elfutils 0.194 - en to en translation catalogue (170 entries)

en: colorize the output.  WHEN defaults to 'always' or can be 'auto' or 'never'
en: colorize the output.  WHEN defaults to ‘[1malways[0m’ or can be ‘[1mauto[0m’ or ‘[1mnever[0m’

en: %s: invalid argument '%s' for '--color'
    valid arguments are:
      - 'always', 'yes', 'force'
      - 'never', 'no', 'none'
      - 'auto', 'tty', 'if-tty'
en: %s: invalid argument ‘[1m%s[0m’ for ‘[1m--color[0m’
    valid arguments are:
      - 'always', 'yes', ‘[1mforce[0m’
      - 'never', 'no', ‘[1mnone[0m’
      - 'auto', 'tty', ‘[1mif-tty[0m’

en: invalid character '%c' at line %d; ignored
en: invalid character ‘[1m%c[0m’ at line %d; ignored

en: invalid character '\%o' at line %d; ignored
en: invalid character ‘[1m\%o[0m’ at line %d; ignored

en: invalid `Elf' handle
en: invalid ‘[1mElf[0m’ handle

en: section `sh_size' too small for data
en: section ‘[1msh_size[0m’ too small for data

en: offset %#<PRIxMAX> lies outside section '%s'
en: offset %#<PRIxMAX> lies outside section ‘[1m%s[0m’

en: cannot find symbol '%s'
en: cannot find symbol ‘[1m%s[0m’

en: offset %#<PRIxMAX> lies outside contents of '%s'
en: offset %#<PRIxMAX> lies outside contents of ‘[1m%s[0m’

en: 'a', 'b', and 'i' are only allowed with the 'm' and 'r' options
en: 'a', 'b', and ‘[1mi[0m’ are only allowed with the ‘[1mm[0m’ and ‘[1mr[0m’ options

en: MEMBER parameter required for 'a', 'b', and 'i' modifiers
en: MEMBER parameter required for 'a', 'b', and ‘[1mi[0m’ modifiers

en: 'N' is only meaningful with the 'x' and 'd' options
en: ‘[1mN[0m’ is only meaningful with the ‘[1mx[0m’ and ‘[1md[0m’ options

en: '%c' is only meaningful with the 'x' option
en: ‘[1m%c[0m’ is only meaningful with the ‘[1mx[0m’ option

en: cannot open archive '%s'
en: cannot open archive ‘[1m%s[0m’

en: cannot stat archive '%s'
en: cannot stat archive ‘[1m%s[0m’

en: cannot stat '%s'
en: cannot stat ‘[1m%s[0m’

note: The archive is too big.
en: the archive '%s' is too large
en: the archive ‘[1m%s[0m’ is too large

en: Determine the type of an ELF file.
    
    All of the classification options must apply at the same time to a particular file.  Or if --any-ar-member is given the file must be an ELF archive and the classification options must apply to at least one archive member.  Classification options can be negated using a "--not-" prefix.
    
    Since modern ELF does not clearly distinguish between programs and dynamic shared objects, you should normally use either --executable or --shared to identify the primary purpose of a file.  Only one of the --shared and --executable checks can pass for a file.
    
    If you want to know whether an ELF object might a program or a shared library (but could be both), then use --program or --library. Some ELF files will classify as both a program and a library.
    
    If you just want to know whether an ELF file is loadable (as program or library) use --loadable.  Note that files that only contain (separate) debug information (--debug-only) are never --loadable (even though they might contain program headers).  Linux kernel modules are also not --loadable (in the normal sense).
    
    Detecting whether an ELF file can be stripped, because it has .[z]debug_* sections and/or a symbol table (.symtab) is done with --unstripped. To detect whether an ELF file just has .[z]debug_* sections use --has-debug-section. Use --debug-only to detect ELF files that contain only debuginfo (possibly just a .symtab), but no loadable program bits (like separate .debug files, dwz multi-files or .dwo files).
    
    Without any of the --print options, the program exits with status 0 if the requested checks pass for all input files, with 1 if a check fails for any file, and 2 if there is an environmental issue (such as a file read error or a memory allocation error).
    
    When printing file names, the program exits with status 0 even if no file names are printed, and exits with status 2 if there is an environmental issue.
    
    On usage error (e.g. a bad option was given), the program exits with a status code larger than 2.
    
    The --quiet or -q option suppresses some error warning output, but doesn't change the exit status.
en: Determine the type of an ELF file.
    
    All of the classification options must apply at the same time to a particular file.  Or if --any-ar-member is given the file must be an ELF archive and the classification options must apply to at least one archive member.  Classification options can be negated using a “[1m--not-[0m” prefix.
    
    Since modern ELF does not clearly distinguish between programs and dynamic shared objects, you should normally use either --executable or --shared to identify the primary purpose of a file.  Only one of the --shared and --executable checks can pass for a file.
    
    If you want to know whether an ELF object might a program or a shared library (but could be both), then use --program or --library. Some ELF files will classify as both a program and a library.
    
    If you just want to know whether an ELF file is loadable (as program or library) use --loadable.  Note that files that only contain (separate) debug information (--debug-only) are never --loadable (even though they might contain program headers).  Linux kernel modules are also not --loadable (in the normal sense).
    
    Detecting whether an ELF file can be stripped, because it has .[z]debug_* sections and/or a symbol table (.symtab) is done with --unstripped. To detect whether an ELF file just has .[z]debug_* sections use --has-debug-section. Use --debug-only to detect ELF files that contain only debuginfo (possibly just a .symtab), but no loadable program bits (like separate .debug files, dwz multi-files or .dwo files).
    
    Without any of the --print options, the program exits with status 0 if the requested checks pass for all input files, with 1 if a check fails for any file, and 2 if there is an environmental issue (such as a file read error or a memory allocation error).
    
    When printing file names, the program exits with status 0 even if no file names are printed, and exits with status 2 if there is an environmental issue.
    
    On usage error (e.g. a bad option was given), the program exits with a status code larger than 2.
    
    The --quiet or -q option suppresses some error warning output, but doesn't change the exit status.

en: %s %s differ: section [%zu] '%s' header
en: %s %s differ: section [%zu] ‘[1m%s[0m’ header

en: symbol table [%zu] in '%s' has zero sh_entsize
en: symbol table [%zu] in ‘[1m%s[0m’ has zero sh_entsize

en: %s %s differ: section [%zu] '%s' number of notes
en: %s %s differ: section [%zu] ‘[1m%s[0m’ number of notes

en: cannot read note section [%zu] '%s' in '%s': %s
en: cannot read note section [%zu] ‘[1m%s[0m’ in '%s': %s

en: %s %s differ: section [%zu] '%s' note name
en: %s %s differ: section [%zu] ‘[1m%s[0m’ note name

en: %s %s differ: section [%zu] '%s' note '%s' type
en: %s %s differ: section [%zu] ‘[1m%s[0m’ note ‘[1m%s[0m’ type

en: %s %s differ: section [%zu] '%s' note '%s' content
en: %s %s differ: section [%zu] ‘[1m%s[0m’ note ‘[1m%s[0m’ content

en: %s %s differ: section [%zu] '%s' content
en: %s %s differ: section [%zu] ‘[1m%s[0m’ content

en: %s %s differ: section [%zu,%zu] '%s' content
en: %s %s differ: section [%zu,%zu] ‘[1m%s[0m’ content

en: Invalid value '%s' for --gaps parameter.
en: Invalid value ‘[1m%s[0m’ for --gaps parameter.

en: cannot open '%s'
en: cannot open ‘[1m%s[0m’

en: cannot create EBL descriptor for '%s'
en: cannot create EBL descriptor for ‘[1m%s[0m’

en: unknown compression type '%s'
en: unknown compression type ‘[1m%s[0m’

en: Only one input file allowed together with '-o'
en: Only one input file allowed together with ‘[1m-o[0m’

en: What type of compression to apply. TYPE can be 'none' (decompress), 'zlib' (ELF ZLIB compression, the default, 'zlib-gabi' is an alias), 'zlib-gnu' (.zdebug GNU style compression, 'gnu' is an alias) or 'zstd' (ELF ZSTD compression)
en: What type of compression to apply. TYPE can be ‘[1mnone[0m’ (decompress), ‘[1mzlib[0m’ (ELF ZLIB compression, the default, ‘[1mzlib-gabi[0m’ is an alias), ‘[1mzlib-gnu[0m’ (.zdebug GNU style compression, ‘[1mgnu[0m’ is an alias) or ‘[1mzstd[0m’ (ELF ZSTD compression)

en: cannot open input file '%s'
en: cannot open input file ‘[1m%s[0m’

en: unsupported OS ABI e_ident[%d] == '%s'
en: unsupported OS ABI e_ident[%d] == ‘[1m%s[0m’

en: section [%2d] '%s': section group [%2zu] '%s' does not precede group member
en: section [%2d] '%s': section group [%2zu] ‘[1m%s[0m’ does not precede group member

en: section [%2d] '%s': referenced as string table for section [%2d] '%s' but type is not SHT_STRTAB
en: section [%2d] '%s': referenced as string table for section [%2d] ‘[1m%s[0m’ but type is not SHT_STRTAB

en: section [%2u] '%s': number of local entries in 'st_info' larger than table size
en: section [%2u] '%s': number of local entries in ‘[1mst_info[0m’ larger than table size

en: section [%2d] '%s': '%s' in zeroth entry not zero
en: section [%2d] '%s': ‘[1m%s[0m’ in zeroth entry not zero

en: section [%2d] '%s': symbol %zu (%s) does not fit completely in referenced section [%2d] '%s'
en: section [%2d] '%s': symbol %zu (%s) does not fit completely in referenced section [%2d] ‘[1m%s[0m’

en: section [%2d] '%s': symbol %zu (%s): referenced section [%2d] '%s' does not have SHF_TLS flag set
en: section [%2d] '%s': symbol %zu (%s): referenced section [%2d] ‘[1m%s[0m’ does not have SHF_TLS flag set

en: section [%2d] '%s': symbol %zu (%s): st_value out of bounds of referenced section [%2d] '%s'
en: section [%2d] '%s': symbol %zu (%s): st_value out of bounds of referenced section [%2d] ‘[1m%s[0m’

en: section [%2d] '%s': symbol %zu (%s): st_value short of referenced section [%2d] '%s'
en: section [%2d] '%s': symbol %zu (%s): st_value short of referenced section [%2d] ‘[1m%s[0m’

en: section [%2d] '%s': _GLOBAL_OFFSET_TABLE_ symbol refers to section [%2d] '%s'
en: section [%2d] '%s': _GLOBAL_OFFSET_TABLE_ symbol refers to section [%2d] ‘[1m%s[0m’

en: section [%2d] '%s': relocation %zu: only symbol '_GLOBAL_OFFSET_TABLE_' can be used with %s
en: section [%2d] '%s': relocation %zu: only symbol ‘[1m_GLOBAL_OFFSET_TABLE_[0m’ can be used with %s

en: section [%2d]: referenced as string table for section [%2d] '%s' but section link value is invalid
en: section [%2d]: referenced as string table for section [%2d] ‘[1m%s[0m’ but section link value is invalid

en: section [%2d] '%s': entry %zu: pointer does not match address of section [%2d] '%s' referenced by sh_link
en: section [%2d] '%s': entry %zu: pointer does not match address of section [%2d] ‘[1m%s[0m’ referenced by sh_link

en: section [%2d] '%s': entry %zu: %s value must be valid offset in section [%2d] '%s'
en: section [%2d] '%s': entry %zu: %s value must be valid offset in section [%2d] ‘[1m%s[0m’

en: section [%2d] '%s': extended section index in section [%2zu] '%s' refers to same symbol table
en: section [%2d] '%s': extended section index in section [%2zu] ‘[1m%s[0m’ refers to same symbol table

en: sh_link in hash sections [%2zu] '%s' and [%2zu] '%s' not identical
en: sh_link in hash sections [%2zu] ‘[1m%s[0m’ and [%2zu] ‘[1m%s[0m’ not identical

en: hash section [%2zu] '%s' does not contain enough data
en: hash section [%2zu] ‘[1m%s[0m’ does not contain enough data

en: hash section [%2zu] '%s' has zero bit mask words
en: hash section [%2zu] ‘[1m%s[0m’ has zero bit mask words

en: hash section [%2zu] '%s' uses too much data
en: hash section [%2zu] ‘[1m%s[0m’ uses too much data

en: hash section [%2zu] '%s' invalid symbol index %<PRIu32> (max_nsyms: %<PRIu32>, nentries: %<PRIu32>
en: hash section [%2zu] ‘[1m%s[0m’ invalid symbol index %<PRIu32> (max_nsyms: %<PRIu32>, nentries: %<PRIu32>

en: hash section [%2zu] '%s' invalid sh_entsize
en: hash section [%2zu] ‘[1m%s[0m’ invalid sh_entsize

en: symbol %d referenced in new hash table in [%2zu] '%s' but not in old hash table in [%2zu] '%s'
en: symbol %d referenced in new hash table in [%2zu] ‘[1m%s[0m’ but not in old hash table in [%2zu] ‘[1m%s[0m’

en: symbol %d referenced in old hash table in [%2zu] '%s' but not in new hash table in [%2zu] '%s'
en: symbol %d referenced in old hash table in [%2zu] ‘[1m%s[0m’ but not in new hash table in [%2zu] ‘[1m%s[0m’

en: section [%2d] '%s': section group contains another group [%2d] '%s'
en: section [%2d] '%s': section group contains another group [%2d] ‘[1m%s[0m’

en: section [%2d] '%s': element %zu references section [%2d] '%s' without SHF_GROUP flag set
en: section [%2d] '%s': element %zu references section [%2d] ‘[1m%s[0m’ without SHF_GROUP flag set

en: section [%2d] '%s' is contained in more than one section group
en: section [%2d] ‘[1m%s[0m’ is contained in more than one section group

en: section [%2d] '%s' refers in sh_link to section [%2d] '%s' which is no dynamic symbol table
en: section [%2d] ‘[1m%s[0m’ refers in sh_link to section [%2d] ‘[1m%s[0m’ which is no dynamic symbol table

en: section [%2d] '%s' has different number of entries than symbol table [%2d] '%s'
en: section [%2d] ‘[1m%s[0m’ has different number of entries than symbol table [%2d] ‘[1m%s[0m’

en: section [%2d] '%s': auxiliary entry %d of entry %d has duplicate version name '%s'
en: section [%2d] '%s': auxiliary entry %d of entry %d has duplicate version name ‘[1m%s[0m’

en: section [%2d] '%s': entry %d has duplicate version name '%s'
en: section [%2d] '%s': entry %d has duplicate version name ‘[1m%s[0m’

en: section [%2d] '%s': unknown parent version '%s'
en: section [%2d] '%s': unknown parent version ‘[1m%s[0m’

en: section [%2d] '%s': offset %zu: vendor '%s' unknown
en: section [%2d] '%s': offset %zu: vendor ‘[1m%s[0m’ unknown

en: section [%2d] '%s' has wrong type: expected %s, is %s
en: section [%2d] ‘[1m%s[0m’ has wrong type: expected %s, is %s

en: section [%2zu] '%s' has wrong flags: expected %s, is %s
en: section [%2zu] ‘[1m%s[0m’ has wrong flags: expected %s, is %s

en: section [%2zu] '%s' has wrong flags: expected %s and possibly %s, is %s
en: section [%2zu] ‘[1m%s[0m’ has wrong flags: expected %s and possibly %s, is %s

en: section [%2zu] '%s' present in object file
en: section [%2zu] ‘[1m%s[0m’ present in object file

en: section [%2zu] '%s' has SHF_ALLOC flag set but there is no loadable segment
en: section [%2zu] ‘[1m%s[0m’ has SHF_ALLOC flag set but there is no loadable segment

en: section [%2zu] '%s' has SHF_ALLOC flag not set but there are loadable segments
en: section [%2zu] ‘[1m%s[0m’ has SHF_ALLOC flag not set but there are loadable segments

en: section [%2zu] '%s' is extension section index table in non-object file
en: section [%2zu] ‘[1m%s[0m’ is extension section index table in non-object file

en: section [%2zu] '%s' has unsupported type %d
en: section [%2zu] ‘[1m%s[0m’ has unsupported type %d

en: section [%2zu] '%s' contains invalid processor-specific flag(s) %#<PRIx64>
en: section [%2zu] ‘[1m%s[0m’ contains invalid processor-specific flag(s) %#<PRIx64>

en: section [%2zu] '%s' contains unknown flag(s) %#<PRIx64>
en: section [%2zu] ‘[1m%s[0m’ contains unknown flag(s) %#<PRIx64>

en: section [%2zu] '%s' has unexpected type %d for an executable section
en: section [%2zu] ‘[1m%s[0m’ has unexpected type %d for an executable section

en: section [%2zu] '%s' must be of type NOBITS in debuginfo files
en: section [%2zu] ‘[1m%s[0m’ must be of type NOBITS in debuginfo files

en: section [%2zu] '%s' is both executable and writable
en: section [%2zu] ‘[1m%s[0m’ is both executable and writable

en: section [%2zu] '%s' not fully contained in segment of program header entry %d
en: section [%2zu] ‘[1m%s[0m’ not fully contained in segment of program header entry %d

en: section [%2zu] '%s' has type NOBITS but is read from the file in segment of program header entry %d
en: section [%2zu] ‘[1m%s[0m’ has type NOBITS but is read from the file in segment of program header entry %d

en: section [%2zu] '%s' has type NOBITS but is read from the file in segment of program header entry %d and file contents is non-zero
en: section [%2zu] ‘[1m%s[0m’ has type NOBITS but is read from the file in segment of program header entry %d and file contents is non-zero

en: section [%2zu] '%s' has not type NOBITS but is not read from the file in segment of program header entry %d
en: section [%2zu] ‘[1m%s[0m’ has not type NOBITS but is not read from the file in segment of program header entry %d

en: section [%2zu] '%s' is executable in nonexecutable segment %d
en: section [%2zu] ‘[1m%s[0m’ is executable in nonexecutable segment %d

en: section [%2zu] '%s' is writable in unwritable segment %d
en: section [%2zu] ‘[1m%s[0m’ is writable in unwritable segment %d

en: phdr[%d]: malformed object file note type %<PRIu32> with owner name '%s' at offset %zu
en: phdr[%d]: malformed object file note type %<PRIu32> with owner name ‘[1m%s[0m’ at offset %zu

en: section [%2d] '%s': malformed object file note type %<PRIu32> with owner name '%s' at offset %zu
en: section [%2d] '%s': malformed object file note type %<PRIu32> with owner name ‘[1m%s[0m’ at offset %zu

en: section [%2zu] '%s' must be allocated
en: section [%2zu] ‘[1m%s[0m’ must be allocated

en: section [%2zu] '%s' must not be writable
en: section [%2zu] ‘[1m%s[0m’ must not be writable

en: section [%2zu] '%s' must not be executable
en: section [%2zu] ‘[1m%s[0m’ must not be executable

en: '%s' is not a DSO or PIE
en: ‘[1m%s[0m’ is not a DSO or PIE

en: no text relocations reported in '%s'
en: no text relocations reported in ‘[1m%s[0m’

en: the file containing the function '%s' is not compiled with -fpic/-fPIC
en: the file containing the function ‘[1m%s[0m’ is not compiled with -fpic/-fPIC

en: the file containing the function '%s' might not be compiled with -fpic/-fPIC
en: the file containing the function ‘[1m%s[0m’ might not be compiled with -fpic/-fPIC

en: either the file containing the function '%s' or the file containing the function '%s' is not compiled with -fpic/-fPIC
en: either the file containing the function ‘[1m%s[0m’ or the file containing the function ‘[1m%s[0m’ is not compiled with -fpic/-fPIC

en: Use the output format FORMAT.  FORMAT can be `bsd', `sysv' or `posix'.  The default is `sysv'
en: Use the output format FORMAT.  FORMAT can be ‘[1mbsd[0m’, ‘[1msysv[0m’ or ‘[1mposix[0m’.  The default is ‘[1msysv[0m’

en: while closing '%s'
en: while closing ‘[1m%s[0m’

en: %s: entry size in section %zd `%s' is not what we expect
en: %s: entry size in section %zd ‘[1m%s[0m’ is not what we expect

en: %s: size of section %zd `%s' is not multiple of entry size
en: %s: size of section %zd ‘[1m%s[0m’ is not multiple of entry size

en: %s: entries (%zd) in section %zd `%s' is too large
en: %s: entries (%zd) in section %zd ‘[1m%s[0m’ is too large

en: while close `%s'
en: while close ‘[1m%s[0m’

en: '%s' is no archive
en: ‘[1m%s[0m’ is no archive

en: Unknown DWARF debug section `%s'.
en: Unknown DWARF debug section ‘[1m%s[0m’.

en: cannot create temp file '%s'
en: cannot create temp file ‘[1m%s[0m’

en: '%s' is not an archive, cannot print archive index
en: ‘[1m%s[0m’ is not an archive, cannot print archive index

en: No such section '%s' in '%s'
en: No such section ‘[1m%s[0m’ in ‘[1m%s[0m’

en: 
    COMDAT section group [%2zu] '%s' with signature '%s' contains %zu entry:
     | 
    COMDAT section group [%2zu] '%s' with signature '%s' contains %zu entries:
en[0]: 
    COMDAT section group [%2zu] ‘[1m%s[0m’ with signature ‘[1m%s[0m’ contains %zu entry:
en[1]: 
    COMDAT section group [%2zu] ‘[1m%s[0m’ with signature ‘[1m%s[0m’ contains %zu entries:

en: 
    Section group [%2zu] '%s' with signature '%s' contains %zu entry:
     | 
    Section group [%2zu] '%s' with signature '%s' contains %zu entries:
en[0]: 
    Section group [%2zu] ‘[1m%s[0m’ with signature ‘[1m%s[0m’ contains %zu entry:
en[1]: 
    Section group [%2zu] ‘[1m%s[0m’ with signature ‘[1m%s[0m’ contains %zu entries:

en: 
    Dynamic segment contains %lu entry:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s'
     | 
    Dynamic segment contains %lu entries:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s'
en[0]: 
    Dynamic segment contains %lu entry:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’
en[1]: 
    Dynamic segment contains %lu entries:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’

en: 
    Relocation section [%2zu] '%s' for section [%2u] '%s' at offset %#0<PRIx64> contains %d entry:
     | 
    Relocation section [%2zu] '%s' for section [%2u] '%s' at offset %#0<PRIx64> contains %d entries:
en[0]: 
    Relocation section [%2zu] ‘[1m%s[0m’ for section [%2u] ‘[1m%s[0m’ at offset %#0<PRIx64> contains %d entry:
en[1]: 
    Relocation section [%2zu] ‘[1m%s[0m’ for section [%2u] ‘[1m%s[0m’ at offset %#0<PRIx64> contains %d entries:

note: The .rel.dyn section does not refer to a specific section but instead of section index zero.  Do not try to print a section name. The .rela.dyn section does not refer to a specific section but A .relr.dyn section does not refer to a specific section.
en: 
    Relocation section [%2u] '%s' at offset %#0<PRIx64> contains %d entry:
     | 
    Relocation section [%2u] '%s' at offset %#0<PRIx64> contains %d entries:
en[0]: 
    Relocation section [%2u] ‘[1m%s[0m’ at offset %#0<PRIx64> contains %d entry:
en[1]: 
    Relocation section [%2u] ‘[1m%s[0m’ at offset %#0<PRIx64> contains %d entries:

en: 
    Symbol table [%2u] '%s' contains %u entry:
     | 
    Symbol table [%2u] '%s' contains %u entries:
en[0]: 
    Symbol table [%2u] ‘[1m%s[0m’ contains %u entry:
en[1]: 
    Symbol table [%2u] ‘[1m%s[0m’ contains %u entries:

en:  %lu local symbol  String table: [%2u] '%s'
     |  %lu local symbols  String table: [%2u] '%s'
en[0]:  %lu local symbol  String table: [%2u] ‘[1m%s[0m’
en[1]:  %lu local symbols  String table: [%2u] ‘[1m%s[0m’

en: 
    Version needs section [%2u] '%s' contains %d entry:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s'
     | 
    Version needs section [%2u] '%s' contains %d entries:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s'
en[0]: 
    Version needs section [%2u] ‘[1m%s[0m’ contains %d entry:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’
en[1]: 
    Version needs section [%2u] ‘[1m%s[0m’ contains %d entries:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’

en: 
    Version definition section [%2u] '%s' contains %d entry:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s'
     | 
    Version definition section [%2u] '%s' contains %d entries:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s'
en[0]: 
    Version definition section [%2u] ‘[1m%s[0m’ contains %d entry:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’
en[1]: 
    Version definition section [%2u] ‘[1m%s[0m’ contains %d entries:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’

note: Print the header.
en: 
    Version symbols section [%2u] '%s' contains %d entry:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s' | 
    Version symbols section [%2u] '%s' contains %d entries:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s'
en[0]: 
    Version symbols section [%2u] ‘[1m%s[0m’ contains %d entry:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’
en[1]: 
    Version symbols section [%2u] ‘[1m%s[0m’ contains %d entries:
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’

en: 
    Histogram for bucket list length in section [%2u] '%s' (total of %d bucket):
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s'
     | 
    Histogram for bucket list length in section [%2u] '%s' (total of %d buckets):
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] '%s'
en[0]: 
    Histogram for bucket list length in section [%2u] ‘[1m%s[0m’ (total of %d bucket):
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’
en[1]: 
    Histogram for bucket list length in section [%2u] ‘[1m%s[0m’ (total of %d buckets):
     Addr: %#0*<PRIx64>  Offset: %#08<PRIx64>  Link to section: [%2u] ‘[1m%s[0m’

en: 
    Library list section [%2zu] '%s' at offset %#0<PRIx64> contains %d entry:
     | 
    Library list section [%2zu] '%s' at offset %#0<PRIx64> contains %d entries:
en[0]: 
    Library list section [%2zu] ‘[1m%s[0m’ at offset %#0<PRIx64> contains %d entry:
en[1]: 
    Library list section [%2zu] ‘[1m%s[0m’ at offset %#0<PRIx64> contains %d entries:

en: 
    Object attributes section [%2zu] '%s' of %<PRIu64> bytes at offset %#0<PRIx64>:
en: 
    Object attributes section [%2zu] ‘[1m%s[0m’ of %<PRIu64> bytes at offset %#0<PRIx64>:

en: 
    DWARF section [%2zu] '%s' at offset %#<PRIx64>:
     [ Code]
en: 
    DWARF section [%2zu] ‘[1m%s[0m’ at offset %#<PRIx64>:
     [ Code]

en: 
    DWARF section [%2zu] '%s' at offset %#<PRIx64>:
en: 
    DWARF section [%2zu] ‘[1m%s[0m’ at offset %#<PRIx64>:

en: 
    DWARF section [%2zu] '%s' at offset %#<PRIx64> contains %zu entry:
     | 
    DWARF section [%2zu] '%s' at offset %#<PRIx64> contains %zu entries:
en[0]: 
    DWARF section [%2zu] ‘[1m%s[0m’ at offset %#<PRIx64> contains %zu entry:
en[1]: 
    DWARF section [%2zu] ‘[1m%s[0m’ at offset %#<PRIx64> contains %zu entries:

en: invalid data in section [%zu] '%s'
en: invalid data in section [%zu] ‘[1m%s[0m’

en: 
    Call frame information section [%2zu] '%s' at offset %#<PRIx64>:
en: 
    Call frame information section [%2zu] ‘[1m%s[0m’ at offset %#<PRIx64>:

en: DIE [%<PRIx64>] cannot get attribute '%s' (%s) value: %s
en: DIE [%<PRIx64>] cannot get attribute ‘[1m%s[0m’ (%s) value: %s

en: 
    DWARF section [%2zu] '%s' at offset %#<PRIx64>:
     [Offset]
en: 
    DWARF section [%2zu] ‘[1m%s[0m’ at offset %#<PRIx64>:
     [Offset]

en: 
    DWARF section [%2zu] '%s' at offset %#<PRIx64>:
en: 
    DWARF section [%2zu] ‘[1m%s[0m’ at offset %#<PRIx64>:

en: invalid data at offset %tu in section [%zu] '%s'
en: invalid data at offset %tu in section [%zu] ‘[1m%s[0m’

en: 
    DWARF section [%2zu] '%s' at offset %#<PRIx64>:
     %*s  String
en: 
    DWARF section [%2zu] ‘[1m%s[0m’ at offset %#<PRIx64>:
     %*s  String

en: 
    GDB section [%2zu] '%s' at offset %#<PRIx64> contains %<PRId64> bytes :
en: 
    GDB section [%2zu] ‘[1m%s[0m’ at offset %#<PRIx64> contains %<PRId64> bytes :

en: 
    Note section [%2zu] '%s' of %<PRIu64> bytes at offset %#0<PRIx64>:
en: 
    Note section [%2zu] ‘[1m%s[0m’ of %<PRIu64> bytes at offset %#0<PRIx64>:

en: 
    Section [%zu] '%s' has no data to dump.
en: 
    Section [%zu] ‘[1m%s[0m’ has no data to dump.

en: 
    Section [%zu] '%s' has no strings to dump.
en: 
    Section [%zu] ‘[1m%s[0m’ has no strings to dump.

en: 
    String section [%zu] '%s' contains %<PRIu64> bytes at offset %#0<PRIx64>:
en: 
    String section [%zu] ‘[1m%s[0m’ contains %<PRIu64> bytes at offset %#0<PRIx64>:

en: 
    String section [%zu] '%s' contains %<PRIu64> bytes (%zd uncompressed) at offset %#0<PRIx64>:
en: 
    String section [%zu] ‘[1m%s[0m’ contains %<PRIu64> bytes (%zd uncompressed) at offset %#0<PRIx64>:

en: 
    section '%s' does not exist
en: 
    section ‘[1m%s[0m’ does not exist

en: 
    Archive '%s' has no symbol index
en: 
    Archive ‘[1m%s[0m’ has no symbol index

en: 
    Index of archive '%s' has %zu entries:
en: 
    Index of archive ‘[1m%s[0m’ has %zu entries:

en: Archive member '%s' contains:
en: Archive member ‘[1m%s[0m’ contains:

en: Use the output format FORMAT.  FORMAT can be `bsd' or `sysv'.  The default is `bsd'
en: Use the output format FORMAT.  FORMAT can be ‘[1mbsd[0m’ or ‘[1msysv[0m’.  The default is ‘[1mbsd[0m’

en: Same as `--format=sysv'
en: Same as ‘[1m--format=sysv[0m’

en: Same as `--format=bsd'
en: Same as ‘[1m--format=bsd[0m’

en: Same as `--radix=10'
en: Same as ‘[1m--radix=10[0m’

en: Same as `--radix=8'
en: Same as ‘[1m--radix=8[0m’

en: Same as `--radix=16'
en: Same as ‘[1m--radix=16[0m’

en: Similar to `--format=sysv' output but in one line
en: Similar to ‘[1m--format=sysv[0m’ output but in one line

en: Cannot open core file '%s'
en: Cannot open core file ‘[1m%s[0m’

en: invalid value '%s' for %s parameter
en: invalid value ‘[1m%s[0m’ for %s parameter

en: Skipping section %zd '%s' data outside file
en: Skipping section %zd ‘[1m%s[0m’ data outside file

en: Only one input file allowed together with '-o' and '-f'
en: Only one input file allowed together with ‘[1m-o[0m’ and ‘[1m-f[0m’

en: cannot stat input file '%s'
en: cannot stat input file ‘[1m%s[0m’

en: while opening '%s'
en: while opening ‘[1m%s[0m’

note: Only ET_REL files can have debug relocations to remove.
en: Ignoring --reloc-debug-sections-only for non-ET_REL file '%s'
en: Ignoring --reloc-debug-sections-only for non-ET_REL file ‘[1m%s[0m’

en: illformed file '%s'
en: illformed file ‘[1m%s[0m’

en: Cannot remove allocated section '%s'
en: Cannot remove allocated section ‘[1m%s[0m’

en: Cannot both keep and remove section '%s'
en: Cannot both keep and remove section ‘[1m%s[0m’

en: while preparing output for '%s'
en: while preparing output for ‘[1m%s[0m’

en: while creating '%s'
en: while creating ‘[1m%s[0m’

en: while writing '%s'
en: while writing ‘[1m%s[0m’

en: cannot set access and modification date of '%s'
en: cannot set access and modification date of ‘[1m%s[0m’

en: output directory '%s'
en: output directory ‘[1m%s[0m’

en: cannot create directory '%s'
en: cannot create directory ‘[1m%s[0m’

en: cannot find matching section for [%zu] '%s'
en: cannot find matching section for [%zu] ‘[1m%s[0m’

en: cannot read '.gnu.prelink_undo' section: %s
en: cannot read ‘[1m.gnu.prelink_undo[0m’ section: %s

en: overflow with shnum = %zu in '%s' section
en: overflow with shnum = %zu in ‘[1m%s[0m’ section

en: invalid contents in '%s' section
en: invalid contents in ‘[1m%s[0m’ section

en: DWARF data in '%s' not adjusted for prelinking bias; consider prelink -u
en: DWARF data in ‘[1m%s[0m’ not adjusted for prelinking bias; consider prelink -u

en: cannot open stripped file '%s' for module '%s': %s
en: cannot open stripped file ‘[1m%s[0m’ for module '%s': %s

en: cannot open debug file '%s' for module '%s': %s
en: cannot open debug file ‘[1m%s[0m’ for module '%s': %s

en: module '%s' file '%s' is not stripped
en: module ‘[1m%s[0m’ file ‘[1m%s[0m’ is not stripped
