public void Replay(IDocumentConsumer con)
{
int f = 0;
for (int b = 0; b < blocks.Count; b++)
{
while (f < blocks[b].FragmentIndex)
con.PushFragment(fragments[f++]);
con.PushBlock(blocks[b].Content);
}
while (f < fragments.Count)
con.PushFragment(fragments[f++]);
con.Close();
}
static void PrintEntry(TableOfContents toc,
IDocumentConsumer doc,
int ent, int depth, int depthLimit)
{
if ((depthLimit >= 0) && (depth > depthLimit))
return;
doc.PushBlock(new Block() {
Indent = depth
});
doc.PushFragment(new Fragment() {
Attr = Fragment.Attributes.Heading,
Text = toc.GetName(ent),
Linkref = toc.GetLinkref(ent)
});
for (int i = toc.FirstChild(ent); i >= 0; i = toc.NextSibling(i))
PrintEntry(toc, doc, i, depth + 1, depthLimit);
}
public static void PrintToc(TableOfContents toc,
IDocumentConsumer doc,
int depthLimit = -1)
{
doc.PushBlock(new Block());
doc.PushFragment(new Fragment() {
Attr = Fragment.Attributes.Heading,
Text = toc.Title
});
for (int i = toc.FirstRoot(); i >= 0; i = toc.NextSibling(i))
PrintEntry(toc, doc, i, 0, depthLimit);
doc.Close();
}
public void ProduceBook(IDocumentConsumer con)
{
for (int i = 0; i < Spine.Count; i++)
{
OPFManifest.Item item = Manifest.GetById(Spine[i]);
IDocumentConsumer filter =
new NamespaceAnchors(item.Linkref + "#", con);
con.PushFragment(new Fragment() {
Attr = Fragment.Attributes.AnchorName,
Text = item.Linkref
});
ProduceDocument(item.Linkref, filter);
}
}
