[0x018C] = (byte)'y';
testblock[0x01C0] = (byte)16;
testblock[0x0200] = (byte)'f';
testblock[0x0202] = (byte)'o';
testblock[0x0204] = (byte)'o';
testblock[0x0240] = (byte)8;
verifyCorrect(blocks, testblock);
}
