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|
#!/usr/bin/env bash
# Auto checker script for Scilab Textbook Companion
# http://scilab.in/Textbook_Companion_Project
# Original author: Lavitha Pereira
# This file is part of tbc-auto-checker.
# tbc-auto-checker is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# any later version.
# tbc-auto-checker is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
# You should have received a copy of the GNU General Public License
# along with tbc-auto-checker. If not, see <http://www.gnu.org/licenses/>.
# NOTE: scilab version 5.4.0 or higher is recommended.
# Set your scilab path here
SCI_PATH="/home/sachin/Downloads/scilab-5.4.0-beta-2/bin/scilab-adv-cli"
# set where to store graph images
SCI_GRAPH_PATH="${HOME}/Downloads/tbc_graphs"
echo "Hello $USER, Welcome to automatic code check for Scilab textbook companion."
echo "The Date & Time is:" `date`
echo ""
SAVEIFS=$IFS # save value of IFS, if any
IFS=$(echo -en "\n\b\:\,") # define Internal Field Seperator(for
# directory names with spaces)
# cleaning
# Remove previous graphs
if [ -d "${SCI_GRAPH_PATH}" -a ! -h "${SCI_GRAPH_PATH}" ];
then
rm -rvf "${SCI_GRAPH_PATH}"
else
echo "No previous graphs found."
fi
rm -rvf *.log # remove previous log files
function scan_sce_for_errors() {
# Generate output log, error log of both text and graphical based output
# also generate graphs(currently only plots graphs which has plot*(*) function)
unzip $1 # unzip file
wait
ZIPFILE=$2 # this is extracted dir name
# make a list of all .sce file(with complete path). Exclude
# scanning 'DEPENDENCIES' DIR
# That awk command says the field separator FS is set to /; this
# affects the way it reads fields. The output field separator OFS
# is set to "."; this affects the way it prints records. This is
# intentionally done so that 'cut' will take "." as a field
# Seperator during final sort operation. The next statement says
# print the last column (NF is the number of fields in the record,
# so it also happens to be the index of the last field) as well as
# the whole record ($0 is the whole record); it will print them
# with the OFS between them. Then the list is sorted, treating _
# as the field separator - since we have the filename first in the
# record, it will sort by that. Then the cut prints only fields 3
# through the end, again treating "." as the field separator.
SCE_FILE_LIST=$(find ${ZIPFILE} -type f -iname "*.sce" ! \
-path "*/DEPENDENCIES*" | \
awk -vFS=/ -vOFS="." '{print $NF,$0}' | \
sort -n -t _ -k1 -k2 | cut -d"." -f3-)
SCE_FILE_COUNT=$(echo "${SCE_FILE_LIST}" | wc -l)
echo -e "Total number of .sce files(without counting DEPENDENCIES directory): ${SCE_FILE_COUNT}\n" >> ./output_${ZIPFILE}.log
# make directory for storing graphs(each dir will be named after a book)
mkdir -p ${SCI_GRAPH_PATH}/${ZIPFILE}
for sce_file in ${SCE_FILE_LIST};
do
CAT_FILE=$(egrep -r "plot\S[0-9]?[d]?[0-9]?[(]*[)]*" ${sce_file})
#echo ${CAT_FILE}
if [ -z "${CAT_FILE}" ];
then
BASE_FILE_NAME=$(basename ${sce_file} .sce)
echo "--------- Text output file --------------"
echo "------------- ${sce_file} --------------"
echo "" >> ${sce_file}
echo "exit();" >> ${sce_file}
sed -i '1s/^/mode(2);/' ${sce_file}
sed -i '1s/^/errcatch(-1,"stop");/' ${sce_file}
sed -i 's/clc()//g' ${sce_file}
sed -i 's/close;//g' ${sce_file}
# run command
OUTPUT=`${SCI_PATH} -nb -nwni -f ${sce_file}`
echo $OUTPUT
if [[ "${OUTPUT}" =~ "!--error" ]];
then
echo "ERROR: ${sce_file}" >> ./error_${ZIPFILE}.log
echo "${OUTPUT}" >> ./error_${ZIPFILE}.log
else
echo "################# ${sce_file} #####################" >> ./output_${ZIPFILE}.log
echo "${OUTPUT}" >> ./output_${ZIPFILE}.log
fi
unset OUTPUT
unset BASE_FILE_NAME
else
echo "-------- Graph file -----------"
echo "--------${sce_file}------------"
echo "" >> ${sce_file}
BASE_FILE_NAME=$(basename ${sce_file} .sce)
# change path for storing graph image file
echo "xinit('${SCI_GRAPH_PATH}/${ZIPFILE}/${BASE_FILE_NAME}');xend();exit();" >> ${sce_file}
sed -i '1s/^/mode(2);errcatch(-1,"stop");driver("GIF");/' ${sce_file}
sed -i 's/clc()//g' ${sce_file}
sed -i 's/close;//g' ${sce_file}
# run command
OUTPUT=`${SCI_PATH} -nb -nogui -f ${sce_file}`
echo ${OUTPUT}
if [[ "${OUTPUT}" =~ "error" ]];
then
echo "ERROR: ${sce_file}" >> ./error_graph_${ZIPFILE}.log
echo "${OUTPUT}" >> ./error_graph_${ZIPFILE}.log
else
echo "###################### ${sce_file} ###################" >> ./output_graph_${ZIPFILE}.log
echo "${OUTPUT}" >> ./output_graph_${ZIPFILE}.log
fi
unset OUTPUT
unset BASE_FILE_NAME
fi
done
}
function remove_previous_dirs_and_unzip(){
# remove any previous directories and unzip files
# echo $1 exist
ZIP_DIR=$(basename $1 .zip)
# echo ${ZIP_DIR}
if [ -d "${ZIP_DIR}" -a ! -h "${ZIP_DIR}" ];
# file is a directory(true) and is not a symbolic link
then
# echo ${ZIP_DIR}
rm -rvf "${ZIP_DIR}"
wait
scan_sce_for_errors "$1" "${ZIP_DIR}" # call function to generate output
else
echo Directory: "${ZIP_DIR}" does not exist!!
scan_sce_for_errors "$1" "${ZIP_DIR}" # call function to generate output
fi
}
# make a list of .zip files
if [ -e "$(find . -type f -iname *.zip)" ];
then
ZIP_FILE_LIST=$(ls -1 *.zip)
for ZIP_FILE in ${ZIP_FILE_LIST}:
do
# loop through the list
remove_previous_dirs_and_unzip "${ZIP_FILE}"
done
else
echo "This Directory does not contains any ZIP files"
echo "Please copy ZIP file(s) inside this directory."
exit 1
fi
IFS=$SAVEIFS # restore value of IFS
#----end of auto.sh----#
|
