About Free vpb
Be layered above another device, the high-level Device Object must be initialized carefully to reflect the attributes of the lower-layer device. The information about the lower-layer device comes from its Device Object, or even fom interrogating the lower-layer physical device itself. See Characteristics, StackSize and AlignmentRequirement of DEVICE_OBJECT struct.File System drivers (FSDs) are at the top of the Windows NT driver stack. FSDs are added dynamically to the driver stack, as opposed to the way Intermediate drivers are added.The I/O Manager recognizes file-structured devices through the existence of a Volume Parameter Block (VPB) for the device. The VPB links the Device Object that represents the partition (created by the Class driver) with a Device Object that represents a mounted instance of a file system on that partition (created by an FSD). Using the previous example driver stack, the first time an I/O operation is directed to device \Device\HardDisk0\Partition1 , the I/O Manager notices that this is a file-structured device and that it does not presently have a fle system associated with it. As a result, it will pass a Mount request to registered disk type file systems, one at a time, asking them if they recognize the file structure on the partition as a type that they support.Disk file systems ordinarily ncountered on Windows NT 4 include NTFS and FAT. The frst file system that recognizes the format of the data on the partition will mount the device successfully. As part of the mount process, the FSD creates an (unnamed)
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3 \ --downscale 1.2 \ # This may need to be decreased for larger designs (smaller value = smaller GIF) --fps 8 \ --build_dir buildAfter the program finishes running, it should output one or more GIF files containing the visualization (multiple if multiple modes are selected). The program is fairly self-verifying, with most assumptions documented as asserts, so if it fails on your design, please file an issue with details about the design and the error message from the assertion failure.(Optional) The GIF files produced may be extremely large (~hundreds of MB) because they are not compressed during creation. However, they can be (effectively-losslessly) compressed down to a fraction of their size (on larger designs, the compressed GIF is often 90% smaller) using Gifsicle. The following command is recommended - it will decrease the filesize significantly without harming quality: -o ">gifsicle -O3 --colors 256 -o Configuration Parameters..) --status_var STATUS_VAR Signal which is the status-string to show under each frame (should be .status) --rst RST Reset signal (inside the UUT) --clk CLK Clock signal (inside the UUT)optional arguments: --outfile OUTFILE Filename for the output GIF (default: vis.gif). If using multiple modes, a `_` will be added to the filename (before the extension) for each mode. --mode MODE Comma-separated list of modes to visualize (default: 0,1,2,3,4,5) --start_status START_STATUS Status string to wait for before starting visualization (optional) --ignore_ports IGNORE_PORTS Comma-separated list of ports in standard cells to ignore (default: VPWR,VGND,VPB,VNB - should not need to be changed) --scale SCALE Integer factor to
