Linked to examples

Froussios · Froussios · commit ae26e15cd84c · 2015-06-18T18:36:37.000+02:00
diff --git a/Part 2 - Sequence Basics/5. Transformation of sequences.md b/Part 2 - Sequence Basics/5. Transformation of sequences.md
@@ -48,7 +48,7 @@ values
 	.map(i -> i + 3)
 	.subscribe(new PrintSubscriber("Map"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/MapExample.java)
 ```
 Map: 3
 Map: 4
@@ -67,7 +67,7 @@ Observable<Integer> values =
 values.subscribe(new PrintSubscriber("Map"));
 ```
 
-Output
+[Output](/tests/java/itrx/chapter2/transforming/MapExample.java)
 ```
 Map: 0
 Map: 1
@@ -89,7 +89,7 @@ values
 	.cast(Integer.class)
 	.subscribe(new PrintSubscriber("Map"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/CastTypeOfExample.java)
 ```
 Map: 0
 Map: 1
@@ -107,7 +107,7 @@ values
 	.cast(Integer.class)
 	.subscribe(new PrintSubscriber("Map"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/CastTypeOfExample.java)
 ```
 Map: 0
 Map: 1
@@ -124,7 +124,7 @@ values
 	.ofType(Integer.class)
 	.subscribe(new PrintSubscriber("Map"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/CastTypeOfExample.java)
 ```
 Map: 0
 Map: 1
@@ -149,7 +149,7 @@ values.take(3)
 	.timestamp()
 	.subscribe(new PrintSubscriber("Timestamp"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/TimestampTimeIntervalExample.java)
 ```
 Timestamp: Timestamped(timestampMillis = 1428611094943, value = 0)
 Timestamp: Timestamped(timestampMillis = 1428611095037, value = 1)
@@ -174,7 +174,7 @@ values.take(3)
 	.timeInterval()
 	.subscribe(new PrintSubscriber("TimeInterval"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/TimestampTimeIntervalExample.java)
 ```
 TimeInterval: TimeInterval [intervalInMilliseconds=131, value=0]
 TimeInterval: TimeInterval [intervalInMilliseconds=75, value=1]
@@ -203,7 +203,7 @@ values.take(3)
 	.materialize()
 	.subscribe(new PrintSubscriber("Materialize"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/MaterializeExample.java)
 ```
 Materialize: [rx.Notification@a4c802e9 OnNext 0]
 Materialize: [rx.Notification@a4c802ea OnNext 1]
@@ -236,7 +236,7 @@ values
 	.flatMap(i -> Observable.range(0,i))
 	.subscribe(new PrintSubscriber("flatMap"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/FlatMapExample.java)
 ```
 flatMap: 0
 flatMap: 1
@@ -252,7 +252,7 @@ values
 	.flatMap(i -> Observable.range(0,i))
 	.subscribe(new PrintSubscriber("flatMap"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/FlatMapExample.java)
 ```
 flatMap: 0
 flatMap: 0
@@ -290,6 +290,17 @@ values
 	})
 	.subscribe(new PrintSubscriber("flatMap"));
 ```
+[Output](/tests/java/itrx/chapter2/transforming/FlatMapExample.java)
+```
+flatMap: A
+flatMap: B
+flatMap: C
+...
+flatMap: X
+flatMap: Y
+flatMap: Z
+flatMap: Completed
+```
 
 This example results in the entire alphabet being printed without errors, even though the initial range exceeds that of the alphabet.
 
@@ -307,7 +318,7 @@ Observable.just(100, 150)
 
 We started with the values 100 and 150, which we used as the interval period for the asynchronous observables created in `flatMap`. Since `interval` emits the numbers 1,2,3... in both cases, to better distinguish the two observables, we replaced those values with interval time that each observable operates on.
 
-Output
+[Output](/tests/java/itrx/chapter2/transforming/FlatMapExample.java)
 ```
 flatMap: 100
 flatMap: 150
@@ -339,7 +350,7 @@ Observable.just(100, 150)
 		System.out::println,
 		() -> System.out.println("Completed"));
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/ConcatMapExample.java)
 ```
 100
 100
@@ -372,7 +383,7 @@ Observable.range(1, 3)
 	.flatMapIterable(i -> range(1, i))
 	.subscribe(System.out::println);
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/FlatMapIterableExample.java)
 ```
 1
 1
@@ -384,7 +395,7 @@ Output
 
 As expected, the 3 iterables that we created are flattened in a single observable sequence.
 
-As an Rx developer, you are advised to present your data as observable sequences and avoid mixing observables with iterables. However, when your data is already in the format of a collection, e.g. because standard Java operations returned them like that, it can be simpler or faster to just use them as they are without converting them first.  `flatMapIterable` also eliminates the need to make a choice about interleaving or not: `flatMapIterable` doesn't interleave, just like you would expect from a synchronous flatMap.
+As an Rx developer, you are advised to present your data as observable sequences and avoid mixing observables with iterables. However, when your data is already in the format of a collection, e.g. because standard Java operations returned them like that, it can be simpler or faster to just use them as they are without converting them first.  `flatMapIterable` also eliminates the need to make a choice about interleaving or not: `flatMapIterable` doesn't interleave, just like you would expect from a synchronous `flatMap`.
 
 There is a second overload to `flatMapIterable` that allows you to combine every value in the iterable with the value that produced the iterable.
 
@@ -395,7 +406,7 @@ Observable.range(1, 3)
 		(ori, rv) -> ori * (Integer) rv)
 	.subscribe(System.out::println);
 ```
-Output
+[Output](/tests/java/itrx/chapter2/transforming/FlatMapIterableExample.java)
 ```
 1
 2
@@ -461,6 +472,15 @@ Observable.range(1, 3)
 		(ori, rv) -> ori * (Integer) rv)
 	.subscribe(System.out::println);
 ```
+[Output](/tests/java/itrx/chapter2/transforming/FlatMapIterableExample.java)
+```
+1
+2
+4
+3
+6
+9
+```
 
 
 #### Continue reading
