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Figure 6-14. Large and slow data set architecture Let s now focus on how to structure the server side for the different situations of when large or slow data is being generated. In the stock ticker example, the complete server architecture as defined by Figure 6-14 was not implemented. Only the code that queried the result cache was implemented. The HTTP POST used to start the task was missing. A more accurate representation of the architecture of Figure 6-14 is shown in Figure 6-15. The big difference between Figures 6-14 and 6-15 is that two separate browsers are being used. One browser is used to start a task, and another browser is used to retrieve the results associated with the task. You might look at this architecture and wonder what the difference is between this and regular Web architecture. From an abstract perspective, this architecture mimics a form-entry Web application, where one user enters the data, and another user can view the entered data. To a degree, this interpretation is correct, but a fundamental difference is that an HTTP POST does not generate data. To find out what the data is, you must explicitly make another request using the HTTP GET. The separation between sending and receiving data is very important because it is what makes it possible for a client to make a request today and ask for the answer tomorrow. If the question and answer had to be in the context of a single request, then the client might have to wait for a very long time.

export ACEFULLCONTROL="read,write,execute,delete,append,readattr,writeattr, readextattr,writeextattr,readsecurity,writesecurity,chown,file_inherit, directory_inherit" export ACEREADWRITE="read,write,execute,delete,append,readattr,writeattr, readextattr,writeextattr,readsecurity,file_inherit,directory_inherit" export ACEWRITEONLY="write,delete,append,writeattr,writeextattr,file_inherit, directory_inherit"

It seems to me that the big question we need to ask in the face of claims like the ones illustrated by these quotes is this: What s the real reason for giving the user two or more ways of doing the same thing For example, why should the model support both lists and arrays And if it does support both, how should the user decide whether to represent a given collection for example, the collection of employees in a given department by a list or by an array It further seems to me that the overriding reason for choosing, say, an array over a list in such a situation is surely that the user is expecting the array representation to display the performance characteristics of an array.

Once you have saved this file, open up a new shell or reprocess your .bash_profile (run the command . ~/.bash_profile) file to establish the new variables. Once done, you can establish various ACE controls with the following example commands:

After all, both representations will surely support, in some shape or form, all of the processing the user wants to carry out on the collection, so there s no logical reason to choose one over the other1 It follows that those arrays and lists had better be physically implemented as arrays and lists, respectively for otherwise there s not much point in giving the user the choice in the first place! It further follows that we ve now lost some data independence the implementation isn t free to replace (say) an array by a list under the covers, because if it does, then applications will break In other words, this second model vs implementation confusion is related to the first: The real reason for offering alternative representations is performance.

The generated HTML page contains two buttons. You use the topmost button Run All Tests to run all available tests on the HTML page. You use the lower button Test Prototype to run a particular test. When you click the button, the status of the test is generated to the right of the button. In the example, the status of the test is not run. Below the button is trace output, which is used to display any messages or errors that occur as the tests are running. The source of the HTML page is defined as follows. Source: /jaxson/trunk/website/ROOT/scripts/templates/testcontract.html <html> <head> <title>Contract Test Page</title> <script language="JavaScript" src="/scripts/common.js"></script> <script language="JavaScript" src="/scripts/Synchronous.js"></script> <script language="JavaScript" src="/scripts/commontest.js"></script>

chmod +a user:professorbrown allow $ACEFULLCONTROL Hand-Ins chmod +a group:comm101students deny $ACEWRITEONLY Course\ Files chmod +a group:comm101students allow $ACEREADANDWRITE Public

And this fact demonstrates a failure to understand the logical difference between model and implementation in the first place, or why that difference is there To spell it out one more time: The purpose of the model is to provide logical data structuring and processing capabilities Physical (implementation) concerns should be rigorously excluded And if we take these ideas to heart, it s surely obvious that arrays, lists, and the like have no place in the model..

1. I concede that there might be psychological reasons as well. But I very much doubt whether any product that actually offers such choices does so for purely psychological reasons.

You can also remove all of a file or directory s ACEs via the chmod N syntax. Combined with R, you can use chmod to recurse through directories and remove all ACLs. For instance, to remove all ACEs on the Public folder, as well as nested items, the command syntax is chmod RN Public.