Testar - User contributions [en]

Virtual environment

2024-11-08T10:26:03Z

Fernando: Update Virtual machines

==Virtual Environment @ UPV==

===Virtual machines===
{| class="wikitable"
|+
!10.101.0.1
!routertestaq
!DNS
!CPU
!Mem
!HDD
!MAC dhcp
!Remarks
!10.102.0.1
!routertestar
!DNS
!CPU
!Mem
!HDD
!MAC dhcp
!Remarks
|-
|10.101.0.2
|
|
|
|
|
|
|
|10.102.0.2
|ubuntu cuda gpu
|cuda-rtx-3060.testar.org
|8
|64
|265GB
|OK
|
|-
|10.101.0.3
|
|
|
|
|
|
|
|10.102.0.3
|rdocker
|rdocker.testar.org
|8
|16
|128GB
|
|
|-
|10.101.0.4
|
|
|
|
|
|
|
|10.102.0.4
|macos test
|
|
|
|
|
|
|-
|10.101.0.5
|qdocker
|qdocker.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.5
|buhos
|buhos.esx.testar.org
|4
|8GB
|128GB
|OK
|
|-
|10.101.0.6
|qdocker2
|qdocker2.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.6
|rdocker2
|rdocker2.testar.org
|8
|16
|128GB
|OK
|
|-
|10.101.0.7
|qdocker3
|qdocker3.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.7
|rdocker3
|rdocker3.testar.org
|8
|16
|128GB
|OK
|
|-
|10.101.0.8
|qdocker4
|qdocker4.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.8
|Windows 10 Tanja
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.9
|qdocker5
|qdocker5.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.9
|rdocker4
|rdocker4.testar.org
|8
|16
|128GB
|OK
|
|-
|10.101.0.10
|Windows10 ramon
|
|2
|8GB
|128GB
|OK
|
|10.102.0.10
|rdocker5
|rdocker5.testar.org
|8
|16
|128GB
|OK
|
|-
|10.101.0.11
|qdocker6
|qdocker6.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.11
|Windows10 Olivia
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.12
|qdocker7
|qdocker7.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.12
|rdocker6
|rdocker6.testar.org
|8
|16
|128GB
|OK
|
|-
|10.101.0.13
|qdocker8
|qdocker8.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.13
|rdocker7
|rdocker7.testar.org
|8
|16
|128GB
|OK
|
|-
|10.101.0.14
|qdocker9
|qdocker9.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.14
|rdocker8
|rdocker8.testar.org
|8
|16
|128GB
|OK
|
|-
|10.101.0.15
|qdocker10
|qdocker10.testar.org
|8
|16
|128GB
|OK
|
|10.102.0.15
|rdocker9
|rdocker9.testar.org
|8
|16
|128GB
|OK
|
|-
|10.101.0.16
|
|
|
|
|
|
|
|10.102.0.16
|rdocker10
|rdocker10.testar.org
|8
|16
|128GB
|OK
|
|-
|...
|
|
|
|
|
|
|
|...
|
|
|
|
|
|
|
|-
|10.101.0.25
|
|
|
|
|
|
|
|10.102.0.25
|Windows 10 Beatriz 
|beatriz01.esx.testar.org
|2
|8Gb
|128GB
|OK
|
|-
|...
|
|
|
|
|
|
|
|...
|
|
|
|
|
|
|
|-
|10.101.0.36
|Windows 10 ECJ
|
|2
|8GB
|200GB
|OK
|
|10.102.0.36
|
|
|
|
|
|
|
|-
|10.101.0.37
|Windows 10 David
|
|2
|8GB
|128GB
|OK
|
|10.102.0.37
|
|
|
|
|
|
|
|-
|10.101.0.38
|Windows 10 Parsa
|
|2
|8GB
|128GB
|OK
|
|10.102.0.38
|
|
|
|
|
|
|
|-
|10.101.0.39
|Ubuntu OrangeHRM
|orange-hrm
|2
|8GB
|128GB
|OK
|
|10.102.0.39
|
|
|
|
|
|
|
|-
|10.101.0.40
|test
|
|
|
|
|
|
|10.102.0.40
|Ubuntu Parabank
|
|2
|8GB
|100GB
|
|
|-
|10.101.0.41
|
|
|
|
|
|
|
|10.102.0.41
|Ubuntu Ollama Server
|
|8
|64GB
|200GB
|OK
|
|-
|10.101.0.42
|Windows 10 Image 22H2
|
|2
|8GB
|128Gb
|OK
|
|10.102.0.42
|Windows Colin Experiments
|
|2
|8GB
|200GB
|OK
|
|-
|...
|
|
|
|
|
|
|
|...
|
|
|
|
|
|
|
|-
|10.101.0.51
|Windows 10 Christian
|
|2
|8GB
|128GB
|OK
|
|10.102.0.51
|
|
|
|
|
|
|
|-
|...
|
|
|
|
|
|
|
|...
|
|
|
|
|
|
|
|-
|10.101.0.54
|
|
|
|
|
|
|
|10.102.0.54
|Windows parabank Olivia 
|
|2
|8GB
|150GB
|
|
|-
|...
|
|
|
|
|
|
|
|...
|
|
|
|
|
|
|
|-
|10.101.0.70
|
|
|
|
|
|
|
|10.102.0.70
|Windows 10 Lianne 
|
|2
|8GB
|128GB
|
|
|-
|10.101.0.71
|win10 Ova exporter
|
|2
|8GB
|128GB
|OK
|
|10.102.0.71
|Ubuntu 18.04 Moujib
|
|2
|16GB
|128GB
|
|
|-
|10.101.0.72
|win10 Moujib
|
|2
|8GB
|128GB
|OK
|
|10.102.0.72
|Ubuntu 14.04 Moujib
|
|2
|16GB
|128GB
|
|
|-
|10.101.0.73
|win10 Moujib
|
|2
|8GB
|128GB
|OK
|
|10.102.0.73
|Ubuntu 16.04 Moujib
|
|2
|16GB
|128GB
|
|
|-
|10.101.0.74
|win10 Moujib
|
|2
|8GB
|128GB
|OK
|
|10.102.0.74
|Ubuntu 22.04 Moujib
|
|2
|16GB
|128GB
|
|
|-
|10.101.0.75
|win10 Moujib
|
|2
|8GB
|128GB
|OK
|
|10.102.0.75
|
|
|
|
|
|
|
|-
|10.101.0.76
|win10 Moujib
|
|2
|8GB
|128GB
|OK
|
|10.102.0.76
|Ubuntu 20.04 Moujib
|
|2
|16GB
|128GB
|
|
|-
|..
|
|
|
|
|
|
|
|..
|
|
|
|
|
|
|
|-
|10.101.0.80
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.80
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.81
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.81
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.82
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.82
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.83
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.83
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.84
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.84
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.85
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.85
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.86
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.86
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.87
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.87
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.88
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.88
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.89
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.89
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.90
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.90
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.91
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.91
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.92
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.92
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.93
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.93
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.94
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.94
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.95
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.95
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.96
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.96
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.97
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.97
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.98
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.98
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.99
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|10.102.0.99
|win10 demo workstation
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.100
|main worker
|
|2
|16GB
|128GB
|OK
|
|10.102.0.100
|
|
|
|
|
|
|
|-
|10.101.0.101
|worker-101-101
|
|2
|16GB
|128GB
|OK
|
|10.102.0.101
|
|
|
|
|
|
|
|-
|10.101.0.102
|worker-101-102
|
|2
|16Gb
|128GB
|OK
|
|10.102.0.102
|
|
|
|
|
|
|
|-
|10.101.0.103
|worker-101-103
|
|2
|16GB
|128GB
|OK
|
|10.102.0.103
|
|
|
|
|
|
|
|-
|10.101.0.104
|worker-101-104
|
|2
|16GB
|128GB
|OK
|
|10.102.0.104
|
|
|
|
|
|
|
|-
|10.101.0.105
|worker-101-105
|
|2
|16GB
|128GB
|OK
|
|10.102.0.105
|
|
|
|
|
|
|
|-
|10.101.0.106
|worker-101-106
|
|2
|16GB
|128GB
|OK
|
|10.102.0.106
|
|
|
|
|
|
|
|-
|10.101.0.107
|worker-101-107
|
|2
|16GB
|128GB
|OK
|
|10.102.0.107
|
|
|
|
|
|
|
|-
|10.101.0.108
|worker-101-108
|
|2
|16GB
|128GB
|OK
|
|10.102.0.108
|
|
|
|
|
|
|
|-
|10.101.0.109
|worker-101-109
|
|2
|16GB
|128GB
|OK
|
|10.102.0.109
|
|
|
|
|
|
|
|-
|10.101.0.110
|worker-101-110
|
|2
|16GB
|128GB
|OK
|
|10.102.0.110
|
|
|
|
|
|
|
|-
|10.101.0.111
|worker-101-111
|
|2
|16GB
|128GB
|OK
|shutdown
|10.102.0.111
|
|
|
|
|
|
|
|-
|10.101.0.112
|worker-101-112
|
|2
|16GB
|128GB
|OK
|shutdown
|10.102.0.112
|
|
|
|
|
|
|
|-
|10.101.0.113
|worker-101-113
|
|2
|16GB
|128GB
|OK
|shutdown
|10.102.0.113
|
|
|
|
|
|
|
|-
|10.101.0.114
|worker-101-114
|
|2
|16GB
|128GB
|OK
|shutdown
|10.102.0.114
|
|
|
|
|
|
|
|-
|10.101.0.115
|worker-101-115
|
|2
|16GB
|128GB
|OK
|shutdown
|10.102.0.115
|
|
|
|
|
|
|
|-
|10.101.0.116
|
|
|
|
|
|
|
|10.102.0.116
|worker-102-116
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|10.101.0.117
|
|
|
|
|
|
|
|10.102.0.117
|worker-102-117
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|10.101.0.118
|
|
|
|
|
|
|
|10.102.0.118
|worker-102-118
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|10.101.0.119
|
|
|
|
|
|
|
|10.102.0.119
|worker-102-119
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|10.101.0.120
|Sietse worker
|
|2
|16GB
|
|
|
|10.102.0.120
|worker-102-120
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|10.101.0.121
|
|
|
|
|
|
|
|10.102.0.121
|worker-102-121
|
|2
|16GB
|128GB
|OK
|
|-
|10.101.0.122
|
|
|
|
|
|
|
|10.102.0.122
|worker-102-122
|
|2
|16GB
|128GB
|OK
|
|-
|10.101.0.123
|
|
|
|
|
|
|
|10.102.0.123
|worker-102-123
|
|2
|16GB
|128GB
|OK
|
|-
|10.101.0.124
|
|
|
|
|
|
|
|10.102.0.124
|worker-102-124
|
|2
|16GB
|128GB
|OK
|
|-
|10.101.0.125
|
|
|
|
|
|
|
|10.102.0.125
|worker-102-125
|
|2
|16GB
|128GB
|OK
|
|-
|10.101.0.126
|
|
|
|
|
|
|
|10.102.0.126
|worker-102-126
|
|2
|16GB
|128GB
|OK
|
|-
|10.101.0.127
|
|
|
|
|
|
|
|10.102.0.127
|worker-102-127
|
|2
|16GB
|128GB
|OK
|
|-
|10.101.0.128
|
|
|
|
|
|
|
|10.102.0.128
|worker-102-128
|
|2
|16GB
|128GB
|OK
|
|-
|10.101.0.129
|
|
|
|
|
|
|
|10.102.0.129
|worker-102-129
|
|2
|16GB
|128GB
|OK
|
|-
|10.101.0.130
|
|
|
|
|
|
|
|10.102.0.130
|worker-102-130
|
|2
|16GB
|128GB
|OK
|
|-
|...
|
|
|
|
|
|
|
|...
|
|
|
|
|
|
|
|-
|10.101.0.194
|
|
|
|
|
|
|
|10.102.0.194
|Andriod X86_64 4.4
|
|2
|4GB
|50GB
|
|
|-
|10.101.0.195
|Andriod X86_64 4.4
|
|2
|4GB
|50GB
|
|
|10.102.0.195
|Andriod X86_64 4.4
|
|2
|4GB
|50GB
|
|
|-
|10.101.0.196
|Andriod X86_64 9.0 r2
|
|2
|4GB
|50GB
|
|
|10.102.0.196
|Andriod X86_64 9.0 r2
|
|2
|4GB
|50GB
|
|
|-
|10.101.0.197
|Andriod X86_64 8.1 r6
|
|2
|4GB
|50GB
|
|
|10.102.0.197
|Andriod X86_64 8.1 r6
|
|2
|4GB
|50GB
|
|
|-
|10.101.0.198
|
|
|
|
|
|
|
|10.102.0.198
|Ubuntu android Docker
|
|
|
|
|
|
|-
|10.101.0.199
|
|
|
|
|
|
|
|10.102.0.199
|ubuntu django server
|django.testar.org
|4
|8GB
|16GB
|
|
|-
|10.101.0.200
|Samba File Server
|sambaq.esx.testar.org
|4
|16
|16Gb+1TB
|
|
|10.102.0.200
|
|
|
|
|
|
|
|-
|10.101.0.201
|
|
|
|
|
|
|
|10.102.0.201
|Windows 10 Olivia
|
|
|
|
|
|
|-
|10.101.0.202
|
|
|
|
|
|
|
|10.102.0.202
|WIndows 10 Olivia
|
|
|
|
|
|
|-
|...
|
|
|
|
|
|
|
|...
|
|
|
|
|
|
|
|-
|10.101.0.246
|Windows10
Fernando
|
|
|
|
|NO
|
|10.102.0.246
|
|
|
|
|
|
|
|-
|10.101.0.247
|
|
|
|
|
|
|
|10.102.0.247
|
|
|
|
|
|
|
|-
|10.101.0.248
|
|
|
|
|
|
|
|10.102.0.248
|umbrel test ramon
|
|4
|16GB
|1TB
|NO
|
|-
|10.101.0.249
|
|
|
|
|
|
|
|10.102.0.249
|raspiblitz test ramon
|
|
|
|
|
|
|-
|10.101.0.250
|
|
|
|
|
|
|
|10.102.0.250
|Ubuntu OrientDB
|
|8
|64GB
|50GB
|NO
|
|-
|10.101.0.251
|
|
|
|
|
|
|
|10.102.0.251
|
|
|
|
|
|
|
|-
|10.101.0.252
|Samba Domain Controler Q
|dcq.esx.testar.org
|4
|8GB
|16GB
|NO
|
|10.102.0.252
|Samba Domain Controler R
|dcr.esx.testar.org
|4
|8GB
|16GB
|NO
|
|-
|10.101.0.253
|saltstack host
|salt.testar.org
|4
|4GB
|16GB
|NO
|
|10.102.0.253
|openpbs control host
|openpbs.esx.testar.org
|4
|8GB
|SSD 16GB
|NO
|
|-
|10.101.0.254
|backuping host testaq 
|qbackup.esx.testar.org
|4
|4GB
|16GB+512GB
|NO
|
|10.102.0.254
|backuping host testar 
|rbackup.esx.testar.org
|4
|4GB
|16GB+512GB
|NO
|
|} 

 
<graphviz>
digraph G {

subgraph cluster_0 {
style=filled;
color=lightgrey;
node [style=filled,color=white];
switch2_0 -> routertestar
routertestar -> switch2_1 [ label = "[10.102.0.1/24 DHCP]" ]
switch2_1 -> t2_1
switch2_1 -> t2_2
switch2_3 -> t2_3
switch2_3 -> t2_4
switch2_3 -> t2_5

routertestar -> switch2_2 [ label = "[10.100.0.2/24]" ]
routertestar -> switch2_3 [ label = "[10.102.8.1/24 DHCP]" ]
label = "ESXi: testar.dsic.upv.es (158.42.185.142)"; }

subgraph cluster_1 {
node [style=filled];
switch1_0 -> routertestaq
routertestaq -> switch1_2 [ label = "[10.100.0.1/24]" ]
routertestaq -> switch1_1 [ label = "[10.101.0.1/24 DHCP]" ]
switch1_1 -> t1_1
switch1_1 -> t1_2
switch1_3 -> t1_3
switch1_3 -> t1_4
routertestaq -> switch1_3 [ label = "[10.101.8.1/24 DHCP]" ]
label = "ESXi: testaq.dsic.upv.es (158.42.185.61)";
color=black
}

UPV -> switch2_0 [ label = "" ] ;
UPV -> switch1_0 ;
switch2_2 -> switch1_2 [ label = " Crossover 10.100.0.0/24 (blue patch cable) " ];
switch1_2 -> switch2_2;

routertestar [ label = "routertestar.dsic.upv.es (158.42.185.166)" ]
routertestaq [ label = "routertestaq.dsic.upv.es (158.42.185.132)" ]
UPV [shape=ellipse label = "UPV network 158.42.185.0/24"];
switch1_0 [ label = "Extenal Virtual Switch 0" ]
switch2_0 [ label = "External Virtual Switch 0" ]
switch1_1 [ label = "Internal Virtual Switch 1" ]
switch2_1 [ label = "Internal Virtual Switch 1" ]
switch1_2 [ label = "Crossover Virtual Switch 2" ]
switch2_2 [ label = "Crossover Virtual Switch 2" ]
switch1_3 [ label = "K8s Virtual Switch 3" ]
switch2_3 [ label = "K8s Virtual Switch 3" ]
t1_1 [ label = "Virtual 1" ]
t1_2 [ label = "Virtual 2" ]
t1_3 [ label = "k8s Virtual 1"]
t1_4 [ label = "k8s Virtual 2"]
t2_1 [ label = "Virtual 3" ]
t2_2 [ label = "Virtual 4" ]
t2_3 [ label = "k8s Virtual 3"]
t2_4 [ label = "k8s Virtual 4"]
t2_5 [ label = "k8s Virtual 5"]
}
</graphviz>

 
 

===OpenVPN Client certificate creation===
On the <code>routertestar.dsic.upv.es</code> and <code>routertestaq.dsic.upv.es</code> an OpenVPN server is installed. Users can connect to one of the routers via OpenVPN. A user certificate needs to be created and added to an OpenVPN client configuration. To create a OpenVPN client configuration please follow the following steps:
 

#Log into <code>routertestar.dsic.upv.es</code>
#Become <code>root</code> user
#Read the OpenVPN CA password in <code>/root/testar-ca-key-password.txt</code>
#Run the following command: <code>openvpn-users.sh</code>
#Follow the instructions of the script and give the CA password when asked. 2 OpenVPN configuration files will be created and the certificates will be distibuted to the 2 testar routers
#Copy the generated OpenVPN configurations files from the /root/ directory to your own computer with scp/winscp
#Distribute the OpenVPN configuration files to the end user, so they can import this in their OpenVPN client.

 

===DHCP address space===
Both the routertestaq and routertestar have a DHCP server (DNSMASQ) running that will give a IP to a virtual machine according to the mac address of the virtual machine.

The mac address needs to be set to manual in the network interface settings of the virtual machine and the mac address needs to start with: 00:50:56:UV:WX:YZ where UV::WX:XY has to be set according to the mapping below. The MAC address can only be changed when the virtual machine is switched off.

In the DHCP server the mac addresses are reserved for the ranges from 10.101.0.2 until 10.101.0.200 on the routertestaq server and from 10.102.0.2 until10.102.0.200 for the routertestar server.

====MAC address mapping:====
00:50:56:01:0X:YZ maps to 10.101.0.XYZ on the routertestaq

00:50:56:02:0X:YZ maps to 10.102.0.XYZ on the routertestar

When the last octet is below 10 the X and Y will be set to 0. When the last octect is below 100 only the X will be set to 0.

====Example:====
Below you can find how the manual MAC address (00:50:56:01:00:06) is set for a virtual machine that will get the 10.101.0.6 as IP address from the DHCP. The the octet is 6 so the X=0, Y=0 and Z=6.

[[File:ESX-virtual_network_settings.jpg|alt=|frameless|600x600px]]

Virtual environment

2021-11-24T16:06:52Z

Fernando: /* update Jeroen Hoebert machine */

==Virtual Environment @ UPV==

===Virtual machines===
{| class="wikitable"
|+
!10.101.0.1
!routertestaq
!DNS
!CPU
!Mem
!HDD
!MAC dhcp
!Remarks
!10.102.0.1
!routertestar
!DNS
!CPU
!Mem
!HDD
!MAC dhcp
!Remarks
|-
|10.101.0.2
|Windows10 Guy01
|guy10.esx.testar.org
|2
|8GB
|128GB
|00:0C:29:49:BD:79
|
|10.102.0.2
|Windows10 Ad Mulders 01
|admulders01.esx.testar.org
|2
|8GB
|128GB
|OK
|shutdown, student graduated
|-
|10.101.0.3
|Windows10 Carlo Sengers 01
|carlosengers01.esx.testar.org
|2
|8GB
|128GB
|OK
|
|10.102.0.3
|Windows 10 Ad Mulders 02
|admulder02.esx.testar.org
|2
|8GB
|128GB
|OK
|shutdown, student graduated
|-
|10.101.0.4
|Windows10 Carlo Sengers 02
|carlosengers02.esx.testar.org
|2
|8GB
|128GB
|00:0C:29:78:D8:74
|
|10.102.0.4
|windows 10 master
|windows10-master.esx.testar.org
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.5
|Windows 10 Ad Mulders 05
|admulders05.esx.testar.org
|2
|8GB
|128GB
|
|shutdown, student graduated
|10.102.0.5
|buhos
|buhos.esx.testar.org
|4
|8GB
|128GB
|OK
|
|-
|10.101.0.6
|Windows 10 Ad Mulders 06
|admulders06.esx.testar.org
|2
|8GB
|128GB
|
|shutdown, student graduated
|10.102.0.6
|Windows 10 Ad Mulders 03
|admulders03.esx.testar.org
|2
|8GB
|128GB
|OK
|shutdown, student graduated
|-
|10.101.0.7
|Windows 10 Ad Mulders 07
|admulders07.esx.testar.org
|2
|8GB
|128GB
|
|shutdown, student graduated
|10.102.0.7
|Windows 10 Ad Mulders 04
|admulders04.esx.testar.org
|2
|8GB
|128GB
|OK
|shutdown, student graduated
|-
|10.101.0.8
|Windows 10 Ad Mulders 08
|admulders08.esx.testar.org
|2
|8GB
|128GB
|
|shutdown, student graduated
|10.102.0.8
|Windows 10 Tanja Vos
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.9
|Windows10 Carlo Sengers 03
|carlosengers03.esx.testar.org
|2
|8GB
|128GB
|OK
|
|10.102.0.9
|WIndows 10 Axel Bons 01
|axelbons01.esx.testar.org
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.10
|free
|
|
|
|
|
|
|10.102.0.10
|free
|
|
|
|
|
|
|-
|10.101.0.11
|testar-demo1011
|
|2
|8GB
|128GB
|OK
|
|10.102.0.11
|Windows10 Olivia
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.12
|rdp-12
|
|2
|8GB
|128GB
|OK
|shutdown
|10.102.0.12
|Windows 10 Amit Dua
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.13
|rdp-13
|
|2
|8GB
|128GB
|OK
|shutdown
|10.102.0.13
|windows 10 saltstack test client
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.14
|rdp-14
|
|2
|8GB
|128GB
|OK
|shutdown
|10.102.0.14
|Windows10 Christiaan de Ridder
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.15
|Windows10 Nikolay 1
|
|2
|8GB
|128GB
|OK
|
|10.102.0.15
|Windows10 Aaron 2015
|aaron2015.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|
|-
|10.101.0.16 
|Windows10 Nikolay 6
|
|2
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.101.0.15
|10.102.0.16
|Windows10 Aaron 2016
|aaron2016.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|
|-
|10.101.0.17
|Windows10 Nikolay 7
|
|2
|8GB
|128GB
|OK
|2020-08-07 cloned from 10.101.0.51
|10.102.0.17
|Windows10 Aaron 2017
|aaron2017.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|
|-
|10.101.0.18
|Windows10 Nikolay 8
|
|2
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.18
|Windows10 Aaron 2018
|aaron2018.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|
|-
|10.101.0.19
|Windows10 Nikolay 9
|
|2
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.19
|Windows10 Aaron 2019
|aaron2019.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.20
|Windows10 Nikolay 10
|
|4
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.20
|Windows10 Aaron 2020
|aaron2020.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.21
|Windows10 Nikolay 11
|
|4
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.21
|Windows10 Aaron 2021
|aaron2021.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.22
|Windows10 Nikolay 12
|
|4
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.22
|Windows10 Aaron 2022
|aaron2022.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.23
|Windows10 Nikolay 13
|
|4
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.23
|Windows10 Aaron 2023
|aaron2023.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.24
|Windows10 Aaron 1024
|aaron1024.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.24
|Windows10 Aaron 2024
|aaron2024.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.25
|Windows10 Aaron 1025
|aaron1025.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.25
|Windows 10 Beatriz 
|beatriz01.esx.testar.org
|2
|8Gb
|128GB
|OK
|
|-
|10.101.0.26
|Windows10 Aaron 1026
|aaron1026.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.26
|Windows 10 Lianne
|lianne01.esx.testar.org
|2
|8Gb
|128GB
|OK
|
|-
|10.101.0.27
|Windows10 Aaron 1027
|aaron1027.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.27
|Windows 10 Andres
|andres01.esx.testar.org
|2
|8Gb
|128GB
|OK
|
|-
|10.101.0.28
|Windows10 Aaron 1028
|aaron1028.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.28
|
|
|
|
|
|
|
|-
|10.101.0.29
|Windows10 Aaron 1029
|aaron1029.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.29
|
|
|
|
|
|
|
|-
|10.101.0.30
|Windows10 Stefano
|
|2
|8GB
|128GB
|OK
|
|10.102.0.30
|
|
|
|
|
|
|
|-
|10.101.0.31
|Windows10 Innspire
|
|2
|8GB
|128GB
|OK
|
|10.102.0.31
|
|
|
|
|
|
|
|-
|10.101.0.32
|Windows10 Praegus1
|
|2
|8GB
|128GB
|OK
|
|10.102.0.32
|Windows 10 Rahul
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.33
|Windows10 Praegus2
|
|2
|8GB
|128GB
|OK
|
|10.102.0.33
|WIndows 10 Antonio
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.34
|Windows 10 FBK
|
|4
|16GB
|128GB
|OK
|
|10.102.0.34
|Windows 10 Fernando check
|
|2
|8GB
|128GB
|
|
|-
|10.101.0.35
|Windows 10 Arend
|
|2
|8GB
|200GB
|OK
|
|10.102.0.35
|Windows 10 Nadine
|
|2
|8GB
|128GB
|
|20210602 image cloned from master , OU-student
|-
|10.101.0.36
|Windows 10 ECJ
|
|2
|8GB
|200GB
|OK
|
|10.102.0.36
|Windows 10 Loek
|
|2
|8GB
|128GB
|
|20210617 image cloned from master , OU-student
|-
|10.101.0.37
|Windows 10 Samuel
|
|2
|8GB
|128GB
|OK
|20210623 image cloned from master , OU-student
|10.102.0.37
|Windows 10 Martijn
|
|2
|8GB
|128GB
|
|20210618 image cloned from master , OU-student
|-
|10.101.0.38
|Windows 10 Jonathan
|
|2
|8GB
|128GB
|OK 
|20210623 image cloned from master , OU-student
|10.102.0.38
|Windows10 Roel
|
|2
|8GB
|128GB
|
|20210618 image cloned from master , OU-student
|-
|10.101.0.39
|Windows 10 Nieki
|
|2
|8GB
|128GB
|OK 
|20210624 image cloned from master , OU-student
|10.102.0.39
|Windows 10 Tom
|
|2
|8GB
|128GB
|OK
|20210618 image cloned from master , OU-student
|-
|10.101.0.40
|Windows 10 Abdeslam
|
|2
|8GB
|128GB
|OK 
|20210627 image cloned from master , OU-student
|10.102.0.40
|Ubuntu Parabank
|
|2
|8GB
|100GB
|
|
|-
|10.101.0.41
|Windows 10 Coen
|
|2
|8GB
|128GB
|OK 
|20210628 image cloned from master , OU-student
|10.102.0.41
|Windows Parabank
|
|2
|8GB
|150GB
|
|
|-
|10.101.0.42
|Windows 10 Jan
|
|2
|8GB
|128GB
|OK 
|20210707 image cloned from master , OU-student
|10.102.0.42
|Windows 10 Abhishek
|
|2
|8GB
|128GB
|OK
|20210618 image cloned from master , OU-student
|-
|10.101.0.43
|Windows 10 Jeroen Hoebert
|
|2
|8GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.43
|Windows 10 Sjoerd
|
|2
|8GB
|128GB
|OK
|20210618 image cloned from master , OU-student
|-
|
|
|
|
|
|
|
|
|10.102.0.44
|Windows 10 Jeroen
|
|2
|8GB
|128GB
|OK
|20210619 image cloned from master , OU-student
|-
|
|
|
|
|
|
|
|
|10.102.0.45
|Windows 10 Ruben
|
|2
|8GB
|128GB
|OK
|20210620 image cloned from master , OU-student
|-
|
|
|
|
|
|
|
|
|10.102.0.46
|Windows 10 Marten
|
|2
|8GB
|128GB
|OK
|20210621 image cloned from master , OU-student
|-
|..
|
|
|
|
|
|
|
|..
|
|
|
|
|
|
|
|-
|10.101.0.50
|Windows10 Nikolay 2
|
|2
|8GB
|128GB
|OK
|
|10.102.0.50
|Windows 10 Testona 50
|testona50
|2
|8GB
|128GB
|
|
|-
|10.101.0.51
|Windows10 Nikolay 3
|
|2
|8GB
|128GB
|OK
|
|10.102.0.51
|Windows 10 Testona 51
|testona51
|2
|8GB
|128GB
|
|
|-
|10.101.0.52
|Windows10 Nikolay 4
|
|2
|8GB
|128GB
|OK
|
|10.102.0.52
|Windows 10 Testona 52
|testona52
|2
|8GB
|128GB
|
|
|-
|10.101.0.53
|Windows10 Nikolay 5
|
|2
|8GB
|128GB
|00:0C:29:44:A0:27
|
|10.102.0.53
|Windows 10 Testona 53
|testona53
|2
|8GB
|128GB
|
|
|-
|10.101.0.61
|Windows10
Borja
|
|2
|8GB
|200GB
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.62
|Ubuntu Borja
|
|2
|8GB
|200GB
|OK
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.70
|Windows 7
|
|2
|8GB
|100GB
|
|
|
|
|
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|
|..
|
|
|
|
|
|
|
|-
|10.101.0.100
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.101
|worker-101-101
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.102
|worker-101-102
|
|2
|16Gb
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.103
|worker-101-103
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.104
|worker-101-104
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.105
|worker-101-105
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.106
|worker-101-106
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.107
|worker-101-107
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.108
|worker-101-108
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.109
|worker-101-109
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.110
|worker-101-110
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.111
|worker-101-111
|
|2
|16GB
|128GB
|OK
|shutdown
|
|
|
|
|
|
|
|
|-
|10.101.0.112
|worker-101-112
|
|2
|16GB
|128GB
|OK
|shutdown
|
|
|
|
|
|
|
|
|-
|10.101.0.113
|worker-101-113
|
|2
|16GB
|128GB
|OK
|shutdown
|
|
|
|
|
|
|
|
|-
|10.101.0.114
|worker-101-114
|
|2
|16GB
|128GB
|OK
|shutdown
|
|
|
|
|
|
|
|
|-
|10.101.0.115
|worker-101-115
|
|2
|16GB
|128GB
|OK
|shutdown
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.116
|worker-102-116
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|
|
|
|
|
|
|
|
|10.102.0.117
|worker-102-117
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|
|
|
|
|
|
|
|
|10.102.0.118
|worker-102-118
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|
|
|
|
|
|
|
|
|10.102.0.119
|worker-102-119
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|
|
|
|
|
|
|
|
|10.102.0.120
|worker-102-120
|
|2
|16GB
|128GB
|OK
|shutdown
|-
|
|
|
|
|
|
|
|
|10.102.0.121
|worker-102-121
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.122
|worker-102-122
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.123
|worker-102-123
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.124
|worker-102-124
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.125
|worker-102-125
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.126
|worker-102-126
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.127
|worker-102-127
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.128
|worker-102-128
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.129
|worker-102-129
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.130
|worker-102-130
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.200
|Samba File Server
|sambaq.esx.testar.org
|4
|16
|16Gb+1TB
|
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.201
|Windows 10 Olivia
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.202
|WIndows 10 Olivia
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.203
|Windows 10 Aaron filer 
|filer-aaron.esx.testar.org
|8
|8GB
|NVME 128GB
NVME 512GB

HDD 1024GB
|NO
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.210
|Windows 10 Mark
|
|2
|8GB
|128GB
|NO
|
|-
|
|
|
|
|
|
|
|
|10.102.0.211
|Windows 10 Mark
|
|2
|8GB
|128GB
|NO
|
|-
|
|
|
|
|
|
|
|
|10.102.0.212
|Windows 10 Mark
|
|2
|8GB
|128GB
|NO
|
|-
|
|
|
|
|
|
|
|
|10.102.0.213
|Windows 10 Mark
|
|2
|8GB
|128GB
|NO
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.224
|Ubuntu - PKM
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.226
|Windows 10 - ModelDiff+Rick
|
|4
|16
|200GB
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.243
|Ubuntu - MyThaiStar
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.247
|Windows10
Fernando
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.252
|Samba Domain Controler Q
|dcq.esc.testar.org
|4
|8GB
|16GB
|
|
|10.102.0.252
|Samba Domain Controler R
|dcr.esx.testar.org
|4
|8GB
|16GB
|
|
|-
|10.101.0.253
|saltstack host
|salt.esx.testar.org
|4
|4GB
|16GB
|
|
|10.102.0.253
|openpbs control host
|openpbs.esx.testar.org
|4
|8GB
|SSD 16GB
|
|
|-
|10.101.0.254
|backuping host testaq 
|qbackup.esx.testar.org
|4
|4GB
|16GB+512GB
|
|
|10.102.0.254
|backuping host testar 
|rbackup.esx.testar.org
|4
|4GB
|16GB+512GB
|
|
|} 

 
<graphviz>
digraph G {

subgraph cluster_0 {
style=filled;
color=lightgrey;
node [style=filled,color=white];
switch2_0 -> routertestar
routertestar -> switch2_1 [ label = "[10.102.0.1/24 DHCP]" ]
switch2_1 -> t2_1
switch2_1 -> t2_2
switch2_3 -> t2_3
switch2_3 -> t2_4
routertestar -> switch2_2 [ label = "[10.100.0.2/24]" ]
routertestar -> switch2_3 [ label = "[10.102.8.1/24 DHCP]" ]
label = "ESXi: testar.dsic.upv.es (158.42.185.142)"; }

subgraph cluster_1 {
node [style=filled];
switch1_0 -> routertestaq
routertestaq -> switch1_2 [ label = "[10.100.0.1/24]" ]
routertestaq -> switch1_1 [ label = "[10.101.0.1/24 DHCP]" ]
switch1_1 -> t1_1
switch1_1 -> t1_2
switch1_3 -> t1_3
switch1_3 -> t1_4
routertestaq -> switch1_3 [ label = "[10.101.8.1/24 DHCP]" ]
label = "ESXi: testaq.dsic.upv.es (158.42.185.61)";
color=black
}

UPV -> switch2_0 [ label = "" ] ;
UPV -> switch1_0 ;
switch2_2 -> switch1_2 [ label = " Crossover 10.100.0.0/24 (blue patch cable) " ];
switch1_2 -> switch2_2;

routertestar [ label = "routertestar.dsic.upv.es (158.42.185.166)" ]
routertestaq [ label = "routertestaq.dsic.upv.es (158.42.185.132)" ]
UPV [shape=ellipse label = "UPV network 158.42.185.0/24"];
switch1_0 [ label = "Extenal Virtual Switch 0" ]
switch2_0 [ label = "External Virtual Switch 0" ]
switch1_1 [ label = "Internal Virtual Switch 1" ]
switch2_1 [ label = "Internal Virtual Switch 1" ]
switch1_2 [ label = "Crossover Virtual Switch 2" ]
switch2_2 [ label = "Crossover Virtual Switch 2" ]
switch1_3 [ label = "K8S Virtual Switch 3" ]
switch2_3 [ label = "K8S Virtual Switch 3" ]
t1_1 [ label = "Virtual 1" ]
t1_2 [ label = "Virtual 2" ]
t1_3 [ label = "k8s Virtual 1"]
t1_4 [ label = "k8s Virtual 2"]
t2_1 [ label = "Virtual 3" ]
t2_2 [ label = "Virtual 4" ]
t2_3 [ label = "k8s Virtual 3"]
t2_4 [ label = "k8s Virtual 4"]
}

</graphviz>

 
 

===OpenVPN Client certificate creation===
On the <code>routertestar.dsic.upv.es</code> and <code>routertestaq.dsic.upv.es</code> an OpenVPN server is installed. Users can connect to one of the routers via OpenVPN. A user certificate needs to be created and added to an OpenVPN client configuration. To create a OpenVPN client configuration please follow the following steps:
 

#Log into <code>routertestar.dsic.upv.es</code>
#Become <code>root</code> user
#Read the OpenVPN CA password in <code>/root/testar-ca-key-password.txt</code>
#Run the following command: <code>openvpn-users.sh</code>
#Follow the instructions of the script and give the CA password when asked. 2 OpenVPN configuration files will be created and the certificates will be distibuted to the 2 testar routers
#Copy the generated OpenVPN configurations files from the /root/ directory to your own computer with scp/winscp
#Distribute the OpenVPN configuration files to the end user, so they can import this in their OpenVPN client.

 

===DHCP address space===
Both the routertestaq and routertestar have a DHCP server (DNSMASQ) running that will give a IP to a virtual machine according to the mac address of the virtual machine.

The mac address needs to be set to manual in the network interface settings of the virtual machine and the mac address needs to start with: 00:50:56:UV:WX:YZ where UV::WX:XY has to be set according to the mapping below. The MAC address can only be changed when the virtual machine is switched off.

In the DHCP server the mac addresses are reserved for the ranges from 10.101.0.2 until 10.101.0.200 on the routertestaq server and from 10.102.0.2 until10.102.0.200 for the routertestar server.

====MAC address mapping:====
00:50:56:01:0X:YZ maps to 10.101.0.XYZ on the routertestaq

00:50:56:02:0X:YZ maps to 10.102.0.XYZ on the routertestar

When the last octet is below 10 the X and Y will be set to 0. When the last octect is below 100 only the X will be set to 0.

====Example:====
Below you can find how the manual MAC address (00:50:56:01:00:06) is set for a virtual machine that will get the 10.101.0.6 as IP address from the DHCP. The the octet is 6 so the X=0, Y=0 and Z=6.

[[File:ESX-virtual_network_settings.jpg|alt=|frameless|600x600px]]

Virtual environment

2021-05-24T07:08:35Z

Fernando: Update virtual machines

==Virtual Environment @ UPV==

===Virtual machines===
{| class="wikitable"
|+
!10.101.0.1
!routertestaq
!DNS
!CPU
!Mem
!HDD
!MAC dhcp
!Remarks
!10.102.0.1
!routertestar
!DNS
!CPU
!Mem
!HDD
!MAC dhcp
!Remarks
|-
|10.101.0.2
|Windows10 Guy01
|guy10.esx.testar.org
|2
|8GB
|128GB
|00:0C:29:49:BD:79
|
|10.102.0.2
|Windows10 Ad Mulders 01
|admulders01.esx.testar.org
|2
|8GB
|128GB
|OK
|shutdown, student graduated
|-
|10.101.0.3
|Windows10 Carlo Sengers 01
|carlosengers01.esx.testar.org
|2
|8GB
|128GB
|OK
|
|10.102.0.3
|Windows 10 Ad Mulders 02
|admulder02.esx.testar.org
|2
|8GB
|128GB
|OK
|shutdown, student graduated
|-
|10.101.0.4
|Windows10 Carlo Sengers 02
|carlosengers02.esx.testar.org
|2
|8GB
|128GB
|00:0C:29:78:D8:74
|
|10.102.0.4
|windows 10 master
|windows10-master.esx.testar.org
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.5
|Windows 10 Ad Mulders 05
|admulders05.esx.testar.org
|2
|8GB
|128GB
|
|shutdown, student graduated
|10.102.0.5
|buhos
|buhos.esx.testar.org
|4
|8GB
|128GB
|OK
|
|-
|10.101.0.6
|Windows 10 Ad Mulders 06
|admulders06.esx.testar.org
|2
|8GB
|128GB
|
|shutdown, student graduated
|10.102.0.6
|Windows 10 Ad Mulders 03
|admulders03.esx.testar.org
|2
|8GB
|128GB
|OK
|shutdown, student graduated
|-
|10.101.0.7
|Windows 10 Ad Mulders 07
|admulders07.esx.testar.org
|2
|8GB
|128GB
|
|shutdown, student graduated
|10.102.0.7
|Windows 10 Ad Mulders 04
|admulders04.esx.testar.org
|2
|8GB
|128GB
|OK
|shutdown, student graduated
|-
|10.101.0.8
|Windows 10 Ad Mulders 08
|admulders08.esx.testar.org
|2
|8GB
|128GB
|
|shutdown, student graduated
|10.102.0.8
|Windows 10 Tanja Vos
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.9
|Windows10 Carlo Sengers 03
|carlosengers03.esx.testar.org
|2
|8GB
|128GB
|OK
|
|10.102.0.9
|WIndows 10 Axel Bons 01
|axelbons01.esx.testar.org
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.10
|free
|
|
|
|
|
|
|10.102.0.10
|free
|
|
|
|
|
|
|-
|10.101.0.11
|testar-demo1011
|
|2
|8GB
|128GB
|OK
|
|10.102.0.11
|Windows10 Olivia
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.12
|rdp-12
|
|2
|8GB
|128GB
|OK
|shutdown
|10.102.0.12
|Windows 10 Amit Dua
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.13
|rdp-13
|
|2
|8GB
|128GB
|OK
|shutdown
|10.102.0.13
|windows 10 saltstack test client
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.14
|rdp-14
|
|2
|8GB
|128GB
|OK
|shutdown
|10.102.0.14
|Windows10 Christiaan de Ridder
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.15
|Windows10 Nikolay 1
|
|2
|8GB
|128GB
|OK
|
|10.102.0.15
|Windows10 Aaron 2015
|aaron2015.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|
|-
|10.101.0.16 
|Windows10 Nikolay 6
|
|2
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.101.0.15
|10.102.0.16
|Windows10 Aaron 2016
|aaron2016.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|
|-
|10.101.0.17
|Windows10 Nikolay 7
|
|2
|8GB
|128GB
|OK
|2020-08-07 cloned from 10.101.0.51
|10.102.0.17
|Windows10 Aaron 2017
|aaron2017.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|
|-
|10.101.0.18
|Windows10 Nikolay 8
|
|2
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.18
|Windows10 Aaron 2018
|aaron2018.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|
|-
|10.101.0.19
|Windows10 Nikolay 9
|
|2
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.19
|Windows10 Aaron 2019
|aaron2019.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.20
|Windows10 Nikolay 10
|
|4
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.20
|Windows10 Aaron 2020
|aaron2020.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.21
|Windows10 Nikolay 11
|
|4
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.21
|Windows10 Aaron 2021
|aaron2021.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.22
|Windows10 Nikolay 12
|
|4
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.22
|Windows10 Aaron 2022
|aaron2022.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.23
|Windows10 Nikolay 13
|
|4
|8GB
|128GB
|OK
|2020-09-07 cloned from 10.0.101.50
|10.102.0.23
|Windows10 Aaron 2023
|aaron2023.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.24
|Windows10 Aaron 1024
|aaron1024.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.24
|Windows10 Aaron 2024
|aaron2024.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|-
|10.101.0.25
|Windows10 Aaron 1025
|aaron1025.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.25
|Windows 10 Beatriz 
|beatriz01.esx.testar.org
|2
|8Gb
|128GB
|OK
|
|-
|10.101.0.26
|Windows10 Aaron 1026
|aaron1026.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.26
|Windows 10 Lianne
|lianne01.esx.testar.org
|2
|8Gb
|128GB
|OK
|
|-
|10.101.0.27
|Windows10 Aaron 1027
|aaron1027.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.27
|Windows 10 Andres
|andres01.esx.testar.org
|2
|8Gb
|128GB
|OK
|
|-
|10.101.0.28
|Windows10 Aaron 1028
|aaron1028.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.28
|
|
|
|
|
|
|
|-
|10.101.0.29
|Windows10 Aaron 1029
|aaron1029.esx.testar.org
|4
|8GB
|400GB+512GB
|OK
|2020-10-03 cloned from 10.102.0.18
|10.102.0.29
|
|
|
|
|
|
|
|-
|10.101.0.30
|Windows10 Stefano
|
|2
|8GB
|128GB
|OK
|
|10.102.0.30
|
|
|
|
|
|
|
|-
|10.101.0.31
|Windows10 Innspire
|
|2
|8GB
|128GB
|OK
|
|10.102.0.31
|
|
|
|
|
|
|
|-
|10.101.0.32
|Windows10 Praegus1
|
|2
|8GB
|128GB
|OK
|
|10.102.0.32
|Windows 10 Rahul
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.33
|Windows10 Praegus2
|
|2
|8GB
|128GB
|OK
|
|10.102.0.33
|WIndows 10 Antonio
|
|2
|8GB
|128GB
|OK
|
|-
|10.101.0.34
|Windows 10 FBK
|
|4
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.35
|Windows 10 Arend
|
|2
|8GB
|200GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.36
|Windows 10 ECJ
|
|2
|8GB
|200GB
|OK
|
|
|
|
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|
|..
|
|
|
|
|
|
|
|-
|10.101.0.50
|Windows10 Nikolay 2
|
|2
|8GB
|128GB
|OK
|
|10.102.0.50
|Windows 10 Testona 50
|testona50
|2
|8GB
|128GB
|
|
|-
|10.101.0.51
|Windows10 Nikolay 3
|
|2
|8GB
|128GB
|OK
|
|10.102.0.51
|Windows 10 Testona 51
|testona51
|2
|8GB
|128GB
|
|
|-
|10.101.0.52
|Windows10 Nikolay 4
|
|2
|8GB
|128GB
|OK
|
|10.102.0.52
|Windows 10 Testona 52
|testona52
|2
|8GB
|128GB
|
|
|-
|10.101.0.53
|Windows10 Nikolay 5
|
|2
|8GB
|128GB
|00:0C:29:44:A0:27
|
|10.102.0.53
|Windows 10 Testona 53
|testona53
|2
|8GB
|128GB
|
|
|-
|10.101.0.61
|Windows10
Borja
|
|2
|8GB
|200GB
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.62
|Ubuntu Borja
|
|2
|8GB
|200GB
|OK
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.70
|Windows 7
|
|2
|8GB
|100GB
|
|
|
|
|
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|
|..
|
|
|
|
|
|
|
|-
|10.101.0.100
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.101
|worker-101-101
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.102
|worker-101-102
|
|2
|16Gb
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.103
|worker-101-103
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.104
|worker-101-104
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.105
|worker-101-105
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.106
|worker-101-106
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.107
|worker-101-107
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.108
|worker-101-108
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.109
|worker-101-109
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.110
|worker-101-110
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.111
|worker-101-111
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.112
|worker-101-112
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.113
|worker-101-113
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.114
|worker-101-114
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|10.101.0.115
|worker-101-115
|
|2
|16GB
|128GB
|OK
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.116
|worker-102-116
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.117
|worker-102-117
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.118
|worker-102-118
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.119
|worker-102-119
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.120
|worker-102-120
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.121
|worker-102-121
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.122
|worker-102-122
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.123
|worker-102-123
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.124
|worker-102-124
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.125
|worker-102-125
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.126
|worker-102-126
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.127
|worker-102-127
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.128
|worker-102-128
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.129
|worker-102-129
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|10.102.0.130
|worker-102-130
|
|2
|16GB
|128GB
|OK
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.200
|Samba File Server
|sambaq.esx.testar.org
|4
|16
|16Gb+1TB
|
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.201
|Windows 10 Olivia
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.202
|WIndows 10 Olivia
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.203
|Windows 10 Aaron filer 
|filer-aaron.esx.testar.org
|8
|8GB
|NVME 128GB
NVME 512GB

HDD 1024GB
|NO
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|10.102.0.210
|Windows 10 Mark
|
|2
|8GB
|128GB
|NO
|
|-
|
|
|
|
|
|
|
|
|10.102.0.211
|Windows 10 Mark
|
|2
|8GB
|128GB
|NO
|
|-
|
|
|
|
|
|
|
|
|10.102.0.212
|Windows 10 Mark
|
|2
|8GB
|128GB
|NO
|
|-
|
|
|
|
|
|
|
|
|10.102.0.213
|Windows 10 Mark
|
|2
|8GB
|128GB
|NO
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.224
|Ubuntu - PKM
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.226
|Windows 10 - ModelDiff+Rick
|
|4
|16
|200GB
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.243
|Ubuntu - MyThaiStar
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.247
|Windows10
Fernando
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.252
|Samba Domain Controler Q
|dcq.esc.testar.org
|4
|8GB
|16GB
|
|
|10.102.0.252
|Samba Domain Controler R
|dcr.esx.testar.org
|4
|8GB
|16GB
|
|
|-
|10.101.0.253
|saltstack host
|salt.esx.testar.org
|4
|4GB
|16GB
|
|
|10.102.0.253
|openpbs control host
|openpbs.esx.testar.org
|4
|8GB
|SSD 16GB
|
|
|-
|10.101.0.254
|backuping host testaq 
|qbackup.esx.testar.org
|4
|4GB
|16GB+512GB
|
|
|10.102.0.254
|backuping host testar 
|rbackup.esx.testar.org
|4
|4GB
|16GB+512GB
|
|
|} 
[[File:UPV_network_layout.png|alt=|frameless|1000x1000px]]

 

 
 
===OpenVPN Client certificate creation===
On the <code>routertestar.dsic.upv.es</code> and <code>routertestaq.dsic.upv.es</code> an OpenVPN server is installed. Users can connect to one of the routers via OpenVPN. A user certificate needs to be created and added to an OpenVPN client configuration. To create a OpenVPN client configuration please follow the following steps:
 

#Log into <code>routertestar.dsic.upv.es</code>
#Become <code>root</code> user
#Read the OpenVPN CA password in <code>/root/testar-ca-key-password.txt</code>
#Run the following command: <code>openvpn-users.sh</code>
#Follow the instructions of the script and give the CA password when asked. 2 OpenVPN configuration files will be created and the certificates will be distibuted to the 2 testar routers
#Copy the generated OpenVPN configurations files from the /root/ directory to your own computer with scp/winscp
#Distribute the OpenVPN configuration files to the end user, so they can import this in their OpenVPN client.

 

===DHCP address space===
Both the routertestaq and routertestar have a DHCP server (DNSMASQ) running that will give a IP to a virtual machine according to the mac address of the virtual machine.

The mac address needs to be set to manual in the network interface settings of the virtual machine and the mac address needs to start with: 00:50:56:UV:WX:YZ where UV::WX:XY has to be set according to the mapping below. The MAC address can only be changed when the virtual machine is switched off.

In the DHCP server the mac addresses are reserved for the ranges from 10.101.0.2 until 10.101.0.200 on the routertestaq server and from 10.102.0.2 until10.102.0.200 for the routertestar server.

====MAC address mapping:====
00:50:56:01:0X:YZ maps to 10.101.0.XYZ on the routertestaq

00:50:56:02:0X:YZ maps to 10.102.0.XYZ on the routertestar

When the last octet is below 10 the X and Y will be set to 0. When the last octect is below 100 only the X will be set to 0.

====Example:====
Below you can find how the manual MAC address (00:50:56:01:00:06) is set for a virtual machine that will get the 10.101.0.6 as IP address from the DHCP. The the octet is 6 so the X=0, Y=0 and Z=6.

[[File:ESX-virtual_network_settings.jpg|alt=|frameless|600x600px]]

Virtual environment

2020-11-27T11:26:37Z

Fernando: update VM ips

Virtual environment

2020-10-02T14:29:32Z

Fernando: add IVVES users machines

==Virtual Environment @ UPV==


===OpenVPN Client configuration===
On the <code>routertestar.dsic.upv.es</code> and <code>routertestaq.dsic.upv.es</code> an OpenVPN server is installed. Users can connect to one of the routers via OpenVPN. A user certificate needs to be created and added to an OpenVPN client configuration. To create a OpenVPN client configuration please follow the following steps:
 

#Log into <code>routertestar.dsic.upv.es</code>
#Become <code>root</code> user
#Read the OpenVPN CA password in <code>/root/testar-ca-key-password.txt</code>
#Run the following command: <code>openvpn-users.sh</code>
#Follow the instructions of the script and give the CA password when asked. 2 OpenVPN configuration files will be created and the certificates will be distibuted to the 2 testar routers
#Copy the generated OpenVPN configurations files from the /root/ directory to your own computer with scp/winscp
#Distribute the OpenVPN configuration files to the end user, so they can import this in their OpenVPN client.

 

===Virtual machines===
{| class="wikitable"
|+
!10.101.0.1
!routertestaq
!DNS
!CPU
!Mem
!HDD
!Remarks
!10.102.0.1
!routertestar
!DNS
!CPU
!Mem
!HDD
!Remarks
|-
|10.101.0.2
|Windows10 Guy01
|guy10.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.2
|Windows10 Ad Mulders 01
|admulders01.esx.testar.org
|2
|8GB
|128GB
|shutdown, student graduated
|-
|10.101.0.3
|Windows10 Carlo Sengers 01
|carlosengers01.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.3
|Windows 10 Ad Mulders 02
|admulder02.esx.testar.org
|2
|8GB
|128GB
|shutdown, student graduated
|-
|10.101.0.4
|Windows10 Carlo Sengers 02
|carlosengers02.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.4
|windows 10 master
|windows10-master.esx.testar.org
|2
|8GB
|128GB
|
|-
|10.101.0.5
|Windows 10 Ad Mulders 05
|admulders05.esx.testar.org
|2
|8GB
|128GB
|shutdown, student graduated
|10.102.0.5
|buhos
|buhos.esx.testar.org
|4
|8GB
|128GB
|
|-
|10.101.0.6
|Windows 10 Ad Mulders 06
|admulders06.esx.testar.org
|2
|8GB
|128GB
|shutdown, student graduated
|10.102.0.6
|Windows 10 Ad Mulders 03
|admulders03.esx.testar.org
|2
|8GB
|128GB
|shutdown, student graduated
|-
|10.101.0.7
|Windows 10 Ad Mulders 07
|admulders07.esx.testar.org
|2
|8GB
|128GB
|shutdown, student graduated
|10.102.0.7
|Windows 10 Ad Mulders 04
|admulders04.esx.testar.org
|2
|8GB
|128GB
|shutdown, student graduated
|-
|10.101.0.8
|Windows 10 Ad Mulders 08
|admulders08.esx.testar.org
|2
|8GB
|128GB
|shutdown, student graduated
|10.102.0.8
|Windows 10 Tanja Vos
|
|2
|8GB
|128GB
|
|-
|10.101.0.9
|Windows10 Carlo Sengers 03
|carlosengers03.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.9
|WIndows 10 Axel Bons 01
|axelbons01.esx.testar.org
|2
|8GB
|128GB
|
|-
|..
|
|
|
|
|
|
|..
|
|
|
|
|
|
|-
|10.101.0.15
|Windows10 Nikolay 1
|
|2
|8GB
|128GB
|
|10.102.0.15
|Windows10 Aaron 1
|
|2
|8GB
|128GB
|
|-
|10.101.0.16 
|Windows10 Nikolay 6
|
|2
|8GB
|128GB
|2020-09-07 cloned from 10.101.0.15
|10.102.0.16
|Windows10 Aaron 2
|
|2
|8GB
|128GB
|
|-
|10.101.0.17
|Windows10 Nikolay 7
|
|2
|8GB
|128GB
|2020-08-07 cloned from 10.101.0.51
|10.102.0.17
|Windows10 Aaron 3
|
|2
|8GB
|128GB
|
|-
|10.101.0.18
|Windows10 Nikolay 8
|
|2
|8GB
|128GB
|2020-09-07 cloned from 10.0.101.50
|10.102.0.18
|Windows10 Aaron 4
|
|2
|8GB
|128GB
|
|-
|10.101.0.19
|Windows10 Nikolay 9
|
|2
|8GB
|128GB
|2020-09-07 cloned from 10.0.101.50
|
|
|
|
|
|
|
|-
|10.101.0.20
|Windows10 Nikolay 10
|
|4
|8GB
|128GB
|2020-09-07 cloned from 10.0.101.50
|
|
|
|
|
|
|
|-
|10.101.0.21
|Windows10 Nikolay 11
|
|4
|8GB
|128GB
|2020-09-07 cloned from 10.0.101.50
|
|
|
|
|
|
|
|-
|10.101.0.22
|Windows10 Nikolay 12
|
|4
|8GB
|128GB
|2020-09-07 cloned from 10.0.101.50
|
|
|
|
|
|
|
|-
|10.101.0.23
|Windows10 Nikolay 13
|
|4
|8GB
|128GB
|2020-09-07 cloned from 10.0.101.50
|
|
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.50
|Windows10 Nikolay 2
|
|2
|8GB
|128GB
|
|
|
|
|
|
|
|
|-
|10.101.0.51
|Windows10 Nikolay 3
|
|2
|8GB
|128GB
|
|
|
|
|
|
|
|
|-
|10.101.0.52
|Windows10 Nikolay 4
|
|2
|8GB
|128GB
|
|
|
|
|
|
|
|
|-
|10.101.0.53
|Windows10 Nikolay 5
|
|2
|8GB
|128GB
|
|
|
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.11
|testar-demo1011
|
|
|
|
|
|10.102.0.11
|testar-demo2011
|
|
|
|
|
|-
|10.101.0.30
|Windows10 Stefano
|
|2
|8GB
|128GB
|
|
|
|
|
|
|
|
|-
|10.101.0.31
|Windows10 Innspire
|
|2
|8GB
|128GB
|
|
|
|
|
|
|
|
|-
|10.101.0.32
|Windows10 Praegus1
|
|2
|8GB
|128GB
|
|
|
|
|
|
|
|
|-
|10.101.0.33
|Windows10 Praegus2
|
|2
|8GB
|128GB
|
|
|
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|..
|
|
|
|
|
|
|-
|10.101.0.20
|Windows10 - Fernando 
|
|
|
|
|
|10.102.0.25
|testar-demo2025
 
|
|
|
|
|
|-
|10.101.0.247
|Windows10
Fernando
|
|
|
|
|
|
|
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.253
|saltstack host
|salt.esx.testar.org
|4
|4GB
|16GB
|
|
|
|
|
|
|
|
|-
|10.101.0.254
|backuping host testaq 
|qbackup.esx.testar.org
|4
|4GB
|520GB
|
|
|
|
|
|
|
|
|}

===DHCP address space===
Both the routertestaq and routertestar have a DHCP server (DNSMASQ) running that will give a IP to a virtual machine according to the mac address of the virtual machine.

The mac address needs to be set to manual in the network interface settings of the virtual machine and the mac address needs to start with: 00:50:56:UV:WX:YZ where UV::WX:XY has to be set according to the mapping below. The MAC address can only be changed when the virtual machine is switched off.

In the DHCP server the mac addresses are reserved for the ranges from 10.101.0.2 until 10.101.0.200 on the routertestaq server and from 10.102.0.2 until10.102.0.200 for the routertestar server.

====MAC address mapping:====
00:50:56:01:0X:YZ maps to 10.101.0.XYZ on the routertestaq

00:50:56:02:0X:YZ maps to 10.102.0.XYZ on the routertestar

When the last octet is below 10 the X and Y will be set to 0. When the last octect is below 100 only the X will be set to 0.

====Example:====
Below you can find how the manual MAC address (00:50:56:01:00:06) is set for a virtual machine that will get the 10.101.0.6 as IP address from the DHCP. The the octet is 6 so the X=0, Y=0 and Z=6.
[[File:ESX-virtual network settings.jpg|left|300x300px]]

Virtual environment

2020-09-01T11:01:34Z

Fernando: add Aaron machines

Virtual environment

2020-09-01T08:01:15Z

Fernando: update ip niko 53

Virtual environment

2020-07-30T12:59:01Z

Fernando: update niko ips

Virtual environment

2020-07-13T07:23:12Z

Fernando: update niko ip

Virtual environment

2020-07-02T13:07:12Z

Fernando: /* Virtual machines */

Virtual environment

2020-02-26T09:13:50Z

Fernando: /* Virtual machines add CODEO ip */

==Virtual Environment @ UPV==

<graphviz>
digraph G {

subgraph cluster_0 {
style=filled;
color=lightgrey;
node [style=filled,color=white];
switch2_0 -> routertestar
routertestar -> switch2_1 [ label = "[10.102.0.1/24 DHCP]" ]
switch2_1 -> t2_1
switch2_1 -> t2_2
routertestar -> switch2_2 [ label = "[10.100.0.2/24]" ]
label = "ESXi: testar.dsic.upv.es (158.42.185.142)"; }

subgraph cluster_1 {
node [style=filled];
switch1_0 -> routertestaq
routertestaq -> switch1_2 [ label = "[10.100.0.1/24]" ]
routertestaq -> switch1_1 [ label = "[10.101.0.1/24 DHCP]" ]
switch1_1 -> t1_1
switch1_1 -> t1_2
label = "ESXi: testaq.dsic.upv.es (158.42.185.61)";
color=black
}

UPV -> switch2_0 [ label = "" ] ;
UPV -> switch1_0 ;
switch2_2 -> switch1_2 [ label = " Crossover 10.100.0.0/24 (blue patch cable) " ];
switch1_2 -> switch2_2;

routertestar [ label = "routertestar.dsic.upv.es (158.42.185.166)" ]
routertestaq [ label = "routertestaq.dsic.upv.es (158.42.185.132)" ]
UPV [shape=ellipse label = "UPV network 158.42.185.0/24"];
switch1_0 [ label = "Extenal Virtual Switch 0" ]
switch2_0 [ label = "External Virtual Switch 0" ]
switch1_1 [ label = "Internal Virtual Switch 1" ]
switch2_1 [ label = "Internal Virtual Switch 1" ]
switch1_2 [ label = "Crossover Virtual Switch 2" ]
switch2_2 [ label = "Crossover Virtual Switch 2" ]
t1_1 [ label = "Virtual 1" ]
t1_2 [ label = "Virtual 2" ]
t2_1 [ label = "Virtual 3" ]
t2_2 [ label = "Virtual 4" ]
}

</graphviz>

===OpenVPN Client configuration===
On the <code>routertestar.dsic.upv.es</code> and <code>routertestaq.dsic.upv.es</code> an OpenVPN server is installed. Users can connect to one of the routers via OpenVPN. A user certificate needs to be created and added to an OpenVPN client configuration. To create a OpenVPN client configuration please follow the following steps:
 

#Log into <code>routertestar.dsic.upv.es</code>
#Become <code>root</code> user
#Read the OpenVPN CA password in <code>/root/testar-ca-key-password.txt</code>
#Run the following command: <code>openvpn-users.sh</code>
#Follow the instructions of the script and give the CA password when asked. 2 OpenVPN configuration files will be created and the certificates will be distibuted to the 2 testar routers
#Copy the generated OpenVPN configurations files from the /root/ directory to your own computer with scp/winscp
#Distribute the OpenVPN configuration files to the end user, so they can import this in their OpenVPN client.

 

===Virtual machines===
{| class="wikitable"
|+
!10.101.0.1
!routertestaq
!DNS
!CPU
!Mem
!HDD
!........................
!10.102.0.1
!routertestar
!DNS
!CPU
!Mem
!HDD
|-
|10.101.0.2
|Windows10 Guy01
|guy10.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.2
|Windows10 Ad Mulders 01
|admulders01.esx.testar.org
|2
|8GB
|128GB
|-
|10.101.0.3
|Windows10 Carlo Sengers 01
|carlosengers01.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.3
|Windows 10 Ad Mulders 02
|admulder02.esx.testar.org
|2
|8GB
|128GB
|-
|10.101.0.4
|Windows10 Carlo Sengers 02
|carlosengers02.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.4
|windows 10 master
|windows10-master.esx.testar.org
|2
|8GB
|128GB
|-
|10.101.0.5
|Windows 10 Ad Mulders 05
|admulders05.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.5
|buhos
|buhos.esx.testar.org
|4
|8GB
|128GB
|-
|10.101.0.6
|Windows 10 Ad Mulders 06
|admulders06.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.6
|Windows 10 Ad Mulders 03
|admulders03.esx.testar.org
|2
|8GB
|128GB
|-
|10.101.0.7
|Windows 10 Ad Mulders 07
|admulders07.esx.testar.org
|2
|8GB
|128GB
|
|10.102.0.7
|Windows 10 Ad Mulders 04
|admulders04.esx.testar.org
|2
|8GB
|128GB
|-
|10.101.0.8
|Windows 10 Ad Mulders 08
|admulders08.esx.testar.org
|2
|8GB
|128GB
|
|..
|
|
|
|
|
|-
|..
|
|
|
|
|
|
|
|
|
|
|
|
|-
|10.101.0.11
|testar-demo1011
|
|
|
|
|
|10.102.0.11
|testar-demo2011
|
|
|
|
|-
|..
|
|
|
|
|
|
|..
|
|
|
|
|
|-
|10.101.0.20
|testar-demo2020 
|
|
|
|
|
|10.102.0.25
|testar-demo2025
 
|
|
|
|
|-
|10.101.0.247
|Windows10
Fernando
|
|
|
|
|
|
|
|
|
|
|
|}

Main Page

2020-02-20T10:57:01Z

Fernando: Coordinates Issue added

TESTAR

On this wiki we will describe how to install and use Testar. '''''If you want/need an account to contribute please send an e-mail to wiki@testar.org''' (Consult the [https://www.mediawiki.org/wiki/Special:MyLanguage/Help:Contents User's Guide] for information on using the wiki software.)''

__TOC__

==Automated testing at the Graphical User Interface Level== 

GUI Testing is a testing technique where one tests the System Under Test (SUT) solely through its Graphical User Interface (GUI). The only way to find errors is to thoroughly observe the status of the GUI throughout the test. This type of testing is usually still carried out manually, where a tester just follows a previously written test case and verifies whether the application responds to all inputs as expected.

On the one hand GUI testing is a relatively straightforward process, since one does not need to read or test the source code of the SUT. On the other hand it is quite laborious, time consuming and, well... boring...

Approaches for automation of GUI testing are for example Capture & Replay or Visual Testing. These approaches use test scripts to automate the steps of each test case. These type of tests, whether manual or automated through scripts, test the sunny day use cases and mostly follow the happy paths. But what about the less sunny test scenarios? Those scenarios executed by the rogue user?

==TESTAR==
TESTAR is an open source tool for automated testing through GUI<ref>paper</ref>. It automatically interacts with the SUT by clicking and typing on the controls of the GUI. It is able to recognize abnormal SUT behaviour, such as crashing or freezing. Moreover, you can add application specific test oracles that are able to detect domain specific faults. TESTAR reports test sequences that lead to failure.

===Virtual Environment===

We have a [[Virtual environment]] at the UPV in Valencia.

===Github open source community===

===How to get started (handson manual)===
There exists a hands-on manual that will permit you to get started with automation of GUI testing using TESTAR. You can always get the latest version of this manual here:

[https://testar.org/download/ TESTAR download the hands-on manual]

In the manual it is explained how to get started with the latest version and a [[virtual machine]].

==FAQ==

===java.lang.RuntimeException: JDK required (running inside of JRE)===

If you get this error this means that your JAVA_HOME path does not point correctly to the installation path for the Java Development Kit.. To set your JAVA_HOME look for example here:

https://stackoverflow.com/questions/2619584/how-to-set-java-home-on-windows-7

===Which platforms are supported?===

The TESTAR binaries that are downloaded currently supports Windows. We have older versions that work with MacOS, Linux and Android.

===What is required from the System Under Test (SUT)?===

Not much, just that the application respects the accesibility API of the underlying Operating System. For web applications you can use the WebDriver.

===How to set TESTAR with different SUT?===
TESTAR main version offers three options to connect with the SUT. Depending on the application that acts as SUT and the way we want to interact with it, we must choose one or the other.

TESTAR WebDriver version also includes an additional option to connect to the desired SUT using the Selenium webdrivers.
 [[How to set TESTAR with different SUT]]

=== ISSUE: Windows screen settings affects to Screenshots and Actions coordinates ===
If TESTAR doesn't correctly take the coordinates of your environment to execute mouse actions or take screenshots, please go to https://github.com/TESTARtool/TESTAR_dev/issues/222

The feedback about the Windows screen setting of your environment will be welcome to improve TESTAR tool.

===How is TESTAR licensed?===

TESTAR is distributed FREE of charge as an open source project under the BSD3 license

==Publications==

===From other people using TESTAR===

*Mauro Pezzè, Paolo Rondena, and Daniele Zuddas. 2018. Automatic GUI testing of desktop applications: an empirical assessment of the state of the art. In Companion Proceedings for the ISSTA/ECOOP 2018 Workshops (ISSTA '18). ACM, New York, NY, USA, 54-62. DOI: https://doi.org/10.1145/3236454.3236489 (https://dl.acm.org/citation.cfm?id=3236489)
<references />

How to set TESTAR with Webdriver protocol

2019-09-17T13:53:29Z

Fernando: Add Govert comments into Wiki

==Usage of TESTAR WebDriver==
The webdriver version of TESTAR is developed to better handle web applications. For various reasons, the desktop version doesn't recognize the non-native widgets available in websites. TESTAR webdriver tries to remedy this by looking at the DOM and adding a (JS) web extension to the browser. An additional advantage is the fact that it is safe to run the webdriver version 'natively', i.e. it is not necessary to run TESTAR webdriver in a VM.

The webdriver version of TESTAR is tested on 3 mayor platforms : Windows 10, OS X and Linux. It has been tested with Chrome/Chromium, Firefox and Edge (Windows). That said, using Chrome seems to be the most performant option.

==Advanced configuration for webdriver protocol==

===SUT web domain (domainsAllowed and followLinks)===
While testing web applications, it is desirable to keep the testing on the same domain. Many applications have links pointing to domains outside the scope. When the browser reaches a domain not defined in domainsAllowed it will try to go back to the last allowed page. Related to this is the followLinks option to follow links opened in new tabs or stay with the original tab. [[File:Webdriver domains allowed.png|none|thumb]]
[[File:Webdriver follow link.png|none|thumb]]
 

===SUT clickable elements (clickableClasses)===
While the webdriver tries to find all clickable elements on the page via the onclick attribute or eventlistener, this is not sufficient for certain web frameworks that use global eventlisteners. Global eventListeners use class attributes to determine the required actions when the element is clicked. The protocol allows the tester to add these attributes to clickableClasses.
 
[[File:Webdriver clickable classes.png|none|thumb]]

===SUT denied extensions (deniedExtensions)===
Because the webdriver is dependent on the use of the (Javascript) web extension, it fails when the browser encounters PDFs or images. With the deniedExtensions option the testar can deny these URLs.
 [[File:Webdriver denied extensions.png|none|thumb]]
 

===SUT login (login)===
The login, username and password pairs allow TESTAR to automatically login on websites that need authentication. The first pair consists of the URL with the login and the id of the FORM. The next 2 items should contain the ids of the input fields with their credential values. 
[[File:Webdriver login form.png|none|thumb]]
 

===SUT policy popups (policyAttributes)===
The last configurable item, policyAttributes, is a list of attribute names and values. When the deriveAction method finds all these name-value pairs on an element, a click action is forced. This is used to automate the removal of annoying policy popups. 
[[File:Webdriver policy popups.png|none|thumb]]

How to set TESTAR with Webdriver protocol

2019-09-15T18:52:25Z

Fernando: Insert webdriver protocol images

File:Webdriver policy popups.png

2019-09-15T18:51:48Z

Fernando:

Screenshot of webdriver click policy popups configuration

File:Webdriver login form.png

2019-09-15T18:51:08Z

Fernando:

Screenshot of webdriver login configuration

File:Webdriver denied extensions.png

2019-09-15T18:49:53Z

Fernando:

Screenshot of webdriver denied extensions configuration

File:Webdriver clickable classes.png

2019-09-15T18:48:55Z

Fernando:

Screenshot of webdriver clickable elements configuration

File:Webdriver follow link.png

2019-09-15T18:46:11Z

Fernando:

Screenshot of webdriver follow link option

How to set TESTAR with Webdriver protocol

2019-09-15T18:43:52Z

Fernando: Update Webdriver protocol web page

File:Webdriver domains allowed.png

2019-09-15T18:42:33Z

Fernando:

Screenshot of Webdriver Protocol, domains allowed

How to set TESTAR with different SUT

2019-09-15T17:59:51Z

Fernando: Add webdriver protocol

Here we are going to describe the different TESTAR options to connect with the desired application to test, also called System Under Test (SUT). Moreover, to choose the best option, we need to understand how the SUT is running into the environment.

==TESTAR main version==
TESTAR main version offers three different options to connect with the SUT.

====COMMAND_LINE====

*Prerequisites (SUT is not yet running)

This configuration mode consists of indicate the location of an executable file, execute them according to the type of the file (application.exe, java -jar application.jar, etc...). Then TESTAR, after launching the SUT, will connect with the process of the current application to test.

Example:

#Selecting "C:\\Windows\\System32\\notepad.exe" like SUT, TESTAR will execute this file and connect with the main process.

 

*Additional: Finish TESTAR will close the SUT

 
====SUT_WINDOWS_TITLE====

*Prerequisites (SUT is running)
*The GUI windows of the SUT must be in the foreground; otherwise, TESTAR will not be able to find it.

This configuration mode consists of indicating a String that matches with the Title of the running GUI window that we desire to test.

Applications that are under execution into Windows OS, have a windows handle identifier that represents the container of the GUI, this one descends from the Windows Desktop environment. TESTAR can obtain a list of the current windows containers in the foreground that are currently running on Windows OS, and use the Windows Accessibility API to obtain the Title of these differents containers/windows.

When TESTAR finds a running windows in the foreground with the introduced Title, TESTAR will return their process has a SUT.

Examples:

#Windows Notepad application is running with a non saved document. Into the top of the GUI windows the Title contains "Untitled", so we can use this String as a Title match.
#We opened a document called "Shopping list", the we can use "Shopping" as a Title match.

 

*Additional: Finish TESTAR will NOT close the SUT

 
====SUT_PROCESS_NAME====

*Prerequisites (SUT is running)

This configuration mode consists of indicating a String that matches with the process name of the desired SUT to test.

TESTAR will take a list of the current processes running in the environment, then, using the String process name, TESTAR will try to find a match between all the name processes and the one entered by the user.

TESTAR instantly return a process as a SUT when it finds a match with one process, this means that the process name must be unique to avoid interactions with NON desired processes. 

Example:

# We have Windows Notepad (notepad.exe) and Notepad++ (notepad++.exe) applications running in our environment., and we configure TESTAR with a SUT_PROCESS_NAME connection and we indicate the process name as "notepad".

Both applications match with the String "notepad", so TESTAR will return the first process that matches as SUT.
 

*Additional: Finish TESTAR will NOT close the SUT

 
==TESTAR WebDriver version==
TESTAR WebDriver offers an additional option to connect to the desired SUT using the Selenium webdrivers.

====WEB_DRIVER====

* Download Selenium Webdriver (https://chromedriver.chromium.org/downloads)
* Prerequisites (SUT is not yet running)

This configuration mode consists of indicating the location of the downloaded Selenium Webdriver and the URL of the desired web page to test. In the Webdriver protocol (use the "Edit protocol" button) we will need to customize the test domain of TESTAR executions, or disable this feature.

Chrome browser will open with the selected web page and the webdriver will begin to act as a GUI API that allows TESTAR to detect all widgets of the DOM and perform actions on these widgets.

Example:

# We select the location of the Webdriver "C:\\Windows\\chromedriver.exe" and the web page that will act as SUT "https:\\www.ou.nl". TESTAR will open the Chrome browser and execute the selected mode.

 

* Additional: Finish TESTAR will close the SUT

This protocol has some interesting advanced configuration options that the user must know to improve the use of TESTAR. In this link we show more advanced details about this configuration: [[How to set TESTAR with Webdriver protocol]] 

==How is running the SUT?==
 

==Special/Particular applications==

=====Windows 10 applications (Example Windows 10 Calculator)=====

=====Java applications launched under .exe file=====

=====Multi processes applications=====

How to set TESTAR with Webdriver protocol

2019-09-15T17:26:21Z

Fernando: create webdriver page

TESTAR WebDriver version

TESTAR WebDriver offers an additional option to connect to the desired SUT using the Selenium webdrivers.

WEB_DRIVER

How to set TESTAR with different SUT

2019-09-13T12:10:51Z

Fernando: Add information into How to set TESTAR and SUT

Here we are going to describe the different TESTAR options to connect with the desired application to test, also called System Under Test (SUT). Moreover, to choose the best option, we need to understand how the SUT is running into the environment.

==TESTAR main version==
TESTAR main version offers three different options to connect with the SUT.

====COMMAND_LINE====

* Prerequisites (SUT is not yet running)

This configuration mode consists of indicate the location of an executable file, execute them according to the type of the file (application.exe, java -jar application.jar, etc...). Then TESTAR, after launching the SUT, will connect with the process of the current application to test.

Example:

# Selecting "C:\\Windows\\System32\\notepad.exe" like SUT, TESTAR will execute this file and connect with the main process.

 

* Additional: Finish TESTAR will close the SUT

 
====SUT_WINDOWS_TITLE====

* Prerequisites (SUT is running)
* The GUI windows of the SUT must be in the foreground; otherwise, TESTAR will not be able to find it.

This configuration mode consists of indicating a String that matches with the Title of the running GUI window that we desire to test.

Applications that are under execution into Windows OS, have a windows handle identifier that represents the container of the GUI, this one descends from the Windows Desktop environment. TESTAR can obtain a list of the current windows containers in the foreground that are currently running on Windows OS, and use the Windows Accessibility API to obtain the Title of these differents containers/windows.

When TESTAR finds a running windows in the foreground with the introduced Title, TESTAR will return their process has a SUT.

Examples:

# Windows Notepad application is running with a non saved document. Into the top of the GUI windows the Title contains "Untitled", so we can use this String as a Title match.
# We opened a document called "Shopping list", the we can use "Shopping" as a Title match.

 

* Additional: Finish TESTAR will NOT close the SUT

 
====SUT_PROCESS_NAME====

* Prerequisites (SUT is running)

This configuration mode consists of indicating a String that matches with the process name of the desired SUT to test.

TESTAR will take a list of the current processes running in the environment, then, using the String process name, TESTAR will try to find a match between all the name processes and the one entered by the user.

TESTAR instantly return a process as a SUT when it finds a match with one process, this means that the process name must be unique to avoid interactions with NON desired processes. 

Example:

We have Windows Notepad (notepad.exe) and Notepad++ (notepad++.exe) applications running in our environment., and we configure TESTAR with a SUT_PROCESS_NAME connection and we indicate the process name as "notepad".

Both applications match with the String "notepad", so TESTAR will return the first process that matches as SUT.
 

* Additional: Finish TESTAR will NOT close the SUT

 
==TESTAR WebDriver version==
TESTAR WebDriver offers an additional option to connect to the desired SUT using the Selenium webdrivers.

====WEB_DRIVER====
 

==How is running the SUT?==
 

== Special/Particular applications ==

===== Windows 10 applications (Example Windows 10 Calculator) =====

===== Java applications launched under .exe file =====

===== Multi processes applications =====

Main Page

2019-08-27T10:35:44Z

Fernando: Add link from: Main page, to: How to set TESTAR/SUT

TESTAR

On this wiki we will describe how to install and use Testar. '''''If you want/need an account to contribute please send an e-mail to wiki@testar.org''' (Consult the [https://www.mediawiki.org/wiki/Special:MyLanguage/Help:Contents User's Guide] for information on using the wiki software.)''

__TOC__

==Automated testing at the Graphical User Interface Level== 

GUI Testing is a testing technique where one tests the System Under Test (SUT) solely through its Graphical User Interface (GUI). The only way to find errors is to thoroughly observe the status of the GUI throughout the test. This type of testing is usually still carried out manually, where a tester just follows a previously written test case and verifies whether the application responds to all inputs as expected.

On the one hand GUI testing is a relatively straightforward process, since one does not need to read or test the source code of the SUT. On the other hand it is quite laborious, time consuming and, well... boring...

Approaches for automation of GUI testing are for example Capture & Replay or Visual Testing. These approaches use test scripts to automate the steps of each test case. These type of tests, whether manual or automated through scripts, test the sunny day use cases and mostly follow the happy paths. But what about the less sunny test scenarios? Those scenarios executed by the rogue user?

==TESTAR==
TESTAR is an open source tool for automated testing through GUI<ref>paper</ref>. It automatically interacts with the SUT by clicking and typing on the controls of the GUI. It is able to recognize abnormal SUT behaviour, such as crashing or freezing. Moreover, you can add application specific test oracles that are able to detect domain specific faults. TESTAR reports test sequences that lead to failure.

===Virtual Environment===

We have a [[Virtual environment]] at the UPV in Valencia.

===Github open source community===

===How to get started (handson manual)===
There exists a hands-on manual that will permit you to get started with automation of GUI testing using TESTAR. You can always get the latest version of this manual here:

[https://testar.org/download/ TESTAR download the hands-on manual]

In the manual it is explained how to get started with the latest version and a [[virtual machine]].

==FAQ==

===java.lang.RuntimeException: JDK required (running inside of JRE)===

If you get this error this means that your JAVA_HOME path does not point correctly to the installation path for the Java Development Kit.. To set your JAVA_HOME look for example here:

https://stackoverflow.com/questions/2619584/how-to-set-java-home-on-windows-7

===Which platforms are supported?===

The TESTAR binaries that are downloaded currently supports Windows. We have older versions that work with MacOS, Linux and Android.

===What is required from the System Under Test (SUT)?===

Not much, just that the application respects the accesibility API of the underlying Operating System. For web applications you can use the WebDriver.

===How to set TESTAR with different SUT?===
TESTAR main version offers three options to connect with the SUT. Depending on the application that acts as SUT and the way we want to interact with it, we must choose one or the other.

TESTAR WebDriver version also includes an additional option to connect to the desired SUT using the Selenium webdrivers.
 [[How to set TESTAR with different SUT]]
===How is TESTAR licensed?===

TESTAR is distributed FREE of charge as an open source project under the BSD3 license

==Publications==

===From other people using TESTAR===

*Mauro Pezzè, Paolo Rondena, and Daniele Zuddas. 2018. Automatic GUI testing of desktop applications: an empirical assessment of the state of the art. In Companion Proceedings for the ISSTA/ECOOP 2018 Workshops (ISSTA '18). ACM, New York, NY, USA, 54-62. DOI: https://doi.org/10.1145/3236454.3236489 (https://dl.acm.org/citation.cfm?id=3236489)
<references />

How to set TESTAR with different SUT

2019-08-27T10:32:28Z

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2019-08-27T10:00:21Z

Fernando: /* FAQ, How to set TESTAR with SUT */

TESTAR

On this wiki we will describe how to install and use Testar. '''''If you want/need an account to contribute please send an e-mail to wiki@testar.org''' (Consult the [https://www.mediawiki.org/wiki/Special:MyLanguage/Help:Contents User's Guide] for information on using the wiki software.)''

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==Automated testing at the Graphical User Interface Level== 

GUI Testing is a testing technique where one tests the System Under Test (SUT) solely through its Graphical User Interface (GUI). The only way to find errors is to thoroughly observe the status of the GUI throughout the test. This type of testing is usually still carried out manually, where a tester just follows a previously written test case and verifies whether the application responds to all inputs as expected.

On the one hand GUI testing is a relatively straightforward process, since one does not need to read or test the source code of the SUT. On the other hand it is quite laborious, time consuming and, well... boring...

Approaches for automation of GUI testing are for example Capture & Replay or Visual Testing. These approaches use test scripts to automate the steps of each test case. These type of tests, whether manual or automated through scripts, test the sunny day use cases and mostly follow the happy paths. But what about the less sunny test scenarios? Those scenarios executed by the rogue user?

==TESTAR==
TESTAR is an open source tool for automated testing through GUI<ref>paper</ref>. It automatically interacts with the SUT by clicking and typing on the controls of the GUI. It is able to recognize abnormal SUT behaviour, such as crashing or freezing. Moreover, you can add application specific test oracles that are able to detect domain specific faults. TESTAR reports test sequences that lead to failure.

===Virtual Environment===

We have a [[Virtual environment]] at the UPV in Valencia.

===Github open source community===

===How to get started (handson manual)===
There exists a hands-on manual that will permit you to get started with automation of GUI testing using TESTAR. You can always get the latest version of this manual here:

[https://testar.org/download/ TESTAR download the hands-on manual]

In the manual it is explained how to get started with the latest version and a [[virtual machine]].

==FAQ==

===java.lang.RuntimeException: JDK required (running inside of JRE)===

If you get this error this means that your JAVA_HOME path does not point correctly to the installation path for the Java Development Kit.. To set your JAVA_HOME look for example here:

https://stackoverflow.com/questions/2619584/how-to-set-java-home-on-windows-7

===Which platforms are supported?===

The TESTAR binaries that are downloaded currently supports Windows. We have older versions that work with MacOS, Linux and Android.

===What is required from the System Under Test (SUT)?===

Not much, just that the application respects the accesibility API of the underlying Operating System. For web applications you can use the WebDriver.

=== How to set TESTAR with different SUT? ===
TESTAR main version offers three options to connect with the SUT. Depending on the application that acts as SUT and the way we want to interact with it, we must choose one or the other.

TESTAR WebDriver version also includes an additional option to connect to the desired SUT using the Selenium webdrivers.
 
===How is TESTAR licensed?===

TESTAR is distributed FREE of charge as an open source project under the BSD3 license

==Publications==

===From other people using TESTAR===

*Mauro Pezzè, Paolo Rondena, and Daniele Zuddas. 2018. Automatic GUI testing of desktop applications: an empirical assessment of the state of the art. In Companion Proceedings for the ISSTA/ECOOP 2018 Workshops (ISSTA '18). ACM, New York, NY, USA, 54-62. DOI: https://doi.org/10.1145/3236454.3236489 (https://dl.acm.org/citation.cfm?id=3236489)
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