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You should always use comments when you create code that is not intuitive to the reader. For example, the code statement if (found) is pretty self-explanatory. The code following the control statement will be executed if the variable evaluates to TRUE. However, the code if (func_call_17(i, x, lp)) requires some explanation. Of course, you would want to write all of your code to be self-explanatory, but sometimes that isn t possible. This is particularly true when you re accessing supporting library functions. Some of the names are not intuitive and the parameter lists can be confusing. Document these situations as you code them, and your life will be enhanced. When writing comments, you can choose to use inline comments, single-line comments, or multiline comments. Inline comments are written beginning in column 49 and cannot exceed 80 columns. A single-line comment should be aligned with the code it is referring to (the indention mark) and also should not exceed 80 columns. Likewise, multiline comments should align with the code they are explaining, should not exceed 80 columns, but should have

The F# matrix, vector, and row vector types support the use of operators such as +, -, and *. Table 10-12 shows the set of operators supported.

Raises the given exception Raises an Exception exception Catches expressions matching the pattern rules Executes the finally expression both when the computation is successful and when an exception is raised A rule matching the given .NET exception type A rule matching the given .NET exception type and naming it as its stronger type A rule matching the given data-carrying F# exception A rule matching any exception, binding the name exn to the exception object value A rule matching the exception under the given condition, binding the name exn to the exception object value

the opening and closing comment markers placed on separate lines. Listing 3-24 illustrates these concepts. Listing 3-24. Comment Placement and Spacing Examples if (return_value) { int var1; long var2;

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( $* ) ( * ) ( * ) ( * ) ( .* ) ( .* ) ( + ) ( + )

Imperative programming and input/output are closely related topics. The following sections show some very simple I/O techniques using F# and .NET libraries.

/* comment goes here */ /* comment goes here too */

: 'a * Matrix<'a> -> Matrix<'a> : RowVector<'a> * Matrix<'a> -> RowVector<'a> : Matrix<'a> * Vector<'a> -> Vector<'a> : Matrix<'a> * Matrix<'a> -> Matrix<'a> : Vector<'a> * Vector<'a> -> Vector<'a> : Matrix<'a> * Matrix<'a> -> Matrix<'a> : Vector<'a> * Vector<'a> -> Vector<'a> : Matrix<'a> * Matrix<'a> -> Matrix<'a>

The .NET types System.IO.File and System.IO.Directory contain a number of simple functions to make working with files easy. For example, here s a way to output lines of text to a file: > open System.IO;; > File.WriteAllLines("test.txt", [| "This is a test file."; "It is easy to read." |]);; val it : unit = ()

Scalar-matrix multiplication Vector-matrix multiplication Matrix-vector multiplication Matrix multiplication Pointwise multiplication Pointwise multiplication Pointwise addition Pointwise addition

/* this call does something else based on i */ var1= do_something_else(i); if (var1) { /* This comment explains some really interesting thing about the following statement(s). */ do_it_again(); } }

Many simple file-processing tasks require reading all the lines of a file. You can do this by reading all the lines in one action as an array using System.IO.File.ReadAllLines: > open System.IO;; > File.ReadAllLines("test.txt");; val it : string [] = [| "This is a test file."; "It is easy to read." |]

Note At the time of writing, the F# distribution came with prototype plotting and linear algebra modules

If necessary, the entire file can be read as a single string using System.IO.File.ReadAllText: > File.ReadAllText("test.txt");; val it : string = "This is a test file.\r\nIt is easy to read\r\n" You can also use the results of System.IO.File.ReadAllLines as part of a list or sequence defined using a sequence expression: > [ for line in File.ReadAllLines("test.txt") do let words = line.Split [| ' ' |] if words.Length > 3 && words.[2] = "easy" then yield line ];; val it : string list = [| "It is easy to read." |]

Tip Never use repeating *s to emphasize portions of code. It distracts the reader from the code and makes for a cluttered look. Besides, it s too much work to get all those things to line up especially when you edit your comments later.

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