| ... | ... | @@ -3,7 +3,7 @@ | 
              
                    | 3 | 3 | * **Functions should be small.** Maximum 20 lines. Blocks and indentation should also be short. Blocks inside if, else, or while statements should be one line. A function call should probably be included. Indentation depths should be no more than one or two levels. | 
              
                    | 4 | 4 | * **Functions should do only one task.** They should do its task well. They should do only that task. All instructions within the function should be on the same abstraction level. Sub-functions perform tasks which are one abstraction-level deeper. Sections within a function are symptoms that it performs more than one task. These function should be decomposed. | 
              
                    | 5 | 5 | * **One abstraction level per function.** The 'stepdown rule' states that code should be easy to read from top to bottom: Under a function, its subfunctions should go down one level of abstraction. | 
              
                    | 6 |  | -* **The flow of reading should follow the flow of control.** The flow of control is the chronological order in which codeis executed. The order of the functionsshouldbe adjusted accordingly. [[Here|doc:.Function Ordering Example.WebHome]] is an example. | 
              
                    |  | 6 | +* **The flow of reading should follow the flow of control.** The flow of control is the chronological order in which a function is called. [[Here|doc:.Function Ordering Example.WebHome]] is an example. | 
              
                    | 7 | 7 | * **Separate statement and query.** Functions should either provide information about an object or do something with an object, but not both. | 
              
                    | 8 | 8 | * **Exceptions are better than error codes** (with if/else statements). | 
              
                    | 9 | 9 | * Error.java is a dependency magnet with its enumeration of error codes and should be replaced by exceptions and derivatives of the Exception class, which allows easy extensibility in accordance with the Open-Closed Principle. |