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You can catch exceptions using the try ... with ... language construct and : type-test patterns, which filter any exception value caught by the with clause. For example: > try raise (System.InvalidOperationException ("it's just not my day")) with | : System.InvalidOperationException -> printfn "caught!";; caught! 5 covers these patterns more closely. The following code sample shows how to use try ... with ... to catch two kinds of exceptions that may arise from the operations that make up the http method, in both cases returning the empty string "" as the incomplete result. Note that try ... with ... is just an expression, and it may return a result in both branches: open System.IO let http(url: string) = try let req = System.Net.WebRequest.Create(url) let resp = req.GetResponse() let stream = resp.GetResponseStream() let reader = new StreamReader(stream) let html = reader.ReadToEnd() html with | : System.UriFormatException -> "" | : System.Net.WebException -> "" When an exception is thrown, a value is created that records information about the exception. This value is matched against the earlier type-test patterns. It may also be bound directly and manipulated in the with clause of the try ... with constructs. For example, all exception values support the Message property: > try raise (new System.InvalidOperationException ("invalid operation")) with | err -> printfn "oops, msg = '%s'" err.Message;; oops, msg = 'invalid operation'

Gets the number of (rows, columns) in the matrix. Gets the number of columns in the matrix. Gets the number of rows in the matrix. Gets a submatrix. See the slice syntax for arrays, also usable for matrices, in 4. Gets the transpose of the matrix.

Exceptions may also be processed using the try ... finally ... construct. This guarantees to run the finally clause both when an exception is thrown and when the expression evaluates normally. This allows you to ensure that resources are disposed after the completion of an operation. For example, you can ensure that the web response from the previous example is closed as follows:

Tip If your journal pages aren t numbered, take a few minutes and place page numbers on each page.

Transpose type Vector<'a> .[]

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let httpViaTryFinally(url: string) = let req = System.Net.WebRequest.Create(url) let resp = req.GetResponse() try let stream = resp.GetResponseStream() let reader = new StreamReader(stream) let html = reader.ReadToEnd() html finally resp.Close() In practice, you can use a shorter form to close and dispose of resources, simply by using a use binding instead of a let binding. This closes the response at the end of the scope of the resp variable, a technique that is discussed in full in 8. Here is how the previous function looks using this form: let httpViaUseBinding(url: string) = let req = System.Net.WebRequest.Create(url) use resp = req.GetResponse() let stream = resp.GetResponseStream() let reader = new StreamReader(stream) let html = reader.ReadToEnd() html

There are many ways to build the living index. You could write any interesting keywords at the top of the page or in a specific place the margin. This would allow you to quickly skim through your logbook and locate items of interest. What makes a living index is the ability to add references over time. The best way I have found to create the living index is to use a spreadsheet to list all of the terms you write on the logbook pages and write the page number next to it. I update the spreadsheet every week or so and print it out and tape it into my logbook near the front. I have seen some journals that have a pocket in the front, but the tape approach works too. Over time you can reorder the index items and reference page numbers to make the list easier to read; you can also place an updated list in the front of your logbook so you can locate pages more easily. I encourage you again to consider using an engineering logbook. You won t be sorry when it comes time to give your report to your superiors on your progress. It can also save you tons of rework later when you are asked to report on something you did six months or more ago.

Gets or sets the item at the given position in the vector. Gets the number of rows in the vector. Gets a subvector. Gets the transpose of the vector.

F# lets you define new kinds of exception objects that carry data in a conveniently accessible form. For example, here is a declaration of a new class of exceptions and a function that wraps http with a filter that catches particular cases: exception BlockedURL of string let http2 url = if url = "http://www.kaos.org" then raise(BlockedURL(url)) else http url You can extract the information from F# exception values, again using pattern matching: > try raise(BlockedURL("http://www.kaos.org")) with | BlockedURL(url) -> printf "blocked! url = '%s'\n" url;; blocked! url = 'http://www.kaos.org' Exception values are always subtypes of the F# type exn, an abbreviation for the .NET type System.Exception. The declaration exception BlockedURL of string is shorthand for defining a new F# class type BlockedURLException, which is a subtype of System.Exception. Exception types can also be defined explicitly by defining new object types. s 5 and 6 look more closely at object types and subtyping. Table 4-3 summarizes the exception-related language and library constructs.

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