#!/bin/sh

# Configure parameters for lmbench.
# %I% %E% %@%

OS=`../scripts/os`
L='====================================================================='
echo $L; 
cat<<EOF;

		L M B E N C H   C ON F I G U R A T I O N
		----------------------------------------

You need to configure some parameters to lmbench.  Once you have configured
these parameters, you may do multiple runs by saying

	"make rerun"

in the src subdirectory.

NOTICE: please do not have any other activity on the system if you can
help it.  Things like the second hand on your xclock or X perfmeters
are not so good when benchmarking.  In fact, X is not so good when
benchmarking.

EOF

# Figure out echo.
if [ `echo -n "foo" | wc -l` -eq 0 ]
then	ECHON="-n"; ECHOC=
else	ECHON= ; ECHOC='\c'
fi

############################################################################
# Multiple copies
############################################################################
echo $L
cat<<EOF;

If you are running on an MP machine and you want to try running
multiple copies of lmbench in parallel, you can specify how many here.

Using this option will make the benchmark run 100x slower (sorry).

NOTE:  WARNING! This feature is experimental and many results are 
	known to be incorrect or random!

EOF
AGAIN=Y
while [ $AGAIN = Y ]
do	echo $ECHON "MULTIPLE COPIES [default 1]: $ECHOC"
	read SYNC_MAX
	if [ "X$SYNC_MAX" != X ]
	then	case "$SYNC_MAX" in
		[0-9]|[0-9][0-9]|[0-9][0-9][0-9])
			AGAIN=N
			;;
		*)	echo "Please enter a number between 1 and 999"
			;;
		esac
	else	AGAIN=N
		SYNC_MAX=1
	fi
done

############################################################################
# Job placement (for SMPs)
############################################################################
L='====================================================================='
echo $L; 
LMBENCH_SCHED=DEFAULT
AGAIN=Y
while [ $AGAIN = Y ]
do
echo ""
cat<<EOF 
Options to control job placement
1) Allow scheduler to place jobs
2) Assign each benchmark process with any attendent child processes
   to its own processor
3) Assign each benchmark process with any attendent child processes
   to its own processor, except that it will be as far as possible
   from other processes
4) Assign each benchmark and attendent processes to their own
   processors
5) Assign each benchmark and attendent processes to their own
   processors, except that they will be as far as possible from
   each other and other processes
6) Custom placement: you assign each benchmark process with attendent
   child processes to processors
7) Custom placement: you assign each benchmark and attendent
   processes to processors

Note: some benchmarks, such as bw_pipe, create attendent child
processes for each benchmark process.  For example, bw_pipe
needs a second process to send data down the pipe to be read
by the benchmark process.  If you have three copies of the
benchmark process running, then you actually have six processes;
three attendent child processes sending data down the pipes and 
three benchmark processes reading data and doing the measurements.

EOF
	echo $ECHON "Job placement selection [default 1]: $ECHOC"
	read LMBENCH_SCHED
	if [ "X$LMBENCH_SCHED" = X ]
	then
	    LMBENCH_SCHED=1
	fi
	AGAIN=N
	case "$LMBENCH_SCHED" in
	    1) LMBENCH_SCHED=DEFAULT;;
	    2) LMBENCH_SCHED=BALANCED;;
	    3) LMBENCH_SCHED=BALANCED_SPREAD;;
	    4) LMBENCH_SCHED=UNIQUE;;
	    5) LMBENCH_SCHED=UNIQUE_SPREAD;;
	    6) echo $ECHON "Please enter a space-separated list of CPU ids: $ECHOC"
	       read LMBENCH_SCHED
	       LMBENCH_SCHED="CUSTOM $LMBENCH_SCHED"
	       ;;
	    7) echo $ECHON "Please enter a space-separated list of CPU ids: $ECHOC"
	       read LMBENCH_SCHED
	       LMBENCH_SCHED="CUSTOM_SPREAD $LMBENCH_SCHED"
	       ;;
	    *) AGAIN=Y
	       ;;
	esac
done
export LMBENCH_SCHED

############################################################################
# Timing granulairty, loop overhead, etc.
############################################################################
echo $L; echo "";
echo "Hang on, we are calculating your timing granularity."
msleep 250
ENOUGH=`enough`
export ENOUGH 
echo "OK, it looks like you can time stuff down to $ENOUGH usec resolution."
echo ""
echo "Hang on, we are calculating your timing overhead."
msleep 250
TIMING_O=`timing_o`
export TIMING_O
echo "OK, it looks like your gettimeofday() costs $TIMING_O usecs."
echo ""
echo "Hang on, we are calculating your loop overhead."
msleep 250
LOOP_O=`loop_o`
export LOOP_O
echo "OK, it looks like your benchmark loop costs $LOOP_O usecs."
echo ""

############################################################################
# Figure out memory size.
############################################################################
if [ -r /proc/cpuinfo ]
then
	PROCESSORS=`grep processor /proc/cpuinfo | wc -l`
fi

if [ -r /proc/meminfo ]
then
	TMP=`grep 'MemTotal:' /proc/meminfo | awk '{print $2}'`
	if [ "X$TMP" != X ]
	then	MB=`echo $TMP / 1024 | bc 2>/dev/null`
		if [ X$MB = X ]
		then	MB=`expr $TMP / 1024 2>/dev/null`
		fi
	fi
	TMP=`grep 'Mem\(Free\)\?:' /proc/meminfo | awk '{print $2}'`
	if [ "X$MB" = X -a "X$TMP" != X ]
	then	MB=`echo $TMP / 1048576 | bc 2>/dev/null`
		if [ X$MB = X ]
		then	MB=`expr $TMP / 1048576 2>/dev/null`
		fi
	fi
fi
if [ X$MB = X ]
then	$ECHON "Probing system for available memory: $ECHOC"
	MB=`memsize 4096`
fi
TOTAL_MEM=$MB
MB=`echo \( $MB \* 7 \) / 10 | bc 2>/dev/null`
if [ X$MB = X ]
then	MB=`expr $TOTAL_MEM \* 7`
	MB=`expr $MB / 10`
fi

echo $L
cat<<EOF;

Several benchmarks operate on a range of memory.  This memory should be
sized such that it is at least 4 times as big as the external cache[s]
on your system.   It should be no more than 80% of your physical memory.

The bigger the range, the more accurate the results, but larger sizes
take somewhat longer to run the benchmark.

EOF

# By default, use 512M memory as the upper limit for lmbench test
if [ $MB -gt 512 ];then
MB=512
fi

echo $ECHON "MB [default $MB]: $ECHOC"
read TMP
if [ X$TMP != X ]
then	MB=$TMP
fi
# Certain machines tend to barf when you try and bcopy 8MB.
# Figure out how much we can use.
echo "Checking to see if you have $MB MB; please wait for a moment..."
MB=`memsize $MB`
MB=`memsize $MB`
MB=`memsize $MB`
if [ `expr $SYNC_MAX \* $MB` -gt `expr $TOTAL_MEM` ]
then
	MB=`expr $TOTAL_MEM / $SYNC_MAX`
	MB=`expr $MB / 2`
fi
if [ $MB -lt 8 ]
then    echo $0 aborted: Not enough memory, only ${MB}MB available. 
	exit 1
fi
if [ $MB -lt 16 ]
then	echo Warning: you have only ${MB}MB available memory. 
	echo Some benchmark results will be less meaningful. 
fi

echo "Hang on, we are calculating your cache line size."
msleep 250
LINE_SIZE=`lm_line -M ${MB}M`
export LINE_SIZE
echo "OK, it looks like your cache line is $LINE_SIZE bytes."
echo ""

############################################################################
# Benchmarking subsets
############################################################################
echo $L
cat<<EOF;

lmbench measures a wide variety of system performance, and the full suite
of benchmarks can take a long time on some platforms.  Consequently, we
offer the capability to run only predefined subsets of benchmarks, one
for operating system specific benchmarks and one for hardware specific
benchmarks.  We also offer the option of running only selected benchmarks
which is useful during operating system development.

Please remember that if you intend to publish the results you either need
to do a full run or one of the predefined OS or hardware subsets.

EOF

echo $ECHON "SUBSET (ALL|HARWARE|OS|DEVELOPMENT) [default all]: $ECHOC"
read subset
BENCHMARK_HARDWARE=NO
BENCHMARK_OS=NO
BENCHMARK_DEVELOPMENT=NO
case "$subset" in
	[hH]*)	BENCHMARK_HARDWARE=YES;;
	[oO]*)	BENCHMARK_OS=YES;;
	[dD]*)	BENCHMARK_DEVELOPMENT=YES;;
	*)	BENCHMARK_HARDWARE=YES;
		BENCHMARK_OS=YES;;
esac

if [ X$BENCHMARK_DEVELOPMENT = XYES ]; then
	echo $L

	echo $ECHON "SYSCALL [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_SYSCALL=NO;;
	    *)		BENCHMARK_SYSCALL=YES;;
	esac

	echo $ECHON "SELECT [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_SELECT=NO;;
	    *) 		BENCHMARK_SELECT=YES;;
	esac

	echo $ECHON "SIGNAL [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_SIG=NO;;
	    *) 		BENCHMARK_SIG=YES;;
	esac

	echo $ECHON "PROCESS CREATION [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_PROC=NO;;
	    *)		BENCHMARK_PROC=YES;;
	esac

	echo $ECHON "PAGEFAULT [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_PAGEFAULT=NO;;
	    *)		BENCHMARK_PAGEFAULT=YES;;
	esac

	echo $ECHON "FILE [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_FILE=NO;;
	    *)		BENCHMARK_FILE=YES;;
	esac

	echo $ECHON "MMAP [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_MMAP=NO;;
	    *)		BENCHMARK_MMAP=YES;;
	esac

	echo $ECHON "CONTEXT SWITCH [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_CTX=NO;;
	    *)		BENCHMARK_CTX=YES;;
	esac

	echo $ECHON "PIPE [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_PIPE=NO;;
	    *)		BENCHMARK_PIPE=YES;;
	esac

	echo $ECHON "UNIX socket [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_UNIX=NO;;
	    *)		BENCHMARK_UNIX=YES;;
	esac

	echo $ECHON "UDP [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_UDP=NO;;
	    *)		BENCHMARK_UDP=YES;;
	esac

	echo $ECHON "TCP [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_TCP=NO;;
	    *)		BENCHMARK_TCP=YES;;
	esac

	echo $ECHON "TCP CONNECT [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_CONNECT=NO;;
	    *)		BENCHMARK_CONNECT=YES;;
	esac

	echo $ECHON "RPC [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_RPC=NO;;
	    *)		BENCHMARK_RPC=YES;;
	esac

	echo $ECHON "HTTP [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_HTTP=NO;;
	    *)		BENCHMARK_HTTP=YES;;
	esac

	echo $ECHON "BCOPY [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_BCOPY=NO;;
	    *)		BENCHMARK_BCOPY=YES;;
	esac

	echo $ECHON "MEMORY HIERARCHY [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_MEM=NO;;
	    *)		BENCHMARK_MEM=YES;;
	esac

	echo $ECHON "CPU OPERATIONS [default yes]: $ECHOC"
	read bench
	case "$bench" in
	    [nN]*)	BENCHMARK_OPS=NO;;
	    *)		BENCHMARK_OPS=YES;;
	esac
fi

############################################################################
# Memory strides for lat_mem
############################################################################
FASTMEM=NO
if [ "$BENCHMARK_HARDWARE" = "YES" ]; then
	echo $L
	cat<<EOF;

This benchmark measures, by default, memory latency for a number of
different strides.  That can take a long time and is most useful if you
are trying to figure out your cache line size or if your cache line size
is greater than 128 bytes.

If you are planning on sending in these results, please don't do a fast
run.

Answering yes means that we measure memory latency with a 128 byte stride.  

EOF

	echo $ECHON "FASTMEM [default no]: $ECHOC"
	read fast
	case "$fast" in
	    [yY]*) FASTMEM=YES;;
	    *)	   FASTMEM=NO;;
	esac
fi

############################################################################
# File system latency
############################################################################
echo $L
cat<<EOF;

This benchmark measures, by default, file system latency.  That can
take a long time on systems with old style file systems (i.e., UFS,
FFS, etc.).  Linux' ext2fs and Sun's tmpfs are fast enough that this
test is not painful.

If you are planning on sending in these results, please don't do a fast
run.

If you want to skip the file system latency tests, answer "yes" below.

EOF

echo $ECHON "SLOWFS [default no]: $ECHOC"
read slow
case "$slow" in
    [yY]*) SLOWFS=YES;;
    *)	   SLOWFS=NO;;
esac

############################################################################
# Disk bandwidth/seek times
############################################################################
if [ $SYNC_MAX -gt 1 -o "${BENCHMARK_HARDWARE}" != "YES" ]; then
	# parallel benchmarking is incompatible with disk tests
	DISK_DESC=""
	DISKS=""
else
	echo $L
	cat<<EOF;

This benchmark can measure disk zone bandwidths and seek times.  These can
be turned into whizzy graphs that pretty much tell you everything you might
need to know about the performance of your disk.  

This takes a while and requires read access to a disk drive.  
Write is not measured, see disk.c to see how if you want to do so.

If you want to skip the disk tests, hit return below.

If you want to include disk tests, then specify the path to the disk
device, such as /dev/sda.  For each disk that is readable, you'll be
prompted for a one line description of the drive, i.e., 

	Iomega IDE ZIP
or
	HP C3725S 2GB on 10MB/sec NCR SCSI bus

EOF

	echo $ECHON "DISKS [default none]: $ECHOC"
	read disks
	if [ X"$disks" != X ]
	then	
		for i in $disks
		do	if [ -r $i ]
			then	flushdisk $i
				if [ $? -eq 1 ]
				then	echo "Must be root to run disk benchmarks."
					echo "Root is needed to flush the buffer cache"
					exit 1
				fi
				echo $ECHON "$i is a $ECHOC"
				read x
				DISK_DESC="$DISK_DESC[${i}:${x}] "
				DISKS="$DISKS${i} "
			else	echo "Can't read $i, skipping it."
			fi
		done
	fi
fi

############################################################################
# Remote networking
############################################################################
if [ $SYNC_MAX -gt 1 ]; then
	# remote networking is incompatible with parallel benchmarking
	REMOTE=""
else
	echo $L

	RSH=rsh
	for p in `echo $PATH | sed 's/:/ /g'`
	do	if [ -f $p/remsh ]
		then	RSH=remsh
		fi
	done
	RCP=rcp

	cat<<EOF;

If you are running on an idle network and there are other, identically
configured systems, on the same wire (no gateway between you and them),
and you have rsh access to them, then you should run the network part
of the benchmarks to them.  Please specify any such systems as a space
separated list such as: ether-host fddi-host hippi-host.

EOF
	echo $ECHON "REMOTE [default none]: $ECHOC"
	read REMOTE

	if [ "X$REMOTE" != X ]
	then	cat<<EOF;

Thanks for doing remote testing, that is a hard thing to get.  In 
order to run a server on the remote system, we need a remote shell 
to be enabled (ideally without a password) from this host to $REMOTE.  
The original remote shell is rsh, but the use of a secure remote shell 
like ssh is increasingly common.  We need the name of BOTH the shell 
itself and the associated copy tool (e.g. rcp vs scp) to be entered.

EOF
		echo $ECHON "RSH [default $RSH]: $ECHOC"
		read rsh
		if [ -n "$rsh" ]
		then	RSH=$rsh
		fi
		echo $ECHON "RCP [default $RCP]: $ECHOC"
		read rcp
		if [ -n "$rsh" ]
		then	RCP=$rcp
		fi

		cat<<EOF;

Could you do me one more favor and tell me the networking you think 
will be used to get to each of the remote hosts.  By networking I 
mean one of the following (or whatever you use if you use something 
else):

ethernet		aka 10baseT, thinnet, thicknet, etc
ethernet-100		aka 100baseT, 100VG
fddi			aka cddi
hippi
others?

Please type it just like the above if you can, it makes parsing easier.

EOF


		for r in $REMOTE
		do	echo $ECHON "Network type for $r: $ECHOC"
			read n
			X=`$RSH $r echo foo`
			if [ X$X = Xfoo ]
			then	echo Remote access to $r worked, thanks.
			else	echo Remote access to $r did not work, please check and retry,
				exit 1
			fi
			NETWORKS="${NETWORKS}[ $r:$n ]"
		done
	fi
fi

############################################################################
# Processor speed
############################################################################
echo $L
echo ""
echo "Calculating mhz, please wait for a moment..."
MHZ=`mhz`
cat<<EOF
I think your CPU mhz is 

	$MHZ
	
but I am frequently wrong.  If that is the wrong Mhz, type in your
best guess as to your processor speed.  It doesn't have to be exact,
but if you know it is around 800, say 800.  

Please note that some processors, such as the P4, have a core which
is double-clocked, so on those processors the reported clock speed
will be roughly double the advertised clock rate.  For example, a
1.8GHz P4 may be reported as a 3592MHz processor.

EOF
echo $ECHON "Processor mhz [default $MHZ]: $ECHOC"
read mhz
if [ -n "$mhz" ]
then	MHZ=$mhz
fi


############################################################################
# /usr/tmp?
############################################################################
echo $L
AGAIN=Y
while [ $AGAIN = Y ]
do
	cat<<EOF;

We need a place to store a $MB Mbyte file as well as create and delete a
large number of small files.  We default to /usr/tmp.  If /usr/tmp is a
memory resident file system (i.e., tmpfs), pick a different place.
Please specify a directory that has enough space and is a local file
system.

EOF
	DEFAULTFSDIR=/usr/tmp
	for t in /usr/tmp /var/tmp /tmp; do
		if [ -d $t -a -w $t ]
		then	DEFAULTFSDIR=$t
			break
		fi
	done
	echo $ECHON "FSDIR [default $DEFAULTFSDIR]: $ECHOC"
	read FSDIR
	if [ X$FSDIR = X ]
	then	FSDIR=$DEFAULTFSDIR
	else	mkdir -p $FSDIR 2>/dev/null
	fi
	if [ -d $FSDIR -a -w $FSDIR ]
	then	AGAIN=N
		FILE=$FSDIR/XXX
	else	echo $FSDIR is not a directory or is not writable
	fi
done

############################################################################
# status output?
############################################################################
echo $L
cat<<EOF;

lmbench outputs status information as it runs various benchmarks.
By default this output is sent to /dev/tty, but you may redirect
it to any file you wish (such as /dev/null...).

EOF

echo $ECHON "Status output file [default /dev/tty]: $ECHOC"
read OUTPUT
if [ "X$OUTPUT" = X ]
then	OUTPUT=/dev/tty;
fi

############################################################################
# Submit results?
############################################################################
echo $L
cat<<EOF;

There is a database of benchmark results that is shipped with new
releases of lmbench.  Your results can be included in the database
if you wish.  The more results the better, especially if they include
remote networking.  If your results are interesting, i.e., for a new
fast box, they may be made available on the lmbench web page, which is

	http://www.bitmover.com/lmbench

EOF

echo $ECHON "Mail results [default yes]: $ECHOC"
read MAIL
case $MAIL in 
    [Nn]*)	MAIL=no
		echo OK, no results mailed.
		;;
    *)		MAIL=yes
		;;
esac

INFO=`../scripts/hostinfo`
if [ $MAIL = yes ]
then	if [ ! -f $INFO ]
	then	cp ../scripts/hostinfo-template $INFO
		chmod +w $INFO
		REUSE=no
	else	
		REUSE=view
		while [ $REUSE = view ]
		do	echo ""
			echo $ECHON \
"Reuse previous description [default yes, other options: no|view]: $ECHOC"
			read REUSE
			case $REUSE in 
	    		[Nn]*)	REUSE=no
				;;
			[Vv]*)	REUSE=view
				echo $L
				more $INFO
				echo $L
				;;
	    		*)	REUSE=yes
				;;
			esac
		done
	fi

	if [ $REUSE = no ]
	then	EDITOR=vi
		echo $L
		cat<<EOF;

Please tell us about your machine.   There is a form we would like you
to fill out that we will make available with the results.  If you would
prefer to use a different editor, tell us the editor at the prompt.

If you want to skip filling out this form (please don't) then answer 
"none" at the prompt.

EOF
		echo $ECHON "Editor [default $EDITOR]: $ECHOC"
		read TMP
		if [ X$TMP != X ]
		then	EDITOR=$TMP
		fi
		if [ X$EDITOR != "none" ]
		then	$EDITOR `../scripts/hostinfo`
		fi
	fi
fi

echo $L
echo ""
echo "Confguration done, thanks."
cat <<EOF

There is a mailing list for discussing lmbench hosted at BitMover. 
Send mail to majordomo@bitmover.com to join the list.

EOF

VERSION=`../scripts/version`

C=`../scripts/config`
echo DISKS=\"$DISKS\" > $C
echo DISK_DESC=\"$DISK_DESC\" >> $C
echo OUTPUT=$OUTPUT >> $C
echo ENOUGH=$ENOUGH >> $C
echo FASTMEM=\"$FASTMEM\" >> $C
echo FILE=$FILE >> $C
echo FSDIR=$FSDIR >> $C
echo INFO=$INFO >> $C
echo LINE_SIZE=$LINE_SIZE >> $C
echo LOOP_O=$LOOP_O >> $C
echo MAIL=$MAIL >> $C
echo TOTAL_MEM=$TOTAL_MEM >> $C
echo MB=$MB >> $C
echo MHZ=\"$MHZ\" >> $C
echo MOTHERBOARD=\"$MOTHERBOARD\" >> $C
echo NETWORKS=\"$NETWORKS\" >> $C
echo OS=\"$OS\" >> $C
echo PROCESSORS=\"$PROCESSORS\" >> $C
echo REMOTE=\"$REMOTE\" >> $C
echo SLOWFS=\"$SLOWFS\" >> $C
echo SYNC_MAX=\"$SYNC_MAX\" >> $C
echo LMBENCH_SCHED=\"$LMBENCH_SCHED\" >> $C
echo TIMING_O=$TIMING_O >> $C
echo RSH=$RSH >> $C
echo RCP=$RCP >> $C
echo VERSION=$VERSION >> $C
echo BENCHMARK_HARDWARE=$BENCHMARK_HARDWARE >> $C
echo BENCHMARK_OS=$BENCHMARK_OS >> $C
echo BENCHMARK_SYSCALL=$BENCHMARK_SYSCALL >> $C
echo BENCHMARK_SELECT=$BENCHMARK_SELECT >> $C
echo BENCHMARK_SIG=$BENCHMARK_SIG >> $C
echo BENCHMARK_PROC=$BENCHMARK_PROC >> $C
echo BENCHMARK_CTX=$BENCHMARK_CTX >> $C
echo BENCHMARK_PAGEFAULT=$BENCHMARK_PAGEFAULT >> $C
echo BENCHMARK_FILE=$BENCHMARK_FILE >> $C
echo BENCHMARK_MMAP=$BENCHMARK_MMAP >> $C
echo BENCHMARK_PIPE=$BENCHMARK_PIPE >> $C
echo BENCHMARK_UNIX=$BENCHMARK_UNIX >> $C
echo BENCHMARK_UDP=$BENCHMARK_UDP >> $C
echo BENCHMARK_TCP=$BENCHMARK_TCP >> $C
echo BENCHMARK_CONNECT=$BENCHMARK_CONNECT >> $C
echo BENCHMARK_RPC=$BENCHMARK_RPC >> $C
echo BENCHMARK_HTTP=$BENCHMARK_HTTP >> $C
echo BENCHMARK_BCOPY=$BENCHMARK_BCOPY >> $C
echo BENCHMARK_MEM=$BENCHMARK_MEM >> $C
echo BENCHMARK_OPS=$BENCHMARK_OPS >> $C

exit 0