kilobytes to gigabits

high priority, positive values indicate low priority P Last CPU used, only meaningful in multi-CPU environment %cpu CPU time consumption percentage last updated to current Time Total CPU time used by the process, in seconds time+ Total CPU time used by the process, Unit 1/100 sec %MEM Percentage of physical memory used by the process VIRT The total amount of virtual memory used by t

Parent Process ID Ruser Real User Name Uid User ID of the process owner USER User name of the process owner GROUP Group Name of Process owner Tty The terminal name of the startup process. Processes that are not started from the terminal are displayed as? PR Priority level NI Nice value. Negative values indicate high priority, positive values indicate low prio

terminal are displayed as? PR Priority level NI Nice value. Negative values indicate high priority, positive values indicate low priority P Last CPU used, only meaningful in multi-CPU environment %cpu CPU time consumption percentage last updated to current Time Total CPU time used by the process, in seconds time+ Total CPU time used by the process, Unit 1/100 sec %MEM

server (3) Server settings information %maxusers Displays the maximum number of users that the server can log on at the same time %maxanonymous Displays the maximum number of anonymous users that the server can log on at the same time (4) User information %name Displays the user name of the login %IP Displays the user IP address of the login %DIR displays the current directory of the logged-in user %disk displays the current disk of the logged-on user %dfree Displays the current disk s

: ' nginx ' Start:/webserver/init.d/nginx Check to see if Nginx is started by monit The code is as follows Copy Code #/webserver/init.d/nginx StatusNginx (PID 22419 22417) is running ... To view the messages received, a total of two Message that prompts for a service exception Messages that prompt service recovery View the status of all Monit monitoring items The code is as follows Copy Code # Monit Status The

is rough and multi-Mosaic. The information in the computer is represented by binary 0 and 1. Each 0 or 1 is called a single bit, which is expressed by lowercase B, that is, bit. uppercase B indicates byte, that is, byte. one byte = eight bits, that is, 1B = 8B; the upper-case k indicates the meaning of a thousand, that is, a thousand bits (Kb) or a thousand bits (KB ). Indicates the size unit of the file. Generally, bytes (Kb) are used to indicate the file size.Kbps: First, you need to know tha

Linux sort command explanation Syntax formatSort [-A] [-B] [-C] [-D] [-F] [-I] [-M] [-N] [-R] [-u] [-o outfile][-T character] [-T Directory] [-y [kilobytes] [-Z recordsize] [[+ [fskip][. Cskip] [B] [d] [f] [I] [N] [r] [-[fskip] [. cskip] [B] [d] [F][I] [N] [r] [-K keydefinition] [file]Instructions for useThe sort command sorts the rows in the file specified by the file parameter and writes the result to the standard output. If the file param

) the process. PRI: Priority of the process. (See 1.1.4, "Process priority and nice level" on page 5 for details .) SIZE: Amount of memory (code + data + stack) used by the process in kilobytes. RSS: Amount of physical RAM used, in kilobytes. SHARE: Amount of memory shared with other processes, in kilobytes. STAT: State of the process: S = sleeping, R = running,

(Below ArticleNote the case sensitivity between B and B during reading.) 1. Differences between kb and KB: The information in the computer is represented by binary 0 and 1. Each 0 or 1 is called a single bit, which is expressed by lowercase B, that is, bit. uppercase B indicates byte, that is, byte. one byte = eight bits, that is, 1B = 8B; the upper-case k indicates the meaning of a thousand, that is, a thousand bits (Kb) or a thousand bits (KB ). Indicates the size unit of the file. Generally

updated to current L Time Total CPU time used by the process, in seconds M time+ Total CPU time used by the process, Unit 1/100 sec N %MEM Percentage of physical memory used by the process O VIRT The total amount of virtual memory used by the process, in kilobytes. Virt=swap+res P SWAP The size, in

the terminal are displayed as? PR Priority level NI Nice value. Negative values indicate high priority, positive values indicate low priority P Last CPU used, only meaningful in multi-CPU environment %cpu CPU time consumption percentage last updated to current Time Total CPU time used by the process, in seconds time+ Total CPU time used by the process, Unit 1/100 sec %

process VIRT The total amount of virtual memory used by the process, in kilobytes. Virt=swap+res SWAP The size, in kilobytes, of the virtual memory that the process is using, swapped out. Res The size, in kilobytes, of the physical memory that the process used and was not swapped out. Res=code+data

consumption percentage last updated to current Time Total CPU time used by the process, in seconds time+ Total CPU time used by the process, Unit 1/100 sec %MEM Percentage of physical memory used by the process VIRT The total amount of virtual memory used by the process, in kilobytes. Virt=swap+res SWAP The size, in kil