Result for 23AA09EF2AC9CD125266D970D4290EDB9ECF6876

Query result

Key Value
FileName./usr/bin/ostra-cg
FileSize11961
MD570B5155B4BCECC0B35607DA1444F78B8
SHA-123AA09EF2AC9CD125266D970D4290EDB9ECF6876
SHA-256BBD561D65818D934B2CDE1CB3F04E90FBDBD8B78CA0E667211AAA5186A26F7CC
SSDEEP192:9VH2dd9cLLcZdXyfM/NX+NyUCbUnYnr/jEl5SMKGybQ4mkwNyk:9Z2ddzdXbv0fKGyE4mz/
TLSHT18632B61CF2EAC2202247E66C5448104FB27CD262DA751294DDFC9AE5A6C8F4F70EFD69
hashlookup:parent-total19
hashlookup:trust100

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Parents (Total: 19)

The searched file hash is included in 19 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD588F42EBB318169379E32A4BF0401C835
PackageArchx86_64
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc. One example of pfunct usage is in the fullcircle tool, a shell that drivers pfunct to generate compileable code out of a .o file and then build it using gcc, with the same compiler flags, and then use codiff to make sure the original .o file and the new one generated from debug info produces the same debug info. Pahole also can be used to use all this type information to pretty print raw data according to command line directions. Headers can have its data format described from debugging info and offsets from it can be used to further format a number of records. The btfdiff utility compares the output of pahole from BTF and DWARF to make sure they produce the same results.
PackageMaintainerCBS <cbs@centos.org>
PackageNamedwarves
PackageRelease1.1.hs.el8
PackageVersion1.21
SHA-10254EC4DEBA2635F8C0FC23CB26B40EC15004797
SHA-2568D221A21B185D921F465D76C8317F510972C09725E6ADD3BDDDD822E80B7F0AF
Key Value
MD5C2E413FC75D69BD323AB7C310FD6C8F3
PackageArchaarch64
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc. One example of pfunct usage is in the fullcircle tool, a shell that drivers pfunct to generate compileable code out of a .o file and then build it using gcc, with the same compiler flags, and then use codiff to make sure the original .o file and the new one generated from debug info produces the same debug info. Pahole also can be used to use all this type information to pretty print raw data according to command line directions. Headers can have its data format described from debugging info and offsets from it can be used to further format a number of records. The btfdiff utility compares the output of pahole from BTF and DWARF to make sure they produce the same results.
PackageMaintainerCentOS Buildsys <bugs@centos.org>
PackageNamedwarves
PackageRelease1.el8
PackageVersion1.19
SHA-12225FDFC94EE7EA1243FFA437F95F981AE7645A1
SHA-256F151306D08718662118206C0A679ADCC130BA93EC21B4ACB6F574141CC9402FD
Key Value
MD5C658E9895CDB6C4B62E6251339C634AA
PackageArchx86_64
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc. One example of pfunct usage is in the fullcircle tool, a shell that drivers pfunct to generate compileable code out of a .o file and then build it using gcc, with the same compiler flags, and then use codiff to make sure the original .o file and the new one generated from debug info produces the same debug info. Pahole also can be used to use all this type information to pretty print raw data according to command line directions. Headers can have its data format described from debugging info and offsets from it can be used to further format a number of records. The btfdiff utility compares the output of pahole from BTF and DWARF to make sure they produce the same results.
PackageMaintainerCBS <cbs@centos.org>
PackageNamedwarves
PackageRelease1.hs.el8
PackageVersion1.20
SHA-136DF335F32AD701432B1E57C8720BDFBDEC984AF
SHA-25611F20989908AF5847749E85571B2A7E2A2D2B171DB31A244C80EED0177B43E10
Key Value
MD580CB2599D6C0593F4351DCCB0ECB6C0E
PackageArchx86_64
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc. One example of pfunct usage is in the fullcircle tool, a shell that drivers pfunct to generate compileable code out of a .o file and then build it using gcc, with the same compiler flags, and then use codiff to make sure the original .o file and the new one generated from debug info produces the same debug info. Pahole also can be used to use all this type information to pretty print raw data according to command line directions. Headers can have its data format described from debugging info and offsets from it can be used to further format a number of records. The btfdiff utility compares the output of pahole from BTF and DWARF to make sure they produce the same results.
PackageMaintainerCentOS Buildsys <bugs@centos.org>
PackageNamedwarves
PackageRelease1.el8
PackageVersion1.22
SHA-13E42733D05292D73084689C98FDDF98FF372D54B
SHA-256DC2B4E0EF5D2B29757DF3A7913F87BF998E2EFBE2C4DD6E863A0D1CCF9DE6B3C
Key Value
MD5962E3AF6B79710DEC1C12D3549CF423E
PackageArchppc64le
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc. One example of pfunct usage is in the fullcircle tool, a shell that drivers pfunct to generate compileable code out of a .o file and then build it using gcc, with the same compiler flags, and then use codiff to make sure the original .o file and the new one generated from debug info produces the same debug info. Pahole also can be used to use all this type information to pretty print raw data according to command line directions. Headers can have its data format described from debugging info and offsets from it can be used to further format a number of records. The btfdiff utility compares the output of pahole from BTF and DWARF to make sure they produce the same results.
PackageMaintainerCentOS Buildsys <bugs@centos.org>
PackageNamedwarves
PackageRelease1.el8
PackageVersion1.22
SHA-147CB41ED87C996EEF94EC0A705C05E56CEFDD99C
SHA-256A427BFFCCD31CFC8915B163E2B436A2FDADF3D4A7D07ADD37E0A4EED64145D64
Key Value
MD53B6366647C48E14F359D24163975F44F
PackageArchppc64le
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc. One example of pfunct usage is in the fullcircle tool, a shell that drivers pfunct to generate compileable code out of a .o file and then build it using gcc, with the same compiler flags, and then use codiff to make sure the original .o file and the new one generated from debug info produces the same debug info. Pahole also can be used to use all this type information to pretty print raw data according to command line directions. Headers can have its data format described from debugging info and offsets from it can be used to further format a number of records. The btfdiff utility compares the output of pahole from BTF and DWARF to make sure they produce the same results.
PackageMaintainerCentOS Buildsys <bugs@centos.org>
PackageNamedwarves
PackageRelease0.el8
PackageVersion1.21
SHA-1578C28D86EBF76DFA8F4824A273B19CD462B95A1
SHA-25687A6B1B758052985ED938EA41F4FF06EBA30151AB95CCE44C6A4E48FD918E0DB
Key Value
MD5E18F237FD83982397530B935F15C7D03
PackageArchx86_64
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc. One example of pfunct usage is in the fullcircle tool, a shell that drivers pfunct to generate compileable code out of a .o file and then build it using gcc, with the same compiler flags, and then use codiff to make sure the original .o file and the new one generated from debug info produces the same debug info. Pahole also can be used to use all this type information to pretty print raw data according to command line directions. Headers can have its data format described from debugging info and offsets from it can be used to further format a number of records. The btfdiff utility compares the output of pahole from BTF and DWARF to make sure they produce the same results.
PackageMaintainerAlmaLinux Packaging Team <packager@almalinux.org>
PackageNamedwarves
PackageRelease0.el8
PackageVersion1.21
SHA-157FA8397B07606ABC6D290974C9BEDBBC375CCF9
SHA-25618371059A862A19975B046EF6B7B77267EB8539851772829EBBC2E23D04DDEDD
Key Value
MD5F8177115D52A6EACCD99AAE56322940A
PackageArchs390x
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc.
PackageMaintainerFedora Project
PackageNamedwarves
PackageRelease4.el8
PackageVersion1.15
SHA-15BAD27D894B874F3E9F89B8EDF72384426CA9B75
SHA-2561FA94E67031BDEA02D7C8B6486F29CB7858468C33C255B293ED205BD31CD0B60
Key Value
MD596E49E9E1CBFF1F68131008FB0ED2DAA
PackageArchx86_64
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc. One example of pfunct usage is in the fullcircle tool, a shell that drivers pfunct to generate compileable code out of a .o file and then build it using gcc, with the same compiler flags, and then use codiff to make sure the original .o file and the new one generated from debug info produces the same debug info. Pahole also can be used to use all this type information to pretty print raw data according to command line directions. Headers can have its data format described from debugging info and offsets from it can be used to further format a number of records. The btfdiff utility compares the output of pahole from BTF and DWARF to make sure they produce the same results.
PackageMaintainerAlmaLinux Packaging Team <packager@almalinux.org>
PackageNamedwarves
PackageRelease1.el8
PackageVersion1.19
SHA-17CB728A2D5539C00F2633B785C772353837EFAD0
SHA-256B6B16948FB323BBCC788A1E0A5345A08F08346096715DAE743CE704BC8228673
Key Value
MD5520DC50FAED0A2CA825A5C608199034D
PackageArchx86_64
PackageDescriptiondwarves is a set of tools that use the debugging information inserted in ELF binaries by compilers such as GCC, used by well known debuggers such as GDB, and more recent ones such as systemtap. Utilities in the dwarves suite include pahole, that can be used to find alignment holes in structs and classes in languages such as C, C++, but not limited to these. It also extracts other information such as CPU cacheline alignment, helping pack those structures to achieve more cache hits. These tools can also be used to encode and read the BTF type information format used with the Linux kernel bpf syscall, using 'pahole -J' and 'pahole -F btf'. A diff like tool, codiff can be used to compare the effects changes in source code generate on the resulting binaries. Another tool is pfunct, that can be used to find all sorts of information about functions, inlines, decisions made by the compiler about inlining, etc. One example of pfunct usage is in the fullcircle tool, a shell that drivers pfunct to generate compileable code out of a .o file and then build it using gcc, with the same compiler flags, and then use codiff to make sure the original .o file and the new one generated from debug info produces the same debug info. Pahole also can be used to use all this type information to pretty print raw data according to command line directions. Headers can have its data format described from debugging info and offsets from it can be used to further format a number of records. The btfdiff utility compares the output of pahole from BTF and DWARF to make sure they produce the same results.
PackageMaintainerCentOS Buildsys <bugs@centos.org>
PackageNamedwarves
PackageRelease1.el8
PackageVersion1.19
SHA-185A735787EA544AC58D00395FD4A1F78A3C5CDB4
SHA-2564AB91913F94B85FD97A2ACDFF1959C102E53801531554D300E0798193DDF8A57