<Extensions>h;hpp;h++;hxx;hm;inl;inc;xsd</Extensions>
      </Filter>
      <Filter Include="Resource Files">
        <Extensions>rc;ico;cur;bmp;dlg;rc2;rct;bin;rgs;gif;jpg;jpeg;jpe;resx;tiff;tif;png;wav</Extensions>
      </Filter>
    </ItemGroup>
    <ItemGroup Label="Sources"/>
    <ItemGroup Label="Headers"/>

        Node resourceFiles = itemGroup('Filters').Filter.find({it.'@Include' == 'Resource Files'}) as Node
        resourceFiles.Extensions[0].text() == 'rc;ico;cur;bmp;dlg;rc2;rct;bin;rgs;gif;jpg;jpeg;jpe;resx;tiff;tif;png;wav'

        and:
        itemGroup('Sources').children().isEmpty()
        itemGroup('Headers').children().isEmpty()
    }

    def "adds sources and header files"() {
        when:

have different security properties and provide different levels of confidence
when dealing with untrusted data. Based on the security history of these
libraries we consider that it is safe to work with untrusted inputs for PNG,
BMP, GIF, WAV, RAW, RAW\_PADDED, CSV and PROTO formats. All other input formats,
including tensorflow-io should be sandboxed if used to process untrusted data.

For example, if an attacker were to upload a malicious video file, they could

video/mpeg=mpeg\n\
video/mp4=mp4\n\
video/ogv=ogv\n\
video/quicktime=qt\n\
video/x-m4v=m4v\n\
audio/x-aif=aif\n\
audio/midi=midi\n\
audio/mpga=mpga\n\
audio/mp4=mp4a\n\
audio/ogg=oga\n\
audio/x-wav=wav\n\
image/webp=webp\n\
image/bmp=bmp\n\
image/x-icon=ico\n\
image/x-icon=ico\n\
image/png=png\n\
image/svg+xml=svg\n\
image/tiff=tiff\n\
image/jpeg=jpg\n\

index.reindex.size=100

labels.facet_filetype_mp4=MP4-Video
labels.facet_filetype_ogv=OGV-Video
labels.facet_filetype_qt=QuickTime-Video
labels.facet_filetype_m4v=M4V-Video
labels.facet_filetype_ogg=OGG-Audio
labels.facet_filetype_wav=WAV-Audio
labels.facet_filetype_webp=WebP-Audio
labels.facet_filetype_aif=AIF-Audio
labels.facet_filetype_midi=MIDI-Audio
labels.facet_filetype_mpga=MPGA-Audio
labels.facet_filetype_mp4a=MP4A-Audio

labels.facet_filetype_mp4=MP4 Video
labels.facet_filetype_ogv=OGV Video
labels.facet_filetype_qt=QuickTime Video
labels.facet_filetype_m4v=M4V Video
labels.facet_filetype_ogg=OGG Audio
labels.facet_filetype_wav=WAV Audio
labels.facet_filetype_webp=WebP Audio
labels.facet_filetype_aif=AIF Audio
labels.facet_filetype_midi=MIDI Audio
labels.facet_filetype_mpga=MPGA Audio
labels.facet_filetype_mp4a=MP4A Audio

  <mime-type type="audio/vnd.wave">
    <alias type="audio/x-wav"/>
    <alias type="audio/wave"/>
    <alias type="audio/wav"/>
    <acronym>WAV</acronym>
    <magic priority="20">
      <match value="RIFF....WAVE" type="string" offset="0"
             mask="0xFFFFFFFF00000000FFFFFFFF"/>
    </magic>
    <glob pattern="*.wav"/>
  </mime-type>

  <mime-type type="chemical/x-cdx">

labels.facet_filetype_mp4=MP4 Video
labels.facet_filetype_ogv=OGV Video
labels.facet_filetype_qt=QuickTime Video
labels.facet_filetype_m4v=M4V Video
labels.facet_filetype_ogg=OGG Audio
labels.facet_filetype_wav=WAV Audio
labels.facet_filetype_webp=WebP Audio
labels.facet_filetype_aif=AIF Audio
labels.facet_filetype_midi=MIDI Audio
labels.facet_filetype_mpga=MPGA Audio
labels.facet_filetype_mp4a=MP4A Audio

labels.facet_filetype_mp4 = MP4 비디오
labels.facet_filetype_ogv = OGV 비디오
labels.facet_filetype_qt = QuickTime 비디오
labels.facet_filetype_m4v = M4V 비디오
labels.facet_filetype_ogg = OGG 오디오
labels.facet_filetype_wav = WAV 오디오
labels.facet_filetype_aif = AIF 오디오
labels.facet_filetype_midi = MIDI 오디오
labels.facet_filetype_mpga = MPGA 오디오
labels.facet_filetype_mp4a = MP4A 오디오
labels.facet_filetype_oga = OGA 오디오

labels.facet_filetype_mp4=MP4 Video
labels.facet_filetype_ogv=OGV Video
labels.facet_filetype_qt=QuickTime Video
labels.facet_filetype_m4v=M4V Video
labels.facet_filetype_ogg=OGG Audio
labels.facet_filetype_wav=WAV Audio
labels.facet_filetype_webp=WebP Audio
labels.facet_filetype_aif=AIF Audio
labels.facet_filetype_midi=MIDI Audio
labels.facet_filetype_mpga=MPGA Audio
labels.facet_filetype_mp4a=MP4A Audio