How to use

Backoff

in

com.nurkiewicz.asyncretry.backoff

  @Override
  public long delayMillis(RetryContext context) {
    return Math.max(target.delayMillis(context), minDelayMillis);
  }
}

public AsyncRetryExecutor withUniformJitter(long range) {
  return this.withBackoff(this.backoff.withUniformJitter(range));
}

public AsyncRetryExecutor withProportionalJitter() {
  return this.withBackoff(this.backoff.withProportionalJitter());
}

public AsyncRetryExecutor withMinDelay(long minDelayMillis) {
  return this.withBackoff(this.backoff.withMinDelay(minDelayMillis));
}

public AsyncRetryExecutor withMaxDelay(long maxDelayMillis) {
  return this.withBackoff(this.backoff.withMaxDelay(maxDelayMillis));
}

public AsyncRetryExecutor firstRetryNoDelay() {
  return this.withBackoff(this.backoff.withFirstRetryNoDelay());
}

public AsyncRetryExecutor withUniformJitter() {
  return this.withBackoff(this.backoff.withUniformJitter());
}

public AsyncRetryExecutor withProportionalJitter(double multiplier) {
  return this.withBackoff(this.backoff.withProportionalJitter(multiplier));
}

public AsyncRetryExecutor withMinDelay(long minDelayMillis) {
  return this.withBackoff(this.backoff.withMinDelay(minDelayMillis));
}

public AsyncRetryExecutor withMaxDelay(long maxDelayMillis) {
  return this.withBackoff(this.backoff.withMaxDelay(maxDelayMillis));
}

public AsyncRetryExecutor firstRetryNoDelay() {
  return this.withBackoff(this.backoff.withFirstRetryNoDelay());
}

  @Override
  public long delayMillis(RetryContext context) {
    return Math.min(target.delayMillis(context), maxDelayMillis);
  }
}

public AsyncRetryExecutor withUniformJitter() {
  return this.withBackoff(this.backoff.withUniformJitter());
}

public AsyncRetryExecutor withProportionalJitter(double multiplier) {
  return this.withBackoff(this.backoff.withProportionalJitter(multiplier));
}

  @Override
  public long delayMillis(RetryContext context) {
    return Math.min(target.delayMillis(context), maxDelayMillis);
  }
}

public AsyncRetryExecutor withUniformJitter(long range) {
  return this.withBackoff(this.backoff.withUniformJitter(range));
}

public AsyncRetryExecutor withProportionalJitter() {
  return this.withBackoff(this.backoff.withProportionalJitter());
}

  @Override
  public long delayMillis(RetryContext context) {
    return Math.max(target.delayMillis(context), minDelayMillis);
  }
}

  @Override
  public long delayMillis(RetryContext context) {
    return Math.max(target.delayMillis(context), minDelayMillis);
  }
}

  @Override
  public long delayMillis(RetryContext context) {
    return Math.min(target.delayMillis(context), maxDelayMillis);
  }
}