I have this CSV files :
Monday,linux,6,0.2
Tuesday,linux,0.25,0.2
Wednesday,linux,64,3
I create a little script that allow me to recover the informations from my csv
and to place them like this :
Day : Monday
OS : Linux
RAM : 6
CPU1 : 0.2
My script is :
#!/bin/bash
awk -F'[ ,;|.]' 'FNR==0{next}
FNR>1 {
print "DAY : " $1;
print "OS :\n " $2
print "RAM :\n " $3
print "CPU1 :\n " $4
}' mycsvfile.csv
But the result is :
DAY : Tuesday
OS :
linux
RAM :
0
CPU1 :
25
DAY : Wednesday
OS :
linux
RAM :
64
CPU1
Or I want :
DAY : Monday
OS : linux
RAM : 0.2
CPU 1 : 1
DAY : Tuesday
OS : linux
RAM : 0.25
CPU 1 : 0.2
DAY : Wednesday
OS : linux
RAM : 64
CPU 1 : 3
Can you tell me why my script doesn't works and why floats are not taken into account ?
Thank you !
Added tab and newline to same awk as Cyrus posted.
awk -F ',' '{
print "DAY :",$1
print "OS :",$2
print "RAM :",$3
print "CPU1 :",$4"\n"
}' OFS='\t' file
DAY : Monday
OS : linux
RAM : 6
CPU1 : 0.2
DAY : Tuesday
OS : linux
RAM : 0.25
CPU1 : 0.2
DAY : Wednesday
OS : linux
RAM : 64
CPU1 : 3
A more generic solution:
awk -F, 'BEGIN {split("DAY OS RAM CPU", header, " ")}{for (i=1;i<=4;i++) print header[i]":\t",$i;print ""}' t
DAY: Monday
OS: linux
RAM: 6
CPU: 0.2
DAY: Tuesday
OS: linux
RAM: 0.25
CPU: 0.2
DAY: Wednesday
OS: linux
RAM: 64
CPU: 3
More readable:
awk -F, '
BEGIN {split("DAY OS RAM CPU", header, " ")}
{
for (i=1;i<=4;i++)
print header[i]":\t",$i;
print ""
}' file
Related
I have the below data in a stdout:
09:13:32 19.2 cpu(1)
09:13:32 15.6 cpu(2)
09:13:32 16.7 cpu(3)
09:13:32 17.1 cpu(6)
09:13:32 17.1 cpu(7)
09:13:32 16.9 cpu(8)
09:13:32 16.7 cpu(9)
09:13:39 13.0 cpu(1)
09:13:39 9.2 cpu(2)
09:13:39 9.1 cpu(3)
09:13:39 7.1 cpu(6)
09:13:39 27.1 cpu(7)
09:13:39 46.9 cpu(8)
09:13:39 36.7 cpu(9)
Trying to convert this to something like below.
['Time', 'cpu(1)', 'cpu(2)', 'cpu(3)', 'cpu(6)', 'cpu(7)', 'cpu(8)', 'cpu(9)'],
['09:13:32', 19.2, 15.6, 16.7, 17.1, 17.1, 16.9, 16.7],
['09:13:39', 13.0, 9.2, 9.1, 7.1, 27.1, 46.9, 36.7]
In other words, I need the original data to be aligned with Google visualization line chart format as stated here: https://developers.google.com/chart/interactive/docs/gallery/linechart
I am trying to achieve this using awk and need some inputs.
awk '{ for(N=1; N<=NF; N+=2) print $N, $(N+1); }' | awk 'BEGIN{q="\047"; printf "["q"Time"q","q"CPU"q"],"}/master/{q="\047"; printf "["q$10q"," $3"],"}' | sed 's/,$//'"
Note: I can change the original data columns like below
Time CPU(%) CPU Number
OR
CPU(%) CPU Number Time
Using any awk for any number of times and any number of cpus, and will work even if you don't have data for some time+cpu combinations, as long as the input isn't so massive that it can't all fit in memory:
$ cat tst.awk
BEGIN {
OFS = ", "
}
!seenTimes[$1]++ {
times[++numTimes] = $1
}
!seenCpus[$3]++ {
cpus[++numCpus] = $3
}
{
vals[$1,$3] = $2
}
END {
printf "[\047%s\047%s", "Time", OFS
for ( cpuNr=1; cpuNr<=numCpus; cpuNr++ ) {
cpu = cpus[cpuNr]
printf "\047%s\047%s", cpu, (cpuNr<numCpus ? OFS : "]")
}
for ( timeNr=1; timeNr<=numTimes; timeNr++ ) {
time = times[timeNr]
printf ",%s[\047%s\047%s", ORS, time, OFS
for ( cpuNr=1; cpuNr<=numCpus; cpuNr++ ) {
cpu = cpus[cpuNr]
val = vals[time,cpu]
printf "%s%s", val, (cpuNr<numCpus ? OFS : "]")
}
}
print ""
}
$ awk -f tst.awk file
['Time', 'cpu(1)', 'cpu(2)', 'cpu(3)', 'cpu(6)', 'cpu(7)', 'cpu(8)', 'cpu(9)'],
['09:13:32', 19.2, 15.6, 16.7, 17.1, 17.1, 16.9, 16.7],
['09:13:39', 13.0, 9.2, 9.1, 7.1, 27.1, 46.9, 36.7]
I have many csv files like this :
FRAME_NAME1,LPAR_NAME1,25,1.0,2
FRAME_NAME2,LPAR_NAME2,12,0.8,1
FRAME_NAME1,LPAR_NAME1,25,1.0,2
FRAME_NAME3,LPAR_NAME3,0,null,0
FRAME_NAME3,LPAR_NAME3,0,null,0
FRAME_NAME3,LPAR_NAME3,0,null,0
FRAME_NAME1,LPAR_NAME1,25,1.0,2
FRAME_NAME1,LPAR_NAME1,25,1.0,2
FRAME_NAME2,LPAR_NAME2,25,1.0,2
I use this script :
OLDIFS=$IFS
IFS=","
while read FRAME LPARS RAM CPU1 CPU2
do
if [[ $FRAME != $PREV ]]
then
PREV="$FRAME"
echo -e "\e[1;33m$FRAME \
======================\e[0m\n"
fi
echo -e "LPARS : \t$LPARS\n\
RAM : \t$RAM\n\
CPU1 : \t$CPU1\n\
CPU2 : \t$CPU2\n"
done < <(sort "$1")
To display those informations like this :
FRAME_NAME 1 =======================
LPAR_NAME : LPAR_NAME1
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME1
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME1
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME1
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
FRAME_NAME 2 =======================
LPAR_NAME : LPAR_NAME2
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME2
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
FRAME_NAME3 =======================
LPAR_NAME : LPAR_NAME3
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME3
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME3
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
But as I have many csv, I don't know which file is analyse. So when the informations of all my csv are displayed, I would like to display the name of the file to belongs thoses informations :
Something like this :
FILE : my_csv_1.csv
FRAME_NAME 1 =======================
LPAR_NAME : LPAR_NAME1
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME1
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME1
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME1
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
FILE : my_csv_2.csv
FRAME_NAME 2 =======================
LPAR_NAME : LPAR_NAME2
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME2
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
FILE : my_csv_3.csv
FRAME_NAME3 =======================
LPAR_NAME : LPAR_NAME3
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME3
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
LPAR_NAME : LPAR_NAME3
RAM : XXXXX
CPU 1 : XXXXX
CPU 2 : XXXXX
I have seen the FILENAME variable with awk, but I don't know how to put this variable on my script...
Can you show me how to do this ?
Your script by the end of the while loop reads from a parameter that is $1 that I assume has to be the file name with which Your script got called.
If so, You can just modify Your script to be like:
OLDIFS=$IFS
IFS=","
echo -e "FILENAME : $1\n"
while read FRAME LPARS RAM CPU1 CPU2
do
if [[ $FRAME != $PREV ]]
then
PREV="$FRAME"
echo -e "\e[1;33m$FRAME \
======================\e[0m\n"
fi
echo -e "LPARS : \t$LPARS\n\
RAM : \t$RAM\n\
CPU1 : \t$CPU1\n\
CPU2 : \t$CPU2\n"
done < <(sort "$1")
Good day,
im using linux bash commands to extract certain data of each sip account and put them next to each other.
i have an array called $peers that i put all 1000 sips into and now i need to for loop through them to set every sip to its useragent.
what i have so far is
#! /bin/bash
peers="$(asterisk -rx "sip show peers" | cut -f1 -d" " | cut -f1 -d"/" "=")" "= " asterisk -rx "sip show peer " $peer | cut -f2 -d"Useragent"
for peer in $peers do
echo $peers
done
#echo $peers
I need to extract a row from a collection of rows that starts with "Useragent"
I start by running asterisk -rx "sip show peer 101" and that gives me the result below
* Name : 101
Description :
Secret : <Set>
MD5Secret : <Not set>
Remote Secret: <Not set>
Context : outgoing
Record On feature : automon
Record Off feature : automon
Subscr.Cont. : <Not set>
Language :
Tonezone : <Not set>
AMA flags : Unknown
Transfer mode: open
CallingPres : Presentation Allowed, Not Screened
Callgroup :
Pickupgroup :
Named Callgr :
Nam. Pickupgr:
MOH Suggest :
Mailbox :
VM Extension : asterisk
LastMsgsSent : 0/0
Call limit : 0
Max forwards : 0
Dynamic : Yes
Callerid : "" <>
MaxCallBR : 384 kbps
Expire : 23
Insecure : no
Force rport : Yes
Symmetric RTP: Yes
ACL : No
DirectMedACL : No
T.38 support : No
T.38 EC mode : Unknown
T.38 MaxDtgrm: -1
DirectMedia : Yes
PromiscRedir : No
User=Phone : No
Video Support: No
Text Support : No
Ign SDP ver : No
Trust RPID : No
Send RPID : No
Subscriptions: Yes
Overlap dial : Yes
DTMFmode : rfc2833
Timer T1 : 500
Timer B : 32000
ToHost :
Addr->IP : xxx.xxx.xxx.xxx:5060
Defaddr->IP : (null)
Prim.Transp. : UDP
Allowed.Trsp : UDP
Def. Username: 101
SIP Options : (none)
Codecs : (gsm|ulaw|alaw|g729|g722)
Codec Order : (gsm:20,g722:20,g729:20,ulaw:20,alaw:20)
Auto-Framing : No
Status : OK (9 ms)
Useragent : UniFi VoIP Phone 4.6.6.489
Reg. Contact : sip:101#xxx.xxx.xxx.xxx:5060;ob
Qualify Freq : 60000 ms
Keepalive : 0 ms
Sess-Timers : Accept
Sess-Refresh : uas
Sess-Expires : 1800 secs
Min-Sess : 90 secs
RTP Engine : asterisk
Parkinglot :
Use Reason : No
Encryption : No
Now i need to cut this part Useragent : UniFi VoIP Phone 4.6.6.489
and display it as 101 : UniFi VoIP Phone 4.6.6.489
any help would be much appreciated
Thank you. that top answer worked perfectly. this is my solution now.
peer="$(asterisk -rx "sip show peers" | cut -f1 -d" " | cut -f1 -d"/" )"
for peer in $peers do
output= "$(asterisk -rx "sip show peer $peers" | sed -nE '/Useragent/ s/^[^:]+/101 /p')"
echo $output
done
But is is still giving issue, my problem is the loop of the variables
With sed:
... | sed -nE '/Useragent/ s/^[^:]+/101 /p'
/Useragent/ matches line(s) with Useragent it
s/^[^:]+/101 substitutes the portion from start till : (exclusive) with 101
I got the following error
opening file "/workspace/mongo/data/_tmp/extsort.63355": errno:24 Too many open files
How could I fix this error ?
Because the opened files is alreaday 63355 ?
2015-05-02T08:01:40.490+0000 I COMMAND [conn1] command sandbox.$cmd command: listCollections { listCollections: 1.0 } keyUpdates:0 writeConflicts:0 numYields:0 reslen:411 locks:{} 169ms
2015-05-02T15:01:02.060+0000 I - [conn2] Assertion: 16818:error opening file "/workspace/mongo/data/_tmp/extsort.63355": errno:24 Too many open files
2015-05-02T15:01:02.235+0000 I CONTROL [conn2]
0xf4d299 0xeeda71 0xed2d3f 0xed2dec 0xb3f453 0xb3c88c 0xb3d2dd 0xb3dfe2 0xb499c5 0xb49136 0xb7e3e6 0x987165 0x9d8b04 0x9d9aed 0x9da7fb 0xb9e956 0xab4d20 0x80e75d 0xf00e6b 0x7fe38e8b4182 0x7fe38d37c47d
----- BEGIN BACKTRACE -----
{"backtrace":[{"b":"400000","o":"B4D299"},{"b":"400000","o":"AEDA71"},{"b":"400000","o":"AD2D3F"},{"b":"400000","o":"AD2DEC"},{"b":"400000","o":"73F453"},{"b":"400000","o":"73C88C"},{"b":"400000","o":"73D2DD"},{"b":"400000","o":"73DFE2"},{"b":"400000","o":"7499C5"},{"b":"400000","o":"749136"},{"b":"400000","o":"77E3E6"},{"b":"400000","o":"587165"},{"b":"400000","o":"5D8B04"},{"b":"400000","o":"5D9AED"},{"b":"400000","o":"5DA7FB"},{"b":"400000","o":"79E956"},{"b":"400000","o":"6B4D20"},{"b":"400000","o":"40E75D"},{"b":"400000","o":"B00E6B"},{"b":"7FE38E8AC000","o":"8182"},{"b":"7FE38D282000","o":"FA47D"}],"processInfo":{ "mongodbVersion" : "3.0.1", "gitVersion" : "534b5a3f9d10f00cd27737fbcd951032248b5952", "uname" : { "sysname" : "Linux", "release" : "3.13.0-44-generic", "version" : "#73-Ubuntu SMP Tue Dec 16 00:22:43 UTC 2014", "machine" : "x86_64" }, "somap" : [ { "elfType" : 2, "b" : "400000", "buildId" : "C35E766AD226FC0C16CB0C3885EC3B59E288A3F2" }, { "b" : "7FFF448FE000", "elfType" : 3, "buildId" : "9D77366C6409A9EA266179080FA7C779EEA8A958" }, { "b" : "7FE38E8AC000", "path" : "/lib/x86_64-linux-gnu/libpthread.so.0", "elfType" : 3, "buildId" : "9318E8AF0BFBE444731BB0461202EF57F7C39542" }, { "b" : "7FE38E64E000", "path" : "/lib/x86_64-linux-gnu/libssl.so.1.0.0", "elfType" : 3, "buildId" : "FF43D0947510134A8A494063A3C1CF3CEBB27791" }, { "b" : "7FE38E273000", "path" : "/lib/x86_64-linux-gnu/libcrypto.so.1.0.0", "elfType" : 3, "buildId" : "B927879B878D90DD9FF4B15B00E7799AA8E0272F" }, { "b" : "7FE38E06B000", "path" : "/lib/x86_64-linux-gnu/librt.so.1", "elfType" : 3, "buildId" : "92FCF41EFE012D6186E31A59AD05BDBB487769AB" }, { "b" : "7FE38DE67000", "path" : "/lib/x86_64-linux-gnu/libdl.so.2", "elfType" : 3, "buildId" : "C1AE4CB7195D337A77A3C689051DABAA3980CA0C" }, { "b" : "7FE38DB63000", "path" : "/usr/lib/x86_64-linux-gnu/libstdc++.so.6", "elfType" : 3, "buildId" : "19EFDDAB11B3BF5C71570078C59F91CF6592CE9E" }, { "b" : "7FE38D85D000", "path" : "/lib/x86_64-linux-gnu/libm.so.6", "elfType" : 3, "buildId" : "1D76B71E905CB867B27CEF230FCB20F01A3178F5" }, { "b" : "7FE38D647000", "path" : "/lib/x86_64-linux-gnu/libgcc_s.so.1", "elfType" : 3, "buildId" : "8D0AA71411580EE6C08809695C3984769F25725B" }, { "b" : "7FE38D282000", "path" : "/lib/x86_64-linux-gnu/libc.so.6", "elfType" : 3, "buildId" : "30C94DC66A1FE95180C3D68D2B89E576D5AE213C" }, { "b" : "7FE38EACA000", "path" : "/lib64/ld-linux-x86-64.so.2", "elfType" : 3, "buildId" : "9F00581AB3C73E3AEA35995A0C50D24D59A01D47" } ] }}
mongod(_ZN5mongo15printStackTraceERSo+0x29) [0xf4d299]
mongod(_ZN5mongo10logContextEPKc+0xE1) [0xeeda71]
mongod(_ZN5mongo11msgassertedEiPKc+0xAF) [0xed2d3f]
mongod(+0xAD2DEC) [0xed2dec]
mongod(_ZN5mongo16SortedFileWriterINS_5ValueES1_EC1ERKNS_11SortOptionsERKSt4pairINS1_25SorterDeserializeSettingsES7_E+0x5D3) [0xb3f453]
mongod(_ZN5mongo19DocumentSourceGroup5spillEv+0x1BC) [0xb3c88c]
mongod(_ZN5mongo19DocumentSourceGroup8populateEv+0x46D) [0xb3d2dd]
mongod(_ZN5mongo19DocumentSourceGroup7getNextEv+0x292) [0xb3dfe2]
mongod(_ZN5mongo21DocumentSourceProject7getNextEv+0x45) [0xb499c5]
mongod(_ZN5mongo17DocumentSourceOut7getNextEv+0xD6) [0xb49136]
mongod(_ZN5mongo8Pipeline3runERNS_14BSONObjBuilderE+0xA6) [0xb7e3e6]
mongod(_ZN5mongo15PipelineCommand3runEPNS_16OperationContextERKSsRNS_7BSONObjEiRSsRNS_14BSONObjBuilderEb+0x7A5) [0x987165]
mongod(_ZN5mongo12_execCommandEPNS_16OperationContextEPNS_7CommandERKSsRNS_7BSONObjEiRSsRNS_14BSONObjBuilderEb+0x34) [0x9d8b04]
mongod(_ZN5mongo7Command11execCommandEPNS_16OperationContextEPS0_iPKcRNS_7BSONObjERNS_14BSONObjBuilderEb+0xC7D) [0x9d9aed]
mongod(_ZN5mongo12_runCommandsEPNS_16OperationContextEPKcRNS_7BSONObjERNS_11_BufBuilderINS_16TrivialAllocatorEEERNS_14BSONObjBuilderEbi+0x28B) [0x9da7fb]
mongod(_ZN5mongo8runQueryEPNS_16OperationContextERNS_7MessageERNS_12QueryMessageERKNS_15NamespaceStringERNS_5CurOpES3_+0x746) [0xb9e956]
mongod(_ZN5mongo16assembleResponseEPNS_16OperationContextERNS_7MessageERNS_10DbResponseERKNS_11HostAndPortE+0xB10) [0xab4d20]
mongod(_ZN5mongo16MyMessageHandler7processERNS_7MessageEPNS_21AbstractMessagingPortEPNS_9LastErrorE+0xDD) [0x80e75d]
mongod(_ZN5mongo17PortMessageServer17handleIncomingMsgEPv+0x34B) [0xf00e6b]
libpthread.so.0(+0x8182) [0x7fe38e8b4182]
libc.so.6(clone+0x6D) [0x7fe38d37c47d]
----- END BACKTRACE -----
2015-05-02T15:02:07.753+0000 I COMMAND [conn2] CMD: drop sandbox.tmp.agg_out.1
UPDATE
I typed ulimit -n unlimited on the console,
and modified the /etc/security/limits.conf with the following setting
* soft nofile unlimited
* hard nofile unlimited
* soft nproc unlimited
* hard nproc unlimited
check it by ulimit -a
health# ulimit -a
-t: cpu time (seconds) unlimited
-f: file size (blocks) unlimited
-d: data seg size (kbytes) unlimited
-s: stack size (kbytes) 8192
-c: core file size (blocks) 0
-m: resident set size (kbytes) unlimited
-u: processes unlimited
-n: file descriptors 4096
-l: locked-in-memory size (kbytes) 64
-v: address space (kbytes) unlimited
-x: file locks unlimited
-i: pending signals 31538
-q: bytes in POSIX msg queues 819200
-e: max nice 0
-r: max rt priority 0
-N 15: unlimited
health# ulimit -Sn
4096
health# ulimit -Hn
4096
Is my system's setting alreday unlimited on open files ?
There is no clean answer for this as you are doing something very heavy stuff but workaround is available
ulimit is command in unix/linux which allows to set system limits for all properties.
in your case you need to increase max. no. of open files count or make it unlimited on safer side (it is also recommended by MongoDB)
ulimit -n <large value in your case 1000000>
or
sysctl -w fs.file-max=1000000
and
/etc/security/limits.conf or /etc/sysctl.conf:
change
fs.file-max = 1000000
I found that it was necessary to change the system-wide settings (using ulimit as suggested Nachiket Kate; another great description for Ubuntu may be found here) as well as the mongodb settings (as documented here).
For the sake of explanation, I'll summarize the commands I performed to get a handle on things (I'll reference the links again where they belong in the discussion).
Determine if the maximum number of file descriptors as enforced by the kernel are sufficient (the amount was sufficient)?
$ cat /proc/sys/fs/file-max
6569231
In my case this was not the problem. Checking the ulimit settings for the mongodb user revealed what the number of file descriptors were a paltry 1024:
$ sudo -H -u mongodb bash -c 'ulimit -a'
...
open files (-n) 1024
...
These values could be changed for all users by increasing the soft (user can modify them) and hard limits (I set mine quite high):
$ sudo su
$ echo -e "* hard\tnofile\t1000000\n* soft\tnofile\t990000" >> /etc/security/limits.conf
This may also be done on a user basis by replacing the * with the username. Although this worked on per-user basis, restarting the mongo daemon resulted in the number of file descriptors returning to 1024. It was necessary to follow the advice here regarding the pam session:
$ for file in /etc/pam.d/common-session*; do
echo 'session required pam_limits.so' >> $file
done
To test that the settings have been applied, I created a wee python script (placed in /tmp/file_descriptor_test.py):
#!/usr/bin/env python
n=990000
fd_list=list()
for i in range(1,n):
fd_list.append(open('/tmp/__%08d' % (i), 'w'))
print 'opened %d fds' % n
Running this as the mongodb user revealed that all was well system-wise:
sudo -H -u mongodb bash -c '/tmp/file_descriptor_test.py'
Traceback (most recent call last):
File "/tmp/fd.py", line 8, in <module>
IOError: [Errno 24] Too many open files: '/tmp/__00989998'
The files in /tmp/ may be deleted using
sudo find -type f -name '__*' -delete
as you'll be unable to list them properly (so rm doesn't work).
However, when running the offending mongo process, I still encountered the same Too many open files error. This led me to believe that the problem also lay with mongo (and led me, finally and embarrassingly to the excellent documentation. Editing the etc/systemd/system/multi-user.target.wants/mongodb-01.service and adding the following lines beneath [Service] directive
# (file size)
LimitFSIZE=infinity
# (cpu time)
LimitCPU=infinity
# (virtual memory size)
LimitAS=infinity
# (open files)
LimitNOFILE=990000
# (processes/threads)
LimitNPROC=495000
finally resolved the issue (remember to restart systemctl with sudo systemctl daemon-reload && systemctl restart mongodb-01.service). You can monitor the progress of the mongo process (mine was a temporary space hungry aggregate) via
$ while true; do echo $(find /var/lib/mongodb_01/_tmp/ | wc -l); sleep 1; done
I have a log file generated from sqlldr log file and I was wondering if I can write a shell to extract the following values from the log below using Linux. Thanks
Table_name: TEST
Row_load: 100
Row_fail: 10
Date_run: Feb 07, 2014
Table TEST:
100 Rows successfully loaded.
10 Rows not loaded due to data errors.
0 Rows not loaded because all WHEN clauses were failed.
0 Rows not loaded because all fields were null.
Bind array size not used in direct path.
Column array rows : 5000
Stream buffer bytes: 256000
Read buffer bytes: 1048576
Total logical records skipped: 0
Total logical records read: 14486
Total logical records rejected: 0
Total logical records discarded: 0
Total stream buffers loaded by SQL*Loader main thread: 3
Total stream buffers loaded by SQL*Loader load thread: 0
Run began on Fri Feb 07 12:21:24 2014
Run ended on Fri Feb 07 12:21:31 2014
Elapsed time was: 00:00:06.88
CPU time was: 00:00:00.11
If the structure of your log file is always same, then you can do the following with awk:
awk '
NR==1 { sub(/:/,x); print "Table_name: "$NF}
NR==2 { print "Row_load: " $1}
NR==3 { print "Row_fail: " $1}
/Run ended/ { print "Date_run: "$5 FS $6","$8}' file
Output
$ awk '
NR==1 { sub(/:/,x); print "Table_name: "$NF}
NR==2 { print "Row_load: " $1}
NR==3 { print "Row_fail: " $1}
/Run ended/ { print "Date_run: "$5 FS $6","$8}' file
Table_name: TEST
Row_load: 100
Row_fail: 10
Date_run: Feb 07,2014