mitgcm.org/front_content/make_summary

#! /usr/bin/env bash

# $Header: /u/gcmpack/mitgcm.org/front_content/make_summary,v 1.39 2008/06/27 16:01:03 jmc Exp $
#
#  The purpose of this script is to create HTML summaries of the
#  directories produced by the "parse_emails" script.


usage()
{
    echo
    echo "Usage:  $0 [OPTIONS]"
    echo 
    echo "where possible OPTIONS are:"
    echo "  (-help|-h)           print usage"
    echo "  (-date |-d )PERIOD   run for PERIOD=\"YYYY_MM\""
    echo "                         [def=\"$PERIOD\"]"
    echo 
    exit 1
}

CURR_PER=`date +%Y`"_"`date +%m`
# defaults
PERIOD=$CURR_PER

#  Parse options
ac_prev=
for ac_option ; do

    # If the previous option needs an argument, assign it.
    if test -n "$ac_prev"; then
        eval "$ac_prev=\$ac_option"
        ac_prev=
        continue
    fi

    ac_optarg=`expr "x$ac_option" : 'x[^=]*=\(.*\)'`

    case $ac_option in
	
	-help | --help | -h | --h)
	    usage ;;
	
        -date | --date | -d | --d)
            ac_prev=PERIOD ;;
        --date=* | -date=*)
            PERIOD=$ac_optarg ;;

        *)
	    echo "Error: don't understand argument \"$ac_option\""
	    usage
            ;;

     esac

done

#INDIR="/net/orwell/export/export-9/mitgcm-testing/results/$PERIOD"
INDIR="/u/u0/httpd/html/testing/results/$PERIOD"
OUTDIR="/u/u0/httpd/html/testing/summary"

OUTFILE=$OUTDIR"/output_"$PERIOD".html"
res_url="http://mitgcm.org/testing/"

#  Create the links in $OUTFILE :
echo "Creating the \"latest\" file for each machine: "
the_date=`date`
cat > $OUTFILE << EOF
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN"
    "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">

<html xmlns="http://www.w3.org/1999/xhtml">
  <head>
    <title>MITgcm testing summary</title>
    <meta name="author" content="Ed Hill" />

    <!-- <base href="http://mitgcm.org/testing/summary/" /> -->

    <!-- Hinting for menu generation -->
    <meta name="add_name_0" content="Testing" />
    <meta name="add_name_1" content="" />
    <meta name="add_name_2" content="" />
    <meta name="add_title" content="Testing" />
    <!-- Hinting for menu generation -->

  </head>
  <body>
    <p>The MITgcm model is tested
      (compiled and run) in an automated fashion on a varirety of
      different machines.  The following is a summary of the MITgcm
      verification suite for the time period: <b>$PERIOD</b>.</p>

    <p>The machine naming scheme is:<br /></p>
    <table align="center" cellpadding="0" border="0">
      <tr bgcolor="#00cccc"> <td><b>Machine Type</b></td> <td><b>Nickname</b></td>
        <td><b>Notes</b></td> </tr>

      <tr bgcolor="#bbddff"> <td>Intel P4</td> <td>"faulks"</td>
        <td>Fedora Core 6 </td> </tr>
      <tr bgcolor="#bbffdd"> <td> Intel P4</td> <td>"eddy"</td>
        <td>Fedora Core 5</td> </tr>
      <tr bgcolor="#bbddff"> <td> Intel P4 </td> <td>"bay"</td>
        <td>Fedora Core 5 </td> </tr>
      <tr bgcolor="#bbffdd"> <td> Intel P4 </td> <td>"meander"</td>
        <td>Fedora Core 7 </td> </tr>

      <tr bgcolor="#bbddff"> <td> <a href="http://acesgrid.org">ACESgrid Dell
        Xeon</a> </td> <td>"aces"</td><td>Fedora Core 2</td> </tr>

      <!--
      <tr bgcolor="#bbffdd"> <td> Intel P3/P4 Beowulf </td> <td>"myrinet"</td>
        <td><a href="http://mitgcm.org/projects/MITGCM_CLUSTER/">MITgcm cluster
        facility </a></td> </tr>
      <tr bgcolor="#bbddff"> <td>Alpha cluster</td> <td>"halem"</td>
        <td><a href="http://nccstag.gsfc.nasa.gov/halem/quickstart_halem.html">
        NASA NCCS Halem</a></td> </tr>
      -->

      <!--
      <tr bgcolor="#bbffdd"> <td> SGI Origin 2000 </td> <td>"hopper"</td>
        <td><a href="http://www.nas.nasa.gov/User/Systemsdocs/O2K/o2k.html">
        NAS SGI Origin 2000 </a></td> </tr>
      <tr bgcolor="#bbddff"> <td> SGI Origin 3000</td><td>"lomax"/"turing"</td>
        <td><a href="http://www.nas.nasa.gov/User/Systemsdocs/O3K/o3k.html">
        NAS SGI Origin 3000 </a></td> </tr>
      -->

      <tr bgcolor="#bbffdd"> <td> SGI Altix Cluster </td> <td>"columbia"</td>
        <td><a href="http://www.nas.nasa.gov/Resources/Systems/columbia.html">
        NAS Columbia </a></td> </tr>

      <!--
      <tr bgcolor="#bbffdd"> <td> SGI Altix 350 </td> <td>"altix350"</td>
        <td><a href="http://acesgrid.org/geocluster/">MIT ACESgrid
        GeoCluster</a></td> </tr>
      <tr bgcolor="#bbddff"> <td> IBM POWER3 SP </td> <td>"bf"</td>
        <td><a href="http://www.scd.ucar.edu/computers/blackforest/">NCAR Blackforest
        </a></td> </tr>
      <tr bgcolor="#bbffdd"> <td> IBM/Apple dual G5 </td> <td>"two"</td>
        <td>Mac OSX 10.3 (gcc 3.4) </td> </tr>
      -->
      <tr bgcolor="#bbddff"> <td> IBM POWER4 SP </td> <td>"edvir"</td>
        <td> AIX 5.2 </td> </tr>
      <tr bgcolor="#bbffdd"> <td> IBM POWER5+ SP </td> <td>"blueice"</td>
        <td><a href="http://www.scd.ucar.edu/computers/blueice/">NCAR Blueice
        </a></td> </tr>

      <tr bgcolor="#bbddff"> <td> AMD Opteron </td> <td>"batsi"</td>
        <td>Fedora Core 4 (AMD64)</td> </tr>
      <tr bgcolor="#bbffdd"> <td> AMD Opteron </td> <td>"starp"</td>
        <td>SuSE SLES 10 (AMD64)</td> </tr>

      <tr bgcolor="#bbddff"> <td> Sun UltraSparc IV </td> <td>"rays"</td>
        <td>Solaris 9</td> </tr>
      <!--
      <tr bgcolor="#bbffdd"> <td> Sun UltraSparc IV </td> <td>"model"</td>
        <td>Solaris 9</td> </tr>
      -->
      <tr bgcolor="#bbffdd"> <td> NEC SX-8 </td> <td>"sx8"</td>
        <td>Super-UX </td> </tr>
      <tr bgcolor="#bbddff"> <td> Cray XD1 (AMD Opteron) </td> <td>"xd1"</td>
        <td>Cray HPC enhanced Linux 2.6.5 </td> </tr>
      <tr bgcolor="#bbffdd"> <td> PowerPC970MP cluster </td> <td>"bigred"</td>
        <td>SuSE SLES 9 (PPC) </td> </tr>

      <tr bgcolor="#bbddff"> <td><a
        href="http://www.testdrive.hp.com/current.shtml"> HP test-drive </a>
        (Pentium III) </td> <td>"td152"</td> <td> FreeBSD 6.2 </td> </tr>
      <tr bgcolor="#bbffdd"> <td><a
        href="http://www.testdrive.hp.com/current.shtml"> HP test-drive </a>
        (Itanium II) </td> <td>"td187"</td> <td>SuSE SLES 10 </td> </tr>
      <tr bgcolor="#bbddff"> <td><a
        href="http://www.testdrive.hp.com/current.shtml"> HP test-drive </a>
        (PA-RISC 8900) </td> <td>"td191"</td> <td> HP-UX 11i 11.11 </td> </tr>
      <tr bgcolor="#bbffdd"> <td><a
        href="http://www.testdrive.hp.com/current.shtml"> HP test-drive </a>
        (Itanium II) </td> <td>"td194"</td> <td> HP-UX 11i v3 </td> </tr>

      <!--
      <tr bgcolor="#bbddff"> <td>  </td> <td>""</td>
        <td></td> </tr>
      -->

    </table>

    <p><br />
      The complete output for the verification runs can be found in
      <a href="http://mitgcm.org/testing/summary/">the summary pages</a>
      and the <a href="http://mitgcm.org/testing/results/">testing archives</a>.
      The latest reports are:</p>
    <table align="center" cellpadding="0" cellspacing="0" border="0" width="95%">
<tr bgcolor="#00cccc">
  <td height="0"> <b>Nickname</b> </td>
  <td> <b>OPTFILE Name</b> </td>
  <td> <b>Type</b> </td>
  <td> <b>Date</b> </td>
  <td> <b>Summary</b> </td>
  <td> <b>Ratio</b> </td>
</tr>

EOF

color="#bbffdd"
ncolor="#bbddff"

MACHINES="faulks aces eddy bay meander"
MACHINES="$MACHINES columbia edvir rays sx8 xd1"
MACHINES="$MACHINES batsi starp"

( cd $INDIR ; ls -1 -t */summary.txt | sed 's/\/summary.txt//' ) > ./dir_all

MALL=`cat ./dir_all | sed -e 's|_| |g' | awk '{print $2}' | sort | uniq`
for madd in $MALL ; do
    present=0
    for m in $MACHINES ; do
        echo $madd | grep $m > /dev/null 2>&1
        RETVAL=$?
        test $RETVAL = 0  &&  present=1
        continue
    done
    test $present = 0  &&  MACHINES="$MACHINES $madd"
done
#MACHINES="faulks"

for mname in $MACHINES ; do

    echo "  $mname"

    dir_list=`grep $mname ./dir_all`
    echo -n "" > ./mlist

    for i in $dir_list ; do

	dir=$INDIR"/"$i
	OPTFILE=
	if test -r $dir/summary.txt ; then
	    comm=`grep 'OPTFILE=' $dir/summary.txt`
	    eval $comm
	    OPTFILE=${OPTFILE##*/}
	fi
	if test "x$OPTFILE" = x -a -r "$dir/genmake_state" ; then
	    comm=`grep 'OPTFILE=' $dir/genmake_state 2>/dev/null`
	    eval $comm
	    OPTFILE=${OPTFILE##*/}
	fi
	if test "x$OPTFILE" = x ; then
	    comm=`grep '^# OPTFILE=' $dir/*/Makefile* 2>/dev/null | head -1`
	    comm=${comm##*#}
	    eval $comm
	    OPTFILE=${OPTFILE##*/}
	fi
	if test "x$OPTFILE" = x ; then
	    OPTFILE="not_explicitly_specified"
	fi

	ADJOINT=
	RESTART=0
	if test -r $dir/summary.txt ; then
	    comm=`grep 'ADJOINT=true' $dir/summary.txt 2>/dev/null`
	    eval $comm
	    RESTART=`grep -c 'test 2+2=4 summary' $dir/summary.txt`
	fi
	if test "x$RESTART" = x0 ; then
	    kind="forward"
	    test "x$ADJOINT" = xtrue  &&  kind="adjoint"
	else
	    kind="restart"
	fi

	t_pass="--"
	t_tot="--"
	if test -r $dir/summary.txt ; then
	    grep '^[YN] [YN] [YN] [YN]' $dir/summary.txt > ./all_tests 2>/dev/null
	    t_tot=`cat ./all_tests | wc -l | sed -e 's| ||g'`
	    t_pass=`grep '^Y Y Y Y' ./all_tests | grep 'pass ' | wc -l | sed -e 's| ||g'`
	fi
	rm -f ./all_tests
	# echo "${dir##*/} : $t_pass out of $t_tot"

	tokens=`echo $i | sed -e 's|_| |g'`
	echo "" > ./ms_tmp
	for tok in $tokens ; do
	    echo $tok >> ./ms_tmp
	done
	DAY=`cat ./ms_tmp | awk '(length($1)==8 && substr($1,0,3)=="200")'`
	rm -f ./ms_tmp

	echo "$OPTFILE$kind $DAY $OPTFILE $kind $i $t_pass:$t_tot" >> ./mlist

    done

    # helpful for debugging
    # cat ./mlist

    #  Do we have any data?  If so, create the latest pointer.
    num=`wc -l ./mlist | awk '{print $1}'`
    if test $num -gt 0 ; then

	# swap colors
        ctmp=$color
        color=$ncolor
        ncolor=$ctmp

	keys=`cat ./mlist | cut -d " " -f 1 | sort | uniq`

	for key in $keys ; do
	    tline=`grep "^$key " ./mlist | head -1`
	    ratio=`echo $tline | cut -d " " -f 6`
	    ldir=`echo $tline | cut -d " " -f 5`
	    kind=`echo $tline | cut -d " " -f 4`
	    optf=`echo $tline | cut -d " " -f 3`
	    DAY=`echo $tline | cut -d " " -f 2`
	    URL="results/$PERIOD/$ldir"
	    cat <<EOF >>$OUTFILE
<tr bgcolor="$color">
  <td height="0"> $mname </td>
  <td> $optf </td>
  <td> $kind </td>
  <td> <a href="$res_url$URL">$DAY</a> </td>
  <td> <a href="$res_url$URL/summary.txt"> summary.txt </a> </td>
  <td> $ratio </td>
</tr>
EOF
	done
    fi

done

cat >> $OUTFILE << EOF
<tr bgcolor="#00cccc">
  <td height="0" colspan="6" align="center" >This table generated on: $the_date</td>
</tr>

    </table>

<p>Examples of the scripts used for these testing runs can be obtained from: <a
href="http://mitgcm.org/cgi-bin/viewcvs.cgi/MITgcm/tools/example_scripts/">
MITgcm/tools/example_scripts</a>.</p>


  </body>
</html>

EOF

rm -f ./dir_all ./mlist

#- put the file in place
chgrp gcmpack $OUTFILE
chmod 664 $OUTFILE
LATEST=$OUTDIR"/latest_"$PERIOD".html"
mv -f $OUTFILE $LATEST

if test "x$PERIOD" = "x$CURR_PER" ; then
    cp $LATEST ./testing.xml
    (
	cd $OUTDIR
	rm -f latest.html
	ln -s $LATEST latest.html
    )
fi
1	edhill	1.1	#! /usr/bin/env bash
2
3	jmc	1.40	# $Header: /u/gcmpack/mitgcm.org/front_content/make_summary,v 1.39 2008/06/27 16:01:03 jmc Exp $
4	edhill	1.1	#
5			# The purpose of this script is to create HTML summaries of the
6			# directories produced by the "parse_emails" script.
7
8
9			usage()
10			{
11			echo
12			echo "Usage: $0 [OPTIONS]"
13			echo
14			echo "where possible OPTIONS are:"
15			echo " (-help\|-h) print usage"
16			echo " (-date \|-d )PERIOD run for PERIOD=\"YYYY_MM\""
17			echo " [def=\"$PERIOD\"]"
18			echo
19			exit 1
20			}
21
22	jmc	1.36	CURR_PER=`date +%Y`"_"`date +%m`
23	edhill	1.1	# defaults
24	jmc	1.36	PERIOD=$CURR_PER
25	edhill	1.1
26			# Parse options
27			ac_prev=
28			for ac_option ; do
29	jmc	1.35
30	edhill	1.1	# If the previous option needs an argument, assign it.
31			if test -n "$ac_prev"; then
32			eval "$ac_prev=\$ac_option"
33			ac_prev=
34			continue
35			fi
36	jmc	1.35
37	edhill	1.1	ac_optarg=`expr "x$ac_option" : 'x[^=]=\(.\)'`
38	jmc	1.35
39	edhill	1.1	case $ac_option in
40
41			-help \| --help \| -h \| --h)
42			usage ;;
43
44			-date \| --date \| -d \| --d)
45			ac_prev=PERIOD ;;
46			--date=* \| -date=*)
47			PERIOD=$ac_optarg ;;
48	jmc	1.35
49	edhill	1.1	*)
50			echo "Error: don't understand argument \"$ac_option\""
51			usage
52			;;
53	jmc	1.35
54	edhill	1.1	esac
55	jmc	1.35
56	edhill	1.1	done
57
58	jmc	1.35	#INDIR="/net/orwell/export/export-9/mitgcm-testing/results/$PERIOD"
59	edhill	1.1	INDIR="/u/u0/httpd/html/testing/results/$PERIOD"
60			OUTDIR="/u/u0/httpd/html/testing/summary"
61	jmc	1.35
62	jmc	1.36	OUTFILE=$OUTDIR"/output_"$PERIOD".html"
63	jmc	1.35	res_url="http://mitgcm.org/testing/"
64	edhill	1.1
65	jmc	1.36	# Create the links in $OUTFILE :
66	edhill	1.1	echo "Creating the \"latest\" file for each machine: "
67	edhill	1.5	the_date=`date`
68	jmc	1.36	cat > $OUTFILE << EOF
69	edhill	1.1	<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN"
70			"http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
71
72			<html xmlns="http://www.w3.org/1999/xhtml">
73			<head>
74			<title>MITgcm testing summary</title>
75			<meta name="author" content="Ed Hill" />
76
77			<!-- <base href="http://mitgcm.org/testing/summary/" /> -->
78
79			<!-- Hinting for menu generation -->
80	edhill	1.8	<meta name="add_name_0" content="Testing" />
81			<meta name="add_name_1" content="" />
82	edhill	1.1	<meta name="add_name_2" content="" />
83			<meta name="add_title" content="Testing" />
84			<!-- Hinting for menu generation -->
85
86			</head>
87			<body>
88	jmc	1.35	<p>The MITgcm model is tested
89			(compiled and run) in an automated fashion on a varirety of
90			different machines. The following is a summary of the MITgcm
91	edhill	1.3	verification suite for the time period: <b>$PERIOD</b>.</p>
92	edhill	1.2
93			<p>The machine naming scheme is:<br /></p>
94			<table align="center" cellpadding="0" border="0">
95	edhill	1.4	<tr bgcolor="#00cccc"> <td><b>Machine Type</b></td> <td><b>Nickname</b></td>
96	edhill	1.1	<td><b>Notes</b></td> </tr>
97
98	jmc	1.35	<tr bgcolor="#bbddff"> <td>Intel P4</td> <td>"faulks"</td>
99	jmc	1.33	<td>Fedora Core 6 </td> </tr>
100	jmc	1.35	<tr bgcolor="#bbffdd"> <td> Intel P4</td> <td>"eddy"</td>
101	jmc	1.33	<td>Fedora Core 5</td> </tr>
102	jmc	1.35	<tr bgcolor="#bbddff"> <td> Intel P4 </td> <td>"bay"</td>
103			<td>Fedora Core 5 </td> </tr>
104			<tr bgcolor="#bbffdd"> <td> Intel P4 </td> <td>"meander"</td>
105			<td>Fedora Core 7 </td> </tr>
106
107			<tr bgcolor="#bbddff"> <td> <a href="http://acesgrid.org">ACESgrid Dell
108			Xeon</a> </td> <td>"aces"</td><td>Fedora Core 2</td> </tr>
109	edhill	1.2
110	jmc	1.33	<!--
111	edhill	1.2	<tr bgcolor="#bbffdd"> <td> Intel P3/P4 Beowulf </td> <td>"myrinet"</td>
112	jmc	1.35	<td><a href="http://mitgcm.org/projects/MITGCM_CLUSTER/">MITgcm cluster
113	edhill	1.2	facility </a></td> </tr>
114	edhill	1.1	<tr bgcolor="#bbddff"> <td>Alpha cluster</td> <td>"halem"</td>
115	edhill	1.14	<td><a href="http://nccstag.gsfc.nasa.gov/halem/quickstart_halem.html">
116	edhill	1.1	NASA NCCS Halem</a></td> </tr>
117	jmc	1.33	-->
118	edhill	1.1
119	edhill	1.24	<!--
120	edhill	1.1	<tr bgcolor="#bbffdd"> <td> SGI Origin 2000 </td> <td>"hopper"</td>
121			<td><a href="http://www.nas.nasa.gov/User/Systemsdocs/O2K/o2k.html">
122			NAS SGI Origin 2000 </a></td> </tr>
123	edhill	1.24	<tr bgcolor="#bbddff"> <td> SGI Origin 3000</td><td>"lomax"/"turing"</td>
124	edhill	1.1	<td><a href="http://www.nas.nasa.gov/User/Systemsdocs/O3K/o3k.html">
125			NAS SGI Origin 3000 </a></td> </tr>
126	edhill	1.24	-->
127	edhill	1.1
128	jmc	1.35	<tr bgcolor="#bbffdd"> <td> SGI Altix Cluster </td> <td>"columbia"</td>
129			<td><a href="http://www.nas.nasa.gov/Resources/Systems/columbia.html">
130			NAS Columbia </a></td> </tr>
131
132	edhill	1.24	<!--
133	edhill	1.18	<tr bgcolor="#bbffdd"> <td> SGI Altix 350 </td> <td>"altix350"</td>
134	jmc	1.35	<td><a href="http://acesgrid.org/geocluster/">MIT ACESgrid
135	edhill	1.18	GeoCluster</a></td> </tr>
136	edhill	1.1	<tr bgcolor="#bbddff"> <td> IBM POWER3 SP </td> <td>"bf"</td>
137			<td><a href="http://www.scd.ucar.edu/computers/blackforest/">NCAR Blackforest
138			</a></td> </tr>
139	jmc	1.35	<tr bgcolor="#bbffdd"> <td> IBM/Apple dual G5 </td> <td>"two"</td>
140			<td>Mac OSX 10.3 (gcc 3.4) </td> </tr>
141			-->
142			<tr bgcolor="#bbddff"> <td> IBM POWER4 SP </td> <td>"edvir"</td>
143			<td> AIX 5.2 </td> </tr>
144			<tr bgcolor="#bbffdd"> <td> IBM POWER5+ SP </td> <td>"blueice"</td>
145			<td><a href="http://www.scd.ucar.edu/computers/blueice/">NCAR Blueice
146			</a></td> </tr>
147	edhill	1.1
148	jmc	1.35	<tr bgcolor="#bbddff"> <td> AMD Opteron </td> <td>"batsi"</td>
149	edhill	1.24	<td>Fedora Core 4 (AMD64)</td> </tr>
150	jmc	1.35	<tr bgcolor="#bbffdd"> <td> AMD Opteron </td> <td>"starp"</td>
151			<td>SuSE SLES 10 (AMD64)</td> </tr>
152	edhill	1.1
153	jmc	1.39	<tr bgcolor="#bbddff"> <td> Sun UltraSparc IV </td> <td>"rays"</td>
154	jmc	1.35	<td>Solaris 9</td> </tr>
155	jmc	1.37	<!--
156	jmc	1.35	<tr bgcolor="#bbffdd"> <td> Sun UltraSparc IV </td> <td>"model"</td>
157			<td>Solaris 9</td> </tr>
158	jmc	1.37	-->
159			<tr bgcolor="#bbffdd"> <td> NEC SX-8 </td> <td>"sx8"</td>
160			<td>Super-UX </td> </tr>
161	jmc	1.35	<tr bgcolor="#bbddff"> <td> Cray XD1 (AMD Opteron) </td> <td>"xd1"</td>
162			<td>Cray HPC enhanced Linux 2.6.5 </td> </tr>
163			<tr bgcolor="#bbffdd"> <td> PowerPC970MP cluster </td> <td>"bigred"</td>
164			<td>SuSE SLES 9 (PPC) </td> </tr>
165
166			<tr bgcolor="#bbddff"> <td><a
167			href="http://www.testdrive.hp.com/current.shtml"> HP test-drive </a>
168			(Pentium III) </td> <td>"td152"</td> <td> FreeBSD 6.2 </td> </tr>
169			<tr bgcolor="#bbffdd"> <td><a
170			href="http://www.testdrive.hp.com/current.shtml"> HP test-drive </a>
171			(Itanium II) </td> <td>"td187"</td> <td>SuSE SLES 10 </td> </tr>
172			<tr bgcolor="#bbddff"> <td><a
173			href="http://www.testdrive.hp.com/current.shtml"> HP test-drive </a>
174	jmc	1.40	(PA-RISC 8900) </td> <td>"td191"</td> <td> HP-UX 11i 11.11 </td> </tr>
175	jmc	1.35	<tr bgcolor="#bbffdd"> <td><a
176			href="http://www.testdrive.hp.com/current.shtml"> HP test-drive </a>
177			(Itanium II) </td> <td>"td194"</td> <td> HP-UX 11i v3 </td> </tr>
178	edhill	1.24
179	edhill	1.13	<!--
180	edhill	1.1	<tr bgcolor="#bbddff"> <td> </td> <td>""</td>
181			<td></td> </tr>
182			-->
183
184			</table>
185	edhill	1.2
186			<p><br />
187	edhill	1.3	The complete output for the verification runs can be found in
188	edhill	1.5	<a href="http://mitgcm.org/testing/summary/">the summary pages</a>
189	jmc	1.35	and the <a href="http://mitgcm.org/testing/results/">testing archives</a>.
190	edhill	1.2	The latest reports are:</p>
191	edhill	1.1	<table align="center" cellpadding="0" cellspacing="0" border="0" width="95%">
192			<tr bgcolor="#00cccc">
193	edhill	1.4	<td height="0"> <b>Nickname</b> </td>
194	edhill	1.1	<td> <b>OPTFILE Name</b> </td>
195	edhill	1.4	<td> <b>Type</b> </td>
196	edhill	1.5	<td> <b>Date</b> </td>
197	edhill	1.4	<td> <b>Summary</b> </td>
198	edhill	1.6	<td> <b>Ratio</b> </td>
199	edhill	1.1	</tr>
200
201			EOF
202
203			color="#bbffdd"
204	edhill	1.10	ncolor="#bbddff"
205	edhill	1.1
206	jmc	1.31	MACHINES="faulks aces eddy bay meander"
207	jmc	1.39	MACHINES="$MACHINES columbia edvir rays sx8 xd1"
208	jmc	1.37	MACHINES="$MACHINES batsi starp"
209	edhill	1.1
210	jmc	1.34	( cd $INDIR ; ls -1 -t */summary.txt \| sed 's/\/summary.txt//' ) > ./dir_all
211	edhill	1.1
212	edhill	1.20	MALL=`cat ./dir_all \| sed -e 's\|_\| \|g' \| awk '{print $2}' \| sort \| uniq`
213			for madd in $MALL ; do
214			present=0
215			for m in $MACHINES ; do
216			echo $madd \| grep $m > /dev/null 2>&1
217			RETVAL=$?
218			test $RETVAL = 0 && present=1
219			continue
220			done
221			test $present = 0 && MACHINES="$MACHINES $madd"
222			done
223	jmc	1.35	#MACHINES="faulks"
224	edhill	1.20
225	edhill	1.1	for mname in $MACHINES ; do
226
227			echo " $mname"
228
229			dir_list=`grep $mname ./dir_all`
230			echo -n "" > ./mlist
231
232			for i in $dir_list ; do
233
234			dir=$INDIR"/"$i
235			OPTFILE=
236			if test -r $dir/summary.txt ; then
237			comm=`grep 'OPTFILE=' $dir/summary.txt`
238			eval $comm
239			OPTFILE=${OPTFILE##*/}
240			fi
241			if test "x$OPTFILE" = x -a -r "$dir/genmake_state" ; then
242	edhill	1.3	comm=`grep 'OPTFILE=' $dir/genmake_state 2>/dev/null`
243	edhill	1.1	eval $comm
244			OPTFILE=${OPTFILE##*/}
245			fi
246			if test "x$OPTFILE" = x ; then
247	edhill	1.21	comm=`grep '^# OPTFILE=' $dir//Makefile 2>/dev/null \| head -1`
248	edhill	1.3	comm=${comm##*#}
249	edhill	1.1	eval $comm
250			OPTFILE=${OPTFILE##*/}
251			fi
252			if test "x$OPTFILE" = x ; then
253			OPTFILE="not_explicitly_specified"
254			fi
255	edhill	1.4
256			ADJOINT=
257	jmc	1.32	RESTART=0
258	edhill	1.4	if test -r $dir/summary.txt ; then
259			comm=`grep 'ADJOINT=true' $dir/summary.txt 2>/dev/null`
260			eval $comm
261	jmc	1.32	RESTART=`grep -c 'test 2+2=4 summary' $dir/summary.txt`
262	edhill	1.4	fi
263	jmc	1.32	if test "x$RESTART" = x0 ; then
264	edhill	1.4	kind="forward"
265	jmc	1.32	test "x$ADJOINT" = xtrue && kind="adjoint"
266	edhill	1.4	else
267	jmc	1.32	kind="restart"
268	edhill	1.4	fi
269
270	edhill	1.6	t_pass="--"
271			t_tot="--"
272			if test -r $dir/summary.txt ; then
273	jmc	1.30	grep '^[YN] [YN] [YN] [YN]' $dir/summary.txt > ./all_tests 2>/dev/null
274	edhill	1.6	t_tot=`cat ./all_tests \| wc -l \| sed -e 's\| \|\|g'`
275	jmc	1.38	t_pass=`grep '^Y Y Y Y' ./all_tests \| grep 'pass ' \| wc -l \| sed -e 's\| \|\|g'`
276	edhill	1.6	fi
277	jmc	1.30	rm -f ./all_tests
278	edhill	1.6	# echo "${dir##*/} : $t_pass out of $t_tot"
279
280	edhill	1.1	tokens=`echo $i \| sed -e 's\|_\| \|g'`
281			echo "" > ./ms_tmp
282			for tok in $tokens ; do
283			echo $tok >> ./ms_tmp
284			done
285			DAY=`cat ./ms_tmp \| awk '(length($1)==8 && substr($1,0,3)=="200")'`
286			rm -f ./ms_tmp
287	edhill	1.4
288	edhill	1.6	echo "$OPTFILE$kind $DAY $OPTFILE $kind $i $t_pass:$t_tot" >> ./mlist
289	edhill	1.1
290			done
291
292			# helpful for debugging
293			# cat ./mlist
294
295			# Do we have any data? If so, create the latest pointer.
296			num=`wc -l ./mlist \| awk '{print $1}'`
297			if test $num -gt 0 ; then
298	edhill	1.10
299			# swap colors
300			ctmp=$color
301			color=$ncolor
302			ncolor=$ctmp
303
304	edhill	1.4	keys=`cat ./mlist \| cut -d " " -f 1 \| sort \| uniq`
305	edhill	1.1
306	edhill	1.4	for key in $keys ; do
307	edhill	1.17	tline=`grep "^$key " ./mlist \| head -1`
308	edhill	1.6	ratio=`echo $tline \| cut -d " " -f 6`
309	edhill	1.4	ldir=`echo $tline \| cut -d " " -f 5`
310			kind=`echo $tline \| cut -d " " -f 4`
311			optf=`echo $tline \| cut -d " " -f 3`
312			DAY=`echo $tline \| cut -d " " -f 2`
313	edhill	1.1	URL="results/$PERIOD/$ldir"
314	jmc	1.36	cat <<EOF >>$OUTFILE
315	edhill	1.1	<tr bgcolor="$color">
316	edhill	1.4	<td height="0"> $mname </td>
317	edhill	1.1	<td> $optf </td>
318	edhill	1.4	<td> $kind </td>
319			<td> <a href="$res_url$URL">$DAY</a> </td>
320			<td> <a href="$res_url$URL/summary.txt"> summary.txt </a> </td>
321	edhill	1.6	<td> $ratio </td>
322	edhill	1.1	</tr>
323			EOF
324			done
325			fi
326
327			done
328
329	jmc	1.36	cat >> $OUTFILE << EOF
330	edhill	1.5	<tr bgcolor="#00cccc">
331	edhill	1.6	<td height="0" colspan="6" align="center" >This table generated on: $the_date</td>
332			</tr>
333	edhill	1.1
334			</table>
335	edhill	1.6
336	edhill	1.26	<p>Examples of the scripts used for these testing runs can be obtained from: <a
337			href="http://mitgcm.org/cgi-bin/viewcvs.cgi/MITgcm/tools/example_scripts/">
338			MITgcm/tools/example_scripts</a>.</p>
339	edhill	1.6
340
341	edhill	1.1	</body>
342			</html>
343
344			EOF
345
346			rm -f ./dir_all ./mlist
347
348	jmc	1.36	#- put the file in place
349			chgrp gcmpack $OUTFILE
350			chmod 664 $OUTFILE
351			LATEST=$OUTDIR"/latest_"$PERIOD".html"
352			mv -f $OUTFILE $LATEST
353
354	edhill	1.1	if test "x$PERIOD" = "x$CURR_PER" ; then
355	edhill	1.2	cp $LATEST ./testing.xml
356	edhill	1.1	(
357			cd $OUTDIR
358			rm -f latest.html
359			ln -s $LATEST latest.html
360			)
361			fi