alice-lg/backend/neighbours_store_test.go
2018-12-09 17:31:02 +01:00

161 lines
3.2 KiB
Go

package main
import (
"github.com/alice-lg/alice-lg/backend/api"
"sort"
"testing"
)
/*
Start the global neighbours store,
because the route store in the tests have
this as a dependency.
*/
func startTestNeighboursStore() {
store := makeTestNeighboursStore()
AliceNeighboursStore = store
}
/*
Make a store and populate it with data
*/
func makeTestNeighboursStore() *NeighboursStore {
// Populate neighbours
rs1 := NeighboursIndex{
"ID2233_AS2342": &api.Neighbour{
Id: "ID2233_AS2342",
Description: "PEER AS2342 192.9.23.42 Customer Peer 1",
},
"ID2233_AS2343": &api.Neighbour{
Id: "ID2233_AS2343",
Description: "PEER AS2343 192.9.23.43 Different Peer 1",
},
"ID2233_AS2344": &api.Neighbour{
Id: "ID2233_AS2344",
Description: "PEER AS2344 192.9.23.44 3rd Peer from the sun",
},
}
rs2 := NeighboursIndex{
"ID2233_AS2342": &api.Neighbour{
Id: "ID2233_AS2342",
Description: "PEER AS2342 192.9.23.42 Customer Peer 1",
},
"ID2233_AS4223": &api.Neighbour{
Id: "ID2233_AS4223",
Description: "PEER AS4223 192.9.42.23 Cloudfoo Inc.",
},
}
// Create store
store := &NeighboursStore{
neighboursMap: map[string]NeighboursIndex{
"rs1": rs1,
"rs2": rs2,
},
statusMap: map[string]StoreStatus{
"rs1": StoreStatus{
State: STATE_READY,
},
"rs2": StoreStatus{
State: STATE_INIT,
},
},
}
return store
}
func TestGetSourceState(t *testing.T) {
store := makeTestNeighboursStore()
if store.SourceState("rs1") != STATE_READY {
t.Error("Expected Source(1) to be STATE_READY")
}
if store.SourceState("rs2") == STATE_READY {
t.Error("Expected Source(2) to be NOT STATE_READY")
}
}
func TestGetNeighbourAt(t *testing.T) {
store := makeTestNeighboursStore()
neighbour := store.GetNeighbourAt("rs1", "ID2233_AS2343")
if neighbour.Id != "ID2233_AS2343" {
t.Error("Expected another peer in GetNeighbourAt")
}
}
func TestGetNeighbors(t *testing.T) {
store := makeTestNeighboursStore()
neighbors := store.GetNeighborsAt("rs2")
if len(neighbors) != 2 {
t.Error("Expected 2 neighbors, got:", len(neighbors))
}
sort.Sort(neighbors)
if neighbors[0].Id != "ID2233_AS2342" {
t.Error("Expected neighbor: ID2233_AS2342, got:",
neighbors[0])
}
neighbors = store.GetNeighborsAt("rs3")
if len(neighbors) != 0 {
t.Error("Unknown source should have yielded zero results")
}
}
func TestNeighbourLookupAt(t *testing.T) {
store := makeTestNeighboursStore()
expected := []string{
"ID2233_AS2342",
"ID2233_AS2343",
}
neighbours := store.LookupNeighboursAt("rs1", "peer 1")
// Make index
index := NeighboursIndex{}
for _, n := range neighbours {
index[n.Id] = n
}
for _, id := range expected {
_, ok := index[id]
if !ok {
t.Error("Expected", id, "to be in result set")
}
}
}
func TestNeighbourLookup(t *testing.T) {
store := makeTestNeighboursStore()
// First result set: "Peer 1"
_ = store
results := store.LookupNeighbours("Cloudfoo")
// Peer should be present at RS2
neighbours, ok := results["rs2"]
if !ok {
t.Error("Lookup on rs2 unsuccessful.")
}
if len(neighbours) > 1 {
t.Error("Lookup should match exact 1 peer.")
}
n := neighbours[0]
if n.Id != "ID2233_AS4223" {
t.Error("Wrong peer in lookup response")
}
}