public File(IInputStream stream)
{
Initialize();
reader = new Reader(stream, this);
try // [FIX:45] File constructor didn't dispose reader on error.
{
Reader.FileInfo info = reader.ReadInfo();
version = info.Version;
trailer = PrepareTrailer(info.Trailer);
indirectObjects = new IndirectObjects(this, info.XrefEntries);
document = new Document(trailer[PdfName.Root]);
Configuration.XRefMode = (PdfName.XRef.Equals(trailer[PdfName.Type])
? XRefModeEnum.Compressed
: XRefModeEnum.Plain);
if (trailer.ContainsKey(PdfName.Encrypt)) // Encrypted file.
{
throw new NotImplementedException("Encrypted files are currently not supported.");
var encript = trailer.Resolve(PdfName.Encrypt);
}
}
catch (Exception)
{
reader.Dispose();
throw;
}
}
public File()
{
Initialize();
version = VersionEnum.PDF14.GetVersion();
trailer = PrepareTrailer(new PdfDictionary());
indirectObjects = new IndirectObjects(this, null);
document = new Document(this);
}
public File(IInputStream stream)
{
Initialize();
reader = new Reader(stream, this);
try // [FIX:45] File constructor didn't dispose reader on error.
{
Reader.FileInfo info = reader.ReadInfo();
version = info.Version;
trailer = PrepareTrailer(info.Trailer);
indirectObjects = new IndirectObjects(this, info.XrefEntries);
reader.PrepareDecryption();
var documentReference = trailer[PdfName.Root];
if (documentReference.Resolve() is PdfDictionary)
{
document = new Document(documentReference);
}
else
{
foreach (var inderectObject in indirectObjects)
{
var entry = inderectObject.Resolve();
if (entry is PdfDictionary entryDictionary &&
entryDictionary[PdfName.Pages] != null)
{
document = new Document(entry.Reference);
}
}
}
Configuration.XRefMode = (PdfName.XRef.Equals(trailer[PdfName.Type])
? XRefModeEnum.Compressed
: XRefModeEnum.Plain);
}
catch (Exception)
{
reader.Dispose();
throw;
}
}
