Swap monitoring

Can be listed more than once. - Bug fix: Folder linking was not supporting SymLink correctly. - Update: Core driver acrhitectural changes. - Big fix: S.M.A.R.T. monitoring feature was not displaying information correctly for some users. - Bug fix: A number of minor interface and server issues resolved. Release v1.3.7.5 release (2012-09-19) - Update: Much improved duplication speed and lower CPU overhead (most notable on large folders). - Update: Duplication folder scanning speed have been much improved. - Bug fix: When using duplication tools, stopping a search can cause the client interface to hang. - Update: Improved speed of mount points loading in the dashboard. - Bug fix: WHS dashboard crashes when drive removal/swap is complete. - Update: Hard drive S.M.A.R.T. monitoring has been introduced. - Update: Hard drive model and serial number is now displayed for pooled drives (under the drives dashboard). - Update: A number on interface enhancements. - Bug fix: A number of minor interface and server issues resolved. Release v1.3.6.0 release (2012-08-10) - Update: Some branding changes to the client interface. - Update: The settings option has been moved from the advanced tab to the main interface (lower left). - Bug fix: As of Drive Bender v1.3.5.0 a drive removal or a drive swap operation will dismount all pool mount point for the duration of the operation. This is by design, however the notification of this dismount is not displayed, and as a result some users may not realize that this is intended. - Bug fix: As of Drive Bender v1.3.5.0 a drive removal or a drive swap operation will dismount all pool mount point for the duration of the operation. This is by design, however if Drive Bender is set to manage system drive letters, then it may assign the dismounted mount point's drive letter

Name forthis control is cpu-shares.The zone.max-locked-memory resource control limits the amount of locked physical memory available toa zone The allocation of the locked memory resource across projects within thezone can be controlled by using the project.max-locked-memory resource control. See Table 6-1 for more information.The zone.max-lwps resource control enhances resource isolation by preventing too many LWPs inone zone from affecting other zones. The allocation of the LWP resource acrossprojects within the zone can be controlled by using the project.max-lwps resource control. SeeTable 6-1 for more information. The global property name for this control is max-lwps.The zone.max-msg-ids, zone.max-sem-ids, zone.max-shm-ids, and zone.max-shm-memory resource controls are used to limitSystem V resources used by all processes within a zone. The allocation ofSystem V resources across projects within the zone can be controlled by usingthe project versions of these resource controls. The global property names for thesecontrols are max-msg-ids, max-sem-ids, max-shm-ids, and max-shm-memory.The zone.max-swap resource control limits swap consumed by user process address space mappingsand tmpfs mounts within a zone. The output of prstat -Z displays a SWAPcolumn. The swap reported is the total swap consumed by the zone's processesand tmpfs mounts. This value assists in monitoring the swap reserved by eachzone, which can be used to choose an appropriate zone.max-swap setting.Table 17-1 Zone-Wide Resource ControlsControl NameGlobalProperty NameDescriptionDefault UnitValue Used Forzone.cpu-capSolaris 10 5/08: Absolute limit on the amount of CPU resourcesfor this zone.Quantity (number of CPUs), expressed as a percentageNote - When setting asthe capped-cpu resource, you can use a decimal number for the unit.zone.cpu-sharescpu-sharesNumber offair share scheduler (FSS) CPU shares for this zone.Quantity (shares)zone.max-locked-memoryTotal amount ofphysical locked memory available to a zone.If priv_proc_lock_memory is assigned to azone, consider setting this resource control as well, to prevent that zone fromlocking all memory.Size (bytes)locked property of capped-memory.zone.max-lwpsmax-lwpsMaximum number of LWPs simultaneously available tothis zone.Quantity (LWPs)zone.max-msg-idsmax-msg-idsMaximum number of

Processor model, processor speed, cache size, and CPU ID. Processor Performance Time series data associated with processor utilization that can include metrics like CPU idle time, CPU wait time, and overall CPU time. Restarts Performance An analysis of uptime. When uptime is less than 15 minutes, the system triggers an event indicating the system was restarted. SSL Certificates Configuration The certificates found on a managed system. SSL Certificates Performance An analysis of certificate expiration date. The system will trigger an event when certificates are nearing expiration. Uptime Performance The timespan since the managed entity was last initialized. Virtual Memory (Swap) Configuration The configuration of the virtual memory found within a managed entity. Virtual Memory (Swap) Performance Time series data associated with virtual memory utilization. Windows Services Configuration The services found on a managed entity that can include attributes like name and state. Windows Services Performance Time series data associated with service performance that can include metrics like availability percentage. Supported Data Collection Methods for Monitoring Windows The following table describes which methods of data collection are supported when running SL1 and the SL1 Agent on monitored Windows systems: Metric Type Agentless Agent-Based SNMP WMI PowerShell Gen-01 Gen-03 Availability Performance Yes Yes Yes Yes Yes File Systems Configuration Yes Some Yes Some Yes File Systems Performance Yes Some Yes Some Yes Installed Software Configuration Yes No Yes No Yes Network Interfaces Configuration Yes Some Yes Some Yes Network Interfaces Performance Yes Some Yes Some Yes Physical Memory Configuration Yes Yes Yes Yes Yes Physical Memory Performance Yes Yes Yes Yes Yes Ports Configuration Yes No Yes Yes No Ports Performance Yes No Yes Yes No Ports (Illicit) Performance Yes No Yes Yes No Processes Configuration Yes Some Yes Yes Yes Processes Performance Yes No Yes Yes Yes Processor Configuration Yes Yes Yes Yes Yes Processor Performance Yes Yes Yes Yes Yes Restarts Performance Yes No Yes Yes Yes SSL Certificates Configuration Yes No No No No SSL Certificates Performance Yes No No No No Uptime Performance Yes No Yes Yes Yes Virtual Memory (Swap) Configuration Yes Yes Yes Yes Yes Virtual Memory (Swap) Performance Yes Yes Yes Yes Yes Windows Services Configuration Yes Some Yes No Yes Windows Services Performance Yes Some Yes No Yes Supported Data Collection Methods for Monitoring Linux The following table describes which methods of data collection are supported when running SL1 and the SL1 Agent on monitored Linux systems: Metric Type Agentless Agent-Based SNMP SSH Gen-01 Gen-03 Availability Performance Yes Yes Yes Yes File Systems Configuration Yes Yes Some Yes File Systems Performance Yes Yes Some Yes Installed Software Configuration Yes No No Yes Network Interfaces Configuration Yes Yes Some Yes Network Interfaces Performance Yes Yes

5.3.x or 5.4.0 to 6.1.2 After upgrading hardware appliances 2000F, 3500F, or 3500G from 5.3.x or 5.4.0 to 6.1.2, the swap is reduced from 24GB to 2GB. Note that the upgrade from 6.1.2 to 6.2.x does not have this problem. This will impact performance. To fix this issue, take the following steps. First, run the following command based on your hardware appliance model.For 2000F swapon –s /dev/mapper/FSIEM2000F-phx_swap For 3500Fswapon –s /dev/mapper/FSIEM3500F-phx_swap For 3500G swapon –s /dev/mapper/FSIEM3500G-phx_swap Add the following line to /etc/fstab for the above swap partition based on your hardware appliance model.For 2000F/dev/FSIEM2000F/phx_swap /swapfile swap defaults 0 0 For 3500F/dev/FSIEM3500F/phx_swap /swapfile swap defaults 0 0 For 3500G/dev/FSIEM3500G/phx_swap /swapfile swap defaults 0 0 Reboot the hardware appliance. Run the following commandswapon --showand make sure there are 2 swap partitions mounted instead of just 1, as shown here. [root@sp5753 ~]# swapon --showNAME TYPE SIZE USED PRIO/dev/dm-5 partition 30G 0B -3/dev/dm-0 partition 2.5G 0B -2 Post Upgrade Health Check get-fsm-health.py --local Example Output Here is an example of a successful output when running get-fsm-health.py --local. Health Check ============================================================Wed Jul 07 17:35:26 PDT 2021--------------------Fetching Information from Local.- Host Info ........................................ succeeded.- FortiSIEM Version ................................ succeeded.- FortiSIEM License Info ........................... succeeded.- Configuration .................................... succeeded.- CMDB Info ........................................ succeeded.- Largest CMDB Tables .............................. succeeded.- EPS Info ......................................... succeeded.- Worker Upload Event Queue Info ................... succeeded.- Inline Report Queue .............................. succeeded.- Active Queries ................................... succeeded.- Load Average ..................................... succeeded.- CPU Usage Details ................................ succeeded.- Top 5 Processes by CPU ........................... succeeded.- Memory Usage ..................................... succeeded.- Swap Usage ....................................... succeeded.- Top 5 Processes by Resident Memory ............... succeeded.- Disk Usage ....................................... succeeded.- IOStat ........................................... succeeded.- Top 5 Processes by IO ............................ succeeded.- NFSIOStat ........................................ succeeded.- NFS Disk Operations Time (second) ................ succeeded.- Top 10 Slow EventDB Queries ( > 1 min) Today ..... succeeded.- Top 5 Rule with Large Memory Today ............... succeeded.- FortiSIEM Process Uptime Less Than 1 day ......... succeeded.- Top 5 log files in /var/log ..................... succeeded.- FortiSIEM Shared Store Status .................... succeeded.- App Server Exceptions Today ...................... succeeded.- Backend Errors Today ............................. succeeded.- Backend Segfaults Today .......................... succeeded.- Patched files .................................... succeeded.- Outstanding Discovery Jobs ....................... succeeded.- FortiSIEM Log File Size .......................... succeeded.- FortiSIEM Fall Behind Jobs ....................... succeeded.- FortiSIEM Jobs Distribution ...................... succeeded.------------------------------------------------------------ Data Collection ============================================================All data was collected.------------------------------------------------------------ Health Assessment ============================================================Overall health: **Critical**CPU Utilization: Normal - 15 min Load average: 1.05 - System CPU: 4.5% Memory Utilization: Normal - Memory utilization: 48% - Swap space utilization: 0.0% - Swap in rate: 0B/s - Swap out rate: 0B/s I/O Utilization: Normal - CPU Idle Wait: 0.0% - Local disk IO util: 0.2% - NFS latency (/data): 2.2ms Disk Utilization: Normal - Disk Utilization: 33% Event Ingestion: Normal - Worker event upload queue: 1 - Shared store status: Nobody is falling behind Event Analysis: Normal - Inline report queue: 4 - Active query queue: 0 System Errors: Normal - Process down. See details. - App server errors: 0 - Backend error: 2 Performance Monitoring: **Critical** - 1250 jobs are falling behind. (Super) *****------------------------------------------------------------

Your security system will also rely on its connection with Alarm.com or AlarmNet, provider of the Total Connect 2.0 platform, for alarm signal transport to the central station when a full monitoring plan is selected.There are a few reasons why the system's interactive platform is important. For the most part, both platforms offer very similar functionality, and virtually all features and services offered by one will also be offered by the other. But there are some very key differences that you should keep in mind. First, Total Connect 2.0, the service used with the PROA7PLUS, allows alarm systems to connect with their service using an internet only communication path, with cellular backup being optional. That is not the case with Alarm.com, as cellular connectivity is required, and no system can connect with the Alarm.com platform unless it has an active cellular communicator. The reason why this is important is it means that the PROA7PLUS can be used with any Alarm Grid monitoring plan, including the lower-cost Bronze and Silver Level Plans, which are internet protocol (IP) only. But the Qolsys IQ Panel 2 Plus is more restrictive, and it can only be used with monitoring plans that include cellular service, such as an Alarm Grid Gold or Platinum Level Plan, or an Alarm Grid Cell-Only Plan. If you want to get started with low-cost IP-only monitoring, then the PROA7PLUS is for you. This may be a very important point for users shopping for service on a budget. If you want to learn more about all Alarm Grid monitoring plans, then please check out this comprehensive guide.As far as cellular connectivity goes, the Qolsys IQ Panel 2 Plus comes with a built-in LTE cellular communicator (AT&T LTE or Verizon LTE), so no extra communicator needs to be purchased. While this is very convenient, it also has a sometimes overlooked drawback in the fact that a damaged communicator means replacing the entire panel, due to the fact that you cannot swap it out. The Z-Wave Plus and WIFI cards are also married to the panel, so you must replace the panel if those components fail for any reason. But the PROA7PLUS comes with a removable WIFI and Z-Wave Plus card called the Honeywell Home PROWIFIZW. If the original stock component is damaged, then you can just buy a new one, and install it inside your panel. A cellular communicator is not included, and you will need to purchase one separately if you want to use cellular or dual-path connectivity with your PROA7PLUS. There is the PROLTE-A with AT&T LTE and the PROLTE-V with Verizon LTE. Again, if the cell module becomes damaged, then you can just buy a new one, and swap it in. There's no need to replace the entire panel.Additionally, if you are interest in video monitoring through an Alarm Grid Platinum Plan, then you may prefer the IQ Panel 2 Plus and Alarm.com, due to the fact that the selection of Alarm.com Security Cameras is considerably more diverse than