<strong></strong><<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>C<strong></strong><<strong></strong>/<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>l<strong></strong>a<strong></strong>s<strong></strong>s<strong></strong> <strong></strong>L<strong></strong>i<strong></strong>b<strong></strong>r<strong></strong>a<strong></strong>r<strong></strong>i<strong></strong>e<strong></strong>s<strong></strong> <strong></strong>&<strong></strong> <strong></strong>R<strong></strong>E<strong></strong>S<strong></strong>T<strong></strong> <strong></strong>A<strong></strong>P<strong></strong>I<strong></strong>s<strong></strong> <strong></strong>f<strong></strong>o<strong></strong>r<strong></strong> <strong></strong>t<strong></strong>h<strong></strong>e<strong></strong> <strong></strong>d<strong></strong>e<strong></strong>v<strong></strong>e<strong></strong>l<strong></strong>o<strong></strong>p<strong></strong>e<strong></strong>r<strong></strong>s<strong></strong> <strong></strong>t<strong></strong>o<strong></strong> <strong></strong>m<strong></strong>a<strong></strong>n<strong></strong>i<strong></strong>p<strong></strong>u<strong></strong>l<strong></strong>a<strong></strong>t<strong></strong>e<strong></strong> <strong></strong>&<strong></strong> <strong></strong>p<strong></strong>r<strong></strong>o<strong></strong><<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>C<strong></strong><<strong></strong>/<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>e<strong></strong>s<strong></strong>s<strong></strong> <strong></strong>F<strong></strong>i<strong></strong>l<strong></strong>e<strong></strong>s<strong></strong> <strong></strong>f<strong></strong>r<strong></strong>o<strong></strong>m<strong></strong> <strong></strong>W<strong></strong>o<strong></strong>r<strong></strong>d<strong></strong>,<strong></strong> <strong></strong>E<strong></strong>x<strong></strong><<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>C<strong></strong><<strong></strong>/<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>e<strong></strong>l<strong></strong>,<strong></strong> <strong></strong>P<strong></strong>o<strong></strong>w<strong></strong>e<strong></strong>r<strong></strong>P<strong></strong>o<strong></strong>i<strong></strong>n<strong></strong>t<strong></strong>,<strong></strong> <strong></strong>V<strong></strong>i<strong></strong>s<strong></strong>i<strong></strong>o<strong></strong>,<strong></strong> <strong></strong>P<strong></strong>D<strong></strong>F<strong></strong>,<strong></strong> <strong></strong><<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>C<strong></strong><<strong></strong>/<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>A<strong></strong>D<strong></strong> <strong></strong>&<strong></strong> <strong></strong>s<strong></strong>e<strong></strong>v<strong></strong>e<strong></strong>r<strong></strong>a<strong></strong>l<strong></strong> <strong></strong>o<strong></strong>t<strong></strong>h<strong></strong>e<strong></strong>r<strong></strong> <strong></strong><<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>C<strong></strong><<strong></strong>/<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>a<strong></strong>t<strong></strong>e<strong></strong>g<strong></strong>o<strong></strong>r<strong></strong>i<strong></strong>e<strong></strong>s<strong></strong> <strong></strong>i<strong></strong>n<strong></strong> <strong></strong>W<strong></strong>e<strong></strong>b<strong></strong>,<strong></strong> <strong></strong>D<strong></strong>e<strong></strong>s<strong></strong>k<strong></strong>t<strong></strong>o<strong></strong>p<strong></strong> <strong></strong>o<strong></strong>r<strong></strong> <strong></strong>M<strong></strong>o<strong></strong>b<strong></strong>i<strong></strong>l<strong></strong>e<strong></strong> <strong></strong>a<strong></strong>p<strong></strong>p<strong></strong>s<strong></strong>.<strong></strong> <strong></strong>D<strong></strong>e<strong></strong>v<strong></strong>e<strong></strong>l<strong></strong>o<strong></strong>p<strong></strong> <strong></strong>&<strong></strong> <strong></strong>d<strong></strong>e<strong></strong>p<strong></strong>l<strong></strong>o<strong></strong>y<strong></strong> <strong></strong>o<strong></strong>n<strong></strong> <strong></strong>W<strong></strong>i<strong></strong>n<strong></strong>d<strong></strong>o<strong></strong>w<strong></strong>s<strong></strong>,<strong></strong> <strong></strong>L<strong></strong>i<strong></strong>n<strong></strong>u<strong></strong>x<strong></strong>,<strong></strong> <strong></strong>M<strong></strong>a<strong></strong><<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>C<strong></strong><<strong></strong>/<strong></strong>s<strong></strong>t<strong></strong>r<strong></strong>o<strong></strong>n<strong></strong>g<strong></strong>><strong></strong>O<strong></strong>S<strong></strong> <strong></strong>&<strong></strong> <strong></strong>A<strong></strong>n<strong></strong>d<strong></strong>r<strong></strong>o<strong></strong>i<strong></strong>d<strong></strong> <strong></strong>p<strong></strong>l<strong></strong>a<strong></strong>t<strong></strong>f<strong></strong>o<strong></strong>r<strong></strong>m<strong></strong>s<strong></strong>.<strong></strong>...Slides for C++ is a native C++ library. Aspose.Slides for C++ supports...You can use Aspose.Slides for C++ when developing applications...