internal override void WriteMimePart(MimeStreamWriter mimeWriter, ConversionLimitsTracker limits, MimePartInfo part, ItemToMimeConverter.MimeFlags mimeFlags)
{
if ((mimeFlags & ItemToMimeConverter.MimeFlags.SkipContent) != ItemToMimeConverter.MimeFlags.SkipContent)
{
mimeWriter.WritePartWithHeaders(part.SmimePart, false);
return;
}
mimeWriter.WriteHeadersFromPart(part.SmimePart);
}
private void WriteMimePart(IImapMimeProvider mimeProvider, MimeStreamWriter writer, OutboundConversionOptions options, MimePartInfo partInfo, ItemToMimeConverter.MimeFlags conversionFlags)
{
try
{
ConvertUtils.CallCts(ExTraceGlobals.CcOutboundMimeTracer, "ImapItemConverter::WriteMimePart", ServerStrings.ConversionCorruptContent, delegate
{
ConversionLimitsTracker limits = new ConversionLimitsTracker(options.Limits);
mimeProvider.WriteMimePart(writer, limits, partInfo, conversionFlags);
});
}
catch (StoragePermanentException exc)
{
ItemConversion.SaveFailedItem(this.itemIn, options, exc);
throw;
}
}
internal abstract void WriteMimePart(MimeStreamWriter mimeWriter, ConversionLimitsTracker limits, MimePartInfo part, ItemToMimeConverter.MimeFlags mimeFlags);
internal override void WriteMimePart(MimeStreamWriter mimeWriter, ConversionLimitsTracker limits, MimePartInfo part, ItemToMimeConverter.MimeFlags mimeFlags)
{
this.itemConverter.WriteMimePart(mimeWriter, limits, part, mimeFlags);
}
