to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using unused values to be eventually removed if the item request range was reduced. When working in low memory mode value cache will attempt to switch back to normal operational mode once per day. The current

to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using monitor virtual memory statistics on Windows. 7.5.3 Chassis information Changed system.hw.chassis key to read the DMI table from sysfs, if sysfs access fails then try reading directly from memory. 7.6 Trigger

to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using Reports → Action log for alerts, when rolling the mouse over the error icon. • Semaphore and shared memory management has been reworked to eliminate the possibility of IPC-related conflicts in between Zabbix

to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using • alerter - process for sending notifications • configuration syncer - process for managing in-memory cache of configuration data • discoverer - process for discovery of devices • escalator - process

to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using item has been added to recursively count all entries in the given directory. Updated items • vm.memory.size agent item now supports a slab parameter. • The following agent items now support new mode

to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using • alerter - process for sending notifications • configuration syncer - process for managing in-memory cache of configuration data • discoverer - process for discovery of devices • escalator - process

to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using (default is still all and returns normal load value) vm.memory.size now supports more modes for various platforms. See supported by platform and vm.memory.size parameters pages for more information. 5.3.2

to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using connections cURL feature has been added to HTTP agent checks. Proxy memory buffer A memory buffer has been developed for Zabbix proxy. The memory buffer allows to store new data (item values, network discovery

to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using manager - process for host availability updates • configuration syncer - process for managing in-memory cache of configuration data • connector manager - manager process for connectors • connector worker

to how Zabbix disseminates it (that is, electronically for download on a Zabbix web site) or on a USB or similar medium, provided however that the documentation is disseminated together with the software be deployed on both Linux and Windows Binary daemons • written in C, for performance and small memory footprint • easily portable Ready for complex environments • remote monitoring made easy by using if.discovery[], vmware.hv.network.linkspeed[]; • Resource pools: vmware.rp.cpu.usage[], vmware.rp.memory[]. The items vmware.hv.network.in[] and vmware.hv.network.out[], used for monitoring hypervisor