/**
* getUsageData
*
* Gets data from logfile, formats and parses it to pass it to the chart generating function
*
* @return array $return data retrived from logfile
*
*/
public function getUsageData($logfile)
{
$class = __CLASS__;
$settings = LoadPlugins::$_settings->{$class};
//define some core variables here
$dataArray = $dataArrayLabel = array();
$dataRedline = $usage = array();
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($logfile, $contents);
//echo '<pre> :: '; var_dump ($contents); echo '</pre>';
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
$chartData = array();
//delimiter is based on logger type used to explode data
$delimiter = LoadUtility::getDelimiter();
$delimiter = "|";
//takes the log file and parses it into chartable data
//echo '<pre> :: <br>';
if ($logStatus) {
//$this->getChartData ($chartArray, $contents, false );
$totalContents = (int) count($contents);
for ($i = 0; $i < $totalContents; ++$i) {
//grab the first dataset
$data = explode($delimiter, $contents[$i]);
//echo $data[0] . " " . $data[1] . " " . $data[2] . "<br>";
$chartData[$i] = $data;
}
}
return $chartData;
}
/**
* getData
*
* Gets data from logfile, formats and parses it to pass it to the chart generating function
*
* @param string $switch with switch data to populate return array
* @return array $return data retrived from logfile
*
*/
public function getUsageData($switch)
{
$class = __CLASS__;
$settings = LoadModules::$_settings->{$class};
//define some core variables here
$dataArray = $dataArrayLabel = array();
$dataRedline = $usage = array();
//display switch used to switch between view modes - data or percentage
//switches between fixed and fitted view modes
$displayMode = $settings['settings']['display_limiting'];
//define datasets
$dataArrayLabel[0] = 'Hash';
$dataArrayLabel[1] = 'Low Hash';
$dataArrayLabel[2] = 'High Hash';
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($this->logfile, $contents);
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
if ($logStatus) {
//takes the log file and parses it into chartable data
$this->getChartData($chartArray, $contents);
$sizeofChartArray = (int) count($chartArray);
}
/*
* now we loop through the dataset and build the chart
* uses chartArray which contains the dataset to be charted
*/
if ($sizeofChartArray > 0) {
// main loop to build the chart data
for ($i = 0; $i < $sizeofChartArray; ++$i) {
$data = $chartArray[$i];
if ($data == null) {
continue;
}
// clean data for missing values
$redline = false;
if (isset($data['redline']) && $data['redline'] == true) {
$redline = true;
}
//used to filter out redline data from usage data as it skews it
if (!$redline) {
$usage[$switch][] = $data[$switch];
}
//time data
$timedata = (int) $data[0];
$time[$switch][$data[$switch]] = date("H:ia", $timedata);
//chart arrays
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", '" . $data[$switch] . "']";
if ($data[$switch] <= $settings['settings']['overload_1'] && $settings['settings']['overload_1'] != -1) {
$dataArray[1][$data[0]] = "[" . $data[0] * 1000 . ", '" . $data[$switch] . "']";
}
if ($data[$switch] >= $settings['settings']['overload_2'] && $settings['settings']['overload_2'] != -1) {
$dataArray[2][$data[0]] = "[" . $data[0] * 1000 . ", '" . $data[$switch] . "']";
}
}
/*
* now we collect data used to build the chart legend
*
*/
$cpu_high = max($usage[$switch]);
$cpu_high_time = $time[$switch][$cpu_high];
$cpu_low = min($usage[$switch]);
$cpu_low_time = $time[$switch][$cpu_low];
$cpu_mean = array_sum($usage[$switch]) / count($usage[$switch]);
$cpu_latest = $usage[$switch][count($usage[$switch]) - 1];
if ($displayMode == 'true') {
$ymin = $cpu_low;
$ymax = $settings['settings']['display_cutoff'];
} else {
//give high and low a 5% buffer for charts
if ($cpu_low == 0) {
$ymin = 0;
} else {
$ymin = $cpu_low * (95 / 100);
}
if ($cpu_high == 0) {
$ymax = 0;
} else {
$ymax = $cpu_high * (105 / 100);
}
}
$variables = array('cpu_high' => number_format((double) $cpu_high, 3), 'cpu_high_time' => $cpu_high_time, 'cpu_low' => number_format($cpu_low, 3), 'cpu_low_time' => $cpu_low_time, 'cpu_mean' => number_format($cpu_mean, 3), 'cpu_latest' => number_format($cpu_latest, 3));
/*
* all data to be charted is now cooalated into $return
* and is returned to be charted
*
*/
//parse, clean and sort dataArray to necesary depth
$depth = 3;
//number of datasets
$this->buildChartDataset($dataArray, $depth);
$return = array();
// get legend layout from ini file
$return = $this->parseInfo($settings['info']['line'], $variables, __CLASS__);
//build chart object
$return['chart'] = array('chart_format' => 'line', 'chart_avg' => 'avg', 'ymin' => $ymin, 'ymax' => $ymax, 'mean' => $cpu_mean, 'dataset' => $dataArray, 'dataset_labels' => $dataArrayLabel);
return $return;
} else {
return false;
}
}
/**
* getApacheUsageData
*
* Gets data from logfile, formats and parses it to pass it to the chart generating function
*
* @return array $return data retrived from logfile
*
*/
public function getUsageData()
{
$class = __CLASS__;
$settings = loadModules::$_settings->{$class};
//define some core variables here
$dataArray = $dataArrayLabel = array();
$dataRedline = $usage = array();
//define datasets
$dataArrayLabel[0] = 'CPU Usage';
$dataArrayLabel[1] = 'Overload';
//display switch used to switch between view modes - data or percentage
// true - show MB
// false - show percentage
$displayMode = $settings['settings']['display_limiting'];
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($this->logfile, $contents);
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
if ($logStatus) {
//takes the log file and parses it into chartable data
$this->getChartData($chartArray, $contents);
$sizeofChartArray = (int) count($chartArray);
}
/*
* now we loop through the dataset and build the chart
* uses chartArray which contains the dataset to be charted
*/
if ($sizeofChartArray > 0) {
// main loop to build the chart data
for ($i = 0; $i < $sizeofChartArray; ++$i) {
$data = $chartArray[$i];
if ($data == null) {
continue;
}
// clean data for missing values
$redline = false;
if (isset($data['redline']) && $data['redline'] == true) {
$redline = true;
}
//used to filter out redline data from usage data as it skews it
//usage is used to calculate view perspectives
if (!$redline) {
$usage[] = $data[1];
}
$timedata = (int) $data[0];
$time[$data[1]] = date("H:ia", $timedata);
//////// remove long here to fix bug
$usageCount[] = $data[0] * 1000;
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[1] . "]";
if ((double) $data[1] > $settings['settings']['overload']) {
$dataArray[1][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[1] . "]";
}
}
/*
* now we collect data used to build the chart legend
*
*/
$apache_high = max($usage);
$apache_low = min($usage);
$apache_mean = array_sum($usage) / count($usage);
//to scale charts
$ymax = $apache_high;
$ymin = $apache_low;
$apache_high_time = $time[max($usage)];
$apache_low_time = $time[min($usage)];
$apache_latest = $usage[count($usage) - 1];
$variables = array('apache_high' => number_format($apache_high, 4), 'apache_high_time' => $apache_high_time, 'apache_low' => number_format($apache_low, 4), 'apache_low_time' => $apache_low_time, 'apache_mean' => number_format($apache_mean, 4), 'apache_latest' => number_format($apache_latest, 4));
/*
* all data to be charted is now cooalated into $return
* and is returned to be charted
*
*/
$return = array();
// get legend layout from ini file
$return = $this->parseInfo($settings['info']['line'], $variables, __CLASS__);
//parse, clean and sort data
$depth = 2;
//number of datasets
$this->buildChartDataset($dataArray, $depth);
//build chart object
$return['chart'] = array('chart_format' => 'line', 'chart_avg' => 'avg', 'ymin' => $ymin, 'ymax' => $ymax, 'mean' => $apache_mean, 'dataset' => $dataArray, 'dataset_labels' => $dataArrayLabel);
return $return;
} else {
return false;
}
}
/**
* getUsageData
*
* Gets data from logfile, formats and parses it to pass it to the chart generating function
*
* @return array $return data retrived from logfile
*
*/
public function getUsageData()
{
$class = __CLASS__;
$settings = LoadModules::$_settings->{$class};
//define some core variables here
$dataArray = $dataArrayLabel = array();
$dataRedline = $usage = array();
//display switch used to switch between view modes - data or percentage
// true - show MB
// false - show percentage
$displayMode = $settings['settings']['display_limiting'];
//define datasets
$dataArrayLabel[0] = 'Uptime';
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($this->logfile, $contents);
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
//takes the log file and parses it into chartable data
if ($logStatus) {
$this->getChartData($chartArray, $contents, false);
$sizeofChartArray = (int) count($chartArray);
}
/*
* now we loop through the dataset and build the chart
* uses chartArray which contains the dataset to be charted
*/
if ($sizeofChartArray > 0) {
//get the size of the disk we are charting - need to calculate percentages
//$diskSize = $this->getDiskSize($chartArray, $sizeofChartArray);
// main loop to build the chart data
for ($i = 0; $i < $sizeofChartArray; ++$i) {
$data = $chartArray[$i];
if ($data == null) {
continue;
}
//we skip all redline data for this module
$redline = false;
//usage is used to calculate view perspectives
//check for when first data is 0 here
if (!$redline) {
$usage[] = $data[1] / 86400;
}
$timedata = (int) $data[0];
$time[$data[1] / 86400] = date("H:ia", $timedata);
$usageCount[] = $data[0] * 1000;
// display data using MB
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[1] / 86400 . "]";
}
//echo '<pre>PRESETTINGS</pre>';
//echo '<pre>';var_dump($usage);echo'</pre>';
/*
* now we collect data used to build the chart legend
*
*/
$uptime_high = max($usage);
$uptime_low = min($usage);
$uptime_mean = array_sum($usage) / count($usage);
//to scale charts
$ymax = $uptime_high;
$ymin = $uptime_low;
$uptime_high_time = $time[max($usage)];
$uptime_low_time = $time[min($usage)];
$uptime_latest = $usage[count($usage) - 1];
$variables = array('uptime_high' => number_format($uptime_high, 4), 'uptime_high_time' => $uptime_high_time, 'uptime_low' => number_format($uptime_low, 4), 'uptime_low_time' => $uptime_low_time, 'uptime_mean' => number_format($uptime_mean, 4), 'uptime_latest' => number_format($uptime_latest, 4));
/*
* all data to be charted is now cooalated into $return
* and is returned to be charted
*
*/
$return = array();
// get legend layout from ini file
$return = $this->parseInfo($settings['info']['line'], $variables, __CLASS__);
//parse, clean and sort data
$depth = 2;
//number of datasets
$this->buildChartDataset($dataArray, $depth);
//build chart object
$return['chart'] = array('chart_format' => 'line', 'chart_avg' => 'avg', 'ymin' => $ymin, 'ymax' => $ymax, 'mean' => $uptime_mean, 'dataset' => $dataArray, 'dataset_labels' => $dataArrayLabel, 'overload' => $settings['settings']['overload']);
return $return;
} else {
return false;
}
}
/**
* getData
*
* Gets data from logfile, formats and parses it to pass it to the chart generating function
*
* @param string $switch with switch data to populate return array
* @return array $return data retrived from logfile
*
*/
public function getUsageData($switch = 1)
{
$class = __CLASS__;
$settings = loadModules::$_settings->{$class};
//define some core variables here
$dataArray = $dataArrayLabel = array();
$dataRedline = $usage = array();
//display switch used to switch between view modes - data or percentage
$displayMode = $settings['settings']['display_limiting'];
//define datasets
$dataArrayLabel[0] = $this->getChartLabel($switch);
$dataArrayLabel[1] = 'Failed';
$dataArrayLabel[2] = 'Invalid User';
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($this->logfile, $contents);
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
if ($logStatus) {
//takes the log file and parses it into chartable data
$this->getChartData($chartArray, $contents);
$sizeofChartArray = (int) count($chartArray);
}
/*
* now we loop through the dataset and build the chart
* uses chartArray which contains the dataset to be charted
*/
if ($sizeofChartArray > 0) {
// main loop to build the chart data
for ($i = 0; $i < $sizeofChartArray; ++$i) {
$data = $chartArray[$i];
if ($data == null) {
continue;
}
// clean data for missing values
$redline = false;
if (isset($data['redline']) && $data['redline'] == true) {
$redline = true;
}
//used to filter out redline data from usage data as it skews it
if (!$redline) {
$usage[1][] = $data[1];
$usage[2][] = $data[2];
$usage[3][] = $data[3];
}
$timedata = (int) $data[0];
$time[$data[1]] = date("H:ia", $timedata);
$usageCount[] = $data[0] * 1000;
//dirty hack here as we arent using switch across the board
//rather using switch mode 1 as a default
if ($displayMode == "true") {
// display data accepted
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[$switch] . "]";
} else {
// display data accepted
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[1] . "]";
// display data failed
$dataArray[1][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[2] . "]";
// display data invalid user
$dataArray[2][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[3] . "]";
}
}
/*
* now we collect data used to build the chart legend
*
*/
$ssh_accept = array_sum($usage[1]);
$ssh_failed = array_sum($usage[2]);
$ssh_invalid = array_sum($usage[3]);
//set zoom based on all data or some data
if ($displayMode == "true") {
$ssh_high = max($usage[$switch]);
} else {
$ssh_high = max(max($usage[1]), max($usage[2]), max($usage[3]));
}
//really needs to be max across data 1, data 2 and data 3
$ymax = $ssh_high;
$ymin = 0;
//need to really clean up this module!
//as when no attemtps to access ssh logs time still has data ?
//we can only do this if there is more than 1 in usage array?
if (count($time) > 1) {
$ssh_latest_login = $time[$usage[1][count($usage) - 1]];
} else {
if (isset($usage[1][1]) && isset($time[$usage[1][1]])) {
$ssh_latest_login = $time[$usage[1][1]];
} else {
$ssh_latest_login = 0;
}
}
$variables = array('ssh_accept' => $ssh_accept, 'ssh_failed' => $ssh_failed, 'ssh_invalid' => $ssh_invalid, 'ssh_latest_login' => $ssh_latest_login);
/*
* all data to be charted is now cooalated into $return
* and is returned to be charted
*
*/
$return = array();
// get legend layout from ini file
$return = $this->parseInfo($settings['info']['line'], $variables, __CLASS__);
//parse, clean and sort data
$depth = 3;
//number of datasets
$this->buildChartDataset($dataArray, $depth);
//build chart object
$return['chart'] = array('chart_format' => 'line', 'chart_avg' => 'stack', 'ymin' => $ymin, 'ymax' => $ymax, 'xmin' => date("Y/m/d 00:00:01"), 'xmax' => date("Y/m/d 23:59:59"), 'dataset' => $dataArray, 'dataset_labels' => $dataArrayLabel, 'overload' => $settings['settings']['overload'], 'variables' => $variables);
return $return;
} else {
return false;
}
}
/**
* getDiskUsageData
*
* Gets data from logfile, formats and parses it to pass it to the chart generating function
*
* @return array $return data retrived from logfile
*
*/
public function getUsageData()
{
$class = __CLASS__;
$settings = LoadModules::$_settings->{$class};
//define some core variables here
$dataArray = $dataArrayLabel = array();
$dataRedline = $usage = array();
//display switch used to switch between view modes - data or percentage
// true - show MB
// false - show percentage
$displayMode = $settings['settings']['display_limiting'];
//define datasets
$dataArrayLabel[0] = 'Disk Usage';
$dataArrayLabel[1] = 'Overload';
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($this->logfile, $contents);
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
//takes the log file and parses it into chartable data
if ($logStatus) {
$this->getChartData($chartArray, $contents);
$sizeofChartArray = (int) count($chartArray);
}
/*
* now we loop through the dataset and build the chart
* uses chartArray which contains the dataset to be charted
*/
if ($sizeofChartArray > 0) {
//get the size of the disk we are charting
$diskSize = $this->getDiskSize($chartArray, $sizeofChartArray);
// main loop to build the chart data
for ($i = 0; $i < $sizeofChartArray; ++$i) {
$data = $chartArray[$i];
if ($data == null) {
continue;
}
//echo '<pre>data'; var_dump ($data); echo '</pre>';
// clean data for missing values
$redline = false;
if (isset($data['redline']) && $data['redline'] == true) {
$redline = true;
}
//remap data if it needs mapping based on different loggers
if (LOGGER == "collectd") {
$this->reMapData($data);
}
//usage is used to calculate view perspectives
if (!$redline) {
$usage[] = $data[1] / 1048576;
if ($data[2] > 0) {
$percentage_used = $data[1] / $data[2] * 100;
} else {
$percentage_used = 0;
}
} else {
$percentage_used = 0;
}
$timedata = (int) $data[0];
$time[$data[1] / 1048576] = date("H:ia", $timedata);
$usageCount[] = $data[0] * 1000;
if ($displayMode == 'true') {
// display data using MB
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[1] / 1048576 . "]";
if ($percentage_used > $settings['settings']['overload_1']) {
$dataArray[1][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[1] / 1048576 . "]";
}
} else {
// display data using percentage
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", " . $percentage_used . "]";
if ($percentage_used > $settings['settings']['overload_1']) {
$dataArray[1][$data[0]] = "[" . $data[0] * 1000 . ", " . $percentage_used . "]";
}
}
}
//echo '<pre>PRESETTINGS</pre>';
//echo '<pre>';var_dump($usage);echo'</pre>';
/*
* now we collect data used to build the chart legend
*
*/
if ($displayMode == 'true') {
$disk_high = max($usage);
$disk_low = min($usage);
$disk_mean = array_sum($usage) / count($usage);
//to scale charts
$ymax = $disk_high;
$ymin = $disk_low;
} else {
$disk_high = max($usage) / $diskSize * 100;
$disk_low = min($usage) / $diskSize * 100;
$disk_mean = array_sum($usage) / count($usage) / $diskSize * 100;
//these are the min and max values used when drawing the charts
//can be used to zoom into datasets
$ymin = 0;
$ymax = 100;
}
$disk_high_time = $time[max($usage)];
$disk_low_time = $time[min($usage)];
$disk_latest = $usage[count($usage) - 1];
$disk_total = $diskSize;
$disk_free = $disk_total - $disk_latest;
$variables = array('disk_high' => number_format($disk_high, 2), 'disk_high_time' => $disk_high_time, 'disk_low' => number_format($disk_low, 2), 'disk_low_time' => $disk_low_time, 'disk_mean' => number_format($disk_mean, 2), 'disk_total' => number_format($disk_total, 1), 'disk_free' => number_format($disk_free, 1), 'disk_latest' => number_format($disk_latest, 1));
/*
* all data to be charted is now cooalated into $return
* and is returned to be charted
*
*/
$return = array();
// get legend layout from ini file
$return = $this->parseInfo($settings['info']['line'], $variables, __CLASS__);
//parse, clean and sort data
$depth = 2;
//number of datasets
$this->buildChartDataset($dataArray, $depth);
//build chart object
$return['chart'] = array('chart_format' => 'line', 'chart_avg' => 'avg', 'ymin' => $ymin, 'ymax' => $ymax, 'mean' => $disk_mean, 'dataset' => $dataArray, 'dataset_labels' => $dataArrayLabel);
return $return;
} else {
return false;
}
}
/**
* getMemoryUsageData
*
* Gets data from logfile, formats and parses it to pass it to the chart generating function
*
* @return array $return data retrived from logfile
*
*/
public function getUsageData()
{
$class = __CLASS__;
$settings = LoadModules::$_settings->{$class};
//define some core variables here
$dataArray = $dataArrayLabel = array();
$dataRedline = $usage = array();
$swap = array();
//display switch used to switch between view modes - data or percentage
// true - show MB
// false - show percentage
$displayMode = $settings['settings']['display_limiting'];
//define datasets
$dataArrayLabel[0] = 'Memory Usage';
$dataArrayLabel[1] = 'Overload';
$dataArrayLabel[2] = 'Swap';
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($this->logfile, $contents);
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
if ($logStatus) {
//takes the log file and parses it into chartable data
$this->getChartData($chartArray, $contents);
$sizeofChartArray = (int) count($chartArray);
}
/*
* now we loop through the dataset and build the chart
* uses chartArray which contains the dataset to be charted
*/
if ($sizeofChartArray > 0) {
//get the size of memory we are charting
$memorySize = $this->getMemorySize($chartArray, $sizeofChartArray);
// main loop to build the chart data
for ($i = 0; $i < $sizeofChartArray; ++$i) {
$data = $chartArray[$i];
if ($data == null) {
continue;
}
//check for redline
// clean data for missing values
$redline = false;
if (isset($data['redline']) && $data['redline'] == true) {
$redline = true;
}
//remap data if it needs mapping based on different loggers
if (LOGGER == "collectd") {
$this->reMapData($data);
}
//if ( (!$data[1]) || ($data[1] == null) || ($data[1] == "") )
// $data[1]=0.0;
//used to filter out redline data from usage data as it skews it
if (!$redline) {
$usage[] = $data[1] / 1024;
if ($data[3] > 0) {
$percentage_used = $data[1] / $data[3] * 100;
} else {
$percentage_used = 0;
}
} else {
$percentage_used = 0;
}
$timedata = (int) $data[0];
$time[$data[1] / 1024] = date("H:ia", $timedata);
$usageCount[] = $data[0] * 1000;
if ($displayMode == 'true') {
// display data using MB
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[1] / 1024 . "]";
if ($percentage_used > $settings['settings']['overload_1']) {
$dataArray[1][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[1] / 1024 . "]";
}
//swapping
if (isset($data[2])) {
$dataArray[2][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[2] / 1024 . "]";
$swap[] = $data[2] / 1024;
}
} else {
// display data using percentage
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", " . $percentage_used . "]";
if ($percentage_used > $settings['settings']['overload_1']) {
$dataArray[1][$data[0]] = "[" . $data[0] * 1000 . ", " . $percentage_used . "]";
}
//swapping
if (isset($data[2])) {
if (!$redline && $data[3] > 0) {
$swap_percentage = $data[2] / $data[3] * 100;
} else {
$swap_percentage = 0;
}
$dataArray[2][$data[0]] = "[" . $data[0] * 1000 . ", " . $swap_percentage . "]";
$swap[] = $swap_percentage;
}
}
}
/*
* now we collect data used to build the chart legend
*
*/
//echo $percentage_used; die;
end($swap);
$swapKey = key($swap);
$swap = $swap[$swapKey];
if ($displayMode == 'true') {
$mem_high = max($usage);
$mem_low = min($usage);
$mem_mean = array_sum($usage) / count($usage);
if ($swap > 1) {
$ymax = $mem_high * 1.05;
$ymin = $swap / 2;
} else {
$ymax = $mem_high;
$ymin = $mem_low;
}
} else {
//fix for division by zero
if ($memorySize > 0) {
$mem_high = max($usage) / $memorySize * 100;
$mem_low = min($usage) / $memorySize * 100;
$mem_mean = array_sum($usage) / count($usage) / $memorySize * 100;
} else {
$mem_high = $mem_low = $mem_mean = 0;
}
//these are the min and max values used when drawing the charts
//can be used to zoom into datasets
$ymin = 1;
$ymax = 100;
}
$mem_high_time = $time[max($usage)];
$mem_low_time = $time[min($usage)];
$mem_latest = $usage[count($usage) - 1];
//TODO need to get total memory here
//as memory can change dynamically in todays world!
$mem_total = $memorySize;
$mem_free = $mem_total - $mem_latest;
// values used to draw the legend
$variables = array('mem_high' => number_format($mem_high, 2), 'mem_high_time' => $mem_high_time, 'mem_low' => number_format($mem_low, 2), 'mem_low_time' => $mem_low_time, 'mem_mean' => number_format($mem_mean, 2), 'mem_latest' => number_format($mem_latest, 2), 'mem_total' => number_format($mem_total, 2), 'mem_swap' => number_format($swap, 2));
/*
* all data to be charted is now cooalated into $return
* and is returned to be charted
*
*/
$return = array();
// get legend layout from ini file
$return = $this->parseInfo($settings['info']['line'], $variables, __CLASS__);
//parse, clean and sort data
$depth = 3;
//number of datasets
$this->buildChartDataset($dataArray, $depth);
//build chart object
$return['chart'] = array('chart_format' => 'line', 'chart_avg' => 'avg', 'ymin' => $ymin, 'ymax' => $ymax, 'mean' => $mem_mean, 'dataset' => $dataArray, 'dataset_labels' => $dataArrayLabel);
return $return;
} else {
return false;
}
}
/**
* getData
*
* Gets transfer data from logfile, formats and parses it to pass it to the chart generating function
*
* @mode int processing mode, 1 is Transfer and 2 is Receive
* @return array $return data retrived from logfile
*
*/
public function getData($mode = 1)
{
$class = __CLASS__;
$settings = loadModules::$_settings->{$class};
//define some core variables here
$dataArray = $dataArrayLabel = array();
$dataRedline = $usage = array();
//$dataArrayOver = $dataArrayOver_2 = array();
//$dataArraySwap = array();
//display switch used to switch between view modes
switch ($mode) {
case 1:
$threshold = $settings['settings']['overload_transfer'];
$limiting = $settings['settings']['transfer_limiting'];
$cutoff = $settings['settings']['transfer_cutoff'];
$dataArrayLabel[0] = "Transmit";
$dataArrayLabel[1] = "Overload";
break;
case 2:
$threshold = $settings['settings']['overload_receive'];
$limiting = $settings['settings']['receive_limiting'];
$cutoff = $settings['settings']['receive_cutoff'];
$dataArrayLabel[0] = "Receive";
$dataArrayLabel[1] = "Overload";
break;
}
$displayMode = $limiting;
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($this->logfile, $contents);
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
if ($logStatus) {
//takes the log file and parses it into chartable data
$this->getChartData($chartArray, $contents);
$sizeofChartArray = (int) count($chartArray);
}
/*
* now we loop through the dataset and build the chart
* uses chartArray which contains the dataset to be charted
*/
if ($sizeofChartArray > 0) {
// main loop to build the chart data
for ($i = 0; $i < $sizeofChartArray; ++$i) {
$data = $chartArray[$i];
//check for redline
$redline = false;
if (isset($data['redline']) && $data['redline'] == true) {
$redline = true;
}
// clean data for missing values
//if ( (!$data[$mode]) || ($data[$mode] == null) || ($data[$mode] == "") || (int)$data[$mode] < 0)
// $data[$mode]=0;
$net_rate = $data[$mode];
$timedata = (int) $data[0];
$time[$net_rate] = date("H:ia", $timedata);
$rate[] = $net_rate;
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", '" . $net_rate . "']";
if ($net_rate > $threshold) {
$dataArray[1][$data[0]] = "[" . $data[0] * 1000 . ", '" . $net_rate . "']";
}
}
/*
* now we collect data used to build the chart legend
*
*/
$net_high = max($rate);
$net_high_time = $time[$net_high];
$net_low = min($rate);
$net_low_time = $time[$net_low];
$net_latest = $rate[count($rate) - 1];
$net_mean = number_format(array_sum($rate) / count($rate), 2);
$net_estimate = round($net_mean * 60 * 60 * 24 / 1024);
if ($net_estimate >= 1024) {
$net_estimate = round($net_estimate / 1024, 1);
$net_estimate_units = "GB";
} else {
$net_estimate_units = "MB";
}
if ($displayMode == 'true') {
$ymin = 0;
//$ymax = 16;
$ymax = (int) $cutoff;
} else {
$ymin = $net_low;
$ymax = $net_high;
}
$variables = array('net_high' => $net_high, 'net_high_time' => $net_high_time, 'net_low' => $net_low, 'net_low_time' => $net_low_time, 'net_mean' => $net_mean, 'net_latest' => $net_latest, 'net_estimate' => $net_estimate, 'net_estimate_units' => $net_estimate_units);
/*
* all data to be charted is now cooalated into $return
* and is returned to be charted
*
*/
$return = array();
// get legend layout from ini file
$return = $this->parseInfo($settings['info']['line'], $variables, __CLASS__);
//parse, clean and sort data
$depth = 3;
//number of datasets
$this->buildChartDataset($dataArray, $depth);
//build chart object
$return['chart'] = array('chart_format' => 'line', 'chart_avg' => 'avg', 'ymin' => $ymin, 'ymax' => $ymax, 'mean' => $net_mean, 'dataset' => $dataArray, 'dataset_labels' => $dataArrayLabel);
return $return;
} else {
return false;
}
}
public function getUsageData($switch)
{
$class = __CLASS__;
$settings = loadModules::$_settings->{$class};
//define some core variables here
$dataArray = $dataArrayLabel = array();
$dataRedline = $usage = array();
//$dataArray = $dataRedline = $usage = array();
//$dataArrayOver = $dataArrayOver_2 = array();
//$dataArraySwap = array();
//used to limit display data from being sqewed by overloads
$displayMode = $settings['settings']['display_limiting'];
//define datasets
$dataArrayLabel[0] = 'User';
$dataArrayLabel[1] = 'Nice';
$dataArrayLabel[2] = 'System';
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($this->logfile, $contents);
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
if ($logStatus) {
//takes the log file and parses it into chartable data
$this->getChartData($chartArray, $contents);
$sizeofChartArray = (int) count($chartArray);
}
/*
* now we loop through the dataset and build the chart
* uses chartArray which contains the dataset to be charted
*/
if ($sizeofChartArray > 0) {
for ($i = 0; $i < $sizeofChartArray; ++$i) {
$data = $chartArray[$i];
//if bad data point skip it
if ($data == null) {
continue;
}
// clean data for missing values
$redline = false;
if (isset($data['redline']) && $data['redline'] == true) {
$redline = true;
}
//if ( (!$data[1]) || ($data[1] == null) || ($data[1] == "") )
// $data[1]=0.0;
//used to filter out redline data from usage data as it skews it
//for us this means add 3 arrays togeather
if (!$redline) {
//switch = 2/3/4 if just showing one dataset
$usage[$switch][] = $data[$switch];
//switch= 1 / showing combination chart so usage is sum all usage!
//$usage[$switch][] = $data[$switch];
//$usage[$switch][] = $data[$switch];
}
$timedata = (int) $data[0];
$time[$switch][$data[$switch]] = date("H:ia", $timedata);
//we have 3 datasets to plot
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", '" . $data[1] . "']";
$dataArray[1][$data[0]] = "[" . $data[0] * 1000 . ", '" . $data[2] . "']";
$dataArray[2][$data[0]] = "[" . $data[0] * 1000 . ", '" . $data[3] . "']";
}
/*
* now we collect data used to build the chart legend
*
*/
$processor_high = max($usage[$switch]);
$processor_high_time = $time[$switch][$processor_high];
$processor_low = min($usage[$switch]);
$processor_low_time = $time[$switch][$processor_low];
//$cpu_mean = (float)number_format(array_sum($usage[$switch]) / count($usage[$switch]), 3);
$processor_mean = array_sum($usage[$switch]) / count($usage[$switch]);
$processor_latest = $usage[$switch][count($usage[$switch]) - 1];
if ($displayMode == 'true') {
$ymin = 0;
$ymax = 100;
} else {
$ymin = $processor_low;
$ymax = $processor_high;
}
$variables = array('processor_high' => number_format($processor_high, 3), 'processor_high_time' => $processor_high_time, 'processor_low' => number_format($processor_low, 3), 'processor_low_time' => $processor_low_time, 'processor_mean' => number_format($processor_mean, 3), 'processor_latest' => number_format($processor_latest, 3));
/*
* all data to be charted is now cooalated into $return
* and is returned to be charted
*
*/
$return = array();
// get legend layout from ini file
$return = $this->parseInfo($settings['info']['line'], $variables, __CLASS__);
//parse, clean and sort data
$depth = 3;
//number of datasets
$this->buildChartDataset($dataArray, $depth);
//build chart object
$return['chart'] = array('chart_format' => 'line', 'chart_avg' => 'avg', 'ymin' => $ymin, 'ymax' => $ymax, 'mean' => $processor_mean, 'dataset' => $dataArray, 'dataset_labels' => $dataArrayLabel);
return $return;
} else {
return false;
}
}
/**
* getData
*
* Gets data from logfile, formats and parses it to pass it to the chart generating function
*
* @return array $return data retrived from logfile
*
*/
public function getData($switch = 1)
{
$class = __CLASS__;
$settings = loadModules::$_settings->{$class};
//define some core variables here
$dataArray = $dataRedline = $usage = array();
$dataArraySwap = array();
//display switch used to switch between view modes - data or percentage
//$displayMode = $settings['settings']['display_limiting'];
//mode specific data is set up here
$dataArrayLabel[0] = $this->getChartLabel($switch);
/*
* grab the log file data needed for the charts as array of strings
* takes logfiles(s) and gives us back contents
*/
$contents = array();
$logStatus = LoadUtility::parseLogFileData($this->logfile, $contents);
/*
* build the chartArray array here as array of arrays needed for charting
* takes in contents and gives us back chartArray
*/
$chartArray = array();
$sizeofChartArray = 0;
if ($logStatus) {
//takes the log file and parses it into chartable data
$this->getChartData($chartArray, $contents);
$sizeofChartArray = (int) count($chartArray);
}
/*
* now we loop through the dataset and build the chart
* uses chartArray which contains the dataset to be charted
*/
if ($sizeofChartArray > 0) {
// main loop to build the chart data
for ($i = 0; $i < $sizeofChartArray; ++$i) {
$data = $chartArray[$i];
if ($data == null) {
continue;
}
//check for redline
$redline = false;
if (isset($data['redline']) && $data['redline'] == true) {
$redline = true;
}
//when showing send and receive its bytes to MB
//when showing queries, mode 3, its 1 to 1
if ($switch == 3) {
$divisor = 1;
} else {
$divisor = 1024;
}
//used to filter out redline data from usage data as it skews it
if (!$redline) {
$usage[] = $data[$switch] / $divisor;
}
$timedata = (int) $data[0];
$time[$data[$switch] / $divisor] = date("H:ia", $timedata);
$usageCount[] = $data[0] * 1000;
// received
$dataArray[0][$data[0]] = "[" . $data[0] * 1000 . ", " . $data[$switch] / $divisor . "]";
}
/*
* now we collect data used to build the chart legend
*
*/
$mysql_high = max($usage);
$mysql_low = min($usage);
$mysql_mean = array_sum($usage) / count($usage);
$ymax = $mysql_high;
$ymin = $mysql_low;
$mysql_high_time = $time[max($usage)];
$mysql_low_time = $time[min($usage)];
$mysql_latest = $usage[count($usage) - 1];
// values used to draw the legend
$variables = array('mysql_high' => number_format($mysql_high, 0), 'mysql_high_time' => $mysql_high_time, 'mysql_low' => number_format($mysql_low, 0), 'mysql_low_time' => $mysql_low_time, 'mysql_mean' => number_format($mysql_mean, 0), 'mysql_latest' => number_format($mysql_latest, 0));
/*
* all data to be charted is now cooalated into $return
* and is returned to be charted
*
*/
$return = array();
// get legend layout from ini file
$return = $this->parseInfo($settings['info']['line'], $variables, __CLASS__);
//parse, clean and sort data
$depth = 1;
//number of datasets
$this->buildChartDataset($dataArray, $depth);
$return['chart'] = array('chart_format' => 'line', 'chart_avg' => 'avg', 'ymin' => $ymin, 'ymax' => $ymax, 'xmin' => date("Y/m/d 00:00:01"), 'xmax' => date("Y/m/d 23:59:59"), 'mean' => $mysql_mean, 'avg' => "stack", 'dataset' => $dataArray, 'dataset_labels' => $dataArrayLabel);
return $return;
} else {
return false;
}
}
