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Others prefer to put everything into Word documents and store them on their computer The paper notebook works best for me because I have found that I learn better by rote than by typing What I write with a pen stays with me better than what I type with a keyboard One more thing to mention would be the importance of having a list of servers you are not responsible for There is a chance that you have some systems in your environment that are maintained strictly by vendors If something goes wrong with one of those servers, it is important to know who is responsible for what And if someone tells you that you do not need to worry about a server, my advice would be to get that in writing.

It was some detail of formula manipulation the formula was almost right but not quite And I think it was a matter of correcting the order the sequence of two statements or something Seibel: So it took you 25 hours to analyze the proof Could you have found the bug in the code in just 25 hours if you just had the code Steele: I doubt I would have even realized there was a bug The algorithm was sufficiently intricate that I would probably have stared at the code and said, Yeah, this makes sense to me and not have spotted this very obscure interaction It was a multistep sequence that was necessary a highly unlikely interaction..

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Guy Steele Seibel: And so that kind of interaction basically gets abstracted by the process of making the proof so you don t have to come up with this scenario of what if this happens and then this and then this to realize that there s a problem Steele: Exactly In effect the proof takes the global point of view and covers all the possibilities, summarizing it in a very complicated formula And you have to do formula crunching to push it through So the author resubmitted the paper and it came back for rereviewing and even though I had done the entire exercise, it took me another 25 hours to reverify the proof This time it all seemed to be sound I reported that and the paper was published and nobody s found a bug in it since Is it actually bug-free I don t know.

public: explicit BigIntExplicit(int i) : m_i(i) { } explicit operator int() { return m_i; } explicit static operator BigIntExplicit(int i) { return BigIntExplicit(i); } void takeBigIntExplicit(BigIntExplicit b) {} }; value class BigIntImplicit { __int64 m_i; public: BigIntImplicit(int i) : m_i(i) { } operator int() { return m_i; } static operator BigIntImplicit(int i) { return BigIntImplicit(i); } void takeBigIntImplicit(BigIntImplicit b) {} }; int main() { BigIntExplicit b_exp(400); BigIntImplicit b_imp(500); int i = safe_cast<int>( b_exp ); // OK: requires explicit cast int j = b_imp; // OK: implicit

But I think having gone through the exercise of the proof gives me a lot more confidence that the algorithm is now sound And I m hoping that I wasn t the only reviewer who actually did the complete cranking through of the proof Seibel: There s a Dijkstra quote about how you can t prove by testing that a program is bug-free, you can only prove that you failed to find any bugs with your tests But it sort of sounds the same way with a proof you can t prove a program is bug-free with a proof you can only prove that, as far as you understand your own proof, it hasn t turned up any bugs Steele: That s true Which is why there is a subspecialty in the discipline having to do with mechanical proof verification.

And the hope is that you then reduce the problem to proving that the proof verifier is correct Which is if you can write a small enough verifier actually a much more tractable problem that verifying the proof of any rather large program Seibel: And then the manually proved mechanical verifier would do the 25 hours of work you did of grinding out a verification of a specific proof of some other piece of code Steele: Yes Exactly Seibel: Is there anything that you would like to talk about.

Believe me, when disaster strikes, you had better be able to provide proof about the systems that are your responsibility..

// int cannot implicitly be converted to BigInt1 and BigInt2 // with the constructor; instead, you define the static conversion operator. // This is different from standard C++, which uses the constructor // for such implicit conversions. b_exp.takeBigIntExplicit(safe_cast<BigIntExplicit>(i)); b_imp.takeBigIntImplicit(j); }

Guy Steele Steele: Well, we haven t talked that much about the beauty in programs, and I wouldn t want that to go without remark I have read some programs that really strike me as having a kind of beauty to them TeX is one example, the source code for TeX METAFONT a little less so and I don t know whether it s just because I use the program less or there s something subtly different about the organization of the code or about the design of the program that I like less I really can t decide There are certain algorithms that strike me as just wonderful.

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