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BinaryWriter(new FileStream("inventorydat", FileModeCreate)); } catch(IOException exc) { ConsoleWriteLine("Cannot Open Inventory File For Output"); ConsoleWriteLine("Reason: " + excMessage); return; } // Write some inventory data to the file try { dataOutWrite("Hammers"); dataOutWrite(10); dataOutWrite(395); dataOutWrite("Screwdrivers"); dataOutWrite(18); dataOutWrite(150); dataOutWrite("Pliers"); dataOutWrite(5); dataOutWrite(495); dataOutWrite("Saws"); dataOutWrite(8); dataOutWrite(895); } catch(IOException exc) { ConsoleWriteLine("Error Writing Inventory File"); ConsoleWriteLine("Reason: " + excMessage); } finally { dataOutClose(); } ConsoleWriteLine(); // Now, open inventory file for reading try { dataIn = new BinaryReader(new FileStream("inventorydat", FileModeOpen)); } catch(IOException exc) { ConsoleWriteLine("Cannot Open Inventory File For Input"); ConsoleWriteLine("Reason: " + excMessage); return; } // Look up item entered by user ConsoleWrite("Enter item to look up: "); string what = ConsoleReadLine(); ConsoleWriteLine(); try { for(;;) { // Read an inventory entry

Part I:

item = dataInReadString(); onhand = dataInReadInt32(); cost = dataInReadDouble(); // See if the item matches the one requested // If so, display information if(itemEquals(what, StringComparisonOrdinalIgnoreCase)) { ConsoleWriteLine(onhand + " " + item + " on hand " + "Cost: {0:C} each", cost); ConsoleWriteLine("Total value of {0}: {1:C}" , item, cost * onhand); break; } } } catch(EndOfStreamException) { ConsoleWriteLine("Item not found"); } catch(IOException exc) { ConsoleWriteLine("Error Reading Inventory File"); ConsoleWriteLine("Reason: " + excMessage); } finally { dataInClose(); } } }

I decided to remove the reference to myself from the sentence, Brad said The sentence became passive in construction, but I decided that it was more important to highlight the impressive number of facts rather than the fact that it was I who collected them

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Here is a sample run:

Enter item to look up: Screwdrivers 18 Screwdrivers on hand Cost: $150 each Total value of Screwdrivers: $2700

In the program, notice how inventory information is stored in its binary format Thus, the number of items on hand and the cost are stored using their binary format rather than their human-readable text-based equivalents This makes it is possible to perform computations on the numeric data without having to convert it from its human-readable form There is one other point of interest in the inventory program Notice how the end of the file is detected Since the binary input methods throw an EndOfStreamException when the end of the stream is reached, the program simply reads the file until either it finds the desired item or this exception is generated Thus, no special mechanism is needed to detect the end of the file

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Up to this point, we have been using sequential files, which are files that are accessed in a strictly linear fashion, one byte after another However, you can also access the contents of a file in random order One way to do this is to use the Seek( ) method defined by FileStream This method allows you to set the file position indicator (also called the file pointer or simply the current position) to any point within a file

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The method Seek( ) is shown here: long Seek(long offset, SeekOrigin origin)

Here, offset specifies the new position, in bytes, of the file pointer from the location specified by origin The origin will be one of these values, which are defined by the SeekOrigin enumeration:

6 4

Value SeekOriginBegin SeekOriginCurrent SeekOriginEnd Meaning Seek from the beginning of the file Seek from the current location Seek from the end of the file

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After a call to Seek( ), the next read or write operation will occur at the new file position The new position is returned If an error occurs while seeking, an IOException is thrown If the underlying stream does not support position requests, a NotSupportedException is thrown Other exceptions are possible Here is an example that demonstrates random access I/O It writes the uppercase alphabet to a file and then reads it back in non-sequential order