Evaluate Expression

We'll use an if test, where we're testing if the value of x is less than zero.

Good idea, kid, the grownups will take it from here.

And then, inside the if , we have the block, and the block is the code that will run when the test expression is True.

I have a fair opinion of myself.

So instead of just having what we had before, where we have an if and we have a test expression, and we have a block that executes when the test expression is True, what we want to do is have something that executes when the test expression is False.

And this actually just falls straight out of this equation.

So what happens when we execute a loop with a break, it executes like a normal loop.

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It keeps going as long as the test expression is True

As you may have guessed, we test the expression if the expression, which is known as the condition, is true then we evaluate the loop body.

And then you have to evaluate that from 0 to infinity.

One of the strands of thinking I was involved in was that sameness is so incredibly overrated.

It turns out we made this pretty easy.

So let's apply what we just learned to help complete our interpreter to fill out what it means to evaluate statements.

I appreciate good music.

Now I want to get at the idea of reducing b, the branching factor.

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And as a reminder, this is the way the while loop works.

We did not use the distributive law just now.

Countless.

Remember you can write something like 1 2, so we're going to have to evaluate this expression's abstract syntax tree or parse tree to figure out what it means.

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