How to convert an NTFS partition to an EXT3 partition format

Article Title: how to convert an NTFS partition to an EXT3 partition format. Linux is a technology channel of the IT lab in China. Some basic categories, such as desktop applications, Linux system management, kernel research, embedded systems, and open-source systems, take the e-disk as an example. In Linux, it corresponds to/dev/hda6. The operation steps are as follows:
　
1. First uninstall/dev/hda6 (sudo umount/dev/hda6)
　
2. Use fdisk to convert the partition format to 83.
　
Sudo fdisk/dev/hda
　
Command (m for help): m (here m can take a look at the meaning of each parameter)
　
Command action
　
A toggle a bootable flag
　
B edit bsd disklabel
　
C toggle the dos compatibility flag
　
D delete a partition
　
L list known partition types
　
M print this menu
　
N add a new partition
　
O create a new empty DOS partition table
　
P print the partition table
　
Q quit without saving changes
　
S create a new empty Sun disklabel
　
T change a partition's system id // This t is what we need
　
U change display/entry units
　
V verify the partition table
　
W write table to disk and exit
　
X extra functionality (experts only)
　
The following describes how to modify the id of the next partition by using the "t" command.
　
Command (m for help): t
　
Partition number (1-10): 6 // This is the Partition number.
　
Hex code (type L to list codes): 83 // 83 is the Linux id. You can click "l" to view it.
　
In this way, the partition format will be converted. Next we need to modify the/etc/fstab file and comment out the code automatically loaded for/dev/hda6. If not, the system may not be able to start. Find
　
#/Dev/hda6
　
UUID = *************/media/hda6 **********
　
This UUID seems to have been introduced in 6.10. It is a hardware Code. It is very helpful. Now, you don't need to worry about this, what we need to do is add a # sign in front of the UUID, and the comment is complete. Now restart.
　
3. After restart, use mkfs. ext3/dev/hda6 or mkfs-t ext3/dev/hda to create a new file system.
　
4. Modify/etc/fstab and activate the comments. Note that the UUID of the partition will change after the file system is re-created, so confirm the UUID. Run the following command to view the UUID of the partition.
　
Ls-l/dev/disk/by-uuid
　
After the UUID is modified, you can modify the following parameters by referring to other ext3 partitions.
　
5. mount-a can load the created partition.
　
In addition, after the restart, X may not be started. Haha, this is what I do, because after I restart, I found that the UUID of/dev/hda6 has changed, nnd, use the new UUID and modify the/etc/fstab file again. You can rest assured that this UUID is not changed every time. Otherwise, people will not go crazy and machines will go crazy. This is a special case. It may start normally in the future.