I like the careful review of python at the start. The "stories" in the writing seem good. If you want to learn by reading somebody explain how to solve a probl

I like the careful review of python at the start. The "stories" in the writing seem good. If you want to learn by reading somebody explain how to solve a problem, I think this is a good text for you. I don't think there are enough exercises... with a title of "problem solving..." I was expecting more focus on (challenging?) problems in the exercises. If you want to learn by thinking about how to solve problems, this is not the text for you. I could not find a comparison of the orders of various operations on ADT's. I thought I would find something like that in Chapter 3. I think that omission makes it hard to understand the big picture. Details seem raw: * The table on page 9 shows the Pythonic not equals operator is `=!`. * 2.7 Programming Exercise 4 should really be specifying linear _in what parameter(s)_ for clarity. The operation is O(nk) presumably. Exercise 5 assumes that n = len(data) from Exercise 4. The claim that O(n log(n)) < O(n k) depends on k and n, but that isn't clearly stated. * 3.14 Programming Exercise 7: this exercise has in mind only one particular solution. Does not a double ended queue have O(1) enqueue and dequeue?