Now all of this so far like I said, works excellent, I am able to get a listing of all the image objects on the page and then download them to my machine. What I want to do next though and I am completely stuck on, is I want to have all the images be downloaded into their own respective folders. For example, if you look at the output after $images runs you get a listing of all the image objects on the page. They output like this: "/wp-content/uploads/2013/04/FieldHomepage.png". I want to have that same type of folder structure on my local machine in the directory I create on step 2. What can I include to make this happen? I've played around with a few things, but nothing has worked.

If you have a webserver where directory browsing is allowed, I guess you could use invoke-webrequest/invoke-restmethod to that folder which would list available files. Then you could parse the output and ask for specific files to be downloaded (or all of them). But I dont see any straight-forward way.


Invoke-webrequest Download Folders


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First, you have to obtain the ID number of the folder you want to upload the file into. To do this, make a call to the 

API listing all the user's folders, and filter to get the folder ID number.

The only problem was transferring a couple of years worth of data across from other sites or off of my hard drive. Strava has a handy multiple file uploader, but it only allows you to upload up to 25MB or 25 files at a time. To streamline this I wanted to run through all my old files and put them into folders so that each folder contained less than 25MB of data or less than 25 files. Enter PowerShell:

Another place where I use Windows PowerShell quite a bit is for creating folders, directories, or containers (whatever we are calling them this week). I know that Windows creates lots of default folders, but they seem to be buried in my profile, and they are not all that accessible. I prefer to create my own directory structure to make it easier to copy, back up, and to use from within a Windows PowerShell script or console.

One of my friend was seeking my help creating a script to download bulk files and folder from internal office training web portal, just newly created. Folders and files web structure was looking like below. The first url link shows what are the different training material was available, downloading one file at time was going to take long time. Once I click on any of the required link, It has the PPTs, video files and folders stored into, further directories.

All the info and main cmdlet of the script is Invoke-WebRequest, Which fetch information from web site. Once script is execution is complete, all files are downloaded, you can view the download folder, I further drilled down folders and viewed, files they are there.

I also tried adding a timeout to the invoke-webrequest command it didn't seem to help. Further looking at that timeout parameter... it's related to resolving the hostname and not the webrequest itself...

To send cookies with Invoke-WebRequest you can create a session, add cookies to it and pass it to the Cmdlet with the WebSession parameter. Here is a good example on how to do it: -invoke-webrequest-with-a-cookie/

In the previous article, Working with Lists and List Items Using the SharePoint REST Service and Windows PowerShell, I showed the PowerShell equivalents to the examples in the Working with lists and list items with REST MSDN article. In this article I want to look at the examples in the next MSDN article in that series, Working with folders and files with REST. As with the lists and list items article, I will use the previously defined Invoke-SPORestMethod function to execute the various REST calls.

So my clients are moving to a cloud only based model more and more each day. In most cases this means storing their data in Team/Onedrive. We use the option for Known Folder move. (KFM). The known folders are the Desktop, Pictures, and Documents folder. to setup KFM we use the guide by Microsoft. Quite simply we execute the following PowerShell commands via our RMM system.

A list of query types can be found here and will allow you to target specific objects like folders, ACLs or shadow accounts. For example, if you use the search term folder:Production, it will return all folders found using the term Production.

The above will move all files specified to an Archive folder, and will retain the original folder structure. This last part is important if you have multiple files with the same name in different folders. 006ab0faaa

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