Creating Device configuration snippets
[CREATED] dut_r1: initial,routing,ospf,tunnel.wireguard
[CREATED] dut_r2: initial,routing,ospf,tunnel.wireguard
[CREATED] core: initial
[CREATED] r3: initial,routing,ospf
Config Deploying device configurations
 [INFO] Executing initial configuration for node dut_r1
 [INFO] Executing initial configuration for node dut_r2
 [INFO] Executing initial configuration for node core
 [INFO] Executing initial configuration for node r3
 [INFO] Executing routing configuration for node dut_r2
 [INFO] Executing routing configuration for node dut_r1
 [INFO] Executing ospf configuration for node dut_r2
 [INFO] Executing ospf configuration for node dut_r1
 [INFO] Executing tunnel.wireguard configuration for node dut_r2
 [INFO] Executing tunnel.wireguard configuration for node dut_r1
 [INFO] Executing routing configuration for node r3
 [INFO] Executing ospf configuration for node r3

Results of configuration script deployments
================================================================================
dut_r1           Script:  initial,routing,ospf,tunnel.wireguard
dut_r2           Script:  initial,routing,ospf,tunnel.wireguard
core             Script:  initial
r3               Script:  initial,routing,ospf


Test dual-stack WireGuard tunnels. The two tested devices have a WireGuard
tunnel carrying both IPv4 and IPv6 and run OSPFv2 and OSPFv3 over it. The
probe should receive the routes advertised from the remote device (DUT_R1)
and be able to ping its loopback over both address families.