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Following the analogy of understanding our world, where rationalism or empiricism are not of nearly any importance to regular human beings, the obvious advice is to get clueless. The situation with programming is similar. The world, or at least our society, doesn t need every human to be a philosopher to work. It s organized in a way that there is room for the less educated that is, the more clueless of us and still things seem to work. Similarly, software engineering doesn t need every programmer to be a highly educated scientist. If we want to deliver as much software as we do now or even more, we need a system where programmers can be clueless and still produce reliable systems. Indeed, the aforementioned cluelessness is not complete unawareness of programming. Obviously, just randomly typing characters on the keyboard is unlikely to produce a compilable program. Knowing how to code is indeed a prerequisite for a programmer (just like the ability to watch, absorb, and discuss TV ads is a necessary skill among certain human societies). The point of software engineering cluelessness is to enable the programmers to know less and still achieve good results. It cannot be generally said which bits of knowledge are necessary and which are not. However, the goal is to find such coding practices that allow developers to know less than everything that is, to select the pieces of knowledge they need. I ll call this selective cluelessness.

though, and when it doesn t Django lets you specify the correct plural name. Go back to the weblog s models.py file and edit the Category model class to look like the following: class Category(models.Model): title = models.CharField(max_length=250) slug = models.SlugField(unique=True) description = models.TextField() class Meta: verbose_name_plural = "Categories" class Admin: pass def __unicode__(self): return self.title Once you save the file and refresh the admin index page in your browser, you should see something similar to what s shown in Figure 4-2.

For example, if you wanted to listen on port 81, you could change those lines to the following: static char baseurl[] = "http://1921681.

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An average system built in the first decade of the 21st century is like a massive pile of dirt with no or just a little elegance behind it. The primary motivation is always to get things done with as little effort as possible. As such, engineering teams tend to reuse existing software frameworks even when they are more heavyweight than needed.

15:81/"; static uint16_t myPort = 81; // Listen port for tcp/www (range 1-254) The program then creates two buffers used in creating the TCP/IP packet, and creates an instance of the EtherShield object called es as follows: // Set up variables for the TCP/IP buffer #define BUFFER_SIZE 500 static uint8_t buf[BUFFER_SIZE+1]; #define STR_BUFFER_SIZE 22 static char strbuf[STR_BUFFER_SIZE+1]; // Create an instance of the EtherShield object named "es" EtherShield es=EtherShield(); // Prepare the web page by writing the data to the TCP send buffer uint16_t print_webpage(uint8_t *buf); int8_t analyse_cmd(char *str); We ve set up our shield with six connectors for temperature sensors, so the program defines which digital I/O lines to use for sensors A through F as follows: // Specify data pins for connected DS18B20 temperature sensors #define SENSOR_A 3 #define SENSOR_B 4 #define SENSOR_C 5 #define SENSOR_D 6 #define SENSOR_E 7 #define SENSOR_F 8.

Recently I needed to put a dynamic web page on my server. I had two choices: either open a socket on some port, read streams from incoming connections, and write something in a reply; or assemble the system from existing technologies. I tried both. The write from scratch approach worked fine. I read the specification for HTTP, parsed the incoming header, and wrote out the output. That was a relatively small piece of code and worked well after a little bit of debugging. However, then I needed an additional feature the ability to secure the page, handle POST requests, and so on. I could read the RFC documents and implement these as well. However, this turned out to be more work than I wanted to spend on it. That is why I tried the assembling approach. I took the Tomcat web server, wrote one servlet, tuned a few properties in the config files, and voil ! Everything worked with just one drawback. Instead of 50KB of code, I suddenly had over 1MB!

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