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Similar spaghetti-related problems happened to NetBeans. Though the application was always designed to be modular, it used to have one huge module called OpenAPIs, which contained all the APIs for communication between the other modules. From today s point of view, this was ridiculous. However, in those days, from 1997 to 2000, no project in Java was as modular as NetBeans. It took time for us to realize that there would be scalability problems in terms of maintaining such huge and monolithic APIs. In 2000 or so, it became clear that each module would need to be able to export its own API. Modules created after that date now do exactly this. However, some of the large monolithic OpenAPIs remained. The situation gradually worsened. In each release, something needed to be fixed. Developers started adding inner dependencies between logical parts of the OpenAPIs, instead of leaving them separated. The situation was becoming comparable to java.lang referring to java.awt. Sometimes this was done as an implementation detail inside the body of methods and sometimes this was even exposed in the APIs! By 2003, we d had enough. We took the first important step: we cleared out unwanted cross references and split the compilation of the OpenAPIs into logical parts. However, the resulting binary was still more or less one big module. This at least prevented further spoiling of the code with unwanted dependencies among logical parts. However, it took another two years for the whole monolithic module to completely disappear.

ISR( TIMER1_OVF_vect ) { ulICP_Timestamp_262_144mS++; } The next function is also an ISR and it was also enabled by the Init_RF_Interpreters function shown previously Rather than being invoked on timer overflow, this one is invoked when the conditions set for the ICP cause it to be tripped Using this approach it doesn t matter when the receiver sends data through to the Arduino because it will be processed on demand by the ISR Elsewhere in the book we go out of our way to stress that ISRs should be kept as short and fast as possible: just get in, update a global variable, and get right out again without wasting CPU cycles This particular ISR breaks that rule by putting most of the processing required by the program inside the ISR.

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The section Incremental Improvements in 4 introduced the concept of the entropy of software. The degradation of architecture, where ( as a workaround ) each part of the code base starts talking to each other unrelated part, is inevitable. It has to happen, unless explicitly prevented. Modular programming is here to help prevent such entropy. However, modular programming doesn t make each line of the code beautiful. Naturally, you can continue using a horrible coding style within a module. However, a modular approach can

or in other functions that the ISR invokes (something else you almost never see!), but in this case it s justified because the whole program is written around analyzing events that trigger this particular interrupt First, the ISR grabs the current capture time and stores it in a variable, then turns on the green LED so that we can see it flicker for visual feedback as a datastream arrives ISR( TIMER1_CAPT_vect ) { uiICP_CapturedTime = ICR1; GREEN_TESTLED_ON(); Then it uses macros to grab the current capture polarity and reverse it to catch all the subsequent high and low periods arriving so they can be analyzed by the RF interpreter to follow First, though, it makes a record of whether the period that was just captured was high or low.

Keep in mind that each individual QuerySet object only evaluates and performs its query once. After that, it simply stores a copy of its results. In many cases, this won t be a problem, because your code calls methods such as filter(), which modify the original QuerySet and force a new query when you ask for results. However, if you re not modifying the QuerySet, you ll want to call its all() method and work with the new QuerySet object it returns. This will avoid any potential problems from an already evaluated QuerySet with stale results.

enforce the architecture on a higher level, on a level of larger components, which is also likely to provide real results. Once again, this follows the selective cluelessness vision of identifying and working with the key parts of the system that are essential for success. It s crucial to start projects with modularity in mind from day one. Modularity gives a clearer design, better control of dependencies, and far more flexibility in maintenance. Regardless of the size of the project, designing it in a modular way is a boon right from its inception.

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