Input buildinfo: https://buildinfos.debian.net/buildinfo-pool/o/octave-sparsersb/octave-sparsersb_1.0.8-3_amd64.buildinfo
Use metasnap for getting required timestamps
New buildinfo file: /tmp/octave-sparsersb-1.0.8-3f88i2vjw/octave-sparsersb_1.0.8-3_amd64.buildinfo
Get source package info: octave-sparsersb=1.0.8-3
Source URL: http://snapshot.notset.fr/mr/package/octave-sparsersb/1.0.8-3/srcfiles?fileinfo=1
env -i PATH=/usr/sbin:/usr/bin:/sbin:/bin TMPDIR=/tmp mmdebstrap --arch=amd64 --include=aglfn=1.7+git20191031.4036a9c-2 autoconf=2.69-11.1 automake=1:1.16.3-1 autopoint=0.19.8.1-10 autotools-dev=20180224.1 base-files=11 base-passwd=3.5.48 bash=5.1-1 binutils=2.35.1-4 binutils-common=2.35.1-4 binutils-x86-64-linux-gnu=2.35.1-4 bsdextrautils=2.36.1-2 bsdutils=1:2.36.1-2 build-essential=12.8 bzip2=1.0.8-4 ca-certificates=20200601 cme=1.032-1 coreutils=8.32-4+b1 cpp=4:10.2.0-1 cpp-10=10.2.1-1 dash=0.5.11+git20200708+dd9ef66-2 debconf=1.5.74 debhelper=13.3 debianutils=4.11.2 dh-autoreconf=19 dh-octave=1.0.2 dh-octave-autopkgtest=1.0.2 dh-strip-nondeterminism=1.9.0-1 diffstat=1.63-1 diffutils=1:3.7-3 dpkg=1.20.5 dpkg-dev=1.20.5 dwz=0.13+20201015-2 file=1:5.39-3 findutils=4.7.0+git20201010-2 fontconfig=2.13.1-4.2 fontconfig-config=2.13.1-4.2 fonts-dejavu-core=2.37-2 fonts-freefont-otf=20120503-10 g++=4:10.2.0-1 g++-10=10.2.1-1 gcc=4:10.2.0-1 gcc-10=10.2.1-1 gcc-10-base=10.2.1-1 gettext=0.19.8.1-10 gettext-base=0.19.8.1-10 gfortran=4:10.2.0-1 gfortran-10=10.2.1-1 gnuplot-data=5.4.1+dfsg1-1 gnuplot-nox=5.4.1+dfsg1-1 gpg=2.2.20-1 gpgconf=2.2.20-1 grep=3.6-1 groff-base=1.22.4-5 gzip=1.10-2 hdf5-helpers=1.10.6+repack-2 hostname=3.23 init-system-helpers=1.59 intltool-debian=0.35.0+20060710.5 libacl1=2.2.53-8 libaec-dev=1.0.4-1 libaec0=1.0.4-1 libalgorithm-c3-perl=0.11-1 libaliased-perl=0.34-1 libamd2=1:5.8.1+dfsg-2 libapp-cmd-perl=0.331-1 libapt-pkg-perl=0.1.36+b4 libapt-pkg6.0=2.1.12 libarchive-zip-perl=1.68-1 libarpack2=3.8.0-1 libarray-intspan-perl=2.004-1 libasan6=10.2.1-1 libasound2=1.2.4-1 libasound2-data=1.2.4-1 libassuan0=2.5.3-7.1 libatomic1=10.2.1-1 libattr1=1:2.4.48-5 libaudit-common=1:2.8.5-3.1 libaudit1=1:2.8.5-3.1+b1 libavahi-client3=0.8-3 libavahi-common-data=0.8-3 libavahi-common3=0.8-3 libb-hooks-endofscope-perl=0.24-1 libb-hooks-op-check-perl=0.22-1+b3 libbinutils=2.35.1-4 libblas-dev=3.9.0-3 libblas3=3.9.0-3 libblkid1=2.36.1-2 libboolean-perl=0.46-1 libbrotli1=1.0.9-2+b2 libbsd0=0.10.0-1 libbz2-1.0=1.0.8-4 libc-bin=2.31-5 libc-dev-bin=2.31-5 libc6=2.31-5 libc6-dev=2.31-5 libcairo2=1.16.0-4 libcamd2=1:5.8.1+dfsg-2 libcap-ng0=0.7.9-2.2+b1 libcapture-tiny-perl=0.48-1 libcarp-assert-more-perl=1.24-1 libcarp-assert-perl=0.21-1 libcc1-0=10.2.1-1 libccolamd2=1:5.8.1+dfsg-2 libcholmod3=1:5.8.1+dfsg-2 libclass-c3-perl=0.35-1 libclass-data-inheritable-perl=0.08-3 libclass-load-perl=0.25-1 libclass-method-modifiers-perl=2.13-1 libclass-xsaccessor-perl=1.19-3+b6 libclone-choose-perl=0.010-1 libclone-perl=0.45-1+b1 libcolamd2=1:5.8.1+dfsg-2 libcom-err2=1.45.6-1 libconfig-model-backend-yaml-perl=2.133-2 libconfig-model-dpkg-perl=2.139 libconfig-model-perl=2.140-1 libconfig-tiny-perl=2.24-1 libconvert-binhex-perl=1.125-1 libcpanel-json-xs-perl=4.25-1+b1 libcroco3=0.6.13-1 libcrypt-dev=1:4.4.17-1 libcrypt1=1:4.4.17-1 libctf-nobfd0=2.35.1-4 libctf0=2.35.1-4 libcups2=2.3.3op1-3 libcurl3-gnutls=7.72.0-1 libcxsparse3=1:5.8.1+dfsg-2 libdata-dpath-perl=0.58-1 libdata-messagepack-perl=1.00-4+b1 libdata-optlist-perl=0.110-1 libdata-section-perl=0.200007-1 libdata-validate-domain-perl=0.10-1 libdatrie1=0.2.12-3 libdb5.3=5.3.28+dfsg1-0.6 libdbus-1-3=1.12.20-1 libdebconfclient0=0.255 libdebhelper-perl=13.3 libdevel-callchecker-perl=0.008-1+b2 libdevel-size-perl=0.83-1+b2 libdevel-stacktrace-perl=2.0400-1 libdouble-conversion3=3.1.5-6.1 libdpkg-perl=1.20.5 libdrm-amdgpu1=2.4.103-2 libdrm-common=2.4.103-2 libdrm-intel1=2.4.103-2 libdrm-nouveau2=2.4.103-2 libdrm-radeon1=2.4.103-2 libdrm2=2.4.103-2 libdynaloader-functions-perl=0.003-1 libedit2=3.1-20191231-1 libegl-dev=1.3.2-1 libegl-mesa0=20.2.4-1 libegl1=1.3.2-1 libelf1=0.182-1 libemail-address-xs-perl=1.04-1+b3 libencode-locale-perl=1.05-1 liberror-perl=0.17029-1 libevdev2=1.10.0+dfsg-1 libexception-class-perl=1.44-1 libexpat1=2.2.10-1 libexporter-lite-perl=0.08-1 libexporter-tiny-perl=1.002002-1 libffi7=3.3-5 libfftw3-bin=3.3.8-2 libfftw3-dev=3.3.8-2 libfftw3-double3=3.3.8-2 libfftw3-long3=3.3.8-2 libfftw3-quad3=3.3.8-2 libfftw3-single3=3.3.8-2 libfile-basedir-perl=0.08-1 libfile-find-rule-perl=0.34-1 libfile-homedir-perl=1.006-1 libfile-listing-perl=6.14-1 libfile-stripnondeterminism-perl=1.9.0-1 libfile-which-perl=1.23-1 libflac8=1.3.3-1 libfltk-gl1.3=1.3.5-2 libfltk1.3=1.3.5-2 libfont-ttf-perl=1.06-1 libfontconfig1=2.13.1-4.2 libfreetype6=2.10.4+dfsg-1 libfribidi0=1.0.8-2 libgbm1=20.2.4-1 libgcc-10-dev=10.2.1-1 libgcc-s1=10.2.1-1 libgcrypt20=1.8.7-2 libgd3=2.3.0-2 libgdbm-compat4=1.18.1-5.1 libgdbm6=1.18.1-5.1 libgetopt-long-descriptive-perl=0.105-1 libgfortran-10-dev=10.2.1-1 libgfortran5=10.2.1-1 libgl-dev=1.3.2-1 libgl1=1.3.2-1 libgl1-mesa-dev=20.2.4-1 libgl1-mesa-dri=20.2.4-1 libgl2ps1.4=1.4.2+dfsg1-1 libglapi-mesa=20.2.4-1 libgles-dev=1.3.2-1 libgles1=1.3.2-1 libgles2=1.3.2-1 libglib2.0-0=2.66.3-2 libglpk40=4.65-2 libglu1-mesa=9.0.1-1 libglvnd-dev=1.3.2-1 libglvnd0=1.3.2-1 libglx-dev=1.3.2-1 libglx-mesa0=20.2.4-1 libglx0=1.3.2-1 libgmp10=2:6.2.1+dfsg-1 libgnutls30=3.7.0-3 libgomp1=10.2.1-1 libgpg-error0=1.38-2 libgraphicsmagick++-q16-12=1.4+really1.3.35+hg16394-1 libgraphicsmagick-q16-3=1.4+really1.3.35+hg16394-1 libgraphite2-3=1.3.14-1 libgssapi-krb5-2=1.18.3-4 libgudev-1.0-0=234-1 libharfbuzz0b=2.6.7-1 libhash-fieldhash-perl=0.15-1+b3 libhash-merge-perl=0.302-1 libhdf5-103-1=1.10.6+repack-2 libhdf5-cpp-103-1=1.10.6+repack-2 libhdf5-dev=1.10.6+repack-2 libhdf5-fortran-102=1.10.6+repack-2 libhdf5-hl-100=1.10.6+repack-2 libhdf5-hl-cpp-100=1.10.6+repack-2 libhdf5-hl-fortran-100=1.10.6+repack-2 libhogweed6=3.6-2 libhtml-html5-entities-perl=0.004-1 libhtml-parser-perl=3.75-1+b1 libhtml-tagset-perl=3.20-4 libhtml-tree-perl=5.07-2 libhttp-cookies-perl=6.09-1 libhttp-date-perl=6.05-1 libhttp-message-perl=6.26-1 libhttp-negotiate-perl=6.01-1 libhwloc15=2.4.0+dfsg-2 libice6=2:1.0.10-1 libicu67=67.1-5 libidn2-0=2.3.0-4 libimport-into-perl=1.002005-1 libinput-bin=1.16.4-1 libinput10=1.16.4-1 libio-html-perl=1.001-1 libio-socket-ssl-perl=2.068-1 libio-string-perl=1.08-3 libio-stringy-perl=2.111-3 libio-tiecombine-perl=1.005-1 libipc-run3-perl=0.048-2 libipc-system-simple-perl=1.30-1 libisl23=0.23-1 libiterator-perl=0.03+ds1-1 libiterator-util-perl=0.02+ds1-1 libitm1=10.2.1-1 libjack-jackd2-0=1.9.16~dfsg-1 libjbig0=2.1-3.1+b2 libjpeg-dev=1:2.0.5-1.1 libjpeg62-turbo=1:2.0.5-1.1 libjpeg62-turbo-dev=1:2.0.5-1.1 libjson-maybexs-perl=1.004003-1 libjson-perl=4.02000-2 libk5crypto3=1.18.3-4 libkeyutils1=1.6.1-2 libkrb5-3=1.18.3-4 libkrb5support0=1.18.3-4 liblapack-dev=3.9.0-3 liblapack3=3.9.0-3 liblcms2-2=2.9-4+b1 libldap-2.4-2=2.4.56+dfsg-1 liblist-compare-perl=0.55-1 liblist-moreutils-perl=0.416-1+b6 liblist-someutils-perl=0.58-1 liblist-utilsby-perl=0.11-1 libllvm11=1:11.0.0-5+b1 liblog-any-adapter-screen-perl=0.140-1 liblog-any-perl=1.708-1 liblog-log4perl-perl=1.53-1 liblsan0=10.2.1-1 libltdl7=2.4.6-14 liblua5.4-0=5.4.2-1 liblwp-mediatypes-perl=6.04-1 liblwp-protocol-https-perl=6.09-1 liblz4-1=1.9.2-2 liblzma5=5.2.4-1+b1 liblzo2-2=2.10-2 libmagic-mgc=1:5.39-3 libmagic1=1:5.39-3 libmailtools-perl=2.21-1 libmarkdown2=2.2.6-1 libmd4c0=0.4.6-1 libmetis5=5.1.0.dfsg-7 libmime-tools-perl=5.509-1 libmodule-implementation-perl=0.09-1 libmodule-pluggable-perl=5.2-1 libmodule-runtime-perl=0.016-1 libmoo-perl=2.004004-1 libmoox-aliases-perl=0.001006-1 libmoox-struct-perl=0.020-1 libmount1=2.36.1-2 libmouse-perl=2.5.10-1+b1 libmousex-nativetraits-perl=1.09-2 libmousex-strictconstructor-perl=0.02-2 libmpc3=1.2.0-1 libmpfr6=4.1.0-3 libmro-compat-perl=0.13-1 libmtdev1=1.1.6-1 libnamespace-autoclean-perl=0.29-1 libnamespace-clean-perl=0.27-1 libncurses-dev=6.2+20201114-1 libncurses6=6.2+20201114-1 libncursesw6=6.2+20201114-1 libnet-domain-tld-perl=1.75-1 libnet-http-perl=6.19-1 libnet-smtp-ssl-perl=1.04-1 libnet-ssleay-perl=1.88-3+b1 libnettle8=3.6-2 libnghttp2-14=1.42.0-1 libnsl-dev=1.3.0-2 libnsl2=1.3.0-2 libnumber-compare-perl=0.03-1 libnumber-range-perl=0.12-1 libobject-id-perl=0.1.2-2 liboctave-dev=6.1.0-2 liboctave8=6.1.0-2 libogg0=1.3.2-1+b1 libopengl-dev=1.3.2-1 libopengl0=1.3.2-1 libp11-kit0=0.23.21-2 libpackage-stash-perl=0.39-1 libpam-modules=1.3.1-5 libpam-modules-bin=1.3.1-5 libpam-runtime=1.3.1-5 libpam0g=1.3.1-5 libpango-1.0-0=1.46.2-3 libpangocairo-1.0-0=1.46.2-3 libpangoft2-1.0-0=1.46.2-3 libparams-classify-perl=0.015-1+b3 libparams-util-perl=1.102-1+b1 libparams-validate-perl=1.30-1+b1 libparse-debcontrol-perl=2.005-4 libparse-recdescent-perl=1.967015+dfsg-2 libpath-iterator-rule-perl=1.014-1 libpath-tiny-perl=0.114-1 libpciaccess0=0.16-1 libpcre2-16-0=10.35-2 libpcre2-8-0=10.35-2 libpcre3=2:8.39-13 libperl5.32=5.32.0-5 libperlio-gzip-perl=0.19-1+b7 libpipeline1=1.5.3-1 libpixman-1-0=0.40.0-1 libpng16-16=1.6.37-3 libpod-constants-perl=0.19-2 libpod-parser-perl=1.63-2 libpod-pom-perl=2.01-3 libportaudio2=19.6.0-1.1 libproc-processtable-perl=0.59-2+b1 libpsl5=0.21.0-1.1 libpthread-stubs0-dev=0.4-1 libqhull8.0=2020.2-3 libqrupdate1=1.1.2-4 libqscintilla2-qt5-15=2.11.6+dfsg-1 libqscintilla2-qt5-l10n=2.11.6+dfsg-1 libqt5core5a=5.15.1+dfsg-4 libqt5dbus5=5.15.1+dfsg-4 libqt5gui5=5.15.1+dfsg-4 libqt5help5=5.15.1-2+b1 libqt5network5=5.15.1+dfsg-4 libqt5printsupport5=5.15.1+dfsg-4 libqt5sql5=5.15.1+dfsg-4 libqt5widgets5=5.15.1+dfsg-4 libqt5xml5=5.15.1+dfsg-4 libquadmath0=10.2.1-1 libre-engine-re2-perl=0.13-5+b5 libre2-9=20201101+dfsg-2 libreadline-dev=8.1-1 libreadline8=8.1-1 libregexp-common-perl=2017060201-1 libregexp-pattern-license-perl=3.4.0-1 libregexp-pattern-perl=0.2.14-1 librole-tiny-perl=2.001004-1 librsb-dev=1.2.0.9+real+dfsg-1 librsb0=1.2.0.9+real+dfsg-1 librtmp1=2.4+20151223.gitfa8646d.1-2+b2 libsamplerate0=0.1.9-2 libsasl2-2=2.1.27+dfsg-2 libsasl2-modules-db=2.1.27+dfsg-2 libseccomp2=2.5.0-3+b1 libselinux1=3.1-2+b2 libsensors-config=1:3.6.0-2 libsensors5=1:3.6.0-2 libsereal-decoder-perl=4.018+ds-1+b1 libsereal-encoder-perl=4.018+ds-1+b1 libsigsegv2=2.12-2 libsm6=2:1.2.3-1 libsmartcols1=2.36.1-2 libsndfile1=1.0.28-8 libsoftware-license-perl=0.103014-2 libsoftware-licensemoreutils-perl=1.005-1 libsort-key-perl=1.33-2+b3 libsort-versions-perl=1.62-1 libsqlite3-0=3.34.0-1 libssh2-1=1.9.0-1 libssl1.1=1.1.1i-1 libstdc++-10-dev=10.2.1-1 libstdc++6=10.2.1-1 libstrictures-perl=2.000006-1 libstring-copyright-perl=0.003006-1 libstring-escape-perl=2010.002-2 libstring-rewriteprefix-perl=0.008-1 libsub-exporter-perl=0.987-1 libsub-exporter-progressive-perl=0.001013-1 libsub-identify-perl=0.14-1+b3 libsub-install-perl=0.928-1 libsub-name-perl=0.26-1+b1 libsub-override-perl=0.09-2 libsub-quote-perl=2.006006-1 libsub-uplevel-perl=0.2800-1 libsuitesparseconfig5=1:5.8.1+dfsg-2 libsystemd0=247.1-3 libsz2=1.0.4-1 libtasn1-6=4.16.0-2 libtest-exception-perl=0.43-1 libtext-autoformat-perl=1.750000-1 libtext-glob-perl=0.11-1 libtext-levenshtein-damerau-perl=0.41-1 libtext-levenshteinxs-perl=0.03-4+b8 libtext-markdown-discount-perl=0.12-1+b1 libtext-reform-perl=1.20-3 libtext-template-perl=1.59-1 libtext-unidecode-perl=1.30-1 libtext-xslate-perl=3.5.8-1+b1 libthai-data=0.1.28-3 libthai0=0.1.28-3 libtiff5=4.1.0+git191117-2 libtime-duration-perl=1.21-1 libtime-moment-perl=0.44-1+b3 libtimedate-perl=2.3300-1 libtinfo6=6.2+20201114-1 libtirpc-common=1.2.6-3 libtirpc-dev=1.2.6-3 libtirpc3=1.2.6-3 libtool=2.4.6-14 libtry-tiny-perl=0.30-1 libtsan0=10.2.1-1 libtype-tiny-perl=1.012000-1 libubsan1=10.2.1-1 libuchardet0=0.0.7-1 libudev1=247.1-3 libumfpack5=1:5.8.1+dfsg-2 libunicode-utf8-perl=0.62-1+b2 libunistring2=0.9.10-4 liburi-perl=5.05-1 libuuid1=2.36.1-2 libvariable-magic-perl=0.62-1+b3 libvorbis0a=1.3.7-1 libvorbisenc2=1.3.7-1 libvulkan1=1.2.154.1-1 libwacom-common=1.6-1 libwacom2=1.6-1 libwayland-client0=1.18.0-2~exp1.1 libwayland-server0=1.18.0-2~exp1.1 libwebp6=0.6.1-2+b1 libwebpmux3=0.6.1-2+b1 libwmf0.2-7=0.2.8.4-17 libwww-perl=6.49-1 libwww-robotrules-perl=6.02-1 libx11-6=2:1.6.12-1 libx11-data=2:1.6.12-1 libx11-dev=2:1.6.12-1 libx11-xcb1=2:1.6.12-1 libxau-dev=1:1.0.8-1+b2 libxau6=1:1.0.8-1+b2 libxcb-dri2-0=1.14-2 libxcb-dri3-0=1.14-2 libxcb-glx0=1.14-2 libxcb-icccm4=0.4.1-1.1 libxcb-image0=0.4.0-1+b3 libxcb-keysyms1=0.4.0-1+b2 libxcb-present0=1.14-2 libxcb-randr0=1.14-2 libxcb-render-util0=0.3.9-1+b1 libxcb-render0=1.14-2 libxcb-shape0=1.14-2 libxcb-shm0=1.14-2 libxcb-sync1=1.14-2 libxcb-util1=0.4.0-1+b1 libxcb-xfixes0=1.14-2 libxcb-xinerama0=1.14-2 libxcb-xinput0=1.14-2 libxcb-xkb1=1.14-2 libxcb1=1.14-2 libxcb1-dev=1.14-2 libxcursor1=1:1.2.0-2 libxdamage1=1:1.1.5-2 libxdmcp-dev=1:1.1.2-3 libxdmcp6=1:1.1.2-3 libxext6=2:1.3.3-1+b2 libxfixes3=1:5.0.3-2 libxft2=2.3.2-2 libxinerama1=2:1.1.4-2 libxkbcommon-x11-0=1.0.3-2 libxkbcommon0=1.0.3-2 libxml-libxml-perl=2.0134+dfsg-2+b1 libxml-namespacesupport-perl=1.12-1 libxml-sax-base-perl=1.09-1 libxml-sax-perl=1.02+dfsg-1 libxml2=2.9.10+dfsg-6.3+b1 libxpm4=1:3.5.12-1 libxrender1=1:0.9.10-1 libxshmfence1=1.3-1 libxxf86vm1=1:1.1.4-1+b2 libyaml-0-2=0.2.2-1 libyaml-libyaml-perl=0.82+repack-1+b1 libyaml-perl=1.30-1 libyaml-tiny-perl=1.73-1 libz3-4=4.8.9-1 libzstd1=1.4.5+dfsg-4 licensecheck=3.0.47-1 lintian=2.104.0 linux-libc-dev=5.9.11-1 login=1:4.8.1-1 lsb-base=11.1.0 lzip=1.21-8 lzop=1.04-2 m4=1.4.18-4 make=4.3-4 man-db=2.9.3-2 mawk=1.3.4.20200120-2 ncurses-base=6.2+20201114-1 ncurses-bin=6.2+20201114-1 netbase=6.2 octave=6.1.0-2 octave-common=6.1.0-2 openssl=1.1.1i-1 patch=2.7.6-6 patchutils=0.4.2-1 perl=5.32.0-5 perl-base=5.32.0-5 perl-modules-5.32=5.32.0-5 perl-openssl-defaults=5 po-debconf=1.0.21 readline-common=8.1-1 sed=4.7-1 sensible-utils=0.0.12+nmu1 shared-mime-info=2.0-1 sysvinit-utils=2.96-5 t1utils=1.41-4 tar=1.32+dfsg-1 tex-common=6.15 texinfo=6.7.0.dfsg.2-5+b1 ucf=3.0043 unzip=6.0-25 util-linux=2.36.1-2 x11-common=1:7.7+21 x11proto-core-dev=2020.1-1 x11proto-dev=2020.1-1 xkb-data=2.29-2 xorg-sgml-doctools=1:1.11-1 xtrans-dev=1.4.0-1 xz-utils=5.2.4-1+b1 zlib1g=1:1.2.11.dfsg-2 zlib1g-dev=1:1.2.11.dfsg-2 --variant=apt --aptopt=Acquire::Check-Valid-Until "false" --aptopt=Acquire::http::Dl-Limit "1000"; --aptopt=Acquire::https::Dl-Limit "1000"; --aptopt=Acquire::Retries "5"; --aptopt=APT::Get::allow-downgrades "true"; --keyring=/usr/share/keyrings/ --essential-hook=chroot "$1" sh -c "apt-get --yes install fakeroot util-linux" --essential-hook=copy-in /usr/share/keyrings/debian-archive-bullseye-automatic.gpg /usr/share/keyrings/debian-archive-bullseye-security-automatic.gpg /usr/share/keyrings/debian-archive-bullseye-stable.gpg /usr/share/keyrings/debian-archive-buster-automatic.gpg /usr/share/keyrings/debian-archive-buster-security-automatic.gpg /usr/share/keyrings/debian-archive-buster-stable.gpg /usr/share/keyrings/debian-archive-keyring.gpg /usr/share/keyrings/debian-archive-removed-keys.gpg /usr/share/keyrings/debian-archive-stretch-automatic.gpg /usr/share/keyrings/debian-archive-stretch-security-automatic.gpg /usr/share/keyrings/debian-archive-stretch-stable.gpg /usr/share/keyrings/debian-ports-archive-keyring-removed.gpg /usr/share/keyrings/debian-ports-archive-keyring.gpg /usr/share/keyrings/debian-keyring.gpg /etc/apt/trusted.gpg.d/ --essential-hook=chroot "$1" sh -c "rm /etc/apt/sources.list && echo 'deb http://snapshot.notset.fr/archive/debian/20210814T212851Z/ bookworm main
deb-src http://snapshot.notset.fr/archive/debian/20210814T212851Z/ bookworm main
deb http://snapshot.notset.fr/archive/debian/20201210T083846Z/ unstable main' >> /etc/apt/sources.list && apt-get update" --customize-hook=chroot "$1" useradd --no-create-home -d /nonexistent -p "" builduser -s /bin/bash --customize-hook=chroot "$1" env sh -c "apt-get source --only-source -d octave-sparsersb=1.0.8-3 && mkdir -p /build/octave-sparsersb-APVAoN && dpkg-source --no-check -x /*.dsc /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8 && chown -R builduser:builduser /build/octave-sparsersb-APVAoN" --customize-hook=chroot "$1" env --unset=TMPDIR runuser builduser -c "cd /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8 && env DEB_BUILD_OPTIONS="parallel=4" LC_ALL="C.UTF-8" SOURCE_DATE_EPOCH="1607534514" dpkg-buildpackage -uc -a amd64 --build=any" --customize-hook=sync-out /build/octave-sparsersb-APVAoN /tmp/octave-sparsersb-1.0.8-3f88i2vjw bullseye /dev/null deb http://snapshot.notset.fr/archive/debian/20201210T083846Z unstable main
I: automatically chosen mode: root
I: chroot architecture amd64 is equal to the host's architecture
I: automatically chosen format: tar
I: using /tmp/mmdebstrap.Yvz0lxVlFM as tempdir
I: running apt-get update...
I: downloading packages with apt...
I: extracting archives...
I: installing essential packages...
I: running --essential-hook in shell: sh -c 'chroot "$1" sh -c "apt-get --yes install fakeroot util-linux"' exec /tmp/mmdebstrap.Yvz0lxVlFM
Reading package lists...
Building dependency tree...
util-linux is already the newest version (2.36.1-2).
The following NEW packages will be installed:
  fakeroot libfakeroot
0 upgraded, 2 newly installed, 0 to remove and 0 not upgraded.
Need to get 134 kB of archives.
After this operation, 397 kB of additional disk space will be used.
Get:1 http://snapshot.notset.fr/archive/debian/20201210T083846Z unstable/main amd64 libfakeroot amd64 1.25.3-1.1 [47.0 kB]
Get:2 http://snapshot.notset.fr/archive/debian/20201210T083846Z unstable/main amd64 fakeroot amd64 1.25.3-1.1 [87.0 kB]
debconf: delaying package configuration, since apt-utils is not installed
Fetched 134 kB in 0s (1032 kB/s)
Selecting previously unselected package libfakeroot:amd64.
(Reading database ... 
(Reading database ... 5%
(Reading database ... 10%
(Reading database ... 15%
(Reading database ... 20%
(Reading database ... 25%
(Reading database ... 30%
(Reading database ... 35%
(Reading database ... 40%
(Reading database ... 45%
(Reading database ... 50%
(Reading database ... 55%
(Reading database ... 60%
(Reading database ... 65%
(Reading database ... 70%
(Reading database ... 75%
(Reading database ... 80%
(Reading database ... 85%
(Reading database ... 90%
(Reading database ... 95%
(Reading database ... 100%
(Reading database ... 4616 files and directories currently installed.)
Preparing to unpack .../libfakeroot_1.25.3-1.1_amd64.deb ...
Unpacking libfakeroot:amd64 (1.25.3-1.1) ...
Selecting previously unselected package fakeroot.
Preparing to unpack .../fakeroot_1.25.3-1.1_amd64.deb ...
Unpacking fakeroot (1.25.3-1.1) ...
Setting up libfakeroot:amd64 (1.25.3-1.1) ...
Setting up fakeroot (1.25.3-1.1) ...
update-alternatives: using /usr/bin/fakeroot-sysv to provide /usr/bin/fakeroot (fakeroot) in auto mode
Processing triggers for libc-bin (2.31-5) ...
I: running special hook: copy-in /usr/share/keyrings/debian-archive-bullseye-automatic.gpg /usr/share/keyrings/debian-archive-bullseye-security-automatic.gpg /usr/share/keyrings/debian-archive-bullseye-stable.gpg /usr/share/keyrings/debian-archive-buster-automatic.gpg /usr/share/keyrings/debian-archive-buster-security-automatic.gpg /usr/share/keyrings/debian-archive-buster-stable.gpg /usr/share/keyrings/debian-archive-keyring.gpg /usr/share/keyrings/debian-archive-removed-keys.gpg /usr/share/keyrings/debian-archive-stretch-automatic.gpg /usr/share/keyrings/debian-archive-stretch-security-automatic.gpg /usr/share/keyrings/debian-archive-stretch-stable.gpg /usr/share/keyrings/debian-ports-archive-keyring-removed.gpg /usr/share/keyrings/debian-ports-archive-keyring.gpg /usr/share/keyrings/debian-keyring.gpg /etc/apt/trusted.gpg.d/
I: running --essential-hook in shell: sh -c 'chroot "$1" sh -c "rm /etc/apt/sources.list && echo 'deb http://snapshot.notset.fr/archive/debian/20210814T212851Z/ bookworm main
deb-src http://snapshot.notset.fr/archive/debian/20210814T212851Z/ bookworm main
deb http://snapshot.notset.fr/archive/debian/20201210T083846Z/ unstable main' >> /etc/apt/sources.list && apt-get update"' exec /tmp/mmdebstrap.Yvz0lxVlFM
Get:1 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm InRelease [81.6 kB]
Hit:2 http://snapshot.notset.fr/archive/debian/20201210T083846Z unstable InRelease
Ign:3 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main Sources
Ign:4 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main amd64 Packages
Ign:3 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main Sources
Ign:4 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main amd64 Packages
Ign:3 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main Sources
Ign:4 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main amd64 Packages
Get:3 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main Sources [11.4 MB]
Get:4 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main amd64 Packages [11.1 MB]
Fetched 22.6 MB in 19s (1158 kB/s)
Reading package lists...
I: installing remaining packages inside the chroot...
I: running --customize-hook in shell: sh -c 'chroot "$1" useradd --no-create-home -d /nonexistent -p "" builduser -s /bin/bash' exec /tmp/mmdebstrap.Yvz0lxVlFM
I: running --customize-hook in shell: sh -c 'chroot "$1" env sh -c "apt-get source --only-source -d octave-sparsersb=1.0.8-3 && mkdir -p /build/octave-sparsersb-APVAoN && dpkg-source --no-check -x /*.dsc /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8 && chown -R builduser:builduser /build/octave-sparsersb-APVAoN"' exec /tmp/mmdebstrap.Yvz0lxVlFM
Reading package lists...
NOTICE: 'octave-sparsersb' packaging is maintained in the 'Git' version control system at:
https://salsa.debian.org/pkg-octave-team/octave-sparsersb.git
Please use:
git clone https://salsa.debian.org/pkg-octave-team/octave-sparsersb.git
to retrieve the latest (possibly unreleased) updates to the package.
Need to get 111 kB of source archives.
Get:1 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main octave-sparsersb 1.0.8-3 (dsc) [2103 B]
Get:2 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main octave-sparsersb 1.0.8-3 (tar) [105 kB]
Get:3 http://snapshot.notset.fr/archive/debian/20210814T212851Z bookworm/main octave-sparsersb 1.0.8-3 (diff) [3908 B]
Fetched 111 kB in 0s (492 kB/s)
Download complete and in download only mode
W: Download is performed unsandboxed as root as file 'octave-sparsersb_1.0.8-3.dsc' couldn't be accessed by user '_apt'. - pkgAcquire::Run (13: Permission denied)
dpkg-source: info: extracting octave-sparsersb in /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8
dpkg-source: info: unpacking octave-sparsersb_1.0.8.orig.tar.gz
dpkg-source: info: unpacking octave-sparsersb_1.0.8-3.debian.tar.xz
dpkg-source: info: using patch list from debian/patches/series
dpkg-source: info: applying build-against-octave-6.patch
I: running --customize-hook in shell: sh -c 'chroot "$1" env --unset=TMPDIR runuser builduser -c "cd /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8 && env DEB_BUILD_OPTIONS="parallel=4" LC_ALL="C.UTF-8" SOURCE_DATE_EPOCH="1607534514" dpkg-buildpackage -uc -a amd64 --build=any"' exec /tmp/mmdebstrap.Yvz0lxVlFM
dpkg-buildpackage: info: source package octave-sparsersb
dpkg-buildpackage: info: source version 1.0.8-3
dpkg-buildpackage: info: source distribution unstable
dpkg-buildpackage: info: source changed by Sébastien Villemot <sebastien@debian.org>
 dpkg-source --before-build .
dpkg-buildpackage: info: host architecture amd64
dpkg-source: info: using options from octave-sparsersb-1.0.8/debian/source/options: --extend-diff-ignore=.*\.oct|sparsersb_temporary_matrix_file\.mtx|.*\.eps|src/Makeconf|src/config\.log|src/config\.status|src/configure$
 debian/rules clean
dh clean --buildsystem=octave --with=octave
   dh_auto_clean -O--buildsystem=octave
	dh_octave_clean
make[1]: Entering directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/src'
rm -f *.o octave-core core *.oct *~ tags
make[1]: -p: No such file or directory
make[1]: Leaving directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/src'
   dh_autoreconf_clean -O--buildsystem=octave
   dh_clean -O--buildsystem=octave
 debian/rules binary-arch
dh binary-arch --buildsystem=octave --with=octave
   dh_update_autotools_config -a -O--buildsystem=octave
   dh_autoreconf -a -O--buildsystem=octave
   dh_octave_version -a -O--buildsystem=octave
Checking the Octave version... ok
   debian/rules override_dh_auto_configure
make[1]: Entering directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8'
( cd src ; autoconf )
make[1]: Leaving directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8'
   dh_auto_build -a -O--buildsystem=octave
   dh_auto_test -a -O--buildsystem=octave
   create-stamp debian/debhelper-build-stamp
   dh_testroot -a -O--buildsystem=octave
   dh_prep -a -O--buildsystem=octave
   debian/rules override_dh_auto_install
make[1]: Entering directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8'
dh_auto_install
	octave --no-gui --no-history --silent --no-init-file --no-window-system /usr/share/dh-octave/install-pkg.m
warning: creating installation directory /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/debian/octave-sparsersb/usr/share/octave/packages
warning: called from
    install at line 36 column 5
    pkg at line 568 column 9
    /usr/share/dh-octave/install-pkg.m at line 47 column 1

checking whether the C++ compiler works... yes
checking for C++ compiler default output file name... a.out
checking for suffix of executables... 
checking whether we are cross compiling... no
checking for suffix of object files... o
checking whether we are using the GNU C++ compiler... yes
checking whether g++ accepts -g... yes
checking for octave... /usr/bin/octave
checking for mkoctfile... /usr/bin/mkoctfile --verbose
configure: No user-set LIBRSB_TARBALL environment variable detected (set it to build using a custom librsb tarball).
configure: No librsb tarball provided: following the default procedure.
checking for librsb-config... yes
configure: Setting SPARSERSB_CXXFLAGS from librsb-config --I_opts...
configure: Adding -D RSBOI_DETECTED_LONG_IDX to SPARSERSB_CXXFLAGS ...
configure: Setting SPARSERSB_LDFLAGS from --L_opts --libs
configure: SPARSERSB_CXXFLAGS is -I/usr/include/ -D RSBOI_DETECTED_LONG_IDX=1
configure: SPARSERSB_LDFLAGS  is -L/usr/lib/x86_64-linux-gnu -lrsb
checking for octave_value function iscomplex... yes
configure: creating ./config.status
config.status: creating Makeconf
configure:

octave sparsersb package is configured with:
  SPARSERSB_LDFLAGS:     -L/usr/lib/x86_64-linux-gnu -lrsb
  SPARSERSB_CXXFLAGS:    -I/usr/include/ -D RSBOI_DETECTED_LONG_IDX=1
  SPARSERSB_CXX11:       -std=gnu++11
  OCTAVE:                /usr/bin/octave
  MKOCTFILE:             /usr/bin/mkoctfile --verbose -g

You can build it with 'make' and after on, test with 'make tests'.

make[2]: Entering directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/src'
LFLAGS="-Wl,-z,relro -L/usr/lib/x86_64-linux-gnu -lrsb" LDFLAGS="-Wl,-z,relro -L/usr/lib/x86_64-linux-gnu -lrsb" CXXFLAGS="-I/usr/include/ -D RSBOI_DETECTED_LONG_IDX=1 -DHAVE_OCTAVE_VALUE_ISCOMPLEX -std=gnu++11" /usr/bin/mkoctfile --verbose -g -v -D'RSB_SPARSERSB_LABEL=sparsersb' -o sparsersb.oct sparsersb.cc
warning: LFLAGS is deprecated and will be removed in a future version of Octave, use LDFLAGS instead
g++ -c -Wdate-time -D_FORTIFY_SOURCE=2 -fPIC -I/usr/include/octave-6.1.0/octave/.. -I/usr/include/octave-6.1.0/octave  -pthread -fopenmp -I/usr/include/ -D RSBOI_DETECTED_LONG_IDX=1 -DHAVE_OCTAVE_VALUE_ISCOMPLEX -std=gnu++11 -g    -DRSB_SPARSERSB_LABEL=sparsersb sparsersb.cc -o /tmp/oct-cGNpg2.o
g++ -I/usr/include/octave-6.1.0/octave/.. -I/usr/include/octave-6.1.0/octave  -pthread -fopenmp -I/usr/include/ -D RSBOI_DETECTED_LONG_IDX=1 -DHAVE_OCTAVE_VALUE_ISCOMPLEX -std=gnu++11 -g  -o sparsersb.oct  /tmp/oct-cGNpg2.o  -shared -Wl,-Bsymbolic -Wl,-z,relro -L/usr/lib/x86_64-linux-gnu -lrsb  -Wl,-z,relro -L/usr/lib/x86_64-linux-gnu -lrsb  -Wl,-z,relro 
make[2]: Leaving directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/src'
copyfile /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/./src/sparsersbtg.m/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/./inst
copyfile /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/./src/sparsersb.oct /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/./src/sparsersb.cc-tst /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/./inst/x86_64-pc-linux-gnu-api-v55
For information about changes from previous versions of the sparsersb package, run 'news sparsersb'.
chmod: cannot access 'debian/*/usr/lib/*/octave/packages/*/*/*.mex': No such file or directory
mkdir -p debian/octave-sparsersb/usr/share/doc/octave-sparsersb/examples
mv debian/octave-sparsersb/usr/share/octave/packages/sparsersb-*/sparsersb*.m debian/octave-sparsersb/usr/share/octave/packages/sparsersb-*/bin/*.m debian/octave-sparsersb/usr/share/octave/packages/sparsersb-*/bin/pd.mtx debian/octave-sparsersb/usr/share/doc/octave-sparsersb/examples
chmod -x debian/octave-sparsersb/usr/share/doc/octave-sparsersb/examples/*
rm -rf debian/octave-sparsersb/usr/share/octave/packages/sparsersb-*/bin
rm -f debian/octave-sparsersb/usr/share/octave/packages/sparsersb-*/doc-cache debian/octave-sparsersb/usr/share/octave/packages/sparsersb-*/bin/doc-cache
make[1]: Leaving directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8'
   dh_octave_check -a -O--buildsystem=octave
Checking package...
Checking m files ...
[inst/sparsersbtg.m]
>>>>> /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/inst/sparsersbtg.m
***** test
                 sparsersbtg ('p', [1]);
 assert ( strcmp (sparsersbtg ('p', [1])      , ["[1,;]"]))
***** test
                  sparsersbtg ('p', [1,1,2,2]);
 assert ( strcmp (sparsersbtg ('p', [1,1,2,2]), ["[1,1,2,2,;]"]))
***** test
                  sparsersbtg ('p', [1,1;2,2]);
 assert ( strcmp (sparsersbtg ('p', [1,1;2,2]), ["[1,1,;2,2,;]"]))
***** test
                  sparsersbtg ('p', [1+i]);
 assert ( strcmp (sparsersbtg ('p', [1+i])      , ["[1+1*i,;]"]))
***** test
                  sparsersbtg ('p', [1+i,1,2+i,2]);
 assert ( strcmp (sparsersbtg ('p', [1+i,1,2+i,2]), ["[1+1*i,1,2+1*i,2,;]"]))
***** test
                  sparsersbtg ('p', [1+i,1;2+i,2]);
 assert ( strcmp (sparsersbtg ('p', [1+i,1;2+i,2]), ["[1+1*i,1,;2+1*i,2,;]"]))
***** test
 assert( length( sparsersbtg () ) >= 57846 )
 assert( length( sparsersbtg ([1,1,1,1,1,1]) ) >= 11218 )
 assert( length( sparsersbtg ([1,1,1]) ) >= 11218 )
 assert( length( sparsersbtg ([1]) ) == 0 )
7 tests, 7 passed, 0 known failure, 0 skipped
Checking C++ files ...
[src/sparsersb.cc]
>>>>> /build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/src/sparsersb.cc
***** test
 assert( 0==nnz(sparsersb(3,3) .- sparse(3,3)) )
***** test
 assert( 0==nnz(sparsersb([],[],[],3,3    ) .- sparse([],[],[],3,3    )) )
***** test
 assert( 0==nnz(sparsersb([],[],[],3,3,123) .- sparse([],[],[],3,3,321)) )
***** test
 s=sparsersb([2]);
 assert(s==2);
 assert(s!=1)
***** test
 s=sparsersb([1,2],[1,1],[11,21],2,2         );
 assert(nnz(s)==2)
***** test
 s=sparsersb([1,2],[1,1],[11,21],2,2,-1      );
 assert(nnz(s)==2)
***** test
 s=sparsersb([1,2],[1,1],[11,21]             );
 assert(nnz(s)==2)
***** test
 s=sparsersb(10,10                           );
 assert(nnz(s)==0)
***** test
 s=sparsersb([1,1],[1,1],[11,21]             );
 assert(nnz(s)==1)
 assert(s(1,1)==32)
***** test
 s=sparsersb([1,1],[1,1],[11,21],2,2,"unique");
 assert(nnz(s)==1),
 assert(s(1,1)==21)
***** test
 sparsersb("set","RSB_IO_WANT_VERBOSE_TUNING","1");
***** test
 wvt=0;
 try
 sparsersb("set","...")
 wvt=1;
 end_try_catch
 assert(wvt==0)
***** test
 sparsersb("set","FIXME: WE UNFORTUNATELY STILL SILENTLY IGNORE ERRORS HERE (NO RETURN VALUE)","1");
***** test
 wvt=-1;
 try
 wvt=sparsersb("get","RSB_IO_WANT_VERBOSE_TUNING")
 assert(wvt==0 || wvt ==1)
 end_try_catch
 assert(wvt==-1)
***** test
 s=sparsersb([1]);
 assert(sparsersb(s,"get","RSB_MIF_LEAVES_COUNT__TO__RSB_BLK_INDEX_T")=="1")
***** test
 s=sparsersb([1]);
 assert(str2num(sparsersb(s,"get","RSB_MIF_LEAVES_COUNT__TO__RSB_BLK_INDEX_T"))==1)
***** test
 s=sparsersb([1]);
 assert(str2num(sparsersb(s,"get","RSB_MIF_INDEX_STORAGE_IN_BYTES__TO__SIZE_T"))>1)
***** test
 s=sparsersb([1]);
 assert(str2num(sparsersb(s,"get","RSB_MIF_INDEX_STORAGE_IN_BYTES_PER_NNZ__TO__RSB_REAL_T"))>1)
***** test
 s=sparsersb([1]);
 assert(str2num(sparsersb(1*s,"get","RSB_MIF_MATRIX_TYPECODE__TO__RSB_TYPE_T"))==68) # D
***** test
 s=sparsersb([1]);
 assert(str2num(sparsersb(i*s,"get","RSB_MIF_MATRIX_TYPECODE__TO__RSB_TYPE_T"))==90) # Z
***** test
 s=sparsersb([1,1],[1,1],[11,21],2,2,"unique");
 assert(str2num(sparsersb(s,"get","RSB_MIF_LEAVES_COUNT__TO__RSB_BLK_INDEX_T"))>0)
***** test
 s=sparsersb([1]);
 v=1;
 assert(strfind(sparsersb(sparsersb([1]),"get","WRONG SPEC STRING"),"Error")==1)
***** test
 assert(sparsersb(sparsersb([11,0;21,22]),"get","RSB_MIF_TOTAL_SIZE__TO__SIZE_T")>1)
***** test
 assert(length(sparsersb(sparsersb([11,0;21,22]),"RSB_MIF_TOTAL_SIZE__TO__SIZE_T"))>1)
***** test
 s=sparsersb([11,0;21,22]);
 assert(sparsersb(s,"RSB_MIF_TOTAL_SIZE__TO__SIZE_T") == sparsersb(s,"XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX"))
***** test
 s=sparsersb([1]);
 sparsersb(sparsersb([11,0;21,22]),"save","sparsersb_temporary_matrix_file.mtx")
***** test
 [S, NROWS, NCOLS, NNZ, REPINFO, FIELD, SYMMETRY] = sparsersb("sparsersb_temporary_matrix_file.mtx"     );
 assert(NROWS==2)
 assert(NCOLS==2)
 assert(NNZ==3)
 assert(FIELD=="real");
 assert(SYMMETRY=='U');
***** test
 [S, NROWS, NCOLS, NNZ, REPINFO, FIELD, SYMMETRY] = sparsersb("sparsersb_temporary_matrix_file.mtx", "Z");
 assert(NROWS==2);
 assert(NCOLS==2);
 assert(NNZ==3);
 assert(FIELD=="complex");
 assert(SYMMETRY=='U');
***** test
 [S, NROWS, NCOLS, NNZ, REPINFO, FIELD] = sparsersb("sparsersb_temporary_matrix_file.mtx", "D");
 assert(NROWS==2);
 assert(NCOLS==2);
 assert(NNZ==3);
 assert(FIELD=="real");
***** test
 [S, NROWS, NCOLS, NNZ, REPINFO] = sparsersb("sparsersb_temporary_matrix_file.mtx", "D");
 assert(NROWS==2);
 assert(NCOLS==2);
 assert(NNZ==3);
***** test
 [S, NROWS, NCOLS] = sparsersb("sparsersb_temporary_matrix_file.mtx", "D");
 assert(NROWS==2);
 assert(NCOLS==2);
***** test
 [S, NROWS] = sparsersb("sparsersb_temporary_matrix_file.mtx", "D");
 assert(NROWS==2);
***** test
 rrm=sparsersb(sprand(1000,1000,0.001));
 sparsersb(rrm,"render", "sparsersb_temporary_render.eps" ,1024); # will use defaults for rWidth
***** test
 rrm=sparsersb(sprand(1000,1000,0.001));
 sparsersb(rrm,"render", "sparsersb_temporary_render.eps" ,1024,1024);
 # sparsersb(rrm,"renderb", "sparsersb_temporary_renderb.eps"); sparsersb(rrm,"renders", "sparsersb_temporary_renders.eps"); # FIXME
***** test
 a=sparsersb(sprand(100,100,0.4));
 sparsersb(a,"autotune");
***** test
 a=sparsersb(sprand(100,100,0.4));
 o=sparsersb(a,"AUTOTUNE");
 v=0;
 try
   assert(o==a)
   v=1
 end_try_catch
 assert(v==0)
 assert(length(o)>10)
***** test
 a=sparsersb(sprand(100,100,0.4));
 o=sparsersb(a,"autotune");
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=2;
 o=sparsersb(a,"autotune","n",nrhs);
 assert(o==a)
***** test
 a=1*sparsersb(sprand(100,100,0.4));
 nrhs=2;
 o=sparsersb(a,"autotune","c",nrhs);
 assert(o==a)
***** test
 a=i*sparsersb(sprand(100,100,0.4));
 nrhs=2;
 o=sparsersb(a,"autotune","c",nrhs);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=1;
 maxr=1;
 o=sparsersb(a,"autotune","N",nrhs,maxr);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=1;
 maxr=1;
 tmax=1;
 o=sparsersb(a,"autotune","n",nrhs,maxr,tmax);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=1;
 maxr=1;
 tmax=1;
 tn=1;
 o=sparsersb(a,"autotune","n",nrhs,maxr,tmax,tn);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=1;
 maxr=1;
 tmax=1;
 tn=1;
 sf=1;
 o=sparsersb(a,"autotune","n",nrhs,maxr,tmax,tn,sf);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=1;
 maxr=1;
 tmax=1;
 tn=2;
 sf=1;
 o=sparsersb(a,"autotune","n",nrhs,maxr,tmax,tn,sf);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=20;
 maxr=1;
 tmax=1;
 tn=1;
 o=sparsersb(a,"autotune","t",nrhs,maxr,tmax,tn);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=20;
 maxr=1;
 tmax=1;
 tn=1;
 sf=1;
 o=sparsersb(a,"autotune","n",nrhs,maxr,tmax,tn,sf);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=20;
 maxr=1;
 tmax=1;
 tn=0;
 sf=1;
 o=sparsersb(a,"autotune","n",nrhs,maxr,tmax,tn,sf);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=20;
 maxr=0;
 tmax=0;
 tn=0;
 sf=1;
 o=sparsersb(a,"autotune","n",nrhs,maxr,tmax,tn,sf);
 assert(o==a)
***** test
 a=sparsersb(sprand(100,100,0.4));
 nrhs=1;
 maxr=0;
 tmax=0;
 tn=0;
 sf=1;
 wvt=0;
 try
 o=sparsersb(a,"autotune","?",nrhs,maxr,tmax,tn,sf);
 wvt=1;
 end_try_catch
 assert(wvt==0)
 # assert(o==a) # o undefined
***** test
 assert( nnz(sparse((toeplitz(sparsersb([0,1,2,3]))-toeplitz(sparse([0,1,2,3])))))==0 );
***** test
 assert( prod(sparsersb([11,12,13;21,22,23])(:) - [11,21,12,22,13,23]')==0);
***** test
 A = sprand(4,4,.5);
 assert(prod(reshape(sparsersb(A),[8,2]) - reshape(sparse(A),[8,2]))==0);
***** test
 assert(sparsersb([-1,1,2])() == sparsersb([-1,1,2]));
***** test
 % symmetry expansion
 A=sparsersb([1+i,0,1;0,1,0;1,0,1]);
 assert(nnz(A)==4 && nnz(full(A))==5);
***** test
 % 1-D indexing access is meant to be like in sparse
 A=sparsersb([1+i,0,1;0,1,0;1,0,1]);
 assert(A(1)==(1+i) && A(3)==1 && sparse(A)(3)==1)
 A=sparsersb([1+i,0,1;0,1,0;1,0,1]);
 assert(A(1)==(1+i) && A(2)==0 && sparse(A)(2)==0)
***** test
 A=sparsersb([1+i,0,1;0,1,0;1,0,1]);
 assert(0==A(2:5)-sparsersb([1,1],[2,4],[1+0i,1+0i],1,4))
***** test
 assert(  nnz(sparse([2,1;1,2])) == 4 && nnz(sparsersb([2,1;1,2])) == 3  )    #    symmetry
 assert(  nnz(sparse([2,0;1,2])) == 3 && nnz(sparsersb([2,0;1,2])) == 3  )    # no symmetry
***** test
 assert( (sparse([2,0;1,2]) \ [1;1])  == (sparsersb([2,0;1,2]) \ [1;1])  )
 assert( (sparse([2,0;0,2]) \ [1;1])  == (sparsersb([2,0;0,2]) \ [1;1])  )
***** test
 assert( (sparse([2,0;1,2]) * [1;1])  == (sparsersb([2,0;1,2]) * [1;1])  )
 assert( (sparse([2,0;0,2]) * [1;1])  == (sparsersb([2,0;0,2]) * [1;1])  )
***** test
 % symmetry expansion
 assert ( nnz(sparse(sparsersb([1  ,1;1,1])) - sparse([1  ,1;1,1])) == 0 )
 assert ( nnz(sparse(sparsersb([1+i,1;1,1])) - sparse([1+i,1;1,1])) == 0 )
 % hermitianness expansion
 assert ( nnz(sparsersb([1,1+i;1-i,1]) - sparse([1,1+i;1-i,1])) == 0 )
 % no symmetric complex expansion
 assert ( nnz(sparsersb([1,1+i;1+i,1]) - sparse([1,1+i;1-i,1])) == 1 )
***** test
 assert( (sparse([2, 0; 1, 2])(:,:))  == (sparsersb([2, 0; 1, 2])(:,:))  )
 assert( (sparse([2, 0; i, 2])(:,:))  == (sparsersb([2, 0; i, 2])(:,:))  )
***** test
 assert( (sparse([2, 0; 1, 2])(2,:))  == (sparsersb([2, 0; 1, 2])(2,:))  )
 assert( (sparse([2, 0; i, 2])(2,:))  == (sparsersb([2, 0; i, 2])(2,:))  )
***** test
 assert( (sparse([2, 0; 1, 2])(:,2))  == (sparsersb([2, 0; 1, 2])(:,2))  )
 assert( (sparse([2, 0; i, 2])(:,2))  == (sparsersb([2, 0; i, 2])(:,2))  )
***** test
 assert( (sparse([2,0;1,2]) * [1;1])  == (sparsersb([2,0;1,2]) * [1;1])  )
 assert( (sparse([2,0;0,2]) * [1;1])  == (sparsersb([2,0;0,2]) * [1;1])  )
***** test
 assert( (sparse([2,0;1,2]) * [i;1])  == (sparsersb([2,0;1,2]) * [i;1])  )
 assert( (sparse([2,0;0,2]) * [i;1])  == (sparsersb([2,0;0,2]) * [i;1])  )
***** test
 assert( (sparse([2,0;1,2])'* [1;1])  == (sparsersb([2,0;1,2])'* [1;1])  )
 assert( (sparse([2,0;0,2])'* [1;1])  == (sparsersb([2,0;0,2])'* [1;1])  )
***** test
 assert( (sparse([2,0;1,2])'* [i;1])  == (sparsersb([2,0;1,2])'* [i;1])  )
 assert( (sparse([2,0;0,2])'* [i;1])  == (sparsersb([2,0;0,2])'* [i;1])  )
***** test
 assert( (sparse([2,0;1,2]).'* [1;1])  == (sparsersb([2,0;1,2]).'* [1;1])  )
 assert( (sparse([2,0;0,2]).'* [1;1])  == (sparsersb([2,0;0,2]).'* [1;1])  )
***** test
 assert( (sparse([2,0;1,2]).'* [i;1])  == (sparsersb([2,0;1,2]).'* [i;1])  )
 assert( (sparse([2,0;0,2]).'* [i;1])  == (sparsersb([2,0;0,2]).'* [i;1])  )
***** test
 assert( (sparse([2,0;1,2]) *  1   )  == (sparsersb([2,0;1,2]) *  1   )  )
 assert( (sparse([2,0;0,2]) *  1   )  == (sparsersb([2,0;0,2]) *  1   )  )
***** test
 assert( (sparse([2,0;1,2]) *  i   )  == (sparsersb([2,0;1,2]) *  i   )  )
 assert( (sparse([2,0;0,2]) *  i   )  == (sparsersb([2,0;0,2]) *  i   )  )
***** test
 assert( (sparse([2,0;1,2]).*  1   )  == (sparsersb([2,0;1,2]).*  1   )  )
 assert( (sparse([2,0;0,2]).*  1   )  == (sparsersb([2,0;0,2]).*  1   )  )
***** test
 assert( (sparse([2,0;1,2]).*  i   )  == (sparsersb([2,0;1,2]).*  i   )  )
 assert( (sparse([2,0;0,2]).*  i   )  == (sparsersb([2,0;0,2]).*  i   )  )
***** test
 assert( ( sparse([2,0;1,2]) + 1*sparse([2,0;1,2]) )  == (sparsersb([2,0;1,2]) + 1*sparsersb([2,0;1,2]) )  )
***** test
 assert( ( sparse([2,0;0,2]) + 1*sparse([2,0;0,2]) )  == (sparsersb([2,0;0,2]) + 1*sparsersb([2,0;0,2]) )  )
***** test
 assert( ( sparse([2,0;1,2]) + i*sparse([2,0;1,2]) )  == (sparsersb([2,0;1,2]) + i*sparsersb([2,0;1,2]) )  )
***** test
 assert( ( sparse([2,0;0,2]) + i*sparse([2,0;0,2]) )  == (sparsersb([2,0;0,2]) + i*sparsersb([2,0;0,2]) )  )
***** test
 A = [0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (reshape (sparsersb (A), 1, 1) == reshape (sparse (A), 1, 1));
***** test
 A = [0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (reshape (sparsersb (A), 1, 1) == reshape (sparse (A), 1, 1));
***** test
 A = [0,0,0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,0,0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,0,0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,0,0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,0,0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,0,0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,0,0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,0,0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,0,0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,0,0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1,3) == sparse (A)(1,3));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,0,0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,0,0,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,0,0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,0,0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,0,0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,0,0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,0,0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,0,0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,0,0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,0,0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,0,0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,0,0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1,3) == sparse (A)(1,3));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,0,0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,0,0,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,;0,;0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(3,1) == sparse (A)(3,1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,;0,;0,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,;0,;0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(3,1) == sparse (A)(3,1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,;0,;0,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)(3,3) == sparse (A)(3,3));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)(9) == sparse (A)(9));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (reshape (sparsersb (A), 1, 9) == reshape (sparse (A), 1, 9));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (reshape (sparsersb (A), 3, 3) == reshape (sparse (A), 3, 3));
***** test
 A = [0,0,0,;0,0,0,;0,3,0,;]; assert (reshape (sparsersb (A), 9, 1) == reshape (sparse (A), 9, 1));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)(3,3) == sparse (A)(3,3));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)(9) == sparse (A)(9));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (reshape (sparsersb (A), 1, 9) == reshape (sparse (A), 1, 9));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (reshape (sparsersb (A), 3, 3) == reshape (sparse (A), 3, 3));
***** test
 A = [0,0,0,;0,0,0,;0,0,0,;]; assert (reshape (sparsersb (A), 9, 1) == reshape (sparse (A), 9, 1));
***** test
 A = [0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (reshape (sparsersb (A), 1, 1) == reshape (sparse (A), 1, 1));
***** test
 A = [0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (reshape (sparsersb (A), 1, 1) == reshape (sparse (A), 1, 1));
***** test
 A = [22,0,0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [22,0,0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [22,0,0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [22,0,0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [22,0,0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [22,0,0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [22,0,0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [22,0,0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [22,0,0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [22,0,0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)(1,3) == sparse (A)(1,3));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [22,0,0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [22,0,0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [22,0,0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [22,0,0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [22,0,0,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [22,0,0,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,0,0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,0,0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,0,0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,0,0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,0,0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,0,0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,0,0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,0,0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,0,0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,0,0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1,3) == sparse (A)(1,3));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,0,0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,0,0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,0,0,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,;0,;68,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)(3,1) == sparse (A)(3,1));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;68,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;68,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,;0,;68,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,;0,;0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(3,1) == sparse (A)(3,1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;0,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,;0,;0,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)(3,3) == sparse (A)(3,3));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)(9) == sparse (A)(9));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (reshape (sparsersb (A), 1, 9) == reshape (sparse (A), 1, 9));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (reshape (sparsersb (A), 3, 3) == reshape (sparse (A), 3, 3));
***** test
 A = [0,0,0,;3,0,0,;0,0,42,;]; assert (reshape (sparsersb (A), 9, 1) == reshape (sparse (A), 9, 1));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)(3,3) == sparse (A)(3,3));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)(9) == sparse (A)(9));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (reshape (sparsersb (A), 1, 9) == reshape (sparse (A), 1, 9));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (reshape (sparsersb (A), 3, 3) == reshape (sparse (A), 3, 3));
***** test
 A = [0+20*i,0,0,;51,0,0,;0,0,0,;]; assert (reshape (sparsersb (A), 9, 1) == reshape (sparse (A), 9, 1));
***** test
 A = [54,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [54,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [54,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [54,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [54,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [54,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [54,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [54,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [54,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [54,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [54,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [54,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [54,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [54,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [54,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [54,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [54,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [54,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [54,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [54,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [54,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [54,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [54,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [54,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [54,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [54,;]; assert (reshape (sparsersb (A), 1, 1) == reshape (sparse (A), 1, 1));
***** test
 A = [0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;]; assert (reshape (sparsersb (A), 1, 1) == reshape (sparse (A), 1, 1));
***** test
 A = [81,0,1,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [81,0,1,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [81,0,1,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [81,0,1,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [81,0,1,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [81,0,1,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [81,0,1,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [81,0,1,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [81,0,1,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [81,0,1,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)(1,3) == sparse (A)(1,3));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [81,0,1,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [81,0,1,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [81,0,1,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [81,0,1,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [81,0,1,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [81,0,1,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,0+16*i,70,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)(1,3) == sparse (A)(1,3));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,0+16*i,70,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,0+16*i,70,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,0+16*i,70,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,;10,;9,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)(3,1) == sparse (A)(3,1));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;10,;9,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;10,;9,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,;10,;9,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0,;0,;60+73*i,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)(3,1) == sparse (A)(3,1));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0,;0,;60+73*i,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0,;0,;60+73*i,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0,;0,;60+73*i,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)(3,3) == sparse (A)(3,3));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)(9) == sparse (A)(9));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (reshape (sparsersb (A), 1, 9) == reshape (sparse (A), 1, 9));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (reshape (sparsersb (A), 3, 3) == reshape (sparse (A), 3, 3));
***** test
 A = [58,0,70,;5,62,0,;0,0,86,;]; assert (reshape (sparsersb (A), 9, 1) == reshape (sparse (A), 9, 1));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)(3,3) == sparse (A)(3,3));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)(9) == sparse (A)(9));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (reshape (sparsersb (A), 1, 9) == reshape (sparse (A), 1, 9));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (reshape (sparsersb (A), 3, 3) == reshape (sparse (A), 3, 3));
***** test
 A = [0+64*i,23+36*i,0,;0,0,0,;8,0,0,;]; assert (reshape (sparsersb (A), 9, 1) == reshape (sparse (A), 9, 1));
***** test
 A = [21,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [21,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [21,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [21,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [21,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [21,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [21,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [21,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [21,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [21,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [21,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [21,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [21,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [21,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [21,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [21,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [21,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [21,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [21,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [21,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [21,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [21,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [21,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [21,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [21,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [21,;]; assert (reshape (sparsersb (A), 1, 1) == reshape (sparse (A), 1, 1));
***** test
 A = [94+61*i,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [94+61*i,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [94+61*i,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [94+61*i,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [94+61*i,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [94+61*i,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [94+61*i,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [94+61*i,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [94+61*i,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [94+61*i,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [94+61*i,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [94+61*i,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [94+61*i,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [94+61*i,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [94+61*i,;]; assert (reshape (sparsersb (A), 1, 1) == reshape (sparse (A), 1, 1));
***** test
 A = [38,64,99,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [38,64,99,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [38,64,99,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [38,64,99,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [38,64,99,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [38,64,99,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [38,64,99,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [38,64,99,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [38,64,99,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [38,64,99,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)(1,3) == sparse (A)(1,3));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [38,64,99,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [38,64,99,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [38,64,99,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [38,64,99,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [38,64,99,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [38,64,99,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0+32*i,84+27*i,78,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)(1,3) == sparse (A)(1,3));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)(1,:) == sparse (A)(1,:));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0+32*i,84+27*i,78,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [31,;40,;66,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)(3,1) == sparse (A)(3,1));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [31,;40,;66,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [31,;40,;66,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [31,;40,;66,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)(3) == sparse (A)(3));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)(3,1) == sparse (A)(3,1));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)(:,1) == sparse (A)(:,1));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (reshape (sparsersb (A), 1, 3) == reshape (sparse (A), 1, 3));
***** test
 A = [0+90*i,;25+58*i,;26,;]; assert (reshape (sparsersb (A), 3, 1) == reshape (sparse (A), 3, 1));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)(3,3) == sparse (A)(3,3));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)(9) == sparse (A)(9));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (reshape (sparsersb (A), 1, 9) == reshape (sparse (A), 1, 9));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (reshape (sparsersb (A), 3, 3) == reshape (sparse (A), 3, 3));
***** test
 A = [86,42,100,;1,53,72,;6,97,38,;]; assert (reshape (sparsersb (A), 9, 1) == reshape (sparse (A), 9, 1));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert ( (sparsersb (A)) ==  (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (istril (sparsersb (A)) == istril (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (istriu (sparsersb (A)) == istriu (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (isreal (sparsersb (A)) == isreal (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (iscomplex (sparsersb (A)) == iscomplex (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (issymmetric (sparsersb (A)) == issymmetric (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (ishermitian (sparsersb (A)) == ishermitian (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (nnz (sparsersb (A)) == nnz (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (rows (sparsersb (A)) == rows (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (columns (sparsersb (A)) == columns (sparse (A)));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)'*(1*ones(size(A,1))) == sparse (A)'*(1*ones(size(A,1))));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)'*(i*ones(size(A,1))) == sparse (A)'*(i*ones(size(A,1))));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)( ) == sparse (A)( ));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)(1) == sparse (A)(1));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)(1,1) == sparse (A)(1,1));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)(3,3) == sparse (A)(3,3));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)(3,:) == sparse (A)(3,:));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)(9) == sparse (A)(9));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)(:) == sparse (A)(:));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)(:,3) == sparse (A)(:,3));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)(:,:) == sparse (A)(:,:));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)*(1*ones(size(A,2))) == sparse (A)*(1*ones(size(A,2))));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)*(i*ones(size(A,2))) == sparse (A)*(i*ones(size(A,2))));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)*1 == sparse (A)*1);
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A)*i == sparse (A)*i);
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A).'*(1*ones(size(A,1))) == sparse (A).'*(1*ones(size(A,1))));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (sparsersb (A).'*(i*ones(size(A,1))) == sparse (A).'*(i*ones(size(A,1))));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (reshape (sparsersb (A), 1, 9) == reshape (sparse (A), 1, 9));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (reshape (sparsersb (A), 3, 3) == reshape (sparse (A), 3, 3));
***** test
 A = [88,95,43,;0+76*i,26+64*i,0,;0+61*i,45+54*i,0+15*i,;]; assert (reshape (sparsersb (A), 9, 1) == reshape (sparse (A), 9, 1));
***** test % REAL/REAL
 A = sprandn(1e3,1e3,1/1e3); Arsb = sparsersb(A); v = randn(1e3,1);
 assert(A*v,Arsb*v,1e-14);
 assert(A.'*v,Arsb.'*v,1e-14);
 assert(A'*v,Arsb'*v,1e-14);
***** test % REAL/COMPLEX
 A = sprandn(1e6,1e6,1/1e6); Arsb = sparsersb(A); v = 1i*randn(1e6,1) + randn(1e6,1);
 assert(A*v,Arsb*v,1e-14);
 assert(A.'*v,Arsb.'*v,1e-14);
 assert(A'*v,Arsb'*v,1e-14);
***** test % COMPLEX/REAL
 A = 1i*sprandn(1e3,1e3,1/1e3) + sprandn(1e3,1e3,1/1e3); Arsb = sparsersb(A); v = randn(1e3,1);
 assert(A*v,Arsb*v,1e-14);
 assert(A.'*v,Arsb.'*v,1e-14);
 assert(A'*v,Arsb'*v,1e-14);
***** test % COMPLEX/COMPLEX
 A = 1i*sprandn(1e3,1e3,1/1e3) + sprandn(1e3,1e3,1/1e3); Arsb = sparsersb(A); v = 1i*randn(1e3,1) + randn(1e3,1);
 assert(A*v,Arsb*v,1e-14);
 assert(A.'*v,Arsb.'*v,1e-14);
 assert(A'*v,Arsb'*v,1e-14);
***** demo
 disp("'sparsersb' behaves pretty like 'sparse':")
 R=(rand(3)>.6)
 A_octave=sparse(R)
 A_librsb=sparsersb(R)
***** demo
 disp("The interface of 'sparsersb' is almost like the one of 'sparse'")
 disp("Create a 1x1 matrix:")
 sparsersb([2])
 disp("Create a 2x1 matrix:")
 sparsersb([1,2],[1,1],[11,21])
 disp("Create a 2x2 matrix:")
 sparsersb([1,2],[1,1],[11,21],2,2)
 disp("Create a 2x2 lower triangular matrix:")
 sparsersb([1,2,2  ],[1,1,2  ],[11,21,   22],2,2)
***** demo
 disp("'sparsersb' has an option to handle duplicates.")
 disp("Create a 2x2 lower triangular matrix (last element summed by default):")
 sparsersb([1,2,2,2],[1,1,2,2],[11,21,11,11],2,2)
 disp("Create a 2x2 lower triangular matrix (last two elements summed explicitly):")
 sparsersb([1,2,2,2],[1,1,2,2],[11,21,11,11],2,2,"sum")
 disp("Create a 2x2 lower triangular matrix (last element ignored, explicitly):")
 sparsersb([1,2,2,2],[1,1,2,2],[11,21,11,11],2,2,"unique")
***** demo
 disp("'sparsersb' support symmetric and hermitian matrices:\n")
 disp("2x2 lower tringular:")
 sparsersb([1,2,2  ],[1,1,2  ],[11,21 ,  22],2,2,"general")
 disp("2x2 symmetric (only lower triangle stored):")
 sparsersb([1,2,2  ],[1,1,2  ],[11,21 ,  22],2,2,"symmetric")
 disp("2x2 hermitian (only lower triangle stored):")
 sparsersb([1,2,2  ],[1,1,2  ],[11,21i,  22],2,2,"hermitian")
***** demo
 disp("Any 'sparse' or 'dense' matrix can be converted to 'sparsersb':")
 d=sparsersb(       [1,2;3,4] )
 f=sparsersb( full ([1,2;3,4]))
 s=sparsersb(sparse([1,2;3,4]))
***** demo
 disp("'sparsersb' detects symmetry:")
 d=sparsersb(       [1,2;2,1] )
 s=sparsersb(sparse([1,2;2,1]))
***** demo
 disp("'sparsersb' detects hermitianness:")
 d=sparsersb(       [1,i;-i,1] )
 s=sparsersb(sparse([1,i;-i,1]))
***** demo
 disp("The most important use of 'sparsersb' is for multiplying sparse matrices...\n")
 a=sparsersb(       [1,2;3,4] )
 disp("...by dense matrices or vectors:\n")
 x=[1,2;1,2]

 disp("Untransposed sparse matrix-vector multiplication:")
 a*x

 disp("Transposed sparse matrix-vector multiplication:")
 a'*x
***** demo
 d=sparsersb(       [1,2;3,4] );
 s=sparsersb(sparse([1,2;3,4]));

 disp("Many sparse-sparse matrix operators work on 'sparsersb'\n")
 disp("'+' operator:")
 s+d
 disp("'.+' operator:")
 s.+d
 disp("'-' operator:")
 s-d
 disp("'.-' operator:")
 s.-d
 disp("'*' operator:")
 s*d
 disp("'.*' operator:")
 s.*d
 disp("'/' operator:")
 s/d
 disp("'./' operator:")
 s./d
 disp("'\\' operator:")
 s\[1;1]
 disp("And others. Not all operators are native: certain use a conversion; see the printout.\n")
***** demo
 o=sparse(   [1,2;3,4] );
 s=sparsersb([1,2;3,4] );

 disp("Most of these operators hide a conversion; see the printout:\n")

 s(:,:)
 o(:,:)

 s(:,2)
 o(:,2)

 s(2,:)
 o(2,:)

 s(:)
 o(:)
***** demo
 disp("On large matrices 'sparsersb' may be faster than 'sparse' in sparse matrix-vector multiplication.")
 disp("In addition to that, 'sparsersb' has an 'empirical online auto-tuning' functionality.")
 disp("It means you run the autotuning on a specific input, and just after, the multiplication might be faster.")
 disp("See this case with two different right hand sides (NRHS) count.\n")
 M=100000;
 N=100000;
 P=100 / M;
 s=sparse(sprand(M,N,P));

 for NRHSc = {1,7}
 r=sparsersb(s); # repeat tuning from 'vanilla' matrix
 assert(nnz(s)==nnz(r))
 NRHS=cell2mat(NRHSc);

 x=ones(M,NRHS);
 printf("Here, a %.2e x %.2e matrix with %.2e nonzeroes, %d NRHS.\n",M,N,nnz(s),NRHS)
 tic();
 sc=0;
 while(toc()<3)
   s*x;
   sc=sc+1;
 endwhile
 st=toc()/sc;
 printf("Each multiplication with 'sparse' took %.1es.\n",st);

 tic();
 rc=0;
 while(toc()<3)
   r*x;
   rc=rc+1;
 endwhile
 rt=toc()/rc;
 ut=rt; # untuned time
 printf("Each multiplication with 'sparsersb' took %.3es, this is %.4g%% of the time taken by 'sparse'.\n",rt,100*rt/st);

 nsb=str2num(sparsersb(r,"get","RSB_MIF_LEAVES_COUNT__TO__RSB_BLK_INDEX_T"));
 tic;
 r=sparsersb(r,"autotune","n",NRHS);
 at_t=toc;
 nnb=str2num(sparsersb(r,"get","RSB_MIF_LEAVES_COUNT__TO__RSB_BLK_INDEX_T"));
 printf ("Autotuning for %d NRHS took  %.2es (%d -> %d RSB blocks).\n", NRHS, at_t, nsb, nnb);
 tic();
 rc=0;
 while(toc()<3)
   r*x;
   rc=rc+1;
 endwhile
 rt=toc()/rc;
 printf("After tuning, each 'sparsersb' multiplication took %.3es.\n",rt);
 printf("This is %.4g%% of the time taken by 'sparse' (%.2fx speedup).\n",100*rt/st,st/rt);
 if ut > rt;
   printf ("Autotuning brought a %.2fx speedup over original RSB structure.\n", ut/rt);
   printf ("Time spent in autotuning can be amortized in %.1d iterations.\n", at_t/(ut-rt) );
 else
   printf ("RSB autotuning brought no further speedup for NRHS=%d.\n",NRHS);
 endif
 disp("")
 endfor
***** demo
 disp("'sparsersb' can render sparse matrices into Encapsulated Postscript files showing the RSB blocks layout.")
 rm = sparsersb(sprand(100000,100000,.0001));
 sparsersb(rm,'render','sptest.eps')
 disp("You can open sptest.eps now.")
994 tests, 994 passed, 0 known failure, 0 skipped
Run tests in debian/check.m
make[1]: Entering directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/src'
SPARSERSB_TEST=1 octave-cli --norc --silent ../inst/sparsersbtester.m
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M = 1
RM = Recursive Sparse Blocks  (rows = 1, cols = 1, nnz = 1, symm = U [100%])

  (1, 1) -> 1

 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1   0
   0   1

RM =

Recursive Sparse Blocks  (rows = 2, cols = 2, nnz = 2, symm = U [50%])

  (1, 1) -> 1
  (2, 2) -> 1


 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1   0   0
   0   1   0
   0   0   1

RM =

Recursive Sparse Blocks  (rows = 3, cols = 3, nnz = 3, symm = U [33%])

  (1, 1) -> 1
  (2, 2) -> 1
  (3, 3) -> 1


 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1   0   0   0
   0   1   0   0
   0   0   1   0
   0   0   0   1

RM =

Recursive Sparse Blocks  (rows = 4, cols = 4, nnz = 4, symm = U [25%])

  (1, 1) -> 1
  (2, 2) -> 1
  (3, 3) -> 1
  (4, 4) -> 1


 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1   0   0   0   0
   0   1   0   0   0
   0   0   1   0   0
   0   0   0   1   0
   0   0   0   0   1

RM =

Recursive Sparse Blocks  (rows = 5, cols = 5, nnz = 5, symm = U [20%])

  (1, 1) -> 1
  (2, 2) -> 1
  (3, 3) -> 1
  (4, 4) -> 1
  (5, 5) -> 1


 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1   0   0   0   0   0
   0   1   0   0   0   0
   0   0   1   0   0   0
   0   0   0   1   0   0
   0   0   0   0   1   0
   0   0   0   0   0   1

RM =

Recursive Sparse Blocks  (rows = 6, cols = 6, nnz = 6, symm = U [17%])

  (1, 1) -> 1
  (2, 2) -> 1
  (3, 3) -> 1
  (4, 4) -> 1
  (5, 5) -> 1
  (6, 6) -> 1


 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM =

Recursive Sparse Blocks  (rows = 3, cols = 3, nnz = 4, symm = U [44%])

  (1, 1) -> 11
  (2, 1) -> 21
  (2, 2) -> 22
  (3, 3) -> 33


 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM =

Recursive Sparse Blocks  (rows = 4, cols = 4, nnz = 5, symm = U [31%])

  (1, 1) -> 11
  (2, 1) -> 21
  (2, 2) -> 22
  (3, 3) -> 33
  (4, 4) -> 44


 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM =

Recursive Sparse Blocks  (rows = 5, cols = 5, nnz = 6, symm = U [24%])

  (1, 1) -> 11
  (2, 1) -> 21
  (2, 2) -> 22
  (3, 3) -> 33
  (4, 4) -> 44
  (5, 5) -> 55


 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM =

Recursive Sparse Blocks  (rows = 6, cols = 6, nnz = 7, symm = U [19%])

  (1, 1) -> 11
  (2, 1) -> 21
  (2, 2) -> 22
  (3, 3) -> 33
  (4, 4) -> 44
  (5, 5) -> 55
  (6, 6) -> 66


 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM = Recursive Sparse Blocks  (rows = 1, cols = 1, nnz = 1, symm = U [100%])

  (1, 1) -> 10

 [*] constructors test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
will test types "sparse matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =  1 + 1i
RM = Recursive Sparse Blocks  (rows = 1, cols = 1, nnz = 1, symm = U [100%])

  (1, 1) -> 1 + 1i

ans = Compressed Column Sparse (rows = 1, cols = 1, nnz = 1 [100%])

  (1, 1) ->  0 + 2i
ans = Recursive Sparse Blocks  (rows = 1, cols = 1, nnz = 1, symm = U [100%])

  (1, 1) -> 1.22e-16 + 2i

warning: tiny mismatch (norm: 1.22465e-16) when computing matrix squares (see above)
warning: called from
    are_spm_equal at line 70 column 4
    testsprsb at line 155 column 7
    tests at line 444 column 7
    ../inst/sparsersbtester.m at line 489 column 6

 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1 + 1i   0 + 0i
   0 + 0i   1 + 1i

RM =

Recursive Sparse Blocks  (rows = 2, cols = 2, nnz = 2, symm = U [50%])

  (1, 1) -> 1 + 1i
  (2, 2) -> 1 + 1i


 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1 + 1i   0 + 0i   0 + 0i
   0 + 0i   1 + 1i   0 + 0i
   0 + 0i   0 + 0i   1 + 1i

RM =

Recursive Sparse Blocks  (rows = 3, cols = 3, nnz = 3, symm = U [33%])

  (1, 1) -> 1 + 1i
  (2, 2) -> 1 + 1i
  (3, 3) -> 1 + 1i


 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1 + 1i   0 + 0i   0 + 0i   0 + 0i
   0 + 0i   1 + 1i   0 + 0i   0 + 0i
   0 + 0i   0 + 0i   1 + 1i   0 + 0i
   0 + 0i   0 + 0i   0 + 0i   1 + 1i

RM =

Recursive Sparse Blocks  (rows = 4, cols = 4, nnz = 4, symm = U [25%])

  (1, 1) -> 1 + 1i
  (2, 2) -> 1 + 1i
  (3, 3) -> 1 + 1i
  (4, 4) -> 1 + 1i


 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1 + 1i   0 + 0i   0 + 0i   0 + 0i   0 + 0i
   0 + 0i   1 + 1i   0 + 0i   0 + 0i   0 + 0i
   0 + 0i   0 + 0i   1 + 1i   0 + 0i   0 + 0i
   0 + 0i   0 + 0i   0 + 0i   1 + 1i   0 + 0i
   0 + 0i   0 + 0i   0 + 0i   0 + 0i   1 + 1i

RM =

Recursive Sparse Blocks  (rows = 5, cols = 5, nnz = 5, symm = U [20%])

  (1, 1) -> 1 + 1i
  (2, 2) -> 1 + 1i
  (3, 3) -> 1 + 1i
  (4, 4) -> 1 + 1i
  (5, 5) -> 1 + 1i


 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
M =

   1 + 1i   0 + 0i   0 + 0i   0 + 0i   0 + 0i   0 + 0i
   0 + 0i   1 + 1i   0 + 0i   0 + 0i   0 + 0i   0 + 0i
   0 + 0i   0 + 0i   1 + 1i   0 + 0i   0 + 0i   0 + 0i
   0 + 0i   0 + 0i   0 + 0i   1 + 1i   0 + 0i   0 + 0i
   0 + 0i   0 + 0i   0 + 0i   0 + 0i   1 + 1i   0 + 0i
   0 + 0i   0 + 0i   0 + 0i   0 + 0i   0 + 0i   1 + 1i

RM =

Recursive Sparse Blocks  (rows = 6, cols = 6, nnz = 6, symm = U [17%])

  (1, 1) -> 1 + 1i
  (2, 2) -> 1 + 1i
  (3, 3) -> 1 + 1i
  (4, 4) -> 1 + 1i
  (5, 5) -> 1 + 1i
  (6, 6) -> 1 + 1i


 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM =

Recursive Sparse Blocks  (rows = 3, cols = 3, nnz = 4, symm = U [44%])

  (1, 1) -> 11 + 11i
  (2, 1) -> 21 + 21i
  (2, 2) -> 22 + 22i
  (3, 3) -> 33 + 33i


 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM =

Recursive Sparse Blocks  (rows = 4, cols = 4, nnz = 5, symm = U [31%])

  (1, 1) -> 11 + 11i
  (2, 1) -> 21 + 21i
  (2, 2) -> 22 + 22i
  (3, 3) -> 33 + 33i
  (4, 4) -> 44 + 44i


 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM =

Recursive Sparse Blocks  (rows = 5, cols = 5, nnz = 6, symm = U [24%])

  (1, 1) -> 11 + 11i
  (2, 1) -> 21 + 21i
  (2, 2) -> 22 + 22i
  (3, 3) -> 33 + 33i
  (4, 4) -> 44 + 44i
  (5, 5) -> 55 + 55i


 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM =

Recursive Sparse Blocks  (rows = 6, cols = 6, nnz = 7, symm = U [19%])

  (1, 1) -> 11 + 11i
  (2, 1) -> 21 + 21i
  (2, 2) -> 22 + 22i
  (3, 3) -> 33 + 33i
  (4, 4) -> 44 + 44i
  (5, 5) -> 55 + 55i
  (6, 6) -> 66 + 66i


 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [~] ilu does not work; probably UMFPACK is not installed: skipping some tests. .
 [*] multiply test passed.
 [*] triangular solve test passed.
 [*] norms test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
RM = Recursive Sparse Blocks  (rows = 1, cols = 1, nnz = 1, symm = U [100%])

  (1, 1) -> 10 + 10i

ans = Compressed Column Sparse (rows = 1, cols = 1, nnz = 1 [100%])

  (1, 1) ->    0 + 200i
ans = Recursive Sparse Blocks  (rows = 1, cols = 1, nnz = 1, symm = U [100%])

  (1, 1) -> 1.22e-14 + 200i

warning: tiny mismatch (norm: 8.61401e-14) when computing matrix squares (see above)
warning: called from
    are_spm_equal at line 70 column 4
    testsprsb at line 155 column 7
    tests at line 444 column 7
    ../inst/sparsersbtester.m at line 515 column 6

 [*] constructors test passed.
will test types "sparse complex matrix" and "rsb sparse matrix"
 [*] dimensions test passed.
 [*] diagonal test passed.
 [*] find test passed.
 [*] elems test passed.
 [*] asgn test passed.
 [*] scale test passed.
 [*] add and subtract test passed.
 [*] overall (for this matrix) test passed.
A =

Recursive Sparse Blocks  (rows = 3, cols = 3, nnz = 3, symm = U [33%])

  (1, 1) -> 11
  (2, 2) -> 22
  (2, 3) -> 23


O =

Compressed Column Sparse (rows = 3, cols = 3, nnz = 3 [33%])

  (1, 1) -> 11
  (2, 2) -> 22
  (2, 3) -> 23

A =

Recursive Sparse Blocks  (rows = 3, cols = 3, nnz = 3, symm = U [33%])

  (1, 1) -> 11
  (2, 2) -> 22
  (2, 3) -> 2.2e+02


O =

Compressed Column Sparse (rows = 3, cols = 3, nnz = 3 [33%])

  (1, 1) -> 11
  (2, 2) -> 22
  (2, 3) -> 222

All tests passed.
error: ignoring const execution_exception& while preparing to exit
SPARSERSB_TEST=1 octave-cli --norc --silent ../bin/octavebench.m ../bin/pd.mtx
 ***********************************************************************
**           A small 'sparse' vs 'sparsersb' test / benchmark.         **
**      This is meant to be a demo, but not really an example.         **
**  You can invoke it supplying a Matrix Market matrix (e.g. pd.mtx).  **
**        Without arguments, will generate a test matrix.              **
** p.s.: Invoke 'demo sparsersb' to get just a first working overview. **
 ***********************************************************************
**  Will read Matrix Market matrix file 
 ...
 
../bin/pd.mtx: 0.00 MBytes read in  1.6127 s (      0.00 MB/s)
 *** Benchmarking 'sparse'.
 *** Benchmarking 'sparse' instantiation from 'ia,ja,va'.
../bin/pd.mtx 'sparse' 10 Instantiations for 36 nnz in  0.0008 secs, so       0.46 nnz/s
 *** Benchmarking 'sparse' SPMV..
../bin/pd.mtx 'sparse' 10 SPMV  for 36 nnz in  0.0001 secs, so       6.27 Mflops
 *** Benchmarking sparse SPMV_T..
../bin/pd.mtx 'sparse' 10 spMVT for 36 nnz in  0.0001 secs, so       6.27 Mflops
 
 *** Benchmarking 'sparsersb'.
 *** Benchmarking 'sparsersb' instantiation from 'ia,ja,va'.
../bin/pd.mtx 'sparsersb' 10 Instantiations for 36 nnz in  15.8700 secs, so       0.00 nnz/s
 ** Assembled 'sparsersb' matrix has 22 RSB blocks.
 *** Benchmarking 'sparsersb' SPMV..
../bin/pd.mtx 'sparsersb' 10 SPMV  for 36 nnz in  1.9279 secs, so       0.00 Mflops
 *** Benchmarking sparsersb SPMV_T..
../bin/pd.mtx 'sparsersb' 10 spMVT for 36 nnz in  2.0020 secs, so       0.00 Mflops
 
 ***********************************************************************
error: ignoring const execution_exception& while preparing to exit
SPARSERSB_TEST=1 octave-cli --norc --silent ../bin/octavebench.m 
 ***********************************************************************
**           A small 'sparse' vs 'sparsersb' test / benchmark.         **
**      This is meant to be a demo, but not really an example.         **
**  You can invoke it supplying a Matrix Market matrix (e.g. pd.mtx).  **
**        Without arguments, will generate a test matrix.              **
** p.s.: Invoke 'demo sparsersb' to get just a first working overview. **
 ***********************************************************************
**  Will generate a matrix...                                          **
10 GEMV for order 1024  in  0.0207601 secs, so 1010.185936 Mflops
 ***********************************************************************
error: ignoring const execution_exception& while preparing to exit
SPARSERSB_TEST=1 octave-cli --norc --silent --eval 'test sparsersbtg'
PASSES 7 out of 7 tests
error: ignoring const execution_exception& while preparing to exit
SPARSERSB_TEST=1 octave-cli --norc --silent --eval 'test sparsersb'
PASSES 994 out of 994 tests
error: ignoring const execution_exception& while preparing to exit
make[1]: Leaving directory '/build/octave-sparsersb-APVAoN/octave-sparsersb-1.0.8/src'
Summary: 1002 tests, 1002 passed, 0 known failures, 0 skipped
   dh_installdocs -a -O--buildsystem=octave
   dh_installchangelogs -a -O--buildsystem=octave
   dh_octave_changelogs -a -O--buildsystem=octave
   dh_octave_examples -a -O--buildsystem=octave
dh_octave_examples: warning: skipping link from usr/share/doc/octave-sparsersb/examples to self
   dh_installsystemduser -a -O--buildsystem=octave
   dh_perl -a -O--buildsystem=octave
   dh_link -a -O--buildsystem=octave
   dh_strip_nondeterminism -a -O--buildsystem=octave
   dh_compress -a -O--buildsystem=octave
   dh_fixperms -a -O--buildsystem=octave
   dh_missing -a -O--buildsystem=octave
   dh_dwz -a -a -O--buildsystem=octave
   dh_strip -a -a -O--buildsystem=octave
   dh_makeshlibs -a -a -O--buildsystem=octave
   dh_shlibdeps -a -a -O--buildsystem=octave
   dh_octave_substvar -a -O--buildsystem=octave
   dh_installdeb -a -O--buildsystem=octave
   dh_gencontrol -a -O--buildsystem=octave
dpkg-gencontrol: warning: package octave-sparsersb: substitution variable ${octave:Upstream-Description} unused, but is defined
dpkg-gencontrol: warning: package octave-sparsersb: substitution variable ${octave:Upstream-Description} unused, but is defined
   dh_md5sums -a -O--buildsystem=octave
   dh_builddeb -a -O--buildsystem=octave
dpkg-deb: building package 'octave-sparsersb' in '../octave-sparsersb_1.0.8-3_amd64.deb'.
dpkg-deb: building package 'octave-sparsersb-dbgsym' in '../octave-sparsersb-dbgsym_1.0.8-3_amd64.deb'.
 dpkg-genbuildinfo --build=any
 dpkg-genchanges --build=any >../octave-sparsersb_1.0.8-3_amd64.changes
dpkg-genchanges: info: binary-only arch-specific upload (source code and arch-indep packages not included)
 dpkg-source --after-build .
dpkg-source: info: using options from octave-sparsersb-1.0.8/debian/source/options: --extend-diff-ignore=.*\.oct|sparsersb_temporary_matrix_file\.mtx|.*\.eps|src/Makeconf|src/config\.log|src/config\.status|src/configure$
dpkg-buildpackage: info: binary-only upload (no source included)
I: running special hook: sync-out /build/octave-sparsersb-APVAoN /tmp/octave-sparsersb-1.0.8-3f88i2vjw
I: cleaning package lists and apt cache...
I: creating tarball...
I: done
I: removing tempdir /tmp/mmdebstrap.Yvz0lxVlFM...
I: success in 5072.4312 seconds
md5: octave-sparsersb-dbgsym_1.0.8-3_amd64.deb: OK
md5: octave-sparsersb_1.0.8-3_amd64.deb: OK
sha1: octave-sparsersb-dbgsym_1.0.8-3_amd64.deb: OK
sha1: octave-sparsersb_1.0.8-3_amd64.deb: OK
sha256: octave-sparsersb-dbgsym_1.0.8-3_amd64.deb: OK
sha256: octave-sparsersb_1.0.8-3_amd64.deb: OK
Checksums: OK