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#compdef objdump eu-objdump llvm-objdump
local opts args files variant curcontext=$context state state_descr line ret=1
typeset -A opt_args
files='*:object file:_object_files'
_pick_variant -r variant binutils=GNU elfutils=elfutils llvm=LLVM unix --version
opts=( -s -S ) # options for _arguments
args=(
"(-d --disassemble)"{-d,--disassemble}"[Display assembler code of executable sections]"
"(-r --reloc)"{-r,--reloc}"[Display relocation information]"
"(-s --full-contents)"{-s,--full-contents}"[Display the full contents of all sections requested]"
"*"{-j+,--section=}"[Only display information for section]:section:(.bss .data .dynamic .dynsym .got .interp .shstrtab .symtab .text)"
)
case $variant in
binutils)
args+=(
"(-a --archive-headers)"{-a,--archive-headers}"[Display archive header information]"
"(-f --file-headers)"{-f,--file-headers}"[Display the contents of the overall file header]"
"(-p --private-headers)"{-p,--private-headers}"[Display object format specific file header contents]"
"*"{-P,--private=}"[Display object format specific contents]:option"
"(-h --section-headers --headers)"{-h,--section-headers,--headers}"[Display the contents of the section headers]"
"(-x --all-headers)"{-x,--all-headers}"[Display the contents of all headers]"
'--disassemble=[display assembler contents for specified symbol]:symbol'
"(-D --disassemble-all)"{-D,--disassemble-all}"[Display assembler contents of all sections]"
"(-S --source)"{-S,--source}"[Intermix source code with disassembly]"
"(-g --debugging)"{-g,--debugging}"[Display debug information in object file]"
"(-e --debugging-tags)"{-e,--debugging-tags}"[Display debug information using ctags style]"
"(-G --stabs)"{-G,--stabs}"[Display (in raw form) any STABS info in the file]"
"*-W-[Display DWARF info in the file]::dwarf section:->short_dwarf_names"
"*--dwarf=-[Display DWARF info in the file]::dwarf section:->dwarf_names"
"(-t --syms)"{-t,--syms}"[Display the contents of the symbol table(s)]"
"(-T --dynamic-syms)"{-T,--dynamic-syms}"[Display the contents of the dynamic symbol table]"
"(-R --dynamic-reloc)"{-R,--dynamic-reloc}"[Display the dynamic relocation entries in the file]"
#@<file> Read options from <file>
"(- *)"{-v,--version}"[Display this program's version number]"
"(- *)"{-i,--info}"[List object formats and architectures supported]"
"(- *)"{-H,--help}"[Display this information]"
"(-b --target)"{-b+,--target=}"[Specify the target object format]:bfdname:->bfdname"
"(-m --architecture)"{-m+,--architecture=}"[Specify the target architecture]:machine:->machine"
"*"{-M+,--disassembler-options=}"[Pass text OPT on to the disassembler]:opt:->disassembler_options"
"(-E --endian)-E+[Assume endianess when disassembling]:endianess:((B\:\"Assume big endian format when disassembling\" L\:\"Assume little endian format when disassembling\"))"
"(-E --endian)--endian=[Assume endianess when disassembling]:endianess:((big\:\"Assume big endian format when disassembling\" little\:\"Assume little endian format when disassembling\"))"
"--file-start-context[Include context from start of file (with -S)]"
"*"{-I+,--include=}"[Add directory to search list for source files]:directory:_files -/"
"(-l --line-numbers)"{-l,--line-numbers}"[Include line numbers and filenames in output]"
"(-F --file-offsets)"{-F,--file-offsets}"[Include file offsets when displaying information]"
"(-C --demangle)-C[Decode mangled/processed symbol names]"
"(-C --demangle)--demangle=-[decode mangled/processed symbol names]::style:(auto gnu lucid arm hp edg gnu-v3 java gnat rust dlang)"
'!(--no-recurse-limit)--recurse-limit'
'--no-recurse-limit[disable demangling recursion limit]'
"(-w --wide)"{-w,--wide}"[Format output for more than 80 columns]"
"(-z --disassemble-zeroes)"{-z,--disassemble-zeroes}"[Do not skip blocks of zeroes when disassembling]"
"--start-address=[Only process data whose address is >= ADDR]:addr"
"--stop-address=[Only process data whose address is <= ADDR]:addr"
"--prefix-addresses[Print complete address alongside disassembly]"
"(--show-raw-insn --no-show-raw-insn)"--{,no-}show-raw-insn"[Display hex alongside symbolic disassembly]"
"--insn-width=[Display WIDTH bytes on a single line for -d]:width"
"--adjust-vma=[Add offset to all displayed section addresses]:offset"
"--special-syms[Include special symbols in symbol dumps]"
"--prefix=[Add prefix to absolute paths for -S]:prefix"
"--prefix-strip=[Strip initial directory names for -S]:level"
"--dwarf-depth=[Do not display DIEs at depth N or greater]:n"
"--dwarf-start=[Display DIEs starting with N, at the same depth or deeper]:n"
"--dwarf-check[Make additional dwarf internal consistency checks]"
)
;;
elfutils)
args+=(
"--color=-[Colorize the output]::when:(always auto never)"
"(- *)"{-\?,--help}"[Display help]"
"(- *)--usage[Display usage]"
"(- *)"{-V,--version}"[Display program version]"
)
;;
llvm)
opts=( -S ) # no option stacking
args=( # start over from an empty array
'-aarch64-neon-syntax=[chose style of NEON code (AArch64)]:style:(generic apple)'
'-arch=[w -macho: select arch from a fat binary]:arch:(i386 x86_64)'
'-arch-name=[specify target arch to disassemble for]:arch:->llvm_targets'
'-archive-headers[w -macho: print archive headers]'
'-archive-member-offsets[w -macho -archive-headers: print offset to each archive member]'
'-bind[display Mach-O binding info]'
'-color[use colored syntax highlighting]'
'-data-in-code[w -macho: print data in code table]'
"-dis-symname=[w -macho: disassemble just the specified symbol's instructions]"
'(-disassemble -d)'{-disassemble,-d}'[display assembler mnemonics for machine instructions]'
'(-disassemble-all -D)'{-disassemble-all,-D}'[disassemble all instruction sections]'
'-dsym=[w -macho -g: use the specified .dSYM file for debug info]:dsym file:_files'
'-dwarf=[dump of dwarf debug section]:section:(frames)'
"-dyld-id[w -macho: print the shared library's id for dylib Mach-O file]"
'-dylibs-used[w -macho: print the shared libraries used for linked Mach-O files]'
'-exports-trie[display Mach-O exported symbols]'
'-fault-map-section[display contents of faultmap section]'
'-filter-print-funcs=[only print IR for the specified functions]:function names'
'-full-leading-addr[w -macho: print full leading address]'
'-g[w -macho: print line information from debug info if available]'
'-indirect-symbols[w -macho: print indirect symbol table]'
'-info-plist[w -macho: print the info plist section]'
'-lazy-bind[display Mach-O lazy binding info]'
'(-line-numbers -l)'{-line-numbers,-l}'[display source line numbers with disassembly]'
'-link-opt-hints[w -macho: print the linker optimization hints]'
'(-macho -m)'{-macho,-m}'[use Mach-O specific object file parser]'
'*-mattr=[target specific attributes]:attributes'
'-mcpu=[specify target cpu type]:cpu type'
'-no-leading-addr[w -macho: print no leading address]'
'-no-leading-headers[print no leading headers]'
'-no-show-raw-insn[do not print instruction bytes when disassembling]'
'-no-symbolic-operands[w -macho: do not print operands symbolically when disassembling]'
'-non-verbose[w -macho: print info in non-verbose form]'
'-objc-meta-data[w -macho: print Objective-C runtime meta data]'
'-print-after-all[print IR after each pass]'
'-print-before-all[print IR before each pass]'
'-print-imm-hex[use hex format for immediate values]'
'-private-header[display only the first format specific file header]'
'(-private-headers -p)'{-private-headers,-p}'[display format specific file headers]'
'-r[display the relocation entries in the file]'
'-raw-clang-ast[dump raw binary contents of clang AST section]'
'-rebase[display Mach-O rebasing info]'
'-rng-seed=[seed for the random number generator]:seed'
'-s[display contents of each section]'
'*'{-section=,-j}'[operate on the specified section only]:section'
'(-section-headers -h)'{-section-headers,-h}'[display summaries of the headers for each section]'
'(-source -S)'{-source,-S}'[display source inlined with disassembly]'
'-start-address=[start disassembly at the specified address]:address'
'-stop-address=[stop disassembly at the specified address]:address'
'-t[display the symbol talbe]'
'-time-passes[time each pass, print elapsed time on exit]'
'-triple=[target triple to disassemble for]:triple'
'-universal-headers[w -macho: print Mach-O universal headers]'
'-verify-dom-info[verify dominator info (time consuming)]'
'-unwind-info[display unwind information]'
'-weak-bind[display Mach-O weak binding info]'
'-x86-asm-syntax=[chose style of assembler code (x86)]:style:(att intel)'
'(- *)-help[display available options]'
'(- *)-help-list[display list of available options]'
'(- *)-version[display version of objdump]'
)
;;
esac
_arguments $opts -C : "$args[@]" $files && ret=0
case "$state" in
short_dwarf_names)
_values -s "" "dwarf section" "l[rawline]" "L[decodedline]" "i[info]" "a[abbrev]" "p[pubnames]" "r[aranges]" "m[macro]" "f[frames]" "F[frames-interp]" "s[str]" "o[loc]" "R[Ranges]" "t[pubtypes]" "U[trace_info]" "u[trace_abbrev]" "g[gdb_index]" "T[trace_aranges]" "A[addr]" "c[cu_index]" "k[links]" "K[follow-links]" && ret=0
;;
dwarf_names)
_values -s , "dwarf section" rawline decodedline info abbrev pubnames aranges macro frames frames-interp str loc Ranges pubtypes gdb_index trace_info trace_abbrev trace_aranges addr cu_index links follow-links && ret=0
;;
bfdname)
_values "object format" "${(z)${(@M)${(f)$(_call_program targets objdump --help)}##* supported targets:*}##*: }" && ret=0
;;
machine)
_values "machine architecture" "${(@)${(z)${(@M)${(f)$(_call_program targets objdump --help)}##* supported architectures:*}##*: }//:/\\:}" && ret=0
;;
disassembler_options)
_values -s , "disassembler options" "${(@)${(@)${(@M)${(f)${(ps.-M switch.)$(_call_program targets objdump --help)}[2]}:# [^ ]*}# }%% *}" && ret=0
;;
llvm_targets)
_values "target architecture" "${(z)${(@)${(f)$(_call_program targets
${~words[1]} -version)##*Registered Targets:}/ -*}}"
;;
esac
return ret
|
