PNG  IHDR* pHYs+ IDATx]n#; cdLb Ǚ[at¤_:uP}>!Usă cag޿ ֵNu`ݼTâabO7uL&y^wFٝA"l[|ŲHLN밪4*sG3|Dv}?+y߉{OuOAt4Jj.u]Gz*҉sP'VQKbA1u\`& Af;HWj hsO;ogTu uj7S3/QzUr&wS`M$X_L7r2;aE+ώ%vikDA:dR+%KzƉo>eOth$z%: :{WwaQ:wz%4foɹE[9<]#ERINƻv溂E%P1i01 |Jvҗ&{b?9g=^wζXn/lK::90KwrюO\!ջ3uzuGv^;騢wq<Iatv09:tt~hEG`v;3@MNZD.1]L:{ծI3`L(÷ba")Y.iljCɄae#I"1 `3*Bdz>j<fU40⨬%O$3cGt]j%Fߠ_twJ;ABU8vP3uEԑwQ V:h%))LfraqX-ۿX]v-\9I gl8tzX ]ecm)-cgʒ#Uw=Wlێn(0hPP/ӨtQ“&J35 $=]r1{tLuǮ*i0_;NƝ8;-vݏr8+U-kruȕYr0RnC]*ެ(M:]gE;{]tg(#ZJ9y>utRDRMdr9㪩̞zֹb<ģ&wzJM"iI( .ꮅX)Qw:9,i좜\Ԛi7&N0:asϓc];=ΗOӣ APqz93 y $)A*kVHZwBƺnWNaby>XMN*45~ղM6Nvm;A=jֲ.~1}(9`KJ/V F9[=`~[;sRuk]rєT!)iQO)Y$V ی ۤmzWz5IM Zb )ˆC`6 rRa}qNmUfDsWuˤV{ Pݝ'=Kֳbg,UҘVz2ﴻnjNgBb{? ߮tcsͻQuxVCIY۠:(V뺕 ٥2;t`@Fo{Z9`;]wMzU~%UA蛚dI vGq\r82iu +St`cR.6U/M9IENDB`Cryptsetup 2.3.1 Release Notes ============================== Stable bug-fix release. All users of cryptsetup 2.x should upgrade to this version. Changes since version 2.3.0 ~~~~~~~~~~~~~~~~~~~~~~~~~~~ * Support VeraCrypt 128 bytes passwords. VeraCrypt now allows passwords of maximal length 128 bytes (compared to legacy TrueCrypt where it was limited by 64 bytes). * Strip extra newline from BitLocker recovery keys There might be a trailing newline added by the text editor when the recovery passphrase was passed using the --key-file option. * Detect separate libiconv library. It should fix compilation issues on distributions with iconv implemented in a separate library. * Various fixes and workarounds to build on old Linux distributions. * Split lines with hexadecimal digest printing for large key-sizes. * Do not wipe the device with no integrity profile. With --integrity none we performed useless full device wipe. * Workaround for dm-integrity kernel table bug. Some kernels show an invalid dm-integrity mapping table if superblock contains the "recalculate" bit. This causes integritysetup to not recognize the dm-integrity device. Integritysetup now specifies kernel options such a way that even on unpatched kernels mapping table is correct. * Print error message if LUKS1 keyslot cannot be processed. If the crypto backend is missing support for hash algorithms used in PBKDF2, the error message was not visible. * Properly align LUKS2 keyslots area on conversion. If the LUKS1 payload offset (data offset) is not aligned to 4 KiB boundary, new LUKS2 keyslots area in now aligned properly. * Validate LUKS2 earlier on conversion to not corrupt the device if binary keyslots areas metadata are not correct.