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#compdef otool llvm-otool
#
local opts args files variant curcontext=$context state state_descr line
typeset -A opt_args
_arguments \
'-a[display the archive header]' \
'-S[display the contents of the __.SYMDEF file]' \
'-f[display the universal headers]' \
'-h[display the Mach header]' \
'-l[display the load commands]' \
'-L[display names and versions of shared libs that the object file uses]' \
'-D[display just the internal name of shared lib]' \
'-s[display the contents of the specified section]:segment name: :section name: ' \
'-t[display the contents of (__TEXT,__text) section]' \
'-x[display the content of every __text section found in the file]' \
'-d[display the contents of (__DATA,__data) section]' \
'-o[display the contents of __OBJC segment]' \
'-r[display the relocation entries]' \
'-c[display the argument strings from a core file]' \
'-I[display the indirect symbol table]' \
'-T[display the table of contents for a dynamic shared library]' \
'-R[display the reference table of a dynamic shared library]' \
'-M[display the module table of dynamic shared library]' \
'-H[display the two-level namespace hints table]' \
'-G[display the data in code table]' \
'-C[display the linker optimization hints]' \
'-P[print the info_plist section as strings]' \
'-dyld_info[print bind and rebase information used by dyld]' \
'-dyld_opcodes[print raw dyld bind and rebase opcodes present in a final linked binary]' \
'-chained_fixups[print raw chained fixup data present in a final linked binary]' \
'-p[with -t and -v/V: start disassembly from the specified symbol]:symbol name: ' \
'-v[display verbosely (symbolically) when possible]' \
'-V[display disassembled operands symbolically]' \
"-X[don't print leading addresses/headers with disassembly]" \
'-q[use the llvm disassembler (default)]' \
'-mcpu=[use the specified cpu for the llvm disassembler]:target:->targets' \
'-function_offsets[with disassembly, print decimal offset from the last label]' \
'-j[with disassembly, print opcode bytes]' \
"-Q[use otool's disassembler]" \
'-addr_slide=[add an arbitrary slide to each pointer value when it is displayed]:slide size' \
'-arch[select the specified architecture from a universal file]:arch:(i386 x86_64 x86_64h arm64 arm64e all)' \
'-m[object file names are not assumed to be in archive(member) syntax]' \
'(- *)--version[print version of otool]' \
'*:file:_object_files' && return 0
case $state in
targets)
_values "target architecture" "${(z)${(@)${(f)$(_call_program targets
${~words[1]} --version 2>/dev/null)##*Registered Targets:}/ -*}}"
;;
esac
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