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Anyway, the 12 bits from the card-code column were going into the high 12 bits of the 16-bit word and they were using the low bit for a clever trick whereby you could call the card-reader routine asynchronously and it would asynchronously load the buffer and the conversion routine would follow behind, using that low bit to determine whether the next card column had been read in or not And if it had been read it would then convert that character Thereby, as soon as the card was read, very shortly thereafter the conversion would finish they were overlapping the cost of the card conversion with the time it took to read the card And I was feeding it raw binary data that wasn t obeying this constraint.

Let s look at why each of the items in the checklist is important, and important to address from day one. If today is your first day, you want to begin these tasks right now.

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And I had just overlooked this I thought it was yet another card-conversion routine but it turned out this one had something special about its interface it was relying on those low-order bits, which ordinarily you wouldn t think about It was interpreting what was in the buffer as saying, Oh, the data has not yet arrived from the card reader In principle I knew this, but it wasn t occurring to me And then, as I say, it came to me while I was asleep So that was an odd case The other really interesting story I can think of was while I was the maintainer of the Maclisp system and Maclisp supported bignums integers of arbitrary precision They d been around for several years and were considered pretty well debugged and shaken out.

Atom(double x, double y, double z, unsigned int a, unsigned int n) : atomicNumber(a), isotopeNumber(n) { pos[0] = x; pos[1] = y; pos[2] = z; } unsigned int GetAtomicNumber() { return atomicNumber; } void SetAtomicNumber(unsigned int a) { atomicNumber = a; } unsigned int GetIsotopeNumber() { return isotopeNumber; } void SetIsotopeNumber(unsigned int n) { isotopeNumber = n; } double GetPosition(int index) { return pos[index]; } void SetPosition(int index, double value) { pos[index] = value; } }; You could compile the class unchanged in C++/CLI with the following command line: cl /clr atom.cpp and it would be a valid C++/CLI program. That s because C++/CLI is a superset of C++, so any C++ class or program is a C++/CLI class or program. In C++/CLI, the type in Listing 2-1 (or any type that could have been written in classic C++) is a native type.

They d been used for all kinds of stuff in Macsyma, and Macsyma users were using them all the time And yet a report came in from Bill Gosper saying, The quotient of these two integers is wrong And he could tell because the quotient was supposed to be very near a decimal multiple of pi These were numbers about a hundred digits each and it really wasn t feasible to trace through the entire thing by hand because the division routine was fairly complicated and these were big numbers So I stared at.

Guy Steele the code and didn t see anything obviously wrong But one thing that caught my eye was a conditional step that I didn t quite understand These routines were based on algorithms from Knuth, so I got Knuth off the shelf and read the specification and proceeded to map the steps of Knuth s algorithm onto the assembly-language code And what caught my eye in Knuth was a comment that this step happens rarely with a probability of roughly only one in two to the size of the word So we expected this to happen only once in every four billion times or something From that I reasoned to myself, These routines are thought to be well shaken out, thus this must be a rare bug; therefore the problem is likely to be in the rarely executed code.

Recall that the managed types use ref class (or value class, etc.), whereas the native classes just use class in the declaration. Reference classes are often informally referred to as ref classes or ref types. What happens if we just change class Atom to ref class Atom to see whether that makes it a valid reference type (The /LD option tells the linker to generate a DLL instead of an executable.) C:\ >cl /clr /LD atom1.cpp atom1.cpp(4) : error C4368: cannot define 'pos' as a member of managed 'Atom': mixed types are not supported Well, it doesn t work. Looks like there are some things that we cannot use in a managed type. The compiler is telling us that we re trying to use a native type in a reference type, which is not allowed. (In 12, you ll see how to use interoperability features to allow some mixing.) I mentioned that there is something called a managed array. Using that instead of the native array should fix the problem, as in Listing 2-2. Listing 2-2. Using a Managed Array // atom_managed.cpp ref class Atom { private: array<double>^ pos; // Declare the managed array. unsigned int atomicNumber; unsigned int isotopeNumber;

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