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=""
04 PING="ping -c1 -w 3"
05 PING2=""
06
07 case $OS in
08 HP-UX*)
09 PING=ping
10 PING2="-n 1"
11 RSH="remsh"
12 RSH2="-l user"
13 ;;
14 Sun
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:
09 Content-Type: application/sdp
10 Content-Length: 142
11
12 v=0
13 o=alice 53655765 2353687637 IN IP4 pc33.atlanta.com
14 s=-
15 t=0 0
16 c=IN IP4 pc33.atlanta.com
17
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.org
packetstormsecurity.org,199.58.210.12,A
NS25.WORLDNIC.COM,205.178.190.13,SOA
ns25.worldnic.com,205.178.190.13,NS
ns26.worldnic.com,206.188.198.13,NS
mail.packetstormsecurity.org,199.58.210.12,MX,10
Fierce [2], written
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(in days)
05 export CA_EXPIRE=3650
06
07 # Certificate validity (in days)
08 export KEY_EXPIRE=3650
09
10 # Predefined certificate values
11 export KEY_COUNTRY="DE"
12 export KEY_PROVINCE="BY"
13 export
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've logged in to the app, you'll see your monitored computer inventory in the Computers list in the left pane. Tap one of the systems to view its details and see an overview, (Figure 12). In Figure 13, you see
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=~ s/%([0-9a-fA-F][0-9a-fA-F])/pack("U",hex($1))/eg;
11 # test for each group squid sent in its request
12 foreach $group (@groups) {
13 $group =~ s/%([0-9a-fA-F][0-9a-fA-F])/pack("U",hex($1))/eg
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06 I_T nexus information:
07 LUN information:
08 LUN: 0
09 Type: controller
10 SCSI ID: deadbeaf1:0
11 SCSI SN: beaf10
12 Size: 0
13
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for internal communication in the node and one for communication with the applications. The following example uses CentOS 6.2 with the newest updates.
At first, the installer should make certain that all
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},
11 "run_list": [ "recipe[bootstrap::client]" ]
12 }
Now you can launch Chef Solo:
sudo chef-solo -c ~/solo.rb -j ~/chef.json -r http://s3.amazonaws
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backup_active = 1
05 backup = 192.168.1.232
06 heartbeat = 1
07 heartbeat_port = 539
08 keepalive = 6
09 deadtime = 18
10 network = direct
11 debug_level = NONE
12 monitor_links = 1
13 syncdaemon = 1
14
