Repartitioning Root Storage Devices for Linux - Revision history

Mdean: Fixed tag.

2013-12-20T02:50:21Z

Fixed tag.

Mgloff at 02:03, 17 December 2013

2013-12-17T02:03:39Z

Kyoungmeyer at 21:57, 27 November 2013

2013-11-27T21:57:51Z

Mdean: Marked for review.

2013-11-27T06:46:04Z

Marked for review.

Mdean at 03:34, 2 October 2013

2013-10-02T03:34:20Z

Mdean: Two grammar-like mistakes.

2013-09-26T19:20:00Z

Two grammar-like mistakes.

Tstratman: changed categories

2013-04-30T12:25:51Z

changed categories

Tstratman: typo

2013-04-10T14:30:54Z

typo

Tstratman: added category tags

2013-04-09T12:09:07Z

added category tags

Tstratman: created page

2013-04-09T12:08:36Z

created page

New page

Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is still advantages to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this is using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partition for data storage on different storage devices.

* [[Repartitioning a CompactFlash Disk for Linux]]
* [[Repartitioning NAND Flash with JFFS2 for Linux]]

← Older revision		Revision as of 02:50, 20 December 2013
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−	{{todo\|(11.27.13-00:45->MD+);(11.27.13-16:00->KY+)(12.16.13-20:00->MG+)\|Mike Dean\|project=oe 4,oe 5,md,ky,mg,Complete}}	+	{{todo\|Rejected (11.27.13-00:45->MD+);(11.27.13-16:00->KY+)(12.16.13-20:00->MG+)\|Mike Dean\|project=oe 4,oe 5,md,ky,mg,Complete}}

	Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing additional partitions for data storage on different storage devices.		Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing additional partitions for data storage on different storage devices.

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-{{todo|(11.27.13-00:45->MD+);(11.27.13-16:00->KY+)|Mike Dean|project=oe 4,oe 5,md,finaldraft,ky,mg}}
+{{todo|(11.27.13-00:45->MD+);(11.27.13-16:00->KY+)(12.16.13-20:00->MG+)|Mike Dean|project=oe 4,oe 5,md,ky,mg,Complete}}
-Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partitions for data storage on different storage devices.
+Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing additional partitions for data storage on different storage devices.
 * [[Repartitioning a CompactFlash Disk for Linux]]

← Older revision		Revision as of 21:57, 27 November 2013
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−	{{todo\|(11.27.13-00:45->MD+)\|Mike Dean\|project=oe 4,oe 5,md,~~Review~~,ky}}	+	{{todo\|(11.27.13-00:45->MD+);(11.27.13-16:00->KY+)\|Mike Dean\|project=oe 4,oe 5,md,finaldraft,ky,mg}}

	Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partitions for data storage on different storage devices.		Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partitions for data storage on different storage devices.

← Older revision		Revision as of 06:46, 27 November 2013
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−	{{todo\|~~Finish and polish~~\|Mike Dean\|project=oe 4,oe 5,md}}	+	{{todo\|(11.27.13-00:45->MD+)\|Mike Dean\|project=oe 4,oe 5,md,Review,ky}}

	Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partitions for data storage on different storage devices.		Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partitions for data storage on different storage devices.

← Older revision		Revision as of 03:34, 2 October 2013
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		+	{{todo\|Finish and polish\|Mike Dean\|project=oe 4,oe 5,md}}
		+
	Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partitions for data storage on different storage devices.		Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partitions for data storage on different storage devices.

← Older revision		Revision as of 19:20, 26 September 2013
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−	Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this is using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional ~~partition~~ for data storage on different storage devices.	+	Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partitions for data storage on different storage devices.

	* [[Repartitioning a CompactFlash Disk for Linux]]		* [[Repartitioning a CompactFlash Disk for Linux]]

← Older revision		Revision as of 12:25, 30 April 2013
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	* [[Repartitioning NAND Flash with JFFS2 for Linux]]		* [[Repartitioning NAND Flash with JFFS2 for Linux]]

−	~~[[Category:Linux]]~~
	[[Category:Filesystems]]		[[Category:Filesystems]]

← Older revision		Revision as of 14:30, 10 April 2013
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−	Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is ~~still advantages~~ to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this is using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partition for data storage on different storage devices.	+	Many embedded systems require writing to persistent storage during routine operation. While the journaling filesystems used on EMAC OE systems are tolerant of power failures during a write to the filesystem, it is advantageous to leave the root filesystem mounted read-only as often as possible to prevent any possibility of data loss or corruption on the root filesystem. Depending on the target hardware and system requirements, it may be possible to accomplish this is using a separate disk (such as an SD card) for data storage. In other situations, secondary partitions on the primary root storage device may need to be used for any application-specific data that needs to be written to disk. The articles below describe the process of creating and utilizing an additional partition for data storage on different storage devices.

	* [[Repartitioning a CompactFlash Disk for Linux]]		* [[Repartitioning a CompactFlash Disk for Linux]]

← Older revision		Revision as of 12:09, 9 April 2013
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	* [[Repartitioning a CompactFlash Disk for Linux]]		* [[Repartitioning a CompactFlash Disk for Linux]]
	* [[Repartitioning NAND Flash with JFFS2 for Linux]]		* [[Repartitioning NAND Flash with JFFS2 for Linux]]
		+
		+	[[Category:Linux]]
		+	[[Category:Filesystems]]