Cpuload

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(Created page with " File cpuload.conf ; NOTE this file is used to setup CPU load information's ; The cpuload module inform YATE about system total CPU load and YATE CPU load ;[general] ; Th...")
 
 
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File cpuload.conf
 
File cpuload.conf
  
 +
; NOTE this file is used to setup CPU load information's
 +
; The cpuload module inform YATE about system total CPU load and YATE CPU load
 +
 +
;[general]
 +
 +
; This section keeps the settings for system and Yate.
 +
 +
; interval: int: The interval in milliseconds for CPU load check.
 +
; Note: Minimum value is 1s.
 +
; Default value 1s
 +
; interval=1000
 +
 +
; oscillate_interval : int: Time in milliseconds that stop this module from notifying about CPU load,
 +
; if the CPU load is oscillating between consecutive intervals
 +
; NOTE! oscillate_interval value should be at least 2 * interval
 +
; oscillate_interval=5000
 +
 +
; core_number: integer: The number of CPU cores
 +
; NOTE! Yate will detect the number of cores from "/proc/stat". If the file does not exists you should
 +
; set the core number to avoid that yate CPU load to be bigger than 100%
 +
; core_number=1
 +
 +
; smooth : integer between 5 and 50 : Value used to smooth the CPU loading.
 +
; smooth = 33
 +
 +
;The following sections represent the CPU load managers.
 +
 +
; '''NOTE!!!''' Each parameter form the following sections need to match this type:
 +
; ''target_name''=interval_name,threshold_value,hysteresis_value;......
 +
; ''target_name'': string: The name if the target.
 +
; ''interval_name'' : string: The name of the interval.
 +
; ''threshold_value'': int: The upper value of the interval.
 +
; ''hysteresis_value'': int.
 +
 +
; Examples: engine=accept,50,4;partial,65,2;congestion,80,2;reject
 +
; The target is "engine";
 +
; Interval names: all, partial,congestion,none;
 +
; Threshold value: 50, 65, 80
 +
; from this results two sets of intervals:
 +
 +
; one when the CPU load is growing :
 +
; accept = 0-54
 +
; partial = 54 - 67
 +
; congestion = 67 - 82
 +
; reject = 82 - 100
 +
 +
; two when CPU load is lowering
 +
; accept = 0-46
 +
; partial = 46 - 63
 +
; congestion = 63 - 78
 +
; reject = 78 - 100
 +
 +
; '''NOTE!''' : Parameters can be appended with chan.control message and with rmanager command
 +
; '''Example''': [[rmanager]]
 +
 +
;  "control cpuload section target_name=interval_name,threshold_value,hysteresis_value;......"
 +
 +
; where "section" represents one from the sections above
 +
 +
; '''Example: [[chan.control]]'''
 +
; Message* m = new Message("chan.control");
 +
; m->addParam("targetid","cpuload");
 +
; m->addParam("component","cpuload");
 +
; m->addParam("operation",monitor); // One of the following : kernelLoad,userLoad,totalLoad,systemLoad
 +
; m->addParam("engine","interval_name,threshold_value,hysteresis_value;...... ");
 +
; Engine::enqueue(m); // Engine::dispatch(m);
 +
 +
; '''NOTE! ''': Target "engine" is reserved for engine call accept. If you want to modify engine monitors
 +
; or intervals please do it form manager.conf
 +
 +
;[kernelLoad]
 +
; YATE CPU kernel-space load settings
 +
 +
 +
;[userLoad]
 +
; YATE CPU user-space load settings
 +
 
 +
 +
;[totalLoad]
 +
; YATE CPU load settings
 +
 +
 +
;[systemLoad]
 +
; System CPU load settings
  
 +
; The module can be queried for load information
 +
; '''Example: [[monitor.query]]'''
 +
; Message* m = new Message("monitor.query");
 +
; m->addParam("name","load_name");
 +
; Where load_name can be one of the following: kernelLoad,userLoad,totalLoad,systemLoad
  
−
; NOTE this file is used to setup CPU load information's
+
−
; The cpuload module inform YATE about system total CPU load and YATE CPU load
+
[[Category:Monitoring]] [[Category:CPULoad]]
−
 
+
−
;[general]
+
−
 
+
−
; This section keeps the settings for system and Yate.
+
−
 
+
−
; interval: int: The interval in milliseconds for CPU load check.
+
−
; Note: Minimum value is 1s.
+
−
; Default value 1s
+
−
; interval=1000
+
−
 
+
−
; oscillate_interval : int: Time in milliseconds that stop this module from notifying about CPU load,
+
−
; if the CPU load is oscillating between consecutive intervals
+
−
; NOTE! oscillate_interval value should be at least 2 * interval
+
−
; oscillate_interval=5000
+
−
 
+
−
; core_number: integer: The number of CPU cores
+
−
; NOTE! Yate will detect the number of cores from "/proc/stat". If the file does not exists you should
+
−
; set the core number to avoid that yate CPU load to be bigger than 100%
+
−
; core_number=1
+
−
 
+
−
; smooth : integer between 5 and 50 : Value used to smooth the CPU loading.
+
−
; smooth = 33
+
−
 
+
−
;The following sections represent the CPU load managers.
+
−
 
+
−
; NOTE!!! Each parameter form the following sections need to match this type:
+
−
; target_name=interval_name,threshold_value,hysteresis_value;......
+
−
; target_name: string: The name if the target.
+
−
; interval_name : string: The name of the interval.
+
−
; threshold_value: int: The upper value of the interval.
+
−
; hysteresis_value: int.
+
−
 
+
−
; Examples: engine=accept,50,4;partial,65,2;congestion,80,2;reject
+
−
; The target is "engine";
+
−
; Interval names: all, partial,congestion,none;
+
−
; Threshold value: 50, 65, 80
+
−
; from this results two sets of intervals:
+
−
 
+
−
; one when the CPU load is growing :
+
−
; accept = 0-54
+
−
; partial = 54 - 67
+
−
; congestion = 67 - 82
+
−
; reject = 82 - 100
+
−
 
+
−
; two when CPU load is lowering
+
−
; accept = 0-46
+
−
; partial = 46 - 63
+
−
; congestion = 63 - 78
+
−
; reject = 78 - 100
+
−
 
+
−
; '''NOTE!''' : Parameters can be appended with chan.control message and with rmanager command
+
−
; '''Example''': [[rmanager]]
+
−
 
+
−
;  "control cpuload section target_name=interval_name,threshold_value,hysteresis_value;......"
+
−
 
+
−
; where "section" represents one from the sections above
+
−
 
+
−
; '''Example: [[chan.control]]'''
+
−
; Message* m = new Message("chan.control");
+
−
; m->addParam("targetid","cpuload");
+
−
; m->addParam("component","cpuload");
+
−
; m->addParam("operation",monitor); // One of the following : kernelLoad,userLoad,totalLoad,systemLoad
+
−
; m->addParam("engine","interval_name,threshold_value,hysteresis_value;...... ");
+
−
; Engine::enqueue(m); // Engine::dispatch(m);
+
−
 
+
−
; '''NOTE! ''': Target "engine" is reserved for engine call accept. If you want to modify engine monitors
+
−
; or intervals please do it form manager.conf
+
−
 
+
−
;[kernelLoad]
+
−
; YATE CPU kernel-space load settings
+
−
 
+
−
 
+
−
;[userLoad]
+
−
; YATE CPU user-space load settings
+
−
 
+
−
 
+
−
;[totalLoad]
+
−
; YATE CPU load settings
+
−
 
+
−
 
+
−
;[systemLoad]
+
−
; System CPU load settings
+

Latest revision as of 15:54, 18 July 2016

File cpuload.conf 

; NOTE this file is used to setup CPU load information's
; The cpuload module inform YATE about system total CPU load and YATE CPU load

;[general]

; This section keeps the settings for system and Yate.

; interval: int: The interval in milliseconds for CPU load check.
; Note: Minimum value is 1s.
; Default value 1s
; interval=1000

; oscillate_interval : int: Time in milliseconds that stop this module from notifying about CPU load,
; if the CPU load is oscillating between consecutive intervals
; NOTE! oscillate_interval value should be at least 2 * interval
; oscillate_interval=5000

; core_number: integer: The number of CPU cores
; NOTE! Yate will detect the number of cores from "/proc/stat". If the file does not exists you should
; set the core number to avoid that yate CPU load to be bigger than 100%
; core_number=1

; smooth : integer between 5 and 50 : Value used to smooth the CPU loading.
; smooth = 33

;The following sections represent the CPU load managers.

; NOTE!!! Each parameter form the following sections need to match this type:
; target_name=interval_name,threshold_value,hysteresis_value;......
; target_name: string: The name if the target.
; interval_name : string: The name of the interval.
; threshold_value: int: The upper value of the interval.
; hysteresis_value: int.

; Examples: engine=accept,50,4;partial,65,2;congestion,80,2;reject
; The target is "engine";
; Interval names: all, partial,congestion,none;
; Threshold value: 50, 65, 80
; from this results two sets of intervals:

; one when the CPU load is growing :
; accept = 0-54
; partial = 54 - 67
; congestion = 67 - 82
; reject = 82 - 100

; two when CPU load is lowering
; accept = 0-46
; partial = 46 - 63
; congestion = 63 - 78
; reject = 78 - 100

; NOTE! : Parameters can be appended with chan.control message and with rmanager command
; Example: rmanager

;  "control cpuload section target_name=interval_name,threshold_value,hysteresis_value;......"

; where "section" represents one from the sections above

; Example: chan.control
; Message* m = new Message("chan.control");
; m->addParam("targetid","cpuload");
; m->addParam("component","cpuload");
; m->addParam("operation",monitor); // One of the following : kernelLoad,userLoad,totalLoad,systemLoad
; m->addParam("engine","interval_name,threshold_value,hysteresis_value;...... ");
; Engine::enqueue(m); // Engine::dispatch(m);

; NOTE! : Target "engine" is reserved for engine call accept. If you want to modify engine monitors
; or intervals please do it form manager.conf

;[kernelLoad]
; YATE CPU kernel-space load settings


;[userLoad]
; YATE CPU user-space load settings
 

;[totalLoad]
; YATE CPU load settings


;[systemLoad]
; System CPU load settings

; The module can be queried for load information
; Example: monitor.query
; Message* m = new Message("monitor.query");
; m->addParam("name","load_name");
; Where load_name can be one of the following: kernelLoad,userLoad,totalLoad,systemLoad
Retrieved from "https://docs.yate.ro/wiki/index.php?title=Cpuload&oldid=7923"
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