Vbscript createobject file not found
The big problem I have is that my script seems to work up to the copyfile point - it fails with "file not found" even though I have the exact path and filename. Below is my code. I've browed similar issues but none involved a rename so far. Anyone know why this code is not seeing the file even though I have the right path and filename? Again, I'm betting this has something to do with the file extension but I don't want to be dependent upon wildcards.
CreateObject "WScr ipt. Most Points The Distinguished Expert awards are presented to the top veteran and rookie experts to earn the most points in the top 50 topics. Join our community to see this answer! Unlock 2 Answers and 21 Comments. Andrew Hancock - VMware vExpert. See if this solution works for you by signing up for a 7 day free trial. What do I get with a subscription? Cancel Submit. Mauro Gamberini MVP. How satisfied are you with this reply?
Thanks for your feedback, it helps us improve the site. In reply to Mauro Gamberini's post on August 6, Mauro, Thanks for the fast reply. Thanks, Rick. In reply to RxxSmith's post on August 6, In reply to Mauro Gamberini's post on August 7, Application" 'wait for 1.
Hope this help you too. Best regards, Tai Tran. This site in other languages x. For example, an apple object might have attributes such as color and tartness. The actual data stored for the color might be a character string such as "red" or "green".
Tartness might be represented as number from 0 sugary sweet to 10 brings tears to your eyes. An object describing a file on a hard drive might have properties such as filename a character string and size a number. An object representing a hard drive might have properties describing the hard drive's size, volume name, and also the drive's contents.
Now, the contents of a hard drive could be represented as a list of filenames or an array of string values. However, it might be more useful if the hard drive could yield a list of file objects that you could then use to work with the files themselves. This is actually how many objects work. When appropriate, objects can return references to other objects.
When an object needs to give you several other objects, it will give you a special object called a collection , which holds within it an arbitrary number of other objects. For example, a Folder object might represent a folder on your hard drive, and its Files property might yield a collection of File objects, which represent the files in the folder, as illustrated in Figure 3.
The contents of a folder can be represented by collections of File and Folder objects. A collection object can actually hold any type of object inside it, and the collection object itself has properties and methods that let you extract and work with these objects. This is a common thing to see in object programming: "container" objects that contain other objects, of any arbitrary type. You'll see many examples of collections in later chapters.
Windows ActiveX objects use container objects that have two properties: Item and Length. The Length property indicates how many items are in the collection. The Item property retrieves one of the individual items.
For some collections, you can extract individual objects from the Item collection using Item 0 , Item 1 , and so on, but for many collections, the Item property requires a name or other arcane bit of identifying information. Therefore, each scripting language provides a more general way of letting you examine all the objects in a collection. I'll discuss this in more detail later in the chapter. Collections are pervasive in Windows script programming, and some languages have special means of working with them.
I'll give examples of using collections in each of the scripting languages discussed later in the chapter. Because objects are separate program components, scripts and other programs that use them need a way to locate them and tell Windows to activate them. In this section, I'll describe how this is done. Each programmer who creates an object class gives it a name that, with any luck, is fairly self-explanatory.
For example, Scripting. Each of the programming languages you can use with WSH has a way of creating an object instance given just this name.
For example, in VBScript, the statement. In either case, the statement causes the Windows Script Host interpreter to ask Windows to create an instance of the specified object. Windows looks up the object name in the Registry, finds the name of the program file that manages this object class usually a file whose name ends in.
The class program creates an instance of the object and gives your script a reference with which it can use and manipulate the object. I'll show you how to do this in each WSH-compatible language later in this chapter. For almost all cases, this is all you need. In the remainder of this chapter, I'll tell you how to use objects in VBScript and other languages. The next section on VBScript will follow the tutorial style of Chapter 2, "VBScript Tutorial," whereas the descriptions for other languages will assume more experience with programming.
Finally, at the end of the chapter, I'll tell you how to find useful objects not discussed in the later chapters of this book. I would like to receive exclusive offers and hear about products from InformIT and its family of brands. I can unsubscribe at any time. Pearson Education, Inc. This privacy notice provides an overview of our commitment to privacy and describes how we collect, protect, use and share personal information collected through this site.
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