N-archive/Guide_3DS
1
0
Fork 0
Code Issues Pull requests Projects Releases Packages Wiki Activity

New Crowdin updates (#2018)

Browse source 
* New translations formatting-sd-(linux).txt (Romanian)

* New translations formatting-sd-(linux).txt (Polish)

* New translations formatting-sd-(linux).txt (Malay)

* New translations formatting-sd-(linux).txt (Croatian)

* New translations formatting-sd-(linux).txt (Thai)

* New translations formatting-sd-(linux).txt (Indonesian)

* New translations formatting-sd-(linux).txt (Portuguese, Brazilian)

* New translations formatting-sd-(linux).txt (Vietnamese)

* New translations formatting-sd-(linux).txt (Chinese Traditional)

* New translations formatting-sd-(linux).txt (Chinese Simplified)

* New translations formatting-sd-(linux).txt (Ukrainian)

* New translations formatting-sd-(linux).txt (Turkish)

* New translations formatting-sd-(linux).txt (Swedish)

* New translations formatting-sd-(linux).txt (Russian)

* New translations formatting-sd-(linux).txt (Portuguese)

* New translations formatting-sd-(linux).txt (Norwegian)

* New translations formatting-sd-(linux).txt (French)

* New translations formatting-sd-(linux).txt (Dutch)

* New translations formatting-sd-(linux).txt (Korean)

* New translations formatting-sd-(linux).txt (Japanese)

* New translations formatting-sd-(linux).txt (Italian)

* New translations formatting-sd-(linux).txt (Hungarian)

* New translations formatting-sd-(linux).txt (Hebrew)

* New translations formatting-sd-(linux).txt (Finnish)

* New translations formatting-sd-(linux).txt (Greek)

* New translations formatting-sd-(linux).txt (German)

* New translations formatting-sd-(linux).txt (Czech)

* New translations formatting-sd-(linux).txt (Catalan)

* New translations formatting-sd-(linux).txt (Bulgarian)

* New translations formatting-sd-(linux).txt (Arabic)

* New translations formatting-sd-(linux).txt (Spanish)

* New translations formatting-sd-(linux).txt (Pirate English)

* New translations formatting-sd-(linux).txt (Dutch)

* New translations formatting-sd-(linux).txt (Italian)
This commit is contained in:
ihaveahax 2022-05-19 14:59:47 -07:00 committed by GitHub
parent e746178c8a
commit d615874d8c
No known key found for this signature in database
GPG key ID: 4AEE18F83AFDEB23
32 changed files with 160 additions and 160 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

10
_pages/ar_SA/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/bg_BG/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/ca_ES/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/cs_CZ/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/de_DE/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/el_GR/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/en_PT/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/es_ES/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Toma nota del punto de montaje del dispositivo. En nuestro ejemplo anterior, fue `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ Si `RO` está establecido en 1, asegúrate que el interruptor de bloqueo de la tarjeta no se deslizó hacia abajo
1. Presiona CTRL + C para salir del menú
1. Escribe lo siguiente según tu tarjeta SD:
- 2 GB o menos: `sudo mkfs.fat /dev/(punto de montaje del dispositivo) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- Esto crea una sola partición FAT16 con un tamaño de clúster de 32 KB en la tarjeta SD
- 4 GB a 128 GB: `sudo mkfs.fat /dev/(punto de montaje del dispositivo) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- Esto crea una sola partición FAT32 con un tamaño de clúster de 32 KB en la tarjeta SD
- 128 GB o más: `sudo mkfs.fat /dev/(punto de montaje del dispositivo) -s 128 -F 32`
- Esto crea una sola partición FAT32 con un tamaño de clúster de 64 KB en la tarjeta SD
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- Esto crea una sola partición FAT32 con un tamaño de clúster de 64 KB en la tarjeta SD

10
_pages/fi_FI/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/fr_FR/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Prenez note du point de montage de l'appareil. Dans notre exemple ci-dessus, c'était `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ Si `RO` vaut 1, assurez-vous que le bouton de verrouillage ne soit pas glissé vers le bas
1. Appuyez sur CTRL + C pour quitter le menu
1. Tapez ce qui suit en fonction de votre carte SD :
- 2 Go ou moins : `sudo mkfs.fat /dev/(point de montage de l'appareil noté précédemment) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- Ceci crée une seule partition FAT16 avec une taille de cluster de 32 Ko sur la carte SD
- De 4 à 128 Go : `sudo mkfs.fat /dev/(point de montage de l'appareil noté précédemment) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- Ceci crée une seule partition FAT32 avec une taille de cluster de 32 Ko sur la carte SD
- 128 Go ou plus : `sudo mkfs.fat /dev/(point de montage de l'appareil noté précédemment) -s 128 -F 32`
- Ceci crée une seule partition FAT32 avec une taille de cluster de 64 Ko sur la carte SD
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- Ceci crée une seule partition FAT32 avec une taille de cluster de 64 Ko sur la carte SD

10
_pages/he_IL/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/hr_HR/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/hu_HU/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Jegyezd fel az eszköz csatolási pontját. A fenti példában ez `mmcblk0` volt
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ Ha az `RO` 1-re állított, ellenőrizd, hogy a zároló csúszka nincs-e lehúzva
1. Nyomj CTRL + C-t a menüből kilépéshez
1. Írd be a következőt az SD kártyádhoz:
- 2GB vagy kisebb: `sudo mkfs.fat /dev/(az eszköz csatolási pontja fentről) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- Ez létrehoz egy FAT16 partíciót 32 KB cluster mérettel az SD kártyán
- 4GB - 128GB: `sudo mkfs.fat /dev/(az eszköz csatolási pontja fentről) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- Ez létrehoz egy FAT32 partíciót 32 KB cluster mérettel az SD kártyán
- 128GB vagy nagyobb: `sudo mkfs.fat /dev/(az eszköz csatolási pontja fentről) -s 128 -F 32`
- Ez létrehoz egy FAT32 partíciót 64 KB cluster mérettel az SD kártyán
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- Ez létrehoz egy FAT32 partíciót 64 KB cluster mérettel az SD kártyán

10
_pages/id_ID/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/it_IT/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Prendi nota del mount point del dispositivo. Nell'esempio, era `mmcblk0`
1. Prendi nota del nome del dispositivo. Nell'esempio, era `mmcblk0p1`
+ Se `RO` è a 1, assicurati che l'interruttore di blocco non sia attivo
1. Premi CTRL + C per uscire
1. Digitare quanto segue a seconda della tua scheda SD:
- 2GB o inferiore: `sudo mkfs.fat /dev/(mount point del dispositivo indicato prima) -s 64 -F 16`
- 2GB o inferiore: `sudo mkfs.fat /dev/(nome del dispositivo indicato prima) -s 64 -F 16`
- Verrà creata un'unica partizione FAT16 con dimensione di allocazione di 32 KB sulla scheda SD
- 4GB - 128GB: `sudo mkfs.fat /dev/(mount point del dispositivo indicato prima) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(nome del dispositivo indicato prima) -s 64 -F 32`
- Verrà creata un'unica partizione FAT32 con dimensione di allocazione di 32 KB sulla scheda SD
- 128GB o superiore: `sudo mkfs.fat /dev/(mount point del dispositivo indicato prima) -s 128 -F 32`
- Verrà creata un'unica partizione FAT32 con dimensione di allocazione di 64 KB sulla scheda SD
- 128GB o superiore: `sudo mkfs.fat /dev/(nome del dispositivo indicato prima) -s 128 -F 32`
- Verrà creata un'unica partizione FAT32 con dimensione di allocazione di 64 KB sulla scheda SD

10
_pages/ja_JP/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. デバイスのマウントポイントをメモしてください。 上記の例では、 `mmcblk0` でした
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ `RO`が1に設定されている場合、ロックスイッチが下にスライドしないようにしてください
1. Ctrl + C を押してメニューを終了します
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/ko_KR/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/ms_MY/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/nl_NL/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Onthoud het mount point van je SD-kaart. In ons bovenstaande voorbeeld was het `mmcblk0`
1. Noteer de naam van je apparaat. In ons voorbeeld hierboven, was het `mmcblk0p1`
+ Als `RO` is ingesteld op 1, check dan even of je SD-kaart niet fysiek vergrendelt is
1. Druk op CTRL + C om het menu te verlaten
1. Typ het volgende voor jouw overeenkomende SD kaart:
- 2GB of lager: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB of lager: `sudo mkfs.fat /dev/(apparaatnaam van vanboven) -s 64 -F 16`
- Dit maakt een FAT16 partitie aan met 32 KB clustergrootte op de SD-kaart
- 4GB tot 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(apparaatnaam van vanboven) -s 64 -F 32`
- Dit maakt een FAT32 partitie met 32 KB clustergrootte op de SD-kaart
- 128GB of hoger: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- Dit maakt een FAT32 partitie met 64 KB clustergrootte op de SD-kaart
- 128GB of hoger: `sudo mkfs.fat /dev/(apparaatnaam van vanboven) -s 128 -F 32`
- Dit maakt een FAT32 partitie met 64 KB clustergrootte op de SD-kaart

10
_pages/no_NO/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/pl_PL/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/pt_BR/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/pt_PT/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/ro_RO/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/ru_RU/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/sv_SE/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/th_TH/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/tr_TR/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/uk_UA/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/vi_VN/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. Take note of the device mount point. In our example above, it was `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ If `RO` is set to 1, make sure the lock switch is not slid down
1. Hit CTRL + C to exit the menu
1. Type in the following for your SD card:
- 2GB or lower: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- This creates a single FAT16 partition with 32 KB cluster size on the SD card
- 4GB - 128GB: `sudo mkfs.fat /dev/(device mount point from above) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- This creates a single FAT32 partition with 32 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device mount point from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- This creates a single FAT32 partition with 64 KB cluster size on the SD card

10
_pages/zh_CN/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. 注意主机的挂载点。 在我们上面的示例中，它是 `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ 如果 `RO` 为 1，请确保写保护开关未被打开
1. 按下 CTRL + C 退出菜单
1. 根据 SD 卡的容量输入以下信息：
- 2GB 及以下：`sudo mkfs.fat /dev/（先前获取到的设备挂载点） -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- 这将创建一个 32 KB 簇大小的 FAT16 分区
- 4GB 至 128GB：`sudo mkfs.fat /dev/（先前获取到的设备挂载点） -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- 这将创建一个 32 KB 簇大小的 FAT32 分区
- 128GB及更高：`sudo mkfs.fat /dev/（先前获取到的设备挂载点） -s 128 -F 32`
- 这将创建一个 64 KB 簇大小的 FAT32 分区
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- 这将创建一个 64 KB 簇大小的 FAT32 分区

10
_pages/zh_TW/formatting-sd-(linux).txt
View file

@ -24,13 +24,13 @@ NAME MAJ:MIN RM SIZE RO TYPE MOUNTPOINT
mmcblk0 179:0 0 3,8G 0 disk
└─mmcblk0p1 179:1 0 3,7G 0 part /run/media/user/FFFF-FFFF
```
1. 將 SD 卡的掛載點記下。 在以上範例中，我們的 SD 卡掛載點是 `mmcblk0`
1. Take note of the device name. In our example above, it was `mmcblk0p1`
+ 如果 `RO` 的狀態為 1，請確保 SD 卡上的寫入保護開關尚被開啟
1. 按下 CTRL + C 退出選單
1. 根據 SD 卡的容量輸入以下指令：
- 2GB 及以下：`sudo mkfs.fat /dev/(先前記下的掛載點) -s 64 -F 16`
- 2GB or lower: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 16`
- 這將在 SD 卡中建立一個具有 32 KB 叢集大小的 FAT16 分區
- 4GB 至 128GB：`sudo mkfs.fat /dev/(先前記下的掛載點) -s 64 -F 32`
- 4GB - 128GB: `sudo mkfs.fat /dev/(device name from above) -s 64 -F 32`
- 這將在 SD 卡中建立一個具有 32 KB 叢集大小的 FAT32 分區
- 128GB及更高：`sudo mkfs.fat /dev/(先前記下的掛載點) -s 128 -F 32`
- 這將在 SD 卡中建立一個具有 64 KB 叢集大小的 FAT32 分區
- 128GB or higher: `sudo mkfs.fat /dev/(device name from above) -s 128 -F 32`
- 這將在 SD 卡中建立一個具有 64 KB 叢集大小的 FAT32 分區