private void createDefaultAttributeObjects(ushort width, ushort height)
{
// Root Object
BookAttrObject bookAttr = new BookAttrObject(GetNextObjId());
bookAttr.createDefaultTags();
m_Book.Objects.Add(bookAttr);
m_Book.Header.dwRootObjectId = bookAttr.ID;
// Create an empty table of contents.
m_TocObject = new TocObject(GetNextObjId());
m_Book.Objects.Add(m_TocObject);
m_Book.Header.dwTocObjectId = m_TocObject.ID;
m_MainBodyTextAttr = new TextAttrObject(GetNextObjId());
m_MainBodyTextAttr.createDefaultTags(BlockAlignment.Left);
m_Book.Objects.Add(m_MainBodyTextAttr);
m_CenteredTextAttr = new TextAttrObject(GetNextObjId());
m_CenteredTextAttr.createDefaultTags(BlockAlignment.Center);
m_Book.Objects.Add(m_CenteredTextAttr);
// Fill this one in later need id now for the BookAttrObject
m_PageTree = new PageTreeObject(GetNextObjId());
m_Book.Objects.Add(m_PageTree);
bookAttr.Tags.Add(new UInt32Tag(TagId.ChildPageTree, m_PageTree.ID));
m_PageAttr = new PageAttrObject(GetNextObjId());
m_PageAttr.createDefaultTags();
m_Book.Objects.Add(m_PageAttr);
m_BlockAttr = new BlockAttrObject(GetNextObjId());
m_BlockAttr.createDefaultTags(width, height);
m_Book.Objects.Add(m_BlockAttr);
}
private void SerializeHeader(BBeB book, BBeBinaryWriter writer)
{
BBeBHeader header = book.Header;
TocObject tocObject = (TocObject)book.FindObject((ushort)header.dwTocObjectId);
if (tocObject == null)
{
throw new InvalidBookException("Can't find the TOC object");
}
writer.Write(header.signature);
writer.Write(header.wVersion);
writer.Write(header.wPseudoEncByte);
writer.Write(header.dwRootObjectId);
writer.Write(header.NumberOfObjects);
m_dwIndexOffsetVal = writer.Position;
writer.Write(header.ObjectIndexOffset);
writer.Write(header.dwUnknown1);
writer.Write(header.byBindingDir);
writer.Write(header.byPadding1);
writer.Write(header.wDPI);
writer.Write(header.wPadding2);
writer.Write(header.wScreenWidth);
writer.Write(header.wScreenHeight);
writer.Write(header.byColorDepth);
writer.Write(header.byPadding3);
writer.Write(header.byUnkonwn2);
writer.Write(header.dwTocObjectId);
writer.WriteStreamOffsetReference(tocObject);
// This may seem a little wasteful as we actually serialize the MetaData object twice
// Once here and onces when we actualy write it to the stream, however we need to set
// the compressed size in the header and we can only do it by compressing it first.
// Really we should store the compressed byte stream and just save that out
// but its not very big so the overhead is quite small
{
MemoryStream mem = new MemoryStream();
BinaryWriter sw = new BinaryWriter(mem);
header.wDocInfoCompSize = (ushort)(SerializeMetaData(book.MetaData, sw) + 4);
}
writer.Write(header.wDocInfoCompSize);
Debug.Assert(writer.Position == 0x4E);
if (header.wVersion >= 800)
{
writer.Write(header.wThumbnailFlags);
writer.Write(header.dwThumbSize);
Debug.Assert(writer.Position == 0x54);
}
}
