Result for 3C44F0716DE661C614A31F255E03B887C0F8EE05

Query result

Key Value
FileName./usr/share/doc/dwarves/changes-v1.20
FileSize2439
MD5C73AA50D1EC71405776B2323776B1E40
SHA-13C44F0716DE661C614A31F255E03B887C0F8EE05
SHA-256D12D62217A1B2655161CF2767B7824085A8BDD5B7B5509E6FF84E369AF12FC69
SSDEEP48:6RxGxO8k+j801Nfc4J9sNhS/6g/6m/TgWnbeNWj7CG:6RsO8k+na4J9s6/p/b/TnCNWqG
TLSHT1D34140520AE0733750434174374EA890AB68E33BAB50D1FCBC2E835A2F1153DA6770EA
hashlookup:parent-total4
hashlookup:trust70

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Parents (Total: 4)

The searched file hash is included in 4 parent files which include package known and seen by metalookup. A sample is included below:

Key Value
MD56114E1C88956B67CD65E66495331E5C2
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.
PackageMaintainerFedora Project
PackageNamedwarves
PackageRelease1.fc34
PackageVersion1.20
SHA-141A5E861F38BCB054673D773DB819E6F252ED1FB
SHA-256B59B0B28E90A62F210D90A250838B974F5D00232E15B181A9A32FBCB1BE95B2A
Key Value
MD562F7AAB5D70E035FDDC7905F2BD76DE5
PackageArcharmv7hl
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.
PackageMaintainerFedora Project
PackageNamedwarves
PackageRelease1.fc34
PackageVersion1.20
SHA-18866F7847C712FDF35EB1DD00339425A34EA61F7
SHA-2567E887E54ACE04DE807247480BF88DEC6467758EA6990B4F91D929A53081BEA4C
Key Value
MD55EE1755CC11104E0680FCDE3E7C6E076
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.
PackageMaintainerFedora Project
PackageNamedwarves
PackageRelease1.fc34
PackageVersion1.20
SHA-17A9DC9691E565C3849E5C81CCAD843C4798DA881
SHA-256B0197033E1C372FEAAC82962EF3DCA332443465A58F4ECB85C5699123F699A9A
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