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private: System::Void btnPurchase_Click(System::Object^ sender, System::EventArgs^ e) { String ^orig = gcnew String(lblISBN->Text->ToString()); pin_ptr<const wchar_t> wch = PtrToStringChars(orig); // Convert to a char* size_t origsize = wcslen(wch) + 1; const size_t newsize = 100; size_t convertedChars = 0; char nstring[newsize]; wcstombs_s(&convertedChars, nstring, origsize, wch, _TRUNCATE); lblStatus->Visible = true; pnlDetail->Visible = false; pnlButtons->Visible = true; btnPurchase->Enabled = true; Database->VendBook(nstring); // // Simulate buying the book. // lblStatus->Text = "Please Insert your credit card."; this->Refresh(); Delay(3); lblStatus->Text = "Thank you. Processing card number ending in 4-1234."; this->Refresh(); Delay(3); lblStatus->Text = "Vending...."; this->Refresh(); Delay(5); this->Refresh(); CheckAvailability(); lblStatus->Text = gcnew String(GREETING); } private: System::Void MainForm_Load(System::Object^ sender, System::EventArgs^ e) { String ^imageName; String ^imagePath; Database->Initialize(); if (Database->Error()) DisplayError(); // //For each button, check to see if there are sufficient qty and load //the thumbnail for each. //

NET programming material in s 10 to 19, referring to earlier chapters where necessary Haskell programmers also need to learn the F# approach to imperative programming, described in 4, because many NET libraries require a degree of imperative coding to create, configure, connect, and dispose of objects We strongly encourage you to use this book in conjunction with a development environment that supports F# directly, such as Visual Studio 2005 or Visual Studio 2008 In particular, the interactive type inference in the F# Visual Studio environment is exceptionally helpful for understanding F# code: with a simple mouse movement, you can examine the inferred types of the sample programs These types play a key role in understanding the behavior of the code..

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let fsOut = new FileStream("Data.dat", FileMode.Create) writeValue fsOut addresses fsOut.Close() let fsIn = new FileStream("Data.dat", FileMode.Open) let res : Map<string,string> = readValue fsIn fsIn.Close() The final result of this code when executed interactively is as follows: val it : Map<string,string> = seq [[Fred, 987 Pine Road, Phila., PA 19116] {Key = "Fred"; Value = "987 Pine Road, Phila., PA 19116";}; [Jeff, 123 Main Street, Redmond, WA 98052] {Key = "Jeff"; Value = "123 Main Street, Redmond, WA 98052";}; [Mary, PO Box 112233, Palo Alto, CA 94301] {Key = "Mary"; Value = "PO Box 112233, Palo Alto, CA 94301";}] Note that values of type Map<string,string> are printed interactively as sequences of key/value pairs. Also, a type annotation was required when reading the data back in using readValue, and a runtime type error will result if the types of the objects reconstructed from the binary data don t match this type annotation.

imagePath = gcnew String(Database->GetSetting("ImagePath")); imageName = imagePath + gcnew String(Database->GetBookFieldStr(1, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook1->Image = btnBook1->Image->FromFile(imageName); imageName = imagePath + gcnew String(Database->GetBookFieldStr(2, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook2->Image = btnBook2->Image->FromFile(imageName); imageName = imagePath + gcnew String(Database->GetBookFieldStr(3, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook3->Image = btnBook3->Image->FromFile(imageName); imageName = imagePath + gcnew String(Database->GetBookFieldStr(4, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook4->Image = btnBook4->Image->FromFile(imageName); imageName = imagePath + gcnew String(Database->GetBookFieldStr(5, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook5->Image = btnBook5->Image->FromFile(imageName); imageName = imagePath + gcnew String(Database->GetBookFieldStr(6, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook6->Image = btnBook6->Image->FromFile(imageName); imageName = imagePath + gcnew String(Database->GetBookFieldStr(7, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook7->Image = btnBook7->Image->FromFile(imageName); imageName = imagePath + gcnew String(Database->GetBookFieldStr(8, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook8->Image = btnBook8->Image->FromFile(imageName); imageName = imagePath + gcnew String(Database->GetBookFieldStr(9, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook9->Image = btnBook9->Image->FromFile(imageName); imageName = imagePath + gcnew String(Database->GetBookFieldStr(10, "Thumbnail")); if (Database->Error()) DisplayError(); btnBook10->Image = btnBook10->Image->FromFile(imageName); CheckAvailability(); }

Note You can download and install F# from www.fsharp.net. You can download all the code samples used in

In the following sections, we discuss how to make existing code more generic (that is, reusable) and how to systematically represent the abstract parameters of generic algorithms.

private: System::Void btnBook1_Click(System::Object^ sender, System::EventArgs^ e) { LoadDetails(1); } private: System::Void btnBook2_Click(System::Object^ sender, System::EventArgs^ e) { LoadDetails(2); } private: System::Void btnBook3_Click(System::Object^ sender, System::EventArgs^ e) { LoadDetails(3); } private: System::Void btnBook4_Click(System::Object^ sender, System::EventArgs^ e) { LoadDetails(4); } private: System::Void btnBook5_Click(System::Object^ sender, System::EventArgs^ e) { LoadDetails(5); } private: System::Void btnBook6_Click(System::Object^ sender, System::EventArgs^ e) { LoadDetails(6); } private: System::Void btnBook7_Click(System::Object^ sender, System::EventArgs^ e) { LoadDetails(7); } private: System::Void btnBook8_Click(System::Object^ sender, System::EventArgs^ e) { LoadDetails(8); }

this book from www.expert-fsharp.com; they were prepared and checked with F# 2.0. As with all books, it s inevitable that minor errors may exist in the text. An active errata and list of updates will be published at www.expert-fsharp.com.

A common pattern in F# programming is to accept function parameters in order to make an algorithm abstract and reusable. A simple sample is the following generic implementation of Euclid s algorithm for finding the highest-common-factor (HCF) of two numbers: let rec hcf a b = if a=0 then b elif a<b then hcf a (b-a) else hcf (a-b) b

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