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First value is A Second value is B Fifth value is E Here is every other value: A C E G I K M O Q S U W Y

public void ShowDim() { ConsoleWriteLine("Width and height are " + Width + " and " + Height); } } // Triangle is derived from TwoDShape class Triangle : TwoDShape { Triangle inherits TwoDShape Notice the syntax public string Style; public double Area() { return Width * Height / 2; }

Although Seek( ) offers the greatest flexibility, there is another way to set the current file position You can use the Position property As shown previously in Table 14-2, Position is a read/write property Therefore, you can use it to obtain the current position or to set the current position For example, here is the code sequence from the preceding program that reads the randomdat file, rewritten to use the Position property:

Here s Brad s revision:

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// Use Position rather than Seek() to set the current // file position try { fPosition = 0; ch = (char) fReadByte(); ConsoleWriteLine("First value is " + ch); fPosition = 1; ch = (char) fReadByte(); ConsoleWriteLine("Second value is " + ch); fPosition = 4; ch = (char) fReadByte(); ConsoleWriteLine("Fifth value is " + ch); ConsoleWriteLine(); // Now, read every other value ConsoleWriteLine("Here is every other value: "); for(int i=0; i < 26; i += 2) { fPosition = i; // seek to ith character ch = (char) fReadByte(); ConsoleWrite(ch + " "); } } catch(IOException exc) { ConsoleWriteLine("Error Reading or Seeking"); ConsoleWriteLine(excMessage); }

public void ShowStyle() { ConsoleWriteLine("Triangle is " + Style); } } class Shapes { static void Main() { Triangle t1 = new Triangle(); Triangle t2 = new Triangle(); t1Width = 40; t1Height = 40; t1Style = "isosceles"; t2Width = 80; t2Height = 120; t2Style = "right"; ConsoleWriteLine("Info for t1: "); t1ShowStyle(); t1ShowDim(); ConsoleWriteLine("Area is " + t1Area()); ConsoleWriteLine(); ConsoleWriteLine("Info for t2: "); t2ShowStyle(); t2ShowDim(); ConsoleWriteLine("Area is " + t2Area()); } }

Sometimes it is useful to read input from or to write output to an array, rather than directly from or to a device To do this, you will use MemoryStream MemoryStream is an implementation of Stream that uses an array of bytes for input and/or output MemoryStream defines several constructors Here is the one we will use: MemoryStream(byte[ ] buf)

constraint This constraint is specified by naming the desired base class There is a variation of this constraint, called a naked type constraint, in which the base class is specified as a type parameter rather than an actual type This enables you to establish a relationship between two type parameters

14:

Here, buf is an array of bytes that will be used for the source and/or target of I/O requests The stream created by this constructor can be written or read, and supports Seek( ) When using this constructor, you must remember to make buf large enough to hold whatever output you will be directing to it Here is a program that demonstrates the use of MemoryStream:

constructor constraint It is specified by new( )

// Demonstrate MemoryStream using System; using SystemIO; class MemStrDemo { static void Main() { byte[] storage = new byte[255]; // Create a memory-based stream MemoryStream memstrm = new MemoryStream(storage); // Wrap memstrm in a reader and a writer StreamWriter memwtr = new StreamWriter(memstrm); StreamReader memrdr = new StreamReader(memstrm); // Write to storage, through memwtr for(int i=0; i < 10; i++) memwtrWriteLine("byte [" + i + "]: " + i); // Put a period at the end memwtrWriteLine(""); memwtrFlush(); ConsoleWriteLine("Reading from storage directly: "); // Display contents of storage directly foreach(char ch in storage) { if (ch == '') break; ConsoleWrite(ch); } ConsoleWriteLine("\nReading through memrdr: "); // Read from memstrm using the stream reader memstrmSeek(0, SeekOriginBegin); // reset file pointer string str = memrdrReadLine(); while(str != null) { str = memrdrReadLine(); if(strCompareTo("") == 0) break; ConsoleWriteLine(str); } } }

Part I:

constraint: struct Of these constraints, the base class constraint and the interface constraint are probably the most often used, but all are important Each of the constraints is examined in the following sections

The output from the program is shown here:

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