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These types are used to manipulate a machine s set of files. The File type exposes functionality primarily as static methods. The FileInfo type exposes similar functionality from a valid object variable. This type allows for random file access (e.g., seeking capabilities) with data represented as a stream of bytes. This type allows you to monitor the modification of a given external file. This type provides random access to streamed data stored in memory rather than a physical file. This type performs operations on System.String types that contain file or directory path information in a platform-neutral manner. These types are used to store (and retrieve) textual information to (or from) a file. These types do not support random file access. Like the StreamReader/StreamWriter types, these classes also work with textual information. However, the underlying storage is a string buffer rather than a physical file.

In addition to these creatable class types, System.IO defines a number of enumerations, as well as a set of abstract classes (Stream, TextReader, TextWriter, and so forth), that define a shared polymorphic interface to all descendents. You will read about many of these types in this chapter.

The remainder of our code is basically identical to our previous examples. Listing 2-5 shows what the finished subroutine looks like. Listing 2-5. Calling Parameterized SQL in VBA Sub Dim Dim Dim Dim Dim Dim Dim GetManagerEmployeeListSQL() cnn As ADODB.Connection cmd As ADODB.Command param As ADODB.Parameter xlSheet As Worksheet rs As ADODB.Recordset sConnString As String i As Integer Set xlSheet = Sheets("Sheet1") xlSheet.Activate Range("A3").Activate Selection.CurrentRegion.Select Selection.ClearContents Range("A1").Select

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System.IO provides four types that allow you to manipulate individual files, as well as interact with a machine s directory structure. The first two types, Directory and File, expose creation, deletion, copying, and moving operations using various static members. The closely related FileInfo and DirectoryInfo types expose similar functionality as instance-level methods (and therefore must be new-ed ). In Figure 16-1, notice that the Directory and File types directly extend System.Object, while DirectoryInfo and FileInfo derive from the abstract FileSystemInfo type.

Figure 11-2. Basic unstyled form as seen in Firefox Although the two may appear similar at first glance, closer inspection shows considerable differences in margins, spacing, and font size and that s beyond the obvious differences in widgets for select boxes, radio buttons, and submit buttons. For this reason, it becomes more essential than ever to use some kind of mass reset style sheet (as described in 5) to start with as level a playing field as possible. Applying the mass reset style sheet provided in the Yahoo! User Interface library to our form results in the comparison shown in Figures 11-3 and 11-4.

Generally speaking, FileInfo and DirectoryInfo are better choices for recursive operations (such as enumerating all subdirectories under a given root), as the Directory and File class members tend to return string values rather than strongly typed objects.

The DirectoryInfo and FileInfo types receive many behaviors from the abstract FileSystemInfo base class. For the most part, the members of the FileSystemInfo class are used to discover general characteristics (such as time of creation, various attributes, and so forth) about a given file or directory. Table 16-2 lists some core properties of interest. Table 16-2. FileSystemInfo Properties

Gets or sets the attributes associated with the current file that are represented by the FileAttributes enumeration. Gets or sets the time of creation for the current file or directory. Can be used to determine if a given file or directory exists. Retrieves a file s extension. Gets the full path of the directory or file. Gets or sets the time the current file or directory was last accessed. Gets or sets the time when the current file or directory was last written to. For files, gets the name of the file. For directories, gets the name of the last directory in the hierarchy if a hierarchy exists. Otherwise, the Name property gets the name of the directory.

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