ISO8859-1C7{ny  |T  x b p  Y 9 G ^ M  Hd ]C  { E  y CnqC9}b g!Y"al#K$%T2&H' (z)>X* +},>#-b.Jr/I01}2I34~5Iu678QT9:;QJ<=>Q=?@AQ3BCDQ$EvFGQ!HsIJQKcL{MN N XOyPN Q\R{SNT]U|VN W aX YN!Z!!`[!\N"] "k^"_N#` #jau#wbH#c$6d{$LeH$f%gz%%hH%i%j}%kH&{l&mx&nH'Qo'p'qH(2r({sv(tH)u)Ovx)awR)x*-y~*HzR*{+|}+3}R+~,,R,,{-R---R.s.y.R/Y/E/<00CR0^`01;1">1^1|1t2.22}3@33{4Y44y5l5x5D6q6j64707eg7u478[8%8M8\89HW9cU9:X:-U::N:];H;T;O<U>v>N>]?:!?T?O@@_M@w\@A"WA9UAAXAUBXBNB]CCtTCOCD5MDL\DDWE UEeEXEUF+FNF]FGFTGaOGHGH>HdHDH;HI7EIK<IProcesses in run queueAn event will be generated each time the average number of processes on the run queue has increased by 50 percent or more between observations.The event will be rearmed when the run queue length drops below 50.Processes in swap queueAn event will be generated each time two consecutive observations find 50 processes or more in the swap queue.The event will be rearmed when the number of processes in the swap queue drops below 40 for two consecutive observations.Paging active spaceAn event will be generated whenever the total amount of active paging space changes.Paging free spaceAn event will be generated when the VMM is within 2 megabytes (512 4k pages) of reaching the paging space warning level.The event will be rearmed when the free paging space total becomes greater than the same threhold.Paging percent space usedAn event will be generated when more than 90 percent of the total paging space is in use.The event will be rearmed when it falls below 85 percent.Paging percent space freeAn event will be generated when the total amount of free paging space falls bvelow 10 percent.The event will be rearmed when the free paging space increases to 15 percent.Processors idle timeAn event is generated when the average time all processors are idle at least 70 percent of the time.The event is rearmed when the idle time decreases below 10 percent.Processors kernel timeAn event is generated when the average time all processors are executing in kernel mode is at least 70 percent of the time.The event is rearmed when the kernel time decreases below 10 percent.Processors user timeAn event is generated when the average time all processors are executing in user mode is at least 70 percent of the time.The event is rearmed when the user time decreases below 10 percent.Processors wait timeAn event is generated when the average time all processors are waiting on I/O is at least 50 percent of the time.The event is rearmed when the wait time decreases below 10 percent.Real memory freeAn event is generated when the percentage of real page frames that are free falls below 5 percent.The event will be rearmed to be generated again after the percentage of free frames exceeds 10 percent.Real memory pinnedAn event is generated when the percentage of real page frames that are pinned exceeds 75 percent.The event will not occur again until the percentage falls below 70 percent.Real memory free framesAn event will be generated when the number of free real page frames falls below 120.The event will not be generated again until the number free exceeds 150.Page in rateAn event is generated when the rate of pages read by the VMM for both persistent and working pages exceeds 500 per second.The event will not occur again until the rate drops below 400.Page out rateAn event is generated when the rate of pages written by the VMM for both persistent and working pages exceeds 500 per second.The event will not occur again until the rate drops below 400.Page fault rateAn event is generated when there are more than 500 page faults per second.The event is not rearmed until the rate drops below 400 pages per second.Page space in rateAn event is generated when more than 500 pages per second are read by the VMM from paging space devices (working pages only).The event is not rearmed until the rate drops below 400 pages per second.Page space out rateAn event is generated when more than 500 pages per second are written by the VMM to paging space devices (working pages only).The event is not rearmed until the rate drops below 400 pages per second.Kernel Mbuf rateAn event is generated when the number of requests for a kernel buffer of type (network data buffer) exceeds 5000 per second.The event will not be generated again until the rate falls below 4000 per second.Kernel socket buffer rateAn event is generated when the number of requests for a kernel buffer of type (kernel socket structure) exceeds 5000 per second.The event will not be generated again until the rate falls below 4000 per second.Kernel protocol CB rateAn event is generated when the number of requests for a kernel buffer of type (Protocol Control Block) exceeds 5000 per second.The event will not be generated again until the rate falls below 4000 per second.Kernel other IP CB rateAn event is generated when the number of requests for a kernel buffer of type (Other buffers used by IP) exceeds 5000 per second.The event will not be generated again until the rate falls below 4000 per second.Kernel Mblk buffer rateAn event is generated when the number of requests for a kernel buffer of type (stream header and data) exceeds 5000 per second.The event will not be generated again until the rate falls below 4000 per second.Kernel streams buffer rateAn event is generated when the number of requests for a kernel buffer of type (other streams related memory) exceeds 5000 per second.The event will not be generated again until the rate falls below 4000 per second.Kernel other memory rateAn event is generated when the number of requests for a kernel buffer of type (other kernel memory) exceeds 5000 per second.The event will not be generated again until the rate falls below 4000 per second.Kernel Mbuf failed rateAn event is generated when the number of failures of requests for a kernel buffer of type (network data buffer) exceeds 10 per second.The event will not be generated again until the rate falls below 5 per second.Kernel socket buffer failed rateAn event is generated when the number of failures of requests for a kernel buffer of type (kernel socket structure) exceeds 10 per second.The event will not be generated again until the rate falls below 5 per second.Kernel protocol CB failed rateAn event is generated when the number of failures of requests for a kernel buffer of type (Protocol Control Block) exceeds 10 per second.The event will not be generated again until the rate falls below 5 per second.Kernel other IP CB failed rateAn event is generated when the number of failures of requests for a kernel buffer of type (Other buffers used by IP) exceeds 10 per second.The event will not be generated again until the rate falls below 5 per second.Kernel Mblk buffer failed rateAn event is generated when the number of failures of requests for a kernel buffer of type (stream header and data) exceeds 10 per second.The event will not be generated again until the rate falls below 5 per second.Kernel streams buffer failed rateAn event is generated when the number of failures of requests for a kernel buffer of type (other streams related memory) exceeds 10 per second.The event will not be generated again until the rate falls below 5 per second.Kernel other memory failed rateAn event is generated when the number of failures of requests for a kernel buffer of type (other kernel memory) exceeds 10 per second.The event will not be generated again until the rate falls below 5 per second.Kernel MbufsAn event is generated when the allocated number of kernel buffers of type (network data buffer) exceeds 10000.The event will not be generated again until the number falls below 9000.Kernel socket buffersAn event is generated when the allocated number of kernel buffers of type (kernel socket structure) exceeds 10000.The event will not be generated again until the number falls below 9000.Kernel protocol CBsAn event is generated when the allocated number of kernel buffers of type (Protocol Control Block) exceeds 10000.The event will not be generated again until the number falls below 9000.Kernel other IP CBsAn event is generated when the allocated number of kernel buffers of type (Other buffers used by IP) exceeds 10000.The event will not be generated again until the number falls below 9000.Kernel Mblk buffersAn event is generated when the allocated number of kernel buffers of type (stream header and data) exceeds 10000.The event will not be generated again until the number falls below 9000.Kernel stream buffersAn event is generated when the allocated number of kernel buffers of type (other streams related memory) exceeds 10000.The event will not be generated again until the number falls below 9000.Kernel other memoryAn event is generated when the allocated number of kernel buffers of type (other kernel memory) exceeds 10000.The event will not be generated again until the number falls below 9000.Kernel Mbufs sizeAn event is generated when the total space occupied by kernel buffers of type (network data buffer) exceeds 64MB.The event will not be generated again until the allocated amount drops below 32MB.Kernel socket buffers sizeAn event is generated when the total space occupied by kernel buffers of type (kernel socket structure) exceeds 64MB.The event will not be generated again until the allocated amount drops below 32MB.Kernel protocol CBs sizeAn event is generated when the total space occupied by kernel buffers of type (Protocol Control Block) exceeds 64MB.The event will not be generated again until the allocated amount drops below 32MB.Kernel other IP CBs sizeAn event is generated when the total space occupied by kernel buffers of type (Other buffers used by IP) exceeds 64MB.The event will not be generated again until the allocated amount drops below 32MB.Kernel Mblks sizeAn event is generated when the total space occupied by kernel buffers of type (stream header and data) exceeds 64MB.The event will not be generated again until the allocated amount drops below 32MB.Kernel streams buffers sizeAn event is generated when the total space occupied by kernel buffers of type (other streams related memory) exceeds 64MB.The event will not be generated again until the allocated amount drops below 32MB.Kernel other memory sizeAn event is generated when the total space occupied by kernel buffers of type (other kernel memory) exceeds 64MB.The event will not be generated again until the allocated amount drops below 32MB.Paging device stateAn event will be generated when the paging space device goes offline.The event will be rearmed when the device comes back online.Paging device percent freeAn event will be generated when less than 20 percent of the paging device is free.The event will be rearmed when the amount of free paging space on the device exceeds 25 percent.Processor stateAn event will be generated when the processor goes offline.The event will be rearmed when it returns to the online state.Processor idle timeAn event will be generated each time the processor is idle at least 80 percent of the time for two consecutive observations.The event will be rearmed when the idle time for the processor is below 50 percent for two consecutive observations.Processor wait timeAn event will be generated when the average time the processor is in wait state is at least 50 percent for two consecutive observations.The event will be rearmed when the processor is in wait mode at most 30 percent of the time for two consecutive observations.Processor kernel timeAn event will be generated when the average time the processor is in the kernel mode for two consecutive observations is 80 percent.The event will be rearmed when the kernel mode time for the processor is below 20 percent for two consecutive observations.Processor user timeAn event will be generated when the average time the processor is in the user mode for two consecutive observations is 80 percent.The event will be rearmed when the user mode time for the processor is below 50 percent for two consecutive observations.Disk percent busyAn event will be generated when the disk has been busy at least 90 percent of the time for two consecutive observations.The event will be rearmed when the value decreases below 80 percent.Disk read rateAn event will be generated when the rate per second of 512 byte blocks read from the disk is less than 50.The event will be rearmed when the rate exceeds 100.Disk write rateAn event will be generated when the rate per second of 512 byte blocks written to disk is less than 50.The event will be rearmed when the rate exceeds 100.Disk transfer rateAn event will be generated each time the rate of transfer to disk has increased 50 percent.Ethernet receive error rateAn event is generated when the number of receive errors per second exceeds 1.The event is not rearmed until the receive error rate is 0 for two consecutive observations.Ethernet receive drop rateAn event is generated when the number of receive packets dropped per second exceeds 10.The event is not rearmed until the number of dropped packets goes below 5 per second.Ethernet transmit drop rateAn event is generated when the number of outbound packets dropped per second exceeds 10.The event is not rearmed until the number of dropped packets goes below 5 per second.Ethernet transmit error rateAn event is generated when the number of transmit errors per second exceeds 1.The event is not rearmed until the transmit error rate is 0 for two consecutive observations.Ethernet transmit overflow rateAn event is generated when the number of transmit queue overflows second exceeds 10.The event is not rearmed until the number of overflows goes below 2 per second.Token ring receive error rateAn event is generated when the number of receive errors per second exceeds 1.The event is not rearmed until the receive error rate is 0 for two consecutive observations.Token ring receive drop rateAn event is generated when the number of receive packets dropped per second exceeds 10.The event is not rearmed until the number of dropped packets goes below 5 per second.Token ring transmit drop rateAn event is generated when the number of outbound packets dropped per second exceeds 10.The event is not rearmed until the number of dropped packets goes below 5 per second.Token ring transmit error rateAn event is generated when the number of transmit errors per second exceeds 1.The event is not rearmed until the transmit error rate is 0 for two consecutive observations.Token ring transmit overflow rateAn event is generated when the number of transmit queue overflows second exceeds 10.The event is not rearmed until the number of overflows goes below 2 per second.FDDI receive error rateAn event is generated when the number of receive errors per second exceeds 1.The event is not rearmed until the receive error rate is 0 for two consecutive observations.FDDI receive drop rateAn event is generated when the number of receive packets dropped per second exceeds 10.The event is not rearmed until the number of dropped packets goes below 5 per second.FDDI transmit drop rateAn event is generated when the number of outbound packets dropped per second exceeds 10.The event is not rearmed until the number of dropped packets goes below 5 per second.FDDI transmit error rateAn event is generated when the number of transmit errors per second exceeds 1.The event is not rearmed until the transmit error rate is 0 for two consecutive observations.FDDI transmit overflow rateAn event is generated when the number of transmit queue overflows second exceeds 10.The event is not rearmed until the number of overflows goes below 2 per second.ATM receive error rateAn event is generated when the number of receive errors per second exceeds 1.The event is not rearmed until the receive error rate is 0 for two consecutive observations.ATM receive drop rateAn event is generated when the number of receive packets dropped per second exceeds 10.The event is not rearmed until the number of dropped packets goes below 5 per second.ATM transmit drop rateAn event is generated when the number of outbound packets dropped per second exceeds 10.The event is not rearmed until the number of dropped packets goes below 5 per second.ATM transmit error rateAn event is generated when the number of transmit errors per second exceeds 1.The event is not rearmed until the transmit error rate is 0 for two consecutive observations.ATM transmit overflow rateAn event is generated when the number of transmit queue overflows second exceeds 10.The event is not rearmed until the number of overflows goes below 2 per second.Sendmail daemon stateAn event will be generated whenever the sendmail daemon is not running.The event will be rearmed when the sendmail deamon is running.Inetd daemon stateAn event will be generated whenever the inetd daemon is not running.The event will be rearmed when the inetd deamon is running.Xinetd daemon stateAn event will be generated whenever the xinetd daemon is not running.The event will be rearmed when the xinetd deamon is running.