Microsoft Windows 7 provides several tools for managing the configuration of your computer and the various parts of your operating system. There are times where you will want to shrink the amount of allocated space on your hard drive, referred to as a volume, to make room for another partition. In the not-so-distant past you would have used a third-party tool for this task, but with the Windows 7 Disk Management Tool, the utility you require is part of the operating system.
The first step is to start the Disk Management tool with elevated administrative rights. Click the Start menu button, type diskmgmt.msc into the search box, and then right-click the diskmgmt.msc entry to get to the Run as Administrator item in the context menu, as shown in Figure A.
Open the Disk Management Tool with administrative rights.
Clicking Run as Administrator will load the Disk Management Tool, which will look something like Figure B.
The Disk Management Tool will load.
As you can see, I have a recover disk on my test machine in addition to an Operating System partition and a Data partition. In general, you want to shrink a nonoperating system volume, so we will shrink the Data partition (D:).
Right-click the drive you want to shrink (D: in our example) and navigate to the Shrink Volume menu item, as shown in Figure C.
Navigate to the Shrink Volume menu item.
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The Disk Management Tool will take a few seconds to analyze the drive in question and then present you with a summary screen similar to the one shown in Figure D.
The Summary shrink screen shows the results of the analysis.
The number you can change on this screen is Enter the Amount of Space to Shrink in MB box. I am shrinking drive D by 5000MB (5GB), as you can see in Figure E. Click the Shrink button when you are ready.
Shrink the drive by 5000MB.
When the process is complete, you will have a new unallocated partition. The actual size will be less than what you asked for as there will be some space taken up by the Windows file system, as shown in Figure F.
A new unallocated partition will appear.
Allocate the unallocated
The next step will be to allocate the newly created space into something the operating system can use. That procedure is not complicated, but it does involve several steps, so we’ll run through that process in a follow-up post.
Process Monitor is an advanced monitoring tool for Windows that shows real-time file system, Registry and process/thread activity. It combines the features of two legacy Sysinternals utilities, Filemon and Regmon, and adds an extensive list of enhancements including rich and non-destructive filtering, comprehensive event properties such session IDs and user names, reliable process information, full thread stacks with integrated symbol support for each operation, simultaneous logging to a file, and much more. Its uniquely powerful features will make Process Monitor a core utility in your system troubleshooting and malware hunting toolkit.
Overview of Process Monitor Capabilities
Process Monitor includes powerful monitoring and filtering capabilities, including:
More data captured for operation input and output parameters
Non-destructive filters allow you to set filters without losing data
Capture of thread stacks for each operation make it possible in many cases to identify the root cause of an operation
Reliable capture of process details, including image path, command line, user and session ID
Configurable and moveable columns for any event property
Filters can be set for any data field, including fields not configured as columns
Advanced logging architecture scales to tens of millions of captured events and gigabytes of log data
Process tree tool shows relationship of all processes referenced in a trace
Native log format preserves all data for loading in a different Process Monitor instance
Process tooltip for easy viewing of process image information
Detail tooltip allows convenient access to formatted data that doesn’t fit in the column
Boot time logging of all operations
The best way to become familiar with Process Monitor’s features is to read through the help file and then visit each of its menu items and options on a live system.
Note: “DangerSPL“ (or DeathSPL or Haykuro’s SPL) is a prerequisite for Dream/G1 users. Magic (MT3G etc) users donot need to do this. There’s a guide to install this bootloader. Flashing this bootloader under the wrong conditions can actually brick your device, so pay attention to the guide.