Index: geom.8 =================================================================== --- geom.8 +++ geom.8 @@ -1,34 +1,26 @@ - label Create a mirror. The order of components is important, - because a component's priority is based on its position - (starting from 0 to 255). The component with the biggest - priority is used by the prefer balance algorithm and is - also used as a master component when resynchronization is - needed, e.g. after a power failure when the device was - open for writing. + label Create a mirror. The order of components is important, + because a component's priority is based on its position + (starting from 0 to 255). The component with the biggest + priority is used by the prefer balance algorithm and is also + used as a master component when resynchronization is needed, + e.g. after a power failure when the device was open for + writing. - Additional options include: + Additional options include: - -b balance Specifies balance algorithm to use, one - of: + -b balance Specifies balance algorithm to use, one of: - load Read from the - component with the - lowest load. This is - the default balance - algorithm. + load Read from the component with the + lowest load. This is the default + balance algorithm. - prefer Read from the - component with the - biggest priority. + prefer Read from the component with the + biggest priority. - round-robin Use round-robin - algorithm when - choosing component to - read. + round-robin Use round-robin algorithm when + choosing component to read. - split Split read requests, - which are bigger than - or equal to slice size - on N pieces, where N - is the number of - active components. + split Split read requests, which are + bigger than or equal to slice size + on N pieces, where N is the number + of active components. Index: magic.5 =================================================================== --- magic.5 +++ magic.5 @@ -1,28 +1,28 @@ - offset A number specifying the offset (in bytes) into the file of - the data which is to be tested. This offset can be a - negative number if it is: - • The first direct offset of the magic entry (at - continuation level 0), in which case it is interpreted - an offset from end end of the file going backwards. - This works only when a file descriptor to the file is - available and it is a regular file. - • A continuation offset relative to the end of the last - up-level field (&). + offset A number specifying the offset (in bytes) into the file of the + data which is to be tested. This offset can be a negative + number if it is: + • The first direct offset of the magic entry (at continuation + level 0), in which case it is interpreted an offset from end + end of the file going backwards. This works only when a + file descriptor to the file is available and it is a regular + file. + • A continuation offset relative to the end of the last up- + level field (&). - type The type of the data to be tested. The possible values are: + type The type of the data to be tested. The possible values are: - byte A one-byte value. + byte A one-byte value. - short A two-byte value in this machine's native - byte order. + short A two-byte value in this machine's native byte + order. [...] - offset This is a quad value indicating the current - offset of the file. It can be used to - determine the size of the file or the magic - buffer. For example the magic entries: + offset This is a quad value indicating the current offset + of the file. It can be used to determine the size + of the file or the magic buffer. For example the + magic entries: - -0 offset x this file is %lld bytes - -0 offset <=100 must be more than 100 \ - bytes and is only %lld + -0 offset x this file is %lld bytes + -0 offset <=100 must be more than 100 \ + bytes and is only %lld Index: rc.8 =================================================================== --- rc.8 +++ rc.8 @@ -2,15 +2,14 @@ rc.d/ is located in /etc/rc.d/. The following file naming conventions are currently used in rc.d/: - ALLUPPERCASE Scripts that are “placeholders” to ensure that - certain operations are performed before others. - In order of startup, these are: + ALLUPPERCASE Scripts that are “placeholders” to ensure that + certain operations are performed before others. In + order of startup, these are: - FILESYSTEMS Ensure that root and other - critical file systems are - mounted. This is the default - $early_late_divider. + FILESYSTEMS Ensure that root and other critical file + systems are mounted. This is the + default $early_late_divider. - NETWORKING Ensure basic network services - are running, including general - network configuration. + NETWORKING Ensure basic network services are + running, including general network + configuration.