bucket_A7/patchelf

   1 # Buildsheet autogenerated by ravenadm tool -- Do not edit.
   2
   3 NAMEBASE=               patchelf
   4 VERSION=                0.18.0
   5 KEYWORDS=               sysutils
   6 VARIANTS=               standard
   7 SDESC[standard]=        ELF Utility to modify dynamic linker and RPATH
   8 HOMEPAGE=               https://github.com/NixOS/patchelf
   9 CONTACT=                nobody
  10
  11 DOWNLOAD_GROUPS=        main
  12 SITES[main]=            GITHUB/NixOS:patchelf:0.18.0
  13 DISTFILE[1]=            generated:main
  14 DF_INDEX=               1
  15 SPKGS[standard]=        complete
  16                         primary
  17                         man
  18                         docs
  19
  20 OPTIONS_AVAILABLE=      none
  21 OPTIONS_STANDARD=       none
  22
  23 USES=                   autoreconf c++:primary cpe gmake
  24
  25 LICENSE=                GPLv3+:primary
  26 LICENSE_TERMS=          primary:{{WRKDIR}}/TERMS
  27 LICENSE_FILE=           GPLv3+:{{WRKSRC}}/COPYING
  28 LICENSE_AWK=            TERMS:"^$$"
  29 LICENSE_SOURCE=         TERMS:{{WRKSRC}}/src/patchelf.cc
  30 LICENSE_SCHEME=         solo
  31
  32 CPE_PRODUCT=            patchelf
  33 CPE_VENDOR=             patchelf_project
  34 FPC_EQUIVALENT=         sysutils/patchelf
  35
  36 MUST_CONFIGURE=         gnu
  37
  38 [FILE:1299:descriptions/desc.primary]
  39 PatchELF is a small utility to modify the dynamic linker and RPATH of ELF
  40 executables.
  41
  42 Dynamically linked ELF executables always specify a dynamic linker or
  43 interpreter, which is a program that actually loads the executable along
  44 with all its dynamically linked libraries. (The kernel just loads the
  45 interpreter, not the executable.) For example, on a Linux/x86 system the
  46 ELF interpreter is typically the file /lib/ld-linux.so.2. It is sometimes
  47 necessary to use a different ELF interpreter, say, when you want to test
  48 a version of Glibc installed in a location other than /lib.
  49
  50 Precompiled third-party binaries may have interpreter paths that are
  51 incompatible with the target system.  This is where PatchELF comes in.
  52 You can simply rewrite the executable:
  53
  54   $ patchelf --set-interpreter /my/lib/my-ld-linux.so.2 program
  55
  56 This modifies the interpreter section of program to refer to the specified
  57 file. This is not quite trivial because the path of the new interpreter may
  58 be longer than the old one, in which case it won't fit. PatchELF takes
  59 care of growing the executable with sufficient space at the beginning to
  60 contain the new interpreter field. As a result, the resulting program may
  61 be one page (4 KiB) larger.
  62
  63 Likewise it is possible to change or remove RPATHs embedded in ELF files.
  64
  65
  66 [FILE:107:distinfo]
  67 1451d01ee3a21100340aed867d0b799f46f0b1749680028d38c3f5d0128fb8a7       331312 NixOS-patchelf-0.18.0.tar.gz
  68
  69
  70 [FILE:48:manifests/plist.primary]
  71 bin/patchelf
  72 share/zsh/site-functions/_patchelf
  73
  74
  75 [FILE:29:manifests/plist.man]
  76 share/man/man1/patchelf.1.gz
  77
  78
  79 [FILE:29:manifests/plist.docs]
  80 share/doc/patchelf/README.md
  81