func TestStatisticSimple(t *testing.T) {
option := options.SysOption{
Statistic: true, StatisticCheckTime: 2}
stat := statistic.NewStatistic(option)
outHandler := func(now time.Time, lines *[]string) {
for _, line := range *lines {
t.Log(line)
}
}
calcSummMethod := func(items *map[string]statistic.StatValueType) {
var sum statistic.StatValueType
if val, exists := (*items)["test1"]; exists {
sum += val
}
if val, exists := (*items)["test2"]; exists {
sum += val
}
(*items)["test3"] = sum
}
rllogger.SetSilent(true)
stat.AddStatisticOutHandler(outHandler)
stat.AddCalcHandler(calcSummMethod)
stat.AddItem("test1", "Test value 1")
stat.AddItem("test2", "Test value 2")
stat.AddItem("test3", "Test value 3")
stat.SendMsg("test2", 10)
stat.SendMsg("test1", 5.5)
time.Sleep(time.Duration(option.StatisticCheckTime+1) * time.Second)
stat.Close()
testData := statistic.TestingData(stat)
items := testData.GetTestingData()
if val, exists := (*items)["test3"]; !exists || val != 15.5 {
t.Error("Calculation problem!")
}
}
func TestStatisticFileSave(t *testing.T) {
option := options.SysOption{
Statistic: true,
StatisticFile: fmt.Sprintf("%s/roolettest.stat.log", os.TempDir()),
StatisticCheckTime: 1}
t.Logf("Statistic file: %s", option.StatisticFile)
stat := statistic.NewStatistic(option)
calcSummMethod := func(items *map[string]statistic.StatValueType) {
var sum statistic.StatValueType
if val, exists := (*items)["test1"]; exists {
sum += val
}
if val, exists := (*items)["test2"]; exists {
sum += val
}
(*items)["test3"] = sum
}
rllogger.SetSilent(true)
stat.AddCalcHandler(calcSummMethod)
stat.AddItem("test1", "Test value 1")
stat.AddItem("test2", "Test value 2")
stat.AddItem("test3", "Test value 3")
stat.SendMsg("test2", 10)
stat.SendMsg("test1", 5.5)
time.Sleep(time.Duration(option.StatisticCheckTime+1) * time.Second)
stat.Close()
if file, err := os.Open(option.StatisticFile); err != nil {
t.Error(err)
} else {
if fi, err := file.Stat(); err != nil {
t.Error(err)
} else {
fSize := fi.Size()
t.Logf("File size: %d", fSize)
if fSize != 81 {
t.Error("Statistic file format changed??")
}
}
file.Close()
os.Remove(option.StatisticFile)
}
}
func TestUnexpectedClosingForAsyncClients(t *testing.T) {
option := options.SysOption{
Statistic: true, StatisticCheckTime: 2}
stat := statistic.NewStatistic(option)
outHandler := func(now time.Time, lines *[]string) {
for _, line := range *lines {
t.Log(line)
}
}
calcSummMethod := func(items *map[string]statistic.StatValueType) {
var sum statistic.StatValueType
if val, exists := (*items)["test1"]; exists {
sum += val
}
if val, exists := (*items)["test2"]; exists {
sum += val
}
(*items)["summ"] = sum
}
calcAvgMethod := func(items *map[string]statistic.StatValueType) {
var sum statistic.StatValueType
if val, exists := (*items)["test1"]; exists {
sum += val
}
if val, exists := (*items)["test2"]; exists {
sum += val
}
(*items)["avg"] = sum / 2.0
}
rllogger.SetSilent(true)
stat.AddStatisticOutHandler(outHandler)
stat.AddCalcHandler(calcSummMethod)
stat.AddCalcHandler(calcAvgMethod)
stat.AddItem("test1", "Test value 1")
stat.AddItem("test2", "Test value 2")
stat.AddItem("count", "count")
stat.AddItem("avg", "avg")
stat.AddItem("summ", "summ")
worker := func(st *statistic.Statistic, n int) {
for i := 0; i < n; i++ {
stat.SendMsg("test2", 1)
stat.SendMsg("test1", 0.1)
stat.SendMsg("test2", 0.1)
stat.SendMsg("test1", 1)
stat.SendMsg("count", 1)
}
}
for index := 0; index <= 64; index++ {
go worker(stat, 4000)
}
time.Sleep(time.Duration(100) * time.Millisecond)
stat.Close()
testData := statistic.TestingData(stat)
items := testData.GetTestingData()
if val, exists := (*items)["count"]; exists && val > 10 {
t.Logf("count = %d", int(val))
} else {
t.Error("some problem")
}
}
