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xfs_growfs, xfs_info \- expand an XFS filesystem
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\f3xfs_growfs\f1 [ \f3\-dilnrxV\f1 ] [ \f3\-D\f1 size ] [ \f3\-e\f1 rtextsize ]
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[ \f3\-L\f1 size ] [ \f3\-m\f1 maxpct ] [ \f3-t\f1 mtab ]
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[ \f3\-R\f1 size ] mount-point
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\f3xfs_info\f1 [ \f3-t\f1 mtab ] mount-point
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expands an existing XFS filesystem (see
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argument is the pathname of the directory where the filesystem
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The filesystem must be mounted to be grown (see
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The existing contents of the filesystem are undisturbed, and the added space
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becomes available for additional file storage.
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is equivalent to invoking
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option (see discussion below).
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\f3\-d\f1, \f3\-D\f1 \f2size\f1
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Specifies that the data section of the filesystem should be grown.
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option is given, the data section is grown to that size, otherwise
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the data section is grown to the largest size possible.
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Allows the real-time extent size to be specified.
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this is specified with
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The new log is an internal log
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(inside the data section).
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\f3\-l\f1, \f3\-L\f1 \f2size\f1
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Specifies that the log section of the filesystem should be grown,
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option is given, the log section is changed to be that size,
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The size is expressed in
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The size of an internal log must be smaller than the size
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of an allocation group (this value is printed at \f2mkfs\f1(8) time).
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the log continues to be internal or external as it was before.
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Specify a new value for the maximum percentage
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of space in the filesystem that can be allocated as inodes.
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this is specified with
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Specifies that no change to the filesystem is to be made.
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The filesystem geometry is printed, and argument checking is performed,
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\f3\-r\f1, \f3\-R\f1 \f2size\f1
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Specifies that the real-time section of the filesystem should be grown.
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option is given, the real-time section is grown to that size, otherwise
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the real-time section is grown to the largest size possible.
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The filesystem does not need to have contained a real-time section before
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the \f2xfs_growfs\f1 operation.
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Specifies an alternate mount table file (default is
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This is used when working with filesystems mounted without writing to
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is most often used in conjunction with
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However, it can also be used on a regular disk partition, for example if a
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partition has been enlarged while retaining the same starting block.
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Filesystems normally occupy all of the space on the device where they
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In order to grow a filesystem, it is necessary to provide added
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space for it to occupy.
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Therefore there must be at least one spare new disk partition available.
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Adding the space is often done through the use of a logical volume manager.