Changing a partition structure might be seen as a difficult operation to perform without losing data, so that structure should be considered carefully before putting data onto a device. This is different from Windows, where each partition becomes a separate drive, referenced by a letter such as C:, D:, and so on.Ī storage device can have a single partition, or several partitions. Generally, users do not need to know about, or see, how partitions are used. Partitions are mounted at points in the directory structure, but the file system remains a single structure. The Linux system has a single directory structure starting at the root directory ("/"). For a simplistic explanation, see Partition (basics), which applies to all systems that use partitioning.Ī partition is a section of a storage device, which is formatted with a file system, in which the operating system creates a directory structure. This is done using partitions and file systems. Storage devices need some structure that allows the operating system to locate existing files and create new ones. Once it's finished, the Pi returns to a command-line or graphical login prompt.Īlternatively, you can just run raspi-config -expand-rootfs to make it a completely non-interactive process. It takes some time for the changes to be made. All you have to do is launch it, select the option expand_rootfs in the raspi-config menu, and reboot the Raspberry Pi. The raspi-config tool is fully automatic. Read on if you want to know if you should use it. Instructions are on the RPi raspi-config page. If using the official Raspian images released by the Raspberry Pi Foundation, you can use the raspi-config utility to resize the main partition to fill the SD card.
7 Manually resizing the SD card on Raspberry Pi.6 Manually resizing the SD card using a GUI with GParted.5 Manually extracting partitions from the image on Linux.3 Manually resizing the SD card on Linux.
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