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return; } if (strncmp ("GET ", (char *) & (buf[dat_p]), 4) != 0) { // head, post, and other methods for possible status codes see: // http://www.w3.org/Protocols/rfc2616/rfc2616-sec10.html plen = es.ES_fill_tcp_data_p (buf,0,PSTR ("HTTP/1.0 200 OK\r\nContent-Type: text/html\r\n\r\n<h1>200 OK</h1>")); goto SENDTCP; } if (strncmp("/ ", (char *) & (buf[dat_p+4]), 2) == 0){ plen = print_webpage (buf); goto SENDTCP; } cmd = analyse_cmd ((char *) & (buf[dat_p+5])); if (cmd == 1){ plen = print_webpage (buf); // Send the "Data" page } if (cmd == 2){ plen = print_webpage_about (buf); // Send the "About" page } SENDTCP: es.ES_make_tcp_ack_from_any(buf); // send ack for http get es.ES_make_tcp_ack_with_data(buf,plen); // send data } } } } The next function is for doing what C does worst text processing. It s a utility function called a little later in the program to process the arguments passed through in the HTTP request, as follows: // The returned value is stored in the global var strbuf uint8_t find_key_val (char *str,char *key) { uint8_t found = 0; uint8_t i = 0; char *kp; kp = key; while (*str && *str!=' ' && found==0) { if (*str == *kp) { kp++; if (*kp == '\0') { str++; kp=key; if (*str == '=') { found = 1; } } } else { kp = key; } str++; } if (found == 1) { // copy the value to a buffer and terminate it with '\0'

While you re looking at categories in the admin interface, let s pause and add another useful feature helpful hints that give the weblog application s users more information as they fill in the data. So edit the definition of the title field like so: title = models.CharField(max_length=250, help_text='Maximum 250 characters.') Next, save the models.py file and look at the admin form again (see Figure 4-3).

The suggested way is to use synchronized in the definition of a method. Fine, that can work for me. I am able to write my code in one class without deadlocks. But what if somebody subclasses my object and also uses synchronized methods Well, in that case it uses the same lock as mine, usually without any knowledge as to how I should use the lock, because my synchronized methods can be private and thus not of interest to subclasses. The result Deadlocks everywhere.

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while (*str && *str!=' ' && *str!='&' && i<STR_BUFFER_SIZE) { strbuf[i]=*str; i++; str++; } strbuf[i]='\0'; } return(found); } Next is the function that calls it The analyse_cmd() function looks specifically for a request argument called cmd, and returns the value if it s a number.

Subclassing and using synchronized methods sneaks into the superclass s own synchronization model. That can completely invalidate any synchronization assumptions the superclass has made. Doing so is just plain dangerous. It can happen in any Java program. However, when writing APIs, this is almost a killer. APIs must be designed for simple, almost clueless use. By interfering with a subclass s locking scheme, you expose the poor users of your API to many more details than necessary. You inherently hurt your own reputation, as your library is then known to be full of deadlocks. The only way to prevent this is never to synchronize with a class that is visible in the API. That also means that you shouldn t use any synchronized methods in classes exposed in the API. This is especially harmful in the case of subclassable classes, as users might still believe that synchronization in Java is monitor-based and that when writing a class they have the right to add their own synchronized methods. The only way to prevent such interference is to use internal locks, as follows, or similar locking mechanisms from the java.util.concurrent packages: private final Object LOCK = new Object(); private int counter; private int getCounter() { assert Thread.holdsLock(LOCK); return counter; } private void setCounter(int c) { assert Thread.holdsLock(LOCK); counter = c; } These are all low-level techniques, far from the concept of a monitor, but they at least guarantee that privileged synchronized sections won t collide. This is not nice and a bit complicated. However, unless Java provides some syntactically nicer and still correct synchronization model, it s more important to get the synchronization in an API right than to do it in a simple and comfortable way.

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