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The checking group defines what type of requirements we will pass on Do we record summarized requirements that is, daily or weekly summed up requirements in the stock requirements list Or do we record individual requirements that is, a line for each sales order and line item and schedule line in the stock requirement list The advantages of individual requirements over summarized requirements are as follows: Backorder processing is possible for individual processing We can access the order and line items and schedule lines in the stock requirements list [MD04] This gives one greater control over the available stock and the requirements placed on the stock The disadvantages are There may be slightly more impact on system performance as each demand is placed immediately into the stock requirements list Do not forget the system automatically uses individual requirements for special stock movements such as consignment stock, returnable packaging, etc, even if summarized requirements have been selected

objB: "

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The output is shown here:

FIGURE 2-40

Original value of objA: 1, 2, 3 Original value of objB: 10, 10, 10 ++objA: 2, 3, 4 ++objB: 11, 11, 11 --objA: 1, 2, 3 --objB: 10, 10, 10 objA++: objB++: objA--: objB--: 2, 3, 4 11, 11, 11 1, 2, 3 10, 10, 10

The checking groups are configurable However, SAP standard uses the following checking groups: 01 to represent daily requirements 02 to represent individual requirements The checking group plus the checking rule determine how the availability check is to be performed The availability check (field - MARC-MTVFP) used to be called the checking group for example in SAP R/3 40 and is now called Availability check in mySAP ERP ECC is found on the material master record on the MRP 3 view

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After objC = objA++ objC: 1, 2, 3 objA: 2, 3, 4 After objC = objB-objC: 10, 10, 10 objB: 9, 9, 9 After objC = ++objA objC: 3, 4, 5 objA: 3, 4, 5 After objC = --objB objC: 8, 8, 8 objB: 8, 8, 8

The checking rule is used to control the scope of the availability check for each transaction in sales and distribution The control of the availability check is defined by the checking group on the material master record and the checking rule representing the transaction

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The availability check may be fine-tuned at the schedule line level, in the same way as the transfer of requirements was carried out at the schedule line level Those schedule lines that are not relevant for availability check may be switched off at schedule line level by ensuring the availability check indicator is not flagged

Although using member functions to overload the increment and decrement operators is the most common approach, you can also use non-member functions You might want to do this when overloading the operators relative to an enumeration, or when you are defining increment and decrement relative to a class to which you do not have the source code Whatever the reason, it is an easy task The non-member forms of the increment and decrement operators are shown here: // Pre x increment ret-type operator++(type &op) { // Increment the operand and return the result } // Post x increment ret-type operator++(type &op, int not_used) { // Store a copy of the operand's original value // Then increment the operand // Finally, return the original value } // Pre x decrement ret-type operator (type &op) { // Decrement the operand and return the result } // Post x decrement ret-type operator (type &op, int not_used) { // Store a copy of the operand's original value // Then decrement the operand // Finally, return the original value } Notice that the operand is passed via reference This is necessary to allow the functions to alter the operand In general, when you want to increment or decrement an object, overloading the ++ and operators is the best approach In some cases, however, you may find that using functions is better For example, you can create a function called inc( ) that increments an object and dec( ) that decrements an object You might want to do this when you don't want to alter the value of the object The inc( ) or dec( ) function could just return the new value, but leave the object unmodified You could also do this by overloading the increment and decrement operators such that they do not alter the operand, but this would make them work in a way that is inconsistent with their normal semantics You should be careful when working with legacy C++ programs where the increment and decrement operators are concerned In older versions of C++, it was not possible to specify separate prefix and postfix versions of an overloaded ++ or The prefix form was used for both Modern compilers will usually flag a warning in this situation, but it's best not to count on it It is better to confirm that the increment and decrement are properly overloaded If they are not, you need to upgrade them.

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