Index: doc/next-tutorial/next-tutorial.html =================================================================== diff -u -r6be525008610d18d96705955bc46851f6dae29fe -rc2374366bcb47c70ebd33cb16c8152eba783987f --- doc/next-tutorial/next-tutorial.html (.../next-tutorial.html) (revision 6be525008610d18d96705955bc46851f6dae29fe) +++ doc/next-tutorial/next-tutorial.html (.../next-tutorial.html) (revision c2374366bcb47c70ebd33cb16c8152eba783987f) @@ -733,8 +733,8 @@
@@ -1031,7 +1031,7 @@

In our next example, we introduce generic objects and object specific methods. With NX, we can define generic objects, which are instances of the most generic class nx::Object (sometimes called -"common root class"). nx::Object is predefined and contains a +common root class). nx::Object is predefined and contains a minimal set of methods applicable to all NX objects. In this example, we define a generic object named stack and provide methods for this object. The methods defined above were methods provided by a class for @@ -1457,7 +1457,7 @@ point in later sections in more detail). Since classes are objects, we can use exactly the same notation as above to define class methods by using object method. The methods defined on the class object are -in all respects idential with object specific methods shown in the +in all respects identical with object specific methods shown in the examples above.

Listing 14: Class Stack2

@@ -2035,7 +2035,7 @@ C-implemented accessor, that enforces the value constraint (here a floating point number, since length uses the value constraint double). Line 25 will therefore raise an exception, since the -provided values is not converable to a double number.

+provided values cannot be converted to a double number.

Listing 23: Forwarder Methods