dsquery inactive

default, max Specifies the number of caches, and the recommended number of files is the same, inactive refers to how long the file has not been requested to delete the cache. Open_file_cache_valid 80s; This refers to how long it is to check the cache for valid information. Open_file_cache_min_uses 1; The minimum number of times a file is used in a inactive parameter in the open_

() function (Solaris) , when reading files this are larger than or equal to the specified size. Open_file_cache off; The file cache that is open.Open_file_cache max=n [Inactive=time];Nginx can cache the following three types of information (file metadata):(1) file descriptor, file size, and the most recent modification time;(2) The structure of the Open directory;(3) Information on files not found or not authorized to operate; Max=n represents the ma

The Oracle Redo log (redo log) is used to record operation entries for database data recovery. To improve efficiency, Oracle typically recommends setting up three sets of redo logs.I. OverviewOracle Redo log groups typically have four states, unused,inactive,active,current.Unused usually refers to a log group that has never been used, that is, a newly added log group.The current state is the LGWR process is writing the log of redo log buffer into the

Tags: ar using SP file Data art log CTI BSThe Redo log (redo log) is controlled by the LGWR. Oracle does not immediately modify the data block for DML operation data, but produces redo records and logs it to the online redo log, when redo log is full, or the global checkpoint is started, or alter system switch LogFile This will switch redo log group, (if the Redo log status is current, is currently redo log, if inactive is already have dbwn write data

requests: * * 1, limit_except METHOD {...} Specifies access control for methods other than the range; limit_except GET {allow 192.168.2.0/24; Deny all; } 2, client_body_max_size size; Limiting the upper limit of the body part of the request packet, judging by the "Content_length" in the header of the request packet; 3, limit_rate speed; Limit the number of bytes that the client transmits per second, by default 0, which means no limit; 4, limit

Activate ActiveX Control Release Date: 2006-3-29 |Updated on: 2006-3-29 Internet Development Index You cannot directly interact with Microsoft ActiveX controls loaded with APPLET, EMBED, or OBJECT elements. You can interact with these controls only after activating the user interface of these controls. This article describes how Microsoft Internet Explorer handles ActiveX controls and shows how to load ActiveX controls to activate their interfaces. It also describes the impact of such behavior o

time.Client_header_buffer_size 4 k; the buffer size of the client request header, which can be set according to your system page size. Generally, the size of the header of a request will not exceed 1 k, however, generally, the system page size must be greater than 1 k, so the page size is set here. You can use the getconf PAGESIZE command to obtain the page size.Open_file_cache max = 102400 inactive = 20 s; this will specify the cache for opening the

configure a frame relay environment with two nodes. Its configuration is relatively simple. For details, see configuration List 8-1. Configuration List 8-1 configure a frame relay environment with two nodes Section 1st: Frame Relay environment with two nodes Version 12.1: Service timestamps debug uptime Service timestamps log uptime No service password-encryption ! Hostname FR_S witch Ip subnet-zero No ip domain-lookup Frame-relay switching ! Interface Serial0 No ip address Shutdown ! Interfac

0A08E1350 A08E1360 144 TO 105421 1 3 0 1209330 0A08E1220 A08E1230 151 TO 105421 1 3 0 1279593 0You have selected 7 rows.Seven sessions lock the temporary table.If you can kill, you can drop table shzgy. shzgy_pz_bb_error1;Select a. sid, a. SERIAL #, B. spid, a. status, a. PROGRAMFrom v $ session a, V $ PROCESS BWhere a. sid in (29, 30, 32, 77,120,144,151)And a. paddr = B. ADDROrder by a. sid; Sid serial # SPID STATUS PROGRAM----------------------------------------------------------------29 619

Redolog is controlled by LGWR. Oracle does not immediately modify data blocks when operating data in DML. Instead, it generates redo records and records them to the online redolog. When the redoLog is full or the global checkpoint is started, or altersystemswitchlogfile; redologgroup will be switched, Redo logs are controlled by LGWR. Oracle does not immediately modify data blocks when operating data in DML. Instead, it generates redo records and records them to the online redo log. When the red

*worker_connections per nginx server.6. Keepalive_timeout60;KeepAlive time-out period.7. client_header_buffer_size4k;Client request the buffer size of the head, this can be set according to your system paging size, generally a request header size will not exceed 1k, but because the general system paging is greater than 1k, so this is set to paging size.The paging size can be obtained with the command getconf PAGESIZE .[Email protected] ~]# getconf PAGESIZE4096But there are also cases where clien

I. NGINX Optimization Configuration 1. Master configuration file optimization: # Vi/usr/local/nginx/conf/nginx. conf ----------------------------------------- User nginx; Worker_processes 8; Worker_cpu_affinity 00000001 00000010 00000100 00001000 00010000 00100000 01000000; Error_log/usr/local/nginx/logs/nginx_error.log crit; Pid/usr/local/nginx/logs/nginx. pid; Worker_rlimit_nofile 204800; Events { Use epoll; Worker_connections 204800; } Http { Include mime. types; Default_type applicatio

buffer size of the client request header, which can be set based on the size of your system page. Generally, the size of the header of a request does not exceed 1 K, but generally the system page size is greater than 1 K, set the page size here. You can use the getconf pagesize command to obtain the page size. open_file_cache max=102400 inactive=20s; This will specify the cache for files to be opened. By default, the cache is not enabled. Max specifi

memory used for buffering. The memory allocated to the kernel or user process can be in three different states: active, inactive, dirty (inactive dirty), and inactive (inactive clean). The activity is represented in the top with AOTV, indicating that the memory was recently used.