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< php //sample11_4.php //A function to add up any number of values. function addanything (){ //Default the return value. $total = 0; //Get the full list of arguments passed in. $args = func_get_args (); //Loop through the arguments. for ($i = 0; $i < count ($args); $i++){ //Make sure the value is an integer. if (is_int ($args[$i])){ //And add to it if necessary. $total += $args[$i]; } } //Then return the total. return $total; } //Now, you can pass the function any numbers. echo addanything (1,5,7,8,11) . "<br />"; //Outputs 32. echo addanything (1,1) . "<br />"; //Outputs 2. //It will ignore noninteger values. echo addanything (1,1,"Hello World"); //Still outputs 2. > 32 2 2

news. The good news is that Firebird makes good use of single-column indexes in multi-column searches and sorts, reducing the need for many multi-column indexes that you might have experienced with another DBMS.

To test this code, we can modify our client code to look like this: using System; using DniScRoleSecurity; namespace ScRoleSecurity { class Program { static void Main(string[] args)

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Firebird creates indexes to enforce various integrity constraints automatically (for more information, refer to s 16 and 17). To delete these indexes, it is necessary to drop the constraints that use them. Use of the constraint indexes is not limited to their work supporting the integrity of keys and relationships. They are considered, along with all others, when queries are prepared. When defining your own indexes, it is of utmost importance to avoid creating any index that duplicates an automatically generated one. It puts the optimizer (see the upcoming section Query Plans ) in the unhappy position of having to choose between equals. In many cases, it will solve the problem by not choosing either of them.

Do not import primary indexes with tables from a migrating DBMS. There are two important reasons to abandon these indexes: Many legacy systems use hierarchical index structures to implement referential integrity. SQL databases do not use this logic to implement referential integrity, and these indexes usually interfere with Firebird s optimizer logic. Firebird creates its own indexes to support primary and foreign key constraints, regardless of any existing index. As noted previously, duplicate indexes cause problems for the optimizer and should be avoided completely.

The benefactor in this case happens to be the lovely func_get_args() function, which grabs an array of all the passed-in values. The great thing about this is that you can then cycle, or loop through, the list of arguments and do what you want with them. This sort of functionality serves you well in this case, because you loop through, adding to the total as you go. For the sake of validation, the script adds only integer values in order to keep a valid result in mind. The end result is a highly flexible function that will take care of all your integer adding needs. The prototype for func_get_args() and the prototype for func_get_arg(), which will grab an argument at a certain reference, are as follows: array func_get_args ( void ) mixed func_get_arg ( int arg_num )

The sort direction of indexes in Firebird is important. It is a mistake to assume that the same index can be used to sort or search both ways that, is lowest-to-highest and highest-to-lowest. As a rule of thumb, ASC (ascending) indexes will help searches where relatively low values are sought, whereas DESC (descending) indexes will help for maximum or high values. If an automatic index is ASC (the default), there will be no problems if you need to define a DESC index using the same column(s). The reverse is also true: From v.1.5 onward, you can choose to have the automatic indexes for keys created in descending order. The optimizer will not be upset if you also create an ascending one on the same columns.

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