}
} else {
#echo "Not Available" . "<br>";
}
echo "\n \t\t\t\t<div class='panel-heading'>\n \t\t\t\t<h3 class='panel-title'>minKNOW real time detailed data</h3>\n\t\t\t\t</div>\n \t\t\t\t<div class='panel-body'>";
echo "<strong> This view is experimental and may not be in sync with native minKNOW. </strong><br><br>";
$chunks = explode(" ", $resultarray['disk_usage']);
if (strlen($chunks[0]) > 0) {
echo "You have " . round($chunks[0] / $chunks[2] * 100) . "% (" . $chunks[0] . " " . $chunks[3] . ") disk space remaining.<br>";
}
echo "Experiment Time: " . $resultarray['cached_exp_time_string_for_display_in_client'] . "<br>";
echo "Channels Sequencing/Total Channels: " . $resultarray['channels_with_read_event_count'] . "/" . $resultarray['channel_count'] . "<br>";
echo "ASIC Temperature: " . $resultarray['minion_asic_temperature'] . "°C<br>";
echo "minION heatsink Temperature: " . round($resultarray['minion_heatsink_temperature'], 2) . "°C<br>";
$ll = json_decode($resultarray['channel_states_conf']);
$ll = cvf_convert_object_to_array($ll);
//print_r($ll);
$statearray = array();
for ($x = 0; $x <= 10; $x++) {
$statearray[$x] = 0;
}
for ($x = 1; $x <= 512; $x++) {
$statearray[$resultarray[$x]] += 1;
//echo $resultarray[$x] . "<br>";
}
/*foreach ($ll as $monkey=> $cow){
ksort($cow);
echo $monkey . "\n";
foreach ($cow as $sheep=>$ant){
echo $sheep . "\n";
foreach ($ant as $mouse=>$butt){
function channelstatus($jobname, $currun)
{
$checkvar = $currun . $jobname;
$checkrunning = $currun . $jobname . "status";
global $memcache;
global $mindb_connection;
global $reflength;
$jsonstring = $memcache->get("{$checkvar}");
$checkingrunning = $memcache->get("{$checkrunning}");
if ($checkingrunning === "No" || $checkingrunning === FALSE) {
if (strlen($jsonstring) <= 1) {
$memcache->set("{$checkrunning}", "YES", 0, 0);
$checkrow = "select name,json from jsonstore where name = '" . $jobname . "' ;";
$checking = $mindb_connection->query($checkrow);
if (is_object($checking) && $checking->num_rows == 1) {
//echo "We have already run this!";
foreach ($checking as $row) {
$jsonstring = $row['json'];
}
} else {
//Get the list of channel states from the database.
$channelstatesdesc = "SELECT * FROM messages where message = 'channel_states_conf';";
$resultarray = array();
$channelstatesres = $mindb_connection->query($channelstatesdesc);
if ($channelstatesres->num_rows > 0) {
foreach ($channelstatesres as $row) {
#echo $row['message'] . "\t" . $row['param1'] . "<br>";
$resultarray[$row['message']] = $row['param1'];
}
} else {
#echo "Not Available" . "<br>";
}
$ll = json_decode($resultarray['channel_states_conf']);
$ll = cvf_convert_object_to_array($ll);
/*foreach ($ll as $monkey=> $cow){
ksort($cow);
echo $monkey . "\n";
foreach ($cow as $sheep=>$ant){
echo $sheep . "\n";
foreach ($ant as $mouse=>$butt){
if (is_array($butt)) {
foreach ($butt as $beaver=>$camel){
if (is_array($camel)){
foreach ($camel as $donkey=>$rabbit){
echo $mouse . ":" . $beaver . "-" . $donkey . "\t" . $rabbit . "\n";
}
}else{
echo $mouse . ":" . $beaver . "\t" . $camel . "\n";
}
}
}else{
echo $mouse . "\t" . $butt . "\n";
}
}
}
};*/
$colourarray = array();
foreach ($ll as $monkey => $cow) {
//echo "<br>" . "Channel States" . "<br><br>";
ksort($cow);
foreach ($cow as $sheep => $ant) {
$colourarray[$sheep] = $ant['style']['colour'];
//echo $sheep. "\t" . $ant['style']['colour'] . "\n";
//echo $ant['group'] . " (" . $ant['name'] . ")" . $ant['style']['colour'] . "<br>";
}
}
$sql_template = "SELECT message as channel, param1 as count FROM messages where message between '0' and '512' order by message * 1;";
$resultarray = array();
$template = $mindb_connection->query($sql_template);
if ($template->num_rows >= 1) {
foreach ($template as $row) {
$resultarray['Channel State'][$row['channel']] = $row['count'];
}
}
//var_dump($resultarray);
//echo json_encode($resultarray);
$jsonstring = "";
$jsonstring = $jsonstring . "[\n";
foreach ($resultarray as $key => $value) {
$jsonstring = $jsonstring . "{\n";
$jsonstring = $jsonstring . "\"name\" : \"{$key}\", \n";
$jsonstring = $jsonstring . "\"borderWidth\": 1,\n";
$jsonstring = $jsonstring . "\"data\": [";
for ($i = 1; $i <= 512; $i++) {
if (array_key_exists($i, $resultarray[$key])) {
$jsonstring = $jsonstring . "{x:" . getx($i) . ",y:" . gety($i) . ",z:" . $resultarray[$key][$i] . ",color: '#" . $colourarray[$resultarray[$key][$i]] . "'},\n";
//$jsonstring = $jsonstring . "[" . getx($i) . "," . gety($i) . "," . $resultarray[$key][$i] . "],\n";
} else {
$jsonstring = $jsonstring . "{x:" . getx($i) . ",y:" . gety($i) . ",z:0,color: '#" . $colourarray[0] . "'},\n";
//$jsonstring = $jsonstring . "{ x:" . getx($i) . ",y:" . gety($i) . ",z:0,color: 'black'},\n";
}
}
$jsonstring = $jsonstring . "],\n\"dataLabels\": {\n \"enabled\": true,\n \"style\": {\n \"textShadow\": \"none\"\n }\n }\t";
$jsonstring = $jsonstring . "},\n";
}
$jsonstring = $jsonstring . "]\n";
if ($_GET["prev"] == 1) {
include 'savejson.php';
}
}
$memcache->set("{$checkvar}", "{$jsonstring}", MEMCACHE_COMPRESSED, 5);
} else {
$jsonstring = $memcache->get("{$checkvar}");
}
}
// cache for 2 minute as we want yield to update semi-regularly...
$memcache->delete("{$checkrunning}");
return $jsonstring;
}
