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Adding type annotations to and removing them from your code is the standard technique to troubleshoot type-inference problems. For example, the following code doesn t type-check: > let transformData inp = inp |> Seq.map (fun (x,y) -> (x,y.Length)) ;; inp |> Seq.map (fun (x,y) -> (x,y.Length)) --------------------------------^^^^^^^^ stdin(11,36): error: Lookup on object of indeterminate type. A type annotation may be needed prior to this program point to constrain the type of the object. This may allow the lookup to be resolved. You can easily solve this problem by adding a type annotation, such as to y:

If you re expecting a certain error to occur (say you re testing the presence of errors rather than the absence of detecting them), you can use the --error num command. This command tells the test suite that you expect the error specified and that it should not fail the test when that error occurs. This command is designed to precede the command that produces the error. You can also specify additional error numbers separated by commas. For example, --error 1550, 1530 indicates these (fictional) errors are permitted for the command that follows. You can also use flow of control code inside your test. For example, you can use a loop to execute something for a fixed number of times. The following code example executes a command 100 times: let $1=100; while ($1) { # Insert your commands here dec($1) }

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let transformData inp = inp |> Seqmap (fun (x,y:string) -> (x,yLength)) You can also use type annotations to discover why code isn t as generic as you think it should be For example, the following code has a mistake, and the F# type checker says the code is less generic than expected: let printSecondElements (inp : seq<'T * int>) = inp |> Seqiter (fun (x,y) -> printfn "y = %d" x) > .. enter the code above .. |> Seqiter (fun (x,y) -> printfn "y = %d" x) --------------------------------------^^^^^^^^^ stdin(21,38): warning: FS0064: This construct causes code to be less generic than indicated by the type annotations The type variable 'T has been constrained to the type 'int' The mistake here is that you re printing the variable x instead of y, but it s not always so easy to spot what has caused this kind of problem.

IEnumerable<'a>. Here are the essential definitions of these types in F# syntax, with some minor details omitted: type IEnumerable<'a> = abstract GetEnumerator : unit -> IEnumerator<'a> type ICollection<'a> = inherit IEnumerable<'a> abstract Count : int abstract IsReadOnly : bool abstract Add : 'a -> unit abstract Clear : unit -> unit abstract Contains : 'a -> bool abstract CopyTo : 'a[] * int -> unit abstract Remove : 'a -> unit When you implement an interface that inherits from another interface, you must effectively implement both interfaces.

Another useful command is sleep The sleep command takes as a parameter the number of seconds to pause before executing the next command For example, --sleep 35 tells the test suite to pause for 35 seconds before executing the next command This command can help if there is unexpected latency in the network or if you re experiencing tests failing due to heavy traffic Using the sleep command will allow you to slow down the test, thereby reducing any interference due to poor performance If you are interested in seeing additional information about a command, you can use the --enable_metadata command This produces and displays internal metadata that may assist you in debugging commands for a complex test Similarly, if you want to suppress the recording of the output, you can use --disable_result_log to turn off recording and --enable_result_log to turn it back on.

One way to track down this problem is to temporarily change the generic type parameter to some arbitrary, unrelated type After all, if code is generic, then you should be able to use any type; and by changing the type variable to an unrelated type, you can track down where the inconsistency first arises For example, let s change 'T to the type PingPong: type PingPong = Ping | Pong let printSecondElements (inp : seq<PingPong * int>) = inp |> Seqiter (fun (x,y) -> printfn "y = %d" x) You now get a different and in many ways more informative error message, localized to the first place that the value x marked with type PingPong is used in an unexpected way: > .. enter the code above .. |> Seq.

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