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cron_test.go
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cron_test.go
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package robin
import (
"testing"
"time"
)
func TestEvery(t *testing.T) {
tests := []struct {
name string
}{
{"TestEvery"},
}
for _, tt := range tests {
t.Run(tt.name, func(t *testing.T) {
monday := EveryMonday().At(0, 0, 0).Do(func(s string) { t.Logf("s:%v", s) }, "Monday")
tuesday := EveryTuesday().At(0, 0, 0).Do(func(s string) { t.Logf("s:%v", s) }, "Tuesday")
wednesday := EveryWednesday().At(0, 0, 0).Do(func(s string) { t.Logf("s:%v", s) }, "Wednesday")
thursday := EveryThursday().At(0, 0, 0).Do(func(s string) { t.Logf("s:%v", s) }, "Thursday")
friday := EveryFriday().At(0, 0, 0).Do(func(s string) { t.Logf("s:%v", s) }, "Friday")
saturday := EverySaturday().At(0, 0, 0).Do(func(s string) { t.Logf("s:%v", s) }, "Saturday")
sunday := EverySunday().At(0, 0, 0).Do(func(s string) { t.Logf("s:%v", s) }, "Sunday")
milliSeconds := Every(55).Milliseconds().Do(func(s string) { t.Logf("s:%v", s) }, "Milliseconds")
seconds := Every(1).Seconds().Do(func(s string) { t.Logf("s:%v", s) }, "Seconds")
minutes := Every(1).Minutes().Do(func(s string) { t.Logf("s:%v", s) }, "Minutes")
hours := Every(2).Hours().Do(func(s string) { t.Logf("s:%v", s) }, "Hours")
days := Every(1).Days().At(0, 0, 0).Do(func(s string) { t.Logf("s:%v", s) }, "Days")
rightNow := RightNow().Do(func(s string) { t.Logf("s:%v", s) }, "RightNow")
after := Every(60).Milliseconds().AfterExecuteTask().Do(func(s string) { t.Logf("s:%v", s) }, "After")
before := Every(60).Milliseconds().BeforeExecuteTask().Do(func(s string) { t.Logf("s:%v", s) }, "Before")
timeout := time.NewTimer(time.Duration(1000) * time.Millisecond)
select {
case <-timeout.C:
}
monday.Dispose()
tuesday.Dispose()
wednesday.Dispose()
thursday.Dispose()
friday.Dispose()
saturday.Dispose()
sunday.Dispose()
milliSeconds.Dispose()
seconds.Dispose()
minutes.Dispose()
hours.Dispose()
days.Dispose()
rightNow.Dispose()
after.Dispose()
before.Dispose()
Every(2).Days().Do(func(s string) { t.Logf("s:%v", s) }, "Days")
Every(2).Days().At(0, 1, 2).Do(func(s string) { t.Logf("s:%v", s) }, "Days")
hh := time.Now().Hour()
mm := time.Now().Minute()
ss := time.Now().Second()
t.Logf("now:%v:%v:%v", hh, mm, ss)
Every(200).Milliseconds().Times(3).Do(func(s string) { t.Logf("s:%v", s) }, "every 200 Milliseconds times 3")
h := Every(1200).Milliseconds().Do(func(s string) { t.Logf("s:%v", s) }, "every 3 Seconds")
everyOneSecondDispose := Every(1).Seconds().Do(func(s string) {
t.Logf("s:%v", s)
h.Dispose()
}, "h.Dispose")
everyOneSecond := Every(1).Seconds().Do(func(s string) { t.Logf("s:%v", s) }, "every 1 Seconds")
everySecondSecond := Every(2).Seconds().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "every 2 Seconds")
Every(1).Minutes().Do(func(s string) { t.Logf("s:%v", s) }, "every 1 Minutes")
Every(1).Minutes().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "every 1 Minutes")
Every(2).Minutes().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "every 2 Minutes")
Every(1).Hours().Do(func(s string) { t.Logf("s:%v", s) }, "every 1 Hours")
Every(1).Hours().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "every 1 Hours")
Every(2).Hours().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "every 2 Hours")
Everyday().Do(func(s string) { t.Logf("s:%v", s) }, "Everyday")
Everyday().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "Everyday")
Every(1).Days().Do(func(s string) { t.Logf("s:%v", s) }, "every 1 Days")
Every(1).Days().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "every 1 Days")
Every(2).Days().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "every 2 Days")
EveryMonday().Do(func(s string) { t.Logf("s:%v", s) }, "Monday")
EveryMonday().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "Monday")
EveryTuesday().Do(func(s string) { t.Logf("s:%v", s) }, "Tuesday")
EveryTuesday().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "Tuesday")
EveryWednesday().Do(func(s string) { t.Logf("s:%v", s) }, "Wednesday")
EveryWednesday().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "Wednesday")
EveryThursday().Do(func(s string) { t.Logf("s:%v", s) }, "Thursday")
EveryThursday().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "Thursday")
EveryFriday().Do(func(s string) { t.Logf("s:%v", s) }, "Friday")
EveryFriday().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "Friday")
EverySaturday().Do(func(s string) { t.Logf("s:%v", s) }, "Saturday")
EverySaturday().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "Saturday")
EverySunday().Do(func(s string) { t.Logf("s:%v", s) }, "Sunday")
EverySunday().At(hh, mm, ss+1).Do(func(s string) { t.Logf("s:%v", s) }, "Sunday")
timeout.Reset(time.Duration(2500) * time.Millisecond)
select {
case <-timeout.C:
}
everyOneSecondDispose.Dispose()
everyOneSecond.Dispose()
everySecondSecond.Dispose()
})
}
}
func TestDelay(t *testing.T) {
tests := []struct {
name string
}{
{"TestDelay"},
}
for _, tt := range tests {
t.Run(tt.name, func(t *testing.T) {
RightNow().Times(3).Do(func(s string) { t.Logf("s:%v", s) }, "RightNow time 3")
RightNow().Do(func(s string) { t.Logf("s:%v", s) }, "RightNow")
Delay(5).Milliseconds().Do(func(s string) { t.Logf("s:%v", s) }, "Milliseconds")
Delay(50).Seconds().Do(func(s string) { t.Logf("s:%v", s) }, "Seconds")
Delay(50).Minutes().Do(func(s string) { t.Logf("s:%v", s) }, "Minutes")
Delay(50).Hours().Do(func(s string) { t.Logf("s:%v", s) }, "Hours")
Delay(50).Days().Do(func(s string) { t.Logf("s:%v", s) }, "Days")
unixMillisecond := time.Now().UnixNano() / int64(time.Millisecond)
Delay(10).Milliseconds().Do(func(s string, pervUnixMillisecond int64) {
unixMillisecond := time.Now().UnixNano() / int64(time.Millisecond)
diffTime := unixMillisecond - pervUnixMillisecond
t.Logf("s:%v diff:%d", s, diffTime)
if diffTime < 10 {
t.Errorf("delay time got = %v, want >= 10", diffTime)
}
Delay(20).Milliseconds().Do(func(s string, pervUnixMillisecond int64) {
unixMillisecond := time.Now().UnixNano() / int64(time.Millisecond)
diffTime := unixMillisecond - pervUnixMillisecond
t.Logf("s:%v diff:%d", s, diffTime)
if diffTime < 20 {
t.Errorf("delay time got = %v, want >= 20", diffTime)
}
Delay(30).Milliseconds().Do(func(s string, pervUnixMillisecond int64) {
unixMillisecond := time.Now().UnixNano() / int64(time.Millisecond)
diffTime := unixMillisecond - pervUnixMillisecond
t.Logf("s:%v diff:%d", s, diffTime)
if diffTime < 30 {
t.Errorf("delay time got = %v, want >= 30", diffTime)
}
Delay(40).Milliseconds().Do(func(s string, pervUnixMillisecond int64) {
unixMillisecond := time.Now().UnixNano() / int64(time.Millisecond)
diffTime := unixMillisecond - pervUnixMillisecond
t.Logf("s:%v diff:%d", s, diffTime)
if diffTime < 40 {
t.Errorf("delay time got = %v, want >= 40", diffTime)
}
}, "Milliseconds 40", unixMillisecond)
}, "Milliseconds 30", unixMillisecond)
}, "Milliseconds 20", unixMillisecond)
}, "Milliseconds 10", unixMillisecond)
timeout := time.NewTimer(time.Duration(2500) * time.Millisecond)
select {
case <-timeout.C:
}
})
}
}
func TestAbs(t *testing.T) {
type args struct {
a int
}
tests := []struct {
name string
args args
want int
}{
{"Test_Abs_1", args{a: 1}, 1},
{"Test_Abs_2", args{a: -1}, 1},
{"Test_Abs_3", args{a: -123}, 123},
}
for _, tt := range tests {
t.Run(tt.name, func(t *testing.T) {
if got := Abs(tt.args.a); got != tt.want {
t.Errorf("Abs() = %v, want %v", got, tt.want)
}
})
}
}