Repartitioning a CompactFlash Disk for Linux - Revision history

Mdean: /* Backup the Existing Filesystem */ Fixed grammatical error.

2014-11-10T21:02:45Z

‎Backup the Existing Filesystem: Fixed grammatical error.

Bserrano at 17:17, 11 April 2014

2014-04-11T17:17:03Z

Bserrano at 21:22, 6 March 2014

2014-03-06T21:22:14Z

Bserrano at 21:09, 6 March 2014

2014-03-06T21:09:16Z

Mdean: Marked for revision. Reassigned page to MG for performing the revision.

2014-01-17T19:16:44Z

Marked for revision. Reassigned page to MG for performing the revision.

Mwelling at 01:03, 4 January 2014

2014-01-04T01:03:26Z

Mdean: Hid category tag.

2014-01-03T18:36:02Z

Hid category tag.

Mdean: Undo revision 2293 by Mgloff (talk) Too many changes to a FinalDraft to go to Complete.

2014-01-03T18:34:43Z

Undo revision 2293 by Mgloff (talk) Too many changes to a FinalDraft to go to Complete.

Show changes

Mdean: Reverted edits by Mdean (talk) to last revision by Mgloff

2014-01-03T18:34:00Z

Reverted edits by Mdean (talk) to last revision by Mgloff

Mdean: Hid category tag.

2014-01-02T18:40:48Z

Hid category tag.

@@ Line 73: / Line 73: @@
 Given the results from these three commands, <code>/dev/sdc</code> is the CF disk. If <code>/dev/sdc1</code> is mounted, it should be unmounted before continuing. <br>'''Do not continue if you are not certain which device node corresponds to the CF disk.'''
-== Backup the Existing Filesystem ==
+== Back Up the Existing Filesystem ==
 After determining the CF disk on the system, make a backup of the CF disk to ensure that it can be restored if something goes wrong during the repartitioning process. The steps below assume that <code>/dev/sdc</code> is the CF disk as determined in the example above. Replace the <code>/dev/sdc</code> occurrences with the appropriate device for your system.

@@ Line 1: / Line 1: @@
-{{todo|SEOKWTODO (12.17.13-00:30->MD+);(12.17.13-15:05->KY+);(01.03.14-19:02->MW+);(01.17.14-13:15->MD-);(03.06.14-15:10->BS-)|Michael Gloff|project=oe 4,oe 5,md,SEOKWTODO,ky,mg,bs}}
+{{todo|SEOKWREV (12.17.13-00:30->MD+);(12.17.13-15:05->KY+);(01.03.14-19:02->MW+);(01.17.14-13:15->MD-);(03.06.14-15:10->BS-);(04.11.14-12:15->BS+)|Michael Gloff|project=oe 4,oe 5,md,SEOKWREV,ky,mg,bs}}
 The majority of EMAC's x86-based systems utilize CompactFlash as the primary storage device. By default, EMAC OE is provided with a single ext3 partition on the CompactFlash holding the root filesystem. The most efficient method for repartitioning this type of device is using a CompactFlash card reader on a Linux PC. While command-line tools can be utilized, the application <code>gparted</code> is a graphical application that works very well for resizing existing partitions. Follow the procedure below to resize the existing partition and create a secondary partition on a CompactFlash. The procedure can be modified to generate any partition layout desired.
 {{mbox | type = notice | text = This procedure requires the <code>gparted</code> utility on the Linux PC being used for partitioning the CF disk. If it is not installed, use the package manager (apt, yum, etc) to install the package.}}

← Older revision		Revision as of 21:22, 6 March 2014
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−	{{todo\|SEOKWTODO (12.17.13-00:30->MD+);(12.17.13-15:05->KY+);(01.03.14-19:02->MW+);(01.17.14-13:15->MD-);(03.06.14-15:10->BS+)\|Michael Gloff\|project=oe 4,oe 5,md,SEOKWTODO,ky,mg,bs}}	+	{{todo\|SEOKWTODO (12.17.13-00:30->MD+);(12.17.13-15:05->KY+);(01.03.14-19:02->MW+);(01.17.14-13:15->MD-);(03.06.14-15:10->BS-)\|Michael Gloff\|project=oe 4,oe 5,md,SEOKWTODO,ky,mg,bs}}

	The majority of EMAC's x86-based systems utilize CompactFlash as the primary storage device. By default, EMAC OE is provided with a single ext3 partition on the CompactFlash holding the root filesystem. The most efficient method for repartitioning this type of device is using a CompactFlash card reader on a Linux PC. While command-line tools can be utilized, the application <code>gparted</code> is a graphical application that works very well for resizing existing partitions. Follow the procedure below to resize the existing partition and create a secondary partition on a CompactFlash. The procedure can be modified to generate any partition layout desired.		The majority of EMAC's x86-based systems utilize CompactFlash as the primary storage device. By default, EMAC OE is provided with a single ext3 partition on the CompactFlash holding the root filesystem. The most efficient method for repartitioning this type of device is using a CompactFlash card reader on a Linux PC. While command-line tools can be utilized, the application <code>gparted</code> is a graphical application that works very well for resizing existing partitions. Follow the procedure below to resize the existing partition and create a secondary partition on a CompactFlash. The procedure can be modified to generate any partition layout desired.

← Older revision		Revision as of 21:09, 6 March 2014
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−	{{todo\|~~Complete~~ (12.17.13-00:30->MD+);(12.17.13-15:05->KY+);(01.03.14-19:02->MW+);(01.17.14-13:15->MD-)\|Michael Gloff\|project=oe 4,oe 5,md,~~Revise~~,ky,mg}}	+	{{todo\|SEOKWTODO (12.17.13-00:30->MD+);(12.17.13-15:05->KY+);(01.03.14-19:02->MW+);(01.17.14-13:15->MD-);(03.06.14-15:10->BS+)\|Michael Gloff\|project=oe 4,oe 5,md,SEOKWTODO,ky,mg,bs}}

	The majority of EMAC's x86-based systems utilize CompactFlash as the primary storage device. By default, EMAC OE is provided with a single ext3 partition on the CompactFlash holding the root filesystem. The most efficient method for repartitioning this type of device is using a CompactFlash card reader on a Linux PC. While command-line tools can be utilized, the application <code>gparted</code> is a graphical application that works very well for resizing existing partitions. Follow the procedure below to resize the existing partition and create a secondary partition on a CompactFlash. The procedure can be modified to generate any partition layout desired.		The majority of EMAC's x86-based systems utilize CompactFlash as the primary storage device. By default, EMAC OE is provided with a single ext3 partition on the CompactFlash holding the root filesystem. The most efficient method for repartitioning this type of device is using a CompactFlash card reader on a Linux PC. While command-line tools can be utilized, the application <code>gparted</code> is a graphical application that works very well for resizing existing partitions. Follow the procedure below to resize the existing partition and create a secondary partition on a CompactFlash. The procedure can be modified to generate any partition layout desired.

← Older revision		Revision as of 19:16, 17 January 2014
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−	{{todo\|Complete (12.17.13-00:30->MD+);(12.17.13-15:05->KY+);(01.03.13-19:02->MW+)\|~~Mike Dean~~\|project=oe 4,oe 5,md,~~Complete~~,ky}}	+	{{todo\|Complete (12.17.13-00:30->MD+);(12.17.13-15:05->KY+);(01.03.14-19:02->MW+);(01.17.14-13:15->MD-)\|Michael Gloff\|project=oe 4,oe 5,md,Revise,ky,mg}}

	The majority of EMAC's x86-based systems utilize CompactFlash as the primary storage device. By default, EMAC OE is provided with a single ext3 partition on the CompactFlash holding the root filesystem. The most efficient method for repartitioning this type of device is using a CompactFlash card reader on a Linux PC. While command-line tools can be utilized, the application <code>gparted</code> is a graphical application that works very well for resizing existing partitions. Follow the procedure below to resize the existing partition and create a secondary partition on a CompactFlash. The procedure can be modified to generate any partition layout desired.		The majority of EMAC's x86-based systems utilize CompactFlash as the primary storage device. By default, EMAC OE is provided with a single ext3 partition on the CompactFlash holding the root filesystem. The most efficient method for repartitioning this type of device is using a CompactFlash card reader on a Linux PC. While command-line tools can be utilized, the application <code>gparted</code> is a graphical application that works very well for resizing existing partitions. Follow the procedure below to resize the existing partition and create a secondary partition on a CompactFlash. The procedure can be modified to generate any partition layout desired.

← Older revision		Revision as of 01:03, 4 January 2014
Line 1:		Line 1:
−	{{todo\|~~needs new version for Ubuntu~~ (12.17.13-00:30->MD+);(12.17.13-15:05->KY+)\|Mike Dean\|project=oe 4,oe 5,md,~~finaldraft~~,ky}}	+	{{todo\|Complete (12.17.13-00:30->MD+);(12.17.13-15:05->KY+);(01.03.13-19:02->MW+)\|Mike Dean\|project=oe 4,oe 5,md,Complete,ky}}

	The majority of EMAC's x86-based systems utilize CompactFlash as the primary storage device. By default, EMAC OE is provided with a single ext3 partition on the CompactFlash holding the root filesystem. The most efficient method for repartitioning this type of device is using a CompactFlash card reader on a Linux PC. While command-line tools can be utilized, the application <code>gparted</code> is a graphical application that works very well for resizing existing partitions. Follow the procedure below to resize the existing partition and create a secondary partition on a CompactFlash. The procedure can be modified to generate any partition layout desired.		The majority of EMAC's x86-based systems utilize CompactFlash as the primary storage device. By default, EMAC OE is provided with a single ext3 partition on the CompactFlash holding the root filesystem. The most efficient method for repartitioning this type of device is using a CompactFlash card reader on a Linux PC. While command-line tools can be utilized, the application <code>gparted</code> is a graphical application that works very well for resizing existing partitions. Follow the procedure below to resize the existing partition and create a secondary partition on a CompactFlash. The procedure can be modified to generate any partition layout desired.

@@ Line 174: / Line 174: @@
   * Modify any necessary applications to store data on the new partition.
 </cl>
+<!--
 [[Category:Filesystems]]