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The challenges (there are no problems, only challenges) lay first in the fact that although the prototype had been styled using CSS (to a degree), there was no consistency in the names used for the classes, and many classes were exact duplicates of one another. Second, since an IDE had been used to mock up the prototype, most of it consisted of auto-generated tables, sometimes nested up to seven levels deep in order to achieve the desired layout. As we were waist deep in code, it became clear to us that sections of the prototype had not been fully built out, so we were left to adlib it and come up with what we felt would suffice an open door for scope creep if the client didn t agree with our judgment. Finally, when developing the prototype itself, the designer had not considered the use of AJAX. Although the project charter called for the use of AJAX to make the interface more intuitive and user friendly, no asynchronous functionality had been mocked up in the design. The team and I were left, again, to judge where asynchronous functionality could best be leveraged, resulting in a redesign, however minor, of the already approved interface. It cost money that wasn t budgeted to get a designer to clean up the CSS and re-work some of the more elaborate table nesting into a CSS-friendly layout, but we got past it and completed the project. With better planning, these unforeseen challenges could have been prevented.

Soon we come to the window shown in Figure A 5. Here, we need to fill in all the fields. Since this will be a web server operating on our desktop, we can add in any network domain and server names into the Network Domain and Server Name fields respectively. I chose to enter localhost for both of those fields. For the Administrator s Email Address field, enter your e-mail address, and click Next.

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Whenever Perl calls a subroutine, it pushes the details of the subroutine call onto an internal stack This holds the context of each subroutine, including the parameters that were passed to it in the form of the @_ array, ready to be restored when the call to the next subroutine returns The number of subroutine calls that the program is currently in is known as the depth of the stack Calling subroutines are higher in the stack, and called subroutines are lower This might seem academic, and to a large extent it is, but Perl allows us to access the calling stack ourselves with the caller function At any given point we are at the bottom of the stack, and we can look up to see the contexts stored on the stack by our caller, its caller, and so on, all the way back to the top of the program.

This can be handy for all kinds of reasons, but most especially for debugging In a purely scalar context, caller returns the name of the package from which the subroutine was called, and undef if there was no caller Note that this does not require that the call come from inside another subroutine it could just as easily be from the main program In a list context, caller returns the package name, the source file and the line number from which the subroutine was called This allows us to write error traps in subroutines as follows: sub mysub { my ($pkg, $file, $line) = caller; die "Called with no parameters at $file line $line" unless @_; } If we pass a numeric argument to caller, it looks back up the stack the requested number of levels and returns a longer list of information.

This level can of course be 0 , so to get everything that Perl knows about the circumstances surrounding the call to our subroutine we can write @caller_info = caller 0; # or caller(0), if we prefer.

For the benefit of the reader wishing to leverage the benefits of Interface Driven Architecture, here are a few things to keep in mind when initially creating the prototype.

This returns a whole slew of items into the list, which may or may not be defined depending on the circumstances. They are, in order package: The package of the caller. filename: The source file of the caller. line: The line number in the source file. subroutine: The subroutine that was called (that is, us). If we execute code inside an eval statement, then this is set to eval. hasargs: This is true if parameters were passed (@_ was defined). wantarray: The value of wantarray inside the caller; see Returning Values from Subroutines later in the chapter. evaltext: The text inside the eval that caused the subroutine to be called, if the subroutine was called by eval. is_require: true if a require or use caused the eval. hints: Compilation details, internal use only. bitmask: Compilation details, internal use only. In practice, only the first four items, package, file name, line, and subroutine, are of any use to us, which is why they are the only ones returned when we use caller with no arguments. Unfortunately we do not get the name of the calling subroutine this way, so we have to extract that from further up the stack: # get the name of the calling subroutine, if there was one $callingsub = (caller 1)[3];

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