How to delete the $GetCurrent folder on Windows 10

Residual problems with a Windows 10 update tend to drag on. You might discover something wrong with your installation months after you’ve upgraded. Windows 10, as of version 1903, now reserves storage space for updates. As it turns out, that’s not the only bit of space Windows 10 is taking up. If you did an in-place update of Windows 10, you might be left with residual files and folders and they can be quite large. The $GetCurrent folder can be quite big and you don’t need it after the update so here’s how you can delete the $GetCurrent folder.

Show hidden files

Open File Explorer and go to the View tab. Click the Option button and from the menu, select ‘Change folder and search options’.

In the Folder Options window, go to the View tab. Scroll through the options under Advanced settings, and select the ‘Show hidden files, folders, and drives’.

Delete $GetCurrent folder

Once you’ve set the hidden files and folders to be visible, visit your Windows drive and you will see a folder called $GetCurrent. This folder is very likely going to be large in size. Right-click it and select Properties from the context menu. The Size field on the General tab will tell you just how big the folder is.

Once the folder is visible, you can delete it. You will need admin rights but deleting it is really as simple as selecting the folder and tapping Delete. To get the full advantage of the free space, make sure you also remove the folder from the Recycle Bin.

The folder on my drive was over 3GB in size so it’s quite a bit of space saved. If you’re on an SSD, and that too one of a smaller capacity, that bit of space will count.

What is the $GetCurrent folder?

This folder contains set up files for the Windows update that you install. When you do an in-place update, Windows 10 first downloads the necessary files to your drive. On principle, the files should be deleted after the update but they’re not. What’s worse is that these files are kept in a  hidden folder so the average user isn’t going go looking for it. It’s rather frustrating that the folder isn’t cleaned up when Windows 10 detects you’re low on space.

Deleting the folder won’t have any sort of negative impact. The files aren’t something you will need again and even if you did, they’re files for updating Windows 10 and you can get them from Microsoft’s website.

Read How to delete the $GetCurrent folder on Windows 10 by Fatima Wahab on AddictiveTips – Tech tips to make you smarter

How to fix “We couldn’t find any folders to show you” in Storage Settings on Windows 10

The Settings app on Windows 10 gives you an excellent, visual look at how storage is being consumed on your system. In fact, if you connect an external hard drive to your system, the storage feature extends to it as well. It’s a good feature but it has its occasional hiccups. On occasion, when you try to view which folders are taking up space on a drive, you get the “We couldn’t find any folders to show you” message. The Settings app shows you nothing else and you can’t view the folders that are taking up space. Here’s how you can fix it.

Fix “We couldn’t find any folders to show you”

Any one of these fixes might do the trick. Try them all.

Close and re-open Settings

The Settings app may give you a visually aesthetic view of how storage is used on your system but it doesn’t do well when it comes to updating the storage usage live. Often, if you delete a folder, the app either hangs or it doesn’t update the storage usage post deletion. The “We couldn’t find any folders to show you” problem might simply go away if you close and re-open the Settings app. It’s also worth restarting your system.

Update Storage Controller driver

Open Device Manager and look for Storage Controller. Expand it and select the device under it. Double-click it to open its properties. Go to the Driver tab and click Update Driver. Windows 10 will look for a driver updates that may be available and install them. Restart your system and you should be able to see the space usage in the Settings app.

Remove external drives and devices

The storage tab can accurately display space used for external drives however, sometimes they do cause problems. If you have any external drives and devices connected to your system, remove them, restart your system and then open the Settings app. It should now display the folders that are taking up space on your system.

This is a pretty simple error and it shouldn’t be too hard to fix. The above three fixes, simple as they are, ought to do the trick. In rare cases, this might have to do with folder permissions in which case you will have to manually track down the folder that the Settings app is unable to access. Outside this one exception, there’s not much the can block storage information from being reported in the Settings app.

Read How to fix “We couldn’t find any folders to show you” in Storage Settings on Windows 10 by Fatima Wahab on AddictiveTips – Tech tips to make you smarter

How to check for and disable compactOS on Windows 10

Windows 10 might be running in a compressed state on your system. This is a setting that you can manually enable or, if it deems it necessary, Windows 10 might enable during an update. Most notably, this tends to happen when you install a feature update and the OS gives no indication that it has done so. In some cases, this might lead to your system running slow after the update. Here’s how to check for and disable compactOS on Windows 10.

On windows 10 1903, there is a feature called reserved storage that will automatically reserve space needed for an update so you can safely disable compactOS without worrying about updates failing.

Check compactOS state

Open Command Prompt with admin rights and run the following command to check if Windows 10 is running in a compact state or not.

compact /compactos:query

The command will return two pieces of information; whether or not the OS is in compact state, and why it’s in this state. The reasons may vary; it might have been enabled by the system administrator, or it may have been enabled if Windows 10 thinks it’s best for the system. In some cases, the command may tell you that compactOS isn’t enabled but might be enabled if needed at any point in the future.

Disable compactOS

In order to disable compactOS, you need admin rights. Disabling compactOS will result in Windows 10 taking up more space on your Windows drive. You stand to lose anywhere from 4 – 8 GB of space.

Open Command Prompt with admin rights and run the following command;

compact /compactos:never

It can take anywhere from 10-20 minutes for the process to complete. The time it takes may depend on the size of your disk but it shouldn’t exceed the upper limit of 20 minutes.

compactOS is meant for devices with low storage however, it may be enabled on systems that have plenty of storage as well. Disabling it might also cause problems later when you try to install a feature update as feature updates require some free space on your Windows drive in order to install without any problems. You should consider all these things before you disable compactOS.

Enable compactOS

Enabling compactOS is as easy as disabling it. Open Command Prompt with admin rights and run the following command;

compact /compactOS:always

Enabling it will also take time; 10-20 minutes should be enough. Enabling it will free up some space on your Windows drive though it may slow your system down some what.

If your device has very little storage e.g., it’s a tablet, you may not be able to disable compactOS no matter what you do.

Read How to check for and disable compactOS on Windows 10 by Fatima Wahab on AddictiveTips – Tech tips to make you smarter

How to enable or disable Reserved Storage on Windows 10

Microsoft has been working to improve how it delivers updates. So far, its in-place Windows 10 updates have not been working that well. Users often run into problems and the oddest of bugs. When you do an in-place update, Windows 10 downloads files to your system which require some space however, in order to install the update, it also needs some extra space to complete the update.

Your PC must have some free space in order to update Windows 10. That number has always been somewhat vague but 10GB is often considered sufficient however, Microsoft has added a new feature in Windows 1903 called Reserved Storage. This is a bit of space that is reserved on your system for updates. During an update, that space will be utilized to prevent problems (though some might still occur). Here’s how you can enable or disable Reserved Space on Windows 10.

Enable or disable Reserved Storage

Reserved Storage should be enabled by default if you do a clean install of Windows 10 1903 however, you can still enable it if it isn’t. You will have to do this by editing the registry so you will need admin rights.

Tap the Win+R keyboard shortcut to open the Run box and type ‘regedit’.

In the registry editor, go to the following location;


Right-click the ShippedWithReserves value and set it to 1 to enable it. To disable it, set it to 0.

Restart your system. Restarting it won’t reserve the space right away. You will have to wait for another update.

The reserved space should show up in the Settings app. Go to the System group of settings and select the Storage tab. The Reserved Storage appears under System & Reserved.

Should you disable it?

Reserved Storage is there to make updates much smoother. It might seem unnecessary but all devices need some free space to update their firmware. Windows has, for the greater part of its life, run on hard drives and they’re fairly large but now, they’re often installed on SSDs of a smaller capacity or they run on tablets both of which don’t have a a lot of free space. That’s why users often have problems with updates.

The amount of reserved storage may not be the same for all devices and it will not include the space the Windows.old folder will take up. That folder alone can be larger than 20GB but not having the space for it won’t result in the update failing. It doesn’t count towards the space that’s needed to update Windows 10.

Read How to enable or disable Reserved Storage on Windows 10 by Fatima Wahab on AddictiveTips – Tech tips to make you smarter

SolarWinds Storage Resource Monitor – Review 2019

We’re living in an era of big data. Consequently, organizations rely on data storage more than ever. Storage environment management and monitoring have, therefore, become an important part of many system administrators jobs. Fortunately, tools exist to make this an easy task. One such tool is the SolarWinds Storage Resource Manager and we’re about to give you an in-depth review of this full-featured product. No matter why you need a storage monitoring tool (to ensure flawless operation or to avoid running into capacity issues) this great product is almost certain to have something you need.

Before we have a look at the SolarWinds Storage Resource Monitor, we’ll briefly discuss storage resource monitoring in general. We’ll then briefly pause to explain what the SAN and NAS acronyms mean. The difference is subtle but important. After that, we’ll talk about some of the components typically found in storage monitoring tools. Once we’re all on the same page, we’ll have a detailed look at the product. We’ll present some of the tool’s main features and benefits. Next, we’ll talk about the Orion Platform, the foundation on which the SolarWinds Storage Resource Monitor rests before we discuss the tool’s requirements and pricing

About Storage Resource Monitoring

Storage monitoring mainly serves two purposes. On one hand, it is used to ensure that your storage environment is running smoothly, that all required volumes are available and that all storage resources are performing within their expected range. On the other hand, another typical use for storage monitoring is capacity planning. We all know that 1) storage is not an infinite resource and 2) one will eventually run out of it. Capacity planning is the act—or should I say art—of making sure we never run out of space.

Monitoring storage for availability is relatively simple. Once a tool is aware of where the storage resources are located and how to access them, it is a trivial task to periodically pool them for availability. Monitoring performance can prove to be a tad more complex. It is not really that complex but it requires that data transfer tests be performed. At first glance, it’s easy to figure that all that’s needed is to time the copy of a known amount of data. The downside of this is that copying any significant amount of data—an amount that is large enough to provide meaningful data—can adversely affect performance. Not only can it skew the measurements but it could also impact regular users.

NAS & SAN – A (Very) Quick Primer

Years ago, the storage scene was very different from today. Data was typically stored on large computers called file servers. They had large disks and could hold a lot of data. Technology evolved and RAID (Redundant Array of Inexpensive Disks) arrays started to appear adding some much-needed protection against disk failure. Today, things have changed quite a bit and most storage needs are addressed using either SAN or NAS technologies.

Let’s start with the NAS technology. NAS stands for Network Attached Storage. In fact, it is not much different from the file servers of yesteryear. It is a special computer that is attached to the network—hence the name—and that offers storage resources to remote computers. Contrary to a file server, they tend to run specialized feature-reduced operating systems and they offer no other service besides storing files. Most of them boast some type of RAID disk controller and they have varying expansion capabilities.

SAN technology—which stands for Storage Area Network, a play on word with Local Area Network—is completely different. A SAN has no processing function. It does nothing but store data. As such, it can’t be used by itself. You can think of a SAN as a bank of external disks for remote computers.

In a SAN environment, servers—be they file servers, database servers or any type of servers—have SAN controllers instead of disk controllers. Those controllers connect—usually via fibre optics cabling—to the SAN. Some SAN-based environments have completely diskless servers while others have local disks for storing their OS and used SAN disks to store data.

Components Storage Resource Monitoring Tools

Every storage monitoring is unique. In fact, every software product is unique. Many are similar but they all have little differences. Each one has specific features that no other has. This is also true for storage monitoring systems. Although each tool review below is widely different from the others, they all share a few common features.

The various components of storage monitoring tools are actually not much different from those of any other type of monitoring tool such as LAN monitoring. In fact, many will use similar technologies such as SNMP to poll the monitored devices. So, the first component of any monitoring tool is its polling engine. It is responsible for connecting to each monitored device and fetches its operational parameters. Some polling engines rely on a local agent running on the monitored system to gather information while others are agentless and use standard protocols like WMI or SNMP.

Another typical component of storage monitoring systems is some sort of database. What use would there be in collecting operational data if it were not kept somewhere? For this function, some systems rely on external databases like Microsoft SQL Server, Oracle or MySQL while others use either their own built-in database or a local flat file.

What good is the collection of operational data is it’s not shown anywhere? This is why some sort of dashboard is another essential component of monitoring systems. Most of them use a web interface and the best ones come with a fully customizable dashboard. Some will even allow different dashboard components for different users.

When a monitored parameter goes out of range or reaches a critical threshold, you most likely want to know about it. Storage monitoring systems typically have some form of alerting component that can flash a message on the dashboard or send a notification via email or SMS messaging. Some will even execute remediation scripts in reaction to events.

The last major component of storage monitoring tools is reporting. Various reports can be made available that show the state of the storage environment to executives or that demonstrate some type of regulatory compliance to the proper authorities.

The SolarWinds Storage Resource Monitor (Free Trial)

The SolarWinds Storage Resource Monitor (SRM) is designed to provide a vendor-agnostic, agentless NAS and SAN performance monitoring, as well as capacity monitoring and forecasting for your storage devices. With it, one can quickly and easily configure a full range of custom and pre-defined alerts and reports to help get a consolidated view of their storage environment. This can, in turn, help prevent downtime and help ensure that storage infrastructures are running at peak performance.

SolarWinds Storage Resource Monitor - All Storage

Problems SRM can help you solve

No matter what issues you may be facing, chances are that the SolarWinds Storage Resource Monitor can help. Here’s a rundown of a few common pain points which the tool can help you address.

  • You have several storage vendors in your data center and no one tool to monitor them
  • You have a manual capacity planning process
  • You recently had to make a last-minute storage purchase
  • You don’t have easy visibility into the information you need to justify new storage investments to management
  • You experience performance issues on end-user applications caused by storage
  • You don’t have the necessary visibility across your infrastructure—from application to storage—to pinpoint the cause and impact of performance issues

What Makes This Product Unique?

  • Unified storage monitoring: One tool can be used for monitoring storage arrays from EMC, NetApp, Dell, Huawei, and others.
  • Resource savings: You can save time and money with the tool’s automated storage capacity planning feature.
  • Faster time to resolution: Having detailed visibility into storage arrays, RAID groups, and LUNs makes it easy to identify storage issues quickly and react faster.
  • Support for informed decisions: This product offers hundreds of out-of-the-box reports that can help eliminate assumption-driven decisions.
  • End-to-end monitoring: As a component of the Orion Platform, it is designed to provide a comprehensive picture of the overall IT health. In addition, the AppStack dashboard can give you an instant view of your infrastructure, from application to storage.

Main Features Of The SolarWinds Storage Resource Monitor

The SolarWinds Storage Resource Monitor is truly a feature-rich product. It has monitoring (of course) but also capacity planning as well as alerting and reporting, just to name a few. Here’s an overview of some of the most important features of this excellent product.

Unified Storage Monitoring

Understanding the health of your storage devices from different vendors can be challenging. Storage admins need to juggle multiple tools to ensure that the storage devices and systems are all functioning as they should. With a unified storage monitoring tool like the Storage Resource Monitor, you can have visibility into all your storage devices from a single tool. Its home dashboard gives you an at-a-glance view of key storage metrics, such as usable capacity, raw disk summary, and highlights storage with performance risks. It can also provide a list of alerts that need immediate attention and action.

Storage Performance Monitoring

The tool’s primary purpose is to provide SAN and NAS performance monitoring and alerting to help you eliminate performance bottlenecks in your data center. In addition, the unified view into storage performance can help simplify key tasks that are otherwise tedious and complex, including managing storage space consumption on RAID groups, mapping storage volumes back to the host, and understanding how volumes are load balanced across storage arrays. It can help you determine whether all the objects in your storage environment are performing at their best or not. With the help of this tool, you can identify poorly performing LUNs, RAID groups, and disks.

Detailed Dashboards

The SolarWinds Storage Resource Monitor can help you navigate across all layers of storage, including arrays, storage pools, and LUNs. With just one click, you can seamlessly move from one layer to another. Each of these individual storage layers has a detailed dashboard that shows critical metrics indicating performance and health. With these features, you can quickly troubleshoot performance problems by isolating the actual hot spot and reducing unexpected downtime.

Automated Storage Capacity Planning

The storage capacity function in the SolarWinds Storage Resource Monitor is designed to track usage over time to help identify capacity issues in the array. You can also easily view growth trends and receive a forecasted view of when capacity will be reached. This helps administrators to plan when to add and when to re-allocate capacity. The tool can also reduce the complexity of storage capacity planning in both your virtual and physical infrastructure. Go deeper into the performance of datastores allocated to specific virtual machines in your environment. Trace dynamic relationships from apps, virtual machines, LUNs, pools, and arrays to discover capacity issues and whether the latency is really caused by storage performance. Identify which virtual machines are affected by storage issues, and take necessary steps to proactively prevent virtual machine downtime.

SolarWinds Storage Resource Monitor - Capacity Planning

Alerting And Reporting

One of the big advantages of monitoring tools such as this one is how they allow you to stop worrying about your infrastructure, knowing that you will be alerted should anything odd happen. This is why alerting is such an important part of any monitoring tool. Likewise, reporting, while not directly related to the tool’s performance is also important as this is the component that will let you demonstrate that everything is running optimally.


This product will allow you to receive alerts about performance issues with your storage devices, LUNs, storage pools/RAID groups, CIFS shares, and more. You can also set thresholds and generate proactive alerts that are customized to your business’s policies for usage and status information.

SolarWinds Storage Resource Monitor - Alerting Thresholds


The SolarWinds Storage Resource Monitor also provides quick and insightful information on your arrays with pre-built and custom reports. You can customize your reporting parameters to provide useful business insights. Out-of-the-box reports include enterprise capacity summary, RAID/storage pool group utilization, thin provisioning, free LUNS, asset information, and more. Reports can be scheduled, emailed, and even exported as CSV files for further processing using a different tool.

SolarWinds Storage Resource Monitor - Reports

Benefits Of The SolarWinds Storage Resource Monitor

Storage Performance Monitoring

The SolarWinds Storage Resource Monitor lets you view the performance and the status of your storage environment. This can help quickly identify potential issues as well as help you pinpoint which physical or virtual resources are at fault. The tool boasts a full range of both custom and predefined alerts, including metrics such as temperature, fan speed, and power supply status.

Automated Storage Capacity Planning

This tool will let you see growth rates and forecast costs and budgetary requirements. It helps with projecting when capacity will be reached allowing you to avoid outages due to full disks. Its centralized monitoring supports tracking performance over time to identify hot spots, peak hours, and potential outages. The easy-to-configure reporting can be used to show capacity trends across multiple vendors without having to resort to spreadsheets.

Increased Visibility Across Your Storage Infrastructure

The SolarWinds Storage Resource Monitor displays both physical and virtual components in a unified view—including all related infrastructure—to help you to diagnose performance issues faster and more accurately. When combined with the SolarWinds Virtualization Manager, you can also see the storage under your virtual machine infrastructure with links to the LUN view from the cluster, ESX VM, or datastore view.

End-To-End Visibility Of The Application Stack

AppStack is designed to analyze application performance issues and can help you quickly determine the cause (server, virtual infrastructure or storage infrastructure). It will give you complete visibility of storage across all layers, as well as extended visibility into virtualization and application layers. With AppStack in place, you will be able to drill down deeper across layers and instantly identify the problem root cause and take remedial actions.

SolarWinds Storage Resource Monitor - AppStack

PerfStack presents cross-stack performance data and metrics across your storage arrays, virtualization, applications, systems, and network systems, enabling them over time. This integrated view may help you to better predict, prioritize, and resolve issues before they impact end-users.

About The Orion Platform

The Orion Platform is a proprietary platform on which many SolarWinds network and systems management software products are built. The platform provides a unified base that allows seamless integration between different products. The main objective of this platform is to facilitate end-to-end IT monitoring with absolute ease. The SolarWinds Storage Resource Monitor is built on the SolarWinds Orion Platform. As such, you will be able to easily integrate it with other IT management tools from SolarWinds such as the Network Performance Monitor, the Virtualization Manager, the Server & Application Monitor, the Web Performance Monitor, and more.

Benefits Of The Orion Platform

Here are some of the main benefits of using the Orion Platform as the foundation for the SolarWinds Storage Resource Monitor.

  • End-to-end monitoring of IT infrastructure
  • Single, unified platform supporting the varied needs of multiple IT teams (network, systems, virtualization, etc.)
  • Centralized management and administration
  • Consolidated monitoring data and context across various IT layers
  • Drag-and-discover network performance charts

System Requirements

Like most products based on the Orion Platform, the SolarWinds Storage Resource Monitor requires two servers in all but the smallest installations. One server hosts the application while the other hosts the SQL database. Although both servers could be virtual and run on a single physical host, the SQL server’s database must reside on a separate, physical drive.

The hardware requirements are relatively complex as they vary according to the size of the installation one is contemplating. Rather than trying to describe every possible use case—and there are quite a few—we prefer to direct you to the SolarWinds website where the requirements are clearly laid out. Optionally, contacting SolarWinds sales would also allow you to ensure you correctly size your servers while accounting for eventual growth.


Pricing for the SolarWinds Storage Resource Monitor is based on the total number of physical disks you need to monitor. The product is available in nine licensing tiers that support between 25 and 5 000 disks. Prices start at $2 995 for up to 25 sockets. If you need to monitor a very large environment with over 5 000 disks, custom licenses can be arranged by contacting SolarWinds sales. You can also take the product for a test run before purchasing it as a free fully-functional and disk-unlimited 30-day trial is available.

Read SolarWinds Storage Resource Monitor – Review 2019 by Renaud Larue-Langlois on AddictiveTips – Tech tips to make you smarter