Package: bonnie Version: 1.6-0 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 38 Depends: libc6 (>= 2.4) Suggests: bc Filename: amd64/bonnie_1.6-0_amd64.deb Size: 13948 MD5sum: 056aa61b52ca629de2e1d52be7d01d9d SHA1: a328303562513e3ae71645540252f55e1e92a410 SHA256: 1f27e36970b7ff6f3b73286e7afac86cd37ba8c4ebf2069c83fc2c84f466c455 Section: SystemUtilities Priority: optional Description: Bonnie is a popular performance benchmark that targets various aspects of Unix file systems. . Authors: -------- Tim Bray Kurt Garloff Package: ddrescue Version: 1.99-0.3.0-0.17.3 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 299 Depends: libc6 (>= 2.25) Filename: amd64/ddrescue_1.99-0.3.0-0.17.3_amd64.deb Size: 118028 MD5sum: 0e54f912d43d5d05dce2900db0b86d1f SHA1: 23656df4d12e3262be9b232b88cdef69ff6e0962 SHA256: 3035acc47f847fa061b595bbe0d0dea2022a985fde00f110aa9ea99bbe15789a 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: 1.99-0.3.0-0.17.3 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 239 Depends: libc6 (>= 2.25), libssl1.1 (>= 1.1.0) Recommends: ddrescue (= 1.99-0.3.0-0.17.3) Filename: amd64/ddrescue-crypt_1.99-0.3.0-0.17.3_amd64.deb Size: 75464 MD5sum: 1c3c60094633bd2ca435b76512ff01fa SHA1: 0e3c79c5a106431ae293f3ef57ae03bb004f3a08 SHA256: ea2d99bd34047bd0002812b3d896836ad94f1081cf747bc5a176fec1d7d18299 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: 1.99-0.3.0-0.17.3 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 35 Depends: libc6 (>= 2.14), liblzma5 (>= 5.1.1alpha+20120614) Recommends: ddrescue (= 1.99-0.3.0-0.17.3) Filename: amd64/ddrescue-lzma_1.99-0.3.0-0.17.3_amd64.deb Size: 16020 MD5sum: fe5d9e7217c0117f845bc0df334fb584 SHA1: 27bc8f88d857678e3e8e7eda0b56c84506ad3e2f SHA256: 7997077eb6228052d53f1b84a56151a873f0467bc7486115f627b0935f5508c6 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: 1.99-0.3.0-0.17.3 Architecture: amd64 Maintainer: Kurt Garloff Installed-Size: 63 Depends: libc6 (>= 2.14), liblzo2-2 Recommends: ddrescue (= 1.99-0.3.0-0.17.3) Filename: amd64/ddrescue-lzo_1.99-0.3.0-0.17.3_amd64.deb Size: 26096 MD5sum: 9275bbb40620a6baad0554c5b6a17a84 SHA1: 81ad2c910fa93b4b49db7a5a270eb1daba22d0ae SHA256: b0c7ecc4654031119631e0f65381a45f11316b40a9596e7af6720384fcdc8dd5 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: 4248 MD5sum: db7c81ae8008a6fd1eecab50d9f07844 SHA1: 2cb601d57217ce365e505589a99af69dc8eb0fa1 SHA256: c4615e8e30ea4b809a4c9bde3ffb993f89b4614e431bb10ccc4686627da295b0 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: 27 Depends: libc6 (>= 2.4) Filename: amd64/libfallocate0_0.1.1-2_amd64.deb Size: 7392 MD5sum: b2b156faed25f8e4779041af12a8e6b0 SHA1: 9b96857eb2e6d23c2008b8825d4ece33f3e79b50 SHA256: 5b66b44372992c8b211731bd35526e77340b6833894c6d9bb45096eacefb350e 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).