testclock

func (*Clock) Advance ¶

func (st *Clock) Advance(d time.Duration) int

Advance moves the clock forward and returns the number of pending timers that were triggered.

func (*Clock) AdvanceTo ¶

func (st *Clock) AdvanceTo(t time.Time) int

AdvanceTo moves the clock forward to the specific time and returns the number of pending timers that were triggered.

func (*Clock) Block ¶

func (st *Clock) Block(t *testing.T, pendingTimerCount int)

Block waits until there are at least the given count of tickers/timers pending.

func (*Clock) BlockThenAdvance ¶

func (st *Clock) BlockThenAdvance(t *testing.T, pendingTimerCount int, d time.Duration) int

func (*Clock) BlockThenStep ¶

func (st *Clock) BlockThenStep(t *testing.T, pendingTimerCount int) (time.Duration, bool)

func (*Clock) Clock ¶

func (st *Clock) Clock() clock.Clock

Clock returns a clock controlled by the test clock.

func (*Clock) Next ¶

func (st *Clock) Next() time.Duration

Next returns how much time needs to elapse to fire the next pending timer. It returns a negative duration if there are no pending timers.

func (*Clock) Now ¶

func (st *Clock) Now() time.Time

Now provides functionality equivalent to time.Now according to the the test clock.

func (*Clock) Since ¶

func (st *Clock) Since(t time.Time) time.Duration

Since provides functionality equivalent to time.Since according to the the test clock.

func (*Clock) Step ¶

func (st *Clock) Step() (time.Duration, bool)

Step steps the clock far enough to trigger the the next pending timer/ticker. It returns (elapsed,true) if successful or (0, false) if there were no timers/tickers pending. Block can be called first to ensure there is one or more pending timers/tickers.