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So I was (a) a little bit disappointed because I wanted a computer language, but (b) I was excited and exuberant because I got to be the one to write the first language for this processor I would get a little bit of fame out of that, and I was super shy, so the only way I could ever get noticed was if I designed great things So I got to write a computer language, but remember I ve never written one in my life I d never taken a course on it So I opened up the Hewlett-Packard manual at work and saw the Basic.

Figure 10-5. Adding ProductQuantity as a distinguished field 4. Save and build the acmeSchemas project. 5. Click File Add Existing Project. 6. Find and add the AcmePipelines.btproj file from the chapter9 folder.

I read all the different commands in the Basic, and I started creating a syntax table that showed the grammar of that language: what words, what commands are allowed in what order, how you put in variable names, how you put in numbers, what size they can be, what.

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This turns off all optimizations including those performed by the .NET Framework s JIT compiler. This enables optimizations by the JIT compiler but turns off all optimizations by the F# compiler. This enables optimizations by the JIT compiler and optimizations that are local to an F# module. This is the same as -O2; it is the default unless you specify that debugging symbols should be produced (by using the -g flag). This is the same as -O1 except that optimizations between F# modules are also allowed. This is the same as -O2 but with increased inlining and lambda lifting.

formats Then I came up with an idea and I have no idea where it came from just a weird, weird idea that, as a user types in a statement, I will just scan his statement, character by character, from left to right, and I ll see where it fits into the syntax table I typed my whole syntax table into memory I said, I ll just follow along in memory and, if what he types fits the syntax table, then whenever he hits return, I know all the elements he typed in I just output a list of little tokens that represented what had been typed in, if it matched the table This was just an idea I had, not knowing how other people did it I don t know to this day how compilers are written.

I also knew that there were numbers and variables and you have operations like plus and minus, times, divide (I was just a very low-level person here ) Numbers are nouns and a plus is a verb Even in a statement like print, print becomes a verb So I had these lists of verbs and I had noun stacks and verb stacks and figured out ways to push them on and make their priorities such that we could turn it into reverse Polish notation I was very familiar with reverse Polish notation from books I read in college (or that my friend had sent me in Xerox form); and also our Hewlett-Packard calculators used reverse Polish notation, and we thought we were more advanced because we were doing what computer science people do.

I took the OCaml Spectral Norm benchmark from the Computer Language Shootout Benchmarks site (http://shootout.alioth.debian.org/) and ported it to F#. You can find information about what a spectral norm is at http://mathworld.wolfram.com/SpectralNorm.html. Here s the code used to do the benchmark: #light let evalA i j = 1.0 / float((i+j)*(i+j+1)/2+i+1) let evalATimesU u v = let n = Array.length v - 1 for i = 0 to n do v.(i) <- 0.0 for j = 0 to n do v.(i) <- v.(i) + evalA i j * u.(j) let evalAtTimesU u v = let n = Array.length v -1 in for i = 0 to n do v.(i) <- 0.0 for j = 0 to n do v.(i) <- v.(i) + evalA j i * u.(j) let evalAtATimesU u v = let w = Array.create (Array.length u) 0.0 evalATimesU u w evalAtTimesU w v

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