lps 2484

.x86 _ 64 -- #1 SMP Mon Sep 22 19:06:58 UTC 2014Machine: x86_64 (x86_64)Language: en_US.utf8 (charmap = "UTF-8", collate = "UTF-8 ")CPU 0: Intel (R) Xeon (R) CPU X5650 @ 2.67 GHz (5331.8 bogomips)X86-64, MMX, Physical Address Ext, SYSENTER/SYSEXIT, SYSCALL/SYSRET, Intel virtualization alization08:24:54 up 1 day, 1 user, load average: 0.00, 0.01, 0.05; runlevel 3------------------------------------------------------------------------Benchmark Run: Wed Nov 12 2014 08:24:54-08:52:531 CPU in system;

8 9 10 1 x Shell Scripts (1 concurrent) 1 2 3 1 x Shell Scripts (8 concurrent) 1 2 3 ======================================================================== BYTE UNIX Benchmarks (Version 5.1.2) System:localhost.localdomain:gnu/linux Os:gnu/linux--3.10.0-123.8.1.el7.x86_64--#1 SMP Mon Sep 19:06:58 UTC 2014 Machine:x86_64 (x86_64) Language:en_US.utf8 (charmap= "UTF-8", collate= "UTF-8") CPU 0:intel (R) Xeon (r) CPU X5650 @ 2.67GHz (5331.8 bogomips) x86-64, MMX, Physical address Ext, Sy

:[3] system could not find the specified path. The [3532] Unable to write base address:[3] system could not find the specified path. The [3332] D:\Program files\vertrigoserv\apache\%syste~1\temp\zendoptimizer.memorybase@system:[3] system could not find the specified path. [3332] Unable to open base address file:[3] system could not find the specified path. The [3332] D:\Program files\vertrigoserv\apache\%syste~1\temp\zendoptimizer.memorybase@system:[3] system could not find the specified path. [

throughput 1 2 3 4 5 6 7 8 9 101 X pipe-based Context Switching 1 2 3 4 5 6 7 8 9 101 x Process Creation 1 2 x System call Overhead 1 2 3 4 5 6 7 8 9 1 X Shell Scripts (1 concurrent) 1 2 x Shell Scripts (8 concurrent) 1 2 3=========================================== ============================= BYTE UNIX Benchmarks (Version 5.1.3) system:test-vm001:gnu/linux Os:gnu/linux--3. 10.0-514.el7.x86_64--#1 SMP Tue Nov 16:42:41 UTC machine:x86_64 (x86_64) Language:en_US.utf8 (charmap= "UTF -8 ", coll

available volume groups Datavg03 Datavg02 Datavg01 Datavg00 Rootvg 2. perform the following operations on the volume group used for database preparation: # Lsvg-l datavg03 Datavg09: Lv name type LPs PPs PVs LV STATE MOUNT POINT Lvdata0316 raw 64 64 1 open/syncd N/ Lvdata0317 raw 64 64 1 open/syncd N/ Lvdata0318 raw 64 64 1 closed/syncd N/ Lvdata0319 raw 64 64 1 closed/syncd N/ Lvdata0320 raw 64 64 1 closed/syncd N/ Lvdata0321 raw 64 64 1 closed/syncd

] >= dp[i][j-1]) {Dp[i][j] = dp[i-1][J]; PRE[I][J] =1; }Else{Dp[i][j] = dp[i][j-1]; PRE[I][J] =2; } } }}voidPrint (intIintJ//Backtracking output a new string sequence{if(i = =0 J = =0)return;if(Pre[i][j] = =0) {Print (I-1, J-1);printf("%c", s1[i-1]); }Else if(Pre[i][j] = =1) {Print (I-1, j);printf("%c", s1[i-1]); }Else{Print (i,j-1);printf("%c", s2[j-1]); }}voidSolveChar*S1,Char*S2) {len1 =strlen(S1); Len2 =strlen(S2); LCS (S1,S2); Print (LEN1,LEN2);printf("\ n");}Longest palindrome

if(!source | |!target)return-1; A intm = strlen (source), n =strlen (target); - if(!n)return 0; -vectorint> lps =kmpprocess (target, n); the for(inti =0, j =0; I m;) { - if(Source[i] = =Target[j]) { -i++; -J + +; + } - if(j = = N)returnIJ; + if(I Target[j]) { A if(j) J = lps[j-1]; at Elsei++; -

, # mklv-y wolflv-t jsf rootvg 10 wolflv # lsvg-l rootvgrootvg: lv name type LPs PPs P. Vs lv state mount POINThd5 boot 1 2 2 closed/syncd N/Ahd6 paging 12 24 2 open/syncd N/Ahd8 jfs2log 1 2 2 open/syncd N/Ahd4 jfs2 45 90 2 open /syncd/hd2 jfs2 7 14 2 open/syncd/usrhd9var jfs2 1 2 2 open/syncd/varhd3 jfs2 20 40 2 open/syncd/tmphd1 jfs2 1 2 open/syncd/homehd10opt jfs2 1 2 open/syncd/opthd11admin jfs2 1 2 2 open/syncd/admindzytest jfs 2 4 2 open/syncd/d

| Operation | Name | Rows | Bytes | Cost (%CPU) | Time |--------------------------------------------------------------------------|0| SELECT STATEMENT | | A|2484|291(1)|xx:xx:Geneva|| *1|TABLE ACCESS full| T1 | A|2484|291(1)|xx:xx:Geneva|--------------------------------------------------------------------------predicate information (identified by Operation ID):-----------------------------------------

pp belonging to lv01 from hdisk0 to hdisk1 to create VG and create VG using PV. Use hdisk2 # mkvg-y mqvg- d 6-s 8 hdisk2mqvg is VG name, -d 6 indicates a maximum of six physical volumes. The-s 8 pp value is 8 MB, and the physical volume value is hdisk2. # Lspvhdisk0 kernel rootvg activehdisk1 00cb45e500864dcc None hdisk2 kernel mqvg active other related commands # lsvg-l vgname view lv contained in vg # lsvg-p vgname view pv contained in vg # chvg-ay vgname automatically activates vg when the s

Hardware environment: minicomputer IBM p670, storage: IBM shark F-20 Software environment: Operating System aix5.1 database Oracle9i Theme: physical volume PV-> volume group VG-> logical Volume LV (type: Raw)-> Add tablespace Procedure: I. First, # lsvg-O // view all available volume groups Datavg03 Datavg02 Datavg01 Datavg00 Rootvg 2. perform the following operations on the volume group used for database preparation: # Lsvg-l datavg03 Datavg09: LV name type

:00c164fe00004c0000000110a1021713.66 Permission:read/write VG State:active/complete LV STATE:OPENED/SYNCD TYPE:JFS WRITE Verify:off MAX lps:512 PP size:256 megabyte (s) Copies:1 SCHED Policy:parallel Lps:10 pps:10 Stale pps:0 BB policy:relocatable Inter-policy:minimum Relocatable:yes Intra-policy:middle UPPER bound:16 MOUNT point:n/a Label:none MIRROR WRITE consistency:on/active Each LP COPY on A

property of the special pattern (all characters in pattern are different), when searching, do not need to backtrack I, when see a mismatch just set j to next [j].Finite Automata: preconstructing the FA jump table, when searching, do not need to backtrack I, when see any character in txt [], just jump to a state accordingly. 2. when we are searching, can we predict if txt [I... I + M-1] and pat [0... M-1] are possible to be matchable? The answer is yes: Rabin-Karp.Rabin-Karp: precomputing the ha

Each time we find a match, increase the global counter by 1.For KMP, algorithm, your may refer to the following links which has nice explanations. KMP on Jboxer ' s blog; KMP on Geeksforgeeks, with a well-commented C code. 1#include 2#include string>3#include 4 5 using namespacestd;6 7vectorint> kmpprocess (stringt) {8 intn =t.length ();9vectorint> LPs (N,0);Ten for(inti =1, Len =0; I N;) { One if(T[i] = =T[len]) Alp

groupsDatavg03Datavg02Datavg01Datavg00Rootvg2. perform the following operations on the volume group used for database preparation:# Lsvg? L datavg03Datavg09:Lv name type LPs PPs PVs LV STATE MOUNT POINTLvdata0316 raw 64 64 1 open/syncd N/Lvdata0317 raw 64 64 1 open/syncd N/Lvdata0318 raw 64 64 1 closed/syncd N/Lvdata0319 raw 64 64 1 closed/syncd N/Lvdata0320 raw 64 64 1 closed/syncd N/Lvdata0321 raw 64 64 1 closed/syncd N/Lvdata0322 raw 64 64 1 close

groupsDatavg03Datavg02Datavg01Datavg00Rootvg2. perform the following operations on the volume group used for database preparation:# Lsvg? L datavg03Datavg09:Lv name type LPs PPs PVs LV STATE MOUNT POINTLvdata0316 raw 64 64 1 open/syncd N/Lvdata0317 raw 64 64 1 open/syncd N/Lvdata0318 raw 64 64 1 closed/syncd N/Lvdata0319 raw 64 64 1 closed/syncd N/Lvdata0320 raw 64 64 1 closed/syncd N/Lvdata0321 raw 64 64 1 closed/syncd N/Lvdata0322 raw 64 64 1 close

result is ROOTVG P560A:/ARCHIVELOG#LSLV archive_lv LOGICAL V OLUME:ARCHIVE_LV VOLUME GROUP:ROOTVG LV identifier:00c3ee9e00004c000000011c74979ab0.16 permi Ssion:read/write VG state:active/complete LV state:opened/syncd TYPE: JFS2 WRITE verify:off MAX lps:512 PP size:256 megabyte (s) Copies:1 SCHED policy:striped lps:400 PPs: Stale pps:0 BB policy:rElocatable inter-policy:maximu

Before Nima, the Server Upload was a little abnormal. I installed a software for uploading, downloading, and monitoring on the server. What green version of QQ traffic monitoring is used? The green version is quite green. When installed, let's wait and cry. If you don't have time to type, You can't delete it. Then you can try to delete it. . All services, except system services, cannot access the Internet, including Radmin !!! Tragedy. I haven't installed server-U on my server, let alone downloa

Add logical Volume times error on AIX 0516-787 extendlv:maximum allocation for logical volume JDELV02 is 512.When adding a logical volume to AIX using the chfs-a size=xx/fs command,Sometimes increase to a certain size, will be reported 0516-787 extendlv:maximum allocation for logical volume JDELV02 is 512. Such a mistakeThis is mainly because the logical volume allows the maximum number of logical partitions to be 512 by default, so when the logical volume size exceeds this limit, 0516 is report

Welcome to the network technology community forum and interact with 2 million technical staff. Therefore, do not convert each specific LSP table in the MPLS core network separately. The LSP is created between each PE device, 2. Next, the specific LSP table establishes a tunnel between these PES and the LPS of the PE, allowing the core network to be better upgraded and exchanged Welcome to the network technology community forum and interact with 2 mil