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endpoint1=192.168.80.0/24
07 endpoint2=192.168.2.0/24
08 action=requireinrequireout
09 auth1=computerpsk
10 auth1psk="test123"
11 qmsecmethods=esp:sha1-3des
12 qmpfs=dhgroup2
If you need
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Model";
11 $work = "ebiz-tx";
12 $node1 = "WebServer";
13 $node2 = "AppServer";
14 $node3 = "DBMServer";
15 $think = 0.0 * 1e-3; # as per test system
16 $dtime = 2.2 * 1e-3; # dummy service time
17
18
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.have_ssl() then
11 return false
12 end
13 return true
14 end
The portrule in Listing 2 creates the variables svc.std and svc.ssl as associative arrays (lines 2 and 3) and then checks to see
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combinations are supported:
ShadowProtect 4.0.1: Oracle VirtualBox 3.1.0--3.2.6
ShadowProtect 4.0.5: Oracle VirtualBox 3.1.0--3.2.12
ShadowProtect 4.1: Oracle VirtualBox 3.1.0--4.0.4
Shadow
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user_u:system_r:httpd_t root 3728 1 2 10:49 ? 00:00:00 /usr/sbin/httpd
07 user_u:system_r:httpd_t apache 3730 3728 0 10:49 ? 00:00:00 /usr/sbin/httpd
08 ...
The weird
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. Current enterprise solutions for the virtualization of servers and desktops [3] are all based on KVM.
Setup and Software
The example discussed in this article uses two physical nodes: host1
and host2
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: 1487680 0 IO-APIC-fasteoi uhci_hcd:usb3
14 22: 22998855 0 IO-APIC-fasteoi psb@pci:0000:00:02.0
15 23: 3084145 0 IO-APIC-fasteoi hda_intel
16 24: 1 0
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.33
164.69
0.75
rand_mat_stat
3.37
39.34
11.64
54.54
22.07
8.12
rand_mat_mul
1.00
1.18
0.70
1.65
8
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cluster nodes, and the ext3 driver on node A wouldn't have the option of querying the state of the same DRBD resources on node B if it wanted to write to the medium.
In the worst case, a write to the DRBD
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"creating" $vmname
09
10 virsh suspend rhstorage
11 virt-clone -o rhstorage -n $vmname -f /var/lib/libvirt/images/$vmname.qcow
12 virsh resume rhstorage
13
14 oldmac="52:54:00:B4:DF:EB"
15 newmac
