libIlmImfUtil-2_2-23-32bit-2.2.1-150000.3.43.1<>,RЉe:wp9|0?l`<=)~*>=%=-w=_J?DĊ3vq7xxaO *3e 2^v&(f7VIedna]VkhRYAGc0O9+AS5ynud?5J\sOfutQxH\gPSPEýcwBFp5* _fA"?"d# 1 f$(48Qr     F dlvT(=8D9:>PBXGhHpIxX|YZ[\]^b c d!>e!Cf!Fl!Hu!\v!dw!x"y""H"L"R"ClibIlmImfUtil-2_2-23-32bit2.2.1150000.3.43.1Library to simplify development of OpenEXR utilitiesOpenEXR is a high dynamic-range (HDR) image file format developed by Industrial Light & Magic for use in computer imaging applications. This package contains shared library libIlmImfUtile:wh01-ch3a9SUSE Linux Enterprise 15SUSE LLC BSD-3-Clausehttps://www.suse.com/Development/Libraries/C and C++http://www.openexr.com/linuxx86_64/sbin/ldconfig9ܡe:we:wc7b9da487523986a1a697a9ae45d9ead389efcca14a6010757aeb69d1467b8a7libIlmImfUtil-2_2.so.23.0.0rootrootrootrootopenexr-2.2.1-150000.3.43.1.src.rpmlibIlmImfUtil-2_2-23-32bitlibIlmImfUtil-2_2-23-32bit(x86-32)libIlmImfUtil-2_2.so.23@@@@@@@@@@@@@@@    /bin/shlibIex-2_2.so.23libIlmImf-2_2.so.23libc.so.6libc.so.6(GLIBC_2.0)libc.so.6(GLIBC_2.1.3)libc.so.6(GLIBC_2.4)libgcc_s.so.1libgcc_s.so.1(GCC_3.0)libstdc++.so.6libstdc++.so.6(CXXABI_1.3)libstdc++.so.6(CXXABI_1.3.8)libstdc++.so.6(CXXABI_1.3.9)libstdc++.so.6(GLIBCXX_3.4)libstdc++.so.6(GLIBCXX_3.4.21)libstdc++.so.6(GLIBCXX_3.4.9)rpmlib(CompressedFileNames)rpmlib(FileDigests)rpmlib(PayloadFilesHavePrefix)rpmlib(PayloadIsXz)3.0.4-14.6.0-14.0-15.2-14.14.1aՈ@aaba /``Ȗ@``n@`dd@_^z^1]@]@],j]@[[@Z\Yf@T pgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.compgajdos@suse.comavindra@opensuse.orgtchvatal@suse.commlin@suse.com- security update - added patches fix CVE-2021-45942 [bsc#1194333], heap-based buffer overflow in Imf_3_1:LineCompositeTask:execute + openexr-CVE-2021-45942.patch- security update - added patches fix CVE-2021-3941 [bsc#1192556], Divide-by-zero in Imf_3_1:RGBtoXYZ + openexr-CVE-2021-3941.patch- security update - added patches fix CVE-2021-3933 [bsc#1192498], Integer-overflow in Imf_3_1:bytesPerDeepLineTable + openexr-CVE-2021-3933.patch- security update - modified patches % openexr-CVE-2021-3476.patch (refreshed) - added patches fix CVE-2021-20298 [bsc#1188460], Out-of-memory in B44Compressor + openexr-CVE-2021-20298.patch fix CVE-2021-20299 [bsc#1188459], Null-dereference READ in Imf_2_5:Header:operator + openexr-CVE-2021-20299.patch fix CVE-2021-20300 [bsc#1188458], Integer-overflow in Imf_2_5:hufUncompress + openexr-CVE-2021-20300.patch fix CVE-2021-20302 [bsc#1188462], Floating-point-exception in Imf_2_5:precalculateTileInfot + openexr-CVE-2021-20302.patch fix CVE-2021-20303 [bsc#1188457], Heap-buffer-overflow in Imf_2_5::copyIntoFrameBuffer + openexr-CVE-2021-20303.patch fix CVE-2021-20304 [bsc#1188461], Undefined-shift in Imf_2_5:hufDecode + openexr-CVE-2021-20304.patch- security update - added patches fix CVE-2021-3605 [bsc#1187395], Heap buffer overflow in the rleUncompress function + openexr-CVE-2021-3605.patch- security update - added patches fix CVE-2021-3598 [bsc#1187310], Heap buffer overflow in Imf_3_1:CharPtrIO:readChars + openexr-CVE-2021-3598.patch- security update - added patches fix CVE-2021-23215 [bsc#1185216], Integer-overflow in Imf_2_5:DwaCompressor:initializeBuffers fix CVE-2021-26260 [bsc#1185217], Integer-overflow in Imf_2_5:DwaCompressor:initializeBuffers + openexr-CVE-2021-23215,26260.patch- security update - modified patches % openexr-CVE-2021-3474.patch (splitted into openexr-CVE-2021-20296.patch) - added patches fix CVE-2021-20296 [bsc#1184355], Segv on unknown address in Imf_2_5:hufUncompress - Null Pointer dereference + openexr-CVE-2021-20296.patch fix CVE-2021-3477 [bsc#1184353], Heap-buffer-overflow in Imf_2_5::DeepTiledInputFile::readPixelSampleCounts + openexr-CVE-2021-3477.patch fix CVE-2021-3479 [bsc#1184354], Out-of-memory caused by allocation of a very large buffer + openexr-CVE-2021-3479.patch- security update - added patches fix CVE-2021-3474 [bsc#1184174], Undefined-shift in Imf_2_5::FastHufDecoder::FastHufDecoder + openexr-CVE-2021-3474.patch fix CVE-2021-3475 [bsc#1184173], Integer-overflow in Imf_2_5::calculateNumTiles + openexr-CVE-2021-3475.patch fix CVE-2021-3476 [bsc#1184172], Undefined-shift in Imf_2_5::unpack14 + openexr-CVE-2021-3476.patch- security update - added patches fix CVE-2020-16587, CVE-2020-16588, CVE-2020-16589 [bsc#1179879], multiple memory safety issues + openexr-CVE-2020-16587.patch + openexr-CVE-2020-16588.patch + openexr-CVE-2020-16589.patch- security update - added patches fix CVE-2020-15304 [bsc#1173466], NULL pointer dereference in TiledInputFile:TiledInputFile() + openexr-CVE-2020-15304.patch fix CVE-2020-15305 [bsc#1173467], use-after-free in DeepScanLineInputFile:DeepScanLineInputFile() + openexr-CVE-2020-15305.patch fix CVE-2020-15306 [bsc#1173469], invalid chunkCount attributes could cause a heap buffer overflow in getChunkOffsetTableSize() + openexr-CVE-2020-15306.patch- security update - added patches fix CVE-2020-11762 [bsc#1169549], out-of-bounds read and write in DwaCompressor:uncompress in ImfDwaCompressor.cpp when handling the UNKNOWN compression case fix CVE-2020-11758 [bsc#1169573], out-of-bounds read in ImfOptimizedPixelReading.h. fix CVE-2020-11764 [bsc#1169574], out-of-bounds write in copyIntoFrameBuffer in ImfMisc.cpp fix CVE-2020-11765 [bsc#1169575], off-by-one error in use of the ImfXdr.h read function by DwaCompressor:Classifier:Classifier fix CVE-2020-11763 [bsc#1169576], out-of-bounds read and write, as demonstrated by ImfTileOffsets.cpp fix CVE-2020-11761 [bsc#1169578], out-of-bounds read during Huffman uncompression, as demonstrated by FastHufDecoder:refill in ImfFastHuf.cpp fix CVE-2020-11760 [bsc#1169580], out-of-bounds read during RLE uncompression in rleUncompress in ImfRle.cpp + openexr-CVE-2020-11762,11758,11764,11765,11763,11761,11760.patch- testsuite only for x86_64 [bsc#1146648]- on behalf of Martin Pluskal: - Enable tests on architectures with enough memory - boo#1146648 * disable imffuzztest as it takes to much resources- security update - added patches CVE-2017-14988 [bsc#1061305] + openexr-CVE-2017-14988.patch- security update - added patches CVE-2017-9111 [bsc#1040109], CVE-2017-9113 [bsc#1040113], CVE-2017-9115 [bsc#1040115] + openexr-CVE-2017-9111,9113,9115.patch- security update * CVE-2018-18444 [bsc#1113455] + openexr-CVE-2018-18444.patch- asan_build: build ASAN included - debug_build: build more suitable for debugging- Update to 2.2.1 * Fix reported OpenEXR security vulnerabilities: CVE-2017-9110, CVE-2017-9111, CVE-2017-9112, CVE-2017-9113, CVE-2017-9114, CVE-2017-9115 and CVE-2017-9116 - pgajdos@suse.com: but really seem to fix only: CVE-2017-9110 [bsc#1040107], CVE-2017-9114 [bsc#1040114], CVE-2017-9116 [bsc#1040116], CVE-2017-12596 [bsc#1052522]; for the rest of issues see [bsc#1040109], [bsc#1040112], [bsc#1040113], [bsc#1040114], [bsc#1040115], and [bsc#1061305]- Cleanup a bit with spec-cleaner- Update to 2.2.0 * DreamWorks Lossy Compression A new high quality, high performance lossy compression codec contributed by DreamWorks Animation. This codec allows control over variable lossiness to balance visual quality and file size. This contribution also includes performance improvements that speed up the PIZ codec. * IlmImfUtil A new library intended to aid in development of image file manipulation utilities that support the many types of OpenEXR images. * This release also includes improvements to cross-platform build support using CMake. - Bumped the soname, and now we have libIlmImf and libIlmImfUtil - Removed openexr-2.1.0-headers.patch - Updated openexr.keyring from the savannah project page./bin/shOpenEXR-32bit2.2.1-150000.3.43.12.2.1-150000.3.43.12.2.1libIlmImfUtil-2_2.so.23libIlmImfUtil-2_2.so.23.0.0/usr/lib/-fomit-frame-pointer -fmessage-length=0 -grecord-gcc-switches -O2 -Wall -D_FORTIFY_SOURCE=2 -fstack-protector-strong -funwind-tables -fasynchronous-unwind-tables -fstack-clash-protection -gobs://build.suse.de/SUSE:Maintenance:30992/SUSE_SLE-15_Update/5bce6b7560455f7657307def60ae8eeb-openexr.SUSE_SLE-15_Updatedrpmxz5x86_64-suse-linuxELF 32-bit LSB shared object, Intel 80386, version 1 (SYSV), dynamically linked, BuildID[sha1]=2bf6403e69ad6a1da4c92de168f8f8d26cda4f03, strippedPRRRRR RR R RR RRR RRutf-8464c1a02798ea49c03096cd391c28bba12cc5e40d7bf439a21269c6748c51654?7zXZ !t/B<+]"k% ַve^_UK`DfAc ;Am<3t V%U4| C?a)#7BKZĖV'u(6Cn_(٢/ߣ4Vz.:;[ > SI/"3ml3fK/75J9.нx˷>U@~_$zIW}İ̵nW6ysB^ G8PݼB*,k·8t\P>}WOFo8Uow*H/{b_$^2xItfa" T%ǯz03b( Bb5o PGNFrd1s}φ Gm<Ĺ_!2۷1x(9ЉuI%?{gP2ĈqIbtAC}>xR:αSU<0QǓ! ˁE6a E9U @PTIuZW5C2D W6j6Ci}B` B &G|= %>y*" W:gu4Epf撡̮$3W޲kOHZڞPD2޹C%0yi4٠-a ^]-0}"/nnGdt\jOfrF]ۖf @TU<tm vvIbW4u\FFS$if&na\X尓3KY3*n~7r9u1pbB? cP"ݽv] ;lľU;tR6hC1}d!o}TюڑI*Z2¨C|խ1&E 6!j}'$JƦNMǰՊ_}r U%rnaw_t? ٓkT@au( ڦ$.3gn9POȮ<BPxLhGRX9=z)Ѭ~L#RHG?rrcIy?XN.Ȱ᳉k>%j% Z!l ;&F^CVlNgQv.ev: OʛX`re ,Y1aɭ ^J jqJ%]pF#wxb /[:%r@k2vDB{0!Ha@z \ou0xPxT_m8ѝ{1K38?D8z++Bb`SZ9U1Fxw;tcA4T|w|b'Wc4+kLR⊽k†xN@u/45m= }mD´jSxNxrkQ{G.TC%*ۋkTql+zW 4x/VoU 5Dlc9(ڀc`6&k.=Rm!wtR}c a'#<1Vcd>XJx;P/9`?$fgu&b$ӶP%5w…c/J4 =_ Q e+Q =Og8027.H#>gCՍQ}c";"/'\?>]E# [z|1ކl1"OUL1߅'+f3oSn:[n!oo5آU"|B Ȱ6"uCJijfRdAނ)A—ni[v-D\vquk?xpy_`fҵU]@ "L6.<_1)}3 # jyv>w/|Ѭ]K>B )uhx뼪ڤ^9$=LOv$_51OR* dX/Awb# 6%W3MZsJBwxn vH6m`*8vK{;&4bp/Vś_O#HN;x˝_n/.ЙƟES]lu ~2I|tG⊓ oR׬;ԍP%[ӆ)}xP1ǃSg%{y_L$85%h3s7xJsXHp&rC;,v1'\\p4@!FK91~:);m2ׯliFʉSW装J B.h Y )Mc!w7Xkzd-q(qZ4β7+D=e_5#VLv$<5A{Q +ne(-*@$$*";3Plj21BJZmWIB<7AֶuZl0e1&YCv$L`>_.-exX 5A [z"7{9J{qGrsW4 q AmIT&%;W(g5f!N]{<64yK YBeq[xٚԹe'O-GJ4)4ULvR1WWɶ_#x4ލ HЋjb7.n($ Hj?wrS>X|2}_rDCl;')GͯjhB]b:@IAϽ򙒑Ss.T &TdI0ǀwrxEhb9؈2/![F# dcDq:훿atXNnT<$`E_N]:VMj^xttQL`$94Gԯr5%ُIO[[eGΰY(  }͑?+mUiU6 WNFӒ(}+nkE C6&sHC{ :nɁfͼСrͧAV5V"|J;)^(5d ͕$)32H%T!~9Jb"!GFf~W Q{!mo~22xv)_LgC/yaOzr&Q|~@UDz)pc: 5;"lp,ڰWXwP92O.U'ca@Xۨz~qUQͪi SQPLxʅ|xxOc^b1'jAG%,QB_h}in[Sc|K#PN=Ib;P逳1vB K>Y v:Zp;6ƄԜ,oF7|ωKAhQ_`6o aS]X0KϺ k+0xI*}QUnǺRKh(ѻ/ɟoMӓuBd+nd,O]0B// GiSDюzoi*Y= lCK ]I9q(ڒ}Rl%;^yѰy;\ ,S~ bћ4z'陫G J$@qR.9S%5 Mմ"ޫT#%,߫T~W!:P?Д?۝$qS% 4Ie,tn8j@sz*&Jށ 1tڰf9m:@*C O(:E[A2jF:S?S#oĜk{)aj7ǵT= 9(|FUP:2T%N[?xBYqiJ[0 'h[b+T7i c>18 6:< N]24'O 믘(^X*ap026? 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