/* Basically the same as route_creation_3_to_0: send teststring from 3 to 0 and
* see if a route is established, but this time without any intermediate checks
* (since they seem to avoid breaking behavior that has been seen in the wild)
*/
func main() {
test_name := "route_creation_3_to_0_short"
riot_line := mgmt.Create_clean_setup(test_name)
fmt.Println("Starting test ", test_name)
/* note: the seqnums are *sometimes* != 1 because apparently
* weird RREQs are sent out before the experiment, screwing up the node's seqnum
* and I haven't figured out why yet. So until that mystery is solved
* they are set to aodvv2_test_management.WILDCARD */
orig_seqnum := "\"" + mgmt.WILDCARD + "\""
targ_seqnum := "\"" + mgmt.WILDCARD + "\""
beginning := riot_line[3]
end := riot_line[0]
beginning.Channels.Send(fmt.Sprintf("send %s %s\n", end.Ip, mgmt.Test_string))
/* Now a route should be discovered.....*/
/* check node 3 (aka the beginning) */
beginning.Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_received_rrep, map[string]string{
"Last_hop": riot_line[2].Ip,
"Orig_addr": beginning.Ip,
"Orig_seqnum": orig_seqnum,
"Targ_addr": end.Ip,
"Targ_seqnum": targ_seqnum,
}))
fmt.Println("\nDone.")
}
func main() {
test_name := "route_creation_0_to_3"
riot_line := mgmt.Create_clean_setup(test_name)
fmt.Println("Starting test ", test_name)
beginning := riot_line[0]
end := riot_line[len(riot_line)-1]
beginning.Channels.Send(fmt.Sprintf("send %s %s\n", end.Ip, mgmt.Test_string))
/* Discover route at node 0... */
beginning.Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_sent_rreq, map[string]string{
"Orig_addr": beginning.Ip,
"Targ_addr": end.Ip,
"Orig_seqnum": "1",
"Metric": "0",
}))
/* check node 1 */
riot_line[1].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_received_rreq, map[string]string{
"Last_hop": beginning.Ip,
"Orig_addr": beginning.Ip,
"Targ_addr": end.Ip,
"Orig_seqnum": "1",
"Metric": "0",
}))
riot_line[1].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_added_rt_entry, map[string]string{
"Addr": beginning.Ip,
"Next_hop": beginning.Ip,
"Seqnum": "1",
"Metric": "1",
"State": strconv.Itoa(mgmt.ROUTE_STATE_ACTIVE),
}))
riot_line[1].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_sent_rreq, map[string]string{
"Orig_addr": beginning.Ip,
"Targ_addr": end.Ip,
"Orig_seqnum": "1",
"Metric": "1",
}))
/* check node 2 */
riot_line[2].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_received_rreq, map[string]string{
"Last_hop": riot_line[1].Ip,
"Orig_addr": beginning.Ip,
"Targ_addr": end.Ip,
"Orig_seqnum": "1",
"Metric": "1",
}))
riot_line[2].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_added_rt_entry, map[string]string{
"Addr": beginning.Ip,
"Next_hop": riot_line[1].Ip,
"Seqnum": "1",
"Metric": "2",
"State": strconv.Itoa(mgmt.ROUTE_STATE_ACTIVE),
}))
riot_line[2].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_sent_rreq, map[string]string{
"Orig_addr": beginning.Ip,
"Targ_addr": end.Ip,
"Orig_seqnum": "1",
"Metric": "2",
}))
/* check node 3 (aka the end) */
end.Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_received_rreq, map[string]string{
"Last_hop": riot_line[2].Ip,
"Orig_addr": beginning.Ip,
"Targ_addr": end.Ip,
"Orig_seqnum": "1",
"Metric": "2",
}))
end.Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_added_rt_entry, map[string]string{
"Addr": beginning.Ip,
"Next_hop": riot_line[2].Ip,
"Seqnum": "1",
"Metric": "3",
"State": strconv.Itoa(mgmt.ROUTE_STATE_ACTIVE),
}))
/* And send a RREP back */
end.Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_sent_rrep, map[string]string{
"Next_hop": riot_line[2].Ip,
"Orig_addr": beginning.Ip,
"Orig_seqnum": "1",
"Targ_addr": end.Ip,
}))
/* check node 2 */
/* Targ_seqnum is *sometimes* 2 because apparently
* weird RREQs are sent out before the experiment, screwing up the targaddr seqnum
* and I haven't figured out why yet. So until that mystery is solved
* Targ_seqnum is set to aodvv2_test_management.WILDCARD */
targ_seqnum := "\"" + mgmt.WILDCARD + "\""
riot_line[2].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_received_rrep, map[string]string{
"Last_hop": end.Ip,
"Orig_addr": beginning.Ip,
"Orig_seqnum": "1",
"Targ_addr": end.Ip,
"Targ_seqnum": targ_seqnum,
}))
riot_line[2].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_added_rt_entry, map[string]string{
"Addr": end.Ip,
"Next_hop": end.Ip,
"Seqnum": targ_seqnum,
"Metric": "1",
"State": strconv.Itoa(mgmt.ROUTE_STATE_ACTIVE),
}))
riot_line[2].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_sent_rrep, map[string]string{
"Next_hop": riot_line[1].Ip,
"Orig_addr": beginning.Ip,
"Orig_seqnum": "1",
"Targ_addr": end.Ip,
}))
/* check node 1 */
riot_line[1].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_received_rrep, map[string]string{
"Last_hop": riot_line[2].Ip,
"Orig_addr": beginning.Ip,
"Orig_seqnum": "1",
"Targ_addr": end.Ip,
"Targ_seqnum": targ_seqnum,
}))
riot_line[1].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_added_rt_entry, map[string]string{
"Addr": end.Ip,
"Next_hop": riot_line[2].Ip,
"Seqnum": targ_seqnum,
"Metric": "2",
"State": strconv.Itoa(mgmt.ROUTE_STATE_ACTIVE),
}))
riot_line[1].Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_sent_rrep, map[string]string{
"Next_hop": beginning.Ip,
"Orig_addr": beginning.Ip,
"Orig_seqnum": "1",
"Targ_addr": end.Ip,
}))
/* check node 0 (aka the beginning) */
beginning.Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_received_rrep, map[string]string{
"Last_hop": riot_line[1].Ip,
"Orig_addr": beginning.Ip,
"Orig_seqnum": "1",
"Targ_addr": end.Ip,
"Targ_seqnum": targ_seqnum,
}))
beginning.Channels.Expect_JSON(mgmt.Make_JSON_str(mgmt.Tmpl_added_rt_entry, map[string]string{
"Addr": end.Ip,
"Next_hop": riot_line[1].Ip,
"Seqnum": targ_seqnum,
"Metric": "3",
"State": strconv.Itoa(mgmt.ROUTE_STATE_ACTIVE),
}))
fmt.Println("\nDone.\n")
}