Sal-test scenarios : gateways

[Dinaamagdy]

creation

Scenario 1

test001_create_gateways_with_same_name():

SAL-GW-000 Test case for creaion gateways with same name. Test Scenario:

• Create gateway[GW1], should succeed.
• Create gateway [GW2] with same name as [GW1] ,should fail

Scenario 2

test002_destroy_gateway():

SAL-GW-000 Test case for destroy gateway. Test Scenario:

• Create gateway[GW1], should succeed.
• Destroy gateway[GW1], should succeed.
• Destroy GW1 again, should fail.

Scenario1:

test001_deploy_gw_without_public_netowrk():

SAL-GW-000 Test case for deploying gateway without public network . Test Scenario:

• Create gateway[GW], should succeed.
• Deploy the gateway[GW], should fail with gateway should have at least one public network.
  • Attach network and set network.public false.
• Deploy the gateway[GW], should fail with gateway should have at least one public network.

network

Scenario 1

Scenario1:

test001_deploy_gw_without_public_netowrk():

SAL-GW-000 Test case for deploying gateway without public network . Test Scenario:

• Create gateway[GW], should succeed.
• Deploy the gateway[GW], should fail with gateway should have at least one public network.
  • Attach network and set network.public false.
• Deploy the gateway[GW], should fail with gateway should have at least one public network.

Scenario2:

test002_deploy_gw_with_default_public_netowrk():

SAL-GW-000 Test case for deploying gateway with default public network . Test Scenario:

• Create gateway[GW], should succeed.
• Attach default network to [GW] , should succeed.
• Deploy [GW] without set network public to True, should fail with gateway should have at least one public network.
• Deploy the gateway[GW] after set network public to True, should succeed.

Scenario3:

test003_deploy_gws_with_default_netowrk():

SAL-GW-000 Test case for deploying more than one gateway with default public network . Test Scenario:

• Create gateways[GW1],[GW2], should succeed.
• Attach default network to [GW1] and set network public to True .
  • Deploy [GW1], should succeed
  • Attach default network to [GW2] and set network public to True .
  • Deploy [GW2], should fail as we can create only one gateway with type defaulgt public network.

Scenario 4:

@paramatize [vlan-vxlan]

def test004_create_gateway_with_bridge_vlan_and_vxlan_vm(type):

SAL-GW-000 Test case for deploying gateways with bridge and vlan network.
Test Scenario:

• Create bridge [B1]and add right nic to it , should succeed.
• Create gateway with bridge as public network and vlan as private network , should succeeed .
• Adding a vm[vm1] host to gateway private network , should succeed.
• Check that vm1 has public access.

Scenario 5:

def test005_create_gateway_portforwards():

SAL-GW-000 Test Scenario:

• Create bridge(B0) , should succeed.
• Create gateway with bridge as public network and vlan as private network , should succeeed .
• Set a portforward from from public network to to private, should succeed.
• Create one container as a destination host
• Adding a vm[vm1] host to gateway private network , should succeed.
• Try to request a service on vm1 and make sure that u can reach this vm.

Scenario 6:

@paramatize [vlan-vxlan]

def test006_create_gateway_with_passthrough_vlan_and_vxlan_vm(type):

SAL-GW-000 Test case for deploying gateways with passthrough and vlan network.
Test Scenario:

• Create gateway with passthrough as public network and vlan as private network , should succeeed .
• Adding a vm[vm1] host to gateway private network , should succeed.
• Check that vm1 has public access.

Scenario 7:

@paramatize

def test007_create_gateway_with_vlan_and_vxlan_vm():

SAL-GW-000 Test case for deploying gateways with vlan and vxlan networks .
Test Scenario:

• Create gateway with vlan or vxlan as public and private network , should succeeed .\
• Create two vms [vm1][vm2], should succeed.
• Adding a [vm1] and [vm2] host to gateway private network , should succeed.
• Check that vm1 and vm2 can ping each other.

Scenario 8:

def test008_create_gateway_with_zerotier_and_vlan_vm():

SAL-GW-000 Test case for deploying gateways with zerotier and vlan networks .
Test Scenario:

• Create new zerotier network and get it's id.
• Create gateway with public zerotier network by passing zerotier info and vlan private network , should succeeed .
• Adding a new vm t to gateway private network , should succeed.
• Check that vm can access public .

Scenario 9

def test009_create_gateway_with_passthrough_and_zerotier_vm():

SAL-GW-000 Test case for deploying gateways with passthrough and zerotier networks .
Test Scenario:

• Create new zerotier network.
• Create gateway with public passthrough network , should succeed.
• Add zerotier network as private network by pass zerotier client, should succeed.
• Adding a new vm t to gateway private network , should succeed.
• Check that the vm has been join the zerotier network.

need envirnment with public ip like packet machine

Scenario 10

def test010_create_gateway_httpproxy():

SAL-GW-000 Test case for deploying gateways with httpproxy.
Test Scenario:

• Create gateway with public passthrough and private zerotier network , should succeed.
• Create vm[vm1] and run simple server inside it on specific port.
• Adding a new vm t to zerotier gateway private network , should succeed.
• Create domain with node public ip.
  • Add a http proxy with created domain, and vm zerotier ip with server port.
  • Check that you can get https server.

[Dinaamagdy]

start working on

Scenario 7:
@paramatize

def test007_create_gateway_with_vlan_and_vxlan_vm():
SAL-GW-000
*Test case for deploying gateways with vlan and vxlan networks . *
Test Scenario:

Create gateway with vlan or vxlan as public and private network , should succeeed .\
Create two vms [vm1][vm2], should succeed.
Adding a [vm1] and [vm2] host to gateway private network , should succeed.
Check that vm1 and vm2 can ping each other.