setting up git on old project

1 files changed, 101 insertions, 0 deletions

diff --git a/test/core_script.sh b/test/core_script.sh
new file mode 100644
index 0000000..886b4aa
--- /dev/null
+++ b/test/core_script.sh
@@ -0,0 +1,101 @@
+#!/bin/sh
+
+MATRIX_SIZE=100
+TO_THREADS=4
+SOURCE_DIR=..
+TEST_DIR=.
+FROM_THREADS=1
+ANSW="g"
+
+#1-st argument is the size of the matrix. If ommited then it's 100
+[ $1 ] && [ $1 -ge 0 ] && MATRIX_SIZE=$1
+[ $2 ] && [ $2 -ge 1 ] && FROM_THREADS=$2
+[ $3 ] && [ $3 -ge $FROM_THREADS ] && TO_THREADS=$3
+
+nxn="$MATRIX_SIZE\\$MATRIX_SIZE"
+
+#make the executable
+make -C $SOURCE_DIR || (echo "ERROR: COULD NOT MAKE THE EXECUTABLE" ; exit -1) || exit
+
+#move it to testing grounds
+mv $SOURCE_DIR/main.exe $TEST_DIR/executables/main.exe 
+
+#along the heavy line generator
+mv $SOURCE_DIR/make_heavy.exe $TEST_DIR/executables/make_heavy.exe 
+
+#make matrix, dump it in a file and then execute over one thread
+if [ -e $TEST_DIR/inputs/matrix$nxn ]
+then
+	while [ $ANSW != "y" ] && [ $ANSW != "n" ]
+	do
+		echo "Testing on a matrix size that has been tested already. Run tests again[y/n]?"
+		read ANSW
+	done
+	[ $ANSW = "n" ] && exit
+	ANSW="g"
+	while [ $ANSW != "y" ] && [ $ANSW != "n" ]
+	do
+		echo "Generate new matrix?[y/n]?"
+		read ANSW
+	done
+
+	echo "Testing on $FROM_THREADS thread(s)"
+	[ $ANSW = "n" ] && $TEST_DIR/executables/main.exe -t $FROM_THREADS -i $TEST_DIR/inputs/matrix$nxn -o $TEST_DIR/outputs/output$nxn > $TEST_DIR/times/normal/[$nxn]$FROM_THREADS.time 
+	[ $ANSW = "y" ] && $TEST_DIR/executables/main.exe -t $FROM_THREADS -dm $TEST_DIR/inputs/matrix$nxn -o $TEST_DIR/outputs/output$nxn -n $MATRIX_SIZE > $TEST_DIR/times/normal/[$nxn]$FROM_THREADS.time 
+else
+	echo "Testing on $FROM_THREADS thread(s)"
+	$TEST_DIR/executables/main.exe -t $FROM_THREADS -dm $TEST_DIR/inputs/matrix$nxn -o $TEST_DIR/outputs/output$nxn -n $MATRIX_SIZE > $TEST_DIR/times/normal/[$nxn]$FROM_THREADS.time 
+fi
+
+cat $TEST_DIR/times/normal/[$nxn]$FROM_THREADS.time | tail -n 1 
+
+#execute over 2 or more threads using the dumped matrix (reusing it so we don't have misleading results)
+i=$((FROM_THREADS+1))
+while [ $i -le $TO_THREADS ]
+do
+	echo "Testing on $i threads" 
+	$TEST_DIR/executables/main.exe -t $i -i $TEST_DIR/inputs/matrix$nxn -o $TEST_DIR/outputs/temp_output$nxn > $TEST_DIR/times/normal/[$nxn]$i.time 
+
+	#check for consistency between outputs
+	[ $(cat $TEST_DIR/outputs/output$nxn) != $(cat $TEST_DIR/outputs/temp_output$nxn) ] && echo "ERROR OUTPUTS DO NOT MATCH" && exit
+
+	rm $TEST_DIR/outputs/temp_output$nxn
+
+	#print time it took for $i threads to do the task
+	cat $TEST_DIR/times/normal/[$nxn]$i.time | tail -n 1 
+
+	i=$((i+1))
+done
+
+#test over a matrix with a heavy row (This should be the worst case for the algorithm)
+#make a matrix with a really heavy (MAXTHREADS - 1 to last ) row
+echo "$MATRIX_SIZE $((MATRIX_SIZE - MAX_THREADS+1))" | $TEST_DIR/executables/make_heavy.exe > $TEST_DIR/inputs/matrix$nxn.heavy
+
+#do not dump the matrix this time
+#heavy matrices are very alike - do not prompt to keep matrice
+
+echo "[HEAVY]Testing on $FROM_THREADS thread(s)"
+$TEST_DIR/executables/main.exe -t $FROM_THREADS -i $TEST_DIR/inputs/matrix$nxn.heavy -o $TEST_DIR/outputs/output$nxn.heavy > $TEST_DIR/times/heavy/[$nxn]$FROM_THREADS.time 
+
+cat $TEST_DIR/times/heavy/[$nxn]$FROM_THREADS.time | tail -n 1 
+
+#execute over 2 or more threads using the dumped matrix (reusing it so we don't have misleading results)
+i=$((FROM_THREADS+1))
+while [ $i -le $TO_THREADS ]
+do
+	echo "[HEAVY]Testing on $i threads" 
+	$TEST_DIR/executables/main.exe -t $i -i $TEST_DIR/inputs/matrix$nxn.heavy -o $TEST_DIR/outputs/temp_output$nxn.heavy > $TEST_DIR/times/heavy/[$nxn]$i.time 
+
+	#check for consistency between outputs
+	[ $(cat $TEST_DIR/outputs/output$nxn.heavy) != $(cat $TEST_DIR/outputs/temp_output$nxn.heavy) ] && echo "ERROR OUTPUTS DO NOT MATCH" && exit
+
+	rm $TEST_DIR/outputs/temp_output$nxn.heavy
+
+	#print time it took for $i threads to do the task
+	cat $TEST_DIR/times/heavy/[$nxn]$i.time | tail -n 1 
+
+	i=$((i+1))
+done
+
+exit 
+