. */ class system_monitor extends pts_module_interface { const module_name = "System Monitor"; const module_version = "1.3.0"; const module_description = "This module contains sensor monitoring support."; const module_author = "Michael Larabel"; public static function module_info() { $info = ""; $info .= "\nMonitoring these sensors are as easy as running your normal Phoronix Test Suite commands but at the beginning of the command add: MONITOR= (example: MONITOR=cpu.temp,cpu.voltage phoronix-test-suite benchmark universe). Below are all of the sensors supported by this version of the Phoronix Test Suite.\n\n"; $info .= "Supported Options:\n"; foreach(self::monitor_arguments() as $arg) { $info .= " - " . $arg . "\n"; } return $info; } // // General Functions // public static function __pre_option_process($obj = NULL) { $to_show = getenv("MONITOR"); $to_show = explode(',', $to_show); $monitor_all = in_array("all", $to_show); $monitor_temp = in_array("all.temp", $to_show) || $monitor_all; $monitor_power = in_array("all.power", $to_show) || $monitor_all; $monitor_voltage = in_array("all.voltage", $to_show) || $monitor_all; $monitor_freq = in_array("all.freq", $to_show) || $monitor_all; $monitor_usage = in_array("all.usage", $to_show) || $monitor_all; $monitor_memory = in_array("all.memory", $to_show) || $monitor_all; if(in_array("gpu.temp", $to_show) || $monitor_temp) { pts_set_assignment("MONITOR_GPU_TEMP", 1); pts_module::save_file(".s/GPU_TEMPERATURE"); } if(in_array("cpu.temp", $to_show) || $monitor_temp) { pts_set_assignment("MONITOR_CPU_TEMP", 1); pts_module::save_file(".s/CPU_TEMPERATURE"); } if(in_array("hdd.temp", $to_show) || $monitor_temp) { pts_set_assignment("MONITOR_HDD_TEMP", 1); pts_module::save_file(".s/HDD_TEMPERATURE"); } if(in_array("sys.temp", $to_show) || $monitor_temp) { pts_set_assignment("MONITOR_SYS_TEMP", 1); pts_module::save_file(".s/SYS_TEMPERATURE"); } if(in_array("battery.power", $to_show) || $monitor_power) { pts_set_assignment("MONITOR_BATTERY_POWER", 1); pts_module::save_file(".s/BATTERY_POWER"); } if(in_array("cpu.voltage", $to_show) || $monitor_voltage) { pts_set_assignment("MONITOR_CPU_VOLTAGE", 1); pts_module::save_file(".s/CPU_VOLTAGE"); } if(in_array("v3.voltage", $to_show) || $monitor_voltage) { pts_set_assignment("MONITOR_V3_VOLTAGE", 1); pts_module::save_file(".s/V3_VOLTAGE"); } if(in_array("v5.voltage", $to_show) || $monitor_voltage) { pts_set_assignment("MONITOR_V5_VOLTAGE", 1); pts_module::save_file(".s/V5_VOLTAGE"); } if(in_array("v12.voltage", $to_show) || $monitor_voltage) { pts_set_assignment("MONITOR_V12_VOLTAGE", 1); pts_module::save_file(".s/V12_VOLTAGE"); } if(in_array("cpu.freq", $to_show) || $monitor_freq) { pts_set_assignment("MONITOR_CPU_FREQ", 1); pts_module::save_file(".s/CPU_FREQ"); } if(in_array("gpu.freq", $to_show) || $monitor_freq) { pts_set_assignment("MONITOR_GPU_FREQ", 1); pts_module::save_file(".s/GPU_FREQ"); } if(in_array("gpu.usage", $to_show) || $monitor_usage) { pts_set_assignment("MONITOR_GPU_USAGE", 1); pts_module::save_file(".s/GPU_USAGE"); } if(in_array("cpu.usage", $to_show) || $monitor_usage) { pts_set_assignment("MONITOR_CPU_USAGE", 1); pts_module::save_file(".s/CPU_USAGE"); if(($cpu_count = hw_cpu_core_count()) > 1) { for($i = 0; $i < $cpu_count; $i++) { pts_module::save_file(".s/CPU_USAGE_" . $i); } } } if(in_array("system.memory", $to_show) || $monitor_memory) { pts_set_assignment("MONITOR_SYS_MEMORY", 1); pts_module::save_file(".s/SYS_MEMORY"); } if(in_array("swap.memory", $to_show) || $monitor_memory) { pts_set_assignment("MONITOR_SWAP_MEMORY", 1); pts_module::save_file(".s/SWAP_MEMORY"); } if(in_array("total.memory", $to_show) || $monitor_memory) { pts_set_assignment("MONITOR_TOTAL_MEMORY", 1); pts_module::save_file(".s/TOTAL_MEMORY"); } } public static function __pre_run_process() { pts_module::pts_timed_function(9, "pts_monitor_update"); } public static function __post_option_process($obj = NULL) { if(defined("PTS_EXIT")) return; // Elapsed time $device = array(); $type = array(); $unit = array(); $m_array = array(); $type_index = array(); $type_index["THERMAL"] = array(); $type_index["POWER"] = array(); $type_index["VOLTAGE"] = array(); $type_index["FREQUENCY"] = array(); $type_index["USAGE"] = array(); $type_index["MEMORY"] = array(); if(pts_is_assignment("MONITOR_GPU_TEMP")) { $this_array = self::parse_monitor_log(".s/GPU_TEMPERATURE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "GPU"); array_push($type, "Thermal"); array_push($unit, "°C"); array_push($m_array, $this_array); array_push($type_index["THERMAL"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_CPU_TEMP")) { $this_array = self::parse_monitor_log(".s/CPU_TEMPERATURE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "CPU"); array_push($type, "Thermal"); array_push($unit, "°C"); array_push($m_array, $this_array); array_push($type_index["THERMAL"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_HDD_TEMP")) { $this_array = self::parse_monitor_log(".s/HDD_TEMPERATURE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "HDD"); array_push($type, "Thermal"); array_push($unit, "°C"); array_push($m_array, $this_array); array_push($type_index["THERMAL"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_SYS_TEMP")) { $this_array = self::parse_monitor_log(".s/SYS_TEMPERATURE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "System"); array_push($type, "Thermal"); array_push($unit, "°C"); array_push($m_array, $this_array); array_push($type_index["THERMAL"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_BATTERY_POWER")) { $this_array = self::parse_monitor_log(".s/BATTERY_POWER"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "Battery"); array_push($type, "Power"); array_push($unit, "Milliwatts"); array_push($m_array, $this_array); array_push($type_index["POWER"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_CPU_VOLTAGE")) { $this_array = self::parse_monitor_log(".s/CPU_VOLTAGE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "CPU"); array_push($type, "Voltage"); array_push($unit, "Volts"); array_push($m_array, $this_array); array_push($type_index["VOLTAGE"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_V3_VOLTAGE")) { $this_array = self::parse_monitor_log(".s/V3_VOLTAGE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "+3.33V"); array_push($type, "Voltage"); array_push($unit, "Volts"); array_push($m_array, $this_array); array_push($type_index["VOLTAGE"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_V5_VOLTAGE")) { $this_array = self::parse_monitor_log(".s/V5_VOLTAGE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "+5.00V"); array_push($type, "Voltage"); array_push($unit, "Volts"); array_push($m_array, $this_array); array_push($type_index["VOLTAGE"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_V12_VOLTAGE")) { $this_array = self::parse_monitor_log(".s/V12_VOLTAGE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "+12.00V"); array_push($type, "Voltage"); array_push($unit, "Volts"); array_push($m_array, $this_array); array_push($type_index["VOLTAGE"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_CPU_FREQ")) { $this_array = self::parse_monitor_log(".s/CPU_FREQ"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "CPU"); array_push($type, "Frequency"); array_push($unit, "Megahertz"); array_push($m_array, $this_array); array_push($type_index["FREQUENCY"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_GPU_FREQ")) { $this_array = self::parse_monitor_log(".s/GPU_FREQ"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "GPU"); array_push($type, "Frequency"); array_push($unit, "Megahertz"); array_push($m_array, $this_array); array_push($type_index["FREQUENCY"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_GPU_USAGE")) { $this_array = self::parse_monitor_log(".s/GPU_USAGE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "GPU"); array_push($type, "Usage"); array_push($unit, "Percent"); array_push($m_array, $this_array); array_push($type_index["USAGE"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_CPU_USAGE")) { $this_array = self::parse_monitor_log(".s/CPU_USAGE"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "CPU"); array_push($type, "Usage"); array_push($unit, "Percent"); array_push($m_array, $this_array); array_push($type_index["USAGE"], count($m_array) - 1); } for($i = 0; $i < hw_cpu_core_count() && pts_module::is_file(".s/CPU_USAGE_" . $i); $i++) { $this_array = self::parse_monitor_log(".s/CPU_USAGE_" . $i); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "CPU " . ($i + 1)); array_push($type, "Usage"); array_push($unit, "Percent"); array_push($m_array, $this_array); array_push($type_index["USAGE"], count($m_array) - 1); } } } if(pts_is_assignment("MONITOR_SYS_MEMORY")) { $this_array = self::parse_monitor_log(".s/SYS_MEMORY"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "Physical"); array_push($type, "Memory Usage"); array_push($unit, "Megabytes"); array_push($m_array, $this_array); array_push($type_index["MEMORY"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_SWAP_MEMORY")) { $this_array = self::parse_monitor_log(".s/SWAP_MEMORY"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "SWAP"); array_push($type, "Memory Usage"); array_push($unit, "Megabytes"); array_push($m_array, $this_array); array_push($type_index["MEMORY"], count($m_array) - 1); } } if(pts_is_assignment("MONITOR_TOTAL_MEMORY")) { $this_array = self::parse_monitor_log(".s/TOTAL_MEMORY"); if(is_array($this_array) && !empty($this_array[0])) { array_push($device, "Total"); array_push($type, "Memory Usage"); array_push($unit, "Megabytes"); array_push($m_array, $this_array); array_push($type_index["MEMORY"], count($m_array) - 1); } } $info_report = ""; if(isset($m_array[0]) && count($m_array[0]) == 1) { $info_report .= "Current Sensor Readings:\n\n"; for($i = 0; $i < count($m_array); $i++) { $info_report .= $device[$i] . " " . $type[$i] . " Monitor: " . $m_array[$i][0] . " " . $unit[$i]; if($i < (count($m_array) - 1)) $info_report .= "\n"; } } else { for($i = 0; $i < count($m_array); $i++) { // Calculate statistics if($i > 0) $info_report .= "\n\n"; $low = false; $high = 0; $total = 0; foreach($m_array[$i] as $temp) { if($low == false) $low = $temp; if($temp < $low || ($low == 0 && $type[$i] <> "Usage")) $low = $temp; else if($temp > $high) $high = $temp; $total += $temp; } $avg = $total / count($m_array[$i]); $info_report .= $device[$i] . " " . $type[$i] . " Statistics:\n\nLow: " . pts_trim_double($low) . ' ' . $unit[$i] . "\nHigh: " . pts_trim_double($high) . ' ' . $unit[$i] . "\nAverage: " . pts_trim_double($avg) . ' ' . $unit[$i]; } if(trim($info_report) != "") { $image_list = array(); pts_module::copy_file(RESULTS_VIEWER_DIR . "pts-monitor-viewer.html", "pts-monitor-viewer.html"); pts_module::copy_file(RESULTS_VIEWER_DIR . "pts.js", "pts-monitor-viewer/pts.js"); pts_module::copy_file(RESULTS_VIEWER_DIR . "pts-viewer.css", "pts-monitor-viewer/pts-viewer.css"); $image_count = 0; foreach($type_index as $key => $sub_array) { if(count($sub_array) > 0) { $time_minutes = floor(pts_time_elapsed() / 60); if($time_minutes == 0) $time_minutes = 1; $graph_title = $type[$sub_array[0]] . " Monitor"; $graph_unit = $unit[$sub_array[0]]; $graph_unit = str_replace("°C", "Degrees Celsius", $graph_unit); $sub_title = "Elapsed Time: " . $time_minutes . " Minutes - "; if(($temp = pts_read_assignment("TO_RUN")) != false) $sub_title .= $temp; else $sub_title .= date("g:i A"); $t = new pts_LineGraph($graph_title, $sub_title, $graph_unit); $first_run = true; foreach($sub_array as $id_point) { $t->loadGraphValues($m_array[$id_point], $device[$id_point]); if($first_run) { $t->loadGraphIdentifiers($m_array[$id_point]); $t->hideGraphIdentifiers(); $first_run = false; } } $save_filename = pts_unique_runtime_identifier() . '-' . $image_count . "." . strtolower($t->getRenderer()); $t->loadGraphVersion(PTS_VERSION); $t->saveGraphToFile(pts_module::save_dir() . $save_filename); $t->renderGraph(); array_push($image_list, $save_filename); $image_count++; } } $url = implode($image_list, ","); } } if(count($m_array) > 0) $info_report .= "\n\nElapsed Time: " . pts_format_time_string(pts_time_elapsed()); // terminal output if(!empty($info_report)) echo pts_string_header($info_report); if(isset($m_array[0]) && count($m_array[0]) > 1 && !empty($url)) { $file = pts_module::save_file("link-latest.html", ""); if($file != FALSE) pts_display_web_browser($file); } } // // Extra Functions // public static function pts_monitor_update() { if(pts_is_assignment("MONITOR_GPU_TEMP")) { $temp = hw_gpu_temperature(); if($temp != -1) pts_module::save_file(".s/GPU_TEMPERATURE", $temp, true); } if(pts_is_assignment("MONITOR_CPU_TEMP")) { $temp = hw_cpu_temperature(); if($temp != -1) pts_module::save_file(".s/CPU_TEMPERATURE", $temp, true); } if(pts_is_assignment("MONITOR_HDD_TEMP")) { $temp = hw_sys_hdd_temperature(); if($temp != -1) pts_module::save_file(".s/HDD_TEMPERATURE", $temp, true); } if(pts_is_assignment("MONITOR_SYS_TEMP")) { $temp = hw_sys_temperature(); if($temp != -1) pts_module::save_file(".s/SYS_TEMPERATURE", $temp, true); } if(pts_is_assignment("MONITOR_BATTERY_POWER")) { $state = read_acpi("/battery/BAT0/state", "charging state"); $power = read_acpi("/battery/BAT0/state", "present rate"); if($state == "discharging") { if(($end = strpos($power, ' ')) > 0) $power = substr($power, 0, $end); if(!empty($power)) pts_module::save_file(".s/BATTERY_POWER", $power, true); } } if(pts_is_assignment("MONITOR_CPU_VOLTAGE")) { $voltage = hw_sys_line_voltage("CPU"); if($voltage != -1) pts_module::save_file(".s/GPU_VOLTAGE", $voltage, true); } if(pts_is_assignment("MONITOR_V3_VOLTAGE")) { $voltage = hw_sys_line_voltage("V3"); if($voltage != -1) pts_module::save_file(".s/V3_VOLTAGE", $voltage, true); } if(pts_is_assignment("MONITOR_V5_VOLTAGE")) { $voltage = hw_sys_line_voltage("V5"); if($voltage != -1) pts_module::save_file(".s/V5_VOLTAGE", $voltage, true); } if(pts_is_assignment("MONITOR_V12_VOLTAGE")) { $voltage = hw_sys_line_voltage("V12"); if($voltage != -1) pts_module::save_file(".s/V12_VOLTAGE", $voltage, true); } if(pts_is_assignment("MONITOR_CPU_FREQ")) { $speed = hw_cpu_current_frequency(); if($speed > 0) pts_module::save_file(".s/CPU_FREQ", $speed, true); } if(pts_is_assignment("MONITOR_GPU_FREQ")) { $speed = hw_gpu_current_frequency(); if(!empty($speed[0])) pts_module::save_file(".s/GPU_FREQ", $speed[0], true); } if(pts_is_assignment("MONITOR_GPU_USAGE")) { $usage = hw_gpu_core_usage(); if($usage != -1) pts_module::save_file(".s/GPU_USAGE", $usage, true); } if(pts_is_assignment("MONITOR_CPU_USAGE")) { $usage = hw_cpu_usage(); if($usage != -1) pts_module::save_file(".s/CPU_USAGE", $usage, true); for($i = 0; $i < hw_cpu_core_count() && pts_module::is_file(".s/CPU_USAGE_" . $i); $i++) { $usage = hw_cpu_usage($i); if($usage != -1) pts_module::save_file(".s/CPU_USAGE_" . $i, $usage, true); } } if(pts_is_assignment("MONITOR_SYS_MEMORY")) { $usage = read_physical_memory_usage(); if($usage != -1) pts_module::save_file(".s/SYS_MEMORY", $usage, true); } if(pts_is_assignment("MONITOR_SWAP_MEMORY")) { $usage = read_swap_usage(); if($usage != -1) pts_module::save_file(".s/SWAP_MEMORY", $usage, true); } if(pts_is_assignment("MONITOR_TOTAL_MEMORY")) { $usage = read_total_memory_usage(); if($usage != -1) pts_module::save_file(".s/TOTAL_MEMORY", $usage, true); } } private function parse_monitor_log($log_file) { $log_f = pts_module::read_file($log_file); pts_module::remove_file($log_file); $line_breaks = explode("\n", $log_f); $results = array(); foreach($line_breaks as $line) { $line = trim($line); if(!empty($line)) array_push($results, $line); } return $results; } private function monitor_arguments() { return array("all", "all.temp", "all.power", "all.voltage", "all.freq", "all.usage", "all.memory", "gpu.temp", "cpu.temp", "hdd.temp", "sys.temp", "battery.power", "cpu.voltage", "v3.voltage", "v5.voltage", "v12.voltage", "cpu.freq", "gpu.freq", "gpu.usage", "cpu.usage", "system.memory", "swap.memory", "total.memory"); } } ?>