Package: ddrescue Version: 1.99-0.3.0-0.20.16 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 285 Depends: libc6 (>= 2.34) Filename: amd64/ddrescue_1.99-0.3.0-0.20.16_amd64.deb Size: 126852 MD5sum: 3b1df797b021df5c5b261dd7fd1dd781 SHA1: 984034f0a0276590dc78c85622212a7fe74ffee7 SHA256: 94abf229d316cbeccbcad544fcc6f3f28f5c220691f155a8b0a7e785d1ed4239 Section: SystemUtilities Priority: optional Description: dd_rescue is a data recovery and protection tool. When your disk has crashed and you try to copy it over to another one, standard Unix tools like cp, cat, and dd will abort on every I/O error, dd_rescue does not. It optimizes copying by using large blocks as long as no errors occur and falls back to smaller blocks. It supports reverse direction copying (to approach a bad spot from the top), sparse copying, preallocating space, splice zerocopy, and bypassing the kernel pagecache with O_DIRECT. dd_rescue provides safe deletion of data by overwriting files (or better partitions/disks) multiple times with fast random numbers. With the ddr_hash plugin, it supports calculating a hash value (such as a sha256sum) or an HMAC during copying. Package: ddrescue-crypt Source: ddrescue Version: 1.99-0.3.0-0.20.16 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 212 Depends: libc6 (>= 2.25), libssl3 (>= 3.0.0~~alpha1) Recommends: ddrescue (= 1.99-0.3.0-0.20.16) Filename: amd64/ddrescue-crypt_1.99-0.3.0-0.20.16_amd64.deb Size: 81832 MD5sum: f3f15d34cf549cb27b75a32a0bdbd23e SHA1: 9b5c1c0d8e36bb824b2bfcd4cc7b20b13872b7c0 SHA256: 8c56eda1f21b9f59f3031a6de528ed4e406910a7edade93d402a7c266e66c024 Section: SystemUtilities Priority: optional Description: The ddr_crypt plugin enables dd_rescue to de/encrypt data on the fly while it's copied with dd_rescue. ddr_crypt uses the AES family of algorithms for this purpose. AES is considered safe by most cryptographers. It's fairly efficient to implement and some modern CPUs have hardware support for it. The x86 AES support is used by the plugin, ARMv8 is planned for the future. There are various numbers of bits and enhance number of rounds supported as well as various ways to handle and generate keys. Package: ddrescue-lzma Source: ddrescue Version: 1.99-0.3.0-0.20.16 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 40 Depends: libc6 (>= 2.4), liblzma5 (>= 5.1.1alpha+20120614) Recommends: ddrescue (= 1.99-0.3.0-0.20.16) Filename: amd64/ddrescue-lzma_1.99-0.3.0-0.20.16_amd64.deb Size: 19350 MD5sum: 87e27a2d58bf873e1ec1ba99c15c0b69 SHA1: e539ecd0e3d76d1e569a88f9a1b74eeed253d449 SHA256: 0eff4e40256ce6c7a9e6e68b49bacbd201ef737a68446b9eead730768e57c441 Section: SystemUtilities Priority: optional Description: The ddr_lzma plugin enables dd_rescue to de/compress data on the fly while it's copied with dd_rescue. ddr_lzma uses the lzma algorithm which is used by xz. LZMA is slow on compression, but achieved very high compression ratios. Decompression is fast. The plugin is new and may not work well with corrupt or malicious data. Package: ddrescue-lzo Source: ddrescue Version: 1.99-0.3.0-0.20.16 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 64 Depends: libc6 (>= 2.33), liblzo2-2 (>= 2.02) Recommends: ddrescue (= 1.99-0.3.0-0.20.16) Filename: amd64/ddrescue-lzo_1.99-0.3.0-0.20.16_amd64.deb Size: 29796 MD5sum: 461add53c82d60647316454a79d81dbc SHA1: adec464e5eebde02d8eba89a23bda7158eda5112 SHA256: c68dd6915a8dddad330e6d5160dd3fc0200d03d85cffb402e5b8f7d681b44e92 Section: SystemUtilities Priority: optional Description: The ddr_lzo plugin enables dd_rescue to de/compress data on the fly while it's copied with dd_rescue. ddr_lzo uses the lzo family of algorithms for this purpose. LZO is remarkably fast for decompression and still very fast when compressing at moderate compression levels. On the flipside, it does not compress as well as zlib. With the lzo1x family, ddr_lzo is compatible with lzop. The plugin has a number of features to support data recovery in case .lzo files have been corrupted. Package: libfallocate-dev Source: libfallocate Version: 0.1.1-2 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 21 Recommends: libfallocate0 (= 0.1.1-2) Filename: amd64/libfallocate-dev_0.1.1-2_amd64.deb Size: 4202 MD5sum: 7b702c622bcdcd17f06d1e87294c6ea9 SHA1: 8fbec3f8115f318ba78f5616529f93853468cb09 SHA256: c0a3cb2d9d887ec79fc97b9bd7dfa7dbc3c4aade7ce6f70a940d6d38d7ad599f Section: SystemLibraries Priority: optional Description: libfallocate provides an interface for applications to tell filesystems about the size of to-be-written files, so the filesystem can do a better job in taking allocation decisions to avoid fragmentation. This package contains the header files needed for development as well as the static library. Package: libfallocate0 Source: libfallocate Version: 0.1.1-2 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 32 Depends: libc6 (>= 2.33) Filename: amd64/libfallocate0_0.1.1-2_amd64.deb Size: 7354 MD5sum: 23ea3f462d6f00d8caadb099f749cc8d SHA1: 113936f5e49cacba0743241de156ae756642d7a1 SHA256: fc3baf0d276509e8b217f046083c1b0193687c0fa8cb24a9570394b92dbb374f Section: SystemLibraries Priority: optional Description: libfallocate provides an interface for applications to tell filesystems about the size of to-be-written files, so the filesystem can do a better job in taking allocation decisions to avoid fragmentation. libfallocate provides a wrapper for the fallocate() syscall in case your glibc (<2.10) does not have it yet. It also provides linux_fallocate() which will attempt the space reservation ioctl that xfs and ocfs2 provide in case fallocate() did not succeed. It has an additional richer interface fallocate_with_fallback() that allows you to instruct it to fallback to do preallocation by zeroing things out (like posix_fallocate()) or to extend the file size by a sparse write (like a successful fallocate() with mode==0 would have done). Package: libs3-4 Source: libs3 Version: 4.1-5 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 184 Depends: libc6 (>= 2.34), libcurl4 (>= 7.16.2), libssl3 (>= 3.0.0~~alpha1), libxml2 (>= 2.7.4) Filename: amd64/libs3-4_4.1-5_amd64.deb Size: 63898 MD5sum: f59f6f53875e4b29d4c994b96e801676 SHA1: cd96cabd7872bc9b5b170ccbee1ecbaa864a2557 SHA256: a444b0f19d505e7636ad9f7b5106b30ec5057178568fa9103bfcc69ccf298a58 Section: SystemUtilities Priority: extra Homepage: http://sourceforge.net/projects/reallibs3 Description: This package includes the libs3 shared object library, needed to run applications compiled against libs3, and additionally contains the s3 utility for accessing Amazon S3. Package: libs3-dev Source: libs3 Version: 4.1-5 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 279 Recommends: libs3-4 (= 4.1-5) Filename: amd64/libs3-dev_4.1-5_amd64.deb Size: 60434 MD5sum: 4261f67d075f34b9163f6e5b9e4730bd SHA1: e23fa280570145d7abd4bf926eedc2d948b43a00 SHA256: 0d4fa6549733b9916bdcd2175926bcb81f2d9f43c5382d9732d0341dc20481b8 Section: SystemUtilities Priority: extra Homepage: http://sourceforge.net/projects/reallibs3 Description: This library provides an API for using Amazon's S3 service (see http://s3.amazonaws.com). Its design goals are: - To provide a simple and straightforward API for accessing all of S3's functionality - To not require the developer using libs3 to need to know anything about: - HTTP - XML - SSL In other words, this API is meant to stand on its own, without requiring any implicit knowledge of how S3 services are accessed using HTTP protocols. - To be usable from multithreaded code - To be usable by code which wants to process multiple S3 requests simultaneously from a single thread - To be usable in the simple, straightforward way using sequentialized blocking requests Package: otc-tools Version: 0.8.34-3+6.1 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 326 Depends: jq Recommends: libs3-4 Filename: amd64/otc-tools_0.8.34-3+6.1_amd64.deb Size: 74856 MD5sum: a75ffd4aa0d05f27b8ef76fde54a9f4c SHA1: 38c1a017067de6b2aa205d77d9617e16f3ef0fdf SHA256: 6880cb5c84ae904e2925a8800f1ef1548fe123258b48bbf21b548ec84c388a77 Section: SystemUtilities Priority: optional Description: This is a shell script that uses curl and jq to talk to the Open Telekom Cloud APIs (OpenStack and OTC specific APIs). It's a nice demonstrator to see how the API works and allows for simple automation and testing. For production use, we recommend the native python-openstackclient, amended with -otcextensions. Authors: Zsolt Nagy and Kurt Garloff