svn commit: r48686 - head/en_US.ISO8859-1/htdocs/news/status

[Warren Block]

Author: wblock
Date: Wed Apr 20 14:26:46 2016
New Revision: 48686
URL: https://svnweb.freebsd.org/changeset/doc/48686

Log:
  Whitespace-only fixes, translators please ignore.

Modified:
  head/en_US.ISO8859-1/htdocs/news/status/report-2016-01-2016-03.xml

Modified: head/en_US.ISO8859-1/htdocs/news/status/report-2016-01-2016-03.xml
==============================================================================
--- head/en_US.ISO8859-1/htdocs/news/status/report-2016-01-2016-03.xml	Wed Apr 20 14:23:55 2016	(r48685)
+++ head/en_US.ISO8859-1/htdocs/news/status/report-2016-01-2016-03.xml	Wed Apr 20 14:26:46 2016	(r48686)
@@ -2550,38 +2550,39 @@
 	By default, this scheduler implements the old behavior.
 	In addition, an advanced adaptive scheduler is available.
 	Along with the scheduler, SATA disks can now use Queued Trims
-	with devices that support them. Details about the new
+	with devices that support them.  Details about the new
 	scheduler are available in the
 	<a href="https://people.freebsd.org/~imp/bsdcan2015/iosched-v3.pdf">I/O Scheduling in FreeBSD's CAM Subsystem article (PDF)</a>
 	or from
 	<a href="https://www.youtube.com/watch?v=3WqOLolj5EU">the BSDCan 2015 talk</a>.</p>
 
-      <p>The adaptive I/O scheduler is disabled by default, but can be enabled
-	with options CAM_ADAPTIVE_IOSCHED in the kernel config file. This
-	scheduler allows favoring reads over writes (or vice versa), controlling
-	the IOPs, bandwidth, or concurrent operations (read, write, trim), and
-	permits the selection of static or dynamic control of these operations. In
-	addition, a number of statistics are collected for drive operations
-	that are published via sysctl. One advanced use for the adaptive I/O
-	scheduler is to compensate for deficiencies in some consumer-grade
-	SSDs. These SSDs exhibit a performance cliff if too much data is written
-	to them too quickly due to internal garbage collection. Without the
-	I/O scheduler, read and write performance drop substantially once
-	garbage collection kicks in. The adaptive I/O scheduler can be
-	configured to monitor read latency. As read latency climbs, the I/O
-	scheduler reduces the allowed write throughput, within limits, to
-	attempt to maximize read performance. A simple use of the adaptive I/O
-	scheduler would be to limit write bandwidth, IOPs or concurrent
-        operations statically.</p>
+      <p>The adaptive I/O scheduler is disabled by default, but can be
+	enabled with options CAM_ADAPTIVE_IOSCHED in the kernel config
+	file.  This scheduler allows favoring reads over writes (or
+	vice versa), controlling the IOPs, bandwidth, or concurrent
+	operations (read, write, trim), and permits the selection of
+	static or dynamic control of these operations.  In addition, a
+	number of statistics are collected for drive operations that
+	are published via sysctl.  One advanced use for the adaptive
+	I/O scheduler is to compensate for deficiencies in some
+	consumer-grade SSDs.  These SSDs exhibit a performance cliff
+	if too much data is written to them too quickly due to
+	internal garbage collection.  Without the I/O scheduler, read
+	and write performance drop substantially once garbage
+	collection kicks in.  The adaptive I/O scheduler can be
+	configured to monitor read latency.  As read latency climbs,
+	the I/O scheduler reduces the allowed write throughput, within
+	limits, to attempt to maximize read performance.  A simple use
+	of the adaptive I/O scheduler would be to limit write
+	bandwidth, IOPs or concurrent operations statically.</p>
 
       <p>Future work on the I/O scheduler will be coupled with
-        improvements to the upper layers. The upper layers will be
-        enhanced to communicate how urgent I/O requests are. The I/O
-        scheduler will inform the upper layers of how full the I/O queues are,
-        so less urgent I/O can be submitted to the lower
-        layers as quickly as possible without overwhelming the lower
-        layers or starving other devices of requests.</p>
-
+	improvements to the upper layers.  The upper layers will be
+	enhanced to communicate how urgent I/O requests are.  The I/O
+	scheduler will inform the upper layers of how full the I/O
+	queues are, so less urgent I/O can be submitted to the lower
+	layers as quickly as possible without overwhelming the lower
+	layers or starving other devices of requests.</p>
     </body>
 
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