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Being order-independent is a primary benefit of named arguments It means that you don t need to remember (or even know) the order of the parameters in the method being called This can be a benefit when working with COM interfaces, for example Second, notice that you can specify a positional argument and a named argument in the same call, as this call to IsFactor( ) does:

pany, so we need to consider the labor environment Also, zoning regulations may impact growth We have to ask how likely it is that changes to zoning laws might inhibit our expansion plans Likewise, taxation policies: We have to evaluate how likely it is that taxes will increase I spent some time talking with re marshals trying to evaluate the risk of re in each location I learned that in arid, remote regions of the country, the risk of re is greater than in wetter, more urban areas Theft, like fraud, is very hard to predict But certain geographic areas do seem to have higher rates of theft than other areas I also assessed the costs of standard coverage Certain regions are more expensive than others for standard insurance policies such as vehicle and workers compensation coverage Even if we self-insure, this criterion is a fair measure of risk Brad plans to attach to his report a printout of the stochastic simulation (a complex risk management analysis model that assigns probabilities and thus provides a more complete picture of the probable impact of future events) He explains, I want the report to be no more than one page in length and both easy to read and easy to understand period When writing about insurance, it s easy to drift into statistics and complex, technical terminology I want the executive committee members to be able to scan my report and get it

IsFactor(10, divisor: 2)

1 (a) (b) (c) (d) (e) (f) (g) (h) 1 12 3221734 100000 66 1539 2970 4522 670785 9990 1 6 7 117 57583 9900

Be aware, however, that when mixing both named and positional arguments, all positional arguments must come before any named arguments Named arguments can also be used in conjunction with optional arguments For example, assuming the Display( ) method shown in the previous section, here are some ways it can be called with named arguments:

// Specify all arguments by name Display(stop: 10, str: "this is a test", start: 0);

Part I:

// Let start default Display(stop: 10, str: "this is a test"); // Specify the string by position, stop by name, and // let start default Display("this is a test", stop: 10);

2 In Figure S12, set A = 23, B = /3, C = , D = F = 5/2, G = 9/10

In general, the combination of named and optional arguments can make it easier to call large, complicated methods that have many parameters Because the named argument syntax is more verbose than the normal positional syntax, most of the time you will want to use positional arguments to call a method However, in those cases in which named arguments are appropriate, they can be used quite effectively

NOTE In addition to methods, named and optional arguments can be used with constructors,

indexers, and delegates (Indexers and delegates are described later in this book)

The rst step in writing is to get an overview of your writing challenge What do you need to accomplish, whom do you need to reach, and what obstacles must you overcome in order to succeed

2 3,

Up to this point, you have been using one form of Main( ) However, it has several overloaded forms Some can be used to return a value, and some can receive arguments Each is examined here

Return Values from Main( )

When a program ends, you can return a value to the calling process (often the operating system) by returning a value from Main( ) To do so, you can use this form of Main( ): static int Main( ) Notice that instead of being declared void, this version of Main( ) has a return type of int Usually, the return value from Main( ) indicates whether the program ended normally or due to some abnormal condition By convention, a return value of zero usually indicates normal termination All other values indicate some type of error occurred

Pass Arguments to Main( )

4 Let A = (1, 3), B = ( 2, 1), C = ( 2 , ), D = ( 2, ( 3 , 1), F = (1/2, 7/4)