Function monitor_components 

pub fn monitor_components() -> CComponentMonitor

Constructs a CComponentMonitor to monitor attached hardware component temperatures in °C.

NOTE: Only certain operating systems will support this. If they don’t the CComponentMonitor::len will always be 0.

Example:

use codemelted::CComponentMonitor;

let mut monitor = codemelted::monitor_components();
monitor.refresh();
let len = monitor.len();
assert!(len >= 0);

---
title: Monitor Use Case Object Hierarchy
---
classDiagram
  direction LR
  namespace codemelted {
    class CCsvFormat {
      +system_id() String
      +csv_header(self) String
      +as_csv(self) String
    }
    class CComponentMonitor {
      -new() CComponentMonitor
      +refresh()
      +len() usize
      +label(index) String
      +temp_current_c(index) f32
      +temp_max_c(index) f32
      +temp_critical_c(index) f32
    }
    class CDiskMonitor {
      -new() CDiskMonitor
      +refresh()
      +len() usize
      +name(index) String
      +disk_available_bytes(index) u64
      +disk_used_bytes(index) u64
      +disk_total_bytes(index) u64
      +disk_load(index) f32
      +file_system(index) String
      +is_read_only(index) bool
      +is_removable(index) bool
      +kind(index) String
      +mount_point(index) String
    }
    class CNetworkMonitor {
      -new() CNetworkMonitor
      +refresh()
      +names() Vec
      +mac_address(name) String
      +mtu(name) u64
      +network_total_rx_bytes(name) u64
      +network_total_rx_errors(name) u64
      +network_total_rx_packets(name) u64
      +network_total_tx_bytes(name) u64
      +network_total_tx_errors(name) u64
      +network_total_tx_packets(name) u64
    }
    class CPerformanceMonitor {
      -new() CPerformanceMonitor
      +refresh()
      +cpu_load() f32
      +memory_available_bytes() u64
      +memory_free_bytes() u64
      +memory_used_bytes() u64
      +memory_total_bytes() u64
      +memory_load() f32
      +swap_free_bytes() u64
      +swap_used_bytes() u64
      +swap_total_bytes() u64
      +swap_load() f32
    }
    class CProcessMonitor {
      -new() CProcessMonitor
      +refresh()
      +pids() Vec
      +cpu_usage(pid) f32
      +cwd(pid) String
      +disk_total_read_bytes(pid) u64
      +disk_total_written_bytes(pid) u64
      +exe(pid) String
      +group_id(pid) String
      +memory_usage_bytes(pid) u64
      +memory_virtual_bytes(pid) u64
      +name(pid) String
      +open_files(pid) u32
      +parent_pid(pid) u32
      +root(pid) String
      +session_id(pid) u32
      +status(pid) String
      +time_started_seconds(pid) u64
      +time_running_seconds(pid) u64
      +user_id(pid) String
      +kill(pid) bool
      +wait(pid) i32
    }
    class monitor_components
    class monitor_disk
    class monitor_network
    class monitor_performance
    class monitor_processes
  }
  namespace SystemInfo {
    class Components
    class Disks
    class Networks
    class System
  }
  CComponentMonitor --> Components: uses
  CComponentMonitor --> CCsvFormat: implements
  CDiskMonitor --> Disks: uses
  CDiskMonitor --> CCsvFormat: implements
  CNetworkMonitor --> Networks: uses
  CNetworkMonitor --> CCsvFormat: implements
  CPerformanceMonitor --> System: uses
  CPerformanceMonitor --> CCsvFormat: implements
  CProcessMonitor --> System: uses
  CProcessMonitor --> CCsvFormat: implements
  monitor_components --> CComponentMonitor: creates
  monitor_disk --> CDiskMonitor: creates
  monitor_network --> CNetworkMonitor: creates
  monitor_performance --> CPerformanceMonitor: creates
  monitor_processes --> CProcessMonitor: creates