func TestSmurfProcessor(t *testing.T) {
//log.Println("runtime.GOMAXPROCS(16)", runtime.GOMAXPROCS(16))
test_utils.DropAllCollections()
const (
pete = "pete"
joe = "joe"
)
// add some products in status a
smurfOrders := map[string]int{
pete: 1000,
joe: 2000,
}
numberOfOrders := 0
for smurf, smurfOrderCount := range smurfOrders {
for i := 0; i < smurfOrderCount; i++ {
mock.MakeMockOrder(smurf)
numberOfOrders++
if numberOfOrders%100 == 0 {
log.Println(smurf, numberOfOrders)
}
}
}
log.Println("done writing orders")
maxConcurrency := 16
queue := queue.NewQueue()
joeProcessor := examples.NewSmurfProcessor()
joeProcessor.SetQuery(&bson.M{"custom.responsiblesmurf": joe})
joeProcessor.SetMaxConcurrency(maxConcurrency)
joeProcessor.SetJobsAssigned(smurfOrders[joe])
peteProcessor := examples.NewSmurfProcessor()
peteProcessor.SetQuery(&bson.M{"custom.responsiblesmurf": pete})
peteProcessor.SetMaxConcurrency(maxConcurrency)
peteProcessor.SetJobsAssigned(smurfOrders[pete])
queue.AddProcessor(joeProcessor)
queue.AddProcessor(peteProcessor)
queue.Start()
fmt.Println("number of orders:", numberOfOrders, ", processed by joe:", joeProcessor.CountProcessed, ", processed by pete:", peteProcessor.CountProcessed)
// Output: number of orders: 300 , processed by joe: 2000 , processed by pete: 1000
if numberOfOrders != smurfOrders["pete"]+smurfOrders["joe"] || joeProcessor.CountProcessed != smurfOrders["joe"] || peteProcessor.CountProcessed != smurfOrders["pete"] {
t.Fatal("number of orders:", numberOfOrders, ", processed by joe:", joeProcessor.CountProcessed, ", processed by pete:", peteProcessor.CountProcessed)
}
}
func GetMockQueue() *queue.Queue {
return queue.NewQueue()
}
