// Creates a circuit breaker that will trip if the function fails 10 times
cb := circuit.NewThresholdBreaker(10)

events := cb.Subscribe()
go func() {
  for {
    e := <-events
    // Monitor breaker events like BreakerTripped, BreakerReset, BreakerFail, BreakerReady
  }
}()

cb.Call(func() error {
	// This is where you'll do some remote call
	// If it fails, return an error
}, 0)

// Creates a circuit breaker that will trip after 10 failures
// using a time out of 5 seconds
cb := circuit.NewThresholdBreaker(10)

cb.Call(func() error {
  // This is where you'll do some remote call
  // If it fails, return an error
}, time.Second * 5) // This will time out after 5 seconds, which counts as a failure

// Proceed as above

// Creates a circuit breaker that will trip if 10 consecutive failures occur
cb := circuit.NewConsecutiveBreaker(10)

// Proceed as above

// Creates a circuit breaker based on the error rate
cb := circuit.NewRateBreaker(0.95, 100) // trip when error rate hits 95%, with at least 100 samples

// Proceed as above

cb := circuit.NewThresholdBreaker(10)

for {
  if cb.Ready() {
    // Breaker is not tripped, proceed
    err := doSomething()
    if err != nil {
      cb.Fail() // This will trip the breaker once it's failed 10 times
      continue
    }
    cb.Success()
  } else {
    // Breaker is in a tripped state.
  }
}

// Passing in nil will create a regular http.Client.
// You can also build your own http.Client and pass it in
client := circuit.NewHTTPClient(time.Second * 5, 10, nil)

resp, err := client.Get("http://example.com/resource.json")