BeforeEach(func() {
database = &fake_db.FakeDB{}
stats = &fake_statsd.FakePartialStatsdClient{}
tickChan = make(chan time.Time, 1)
reporter = NewMetricsReporter(database, stats, &time.Ticker{C: tickChan})
sigChan = make(chan os.Signal, 1)
readyChan = make(chan struct{}, 1)
resultsChan = make(chan storeadapter.WatchEvent, 1)
tcpResultsChan = make(chan storeadapter.WatchEvent, 1)
database.WatchRouteChangesStub = func(filter string) (<-chan storeadapter.WatchEvent, chan<- bool, <-chan error) {
if filter == db.HTTP_ROUTE_BASE_KEY {
return resultsChan, nil, nil
} else {
return tcpResultsChan, nil, nil
}
}
database.ReadRoutesReturns([]db.Route{
db.Route{},
db.Route{},
db.Route{},
db.Route{},
db.Route{},
}, nil)
database.ReadTcpRouteMappingsReturns([]db.TcpRouteMapping{
db.TcpRouteMapping{},
db.TcpRouteMapping{},
db.TcpRouteMapping{},
BeforeEach(func() {
database = &fake_db.FakeDB{}
stats = &fake_statsd.FakePartialStatsdClient{}
tickChan = make(chan time.Time, 1)
reporter = NewMetricsReporter(database, stats, &time.Ticker{C: tickChan})
sigChan = make(chan os.Signal, 1)
readyChan = make(chan struct{}, 1)
resultsChan = make(chan db.Event, 1)
tcpResultsChan = make(chan db.Event, 1)
database.WatchRouteChangesStub = func(filter string) (<-chan db.Event, <-chan error, context.CancelFunc) {
if filter == db.HTTP_ROUTE_BASE_KEY {
return resultsChan, nil, nil
} else {
return tcpResultsChan, nil, nil
}
}
database.ReadRoutesReturns([]models.Route{
models.Route{},
models.Route{},
models.Route{},
models.Route{},
models.Route{},
}, nil)
database.ReadTcpRouteMappingsReturns([]models.TcpRouteMapping{
models.TcpRouteMapping{},
models.TcpRouteMapping{},
models.TcpRouteMapping{},