<86>Dec 21 07:16:43 userdel[1481092]: delete user 'rooter' <86>Dec 21 07:16:43 userdel[1481092]: removed group 'rooter' owned by 'rooter' <86>Dec 21 07:16:43 userdel[1481092]: removed shadow group 'rooter' owned by 'rooter' <86>Dec 21 07:16:43 groupadd[1481099]: group added to /etc/group: name=rooter, GID=1211 <86>Dec 21 07:16:43 groupadd[1481099]: group added to /etc/gshadow: name=rooter <86>Dec 21 07:16:43 groupadd[1481099]: new group: name=rooter, GID=1211 <86>Dec 21 07:16:43 useradd[1481105]: new user: name=rooter, UID=1211, GID=1211, home=/root, shell=/bin/bash, from=none <86>Dec 21 07:16:43 userdel[1481115]: delete user 'builder' <86>Dec 21 07:16:43 userdel[1481115]: removed group 'builder' owned by 'builder' <86>Dec 21 07:16:43 userdel[1481115]: removed shadow group 'builder' owned by 'builder' <86>Dec 21 07:16:43 groupadd[1481122]: group added to /etc/group: name=builder, GID=1212 <86>Dec 21 07:16:43 groupadd[1481122]: group added to /etc/gshadow: name=builder <86>Dec 21 07:16:43 groupadd[1481122]: new group: name=builder, GID=1212 <86>Dec 21 07:16:43 useradd[1481128]: new user: name=builder, UID=1212, GID=1212, home=/usr/src, shell=/bin/bash, from=none <13>Dec 21 07:16:48 rpmi: libmpdec3-2.5.1-alt3 sisyphus+314490.500.5.1 1675432033 installed <13>Dec 21 07:16:48 rpmi: libgdbm-1.8.3-alt10 sisyphus+346222.200.3.2 1716468406 installed <13>Dec 21 07:16:48 rpmi: libexpat-2.5.0-alt1 sisyphus+346180.200.2.1 1716349845 installed <13>Dec 21 07:16:48 rpmi: libb2-0.98.1-alt1_1 sisyphus+291614.100.1.1 1638962878 installed <13>Dec 21 07:16:48 rpmi: libp11-kit-1:0.25.5-alt1 sisyphus+352553.100.1.1 1720622586 installed <13>Dec 21 07:16:48 rpmi: libtasn1-4.19.0-alt3 sisyphus+327816.100.1.1 1692802618 installed <13>Dec 21 07:16:48 rpmi: rpm-macros-alternatives-0.5.2-alt2 sisyphus+315270.200.2.1 1676457367 installed <13>Dec 21 07:16:48 rpmi: alternatives-0.5.2-alt2 sisyphus+315270.200.2.1 1676457367 installed <13>Dec 21 07:16:48 rpmi: ca-certificates-2024.12.10-alt1 sisyphus+364633.200.3.1 1733918603 installed <13>Dec 21 07:16:48 rpmi: ca-trust-0.2.0-alt1 sisyphus+344843.100.1.1 1712743326 installed <13>Dec 21 07:16:48 rpmi: p11-kit-trust-1:0.25.5-alt1 sisyphus+352553.100.1.1 1720622586 installed <13>Dec 21 07:16:48 rpmi: libcrypto3-3.1.7-alt2 sisyphus+359910.100.1.1 1729080696 installed <13>Dec 21 07:16:48 rpmi: libssl3-3.1.7-alt2 sisyphus+359910.100.1.1 1729080696 installed <13>Dec 21 07:16:48 rpmi: python3-3.12.8-alt1 sisyphus+364336.100.1.1 1733526985 installed <13>Dec 21 07:16:49 rpmi: python3-base-3.12.8-alt1 sisyphus+364336.100.1.1 1733526985 installed <13>Dec 21 07:16:49 rpmi: python3-module-py3dephell-0.3.1-alt1 sisyphus+365261.200.1.1 1734463433 installed <13>Dec 21 07:16:49 rpmi: tests-for-installed-python3-pkgs-0.1.26-alt2 sisyphus+365350.100.1.1 1734517486 installed <13>Dec 21 07:16:49 rpmi: rpm-build-python3-0.1.26-alt2 sisyphus+365350.100.1.1 1734517486 installed warning: Macro %cmake not found warning: Macro %cmake_build not found warning: Macro %cmakeinstall_std not found <13>Dec 21 07:16:53 rpmi: xorg-proto-devel-2024.1-alt1 sisyphus+343583.40.1.1 1711440649 installed <13>Dec 21 07:16:53 rpmi: libboost_system1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:53 rpmi: libglvnd-7:1.7.0-alt1 sisyphus+330949.100.1.1 1696424894 installed <13>Dec 21 07:16:53 rpmi: libidn2-2.3.7-alt1 sisyphus+339505.100.1.2 1706718975 installed <13>Dec 21 07:16:53 rpmi: libnettle8-3.9.1-alt1 sisyphus+322548.100.1.2 1686176897 installed <13>Dec 21 07:16:53 rpmi: libquadmath0-14.2.1-alt1 sisyphus+360995.100.1.1 1730131612 installed <13>Dec 21 07:16:53 rpmi: libopenblas-0.3.28-alt1 sisyphus+356644.100.1.1 1725289662 installed <13>Dec 21 07:16:53 rpmi: libXau-1.0.11-alt1 sisyphus+311428.100.1.1 1670577440 installed <13>Dec 21 07:16:53 rpmi: libwayland-server-1.23.1-alt1.1 sisyphus+356019.140.3.1 1724572108 installed <13>Dec 21 07:16:53 rpmi: libjpeg-2:3.0.2-alt2.1 sisyphus+340135.100.1.1 1707449053 installed <13>Dec 21 07:16:53 rpmi: liblz4-1:1.9.4-alt1 sisyphus+309416.100.1.1 1667413000 installed <13>Dec 21 07:16:53 rpmi: libpng16-1.6.42-alt2 sisyphus+339555.100.1.1 1706781690 installed <13>Dec 21 07:16:53 rpmi: libsystemd-1:255.13-alt1 sisyphus+359453.100.2.1 1728651220 installed <13>Dec 21 07:16:53 rpmi: libdbus-1.14.10-alt1 sisyphus+327286.5700.14.1 1711487513 installed <13>Dec 21 07:16:53 rpmi: libavahi-0.8-alt4 sisyphus+344258.100.1.1 1712133862 installed <13>Dec 21 07:16:53 rpmi: libblosc-1.21.6-alt1 sisyphus+356073.100.1.1 1724669238 installed <13>Dec 21 07:16:53 rpmi: libXau-devel-1.0.11-alt1 sisyphus+311428.100.1.1 1670577440 installed <13>Dec 21 07:16:53 rpmi: libquadmath14-devel-14.2.1-alt1 sisyphus+360995.100.1.1 1730131612 installed <13>Dec 21 07:16:53 rpmi: libquadmath-devel-14-alt1 sisyphus+360995.300.1.1 1730139881 installed <13>Dec 21 07:16:53 rpmi: libboost_charconv1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:54 rpmi: libgfortran5-14.2.1-alt1 sisyphus+360995.100.1.1 1730131612 installed <13>Dec 21 07:16:54 rpmi: libhogweed6-3.9.1-alt1 sisyphus+322548.100.1.2 1686176897 installed <13>Dec 21 07:16:54 rpmi: libgnutls30-3.8.8-alt2 sisyphus+364832.100.1.1 1734008167 installed <13>Dec 21 07:16:54 rpmi: libngtcp2.16-1.9.1-alt1 sisyphus+363819.100.1.1 1733129258 installed <13>Dec 21 07:16:54 rpmi: libngtcp2_crypto_gnutls8-1.9.1-alt1 sisyphus+363819.100.1.1 1733129258 installed <13>Dec 21 07:16:54 rpmi: libGLES-7:1.7.0-alt1 sisyphus+330949.100.1.1 1696424894 installed <13>Dec 21 07:16:54 rpmi: libOpenGL-7:1.7.0-alt1 sisyphus+330949.100.1.1 1696424894 installed <13>Dec 21 07:16:54 rpmi: libboost_atomic1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:54 rpmi: libboost_contract1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:54 rpmi: libboost_filesystem1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:54 rpmi: libboost_process1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:54 rpmi: libboost_chrono1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:54 rpmi: libboost_timer1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:54 rpmi: libboost_thread1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:54 rpmi: libboost_type_erasure1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:16:54 rpmi: libtbb-2021.13.0-alt1 sisyphus+351726.100.1.1 1719561767 installed <13>Dec 21 07:16:54 rpmi: libpython3-3.12.8-alt1 sisyphus+364336.100.1.1 1733526985 installed <13>Dec 21 07:16:54 rpmi: libncurses6-6.3.20220618-alt4 sisyphus+327286.4600.14.1 1711486782 installed <13>Dec 21 07:16:54 rpmi: libtinfo-devel-6.3.20220618-alt4 sisyphus+327286.4600.14.1 1711486782 installed <13>Dec 21 07:16:54 rpmi: libncurses-devel-6.3.20220618-alt4 sisyphus+327286.4600.14.1 1711486782 installed <13>Dec 21 07:16:55 rpmi: python3-dev-3.12.8-alt1 sisyphus+364336.100.1.1 1733526985 installed <13>Dec 21 07:16:55 rpmi: liblog4cplus-2.0.7-alt1.2 sisyphus+333513.4100.72.1 1704584659 installed <13>Dec 21 07:16:55 rpmi: libxblas-1.0.248-alt2 sisyphus+285045.40.2.1 1631388462 installed <13>Dec 21 07:16:56 rpmi: liblapack-1:3.8.0-alt7 sisyphus+340675.300.1.1 1707908362 installed <13>Dec 21 07:16:56 rpmi: python3-module-numpy-1:1.26.5-alt1 sisyphus+352832.100.1.1 1720965123 installed <13>Dec 21 07:16:56 rpmi: libjemalloc2-5.3.0-alt2 sisyphus+343949.100.1.1 1711729549 installed <13>Dec 21 07:16:56 rpmi: libxshmfence-1.3.2-alt1 sisyphus+311428.400.1.1 1670577529 installed <13>Dec 21 07:16:56 rpmi: libsensors3-3.6.0-alt3 sisyphus+308579.100.1.1 1666035269 installed <13>Dec 21 07:16:56 rpmi: libX11-locales-3:1.8.10-alt1 sisyphus+353866.100.1.1 1722240771 installed <13>Dec 21 07:16:56 rpmi: libspirv-tools0-1:2024.4-alt0.1 sisyphus+365035.200.5.1 1734354505 installed <13>Dec 21 07:16:56 rpmi: llvm18.1-filesystem-18.1.8-alt0.4 sisyphus+364551.100.1.1 1733763102 installed <13>Dec 21 07:16:56 rpmi: llvm18.1-polly-18.1.8-alt0.4 sisyphus+364551.100.1.1 1733763102 installed <13>Dec 21 07:16:56 rpmi: libedit3-3.1.20230828-alt1 sisyphus+330914.200.3.1 1696922745 installed <13>Dec 21 07:16:56 rpmi: llvm18.1-gold-18.1.8-alt0.4 sisyphus+364551.100.1.1 1733763102 installed <13>Dec 21 07:17:00 rpmi: llvm18.1-libs-18.1.8-alt0.4 sisyphus+364551.100.1.1 1733763102 installed <13>Dec 21 07:17:00 rpmi: libXdmcp-1.1.5-alt1 sisyphus+343583.700.1.1 1711441073 installed <13>Dec 21 07:17:00 rpmi: libxcb-1.17.0-alt1 sisyphus+345308.200.1.1 1713342009 installed <13>Dec 21 07:17:00 rpmi: libX11-3:1.8.10-alt1 sisyphus+353866.100.1.1 1722240774 installed <13>Dec 21 07:17:00 rpmi: libXext-1.3.6-alt1 sisyphus+343583.1000.1.1 1711441114 installed <13>Dec 21 07:17:00 rpmi: libXfixes-6.0.1-alt1 sisyphus+331490.300.1.1 1697023235 installed <13>Dec 21 07:17:00 rpmi: libXxf86vm-1.1.5-alt1 sisyphus+308663.1400.1.1 1666168534 installed <13>Dec 21 07:17:00 rpmi: libXi-1.8-alt1 sisyphus+285490.200.1.1 1632124180 installed <13>Dec 21 07:17:00 rpmi: libglfw3-3.3-alt1.1 sisyphus+279550.100.1.3 1626597703 installed <13>Dec 21 07:17:01 rpmi: libxcb-devel-1.17.0-alt1 sisyphus+345308.200.1.1 1713342009 installed <13>Dec 21 07:17:02 rpmi: libX11-devel-3:1.8.10-alt1 sisyphus+353866.100.1.1 1722240774 installed <13>Dec 21 07:17:02 rpmi: libXext-devel-1.3.6-alt1 sisyphus+343583.1000.1.1 1711441114 installed <13>Dec 21 07:17:02 rpmi: libXfixes-devel-6.0.1-alt1 sisyphus+331490.300.1.1 1697023235 installed <13>Dec 21 07:17:02 rpmi: libwayland-client-1.23.1-alt1.1 sisyphus+356019.140.3.1 1724572108 installed <13>Dec 21 07:17:02 rpmi: libpciaccess-1:0.18.1-alt1 sisyphus+343583.300.1.1 1711440792 installed <13>Dec 21 07:17:02 rpmi: libdrm-1:2.4.124-alt1 sisyphus+364215.100.1.1 1733469813 installed <13>Dec 21 07:17:03 rpmi: libGLX-mesa-4:24.3.2-alt1 sisyphus+365536.100.1.1 1734711586 installed <13>Dec 21 07:17:03 rpmi: libGLX-7:1.7.0-alt1 sisyphus+330949.100.1.1 1696424894 installed <13>Dec 21 07:17:03 rpmi: libGL-7:1.7.0-alt1 sisyphus+330949.100.1.1 1696424894 installed <13>Dec 21 07:17:03 rpmi: libgbm-4:24.3.2-alt1 sisyphus+365536.100.1.1 1734711586 installed <13>Dec 21 07:17:03 rpmi: libEGL-mesa-4:24.3.2-alt1 sisyphus+365536.100.1.1 1734711586 installed <13>Dec 21 07:17:03 rpmi: libEGL-7:1.7.0-alt1 sisyphus+330949.100.1.1 1696424894 installed <13>Dec 21 07:17:03 rpmi: libglvnd-devel-7:1.7.0-alt1 sisyphus+330949.100.1.1 1696424894 installed <13>Dec 21 07:17:03 rpmi: libimath29-3.1.6-alt4 sisyphus+360827.100.1.1 1729946617 installed <13>Dec 21 07:17:03 rpmi: libwebp7-1.5.0-alt1 sisyphus+365488.100.1.1 1734677706 installed <13>Dec 21 07:17:03 rpmi: libdeflate-1.22-alt1 sisyphus+359192.100.1.1 1728330311 installed <13>Dec 21 07:17:03 rpmi: libtiff5-4.4.0-alt4 sisyphus+322581.100.1.2 1686180093 installed <13>Dec 21 07:17:03 rpmi: libpaper2-2:2.1.3-alt1 sisyphus+340967.100.1.1 1708276734 installed <13>Dec 21 07:17:03 rpmi: libopenjpeg2.0-2.5.3-alt1 sisyphus+364601.100.1.1 1733825035 installed <13>Dec 21 07:17:03 rpmi: gcc-c++-common-1.4.28-alt1 sisyphus+348678.100.1.1 1716396142 installed <13>Dec 21 07:17:03 rpmi: libstdc++14-devel-14.2.1-alt1 sisyphus+360995.100.1.1 1730131612 installed <13>Dec 21 07:17:04 rpmi: gcc14-c++-14.2.1-alt1 sisyphus+360995.100.1.1 1730131612 installed <13>Dec 21 07:17:04 rpmi: libgraphite2-1.3.14-alt2.1 sisyphus+279571.100.1.2 1626605157 installed <13>Dec 21 07:17:04 rpmi: xml-utils-1:2.12.9-alt1 sisyphus+355784.100.1.1 1724333695 installed <13>Dec 21 07:17:04 rpmi: cppunit-1.15.1-alt1 sisyphus+346115.200.2.1 1716284188 installed <13>Dec 21 07:17:04 rpmi: cmake-modules-3.31.2-alt2 sisyphus+364756.100.1.1 1733932352 installed <13>Dec 21 07:17:04 rpmi: libuv-1.49.1-alt1 sisyphus+364651.40.2.1 1733856345 installed <13>Dec 21 07:17:04 rpmi: librhash-1.3.5-alt3 sisyphus+286141.40.2.1 1632982456 installed <13>Dec 21 07:17:04 rpmi: libjsoncpp24-1.9.4-alt2 sisyphus+346331.200.2.1 1716448553 installed <13>Dec 21 07:17:05 rpmi: libssh2-1.11.0-alt2 sisyphus+339356.100.1.1 1706593140 installed <13>Dec 21 07:17:05 rpmi: publicsuffix-list-dafsa-20240911-alt1 sisyphus+357399.100.1.1 1726160479 installed <13>Dec 21 07:17:05 rpmi: libpsl-0.21.5-alt1 sisyphus+338474.100.1.1 1705684771 installed <13>Dec 21 07:17:05 rpmi: libnghttp3.9-1.6.0-alt1 sisyphus+363819.40.1.1 1733129195 installed <13>Dec 21 07:17:05 rpmi: libnghttp2-1.64.0-alt1 sisyphus+363795.200.2.1 1733118560 installed <13>Dec 21 07:17:05 rpmi: openldap-common-2.6.9-alt1 sisyphus+364781.100.1.1 1733971238 installed <13>Dec 21 07:17:05 rpmi: libntlm-1.5-alt1 sisyphus+278100.3300.1.1 1626059663 installed <13>Dec 21 07:17:05 rpmi: libidn-1.37-alt2 sisyphus+300849.100.1.1 1653769693 installed <13>Dec 21 07:17:05 rpmi: libverto-0.3.2-alt1_1 sisyphus+321176.2200.10.2 1684806164 installed <13>Dec 21 07:17:05 rpmi: liblmdb-0.9.33-alt1 sisyphus+360625.100.1.1 1729819639 installed <13>Dec 21 07:17:05 rpmi: libkeyutils-1.6.3-alt1 sisyphus+346336.200.2.2 1716472658 installed <13>Dec 21 07:17:05 rpmi: libcom_err-1.47.1.0.10.ad56-alt2 sisyphus+363497.200.3.1 1732729916 installed <86>Dec 21 07:17:05 groupadd[1483503]: group added to /etc/group: name=_keytab, GID=999 <86>Dec 21 07:17:05 groupadd[1483503]: group added to /etc/gshadow: name=_keytab <86>Dec 21 07:17:05 groupadd[1483503]: new group: name=_keytab, GID=999 <13>Dec 21 07:17:05 rpmi: libkrb5-1.21.3-alt2 sisyphus+351857.100.1.1 1719735219 installed <13>Dec 21 07:17:05 rpmi: libgsasl18-2.2.1-alt2 sisyphus+359713.200.2.1 1728905438 installed <86>Dec 21 07:17:05 groupadd[1483597]: group added to /etc/group: name=sasl, GID=998 <86>Dec 21 07:17:05 groupadd[1483597]: group added to /etc/gshadow: name=sasl <86>Dec 21 07:17:05 groupadd[1483597]: new group: name=sasl, GID=998 <13>Dec 21 07:17:05 rpmi: libsasl2-3-2.1.28-alt2 sisyphus+343335.100.1.1 1711112524 installed <13>Dec 21 07:17:05 rpmi: libldap2-2.6.9-alt1 sisyphus+364781.100.1.1 1733971261 installed <13>Dec 21 07:17:05 rpmi: libcups-2.4.11-alt1 sisyphus+359120.200.2.1 1728202638 installed <13>Dec 21 07:17:05 rpmi: libbrotlicommon-1.1.0-alt1 sisyphus+328501.100.1.1 1693598420 installed <13>Dec 21 07:17:05 rpmi: libbrotlidec-1.1.0-alt1 sisyphus+328501.100.1.1 1693598420 installed <13>Dec 21 07:17:05 rpmi: libharfbuzz-10.1.0-alt1 sisyphus+361773.100.1.1 1730824050 installed <13>Dec 21 07:17:05 rpmi: libfreetype-2.13.3-alt1 sisyphus+355656.100.1.1 1724221065 installed <13>Dec 21 07:17:05 rpmi: libfontconfig1-2.15.0-alt1 sisyphus+355771.100.2.3 1724337302 installed <13>Dec 21 07:17:05 rpmi: fontconfig-2.15.0-alt1 sisyphus+355771.100.2.3 1724337302 installed Updating fonts cache: <29>Dec 21 07:17:06 fontconfig: Updating fonts cache: succeeded [ DONE ] <13>Dec 21 07:17:06 rpmi: fonts-ttf-dejavu-2.37-alt2 sisyphus+243548.100.1.1 1577296175 installed <13>Dec 21 07:17:06 rpmi: fonts-type1-urw-3:1.0.7pre44-alt3 sisyphus+224082.100.2.1 1552406640 installed <13>Dec 21 07:17:08 rpmi: libgs-10.04.0-alt1 sisyphus+358837.100.1.1 1727875695 installed <13>Dec 21 07:17:09 rpmi: ghostscript-common-10.04.0-alt1 sisyphus+358837.100.1.1 1727875670 installed <13>Dec 21 07:17:09 rpmi: ghostscript-classic-10.04.0-alt1 sisyphus+358837.100.1.1 1727875695 installed <13>Dec 21 07:17:09 rpmi: libcurl-8.11.1-alt1 sisyphus+364692.100.1.1 1733905244 installed <13>Dec 21 07:17:09 rpmi: libarchive13-3.7.5-alt2 sisyphus+358189.100.1.1 1727162770 installed <13>Dec 21 07:17:09 rpmi: rpm-macros-cmake-3.29.1-alt1 sisyphus+344518.300.3.1 1712379787 installed <13>Dec 21 07:17:10 rpmi: cmake-3.31.2-alt2 sisyphus+364756.100.1.1 1733932412 installed <13>Dec 21 07:17:10 rpmi: libboost_context1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_fiber1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_stacktrace1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_nowide1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_url1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_test1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_serialization1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_random1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_iostreams1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_json1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_regex1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_graph1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_date_time1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:10 rpmi: libboost_container1.86.0-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:12 rpmi: boost-devel-headers-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539309 installed <13>Dec 21 07:17:12 rpmi: boost-devel-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539423 installed <13>Dec 21 07:17:12 rpmi: boost-interprocess-devel-1:1.86.0-alt2 sisyphus+363349.100.1.1 1732539309 installed <13>Dec 21 07:17:12 rpmi: pybind11-devel-2.13.6-alt1 sisyphus+357546.100.1.1 1726310027 installed <13>Dec 21 07:17:13 rpmi: ghostscript-10.04.0-alt1 sisyphus+358837.100.1.1 1727875695 installed <13>Dec 21 07:17:13 rpmi: doxygen-1:1.12.0-alt1 sisyphus+356266.100.1.1 1724854044 installed <13>Dec 21 07:17:13 rpmi: cppunit-devel-1.15.1-alt1 sisyphus+346115.200.2.1 1716284188 installed <13>Dec 21 07:17:13 rpmi: gcc-c++-14-alt1 sisyphus+360995.300.1.1 1730139881 installed <13>Dec 21 07:17:13 rpmi: imath-devel-3.1.6-alt4 sisyphus+360827.100.1.1 1729946617 installed <13>Dec 21 07:17:13 rpmi: libglfw3-devel-3.3-alt1.1 sisyphus+279550.100.1.3 1626597703 installed <13>Dec 21 07:17:13 rpmi: libXi-devel-1.8-alt1 sisyphus+285490.200.1.1 1632124180 installed <13>Dec 21 07:17:13 rpmi: libjemalloc-devel-5.3.0-alt2 sisyphus+343949.100.1.1 1711729549 installed <13>Dec 21 07:17:13 rpmi: libnumpy-py3-devel-1:1.26.5-alt1 sisyphus+352832.100.1.1 1720965123 installed <13>Dec 21 07:17:13 rpmi: liblog4cplus-devel-2.0.7-alt1.2 sisyphus+333513.4100.72.1 1704584659 installed <13>Dec 21 07:17:13 rpmi: tbb-devel-2021.13.0-alt1 sisyphus+351726.100.1.1 1719561767 installed <13>Dec 21 07:17:13 rpmi: libblosc-devel-1.21.6-alt1 sisyphus+356073.100.1.1 1724669238 installed <13>Dec 21 07:17:13 rpmi: zlib-devel-1.3.1-alt1 sisyphus+342532.100.1.1 1710232285 installed Building target platforms: i586 Building for target i586 Wrote: /usr/src/in/nosrpm/openvdb-10.1.0-alt3.1.nosrc.rpm (w1.gzdio) Installing openvdb-10.1.0-alt3.1.src.rpm Building target platforms: i586 Building for target i586 Executing(%prep): /bin/sh -e /usr/src/tmp/rpm-tmp.43093 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + rm -rf openvdb-10.1.0 + echo 'Source #0 (openvdb-10.1.0.tar):' Source #0 (openvdb-10.1.0.tar): + /bin/tar -xf /usr/src/RPM/SOURCES/openvdb-10.1.0.tar + cd openvdb-10.1.0 + /bin/chmod -c -Rf u+rwX,go-w . + echo 'Patch #1 (openvdb-8.0.0-alt-link-with-libatomic-on-mips.patch):' Patch #1 (openvdb-8.0.0-alt-link-with-libatomic-on-mips.patch): + /usr/bin/patch -p1 patching file openvdb/openvdb/CMakeLists.txt Hunk #1 succeeded at 265 with fuzz 1 (offset 74 lines). + echo 'Patch #2 (openvdb-10.1.0-add-missing-header.patch):' Patch #2 (openvdb-10.1.0-add-missing-header.patch): + /usr/bin/patch -p1 patching file openvdb/openvdb/tools/VelocityFields.h + sed -i -e 's|lib$|lib|g' openvdb/openvdb/CMakeLists.txt openvdb/openvdb/python/CMakeLists.txt + exit 0 Executing(%build): /bin/sh -e /usr/src/tmp/rpm-tmp.43093 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + cd openvdb-10.1.0 + mkdir -p i586-alt-linux + cmake -DCMAKE_SKIP_INSTALL_RPATH:BOOL=yes '-DCMAKE_C_FLAGS:STRING=-pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic' '-DCMAKE_CXX_FLAGS:STRING=-pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic' '-DCMAKE_Fortran_FLAGS:STRING=-pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic' -DCMAKE_INSTALL_PREFIX=/usr -DINCLUDE_INSTALL_DIR:PATH=/usr/include -DLIB_INSTALL_DIR:PATH=/usr/lib -DSYSCONF_INSTALL_DIR:PATH=/etc -DSHARE_INSTALL_PREFIX:PATH=/usr/share -DLIB_DESTINATION=lib -DLIB_SUFFIX= -S . -B i586-alt-linux -DOPENVDB_BUILD_DOCS=ON -DOPENVDB_CORE_SHARED=ON -DOPENVDB_CORE_STATIC=OFF -DOPENVDB_ENABLE_RPATH=OFF -DOPENVDB_ENABLE_UNINSTALL:BOOL=OFF -DUSE_IMATH_HALF=ON -DUSE_LOG4CPLUS=ON -DOPENVDB_BUILD_PYTHON_MODULE=ON -DUSE_NUMPY:BOOL=ON -DPYOPENVDB_INSTALL_DIRECTORY=/usr/lib/python3/site-packages -DPython_EXECUTABLE=/usr/bin/python3 -DOPENVDB_USE_IMATH_HALF:BOOL=ON -DOPENVDB_IMATH_VERSION=3 -DOPENVDB_BUILD_NANOVDB:BOOL=ON -DCMAKE_BUILD_TYPE=Release -- The CXX compiler identification is GNU 14.2.1 -- Detecting CXX compiler ABI info -- Detecting CXX compiler ABI info - done -- Check for working CXX compiler: /usr/bin/c++ - skipped -- Detecting CXX compile features -- Detecting CXX compile features - done -- Found Doxygen: /usr/bin/doxygen (found version "1.12.0") found components: doxygen -- CMake Build Type: Release -- Found PkgConfig: /usr/bin/pkg-config (found version "0.29.2") -- Configuring for OpenVDB Version 10.1.0 -- Configuring for OpenVDB ABI Version 10 -- ---------------------------------------------------- -- ------------- Configuring OpenVDBCore -------------- -- ---------------------------------------------------- CMake Warning (dev) at openvdb/openvdb/CMakeLists.txt:112 (find_package): Policy CMP0167 is not set: The FindBoost module is removed. Run "cmake --help-policy CMP0167" for policy details. Use the cmake_policy command to set the policy and suppress this warning. This warning is for project developers. Use -Wno-dev to suppress it. -- Found Boost: /usr/lib/cmake/Boost-1.86.0/BoostConfig.cmake (found suitable version "1.86.0", minimum required is "1.73") found components: iostreams -- Found TBB: /usr/include (found suitable version "2021.13", minimum required is "2020.2") found components: tbb CMake Warning at /usr/lib/cmake/Imath/ImathTargets.cmake:113 (message): The imported target "Imath::PyImath_Python3_12" references the file "/usr/lib/libPyImath_Python3_12-3_1.so.29.5.0" but this file does not exist. Possible reasons include: * The file was deleted, renamed, or moved to another location. * An install or uninstall procedure did not complete successfully. * The installation package was faulty and contained "/usr/lib/cmake/Imath/ImathTargets.cmake" but not all the files it references. Call Stack (most recent call first): /usr/lib/cmake/Imath/ImathConfig.cmake:37 (include) openvdb/openvdb/CMakeLists.txt:135 (find_package) -- Found Imath 3.1.6 -- Found Log4cplus: /usr/lib/liblog4cplus.so (found suitable version "2.0.7", minimum required is "1.1.2") -- Found Blosc: /usr/lib/libblosc.so (found suitable version "1.21.6", minimum required is "1.17.0") -- Found ZLIB: /usr/lib/libz.so (found suitable version "1.3.1", minimum required is "1.2.7") -- Performing Test CMAKE_HAVE_LIBC_PTHREAD -- Performing Test CMAKE_HAVE_LIBC_PTHREAD - Success -- Found Threads: TRUE -- ---------------------------------------------------- -- ------------ Configuring OpenVDBPython ------------- -- ---------------------------------------------------- -- Found Python: /usr/bin/python3 (found version "3.12.8") found components: Development.Module Interpreter NumPy -- Performing Test HAS_FLTO -- Performing Test HAS_FLTO - Success -- Found pybind11: /usr/include (found version "2.13.6") -- Found Python::Module: /usr/include/python3.12) (found suitable version "3.12.8", minimum required is "3.7") -- Found Python::NumPy: /usr/lib/python3/site-packages/numpy/core/include) (found suitable version "1.26.5", minimum required is "1.19.0") -- ---------------------------------------------------- -- ----------- Configuring OpenVDBBinaries ------------ -- ---------------------------------------------------- -- Found Jemalloc: /usr/lib/libjemalloc.so -- The C compiler identification is GNU 14.2.1 -- Detecting C compiler ABI info -- Detecting C compiler ABI info - done -- Check for working C compiler: /usr/bin/cc - skipped -- Detecting C compile features -- Detecting C compile features - done -- ---------------------------------------------------- -- --------------- Configuring NanoVDB ---------------- -- ---------------------------------------------------- -- Found TBB: /usr/include (found version "2021.13") found components: tbb tbbmalloc tbbmalloc_proxy -- Found Blosc: /usr/lib/libblosc.so (found version "1.21.6") -- Found ZLIB: /usr/lib/libz.so (found version "1.3.1") -- ---------------------------------------------------- -- --------- Configuring NanoVDB Cmd Tools ------------ -- ---------------------------------------------------- CMake Warning at nanovdb/nanovdb/cmd/CMakeLists.txt:31 (message): - OpenVDB required to build nanovdb_convert. Skipping. -- Configuring done (1.5s) -- Generating done (0.1s) CMake Warning: Manually-specified variables were not used by the project: CMAKE_Fortran_FLAGS INCLUDE_INSTALL_DIR LIB_DESTINATION LIB_INSTALL_DIR LIB_SUFFIX SHARE_INSTALL_PREFIX SYSCONF_INSTALL_DIR -- Build files have been written to: /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux + cmake --build i586-alt-linux --verbose --parallel 8 Change Dir: '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' Run Build Command(s): /usr/bin/cmake -E env VERBOSE=1 /usr/bin/gmake -f Makefile -j8 gmake: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' /usr/bin/cmake -S/usr/src/RPM/BUILD/openvdb-10.1.0 -B/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux --check-build-system CMakeFiles/Makefile.cmake 0 gmake: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' /usr/bin/cmake -E cmake_progress_start /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/CMakeFiles /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux//CMakeFiles/progress.marks gmake: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' /usr/bin/gmake -f CMakeFiles/Makefile2 all /usr/bin/gmake -f doc/CMakeFiles/doc.dir/build.make doc/CMakeFiles/doc.dir/depend /usr/bin/gmake -f openvdb/openvdb/CMakeFiles/openvdb_shared.dir/build.make openvdb/openvdb/CMakeFiles/openvdb_shared.dir/depend /usr/bin/gmake -f nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_print.dir/build.make nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_print.dir/depend /usr/bin/gmake -f nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_validate.dir/build.make nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_validate.dir/depend gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux && /usr/bin/cmake -E cmake_depends "Unix Makefiles" /usr/src/RPM/BUILD/openvdb-10.1.0 /usr/src/RPM/BUILD/openvdb-10.1.0/doc /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/doc /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/doc/CMakeFiles/doc.dir/DependInfo.cmake "--color=" gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' /usr/bin/gmake -f doc/CMakeFiles/doc.dir/build.make doc/CMakeFiles/doc.dir/build gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux && /usr/bin/cmake -E cmake_depends "Unix Makefiles" /usr/src/RPM/BUILD/openvdb-10.1.0 /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/nanovdb/nanovdb/cmd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_print.dir/DependInfo.cmake "--color=" gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux && /usr/bin/cmake -E cmake_depends "Unix Makefiles" /usr/src/RPM/BUILD/openvdb-10.1.0 /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/nanovdb/nanovdb/cmd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_validate.dir/DependInfo.cmake "--color=" gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' /usr/bin/gmake -f nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_print.dir/build.make nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_print.dir/build /usr/bin/gmake -f nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_validate.dir/build.make nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_validate.dir/build gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux && /usr/bin/cmake -E cmake_depends "Unix Makefiles" /usr/src/RPM/BUILD/openvdb-10.1.0 /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/CMakeFiles/openvdb_shared.dir/DependInfo.cmake "--color=" gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' /usr/bin/gmake -f openvdb/openvdb/CMakeFiles/openvdb_shared.dir/build.make openvdb/openvdb/CMakeFiles/openvdb_shared.dir/build gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 2%] Building CXX object nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_print.dir/print/nanovdb_print.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/nanovdb/nanovdb/cmd && /usr/bin/c++ -DNANOVDB_USE_BLOSC -DNANOVDB_USE_TBB -DNANOVDB_USE_ZIP -I/usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/.. -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -Wno-invalid-offsetof -MD -MT nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_print.dir/print/nanovdb_print.cc.o -MF CMakeFiles/nanovdb_print.dir/print/nanovdb_print.cc.o.d -o CMakeFiles/nanovdb_print.dir/print/nanovdb_print.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/print/nanovdb_print.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 9%] Linking CXX executable nanovdb_print cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/nanovdb/nanovdb/cmd && /usr/bin/cmake -E cmake_link_script CMakeFiles/nanovdb_print.dir/link.txt --verbose=1 /usr/bin/c++ -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -Wl,--dependency-file=CMakeFiles/nanovdb_print.dir/link.d CMakeFiles/nanovdb_print.dir/print/nanovdb_print.cc.o -o nanovdb_print /usr/lib/libtbb.so /usr/lib/libblosc.so /usr/lib/libz.so gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[1]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 9%] Built target nanovdb_print gmake[1]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 6%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/VelocityFields.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/VelocityFields.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/VelocityFields.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/VelocityFields.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/VelocityFields.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 8%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/VectorTransformer.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/VectorTransformer.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/VectorTransformer.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/VectorTransformer.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/VectorTransformer.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 3%] Building CXX object nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_validate.dir/validate/nanovdb_validate.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/nanovdb/nanovdb/cmd && /usr/bin/c++ -DNANOVDB_USE_BLOSC -DNANOVDB_USE_TBB -DNANOVDB_USE_ZIP -I/usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/.. -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -Wno-invalid-offsetof -MD -MT nanovdb/nanovdb/cmd/CMakeFiles/nanovdb_validate.dir/validate/nanovdb_validate.cc.o -MF CMakeFiles/nanovdb_validate.dir/validate/nanovdb_validate.cc.o.d -o CMakeFiles/nanovdb_validate.dir/validate/nanovdb_validate.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc In file included from /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:15: /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = float; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = float; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = float; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = float; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = float; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:103:35: required from here 103 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = nanovdb::Vec3; GridT = nanovdb::Grid, nanovdb::Coord, nanovdb::Mask, 3>, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = nanovdb::Vec3; GridT = nanovdb::Grid, nanovdb::Coord, nanovdb::Mask, 3>, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = nanovdb::Vec3; GridT = nanovdb::Grid, nanovdb::Coord, nanovdb::Mask, 3>, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = nanovdb::Vec3; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, nanovdb::Coord, nanovdb::Mask, 3>, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = Vec3; NanoGrid = Grid, Coord, Mask, 3>, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:105:35: required from here 105 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = unsigned int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = unsigned int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = unsigned int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = unsigned int; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = unsigned int; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:107:35: required from here 107 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = int; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = int; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:109:35: required from here 109 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = short int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = short int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = short int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = short int; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = short int; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:111:35: required from here 111 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = long long int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = long long int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = long long int; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = long long int; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = long long int; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:113:35: required from here 113 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = double; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = double; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = double; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = double; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = double; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:117:35: required from here 117 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = nanovdb::Vec3; GridT = nanovdb::Grid, nanovdb::Coord, nanovdb::Mask, 3>, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = nanovdb::Vec3; GridT = nanovdb::Grid, nanovdb::Coord, nanovdb::Mask, 3>, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = nanovdb::Vec3; GridT = nanovdb::Grid, nanovdb::Coord, nanovdb::Mask, 3>, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = nanovdb::Vec3; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, nanovdb::Coord, nanovdb::Mask, 3>, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = Vec3; NanoGrid = Grid, Coord, Mask, 3>, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:119:35: required from here 119 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = nanovdb::ValueMask; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = nanovdb::ValueMask; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = nanovdb::ValueMask; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = nanovdb::ValueMask; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = ValueMask; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:121:35: required from here 121 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = nanovdb::Rgba8; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = nanovdb::Rgba8; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = nanovdb::Rgba8; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = nanovdb::Rgba8; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = Rgba8; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:123:35: required from here 123 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = nanovdb::Fp4; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = nanovdb::Fp4; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = nanovdb::Fp4; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = nanovdb::Fp4; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = Fp4; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:125:35: required from here 125 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = nanovdb::Fp8; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = nanovdb::Fp8; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = nanovdb::Fp8; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = nanovdb::Fp8; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = Fp8; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:127:35: required from here 127 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = nanovdb::Fp16; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = nanovdb::Fp16; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = nanovdb::Fp16; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = nanovdb::Fp16; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = Fp16; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:129:35: required from here 129 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = nanovdb::FpN; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = nanovdb::FpN; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = nanovdb::FpN; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = nanovdb::FpN; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = FpN; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:131:35: required from here 131 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h: In instantiation of 'static void nanovdb::GridValidator::checkNodes(const GridT&, std::string&) [with ValueT = bool; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]': /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:126:19: required from 'static void nanovdb::GridValidator::checkRoot(const GridT&, std::string&, bool) [with ValueT = bool; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 126 | checkNodes(grid, errorStr); | ~~~~~~~~~~^~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:101:17: required from 'static void nanovdb::GridValidator::checkTree(const GridT&, std::string&, bool) [with ValueT = bool; GridT = nanovdb::Grid, 4>, 5> > > >; std::string = std::__cxx11::basic_string]' 101 | checkRoot(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:84:18: required from 'static std::string nanovdb::GridValidator::check(const GridT&, bool) [with ValueT = bool; std::string = std::__cxx11::basic_string; GridT = nanovdb::Grid, 4>, 5> > > >]' 84 | checkTree(grid, errorStr, detailed); | ~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:170:57: required from 'bool nanovdb::isValid(NanoGrid&, bool, bool) [with ValueT = bool; NanoGrid = Grid, 4>, 5> > > >]' 170 | const std::string str = GridValidator::check( grid, detailed ); | ~~~~~~~~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/cmd/validate/nanovdb_validate.cc:133:35: required from here 133 | test = isValid(*grid, detailed, verbose); | ~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/../nanovdb/util/GridValidator.h:156:23: warning: unused variable 'node0' [-Wunused-variable] 156 | auto &node0 = *it0; | ^~~~~ gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 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/usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/RayIntersector.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/RayIntersector.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/RayIntersector.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/RayIntersector.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 1%] Generating API documentation with Doxygen cd /usr/src/RPM/BUILD/openvdb-10.1.0 && /usr/bin/cmake -E make_directory /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/doc cd /usr/src/RPM/BUILD/openvdb-10.1.0 && /usr/bin/doxygen /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/doc/Doxyfile.doc warning: tag INPUT: input source 'openvdb/openvdb/python/pyopenvdb.h' does not exist warning: source 'openvdb/openvdb/python/pyopenvdb.h' is not a readable file or directory... skipping. /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/version.h.in:4: warning: the name 'openvdb/version.h' supplied as the argument in the \file statement is not an input file /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/math/Half.h:15: warning: the name 'half.h' supplied as the argument in the \file statement is not an input file /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/examples/ex_util/ComputePrimitives.h:30: warning: Detected potential recursive class relation between class cxx14::make_index_sequence and base class cxx14::make_index_sequence< N - 1, N - 1, Is... >! /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/examples/ex_util/ComputePrimitives.h:30: warning: Detected potential recursive class relation between class cxx14::make_index_sequence and base class make_index_sequence< N - 1, N - 1, Is... >! /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/examples/ex_util/ComputePrimitives.h:30: warning: Detected potential recursive class relation between class cxx14::make_index_sequence and base class cxx14::make_index_sequence< N - 1, N - 1, Is... >! /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/examples/ex_util/ComputePrimitives.h:30: warning: Detected potential recursive class relation between class cxx14::make_index_sequence and base class make_index_sequence< N - 1, N - 1, Is... >! /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/math/Half.h:506: warning: documented symbol 'enum OPENVDB_API FromBitsTag' was not declared or defined. /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tree/LeafBuffer.h:531: warning: no matching class member found for template < Log2Dim > const bool sOn Possible candidates: 'static const bool LeafBuffer< bool, Log2Dim >::sOn' at line 479 of file /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tree/LeafBuffer.h /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/util/IO.h:255: warning: no matching file member found for fileSize_t write(std::ostream &os, const nanovdb::GridHandle< BufferT > &handle, nanovdb::io::Codec codec) Possible candidates: 'static fileSize_t write(std::ostream &os, const GridHandle< BufferT > &handle, Codec codec)' at line 79 of file /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/util/IO.h /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/util/IO.h:310: warning: no matching file member found for void read(std::istream &is, nanovdb::GridHandle< BufferT > &handle, nanovdb::io::Codec codec) Possible candidates: 'static void read(std::istream &is, GridHandle< BufferT > &handle, Codec codec)' at line 82 of file /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/util/IO.h /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/NanoVDB.h:4684: warning: Found unknown command '@node' sh: line 1: latex: command not found error: Problems running latex. Check your installation or look for typos in _formulas.tex and check _formulas.log! sh: line 1: latex: command not found error: Problems running latex. Check your installation or look for typos in _formulas_dark.tex and check _formulas_dark.log! /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:79: warning: Found unknown command '@lanwatch' /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:82: warning: Found unknown command '@hozhaoea' /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2145: warning: unable to resolve link to 'openvdb::v10_1::points::initialize()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2146: warning: unable to resolve link to 'openvdb::v10_1::points::uninitialize()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2865: warning: unable to resolve link to 'openvdb::v10_1::io::File::readGrid(const Name&, const BBoxd&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2866: warning: unable to resolve link to 'openvdb::v10_1::GridBase::readBuffers(std::istream&, const CoordBBox&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2928: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::indexToWorld(const BBoxd&) const ' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2929: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::worldToIndex(const BBoxd&) const ' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2930: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::worldToIndexCellCentered(const BBoxd&) const ' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2951: warning: unable to resolve link to 'openvdb::v10_1::GridBase::readBuffers(std::istream&, const CoordBBox&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3057: warning: unable to resolve link to 'openvdb::v10_1::Grid::Grid(const Grid&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3058: warning: unable to resolve link to 'openvdb::v10_1::tree::Tree::Tree(const Tree&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3059: warning: unable to resolve link to 'openvdb::v10_1::tree::RootNode::RootNode(const RootNode&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3061: warning: unable to resolve link to 'openvdb::v10_1::tree::InternalNode::InternalNode(const InternalNode&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3063: warning: unable to resolve link to 'openvdb::v10_1::tree::LeafNode::LeafNode(const LeafNode&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3065: warning: unable to resolve link to 'openvdb::v10_1::tree::RootNode::operator=(const RootNode&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3584: warning: unable to resolve link to 'openvdb::v10_1::Grid::signedFloodFill()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3594: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::preMult(const Mat4d&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3595: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::postMult(const Mat4d&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3669: warning: unable to resolve link to 'openvdb::v10_1::createLevelSetSphere()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3782: warning: unable to resolve link to 'openvdb::v10_1::Grid::signedFloodFill()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4045: warning: unable to resolve link to 'openvdb::v10_1::tree::ValueAccessor::ValueAccessor(const ValueAccessor&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4054: warning: unable to resolve link to 'openvdb::v10_1::tree::LeafNode::getValue(Index) const ' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4107: warning: unable to resolve link to 'openvdb::v10_1::tools::Filter::laplacian()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4142: warning: unable to resolve link to 'openvdb::v10_1::tools::Filter::laplacian()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4170: warning: unable to resolve link to 'openvdb::v10_1::tree::Tree::setValueOff(const Coord& xyz, const ValueType& value)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/doc.txt:323: warning: unable to resolve link to 'openvdb::v10_1::Grid::signedFloodFill()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/NanoVDB.h:4684: warning: Found unknown command '@node' /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/NanoVDB.h:4684: warning: Found unknown command '@node' /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tools/MeshToVolume.h:143: warning: argument 'interiorTestStrat' of command @param is not found in the argument list of openvdb::v10_1::tools::meshToVolume(Interrupter &interrupter, const MeshDataAdapter &mesh, const math::Transform &transform, float exteriorBandWidth=3.0f, float interiorBandWidth=3.0f, int flags=0, typename GridType::template ValueConverter< Int32 >::Type *polygonIndexGrid=nullptr, InteriorTest interiorTest=nullptr, InteriorTestStrategy interiorTestStrategy=EVAL_EVERY_VOXEL) /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tools/MeshToVolume.h:143: warning: The following parameter of openvdb::v10_1::tools::meshToVolume(Interrupter &interrupter, const MeshDataAdapter &mesh, const math::Transform &transform, float exteriorBandWidth=3.0f, float interiorBandWidth=3.0f, int flags=0, typename GridType::template ValueConverter< Int32 >::Type *polygonIndexGrid=nullptr, InteriorTest interiorTest=nullptr, InteriorTestStrategy interiorTestStrategy=EVAL_EVERY_VOXEL) is not documented: parameter 'interiorTestStrategy' /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tree/TreeIterator.h:1317: warning: argument 'tbb' of command @param is not found in the argument list of IteratorRange< IterT >::IteratorRange(IteratorRange &other, tbb::split) /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tree/TreeIterator.h:1317: warning: argument 'split' of command @param is not found in the argument list of IteratorRange< IterT >::IteratorRange(IteratorRange &other, tbb::split) /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb_houdini/openvdb_houdini/ParmFactory.h:493: warning: unable to resolve link to 'addOperatorSpareData()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb_houdini/openvdb_houdini/ParmFactory.h:494: warning: unable to resolve link to 'getOperatorSpareData()' for \link command gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[1]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 18%] Built target doc gmake[1]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 15%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/SignedFloodFill.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/SignedFloodFill.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/SignedFloodFill.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/SignedFloodFill.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/SignedFloodFill.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 16%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/RayTracer.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/RayTracer.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/RayTracer.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/RayTracer.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/RayTracer.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 21%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PointsToMask.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PointsToMask.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/PointsToMask.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/PointsToMask.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/PointsToMask.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 18%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Prune.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Prune.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/Prune.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/Prune.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/Prune.cc In file included from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/Tree.h:19, from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/Grid.h:12, from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/openvdb.h:13, from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:16, from /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/Prune.cc:2: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h: In instantiation of 'T openvdb::v10_1::tree::LeafNode::medianAll(T*) const [with T = int; unsigned int Log2Dim = 3]': /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:225:67: required from 'openvdb::v10_1::tools::TolerancePruneOp::ValueT openvdb::v10_1::tools::TolerancePruneOp::median(LeafT&) const [with TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0; ValueT = int; LeafT = openvdb::v10_1::tree::LeafNode]' 225 | inline ValueT median(LeafT& leaf) const {return leaf.medianAll(leaf.buffer().data());} | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:256:39: required from 'typename std::enable_if<(! std::is_same::value), bool>::type openvdb::v10_1::tools::TolerancePruneOp::isConstant(NodeT&, ValueT&, bool&) const [with NodeT = openvdb::v10_1::tree::LeafNode; TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0; typename std::enable_if<(! std::is_same::value), bool>::type = bool; typename NodeT::ValueType = int; ValueT = int]' 256 | if (test) value = this->median(node); | ~~~~~~~~~~~~^~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:215:37: required from 'void openvdb::v10_1::tools::TolerancePruneOp::operator()(NodeT&) const [with NodeT = openvdb::v10_1::tree::InternalNode, 4>; TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0]' 215 | if (this->isConstant(*it, value, state)) node.addTile(it.pos(), value, state); | ~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:305:77: required from 'static void openvdb::v10_1::tree::NodeList::OpWithoutIndex::eval(T&, typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator&) [with T = const openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 4>; typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator = openvdb::v10_1::tree::NodeList, 4> >::NodeRange::Iterator]' 305 | static void eval(T& node, typename NodeRange::Iterator& iter) { node(*iter); } | ~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:330:35: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::operator()(const openvdb::v10_1::tree::NodeList::NodeRange&) const [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 4>]' 330 | OpT::template eval(mNodeOp, it); | ~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:325:65: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::run(const openvdb::v10_1::tree::NodeList::NodeRange&, bool) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 4>]' 325 | threaded ? tbb::parallel_for(range, *this) : (*this)(range); | ~~~~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:271:22: required from 'void openvdb::v10_1::tree::NodeList::foreach(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 4>; size_t = unsigned int]' 271 | transform.run(this->nodeRange(grainSize), threaded); | ~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:1231:23: required from 'void openvdb::v10_1::tree::NodeManager::foreachBottomUp(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 4>, 5> > >; size_t = unsigned int]' 1231 | mList0.foreach(op, threaded, grainSize); | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:339:26: required from 'void openvdb::v10_1::tools::prune(TreeT&, typename TreeT::ValueType, bool, size_t) [with TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; typename TreeT::ValueType = int; size_t = unsigned int]' 339 | nodes.foreachBottomUp(op, threaded, grainSize); | ~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:411:1: required from here 410 | void prune(TreeT&, TreeT::ValueType, bool, size_t) | ^ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h:1532:36: warning: comparison of integer expressions of different signedness: 'int' and 'const openvdb::v10_1::Index' {aka 'const unsigned int'} [-Wsign-compare] 1532 | for (T* dst = tmp; dst-tmp < NUM_VALUES;) *dst++ = *src++; | ~~~~~~~~^~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h: In instantiation of 'T openvdb::v10_1::tree::LeafNode::medianAll(T*) const [with T = long long int; unsigned int Log2Dim = 3]': /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:225:67: required from 'openvdb::v10_1::tools::TolerancePruneOp::ValueT openvdb::v10_1::tools::TolerancePruneOp::median(LeafT&) const [with TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0; ValueT = long long int; LeafT = openvdb::v10_1::tree::LeafNode]' 225 | inline ValueT median(LeafT& leaf) const {return leaf.medianAll(leaf.buffer().data());} | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:256:39: required from 'typename std::enable_if<(! std::is_same::value), bool>::type openvdb::v10_1::tools::TolerancePruneOp::isConstant(NodeT&, ValueT&, bool&) const [with NodeT = openvdb::v10_1::tree::LeafNode; TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0; typename std::enable_if<(! std::is_same::value), bool>::type = bool; typename NodeT::ValueType = long long int; ValueT = long long int]' 256 | if (test) value = this->median(node); | ~~~~~~~~~~~~^~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:215:37: required from 'void openvdb::v10_1::tools::TolerancePruneOp::operator()(NodeT&) const [with NodeT = openvdb::v10_1::tree::InternalNode, 4>; TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0]' 215 | if (this->isConstant(*it, value, state)) node.addTile(it.pos(), value, state); | ~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:305:77: required from 'static void openvdb::v10_1::tree::NodeList::OpWithoutIndex::eval(T&, typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator&) [with T = const openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 4>; typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator = openvdb::v10_1::tree::NodeList, 4> >::NodeRange::Iterator]' 305 | static void eval(T& node, typename NodeRange::Iterator& iter) { node(*iter); } | ~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:330:35: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::operator()(const openvdb::v10_1::tree::NodeList::NodeRange&) const [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 4>]' 330 | OpT::template eval(mNodeOp, it); | ~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:325:65: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::run(const openvdb::v10_1::tree::NodeList::NodeRange&, bool) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 4>]' 325 | threaded ? tbb::parallel_for(range, *this) : (*this)(range); | ~~~~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:271:22: required from 'void openvdb::v10_1::tree::NodeList::foreach(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 4>; size_t = unsigned int]' 271 | transform.run(this->nodeRange(grainSize), threaded); | ~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:1231:23: required from 'void openvdb::v10_1::tree::NodeManager::foreachBottomUp(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 4>, 5> > >; size_t = unsigned int]' 1231 | mList0.foreach(op, threaded, grainSize); | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:339:26: required from 'void openvdb::v10_1::tools::prune(TreeT&, typename TreeT::ValueType, bool, size_t) [with TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; typename TreeT::ValueType = long long int; size_t = unsigned int]' 339 | nodes.foreachBottomUp(op, threaded, grainSize); | ~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:411:1: required from here 410 | void prune(TreeT&, TreeT::ValueType, bool, size_t) | ^ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h:1532:36: warning: comparison of integer expressions of different signedness: 'int' and 'const openvdb::v10_1::Index' {aka 'const unsigned int'} [-Wsign-compare] 1532 | for (T* dst = tmp; dst-tmp < NUM_VALUES;) *dst++ = *src++; | ~~~~~~~~^~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h: In instantiation of 'T openvdb::v10_1::tree::LeafNode::medianAll(T*) const [with T = float; unsigned int Log2Dim = 3]': /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:225:67: required from 'openvdb::v10_1::tools::TolerancePruneOp::ValueT openvdb::v10_1::tools::TolerancePruneOp::median(LeafT&) const [with TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0; ValueT = float; LeafT = openvdb::v10_1::tree::LeafNode]' 225 | inline ValueT median(LeafT& leaf) const {return leaf.medianAll(leaf.buffer().data());} | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:256:39: required from 'typename std::enable_if<(! std::is_same::value), bool>::type openvdb::v10_1::tools::TolerancePruneOp::isConstant(NodeT&, ValueT&, bool&) const [with NodeT = openvdb::v10_1::tree::LeafNode; TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0; typename std::enable_if<(! std::is_same::value), bool>::type = bool; typename NodeT::ValueType = float; ValueT = float]' 256 | if (test) value = this->median(node); | ~~~~~~~~~~~~^~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:215:37: required from 'void openvdb::v10_1::tools::TolerancePruneOp::operator()(NodeT&) const [with NodeT = openvdb::v10_1::tree::InternalNode, 4>; TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0]' 215 | if (this->isConstant(*it, value, state)) node.addTile(it.pos(), value, state); | ~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:305:77: required from 'static void openvdb::v10_1::tree::NodeList::OpWithoutIndex::eval(T&, typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator&) [with T = const openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 4>; typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator = openvdb::v10_1::tree::NodeList, 4> >::NodeRange::Iterator]' 305 | static void eval(T& node, typename NodeRange::Iterator& iter) { node(*iter); } | ~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:330:35: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::operator()(const openvdb::v10_1::tree::NodeList::NodeRange&) const [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 4>]' 330 | OpT::template eval(mNodeOp, it); | ~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:325:65: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::run(const openvdb::v10_1::tree::NodeList::NodeRange&, bool) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 4>]' 325 | threaded ? tbb::parallel_for(range, *this) : (*this)(range); | ~~~~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:271:22: required from 'void openvdb::v10_1::tree::NodeList::foreach(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 4>; size_t = unsigned int]' 271 | transform.run(this->nodeRange(grainSize), threaded); | ~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:1231:23: required from 'void openvdb::v10_1::tree::NodeManager::foreachBottomUp(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 4>, 5> > >; size_t = unsigned int]' 1231 | mList0.foreach(op, threaded, grainSize); | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:339:26: required from 'void openvdb::v10_1::tools::prune(TreeT&, typename TreeT::ValueType, bool, size_t) [with TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; typename TreeT::ValueType = float; size_t = unsigned int]' 339 | nodes.foreachBottomUp(op, threaded, grainSize); | ~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:411:1: required from here 410 | void prune(TreeT&, TreeT::ValueType, bool, size_t) | ^ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h:1532:36: warning: comparison of integer expressions of different signedness: 'int' and 'const openvdb::v10_1::Index' {aka 'const unsigned int'} [-Wsign-compare] 1532 | for (T* dst = tmp; dst-tmp < NUM_VALUES;) *dst++ = *src++; | ~~~~~~~~^~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h: In instantiation of 'T openvdb::v10_1::tree::LeafNode::medianAll(T*) const [with T = double; unsigned int Log2Dim = 3]': /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:225:67: required from 'openvdb::v10_1::tools::TolerancePruneOp::ValueT openvdb::v10_1::tools::TolerancePruneOp::median(LeafT&) const [with TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0; ValueT = double; LeafT = openvdb::v10_1::tree::LeafNode]' 225 | inline ValueT median(LeafT& leaf) const {return leaf.medianAll(leaf.buffer().data());} | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:256:39: required from 'typename std::enable_if<(! std::is_same::value), bool>::type openvdb::v10_1::tools::TolerancePruneOp::isConstant(NodeT&, ValueT&, bool&) const [with NodeT = openvdb::v10_1::tree::LeafNode; TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0; typename std::enable_if<(! std::is_same::value), bool>::type = bool; typename NodeT::ValueType = double; ValueT = double]' 256 | if (test) value = this->median(node); | ~~~~~~~~~~~~^~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:215:37: required from 'void openvdb::v10_1::tools::TolerancePruneOp::operator()(NodeT&) const [with NodeT = openvdb::v10_1::tree::InternalNode, 4>; TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; unsigned int TerminationLevel = 0]' 215 | if (this->isConstant(*it, value, state)) node.addTile(it.pos(), value, state); | ~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:305:77: required from 'static void openvdb::v10_1::tree::NodeList::OpWithoutIndex::eval(T&, typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator&) [with T = const openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 4>; typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator = openvdb::v10_1::tree::NodeList, 4> >::NodeRange::Iterator]' 305 | static void eval(T& node, typename NodeRange::Iterator& iter) { node(*iter); } | ~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:330:35: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::operator()(const openvdb::v10_1::tree::NodeList::NodeRange&) const [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 4>]' 330 | OpT::template eval(mNodeOp, it); | ~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:325:65: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::run(const openvdb::v10_1::tree::NodeList::NodeRange&, bool) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 4>]' 325 | threaded ? tbb::parallel_for(range, *this) : (*this)(range); | ~~~~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:271:22: required from 'void openvdb::v10_1::tree::NodeList::foreach(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 4>; size_t = unsigned int]' 271 | transform.run(this->nodeRange(grainSize), threaded); | ~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:1231:23: required from 'void openvdb::v10_1::tree::NodeManager::foreachBottomUp(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 4>, 5> > >, 0>; TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 4>, 5> > >; size_t = unsigned int]' 1231 | mList0.foreach(op, threaded, grainSize); | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:339:26: required from 'void openvdb::v10_1::tools::prune(TreeT&, typename TreeT::ValueType, bool, size_t) [with TreeT = openvdb::v10_1::tree::Tree, 4>, 5> > >; typename TreeT::ValueType = double; size_t = unsigned int]' 339 | nodes.foreachBottomUp(op, threaded, grainSize); | ~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:411:1: required from here 410 | void prune(TreeT&, TreeT::ValueType, bool, size_t) | ^ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h:1532:36: warning: comparison of integer expressions of different signedness: 'int' and 'const openvdb::v10_1::Index' {aka 'const unsigned int'} [-Wsign-compare] 1532 | for (T* dst = tmp; dst-tmp < NUM_VALUES;) *dst++ = *src++; | ~~~~~~~~^~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h: In instantiation of 'T openvdb::v10_1::tree::LeafNode::medianAll(T*) const [with T = openvdb::v10_1::math::Vec3; unsigned int Log2Dim = 3]': /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:225:67: required from 'openvdb::v10_1::tools::TolerancePruneOp::ValueT openvdb::v10_1::tools::TolerancePruneOp::median(LeafT&) const [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; ValueT = openvdb::v10_1::math::Vec3; LeafT = openvdb::v10_1::tree::LeafNode, 3>]' 225 | inline ValueT median(LeafT& leaf) const {return leaf.medianAll(leaf.buffer().data());} | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:256:39: required from 'typename std::enable_if<(! std::is_same::value), bool>::type openvdb::v10_1::tools::TolerancePruneOp::isConstant(NodeT&, ValueT&, bool&) const [with NodeT = openvdb::v10_1::tree::LeafNode, 3>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; typename std::enable_if<(! std::is_same::value), bool>::type = bool; typename NodeT::ValueType = openvdb::v10_1::math::Vec3; ValueT = openvdb::v10_1::math::Vec3]' 256 | if (test) value = this->median(node); | ~~~~~~~~~~~~^~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:215:37: required from 'void openvdb::v10_1::tools::TolerancePruneOp::operator()(NodeT&) const [with NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0]' 215 | if (this->isConstant(*it, value, state)) node.addTile(it.pos(), value, state); | ~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:305:77: required from 'static void openvdb::v10_1::tree::NodeList::OpWithoutIndex::eval(T&, typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator&) [with T = const openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator = openvdb::v10_1::tree::NodeList, 3>, 4> >::NodeRange::Iterator]' 305 | static void eval(T& node, typename NodeRange::Iterator& iter) { node(*iter); } | ~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:330:35: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::operator()(const openvdb::v10_1::tree::NodeList::NodeRange&) const [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 330 | OpT::template eval(mNodeOp, it); | ~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:325:65: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::run(const openvdb::v10_1::tree::NodeList::NodeRange&, bool) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 325 | threaded ? tbb::parallel_for(range, *this) : (*this)(range); | ~~~~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:271:22: required from 'void openvdb::v10_1::tree::NodeList::foreach(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; size_t = unsigned int]' 271 | transform.run(this->nodeRange(grainSize), threaded); | ~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:1231:23: required from 'void openvdb::v10_1::tree::NodeManager::foreachBottomUp(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; size_t = unsigned int]' 1231 | mList0.foreach(op, threaded, grainSize); | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:339:26: required from 'void openvdb::v10_1::tools::prune(TreeT&, typename TreeT::ValueType, bool, size_t) [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; typename TreeT::ValueType = openvdb::v10_1::math::Vec3; size_t = unsigned int]' 339 | nodes.foreachBottomUp(op, threaded, grainSize); | ~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:411:1: required from here 410 | void prune(TreeT&, TreeT::ValueType, bool, size_t) | ^ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h:1532:36: warning: comparison of integer expressions of different signedness: 'int' and 'const openvdb::v10_1::Index' {aka 'const unsigned int'} [-Wsign-compare] 1532 | for (T* dst = tmp; dst-tmp < NUM_VALUES;) *dst++ = *src++; | ~~~~~~~~^~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h: In instantiation of 'T openvdb::v10_1::tree::LeafNode::medianAll(T*) const [with T = openvdb::v10_1::math::Vec3; unsigned int Log2Dim = 3]': /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:225:67: required from 'openvdb::v10_1::tools::TolerancePruneOp::ValueT openvdb::v10_1::tools::TolerancePruneOp::median(LeafT&) const [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; ValueT = openvdb::v10_1::math::Vec3; LeafT = openvdb::v10_1::tree::LeafNode, 3>]' 225 | inline ValueT median(LeafT& leaf) const {return leaf.medianAll(leaf.buffer().data());} | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:256:39: required from 'typename std::enable_if<(! std::is_same::value), bool>::type openvdb::v10_1::tools::TolerancePruneOp::isConstant(NodeT&, ValueT&, bool&) const [with NodeT = openvdb::v10_1::tree::LeafNode, 3>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; typename std::enable_if<(! std::is_same::value), bool>::type = bool; typename NodeT::ValueType = openvdb::v10_1::math::Vec3; ValueT = openvdb::v10_1::math::Vec3]' 256 | if (test) value = this->median(node); | ~~~~~~~~~~~~^~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:215:37: required from 'void openvdb::v10_1::tools::TolerancePruneOp::operator()(NodeT&) const [with NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0]' 215 | if (this->isConstant(*it, value, state)) node.addTile(it.pos(), value, state); | ~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:305:77: required from 'static void openvdb::v10_1::tree::NodeList::OpWithoutIndex::eval(T&, typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator&) [with T = const openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator = openvdb::v10_1::tree::NodeList, 3>, 4> >::NodeRange::Iterator]' 305 | static void eval(T& node, typename NodeRange::Iterator& iter) { node(*iter); } | ~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:330:35: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::operator()(const openvdb::v10_1::tree::NodeList::NodeRange&) const [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 330 | OpT::template eval(mNodeOp, it); | ~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:325:65: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::run(const openvdb::v10_1::tree::NodeList::NodeRange&, bool) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 325 | threaded ? tbb::parallel_for(range, *this) : (*this)(range); | ~~~~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:271:22: required from 'void openvdb::v10_1::tree::NodeList::foreach(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; size_t = unsigned int]' 271 | transform.run(this->nodeRange(grainSize), threaded); | ~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:1231:23: required from 'void openvdb::v10_1::tree::NodeManager::foreachBottomUp(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; size_t = unsigned int]' 1231 | mList0.foreach(op, threaded, grainSize); | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:339:26: required from 'void openvdb::v10_1::tools::prune(TreeT&, typename TreeT::ValueType, bool, size_t) [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; typename TreeT::ValueType = openvdb::v10_1::math::Vec3; size_t = unsigned int]' 339 | nodes.foreachBottomUp(op, threaded, grainSize); | ~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:411:1: required from here 410 | void prune(TreeT&, TreeT::ValueType, bool, size_t) | ^ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h:1532:36: warning: comparison of integer expressions of different signedness: 'int' and 'const openvdb::v10_1::Index' {aka 'const unsigned int'} [-Wsign-compare] 1532 | for (T* dst = tmp; dst-tmp < NUM_VALUES;) *dst++ = *src++; | ~~~~~~~~^~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h: In instantiation of 'T openvdb::v10_1::tree::LeafNode::medianAll(T*) const [with T = openvdb::v10_1::math::Vec3; unsigned int Log2Dim = 3]': /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:225:67: required from 'openvdb::v10_1::tools::TolerancePruneOp::ValueT openvdb::v10_1::tools::TolerancePruneOp::median(LeafT&) const [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; ValueT = openvdb::v10_1::math::Vec3; LeafT = openvdb::v10_1::tree::LeafNode, 3>]' 225 | inline ValueT median(LeafT& leaf) const {return leaf.medianAll(leaf.buffer().data());} | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:256:39: required from 'typename std::enable_if<(! std::is_same::value), bool>::type openvdb::v10_1::tools::TolerancePruneOp::isConstant(NodeT&, ValueT&, bool&) const [with NodeT = openvdb::v10_1::tree::LeafNode, 3>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; typename std::enable_if<(! std::is_same::value), bool>::type = bool; typename NodeT::ValueType = openvdb::v10_1::math::Vec3; ValueT = openvdb::v10_1::math::Vec3]' 256 | if (test) value = this->median(node); | ~~~~~~~~~~~~^~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:215:37: required from 'void openvdb::v10_1::tools::TolerancePruneOp::operator()(NodeT&) const [with NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0]' 215 | if (this->isConstant(*it, value, state)) node.addTile(it.pos(), value, state); | ~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:305:77: required from 'static void openvdb::v10_1::tree::NodeList::OpWithoutIndex::eval(T&, typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator&) [with T = const openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator = openvdb::v10_1::tree::NodeList, 3>, 4> >::NodeRange::Iterator]' 305 | static void eval(T& node, typename NodeRange::Iterator& iter) { node(*iter); } | ~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:330:35: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::operator()(const openvdb::v10_1::tree::NodeList::NodeRange&) const [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 330 | OpT::template eval(mNodeOp, it); | ~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:325:65: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::run(const openvdb::v10_1::tree::NodeList::NodeRange&, bool) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 325 | threaded ? tbb::parallel_for(range, *this) : (*this)(range); | ~~~~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:271:22: required from 'void openvdb::v10_1::tree::NodeList::foreach(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; size_t = unsigned int]' 271 | transform.run(this->nodeRange(grainSize), threaded); | ~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:1231:23: required from 'void openvdb::v10_1::tree::NodeManager::foreachBottomUp(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; size_t = unsigned int]' 1231 | mList0.foreach(op, threaded, grainSize); | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:339:26: required from 'void openvdb::v10_1::tools::prune(TreeT&, typename TreeT::ValueType, bool, size_t) [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; typename TreeT::ValueType = openvdb::v10_1::math::Vec3; size_t = unsigned int]' 339 | nodes.foreachBottomUp(op, threaded, grainSize); | ~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:411:1: required from here 410 | void prune(TreeT&, TreeT::ValueType, bool, size_t) | ^ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h:1532:36: warning: comparison of integer expressions of different signedness: 'int' and 'const openvdb::v10_1::Index' {aka 'const unsigned int'} [-Wsign-compare] 1532 | for (T* dst = tmp; dst-tmp < NUM_VALUES;) *dst++ = *src++; | ~~~~~~~~^~~~~~~~~~~~ gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 11%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/TopologyToLevelSet.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/TopologyToLevelSet.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/TopologyToLevelSet.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/TopologyToLevelSet.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/TopologyToLevelSet.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 22%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PointScatter.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PointScatter.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/PointScatter.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/PointScatter.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/PointScatter.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 23%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PointPartitioner.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PointPartitioner.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/PointPartitioner.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/PointPartitioner.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/PointPartitioner.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 24%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PointIndexGrid.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PointIndexGrid.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/PointIndexGrid.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/PointIndexGrid.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/PointIndexGrid.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 25%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PointAdvect.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT 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-I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/VolumeToMesh.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/VolumeToMesh.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/VolumeToMesh.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/VolumeToMesh.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 20%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PoissonSolver.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL 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openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/VolumeToSpheres.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/VolumeToSpheres.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/VolumeToSpheres.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/VolumeToSpheres.cc.o -c 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-I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Merge.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/Merge.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/Merge.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/Merge.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 30%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/MultiResGrid.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/MultiResGrid.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/MultiResGrid.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/MultiResGrid.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/MultiResGrid.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 39%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetPlatonic.cc.o cd 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'/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 36%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetTracker.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetTracker.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/LevelSetTracker.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/LevelSetTracker.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/LevelSetTracker.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 37%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetSphere.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetSphere.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/LevelSetSphere.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/LevelSetSphere.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/LevelSetSphere.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 41%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetMeasure.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetMeasure.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/LevelSetMeasure.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/LevelSetMeasure.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/LevelSetMeasure.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 31%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Morphology.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Morphology.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/Morphology.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/Morphology.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/Morphology.cc In file included from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/Tree.h:19, from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/Grid.h:12, from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Activate.h:15, from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Morphology.h:19, from /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/Morphology.cc:2: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h: In instantiation of 'T openvdb::v10_1::tree::LeafNode::medianAll(T*) const [with T = openvdb::v10_1::PointIndex; unsigned int Log2Dim = 3]': /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:225:67: required from 'openvdb::v10_1::tools::TolerancePruneOp::ValueT openvdb::v10_1::tools::TolerancePruneOp::median(LeafT&) const [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; ValueT = openvdb::v10_1::PointIndex; LeafT = openvdb::v10_1::points::PointDataLeafNode, 3>]' 225 | inline ValueT median(LeafT& leaf) const {return leaf.medianAll(leaf.buffer().data());} | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:256:39: required from 'typename std::enable_if<(! std::is_same::value), bool>::type openvdb::v10_1::tools::TolerancePruneOp::isConstant(NodeT&, ValueT&, bool&) const [with NodeT = openvdb::v10_1::points::PointDataLeafNode, 3>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; typename std::enable_if<(! std::is_same::value), bool>::type = bool; typename NodeT::ValueType = openvdb::v10_1::PointIndex; ValueT = openvdb::v10_1::PointIndex]' 256 | if (test) value = this->median(node); | ~~~~~~~~~~~~^~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:215:37: required from 'void openvdb::v10_1::tools::TolerancePruneOp::operator()(NodeT&) const [with NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0]' 215 | if (this->isConstant(*it, value, state)) node.addTile(it.pos(), value, state); | ~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:305:77: required from 'static void openvdb::v10_1::tree::NodeList::OpWithoutIndex::eval(T&, typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator&) [with T = const openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator = openvdb::v10_1::tree::NodeList, 3>, 4> >::NodeRange::Iterator]' 305 | static void eval(T& node, typename NodeRange::Iterator& iter) { node(*iter); } | ~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:330:35: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::operator()(const openvdb::v10_1::tree::NodeList::NodeRange&) const [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 330 | OpT::template eval(mNodeOp, it); | ~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:325:65: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::run(const openvdb::v10_1::tree::NodeList::NodeRange&, bool) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 325 | threaded ? tbb::parallel_for(range, *this) : (*this)(range); | ~~~~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:271:22: required from 'void openvdb::v10_1::tree::NodeList::foreach(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; size_t = unsigned int]' 271 | transform.run(this->nodeRange(grainSize), threaded); | ~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:1231:23: required from 'void openvdb::v10_1::tree::NodeManager::foreachBottomUp(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; size_t = unsigned int]' 1231 | mList0.foreach(op, threaded, grainSize); | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:339:26: required from 'void openvdb::v10_1::tools::prune(TreeT&, typename TreeT::ValueType, bool, size_t) [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; typename TreeT::ValueType = openvdb::v10_1::PointIndex; size_t = unsigned int]' 339 | nodes.foreachBottomUp(op, threaded, grainSize); | ~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Morphology.h:1127:17: required from 'void openvdb::v10_1::tools::dilateActiveValues(TreeOrLeafManagerT&, int, NearestNeighbors, TilePolicy, bool) [with TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >]' 1127 | tools::prune(tree, zeroVal(), threaded); | ~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Morphology.h:1199:1: required from here 1198 | const int, const NearestNeighbors, const TilePolicy, const bool) | ^ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h:1532:36: warning: comparison of integer expressions of different signedness: 'int' and 'const openvdb::v10_1::Index' {aka 'const unsigned int'} [-Wsign-compare] 1532 | for (T* dst = tmp; dst-tmp < NUM_VALUES;) *dst++ = *src++; | ~~~~~~~~^~~~~~~~~~~~ gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 44%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetFilter.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetFilter.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/LevelSetFilter.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/LevelSetFilter.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/LevelSetFilter.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 32%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/MeshToVolume.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/MeshToVolume.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/MeshToVolume.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/MeshToVolume.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/MeshToVolume.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 46%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Interpolation.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Interpolation.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/Interpolation.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/Interpolation.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/Interpolation.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 19%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PotentialFlow.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/PotentialFlow.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/PotentialFlow.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/PotentialFlow.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/PotentialFlow.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 40%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetMorph.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetMorph.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/LevelSetMorph.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/LevelSetMorph.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/LevelSetMorph.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 38%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetRebuild.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetRebuild.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/LevelSetRebuild.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/LevelSetRebuild.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/LevelSetRebuild.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 43%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetFracture.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB 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-isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Diagnostics.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/Diagnostics.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/Diagnostics.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/Diagnostics.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 59%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/ChangeBackground.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/ChangeBackground.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/ChangeBackground.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/ChangeBackground.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/ChangeBackground.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 51%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/FastSweeping.cc.o cd 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&& /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/math/Maps.cc.o -MF CMakeFiles/openvdb_shared.dir/math/Maps.cc.o.d -o CMakeFiles/openvdb_shared.dir/math/Maps.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/math/Maps.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 76%] Building CXX object 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-I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/LevelSetUtil.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/LevelSetUtil.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/LevelSetUtil.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/LevelSetUtil.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 80%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/points/AttributeArray.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ 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openvdb/openvdb/CMakeFiles/openvdb_shared.dir/points/AttributeSet.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/points/AttributeSet.cc.o -MF CMakeFiles/openvdb_shared.dir/points/AttributeSet.cc.o.d -o CMakeFiles/openvdb_shared.dir/points/AttributeSet.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/points/AttributeSet.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 56%] Building CXX object openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Composite.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Composite.cc.o -MF 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-DOPENVDB_PRIVATE -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -Dopenvdb_shared_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/. -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -MD -MT openvdb/openvdb/CMakeFiles/openvdb_shared.dir/instantiations/Clip.cc.o -MF CMakeFiles/openvdb_shared.dir/instantiations/Clip.cc.o.d -o CMakeFiles/openvdb_shared.dir/instantiations/Clip.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/Clip.cc In file included from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/Tree.h:19, from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/Grid.h:12, from /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Clip.h:12, from /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/instantiations/Clip.cc:2: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h: In instantiation of 'T openvdb::v10_1::tree::LeafNode::medianAll(T*) const [with T = openvdb::v10_1::PointIndex; unsigned int Log2Dim = 3]': /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:225:67: required from 'openvdb::v10_1::tools::TolerancePruneOp::ValueT openvdb::v10_1::tools::TolerancePruneOp::median(LeafT&) const [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; ValueT = openvdb::v10_1::PointIndex; LeafT = openvdb::v10_1::points::PointDataLeafNode, 3>]' 225 | inline ValueT median(LeafT& leaf) const {return leaf.medianAll(leaf.buffer().data());} | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:256:39: required from 'typename std::enable_if<(! std::is_same::value), bool>::type openvdb::v10_1::tools::TolerancePruneOp::isConstant(NodeT&, ValueT&, bool&) const [with NodeT = openvdb::v10_1::points::PointDataLeafNode, 3>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0; typename std::enable_if<(! std::is_same::value), bool>::type = bool; typename NodeT::ValueType = openvdb::v10_1::PointIndex; ValueT = openvdb::v10_1::PointIndex]' 256 | if (test) value = this->median(node); | ~~~~~~~~~~~~^~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:215:37: required from 'void openvdb::v10_1::tools::TolerancePruneOp::operator()(NodeT&) const [with NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; unsigned int TerminationLevel = 0]' 215 | if (this->isConstant(*it, value, state)) node.addTile(it.pos(), value, state); | ~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:305:77: required from 'static void openvdb::v10_1::tree::NodeList::OpWithoutIndex::eval(T&, typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator&) [with T = const openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; typename openvdb::v10_1::tree::NodeList::NodeRange::Iterator = openvdb::v10_1::tree::NodeList, 3>, 4> >::NodeRange::Iterator]' 305 | static void eval(T& node, typename NodeRange::Iterator& iter) { node(*iter); } | ~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:330:35: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::operator()(const openvdb::v10_1::tree::NodeList::NodeRange&) const [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 330 | OpT::template eval(mNodeOp, it); | ~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:325:65: required from 'void openvdb::v10_1::tree::NodeList::NodeTransformerCopy::run(const openvdb::v10_1::tree::NodeList::NodeRange&, bool) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; OpT = openvdb::v10_1::tree::NodeList, 3>, 4> >::OpWithoutIndex; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>]' 325 | threaded ? tbb::parallel_for(range, *this) : (*this)(range); | ~~~~~~~^~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:271:22: required from 'void openvdb::v10_1::tree::NodeList::foreach(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; NodeT = openvdb::v10_1::tree::InternalNode, 3>, 4>; size_t = unsigned int]' 271 | transform.run(this->nodeRange(grainSize), threaded); | ~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/NodeManager.h:1231:23: required from 'void openvdb::v10_1::tree::NodeManager::foreachBottomUp(const NodeOp&, bool, size_t) [with NodeOp = openvdb::v10_1::tools::TolerancePruneOp, 3>, 4>, 5> > >, 0>; TreeOrLeafManagerT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; size_t = unsigned int]' 1231 | mList0.foreach(op, threaded, grainSize); | ~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Prune.h:339:26: required from 'void openvdb::v10_1::tools::prune(TreeT&, typename TreeT::ValueType, bool, size_t) [with TreeT = openvdb::v10_1::tree::Tree, 3>, 4>, 5> > >; typename TreeT::ValueType = openvdb::v10_1::PointIndex; size_t = unsigned int]' 339 | nodes.foreachBottomUp(op, threaded, grainSize); | ~~~~~~~~~~~~~~~~~~~~~^~~~~~~~~~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Clip.h:525:17: required from 'typename GridType::Ptr openvdb::v10_1::tools::clip(const GridType&, const openvdb::v10_1::math::NonlinearFrustumMap&, bool) [with GridType = openvdb::v10_1::Grid, 3>, 4>, 5> > > >; typename GridType::Ptr = std::shared_ptr, 3>, 4>, 5> > > > >]' 525 | tools::prune(outGrid->tree()); | ~~~~~~~~~~~~^~~~~~~~~~~~~~~~~ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Clip.h:586:1: required from here 585 | Grid::Ptr clip(const Grid&, const math::NonlinearFrustumMap&, bool) | ^ /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafNode.h:1532:36: warning: comparison of integer expressions of different signedness: 'int' and 'const openvdb::v10_1::Index' {aka 'const unsigned int'} [-Wsign-compare] 1532 | for (T* dst = tmp; dst-tmp < NUM_VALUES;) *dst++ = *src++; | ~~~~~~~~^~~~~~~~~~~~ gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' 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-I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -isystem /usr/include/python3.12 -isystem /usr/include/Imath -isystem /usr/lib/python3/site-packages/numpy/core/include -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -fvisibility=hidden -flto -fno-fat-lto-objects -MD -MT openvdb/openvdb/python/CMakeFiles/pyopenvdb.dir/pyPointGrid.cc.o -MF CMakeFiles/pyopenvdb.dir/pyPointGrid.cc.o.d -o CMakeFiles/pyopenvdb.dir/pyPointGrid.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/python/pyPointGrid.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 93%] Building CXX object openvdb/openvdb/python/CMakeFiles/pyopenvdb.dir/pyOpenVDBModule.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/python && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -DPY_OPENVDB_USE_NUMPY -Dpyopenvdb_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -isystem /usr/include/python3.12 -isystem /usr/include/Imath -isystem /usr/lib/python3/site-packages/numpy/core/include -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -fvisibility=hidden -flto -fno-fat-lto-objects -MD -MT openvdb/openvdb/python/CMakeFiles/pyopenvdb.dir/pyOpenVDBModule.cc.o -MF CMakeFiles/pyopenvdb.dir/pyOpenVDBModule.cc.o.d -o CMakeFiles/pyopenvdb.dir/pyOpenVDBModule.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/python/pyOpenVDBModule.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 92%] Building CXX object openvdb/openvdb/python/CMakeFiles/pyopenvdb.dir/pyFloatGrid.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/python && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -DPY_OPENVDB_USE_NUMPY -Dpyopenvdb_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -isystem /usr/include/python3.12 -isystem /usr/include/Imath -isystem /usr/lib/python3/site-packages/numpy/core/include -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -fvisibility=hidden -flto -fno-fat-lto-objects -MD -MT openvdb/openvdb/python/CMakeFiles/pyopenvdb.dir/pyFloatGrid.cc.o -MF CMakeFiles/pyopenvdb.dir/pyFloatGrid.cc.o.d -o CMakeFiles/pyopenvdb.dir/pyFloatGrid.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/python/pyFloatGrid.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 97%] Building CXX object openvdb/openvdb/python/CMakeFiles/pyopenvdb.dir/pyVec3Grid.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/python && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -DPY_OPENVDB_USE_NUMPY -Dpyopenvdb_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -isystem /usr/include/python3.12 -isystem /usr/include/Imath -isystem /usr/lib/python3/site-packages/numpy/core/include -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -fvisibility=hidden -flto -fno-fat-lto-objects -MD -MT openvdb/openvdb/python/CMakeFiles/pyopenvdb.dir/pyVec3Grid.cc.o -MF CMakeFiles/pyopenvdb.dir/pyVec3Grid.cc.o.d -o CMakeFiles/pyopenvdb.dir/pyVec3Grid.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/python/pyVec3Grid.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 94%] Building CXX object openvdb/openvdb/python/CMakeFiles/pyopenvdb.dir/pyIntGrid.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/python && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -DPY_OPENVDB_USE_NUMPY -Dpyopenvdb_EXPORTS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -isystem /usr/include/python3.12 -isystem /usr/include/Imath -isystem /usr/lib/python3/site-packages/numpy/core/include -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -fPIC -fvisibility=hidden -flto -fno-fat-lto-objects -MD -MT openvdb/openvdb/python/CMakeFiles/pyopenvdb.dir/pyIntGrid.cc.o -MF CMakeFiles/pyopenvdb.dir/pyIntGrid.cc.o.d -o CMakeFiles/pyopenvdb.dir/pyIntGrid.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/python/pyIntGrid.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 98%] Linking CXX shared module pyopenvdb.cpython-312.so cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/python && /usr/bin/cmake -E cmake_link_script CMakeFiles/pyopenvdb.dir/link.txt --verbose=1 In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ /usr/bin/c++ -fPIC -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -flto -Wl,--dependency-file=CMakeFiles/pyopenvdb.dir/link.d -shared -o pyopenvdb.cpython-312.so CMakeFiles/pyopenvdb.dir/pyFloatGrid.cc.o CMakeFiles/pyopenvdb.dir/pyGridBase.cc.o CMakeFiles/pyopenvdb.dir/pyIntGrid.cc.o CMakeFiles/pyopenvdb.dir/pyMetadata.cc.o CMakeFiles/pyopenvdb.dir/pyOpenVDBModule.cc.o CMakeFiles/pyopenvdb.dir/pyPointGrid.cc.o CMakeFiles/pyopenvdb.dir/pyTransform.cc.o CMakeFiles/pyopenvdb.dir/pyVec3Grid.cc.o -Wl,-rpath,/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb: ../libopenvdb.so.10.1.0 /usr/lib/libImath-3_1.so.29.5.0 -lm /usr/lib/libtbb.so /usr/lib/liblog4cplus.so /usr/lib/libblosc.so /usr/lib/libz.so /usr/lib/libboost_iostreams.so.1.86.0 cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/python && /usr/bin/strip /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/python/pyopenvdb.cpython-312.so gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[1]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 98%] Built target pyopenvdb gmake[1]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 89%] Building CXX object openvdb_cmd/vdb_print/CMakeFiles/vdb_print.dir/main.cc.o cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb_cmd/vdb_print && /usr/bin/c++ -DBOOST_IOSTREAMS_DYN_LINK -DBOOST_IOSTREAMS_NO_LIB -DOPENVDB_DLL -DOPENVDB_USE_DELAYED_LOADING -DOPENVDB_USE_LOG4CPLUS -I/usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/.. -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb -I/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb/openvdb -isystem /usr/include/Imath -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -std=c++17 -MD -MT openvdb_cmd/vdb_print/CMakeFiles/vdb_print.dir/main.cc.o -MF CMakeFiles/vdb_print.dir/main.cc.o.d -o CMakeFiles/vdb_print.dir/main.cc.o -c /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb_cmd/vdb_print/main.cc gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [100%] Linking CXX executable vdb_print cd /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb_cmd/vdb_print && /usr/bin/cmake -E cmake_link_script CMakeFiles/vdb_print.dir/link.txt --verbose=1 /usr/bin/c++ -pipe -frecord-gcc-switches -Wall -g1 -O2 -march=i586 -mtune=generic -O2 -DNDEBUG -Wl,--dependency-file=CMakeFiles/vdb_print.dir/link.d CMakeFiles/vdb_print.dir/main.cc.o -o vdb_print -Wl,-rpath,/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/openvdb/openvdb: ../../openvdb/openvdb/libopenvdb.so.10.1.0 /usr/lib/libjemalloc.so /usr/lib/libImath-3_1.so.29.5.0 -lm /usr/lib/libtbb.so /usr/lib/liblog4cplus.so /usr/lib/libblosc.so /usr/lib/libz.so /usr/lib/libboost_iostreams.so.1.86.0 gmake[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake[1]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [100%] Built target vdb_print gmake[1]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' gmake: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' /usr/bin/cmake -E cmake_progress_start /usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux/CMakeFiles 0 gmake: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' + exit 0 Executing(%install): /bin/sh -e /usr/src/tmp/rpm-tmp.94610 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + /bin/chmod -Rf u+rwX -- /usr/src/tmp/openvdb-buildroot + : + /bin/rm -rf -- /usr/src/tmp/openvdb-buildroot + PATH=/usr/libexec/rpm-build:/usr/src/bin:/usr/bin:/bin:/usr/local/bin:/usr/games + cd openvdb-10.1.0 + make 'INSTALL=/usr/libexec/rpm-build/install -p' install DESTDIR=/usr/src/tmp/openvdb-buildroot -C i586-alt-linux make: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[1]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 1%] Generating API documentation with Doxygen warning: tag INPUT: input source 'openvdb/openvdb/python/pyopenvdb.h' does not exist warning: source 'openvdb/openvdb/python/pyopenvdb.h' is not a readable file or directory... skipping. /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/version.h.in:4: warning: the name 'openvdb/version.h' supplied as the argument in the \file statement is not an input file /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/math/Half.h:15: warning: the name 'half.h' supplied as the argument in the \file statement is not an input file /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/examples/ex_util/ComputePrimitives.h:30: warning: Detected potential recursive class relation between class cxx14::make_index_sequence and base class cxx14::make_index_sequence< N - 1, N - 1, Is... >! /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/examples/ex_util/ComputePrimitives.h:30: warning: Detected potential recursive class relation between class cxx14::make_index_sequence and base class make_index_sequence< N - 1, N - 1, Is... >! /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/examples/ex_util/ComputePrimitives.h:30: warning: Detected potential recursive class relation between class cxx14::make_index_sequence and base class cxx14::make_index_sequence< N - 1, N - 1, Is... >! /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/examples/ex_util/ComputePrimitives.h:30: warning: Detected potential recursive class relation between class cxx14::make_index_sequence and base class make_index_sequence< N - 1, N - 1, Is... >! /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/math/Half.h:506: warning: documented symbol 'enum OPENVDB_API FromBitsTag' was not declared or defined. /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tree/LeafBuffer.h:531: warning: no matching class member found for template < Log2Dim > const bool sOn Possible candidates: 'static const bool LeafBuffer< bool, Log2Dim >::sOn' at line 479 of file /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tree/LeafBuffer.h /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/util/IO.h:255: warning: no matching file member found for fileSize_t write(std::ostream &os, const nanovdb::GridHandle< BufferT > &handle, nanovdb::io::Codec codec) Possible candidates: 'static fileSize_t write(std::ostream &os, const GridHandle< BufferT > &handle, Codec codec)' at line 79 of file /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/util/IO.h /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/util/IO.h:310: warning: no matching file member found for void read(std::istream &is, nanovdb::GridHandle< BufferT > &handle, nanovdb::io::Codec codec) Possible candidates: 'static void read(std::istream &is, GridHandle< BufferT > &handle, Codec codec)' at line 82 of file /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/util/IO.h /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/NanoVDB.h:4684: warning: Found unknown command '@node' sh: line 1: latex: command not found error: Problems running latex. Check your installation or look for typos in _formulas.tex and check _formulas.log! sh: line 1: latex: command not found error: Problems running latex. Check your installation or look for typos in _formulas_dark.tex and check _formulas_dark.log! /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:79: warning: Found unknown command '@lanwatch' /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:82: warning: Found unknown command '@hozhaoea' /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2145: warning: unable to resolve link to 'openvdb::v10_1::points::initialize()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2146: warning: unable to resolve link to 'openvdb::v10_1::points::uninitialize()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2865: warning: unable to resolve link to 'openvdb::v10_1::io::File::readGrid(const Name&, const BBoxd&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2866: warning: unable to resolve link to 'openvdb::v10_1::GridBase::readBuffers(std::istream&, const CoordBBox&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2928: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::indexToWorld(const BBoxd&) const ' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2929: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::worldToIndex(const BBoxd&) const ' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2930: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::worldToIndexCellCentered(const BBoxd&) const ' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:2951: warning: unable to resolve link to 'openvdb::v10_1::GridBase::readBuffers(std::istream&, const CoordBBox&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3057: warning: unable to resolve link to 'openvdb::v10_1::Grid::Grid(const Grid&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3058: warning: unable to resolve link to 'openvdb::v10_1::tree::Tree::Tree(const Tree&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3059: warning: unable to resolve link to 'openvdb::v10_1::tree::RootNode::RootNode(const RootNode&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3061: warning: unable to resolve link to 'openvdb::v10_1::tree::InternalNode::InternalNode(const InternalNode&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3063: warning: unable to resolve link to 'openvdb::v10_1::tree::LeafNode::LeafNode(const LeafNode&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3065: warning: unable to resolve link to 'openvdb::v10_1::tree::RootNode::operator=(const RootNode&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3584: warning: unable to resolve link to 'openvdb::v10_1::Grid::signedFloodFill()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3594: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::preMult(const Mat4d&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3595: warning: unable to resolve link to 'openvdb::v10_1::math::Transform::postMult(const Mat4d&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3669: warning: unable to resolve link to 'openvdb::v10_1::createLevelSetSphere()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:3782: warning: unable to resolve link to 'openvdb::v10_1::Grid::signedFloodFill()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4045: warning: unable to resolve link to 'openvdb::v10_1::tree::ValueAccessor::ValueAccessor(const ValueAccessor&)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4054: warning: unable to resolve link to 'openvdb::v10_1::tree::LeafNode::getValue(Index) const ' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4107: warning: unable to resolve link to 'openvdb::v10_1::tools::Filter::laplacian()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4142: warning: unable to resolve link to 'openvdb::v10_1::tools::Filter::laplacian()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/changes.txt:4170: warning: unable to resolve link to 'openvdb::v10_1::tree::Tree::setValueOff(const Coord& xyz, const ValueType& value)' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/doc/doc.txt:323: warning: unable to resolve link to 'openvdb::v10_1::Grid::signedFloodFill()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/NanoVDB.h:4684: warning: Found unknown command '@node' /usr/src/RPM/BUILD/openvdb-10.1.0/nanovdb/nanovdb/NanoVDB.h:4684: warning: Found unknown command '@node' /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tools/MeshToVolume.h:143: warning: argument 'interiorTestStrat' of command @param is not found in the argument list of openvdb::v10_1::tools::meshToVolume(Interrupter &interrupter, const MeshDataAdapter &mesh, const math::Transform &transform, float exteriorBandWidth=3.0f, float interiorBandWidth=3.0f, int flags=0, typename GridType::template ValueConverter< Int32 >::Type *polygonIndexGrid=nullptr, InteriorTest interiorTest=nullptr, InteriorTestStrategy interiorTestStrategy=EVAL_EVERY_VOXEL) /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tools/MeshToVolume.h:143: warning: The following parameter of openvdb::v10_1::tools::meshToVolume(Interrupter &interrupter, const MeshDataAdapter &mesh, const math::Transform &transform, float exteriorBandWidth=3.0f, float interiorBandWidth=3.0f, int flags=0, typename GridType::template ValueConverter< Int32 >::Type *polygonIndexGrid=nullptr, InteriorTest interiorTest=nullptr, InteriorTestStrategy interiorTestStrategy=EVAL_EVERY_VOXEL) is not documented: parameter 'interiorTestStrategy' /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tree/TreeIterator.h:1317: warning: argument 'tbb' of command @param is not found in the argument list of IteratorRange< IterT >::IteratorRange(IteratorRange &other, tbb::split) /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/tree/TreeIterator.h:1317: warning: argument 'split' of command @param is not found in the argument list of IteratorRange< IterT >::IteratorRange(IteratorRange &other, tbb::split) /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb_houdini/openvdb_houdini/ParmFactory.h:493: warning: unable to resolve link to 'addOperatorSpareData()' for \link command /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb_houdini/openvdb_houdini/ParmFactory.h:494: warning: unable to resolve link to 'getOperatorSpareData()' for \link command make[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 1%] Built target doc make[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 83%] Built target openvdb_shared make[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 84%] Linking CXX shared module pyopenvdb.cpython-312.so lto-wrapper: warning: using serial compilation of 70 LTRANS jobs lto-wrapper: note: see the '-flto' option documentation for more information In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countInactiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:475:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countInactiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ In member function 'initAuxBuffers', inlined from 'rebuild' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:241:29, inlined from '__ct ' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:198:22, inlined from 'countActiveLeafVoxels.constprop' at /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tools/Count.h:440:36: /usr/src/RPM/BUILD/openvdb-10.1.0/openvdb/openvdb/../openvdb/tree/LeafManager.h:675:38: warning: argument 1 value '4294967295' exceeds maximum object size 2147483647 [-Walloc-size-larger-than=] 675 | mAuxBufferPtrs.reset(new NonConstBufferType[auxBufferCount]); | ^ /usr/include/c++/14/new: In function 'countActiveLeafVoxels.constprop': /usr/include/c++/14/new:133:26: note: in a call to allocation function 'operator new []' declared here 133 | _GLIBCXX_NODISCARD void* operator new[](std::size_t) _GLIBCXX_THROW (std::bad_alloc) | ^ make[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 93%] Built target pyopenvdb make[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 95%] Built target vdb_print make[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [ 97%] Built target nanovdb_print make[2]: Entering directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' make[2]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' [100%] Built target nanovdb_validate make[1]: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' Install the project... -- Install configuration: "Release" -- Installing: /usr/src/tmp/openvdb-buildroot/usr/lib/cmake/OpenVDB/FindBlosc.cmake -- Installing: /usr/src/tmp/openvdb-buildroot/usr/lib/cmake/OpenVDB/FindJemalloc.cmake -- Installing: /usr/src/tmp/openvdb-buildroot/usr/lib/cmake/OpenVDB/FindIlmBase.cmake -- Installing: 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/usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/LevelSetSphere.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/LevelSetTracker.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/LevelSetUtil.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/Mask.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/Merge.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/MeshToVolume.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/Morphology.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/MultiResGrid.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/NodeVisitor.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/ParticleAtlas.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/ParticlesToLevelSet.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/PointAdvect.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/PointIndexGrid.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/PointPartitioner.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/PointScatter.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/PointsToMask.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/PoissonSolver.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/PotentialFlow.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/Prune.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/RayIntersector.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/RayTracer.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/SignedFloodFill.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/Statistics.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/TopologyToLevelSet.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/ValueTransformer.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/VectorTransformer.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/VelocityFields.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/VolumeAdvect.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/VolumeToMesh.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tools/VolumeToSpheres.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/InternalNode.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/Iterator.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/LeafBuffer.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/LeafManager.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/LeafNode.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/LeafNodeBool.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/LeafNodeMask.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/NodeManager.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/NodeUnion.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/RootNode.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/Tree.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/TreeIterator.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/tree/ValueAccessor.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/CpuTimer.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/ExplicitInstantiation.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/Formats.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/logging.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/MapsUtil.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/Name.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/NodeMasks.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/NullInterrupter.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/PagedArray.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/util/Util.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/thread/Threading.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/lib/python3/site-packages/pyopenvdb.cpython-312.so -- Set non-toolchain portion of runtime path of "/usr/src/tmp/openvdb-buildroot/usr/lib/python3/site-packages/pyopenvdb.cpython-312.so" to "" -- Installing: /usr/src/tmp/openvdb-buildroot/usr/bin/vdb_print -- Set non-toolchain portion of runtime path of "/usr/src/tmp/openvdb-buildroot/usr/bin/vdb_print" to "" -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/CNanoVDB.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/NanoVDB.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/PNanoVDB.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/CSampleFromVoxels.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/CudaDeviceBuffer.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/DitherLUT.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/ForEach.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/GridBuilder.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/GridChecksum.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/GridHandle.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/GridStats.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/GridValidator.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/HDDA.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/HostBuffer.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/Invoke.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/IO.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/NanoToOpenVDB.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/NodeManager.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/OpenToNanoVDB.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/Primitives.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/Range.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/Ray.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/Reduce.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/SampleFromVoxels.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/Stencils.h -- Installing: /usr/src/tmp/openvdb-buildroot/usr/bin/nanovdb_print -- Installing: /usr/src/tmp/openvdb-buildroot/usr/bin/nanovdb_validate make: Leaving directory '/usr/src/RPM/BUILD/openvdb-10.1.0/i586-alt-linux' + /usr/lib/rpm/brp-alt Cleaning files in /usr/src/tmp/openvdb-buildroot (auto) mode of './usr/lib/libopenvdb.so.10.1.0' changed from 0755 (rwxr-xr-x) to 0644 (rw-r--r--) mode of './usr/lib/python3/site-packages/pyopenvdb.cpython-312.so' changed from 0755 (rwxr-xr-x) to 0644 (rw-r--r--) Verifying and fixing files in /usr/src/tmp/openvdb-buildroot (binconfig,pkgconfig,libtool,desktop,gnuconfig) Checking contents of files in /usr/src/tmp/openvdb-buildroot/ (default) Compressing files in /usr/src/tmp/openvdb-buildroot (auto) Adjusting library links in /usr/src/tmp/openvdb-buildroot ./usr/lib: (from :0) libopenvdb.so.10.1 -> libopenvdb.so.10.1.0 056-debuginfo.brp: WARNING: You have 1 stripped ELF objects. Please compile with debugging information! 056-debuginfo.brp: WARNING: An excerpt from the list of affected files follows: ./usr/lib/python3/site-packages/pyopenvdb.cpython-312.so Verifying ELF objects in /usr/src/tmp/openvdb-buildroot (arch=normal,fhs=normal,lfs=relaxed,lint=relaxed,rpath=normal,stack=normal,textrel=normal,unresolved=normal) verify-elf: WARNING: ./usr/lib/libopenvdb.so.10.1.0: uses non-LFS functions: fstat mkstemp mmap open stat Splitting links to aliased files under /{,s}bin in /usr/src/tmp/openvdb-buildroot Hardlinking identical .pyc and .opt-?.pyc files Processing files: openvdb-10.1.0-alt3.1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.9QsQDp find-provides: running scripts (alternatives,debuginfo,lib,pam,perl,pkgconfig,python,python3,shell) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.rPzPFS find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,python3,rpmlib,shebang,shell,static,symlinks,systemd-services) Requires: /lib/ld-linux.so.2, libImath-3_1.so.29 >= set:jiJB7, libblosc.so.1 >= set:iheDb, libc.so.6(GLIBC_2.0), libc.so.6(GLIBC_2.1.3), libc.so.6(GLIBC_2.3.4), libc.so.6(GLIBC_2.32), libc.so.6(GLIBC_2.34), libc.so.6(GLIBC_2.4), libgcc_s.so.1(GCC_3.0), libgcc_s.so.1(GLIBC_2.0), libjemalloc.so.2 >= set:jgl9xQcHwVXzjMyS7, liblog4cplus-2.0.so.3 >= set:oj5dpZcsUoO4qDwD89PxLqVD7obRnZCzPzQ5fEdKHzzhnHeNgud, libm.so.6(GLIBC_2.0), libm.so.6(GLIBC_2.1), libm.so.6(GLIBC_2.29), libopenvdb.so.10.1 >= set:tn0NH7wFMyyoBT1tVmQphFY5cS6B4ZmQzLjQJz6lwB91hmQ3Aht0Y0llZJUs5eIS9mbOfQD49OSlWbpy3DMl85Xk1JRBFaRBlokLCEmzXfwoeiobSjbcrI9wlCbSIzODJjhvNcvJe5qegWWnEbyMj3tFHgU2Y0, libstdc++.so.6(CXXABI_1.3), libstdc++.so.6(CXXABI_1.3.11), libstdc++.so.6(CXXABI_1.3.8), libstdc++.so.6(CXXABI_1.3.9), libstdc++.so.6(GLIBCXX_3.4), libstdc++.so.6(GLIBCXX_3.4.11), libstdc++.so.6(GLIBCXX_3.4.18), libstdc++.so.6(GLIBCXX_3.4.20), libstdc++.so.6(GLIBCXX_3.4.21), libstdc++.so.6(GLIBCXX_3.4.26), libstdc++.so.6(GLIBCXX_3.4.29), libstdc++.so.6(GLIBCXX_3.4.32), libstdc++.so.6(GLIBCXX_3.4.9), libtbb.so.12 >= set:kgYY1l2jB5HPk2OwW9OZ6ba8wsr5OSl2, libz.so.1 >= set:kjZvg1, rtld(GNU_HASH), rtld(GNU_UNIQUE) Requires(rpmlib): rpmlib(SetVersions) Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.BI4kqv Creating openvdb-debuginfo package Processing files: libopenvdb10.1-10.1.0-alt3.1 Executing(%doc): /bin/sh -e /usr/src/tmp/rpm-tmp.4518 + umask 022 + /bin/mkdir -p /usr/src/RPM/BUILD + cd /usr/src/RPM/BUILD + cd openvdb-10.1.0 + DOCDIR=/usr/src/tmp/openvdb-buildroot/usr/share/doc/libopenvdb10.1-10.1.0 + export DOCDIR + rm -rf /usr/src/tmp/openvdb-buildroot/usr/share/doc/libopenvdb10.1-10.1.0 + /bin/mkdir -p /usr/src/tmp/openvdb-buildroot/usr/share/doc/libopenvdb10.1-10.1.0 + cp -prL openvdb/openvdb/LICENSE openvdb/openvdb/COPYRIGHT /usr/src/tmp/openvdb-buildroot/usr/share/doc/libopenvdb10.1-10.1.0 + chmod -R go-w /usr/src/tmp/openvdb-buildroot/usr/share/doc/libopenvdb10.1-10.1.0 + chmod -R a+rX /usr/src/tmp/openvdb-buildroot/usr/share/doc/libopenvdb10.1-10.1.0 + cp -prL README.md CHANGES /usr/src/tmp/openvdb-buildroot/usr/share/doc/libopenvdb10.1-10.1.0 + chmod -R go-w /usr/src/tmp/openvdb-buildroot/usr/share/doc/libopenvdb10.1-10.1.0 + chmod -R a+rX /usr/src/tmp/openvdb-buildroot/usr/share/doc/libopenvdb10.1-10.1.0 + exit 0 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.WpasMp find-provides: running scripts (alternatives,debuginfo,lib,pam,perl,pkgconfig,python,python3,shell) lib.prov: /usr/src/tmp/openvdb-buildroot/usr/lib/libopenvdb.so.10.1: 62878 symbols, 26 bpp warning: hash collision: _ZN3tbb6detail2d122dynamic_grainsize_modeINS1_13adaptive_modeINS1_19auto_partition_typeEEEE12work_balanceINS1_9start_forINS1_13blocked_rangeIjEEN7openvdb5v10_14tree11LeafManagerINSD_4TreeINSD_8RootNodeINSD_12InternalNodeINSH_INSD_8LeafNodeINSC_4math4Vec3IdEELj3EEELj4EEELj5EEEEEEEEEKNS1_16auto_partitionerEEESA_EEvRT_RT0_RNS1_14execution_dataE _ZTVN3tbb6detail2d19start_forIN7openvdb5v10_14tree11LeafManagerINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINS9_INS5_8LeafNodeINS4_4math4Vec3IiEELj3EEELj4EEELj5EEEEEEEE9LeafRangeENS4_5tools6gridop12GridOperatorINS4_4GridISI_EENSO_INS7_INS8_INS9_INS9_INSA_IbLj3EEELj4EEELj5EEEEEEEEESP_NSB_10UnitaryMapENSB_4CurlISW_LNSB_7DSchemeE1EEENS4_4util15NullInterrupterEEEKNS1_16auto_partitionerEEE warning: hash collision: _ZN3tbb6detail2d19start_forIN7openvdb5v10_14tree11LeafManagerINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINS9_INS5_8LeafNodeINS4_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEE9LeafRangeENS4_5tools6gridop12GridOperatorINS4_4GridISI_EENSO_INS7_INS8_INS9_INS9_INSA_INS4_9ValueMaskELj3EEELj4EEELj5EEEEEEEEESP_NSB_17ScaleTranslateMapENSB_4CurlISX_LNSB_7DSchemeE1EEENS4_4util15NullInterrupterEEEKNS1_16auto_partitionerEED1Ev _ZN3tbb6detail2d19start_forINS1_13blocked_rangeIjEEN7openvdb5v10_14tree12InternalNodeINS7_8LeafNodeINS6_4math4Vec3IdEELj3EEELj4EE13TopologyCopy1ISE_EEKNS1_16auto_partitionerEED0Ev warning: hash collision: _ZN3tbb6detail2d19start_forINS1_13blocked_rangeIjEEN7openvdb5v10_14tree12InternalNodeINS7_8LeafNodeIiLj3EEELj4EE13TopologyUnionINS8_INS9_INS6_9ValueMaskELj3EEELj4EEEEEKNS1_16auto_partitionerEE6cancelERNS1_14execution_dataE _ZN7openvdb5v10_15tools17LevelSetAdvectionINS0_4GridINS0_4tree4TreeINS4_8RootNodeINS4_12InternalNodeINS7_INS4_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEEENS1_13DiscreteFieldINS3_INS5_INS6_INS7_INS7_INS8_INS0_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENS1_10BoxSamplerEEENS0_4util15NullInterrupterEE6AdvectINSG_14TranslationMapELNSG_20BiasedGradientSchemeE1ELNSG_25TemporalIntegrationSchemeE1EE11sampleFieldEdd warning: hash collision: _ZN3tbb6detail2d19start_forINS1_13blocked_rangeIyEEZN7openvdb5v10_14tree8NodeListIKNS7_8LeafNodeIfLj3EEEE16initNodeChildrenINS8_IKNS7_12InternalNodeISA_Lj4EEEEENS7_14ReduceFilterOpINS6_5tools14count_internal14MinMaxValuesOpINS7_4TreeINS7_8RootNodeINSE_ISF_Lj5EEEEEEEEEEEEEbRT_RKT0_bEUlRS4_E_KNS1_16auto_partitionerEE7executeERNS1_14execution_dataE _ZTIN3tbb6detail2d112start_reduceIN7openvdb5v10_14tree8NodeListIKNS5_12InternalNodeINS7_INS5_8LeafNodeIbLj3EEELj4EEELj5EEEE9NodeRangeENSD_11NodeReducerINS5_14ReduceFilterOpINS4_5tools14count_internal17ActiveTileCountOpINS5_4TreeINS5_8RootNodeISB_EEEEEEEENSD_11OpWithIndexEEEKNS1_16auto_partitionerEEE warning: hash collision: _ZTSSt24_Weak_result_type_memfunIMN7openvdb5v10_15tools17LevelSetAdvectionINS1_4GridINS1_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEEENS2_13DiscreteFieldINS4_INS6_INS7_INS8_INS8_INS9_INS1_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENS2_10BoxSamplerEEENS1_4util15NullInterrupterEE6AdvectINSH_14TranslationMapELNSH_20BiasedGradientSchemeE0ELNSH_25TemporalIntegrationSchemeE1EEEFvRKNS5_11LeafManagerISE_E9LeafRangeEddELb1EE _ZTVN3tbb6detail2d112start_reduceIN7openvdb5v10_14tree8NodeListIKNS5_12InternalNodeINS5_8LeafNodeIdLj3EEELj4EEEE9NodeRangeENSC_11NodeReducerINS5_14ReduceFilterOpINS4_5tools14count_internal20InactiveVoxelCountOpINS5_4TreeINS5_8RootNodeINS7_ISA_Lj5EEEEEEEEEEENSC_11OpWithIndexEEEKNS1_16auto_partitionerEEE warning: hash collision: _ZNK7openvdb5v10_15tools6gridop12GridOperatorINS0_4GridINS0_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEEENS4_INS6_INS7_INS8_INS8_INS9_INS0_9ValueMaskELj3EEELj4EEELj5EEEEEEEEENS4_INS6_INS7_INS8_INS8_INS9_INS0_4math4Vec3IdEELj3EEELj4EEELj5EEEEEEEEENSN_14TranslationMapENS1_3CptISF_SM_NS0_4util15NullInterrupterEE5WsOpTESZ_EclERKNS5_11LeafManagerISU_E9LeafRangeE _ZTSSt17_Weak_result_typeIMN7openvdb5v10_15tools17LevelSetAdvectionINS1_4GridINS1_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeIfLj3EEELj4EEELj5EEEEEEEEENS2_13DiscreteFieldINS4_INS6_INS7_INS8_INS8_INS9_INS1_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENS2_10BoxSamplerEEENS1_4util15NullInterrupterEE6AdvectINSH_14TranslationMapELNSH_20BiasedGradientSchemeE0ELNSH_25TemporalIntegrationSchemeE1EEEFvRKNS5_11LeafManagerISE_E9LeafRangeEfEE warning: hash collision: _ZN7openvdb5v10_16points19TypedAttributeArrayINS0_4math4QuatIdEENS1_9NullCodecEE13attributeTypeB5cxx11Ev _ZNSt6vectorIfSaIfEE14_M_fill_insertEN9__gnu_cxx17__normal_iteratorIPfS1_EEjRKf warning: hash collision: _ZN3tbb6detail2d122dynamic_grainsize_modeINS1_13adaptive_modeINS1_19auto_partition_typeEEEE12work_balanceINS1_9start_forINS1_13blocked_rangeIyEEZN7openvdb5v10_14tree8NodeListIKNSC_6points17PointDataLeafNodeINSC_10PointIndexIjLj1EEELj3EEEE16initNodeChildrenINSE_IKNSD_12InternalNodeISJ_Lj4EEEEENSD_14ReduceFilterOpINSC_5tools14count_internal14MinMaxValuesOpINSD_4TreeINSD_8RootNodeINSN_ISO_Lj5EEEEEEEEEEEEEbRT_RKT0_bEUlRSA_E_KNS1_16auto_partitionerEEESA_EEvS13_RS14_RNS1_14execution_dataE _ZN3tbb6detail2d19fold_treeINS1_19reduction_tree_nodeIN7openvdb5v10_14tree8NodeListIKNS6_12InternalNodeINS8_INS6_8LeafNodeIcLj3EEELj4EEELj5EEEE11NodeReducerINS6_14ReduceFilterOpINS5_5tools14count_internal10MemUsageOpINS6_4TreeINS6_8RootNodeISC_EEEEEEEENSE_11OpWithIndexEEEEEEEvPNS1_4nodeERKNS1_14execution_dataE warning: hash collision: _ZN3tbb6detail2d19start_forIN7openvdb5v10_14tree13IteratorRangeINS5_21TreeValueIteratorBaseINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINSA_INS5_8LeafNodeINS4_4math4Vec3IdEELj3EEELj4EEELj5EEEEEEENSI_9ValueIterISI_St17_Rb_tree_iteratorISt4pairIKNSC_5CoordENSI_10NodeStructEEENSI_11ValueOnPredESE_EEEEEENS4_5tools8valxform15SharedOpApplierISU_ZNSW_6gridop12GridOperatorINS4_4GridISJ_EENS11_INS8_INS9_INSA_INSA_INSB_INS4_9ValueMaskELj3EEELj4EEELj5EEEEEEEEES12_NSC_8ScaleMapENSW_9NormalizeIS12_S19_NS4_4util15NullInterrupterEE3OpTES1D_E7processEbEUlRKSU_E_EEKNS1_16auto_partitionerEED1Ev _ZTVN3tbb6detail2d19start_forIN7openvdb5v10_14tree11LeafManagerINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINS9_INS5_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEE9LeafRangeENS4_5tools17LevelSetAdvectionINS4_4GridISF_EENSI_13DiscreteFieldINSK_INS7_INS8_INS9_INS9_INSA_INS4_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENSI_10BoxSamplerEEENS4_4util15NullInterrupterEE6AdvectINSN_24UniformScaleTranslateMapELNSN_20BiasedGradientSchemeE0ELNSN_25TemporalIntegrationSchemeE0EEEKNS1_16auto_partitionerEEE warning: hash collision: _ZTIN3tbb6detail2d19start_forIN7openvdb5v10_14tree13IteratorRangeINS5_21TreeValueIteratorBaseINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINSA_INS5_8LeafNodeINS4_4math4Vec3IiEELj3EEELj4EEELj5EEEEEEENSI_9ValueIterISI_St17_Rb_tree_iteratorISt4pairIKNSC_5CoordENSI_10NodeStructEEENSI_11ValueOnPredESE_EEEEEENS4_5tools8valxform15SharedOpApplierISU_ZNSW_6gridop12GridOperatorINS4_4GridINS8_INS9_INSA_INSA_INSB_IiLj3EEELj4EEELj5EEEEEEEEENS11_INS8_INS9_INSA_INSA_INSB_INS4_9ValueMaskELj3EEELj4EEELj5EEEEEEEEENS11_ISJ_EENSC_8ScaleMapENSC_8GradientIS1G_LNSC_7DSchemeE1EEENS4_4util15NullInterrupterEE7processEbEUlRKSU_E_EEKNS1_16auto_partitionerEEE _ZTVN7openvdb5v10_15tools6gridop12GridOperatorINS0_4GridINS0_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeINS0_4math4Vec3IiEELj3EEELj4EEELj5EEEEEEEEENS4_INS6_INS7_INS8_INS8_INS9_INS0_9ValueMaskELj3EEELj4EEELj5EEEEEEEEESI_NSA_9AffineMapENS1_9NormalizeISI_SP_NS0_4util15NullInterrupterEE3OpTEST_EE warning: hash collision: _ZN3tbb6detail2d113segment_tableIN7openvdb5v10_14math5CoordENS1_23cache_aligned_allocatorIS6_EENS1_17concurrent_vectorIS6_S8_EELj3EE5clearEv _ZTSN7openvdb5v10_15tools17LevelSetAdvectionINS0_4GridINS0_4tree4TreeINS4_8RootNodeINS4_12InternalNodeINS7_INS4_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEEENS1_13DiscreteFieldINS3_INS5_INS6_INS7_INS7_INS8_INS0_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENS1_10BoxSamplerEEENS0_4util15NullInterrupterEE6AdvectINSG_15UniformScaleMapELNSG_20BiasedGradientSchemeE3ELNSG_25TemporalIntegrationSchemeE0EEE warning: hash collision: _ZN7openvdb5v10_14tree18DynamicNodeManagerINS1_4TreeINS1_8RootNodeINS1_12InternalNodeINS5_INS1_8LeafNodeINS0_9ValueMaskELj3EEELj4EEELj5EEEEEEELj3EE14foreachTopDownINS0_5tools17activate_internal12DeactivateOpISC_Lb1EEEEEvRKT_bjj _ZTSN3tbb6detail2d19start_forINS1_13blocked_rangeIyEEZN7openvdb5v10_14tree8NodeListIKNS7_12InternalNodeINS7_8LeafNodeIbLj3EEELj4EEEE16initNodeChildrenINS8_IKNS9_ISC_Lj5EEEEENS7_14ReduceFilterOpINS6_5tools14count_internal14MinMaxValuesOpINS7_4TreeINS7_8RootNodeISG_EEEEEEEEEEbRT_RKT0_bEUlRS4_E_KNS1_16auto_partitionerEEE warning: hash collision: _ZN3tbb6detail2d122dynamic_grainsize_modeINS1_13adaptive_modeINS1_19auto_partition_typeEEEE12work_balanceINS1_12start_reduceIN7openvdb5v10_14tree8NodeListIKNSB_8LeafNodeIdLj3EEEE9NodeRangeENSG_11NodeReducerINSA_5tools14count_internal10MemUsageOpINSB_4TreeINSB_8RootNodeINSB_12InternalNodeINSO_ISE_Lj4EEELj5EEEEEEEEENSG_11OpWithIndexEEEKNS1_16auto_partitionerEEESH_EEvRT_RT0_RNS1_14execution_dataE _ZN3tbb6detail2d19start_forINS1_13blocked_rangeIyEEZN7openvdb5v10_14tree8NodeListINS7_12InternalNodeINS7_8LeafNodeINS6_4math4Vec3IfEELj3EEELj4EEEE16initNodeChildrenINS8_INS9_ISF_Lj5EEEEENS7_15ForeachFilterOpINS6_5tools17activate_internal12DeactivateOpINS7_4TreeINS7_8RootNodeISI_EEEELb0EEEEEEEbRT_RKT0_bEUlRS4_E0_KNS1_16auto_partitionerEE6cancelERNS1_14execution_dataE warning: hash collision: _ZNSt15_Sp_counted_ptrIPN7openvdb5v10_14tree4TreeINS2_8RootNodeINS2_12InternalNodeINS5_INS2_8LeafNodeIiLj3EEELj4EEELj5EEEEEEELN9__gnu_cxx12_Lock_policyE2EE10_M_destroyEv _ZTSN3tbb6detail2d19start_forIN7openvdb5v10_14tree13IteratorRangeINS5_21TreeValueIteratorBaseINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINSA_INS5_8LeafNodeIfLj3EEELj4EEELj5EEEEEEENSF_9ValueIterISF_St17_Rb_tree_iteratorISt4pairIKNS4_4math5CoordENSF_10NodeStructEEENSF_11ValueOnPredEfEEEEEENS4_5tools8valxform17CopyableOpApplierISS_ZNSU_6gridop12GridOperatorINS4_4GridINS8_INS9_INSA_INSA_INSB_INSK_4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENSZ_INS8_INS9_INSA_INSA_INSB_INS4_9ValueMaskELj3EEELj4EEELj5EEEEEEEEENSZ_ISG_EENSK_15UniformScaleMapENSK_10DivergenceIS1G_LNSK_7DSchemeE1EEENS4_4util15NullInterrupterEE7processEbEUlRKSS_E_EEKNS1_16auto_partitionerEEE warning: hash collision: _ZGVZN7openvdb5v10_15tools17LevelSetAdvectionINS0_4GridINS0_4tree4TreeINS4_8RootNodeINS4_12InternalNodeINS7_INS4_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEEENS1_13DiscreteFieldINS3_INS5_INS6_INS7_INS7_INS8_INS0_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENS1_10BoxSamplerEEENS0_4util15NullInterrupterEE6AdvectINSG_24UniformScaleTranslateMapELNSG_20BiasedGradientSchemeE3ELNSG_25TemporalIntegrationSchemeE2EE11sampleFieldEddE3CFL _ZTVN3tbb6detail2d19start_forIN7openvdb5v10_14tree13IteratorRangeINS5_21TreeValueIteratorBaseINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINSA_INS5_8LeafNodeIiLj3EEELj4EEELj5EEEEEEENSF_9ValueIterISF_St17_Rb_tree_iteratorISt4pairIKNS4_4math5CoordENSF_10NodeStructEEENSF_11ValueOnPredEiEEEEEENS4_5tools8valxform17CopyableOpApplierISS_ZNSU_6gridop12GridOperatorINS4_4GridISG_EENSZ_INS8_INS9_INSA_INSA_INSB_INS4_9ValueMaskELj3EEELj4EEELj5EEEEEEEEES10_NSK_19NonlinearFrustumMapENSK_9LaplacianIS18_LNSK_8DDSchemeE0EEENS4_4util15NullInterrupterEE7processEbEUlRKSS_E_EEKNS1_16auto_partitionerEEE warning: hash collision: _ZN3tbb6detail2d19start_forINS1_13blocked_rangeIjEEN7openvdb5v10_15tools23volume_to_mesh_internal13ComputePointsINS6_4tree4TreeINSA_8RootNodeINSA_12InternalNodeINSD_INSA_8LeafNodeIiLj3EEELj4EEELj5EEEEEEEEEKNS1_16auto_partitionerEED2Ev _ZN7openvdb5v10_14tree11LeafManagerIKNS1_4TreeINS1_8RootNodeINS1_12InternalNodeINS5_INS1_8LeafNodeIbLj3EEELj4EEELj5EEEEEEEE17doSyncAllBuffers1ERKN3tbb6detail2d113blocked_rangeIjEE warning: hash collision: _ZN7openvdb5v10_14math9isUnitaryINS1_4Mat3IdEEEEbRKT_ _ZTVN3tbb6detail2d19start_forIN7openvdb5v10_14tree11LeafManagerINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINS9_INS5_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEE9LeafRangeENS4_5tools17LevelSetAdvectionINS4_4GridISF_EENSI_13DiscreteFieldINSK_INS7_INS8_INS9_INS9_INSA_INS4_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENSI_10BoxSamplerEEENS4_4util15NullInterrupterEE6AdvectINSN_10UnitaryMapELNSN_20BiasedGradientSchemeE4ELNSN_25TemporalIntegrationSchemeE0EEEKNS1_16auto_partitionerEEE warning: hash collision: _ZGVZN7openvdb5v10_15tools16LevelSetMorphingINS0_4GridINS0_4tree4TreeINS4_8RootNodeINS4_12InternalNodeINS7_INS4_8LeafNodeIfLj3EEELj4EEELj5EEEEEEEEENS0_4util15NullInterrupterEE5MorphINS0_4math14TranslationMapELNSJ_20BiasedGradientSchemeE4ELNSJ_25TemporalIntegrationSchemeE1EE11sampleSpeedEffjE3CFL _ZNKSt8_Rb_treeIN7openvdb5v10_14math5CoordESt4pairIKS3_NS1_4tree8RootNodeINS6_12InternalNodeINS8_INS6_8LeafNodeIdLj3EEELj4EEELj5EEEE10NodeStructEESt10_Select1stISF_ESt4lessIS3_ESaISF_EE4findERS5_ warning: hash collision: _ZN3tbb6detail2d19start_forIN7openvdb5v10_14tree11LeafManagerINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINS9_INS5_8LeafNodeIfLj3EEELj4EEELj5EEEEEEEE9LeafRangeENS4_5tools12MultiResGridISF_E6CookOpINSK_10RestrictOpEEEKNS1_16auto_partitionerEE7executeERNS1_14execution_dataE _ZTSN3tbb6detail2d112start_reduceIN7openvdb5v10_14tree11LeafManagerINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINS9_INS5_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEE9LeafRangeENS4_5tools16LevelSetMorphingINS4_4GridISF_EENS4_4util15NullInterrupterEE5MorphINS4_4math15UniformScaleMapELNSQ_20BiasedGradientSchemeE0ELNSQ_25TemporalIntegrationSchemeE0EEEKNS1_16auto_partitionerEEE warning: hash collision: _ZN3tbb6detail2d19start_forIN7openvdb5v10_14tree13IteratorRangeINS5_21TreeValueIteratorBaseINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINSA_INS5_8LeafNodeIfLj3EEELj4EEELj5EEEEEEENSF_9ValueIterISF_St17_Rb_tree_iteratorISt4pairIKNS4_4math5CoordENSF_10NodeStructEEENSF_11ValueOnPredEfEEEEEENS4_5tools8valxform17CopyableOpApplierISS_ZNSU_6gridop12GridOperatorINS4_4GridISG_EENSZ_INS8_INS9_INSA_INSA_INSB_INS4_9ValueMaskELj3EEELj4EEELj5EEEEEEEEES10_NSK_10UnitaryMapENSK_9LaplacianIS18_LNSK_8DDSchemeE0EEENS4_4util15NullInterrupterEE7processEbEUlRKSS_E_EEKNS1_16auto_partitionerEED1Ev _ZN7openvdb5v10_15tools6gridop12GridOperatorINS0_4GridINS0_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeINS0_4math4Vec3IdEELj3EEELj4EEELj5EEEEEEEEENS4_INS6_INS7_INS8_INS8_INS9_IbLj3EEELj4EEELj5EEEEEEEEESI_NSA_15UniformScaleMapENSA_4CurlISP_LNSA_7DSchemeE1EEENS0_4util15NullInterrupterEE7processEb warning: hash collision: _ZN3tbb6detail2d19start_forINS1_13blocked_rangeIjEEZN7openvdb5v10_15tools10morphology10MorphologyINS6_4tree4TreeINSA_8RootNodeINSA_12InternalNodeINSD_INSA_8LeafNodeINS6_9ValueMaskELj3EEELj4EEELj5EEEEEEEE11erodeVoxelsEjNS7_16NearestNeighborsEbEUlRKS4_E_KNS1_16auto_partitionerEED0Ev _ZN7openvdb5v10_15tools17LevelSetAdvectionINS0_4GridINS0_4tree4TreeINS4_8RootNodeINS4_12InternalNodeINS7_INS4_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEEENS1_13DiscreteFieldINS3_INS5_INS6_INS7_INS7_INS8_INS0_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENS1_10BoxSamplerEEENS0_4util15NullInterrupterEE6AdvectINSG_14TranslationMapELNSG_20BiasedGradientSchemeE1ELNSG_25TemporalIntegrationSchemeE2EE5eulerILi1ELi3EEEvRKNS4_11LeafManagerISD_E9LeafRangeEdjj warning: hash collision: _ZTIN3tbb6detail2d19start_forINS1_13blocked_rangeIjEEN7openvdb5v10_14tree12InternalNodeINS8_INS7_8LeafNodeIbLj3EEELj4EEELj5EE13TopologyUnionINS8_INS8_INS9_IxLj3EEELj4EEELj5EEEEEKNS1_16auto_partitionerEEE _ZTVN7openvdb5v10_15tools6gridop12GridOperatorINS0_4GridINS0_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeIxLj3EEELj4EEELj5EEEEEEEEENS4_INS6_INS7_INS8_INS8_INS9_INS0_9ValueMaskELj3EEELj4EEELj5EEEEEEEEESF_NS0_4math24UniformScaleTranslateMapENSN_9LaplacianISO_LNSN_8DDSchemeE0EEENS0_4util15NullInterrupterEEE warning: hash collision: _ZN3tbb6detail2d112start_reduceIN7openvdb5v10_14tree8NodeListIKNS5_12InternalNodeINS7_INS5_8LeafNodeIjLj3EEELj4EEELj5EEEE9NodeRangeENSD_11NodeReducerINS5_14ReduceFilterOpINS4_5tools14count_internal18ActiveVoxelCountOpINS5_4TreeINS5_8RootNodeISB_EEEEEEEENSD_11OpWithIndexEEEKNS1_16auto_partitionerEED1Ev _ZN7openvdb5v10_15tools6gridop12GridOperatorINS0_4GridINS0_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEEENS4_INS6_INS7_INS8_INS8_INS9_INS0_9ValueMaskELj3EEELj4EEELj5EEEEEEEEESF_NS0_4math8ScaleMapENSN_13MeanCurvatureISO_LNSN_8DDSchemeE0ELNSN_7DSchemeE1EEENS0_4util15NullInterrupterEED0Ev warning: hash collision: _ZN3tbb6detail2d19start_forIN7openvdb5v10_14tree11LeafManagerINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINS9_INS5_8LeafNodeINS4_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEE9LeafRangeENS4_5tools6gridop12GridOperatorINS4_4GridINS7_INS8_INS9_INS9_INSA_IfLj3EEELj4EEELj5EEEEEEEEENSO_INS7_INS8_INS9_INS9_INSA_IbLj3EEELj4EEELj5EEEEEEEEENSO_ISI_EENSB_17ScaleTranslateMapENSL_3CptISU_S10_NS4_4util15NullInterrupterEE5WsOpTES15_EEKNS1_16auto_partitionerEED2Ev _ZN3tbb6detail2d19start_forIN7openvdb5v10_14tree11LeafManagerINS5_4TreeINS5_8RootNodeINS5_12InternalNodeINS9_INS5_8LeafNodeINS4_4math4Vec3IiEELj3EEELj4EEELj5EEEEEEEE9LeafRangeENSJ_15LeafTransformerIZNS4_5tools20computePotentialFlowINS4_4GridISI_EEEENT_3PtrERKNSM_18VectorToScalarGridISQ_E4TypeERKSQ_NSQ_9ValueTypeEEUlRSE_jE_EEKNS1_16auto_partitionerEE7executeERNS1_14execution_dataE warning: hash collision: _ZN7openvdb5v10_14GridINS0_4tree4TreeINS2_8RootNodeINS2_12InternalNodeINS5_INS2_8LeafNodeIfLj3EEELj4EEELj5EEEEEEEEC2ESt10shared_ptrISB_ERKNS0_7MetaMapESD_INS0_4math9TransformEE _ZTSSt5_BindIFMN7openvdb5v10_15tools17LevelSetAdvectionINS1_4GridINS1_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEEENS2_13DiscreteFieldINS4_INS6_INS7_INS8_INS8_INS9_INS1_4math4Vec3IfEELj3EEELj4EEELj5EEEEEEEEENS2_10BoxSamplerEEENS1_4util15NullInterrupterEE6AdvectINSH_10UnitaryMapELNSH_20BiasedGradientSchemeE2ELNSH_25TemporalIntegrationSchemeE0EEEFvRKNS5_11LeafManagerISE_E9LeafRangeEddESt12_PlaceholderILi1EES17_ILi2EEddEE warning: hash collision: _ZN3tbb6detail2d119partition_type_baseINS1_19auto_partition_typeEE7executeINS1_9start_forINS1_13blocked_rangeIyEEZN7openvdb5v10_14tree8NodeListINSB_8LeafNodeINSA_9ValueMaskELj3EEEE16initNodeChildrenINSC_INSB_12InternalNodeISF_Lj4EEEEENSB_15ForeachFilterOpINSA_5tools17activate_internal10ActivateOpINSB_4TreeINSB_8RootNodeINSI_ISJ_Lj5EEEEEEELb0EEEEEEEbRT_RKT0_bEUlRS8_E_KNS1_16auto_partitionerEEES8_EEvSX_RSY_RNS1_14execution_dataE _ZTISt24_Weak_result_type_memfunIMN7openvdb5v10_15tools15LevelSetTrackerINS1_4GridINS1_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeIdLj3EEELj4EEELj5EEEEEEEEENS1_4util15NullInterrupterEE10NormalizerILNS1_4math20BiasedGradientSchemeE1ELNSK_25TemporalIntegrationSchemeE1ENS6_INS7_INS8_INS8_INS9_INS1_9ValueMaskELj3EEELj4EEELj5EEEEEEEEEFvRKNS5_11LeafManagerISE_E9LeafRangeEELb1EE warning: hash collision: _ZN7openvdb5v10_14tree14ReduceFilterOpINS0_5tools14count_internal22ActiveVoxelCountBBoxOpINS1_4TreeINS1_8RootNodeINS1_12InternalNodeINS8_INS1_8LeafNodeIbLj3EEELj4EEELj5EEEEEEEEEED2Ev _ZTIN7openvdb5v10_15tools6gridop12GridOperatorINS0_4GridINS0_4tree4TreeINS5_8RootNodeINS5_12InternalNodeINS8_INS5_8LeafNodeIxLj3EEELj4EEELj5EEEEEEEEENS4_INS6_INS7_INS8_INS8_INS9_IbLj3EEELj4EEELj5EEEEEEEEESF_NS0_4math10UnitaryMapENSM_13MeanCurvatureISN_LNSM_8DDSchemeE0ELNSM_7DSchemeE1EEENS0_4util15NullInterrupterEEE Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.piUyo0 find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,python3,rpmlib,shebang,shell,static,symlinks,systemd-services) Provides: libopenvdb.so.10.1 = set: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 Requires: libImath-3_1.so.29 >= set:jiJB7, libblosc.so.1 >= set:ifoZ5Zo2vLZgN8p, libboost_iostreams.so.1.86.0 >= set:liZdd2pilH3vdzsnge72, libc.so.6(GLIBC_2.0), libc.so.6(GLIBC_2.1.3), libc.so.6(GLIBC_2.3.4), libc.so.6(GLIBC_2.32), libc.so.6(GLIBC_2.33), libc.so.6(GLIBC_2.38), libc.so.6(GLIBC_2.4), libgcc_s.so.1(GCC_3.0), libgcc_s.so.1(GLIBC_2.0), liblog4cplus-2.0.so.3 >= set:oj5dpZcsUoO4qDwD89PxLqVD7obRnZCzPzQ5fEdKHzzhnHeNgud, libm.so.6(GLIBC_2.0), libm.so.6(GLIBC_2.1), libm.so.6(GLIBC_2.29), libstdc++.so.6(CXXABI_1.3), libstdc++.so.6(CXXABI_1.3.11), libstdc++.so.6(CXXABI_1.3.15), libstdc++.so.6(CXXABI_1.3.5), libstdc++.so.6(CXXABI_1.3.8), libstdc++.so.6(CXXABI_1.3.9), libstdc++.so.6(GLIBCXX_3.4), libstdc++.so.6(GLIBCXX_3.4.11), libstdc++.so.6(GLIBCXX_3.4.14), libstdc++.so.6(GLIBCXX_3.4.15), libstdc++.so.6(GLIBCXX_3.4.18), libstdc++.so.6(GLIBCXX_3.4.19), libstdc++.so.6(GLIBCXX_3.4.20), libstdc++.so.6(GLIBCXX_3.4.21), libstdc++.so.6(GLIBCXX_3.4.22), libstdc++.so.6(GLIBCXX_3.4.26), libstdc++.so.6(GLIBCXX_3.4.29), libstdc++.so.6(GLIBCXX_3.4.32), libstdc++.so.6(GLIBCXX_3.4.9), libtbb.so.12 >= set:kf8VQtQ8jgtI4ZphF4fBdQ0ptm983GjAZCbvyf31ZzOK4V92ZDOUH4atnwt48, libz.so.1 >= set:khAE0DjFJSaF3, libz.so.1(ZLIB_1.2.0), rtld(GNU_HASH), rtld(GNU_UNIQUE) Requires(rpmlib): rpmlib(SetVersions) Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.wCIEcn Creating libopenvdb10.1-debuginfo package Processing files: openvdb-devel-10.1.0-alt3.1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.Bk3kiz find-provides: running scripts (alternatives,debuginfo,lib,pam,perl,pkgconfig,python,python3,shell) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.GXjCJv find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,python3,rpmlib,shebang,shell,static,symlinks,systemd-services) In file included from /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/Exceptions.h:7, from /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/Grid.h:7: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/version.h:48:10: fatal error: cstddef: No such file or directory 48 | #include // size_t | ^~~~~~~~~ compilation terminated. cpp.req: /usr/src/tmp/openvdb-buildroot/usr/include/openvdb/Grid.h: cpp failed, trying c++ mode /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/CudaDeviceBuffer.h:21:10: fatal error: cuda_runtime_api.h: No such file or directory 21 | #include // for cudaMalloc/cudaMallocManaged/cudaFree | ^~~~~~~~~~~~~~~~~~~~ compilation terminated. cpp.req: WARNING: /usr/src/tmp/openvdb-buildroot/usr/include/nanovdb/util/CudaDeviceBuffer.h: cpp failed Requires: libopenvdb10.1 = 10.1.0-alt3.1, /usr/lib/libopenvdb.so.10.1, boost-devel-headers, imath-devel, tbb-devel Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.NRgxjm Processing files: python3-module-openvdb-10.1.0-alt3.1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.6biDk7 find-provides: running scripts (alternatives,debuginfo,lib,pam,perl,pkgconfig,python,python3,shell) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.aRPoWd find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,python3,rpmlib,shebang,shell,static,symlinks,systemd-services) py3prov: detected potential module:pyopenvdb.cpython-312.so py3prov: detected potential module:pyopenvdb.cpython-312.so Provides: python3(pyopenvdb) Requires: libopenvdb10.1 = 10.1.0-alt3.1, /usr/lib/python3/site-packages, ld-linux.so.2 >= set:jiL26, ld-linux.so.2(GLIBC_2.3), libImath-3_1.so.29 >= set:jiJB7, libc.so.6(GLIBC_2.0), libc.so.6(GLIBC_2.1.3), libc.so.6(GLIBC_2.3.4), libc.so.6(GLIBC_2.32), libc.so.6(GLIBC_2.34), libc.so.6(GLIBC_2.4), libgcc_s.so.1(GCC_3.0), libgcc_s.so.1(GCC_3.3.1), liblog4cplus-2.0.so.3 >= set:ok5dp60rVZ0eDkvfMS2jO7Fbugrtn7d6tppxx1Jc, libm.so.6(GLIBC_2.0), libm.so.6(GLIBC_2.1), libm.so.6(GLIBC_2.29), libopenvdb.so.10.1 >= set:tm9h6uN6i3DiEc5JZpeBkwmVAaZD72stLrizMpWacdfPRCbCjmmb6G0QuxQA4ur40Z0D0cnE85cKG6ZqoSSMyZ1gSV4m6r4XBEkKFz6B4siNBvzS7MtwyGdgkPZcdHq5pwABzohUjiZfglUKi6R1mj72BijbsP2xUDsOLr7qoPhdrVqs9JmE5d3hUXN9mbgwCntBZmySxqT2EgAixaC2Ze0h97wHpcskzg9CP5qYncIVJZhoxMAal0kxhtdhJzXfwzuKmZKUFF8kSoziEHSFbdWGKC0mx1F3r5AWep0lceqDyZtWZc9HisKvZ7Z2cdnZGndTZiQB8YQwKQle09YgVOReEIegUmNk, libstdc++.so.6(CXXABI_1.3), libstdc++.so.6(CXXABI_1.3.11), libstdc++.so.6(CXXABI_1.3.13), libstdc++.so.6(CXXABI_1.3.15), libstdc++.so.6(CXXABI_1.3.2), libstdc++.so.6(CXXABI_1.3.3), libstdc++.so.6(CXXABI_1.3.5), libstdc++.so.6(CXXABI_1.3.8), libstdc++.so.6(CXXABI_1.3.9), libstdc++.so.6(GLIBCXX_3.4), libstdc++.so.6(GLIBCXX_3.4.11), libstdc++.so.6(GLIBCXX_3.4.18), libstdc++.so.6(GLIBCXX_3.4.20), libstdc++.so.6(GLIBCXX_3.4.21), libstdc++.so.6(GLIBCXX_3.4.26), libstdc++.so.6(GLIBCXX_3.4.29), libstdc++.so.6(GLIBCXX_3.4.32), libstdc++.so.6(GLIBCXX_3.4.9), libtbb.so.12 >= set:kgYY1l2jB5HPk2OwW9OZ6ba8wsr5OSl2BK3, python3.12-ABI, rtld(GNU_HASH) Requires(rpmlib): rpmlib(SetVersions) Finding debuginfo files (using /usr/lib/rpm/find-debuginfo-files) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.BkTLYV Processing files: openvdb-doc-10.1.0-alt3.1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.g8YifC find-provides: running scripts (alternatives,debuginfo,lib,pam,perl,pkgconfig,python,python3,shell) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.lYCfS0 find-requires: running scripts (cpp,debuginfo,files,lib,pam,perl,pkgconfig,pkgconfiglib,python,python3,rpmlib,shebang,shell,static,symlinks,systemd-services) Requires: openvdb-devel = 10.1.0-alt3.1 Processing files: openvdb-debuginfo-10.1.0-alt3.1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.lketOA find-provides: running scripts (debuginfo) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.eDi9oP find-requires: running scripts (debuginfo) Requires: openvdb = 10.1.0-alt3.1, /usr/lib/debug/lib/ld-linux.so.2.debug, debug(libImath-3_1.so.29), debug(libblosc.so.1), debug(libc.so.6), debug(libgcc_s.so.1), debug(libjemalloc.so.2), debug(liblog4cplus-2.0.so.3), debug(libm.so.6), debug(libopenvdb.so.10.1), debug(libstdc++.so.6), debug(libtbb.so.12), debug(libz.so.1) Processing files: libopenvdb10.1-debuginfo-10.1.0-alt3.1 Finding Provides (using /usr/lib/rpm/find-provides) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.Z8weX3 find-provides: running scripts (debuginfo) Finding Requires (using /usr/lib/rpm/find-requires) Executing: /bin/sh -e /usr/src/tmp/rpm-tmp.ppzzNH find-requires: running scripts (debuginfo) Provides: debug(libopenvdb.so.10.1) Requires: libopenvdb10.1 = 10.1.0-alt3.1, debug(libImath-3_1.so.29), debug(libblosc.so.1), debug(libboost_iostreams.so.1.86.0), debug(libc.so.6), debug(libgcc_s.so.1), debug(liblog4cplus-2.0.so.3), debug(libm.so.6), debug(libstdc++.so.6), debug(libtbb.so.12), debug(libz.so.1) Adding to openvdb-debuginfo a strict dependency on openvdb Adding to openvdb-devel a strict dependency on libopenvdb10.1 Adding to python3-module-openvdb a strict dependency on libopenvdb10.1 Adding to libopenvdb10.1-debuginfo a strict dependency on libopenvdb10.1 Adding to openvdb-doc a strict dependency on openvdb-devel Adding to openvdb a strict dependency on libopenvdb10.1 Adding to openvdb-debuginfo a strict dependency on libopenvdb10.1-debuginfo Removing from openvdb-debuginfo 46 sources provided by libopenvdb10.1-debuginfo also prunning dir /usr/src/debug/openvdb-10.1.0/openvdb/openvdb/io also prunning dir /usr/src/debug/openvdb-10.1.0/openvdb/openvdb/math also prunning dir /usr/src/debug/openvdb-10.1.0/openvdb/openvdb/points also prunning dir /usr/src/debug/openvdb-10.1.0/openvdb/openvdb/tools also prunning dir /usr/src/debug/openvdb-10.1.0/openvdb/openvdb/tree also prunning dir /usr/src/debug/openvdb-10.1.0/openvdb/openvdb/util Removing 1 extra deps from openvdb due to dependency on libopenvdb10.1 Removing 1 extra deps from openvdb-devel due to dependency on libopenvdb10.1 Removing 1 extra deps from python3-module-openvdb due to dependency on libopenvdb10.1 Removing 1 extra deps from openvdb-debuginfo due to dependency on libopenvdb10.1-debuginfo Removing 31 extra deps from openvdb due to repentancy on libopenvdb10.1 Removing 28 extra deps from python3-module-openvdb due to repentancy on libopenvdb10.1 Removing 9 extra deps from openvdb-debuginfo due to repentancy on libopenvdb10.1-debuginfo Wrote: /usr/src/RPM/RPMS/i586/openvdb-10.1.0-alt3.1.i586.rpm (w2.lzdio) Wrote: /usr/src/RPM/RPMS/i586/libopenvdb10.1-10.1.0-alt3.1.i586.rpm (w2T8.xzdio) Wrote: /usr/src/RPM/RPMS/i586/openvdb-devel-10.1.0-alt3.1.i586.rpm (w2.lzdio) Wrote: /usr/src/RPM/RPMS/i586/python3-module-openvdb-10.1.0-alt3.1.i586.rpm (w2.lzdio) Wrote: /usr/src/RPM/RPMS/noarch/openvdb-doc-10.1.0-alt3.1.noarch.rpm (w2T8.xzdio) Wrote: /usr/src/RPM/RPMS/i586/openvdb-debuginfo-10.1.0-alt3.1.i586.rpm (w2T8.xzdio) Wrote: /usr/src/RPM/RPMS/i586/libopenvdb10.1-debuginfo-10.1.0-alt3.1.i586.rpm (w2T8.xzdio) 3742.47user 118.37system 16:42.24elapsed 385%CPU (0avgtext+0avgdata 3588044maxresident)k 3496inputs+0outputs (53major+33479414minor)pagefaults 0swaps 7.87user 2.67system 17:22.00elapsed 1%CPU (0avgtext+0avgdata 131112maxresident)k 115152inputs+0outputs (0major+324128minor)pagefaults 0swaps --- libopenvdb10.1-10.1.0-alt3.1.i586.rpm.repo 2024-10-26 14:56:21.000000000 +0000 +++ libopenvdb10.1-10.1.0-alt3.1.i586.rpm.hasher 2024-12-21 07:34:03.128990764 +0000 @@ -26,2 +26,3 @@ Requires: libstdc++.so.6(CXXABI_1.3.11) +Requires: libstdc++.so.6(CXXABI_1.3.15) Requires: libstdc++.so.6(CXXABI_1.3.5) @@ -48,6 +49,6 @@ Requires: rpmlib(PayloadIsLzma) -Provides: libopenvdb.so.10.1 = set: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 +Provides: libopenvdb.so.10.1 = set: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 Provides: libopenvdb10.1 = 10.1.0-alt3.1:sisyphus+360888.100.1.1 File: /usr/lib/libopenvdb.so.10.1 120777 root:root libopenvdb.so.10.1.0 -File: /usr/lib/libopenvdb.so.10.1.0 100644 root:root d18d2b8b62fe14f4c12a1fc19f55521d +File: /usr/lib/libopenvdb.so.10.1.0 100644 root:root 4296a9a45b856949f3a1fccbfbff6d42 File: /usr/share/doc/libopenvdb10.1-10.1.0 40755 root:root @@ -57,2 +58,2 @@ File: /usr/share/doc/libopenvdb10.1-10.1.0/README.md 100644 root:root de8ddb8dc70007cc405fa843c0340ba2 -RPMIdentity: 37066a780cd1708333ab1efd06a05b55b910d59aec1942c5812c22fc2ceed3046814993a7d43852f2d658e006a05b2b91c38a3adc5572c880c2c8d172cdb666f +RPMIdentity: cc7e46b31a8cfe8e771ad36e1559ceaf492240458c3d80a43202973db72b904210732a591b207d62c9843e1fd23db51b7476e438e7082b82b8c19c225094b322 --- libopenvdb10.1-debuginfo-10.1.0-alt3.1.i586.rpm.repo 2024-10-26 14:56:21.000000000 +0000 +++ libopenvdb10.1-debuginfo-10.1.0-alt3.1.i586.rpm.hasher 2024-12-21 07:34:03.212991129 +0000 @@ -1,4 +1,4 @@ -/usr/lib/debug/.build-id/00 40755 root:root -/usr/lib/debug/.build-id/00/e6ef2488d12eeac4788b8eb9a65ac6f87e3c77 120777 root:root ../../../libopenvdb.so.10.1.0 -/usr/lib/debug/.build-id/00/e6ef2488d12eeac4788b8eb9a65ac6f87e3c77.debug 120777 root:root ../../usr/lib/libopenvdb.so.10.1.0.debug +/usr/lib/debug/.build-id/f7 40755 root:root +/usr/lib/debug/.build-id/f7/4ddceaa3c69f8ba4044599a632abbb8fa3b529 120777 root:root ../../../libopenvdb.so.10.1.0 +/usr/lib/debug/.build-id/f7/4ddceaa3c69f8ba4044599a632abbb8fa3b529.debug 120777 root:root ../../usr/lib/libopenvdb.so.10.1.0.debug /usr/lib/debug/usr/lib/libopenvdb.so.10.1.0.debug 100644 root:root @@ -216,6 +216,6 @@ Provides: libopenvdb10.1-debuginfo = 10.1.0-alt3.1:sisyphus+360888.100.1.1 -File: /usr/lib/debug/.build-id/00 40755 root:root -File: /usr/lib/debug/.build-id/00/e6ef2488d12eeac4788b8eb9a65ac6f87e3c77 120777 root:root ../../../libopenvdb.so.10.1.0 -File: /usr/lib/debug/.build-id/00/e6ef2488d12eeac4788b8eb9a65ac6f87e3c77.debug 120777 root:root ../../usr/lib/libopenvdb.so.10.1.0.debug -File: /usr/lib/debug/usr/lib/libopenvdb.so.10.1.0.debug 100644 root:root 9991a2818dc33296d21943f50bc56d66 +File: /usr/lib/debug/.build-id/f7 40755 root:root +File: /usr/lib/debug/.build-id/f7/4ddceaa3c69f8ba4044599a632abbb8fa3b529 120777 root:root ../../../libopenvdb.so.10.1.0 +File: /usr/lib/debug/.build-id/f7/4ddceaa3c69f8ba4044599a632abbb8fa3b529.debug 120777 root:root ../../usr/lib/libopenvdb.so.10.1.0.debug +File: /usr/lib/debug/usr/lib/libopenvdb.so.10.1.0.debug 100644 root:root 3c1c69130ec13e7b33fbbbacd5e1c44f File: /usr/lib/debug/usr/lib/libopenvdb.so.10.1.debug 120777 root:root libopenvdb.so.10.1.0.debug @@ -418,2 +418,2 @@ File: /usr/src/debug/openvdb-10.1.0/openvdb/openvdb/util/logging.h 100644 root:root 5d7e1a5dd9afeb0ac1f46bc928336689 -RPMIdentity: 81dde3c10950e6fa1b8c1995804d650d357f5b54fc5610214cc6dde0412b12340e02a94d04011c908bd4760d41a24258387ab0e7f03fac5b9d166dd30bac4021 +RPMIdentity: edb7301fb77f494c04b0abadbfd33c7591594af5094b55b80790f2a041a14b922bc614161983448b47f8168539518215f43f51ef972d05a44096d0759f0bb96d --- openvdb-10.1.0-alt3.1.i586.rpm.repo 2024-10-26 14:56:20.000000000 +0000 +++ openvdb-10.1.0-alt3.1.i586.rpm.hasher 2024-12-21 07:34:03.298991504 +0000 @@ -9,5 +9,5 @@ Provides: openvdb = 10.1.0-alt3.1:sisyphus+360888.100.1.1 -File: /usr/bin/nanovdb_print 100755 root:root fd925363bf7bf84006efe785fffd0056 -File: /usr/bin/nanovdb_validate 100755 root:root 65e110629b72d0238333b6912c785f5f -File: /usr/bin/vdb_print 100755 root:root 820327513e9230b3110f78ff4253e159 -RPMIdentity: 28f7277cb8fa4332a7ca3fdf3852537d979dff112685cf1da780c44c016f162d233fc4b01ce12141e605e6012b68ac190cc0425f6f714f6ad1a0a792847e24e7 +File: /usr/bin/nanovdb_print 100755 root:root 988985c84d462cc1b3bf20301e5af295 +File: /usr/bin/nanovdb_validate 100755 root:root fc87ecbc5a2388a6529c27fde8251765 +File: /usr/bin/vdb_print 100755 root:root 69de28164ce0b3726bd22e87ca71daeb +RPMIdentity: c9f5f84dedb095a30de3c261b4cab84e990534324d6da795c89a279dcc8a4c891bfd150ee676127272c4eb16aebac0ee0faa298261c706e62c331babd9d00cbc --- openvdb-debuginfo-10.1.0-alt3.1.i586.rpm.repo 2024-10-26 14:56:21.000000000 +0000 +++ openvdb-debuginfo-10.1.0-alt3.1.i586.rpm.hasher 2024-12-21 07:34:03.393991918 +0000 @@ -1,10 +1,10 @@ -/usr/lib/debug/.build-id/07 40755 root:root -/usr/lib/debug/.build-id/07/aa6c55ec75d3b102f2e714d33bc42939e8ab2e 120777 root:root ../../../../bin/nanovdb_validate -/usr/lib/debug/.build-id/07/aa6c55ec75d3b102f2e714d33bc42939e8ab2e.debug 120777 root:root ../../usr/bin/nanovdb_validate.debug -/usr/lib/debug/.build-id/7e 40755 root:root -/usr/lib/debug/.build-id/7e/3e3045de88b6ed3d8233fe52a37e48fe9166be 120777 root:root ../../../../bin/vdb_print -/usr/lib/debug/.build-id/7e/3e3045de88b6ed3d8233fe52a37e48fe9166be.debug 120777 root:root ../../usr/bin/vdb_print.debug -/usr/lib/debug/.build-id/c1 40755 root:root -/usr/lib/debug/.build-id/c1/9ad07c4bf3ffea4e0a27bf743e963a22185c58 120777 root:root ../../../../bin/nanovdb_print -/usr/lib/debug/.build-id/c1/9ad07c4bf3ffea4e0a27bf743e963a22185c58.debug 120777 root:root ../../usr/bin/nanovdb_print.debug +/usr/lib/debug/.build-id/84 40755 root:root +/usr/lib/debug/.build-id/84/f105fcb49d4338b9d26e2f2db25dca14eda4e2 120777 root:root ../../../../bin/nanovdb_print +/usr/lib/debug/.build-id/84/f105fcb49d4338b9d26e2f2db25dca14eda4e2.debug 120777 root:root ../../usr/bin/nanovdb_print.debug +/usr/lib/debug/.build-id/ac 40755 root:root +/usr/lib/debug/.build-id/ac/6e1ef6d87f957aa0f16a54073803ad0e50ce9d 120777 root:root ../../../../bin/nanovdb_validate +/usr/lib/debug/.build-id/ac/6e1ef6d87f957aa0f16a54073803ad0e50ce9d.debug 120777 root:root ../../usr/bin/nanovdb_validate.debug +/usr/lib/debug/.build-id/bd 40755 root:root +/usr/lib/debug/.build-id/bd/f28407099e52f9ebc31add94a88af93ab4d9cc 120777 root:root ../../../../bin/vdb_print +/usr/lib/debug/.build-id/bd/f28407099e52f9ebc31add94a88af93ab4d9cc.debug 120777 root:root ../../usr/bin/vdb_print.debug /usr/lib/debug/usr/bin/nanovdb_print.debug 100644 root:root @@ -48,14 +48,14 @@ Provides: openvdb-debuginfo = 10.1.0-alt3.1:sisyphus+360888.100.1.1 -File: /usr/lib/debug/.build-id/07 40755 root:root -File: /usr/lib/debug/.build-id/07/aa6c55ec75d3b102f2e714d33bc42939e8ab2e 120777 root:root ../../../../bin/nanovdb_validate -File: /usr/lib/debug/.build-id/07/aa6c55ec75d3b102f2e714d33bc42939e8ab2e.debug 120777 root:root ../../usr/bin/nanovdb_validate.debug -File: /usr/lib/debug/.build-id/7e 40755 root:root -File: /usr/lib/debug/.build-id/7e/3e3045de88b6ed3d8233fe52a37e48fe9166be 120777 root:root ../../../../bin/vdb_print -File: /usr/lib/debug/.build-id/7e/3e3045de88b6ed3d8233fe52a37e48fe9166be.debug 120777 root:root ../../usr/bin/vdb_print.debug -File: /usr/lib/debug/.build-id/c1 40755 root:root -File: /usr/lib/debug/.build-id/c1/9ad07c4bf3ffea4e0a27bf743e963a22185c58 120777 root:root ../../../../bin/nanovdb_print -File: /usr/lib/debug/.build-id/c1/9ad07c4bf3ffea4e0a27bf743e963a22185c58.debug 120777 root:root ../../usr/bin/nanovdb_print.debug -File: /usr/lib/debug/usr/bin/nanovdb_print.debug 100644 root:root 2403f4b0a8b7e0d1866ae9dbd2bd5ec8 -File: /usr/lib/debug/usr/bin/nanovdb_validate.debug 100644 root:root b01963791086b4f5d9361c3fc70344f9 -File: /usr/lib/debug/usr/bin/vdb_print.debug 100644 root:root 88018ad5bccfdc30a49c27ede72fa873 +File: /usr/lib/debug/.build-id/84 40755 root:root +File: /usr/lib/debug/.build-id/84/f105fcb49d4338b9d26e2f2db25dca14eda4e2 120777 root:root ../../../../bin/nanovdb_print +File: /usr/lib/debug/.build-id/84/f105fcb49d4338b9d26e2f2db25dca14eda4e2.debug 120777 root:root ../../usr/bin/nanovdb_print.debug +File: /usr/lib/debug/.build-id/ac 40755 root:root +File: /usr/lib/debug/.build-id/ac/6e1ef6d87f957aa0f16a54073803ad0e50ce9d 120777 root:root ../../../../bin/nanovdb_validate +File: /usr/lib/debug/.build-id/ac/6e1ef6d87f957aa0f16a54073803ad0e50ce9d.debug 120777 root:root ../../usr/bin/nanovdb_validate.debug +File: /usr/lib/debug/.build-id/bd 40755 root:root +File: /usr/lib/debug/.build-id/bd/f28407099e52f9ebc31add94a88af93ab4d9cc 120777 root:root ../../../../bin/vdb_print +File: /usr/lib/debug/.build-id/bd/f28407099e52f9ebc31add94a88af93ab4d9cc.debug 120777 root:root ../../usr/bin/vdb_print.debug +File: /usr/lib/debug/usr/bin/nanovdb_print.debug 100644 root:root fa19e7c54123f0cc3f5ed9140ab423ae +File: /usr/lib/debug/usr/bin/nanovdb_validate.debug 100644 root:root 36c0fb5638a8a9545e857be55ca66d38 +File: /usr/lib/debug/usr/bin/vdb_print.debug 100644 root:root 2c3bf390ef7df6d400d793a6aaffbad3 File: /usr/src/debug/openvdb-10.1.0 40755 root:root @@ -90,2 +90,2 @@ File: /usr/src/debug/openvdb-10.1.0/openvdb_cmd/vdb_print/main.cc 100644 root:root deb511b43fc1d42a38e86c2334cea70f -RPMIdentity: 19d7e774d3e8f1590dfb19de1525fe76f89165d07005bfe2bbd3f86e51741e62f7083f6ed9f2000ca572ee5b232cd892a23335340f9018af8b5b9e2e0ef0d522 +RPMIdentity: 0bcf0be22acfa423869e3ed04d7515bbf8ec653564299a546834f68e425f0372ebd7287b6d8d50ee8142efbb66769fc46b490b3b8d2a31c731a0f64c7b3efd7f --- python3-module-openvdb-10.1.0-alt3.1.i586.rpm.repo 2024-10-26 14:56:22.000000000 +0000 +++ python3-module-openvdb-10.1.0-alt3.1.i586.rpm.hasher 2024-12-21 07:34:03.835993843 +0000 @@ -15,3 +15,3 @@ Provides: python3-module-openvdb = 10.1.0-alt3.1:sisyphus+360888.100.1.1 -File: /usr/lib/python3/site-packages/pyopenvdb.cpython-312.so 100644 root:root 407b7f252f891fe6aaebfb7949545910 -RPMIdentity: b2dac0fcc2b2268efa8c0777bd69d5ad0107644cdfd13e920653272acaac2a0d2b62c50d4c04b9ebcaf26c21ff579dbebbc111aad6bf22126e98a58e5fdfcc0f +File: /usr/lib/python3/site-packages/pyopenvdb.cpython-312.so 100644 root:root fe9fc8e902561fe5015cb047d844864e +RPMIdentity: 7794d4c457bb756b3746007336b632bd2baaecea138170d1661ada0a605dbfe373d5ff35b94d9ed4bcfe798085f824fb071386384cb88494f60205759f77e3e8