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printf( "myInt ---> %d\n", myInt = myInt * 3 );

first triples the value of myInt, and then passes the result (the tripled value of myInt) on to printf(). The same could have been accomplished using two lines of code:

In that process, did anything stand out that kind of surprised you as far as different ways that you need to apply GTD as a startup founder, rather than, let's say, somebody who works at a corporation David: No, it's all the same thing GTD is really nothing more than asking what the best questions are that you need to be asking yourself about anything, from a business standpoint What are we trying to accomplish How do you allocate resources to make it happen In a way, that's not rocket science, unless you're a jet propulsion lab, but it's essentially those questions we had to ask ourselves So we are constantly having to eat our own dog food.

self.completed = self.completed + 1;

myInt = myInt * 3; printf( "myInt ---> %d\n", myInt );

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In general, when the compiler encounters an assignment statement where it expects a variable, it first completes the assignment, and then passes on the result of the assignment as if it were a variable. Let s see this technique in action. In main.c, our friend the postfix operator emerges again. Just prior to the two calls of printf(), myInt has a value of 5. The first of the two printf() s increments the value of myInt using postfix notation:

Let's sit down and go, "Wait a minute! What's the purpose of that " We're rethinking it right now, because as we move forward, we constantly need to keep ourselves honest and real and say, "Wait a minute! Is it fulfilling the purpose that was started Is that still the viable purpose What other purposes could this fulfill " Many times, there is a lot of ready, fire, aim: "Hey, let's put it out there Let's get some feedback Let's see what happens and iterate this thing" We've got our own version of sort of radical programming, which is "Yeah, let's build something, put it out there, and then reiterate the model" So we're constantly doing that.

However, this is where one of those sticky multi-threaded problems turns up. If you think about that line of code, you ll see that what really happens that it first grabs the current value of the completed property by calling [self completed], then adds one to it, and then stores the result back into the completed property by calling [self setCompleted:]. In a multi-threaded environment, this can lead to incorrect behavior. What if, for instance, two threads execute a line like this at about the same time Suppose the starting value of completed is 2. If both threads read the current value before either of the writes out their own result, each will add 1 to their own copy of the value, then each of them will write their local sum (3) back into the completed property, which ends up containing the value 3 instead of the correct value, 4. A way around this is to use Objective-C s @synchronized keyword, which lets us specify that a piece of code can only be run by one thread at a time. Enter the following method at the top of your app delegate s @implementation section:

printf( "myInt ---> %d\n", myInt++ );

We're constantly rethinking, reworking: Is this supposed to be Is it what it needs to be Is it what it's supposed to be I think that's the only way you're going to keep anything vital and alive, especially in the world of the Internet and the Web and so forth, which is a constantly moving, changing event So you d better be clear about what your purpose is That's why I think GTD has been so sustainable, because it's very clear what its purpose is, and it's not about any particular system because systems always get out of date Somebody is always going to come up with a sleeker, slicker, sexier way to keep a list [laughs] Bob: OK David: Ultimately, that's still what it's going to be, the very simple idea that people just need tools to help them focus That's no different than it's been since dirt.

- (void)incrementCompleted { @synchronized(self) { self.completed = self.completed + 1; } }

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