} else {
$file = __DIR__ . '/libs/' . $theme . '/make_graph.php';
if (is_readable($file)) {
require $file;
} else {
require __DIR__ . '/libs/make_graph.php';
}
}
// RPS Benchmark
list($chart_rpm, $div_rpm) = make_graph('rps', 'Throughput', 'requests per second');
// Memory Benchmark
list($chart_mem, $div_mem) = make_graph('memory', 'Memory', 'peak memory (MB)');
// Exec Time Benchmark
list($chart_time, $div_time) = make_graph('time', 'Exec Time', 'ms');
// Included Files
list($chart_file, $div_file) = make_graph('file', 'Included Files', 'count');
?>
<!DOCTYPE html>
<html lang="en">
<head>
<meta charset="UTF-8">
<title>PHP Framework Benchmark</title>
<script src="https://www.google.com/jsapi"></script>
<script>
<?php
echo $chart_rpm, $chart_mem, $chart_time, $chart_file;
?>
</script>
</head>
<body>
<h1>PHP Framework Benchmark</h1>
if (date('H') >= $graphset['stop']) {
exit;
}
if ((int) date('i') % $interval != 0) {
exit;
}
$blackbox = new Blackbox();
$blackbox->process_modules();
### Render graphs
$query = "\n\tselect * from blackboxelements\n\twhere type='g'\n\torder by panetag,position\n";
$params = array('id_view' => 1);
$result = $db->query($query, $params) or codeerror('DB error', __FILE__, __LINE__);
while ($row = $db->fetch_row($result)) {
$id_element = $row['id_element'];
$settings = unserialize($row['settings']);
make_graph($id_element, $settings);
}
//all done
print $profiler->dump();
exit;
//MAKE_GRAPH
function make_graph($id_element, $settings)
{
global $blackbox, $graphset;
$day = date("Y-m-d");
//to match our axis to the available data
//fish out once per minute datetimes for each module, and hash them
//to handle multiple points per minute, for now first one rules
//missing samples use NULL
$hash = array();
foreach ($blackbox->modules as $mod => $module) {
<?php
$data = unserialize(urldecode(stripslashes($_GET['data'])));
if (isset($_GET['is_multi'])) {
if ($_GET['is_multi'] == 'true') {
make_graph_multi_line(urldecode($_GET['title']), $data['min'], $data['avg'], $data['max'], $_GET['is_bar_graph']);
}
} else {
make_graph(urldecode($_GET['title']), $data, $_GET['is_bar_graph'], $_GET['colour']);
}
function make_graph($title, $data, $is_bar_graph, $colour)
{
include 'phpgraphlib.php';
$graph = new PHPGraphLib(780, 300);
$graph->addData($data);
if ($is_bar_graph == 'true') {
$graph->setBars(true);
$graph->setLine(false);
$graph->setBarColor($colour);
} else {
$graph->setBars(false);
$graph->setLine(true);
$graph->setLineColor($colour);
$graph->setDataPoints(true);
$graph->setDataPointSize(4);
$graph->setDataPointColor($colour);
}
$graph->setTitle($title);
$graph->setTitleColor("88,89,91");
$graph->setXValuesVertical(true);
$graph->createGraph();
$ft = (int) fgets($f);
$du = (double) fgets($f);
$ul = (double) fgets($f);
$dl = (double) fgets($f);
return array($ft, $du, $ul, $dl);
}
if ($argc != 2) {
die("usage: ssim.php infile\n");
}
$input = parse_input_file($argv[1]);
foreach ($input->policy as $p) {
$datafile = fopen($input->name . "_{$p}.dat", "w");
if (!file_exists($p)) {
die("no policy file '{$p}'\n");
}
foreach ($input->host_life_mean as $hlm) {
$cmd = "ssim --policy {$p} --host_life_mean {$hlm} --connect_interval {$input->connect_interval} --mean_xfer_rate {$input->mean_xfer_rate} --file_size {$input->file_size} > /dev/null";
echo "{$cmd}\n";
system($cmd);
list($ft, $du, $ub, $db) = parse_output_file("summary.txt");
$hlmd = $hlm / 86400;
$du_rel = $du / $input->file_size;
fprintf($datafile, "{$hlmd} {$ft} {$du_rel} {$ub} {$db}\n");
}
fclose($datafile);
}
make_graph($input, "ft", "Fault tolerance", 2);
make_graph($input, "du", "Relative disk usage", 3);
make_graph($input, "ub", "Upload bandwidth (Mbps)", 4);
make_graph($input, "db", "Download bandwidth (Mbps)", 5);
// In case the user defines his own Raspberry data graph
// In case the user defines his own Raspberry data graph
case "raspi":
$log->lwrite("Starting raspi specific graphs, type: " . $graphType . ", period: " . $graphPeriod);
if (!make_graph($graphType, $graphPeriod, $graphSensors)) {
$appmsg .= "user error. ";
} else {
$appmsg .= "Success generate_graphs\n";
$ret = 1;
}
break;
// In case the user defines his own energy graph
// In case the user defines his own energy graph
case "energy":
$log->lwrite("Starting energy specific graphs, type: " . $graphType . ", period: " . $graphPeriod);
if (!make_graph($graphType, $graphPeriod, $graphSensors)) {
$appmsg .= "user error. ";
} else {
$appmsg .= "Success generate_graphs\n";
$ret = 1;
}
break;
default:
$appmsg .= ", action: " . $graphAction;
$apperr .= ", graph: " . $graphAction . ", command not recognized\n";
$ret = -1;
}
// Test the return values for the several commands
//
if ($ret >= 0) {
$send = array('tcnt' => $ret, 'status' => 'OK', 'result' => $appmsg, 'error' => $apperr);
