#!/bin/sh # # This program is intended to take a check.log file generated by a failed run of # sanity.sh as input and run expr line by line on it. It seems a much easier # way of spotting a single failed line in a 100 line test result. # # # This script falls under the GNU General Public License and is intended to # be distributed with CVS. # # # No warranties, express or implied. # # # Contributed by Derek R. Price # usage () { echo "\ usage: $0 [-afh] [file...] -a process alternate pattern -f process first pattern (default) -h print this text file files to process (default = check.log)" } # Do a line by line match with expr # # INPUTS # $1 = text file name # $2 = pattern file name expr_line_by_line () { dcl_line=0 dcl_wrong= # We are assuming a newline at the end of the file. The way sanity.sh # uses echo to create the log message guarantees this newline and since # expr ignores the last newline when the anchor is present anyhow, no # information is being lost in the transition while test $dcl_line -lt `wc -l <$1` -a $dcl_line -lt `wc -l <$2`; do dcl_line=`expr $dcl_line + 1` if test `sed -ne${dcl_line}p <$1 |wc -c` -eq 1 \ -a `sed -ne${dcl_line}p <$2 |wc -c` -eq 1; then # This is a workaround for what I am calling a bug in GNU # expr - it won't match the empty string to the empty # string. In this case the assumption is that a single # character is always a newline. Since we already checked # for the end of the file, we know sed will echo the # newline. : elif expr "`sed -ne${dcl_line}p <$1`" : \ "`sed -ne${dcl_line}p <$2`\$" >/dev/null; then : else echo "$dcl_line: `sed -ne${dcl_line}p <$1`" echo "$dcl_line: `sed -ne${dcl_line}p <$2`\$" dcl_wrong="$dcl_wrong $dcl_line" fi done if test `wc -l <$1` -ne `wc -l <$2`; then echo "output & pattern contain differing number of lines" elif test -z "$dcl_wrong"; then echo "no mismatched lines" else echo "mismatched lines: $dcl_wrong" fi } # Process a single check.log file # # INPUTS # $1 = filename process_check_log () { # abort if we can't find any expressions if grep '^\*\* got: $' <$1 >/dev/null; then : else echo "WARNING: No expressions in file: $1" >&2 echo " Either not a check.log or sanity.sh exited for some other reason," >&2 echo " like bad exit status. Try tail." >&2 return fi dcl_exprfiles="" if grep '^\*\* or: $' <$1 >/dev/null; then # file contains a second regex if test $dcl_dofirst -eq 1; then # get the first pattern sed -ne '/^\*\* expected: $/,/^\*\* or: $/p' <$1 >/tmp/dcle$$ dcl_exprfiles="$dcl_exprfiles /tmp/dcle$$" fi if test $dcl_doalternate -eq 1; then # get the alternate pattern sed -ne '/^\*\* or: $/,/^\*\* got: $/p' <$1 >/tmp/dclo$$ dcl_exprfiles="$dcl_exprfiles /tmp/dclo$$" else echo "WARNING: Ignoring alternate pattern in file: $1" >&2 fi else # file doesn't contain a second regex if test $dcl_dofirst = 1; then # get the only pattern sed -ne '/^\*\* expected: $/,/^\*\* got: $/p' <$1 >/tmp/dcle$$ dcl_exprfiles="$dcl_exprfiles /tmp/dcle$$" fi if test $dcl_doalternate -eq 1; then echo "WARNING: No alternate pattern in file: $1" >&2 fi fi # and get the actual output sed -ne '/^\*\* got: $/,$p' <$1 >/tmp/dclg$$ sed -ne '1D $D p' /tmp/dclh$$ mv /tmp/dclh$$ /tmp/dclg$$ # compare the output against each pattern requested for dcl_f in $dcl_exprfiles; do sed -ne '1D $D p' <$dcl_f >/tmp/dclp$$ mv /tmp/dclp$$ $dcl_f case $dcl_f in /tmp/dcle*) echo "********** $1 : Primary **********" ;; /tmp/dclo*) echo "********** $1 : Alternate **********" ;; esac expr_line_by_line /tmp/dclg$$ $dcl_f rm $dcl_f done rm /tmp/dclg$$ } ### ### MAIN ### # set up defaults dcl_doalternate=0 dcl_dofirst=0 # process options while getopts afh arg; do case $arg in a) dcl_doalternate=1 ;; f) dcl_dofirst=1 ;; \?|h) usage exit 1 ;; esac done # dispose of processed args shift `expr $OPTIND - 1` OPTIND=1 # set the default mode if test $dcl_doalternate -eq 0; then dcl_dofirst=1 fi # set default arg if test $# -eq 0; then dcl_argvar=dcl_default dcl_default=check.log else dcl_argvar=@ fi eval for file in \"\$$dcl_argvar\"\; do \ process_check_log \$file\; \ done exit 0