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Code Editor : decode_stacktrace.sh
#!/bin/bash # SPDX-License-Identifier: GPL-2.0 # (c) 2014, Sasha Levin <sasha.levin@oracle.com> #set -x if [[ $# < 2 ]]; then echo "Usage:" echo " $0 [vmlinux] [base path] [modules path]" exit 1 fi vmlinux=$1 basepath=$2 modpath=$3 declare -A cache declare -A modcache parse_symbol() { # The structure of symbol at this point is: # ([name]+[offset]/[total length]) # # For example: # do_basic_setup+0x9c/0xbf if [[ $module == "" ]] ; then local objfile=$vmlinux elif [[ "${modcache[$module]+isset}" == "isset" ]]; then local objfile=${modcache[$module]} else [[ $modpath == "" ]] && return local objfile=$(find "$modpath" -name "${module//_/[-_]}.ko*" -print -quit) [[ $objfile == "" ]] && return modcache[$module]=$objfile fi # Remove the englobing parenthesis symbol=${symbol#\(} symbol=${symbol%\)} # Strip segment local segment if [[ $symbol == *:* ]] ; then segment=${symbol%%:*}: symbol=${symbol#*:} fi # Strip the symbol name so that we could look it up local name=${symbol%+*} # Use 'nm vmlinux' to figure out the base address of said symbol. # It's actually faster to call it every time than to load it # all into bash. if [[ "${cache[$module,$name]+isset}" == "isset" ]]; then local base_addr=${cache[$module,$name]} else local base_addr=$(nm "$objfile" | grep -i ' t ' | awk "/ $name\$/ {print \$1}" | head -n1) cache[$module,$name]="$base_addr" fi # Let's start doing the math to get the exact address into the # symbol. First, strip out the symbol total length. local expr=${symbol%/*} # Now, replace the symbol name with the base address we found # before. expr=${expr/$name/0x$base_addr} # Evaluate it to find the actual address expr=$((expr)) local address=$(printf "%x\n" "$expr") # Pass it to addr2line to get filename and line number # Could get more than one result if [[ "${cache[$module,$address]+isset}" == "isset" ]]; then local code=${cache[$module,$address]} else local code=$(${CROSS_COMPILE}addr2line -i -e "$objfile" "$address") cache[$module,$address]=$code fi # addr2line doesn't return a proper error code if it fails, so # we detect it using the value it prints so that we could preserve # the offset/size into the function and bail out if [[ $code == "??:0" ]]; then return fi # Strip out the base of the path on each line code=$(while read -r line; do echo "${line#$basepath/}"; done <<< "$code") # In the case of inlines, move everything to same line code=${code//$'\n'/' '} # Replace old address with pretty line numbers symbol="$segment$name ($code)" } decode_code() { local scripts=`dirname "${BASH_SOURCE[0]}"` echo "$1" | $scripts/decodecode } handle_line() { local words # Tokenize read -a words <<<"$1" # Remove hex numbers. Do it ourselves until it happens in the # kernel # We need to know the index of the last element before we # remove elements because arrays are sparse local last=$(( ${#words[@]} - 1 )) for i in "${!words[@]}"; do # Remove the address if [[ ${words[$i]} =~ \[\<([^]]+)\>\] ]]; then unset words[$i] fi # Format timestamps with tabs if [[ ${words[$i]} == \[ && ${words[$i+1]} == *\] ]]; then unset words[$i] words[$i+1]=$(printf "[%13s\n" "${words[$i+1]}") fi done if [[ ${words[$last]} =~ \[([^]]+)\] ]]; then module=${words[$last]} module=${module#\[} module=${module%\]} symbol=${words[$last-1]} unset words[$last-1] else # The symbol is the last element, process it symbol=${words[$last]} module= fi unset words[$last] parse_symbol # modifies $symbol # Add up the line number to the symbol echo "${words[@]}" "$symbol $module" } while read line; do # Let's see if we have an address in the line if [[ $line =~ \[\<([^]]+)\>\] ]] || [[ $line =~ [^+\ ]+\+0x[0-9a-f]+/0x[0-9a-f]+ ]]; then # Translate address to line numbers handle_line "$line" # Is it a code line? elif [[ $line == *Code:* ]]; then decode_code "$line" else # Nothing special in this line, show it as is echo "$line" fi done
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