Updated README

README.adoc

@@ -38,7 +38,7 @@ Add-on modules
 
 To highlight a few differences to Netflix Hystrix:
 
-* In Hystrix calls to external systems have to be wrapped in a HystrixCommand. This library, in contrast, provides higher-order functions (decorators) to enhance any functional interface, lambda expression or method reference with a http://martinfowler.com/bliki/CircuitBreaker.html[Circuit Breaker], Rate Limiter or a https://www.linkedin.com/pulse/designing-bulkheads-microservices-architecture-subhash-chandran[Bulkhead]. Furthermore, the library provides decorators to retry failed calls or cache call results. You can stack more than one decorator on any functional interface, lambda expression or method reference. That means, you can combine a Bulkhead, RateLimiter and Retry decorator with a CircuitBreaker decorator. The advantage is that you have the choice to select the decorator you need and nothing else. Any decorated function can be executed synchronously or asynchronously by using a CompletableFuture or RxJava.
+* In Hystrix calls to external systems have to be wrapped in a HystrixCommand. This library, in contrast, provides higher-order functions (decorators) to enhance any functional interface, lambda expression or method reference with a http://martinfowler.com/bliki/CircuitBreaker.html[Circuit Breaker], Rate Limiter or Bulkhead. Furthermore, the library provides decorators to retry failed calls or cache call results. You can stack more than one decorator on any functional interface, lambda expression or method reference. That means, you can combine a Bulkhead, RateLimiter and Retry decorator with a CircuitBreaker decorator. The advantage is that you have the choice to select the decorator you need and nothing else. Any decorated function can be executed synchronously or asynchronously by using a CompletableFuture or RxJava.
 * Hystrix, by default, stores execution results in 10 1-second window buckets. If a 1-second window bucket is passed, a new bucket is created and the oldest is dropped. This library stores execution results in Ring Bit Buffer without a statistical rolling time window. A successful call is stored as a 0 bit and a failed call is stored as a 1 bit. The Ring Bit Buffer has a configurable fixed-size and stores the bits in a long[] array which is saving memory compared to a boolean array. That means the Ring Bit Buffer only needs an array of 16 long (64-bit) values to store the status of 1024 calls. The advantage is that this CircuitBreaker works out-of-the-box for low and high frequency backend systems, because execution results are not dropped when a time window is passed.
 * Hystrix only performs a single execution when in half-open state to determine whether to close a CircuitBreaker. This library allows to perform a configurable number of executions and compares the result against a configurable threshold to determine whether to close a CircuitBreaker.
 * This library provides custom RxJava operators to decorate any `Observable` or `Flowable` with a Circuit Breaker, Bulkhead or Ratelimiter.

resilience4j-documentation/src/docs/asciidoc/introduction.adoc

@@ -25,7 +25,7 @@ Add-on modules
 
 To highlight a few differences to Netflix Hystrix:
 
-* In Hystrix calls to external systems have to be wrapped in a HystrixCommand. This library, in contrast, provides higher-order functions (decorators) to enhance any functional interface, lambda expression or method reference with a http://martinfowler.com/bliki/CircuitBreaker.html[Circuit Breaker], Rate Limiter or a https://www.linkedin.com/pulse/designing-bulkheads-microservices-architecture-subhash-chandran[Bulkhead]. Furthermore, the library provides decorators to retry failed calls or cache call results. You can stack more than one decorator on any functional interface, lambda expression or method reference. That means, you can combine a Bulkhead, RateLimiter and Retry decorator with a CircuitBreaker decorator. The advantage is that you have the choice to select the decorator you need and nothing else. Any decorated function can be executed synchronously or asynchronously by using a CompletableFuture or RxJava.
+* In Hystrix calls to external systems have to be wrapped in a HystrixCommand. This library, in contrast, provides higher-order functions (decorators) to enhance any functional interface, lambda expression or method reference with a http://martinfowler.com/bliki/CircuitBreaker.html[Circuit Breaker], Rate Limiter or Bulkhead. Furthermore, the library provides decorators to retry failed calls or cache call results. You can stack more than one decorator on any functional interface, lambda expression or method reference. That means, you can combine a Bulkhead, RateLimiter and Retry decorator with a CircuitBreaker decorator. The advantage is that you have the choice to select the decorator you need and nothing else. Any decorated function can be executed synchronously or asynchronously by using a CompletableFuture or RxJava.
 * Hystrix, by default, stores execution results in 10 1-second window buckets. If a 1-second window bucket is passed, a new bucket is created and the oldest is dropped. This library stores execution results in Ring Bit Buffer without a statistical rolling time window. A successful call is stored as a 0 bit and a failed call is stored as a 1 bit. The Ring Bit Buffer has a configurable fixed-size and stores the bits in a long[] array which is saving memory compared to a boolean array. That means the Ring Bit Buffer only needs an array of 16 long (64-bit) values to store the status of 1024 calls. The advantage is that this CircuitBreaker works out-of-the-box for low and high frequency backend systems, because execution results are not dropped when a time window is passed.
 * Hystrix only performs a single execution when in half-open state to determine whether to close a CircuitBreaker. This library allows to perform a configurable number of executions and compares the result against a configurable threshold to determine whether to close a CircuitBreaker.
 * This library provides custom RxJava operators to decorate any `Observable` or `Flowable` with a Circuit Breaker, Bulkhead or Ratelimiter.