M
Membre supprimé 1060554
Invité
Situation normale : pas de partition BOOTCAMP > pas d'espace libre en-dehors du Conteneur apfs : RAS.
2: Apple_CoreStorage Fusion Drive 27.6 GB disk0s2
----------------------------------------------------------------------------------------------------
2: Apple_CoreStorage Fusion Drive 999.3 GB disk1s2
----------------------------------------------------------------------------------------------------
0: Apple_HFS Macintosh HD +899.6 GB disk2
diskutil cs list
CoreStorage logical volume groups (1 found)
|
+-- Logical Volume Group 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979
=========================================================
Name: Fusion Drive
Status: Online
Size: 1026896293888 B (1.0 TB)
Free Space: 126334160896 B (126.3 GB)
|
+-< Physical Volume DDF82B1C-264B-4977-87C6-12E70E7064BB
| ----------------------------------------------------
| Index: 0
| Disk: disk1s2
| Status: Online
| Size: 999345127424 B (999.3 GB)
|
+-< Physical Volume 18405E4A-2706-40E5-A191-ED0BAF0A315D
| ----------------------------------------------------
| Index: 1
| Disk: disk0s2
| Status: Online
| Size: 27551166464 B (27.6 GB)
|
+-> Logical Volume Family 7B57D61E-AD74-4E08-BD15-3EA7BE4FE70A
----------------------------------------------------------
Encryption Type: None
|
+-> Logical Volume 65E21C3F-7471-4BB4-A4E5-509796CC3290
---------------------------------------------------
Disk: disk2
Status: Online
Size (Total): 899646488576 B (899.6 GB)
Revertible: No
LV Name: Macintosh HD
Volume Name: Macintosh HD
Content Hint: Apple_HFS
LVG Type: Fusion, Sparse
Free Space: 126334160896 B (126.3 GB)
diskutil coreStorage resizeLV 65E21C3F-7471-4BB4-A4E5-509796CC3290 0b
You should run whole disk repair
Le tableau montre bien qu'il s'agit d'une erreur interne au Conteneur CoreStorage : la somme des tailles des 2 Physical Volumes (magasins) est plus large que la taille du Logical Volume (disque miroir exporté). Il y a donc de l'espace libre dans le Conteneur (et pas en-dehors) -->
Bloc de code:Free Space: 126334160896 B (126.3 GB)
- précisément sur le magasin Physical Volume disk1s2 du HDD (le seul affecté par des redimensionnements).
Passe la commande :
Bloc de code:diskutil coreStorage resizeLV 65E21C3F-7471-4BB4-A4E5-509796CC3290 0b
- la commande instruit une dilatation du Logical Volume dans le Conteneur CoreStorage --> afin que cet espace-disque virtuel récupère l'espace libre du magasin de stockage Physical Volume du HDD
=> poste l'affichage "informatif" retourné par l'échec (prévisible) de la commande
- cette commande > quoique formellement documentée > échoue toujours en cas d'« erreur de taille interne » --> je la détourne donc ici de sa fonction "opératoire" > sur une fonction "informative" --> car elle déclenche un message de confirmation du type d'erreur :
Bloc de code:You should run whole disk repair
The Core Storage Logical Volume UUID is 65E21C3F-7471-4BB4-A4E5-509796CC3290
Started CoreStorage operation
Error: -69674: The provided Core Storage logical volume has an incorrect size; you should run whole-disk repair
diskutil list
/dev/disk0 (internal, physical):
#: TYPE NAME SIZE IDENTIFIER
0: GUID_partition_scheme *1.0 TB disk0
1: EFI EFI 209.7 MB disk0s1
2: Apple_CoreStorage Fusion Drive 999.3 GB disk0s2
3: Apple_Boot Recovery HD 650.0 MB disk0s3
/dev/disk1 (internal):
#: TYPE NAME SIZE IDENTIFIER
0: GUID_partition_scheme 28.0 GB disk1
1: EFI EFI 314.6 MB disk1s1
2: Apple_CoreStorage Fusion Drive 27.6 GB disk1s2
3: Apple_Boot Boot OS X 134.2 MB disk1s3
/dev/disk2 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: GUID_partition_scheme +2.1 GB disk2
1: Apple_HFS OS X Base System 2.0 GB disk2s1
/dev/disk3 (internal, virtual):
#: TYPE NAME SIZE IDENTIFIER
0: Apple_HFS Macintosh HD +899.6 GB disk3
Logical Volume on disk0s2, disk1s2
65E21C3F-7471-4BB4-A4E5-509796CC3290
Unencrypted Fusion Drive
/dev/disk4 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +5.2 MB disk4
/dev/disk5 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk5
/dev/disk6 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk6
/dev/disk7 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk7
/dev/disk8 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +2.1 MB disk8
/dev/disk9 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk9
/dev/disk10 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk10
/dev/disk11 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +12.6 MB disk11
/dev/disk12 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +4.2 MB disk12
/dev/disk13 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +1.0 MB disk13
/dev/disk14 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +2.1 MB disk14
/dev/disk15 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk15
/dev/disk16 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk16
/dev/disk17 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +1.0 MB disk17
/dev/disk18 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +6.3 MB disk18
/dev/disk19 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +6.3 MB disk19
/dev/disk20 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk20
/dev/disk21 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +2.1 MB disk21
diskutil repairVolume disk3
diskutil repairDisk disk1
diskutil repairDisk disk0
-bash-3.2# diskutil repairVolume disk3
Started file system repair on disk3 Macintosh HD
Verifying storage system
Performing fsck_cs -n -x --lv --uuid 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979
Checking volume
disk0s2: Scan for Volume Headers
disk1s2: Scan for Volume Headers
disk0s2: Scan for Disk Labels
disk1s2: Scan for Disk Labels
Logical Volume Group 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 spans 2 devices
disk0s2+disk1s2: Scan for Metadata Volume
Logical Volume Group has a 62 MB Metadata Volume with no redundancy
Start scanning metadata for a valid checkpoint
Load and verify Segment Headers
Load and verify Checkpoint Payload
Load and verify Transaction Segment
Load and verify Transaction Segment
Load and verify Transaction Segment
Incorporate 2 newer non-checkpoint transactions
Load and verify Virtual Address Table
Load and verify Segment Usage Table
Load and verify Metadata Superblock
Load and verify Logical Volumes B-Trees
Logical Volume Group contains 1 Logical Volume
Load and verify 7B57D61E-AD74-4E08-BD15-3EA7BE4FE70A
Load and verify 65E21C3F-7471-4BB4-A4E5-509796CC3290
Load and verify Freespace Summary
Load and verify Block Accounting
Load and verify Live Virtual Addresses
Newest transaction commit checkpoint is valid
Load and verify Segment Cleaning
The volume 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 appears to be OK
Storage system check exit code is 0
Repairing file system
Volume was successfully unmounted
Performing fsck_hfs -fy -x /dev/rdisk3
Checking Journaled HFS Plus volume
Checking extents overflow file
Checking catalog file
Checking multi-linked files
Checking catalog hierarchy
Checking extended attributes file
Checking volume bitmap
Checking volume information
Trimming unused blocks
The volume Macintosh HD appears to be OK
File system check exit code is 0
Restoring the original state found as mounted
Checking for overcommitted space in Logical Volume Group
Finished file system repair on disk3 Macintosh HD
-bash-3.2# diskutil repairDisk disk1
Repairing the partition map might erase disk1s1, proceed? (y/N) y
Started partition map repair on disk1
Checking prerequisites
Checking the partition list
Adjusting partition map to fit whole disk as required
Checking for an EFI system partition
Checking the EFI system partition's size
Checking the EFI system partition's file system
Checking the EFI system partition's folder content
Checking all HFS data partition loader spaces
Checking booter partitions
Checking booter partition disk1s3
Verifying file system
Volume is already unmounted
Performing fsck_hfs -fn -x /dev/rdisk1s3
Checking Journaled HFS Plus volume
Checking extents overflow file
Checking catalog file
Checking multi-linked files
Checking catalog hierarchy
Checking extended attributes file
Checking volume bitmap
Checking volume information
The volume Boot OS X appears to be OK
File system check exit code is 0
Restoring the original state found as unmounted
Reviewing boot support loaders
Checking Core Storage Physical Volume partitions
Verifying storage system
Performing fsck_cs -n -x --lv --uuid 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979
Checking volume
disk0s2: Scan for Volume Headers
disk1s2: Scan for Volume Headers
disk0s2: Scan for Disk Labels
disk1s2: Scan for Disk Labels
Logical Volume Group 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 spans 2 devices
disk0s2+disk1s2: Scan for Metadata Volume
Logical Volume Group has a 62 MB Metadata Volume with no redundancy
Start scanning metadata for a valid checkpoint
Load and verify Segment Headers
Load and verify Checkpoint Payload
Load and verify Transaction Segment
Load and verify Transaction Segment
Load and verify Transaction Segment
Load and verify Transaction Segment
Incorporate 3 newer non-checkpoint transactions
Load and verify Virtual Address Table
Load and verify Segment Usage Table
Load and verify Metadata Superblock
Load and verify Logical Volumes B-Trees
Logical Volume Group contains 1 Logical Volume
Load and verify 7B57D61E-AD74-4E08-BD15-3EA7BE4FE70A
Load and verify 65E21C3F-7471-4BB4-A4E5-509796CC3290
Load and verify Freespace Summary
Load and verify Block Accounting
Load and verify Live Virtual Addresses
Newest transaction commit checkpoint is valid
Load and verify Segment Cleaning
The volume 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 appears to be OK
Storage system check exit code is 0
Repairing storage system
Performing fsck_cs -y -x --lv --uuid 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979
The volume disk0s2+disk1s2 cannot be repaired when it is in use
Checking volume
disk0s2: Scan for Volume Headers
disk1s2: Scan for Volume Headers
disk0s2: Scan for Disk Labels
disk1s2: Scan for Disk Labels
Logical Volume Group 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 spans 2 devices
disk0s2+disk1s2: Scan for Metadata Volume
Logical Volume Group has a 62 MB Metadata Volume with no redundancy
Start scanning metadata for a valid checkpoint
Load and verify Segment Headers
Load and verify Checkpoint Payload
Load and verify Transaction Segment
Load and verify Transaction Segment
Load and verify Transaction Segment
Load and verify Transaction Segment
Incorporate 3 newer non-checkpoint transactions
Load and verify Virtual Address Table
Load and verify Segment Usage Table
Load and verify Metadata Superblock
Load and verify Logical Volumes B-Trees
Logical Volume Group contains 1 Logical Volume
Load and verify 7B57D61E-AD74-4E08-BD15-3EA7BE4FE70A
Load and verify 65E21C3F-7471-4BB4-A4E5-509796CC3290
Load and verify Freespace Summary
Load and verify Block Accounting
Load and verify Live Virtual Addresses
Newest transaction commit checkpoint is valid
Load and verify Segment Cleaning
The volume 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 appears to be OK
Storage system check exit code is 0
The partition map appears to be OK
Finished partition map repair on disk1
-bash-3.2# diskutil repairDisk disk0
Repairing the partition map might erase disk0s1, proceed? (y/N) y
Started partition map repair on disk0
Checking prerequisites
Checking the partition list
Adjusting partition map to fit whole disk as required
Checking for an EFI system partition
Checking the EFI system partition's size
Checking the EFI system partition's file system
Checking the EFI system partition's folder content
Checking all HFS data partition loader spaces
Checking booter partitions
Checking booter partition disk0s3
Verifying file system
Volume is already unmounted
Performing fsck_hfs -fn -x /dev/rdisk0s3
Checking Journaled HFS Plus volume
Checking extents overflow file
Checking catalog file
Checking multi-linked files
Checking catalog hierarchy
Checking extended attributes file
Checking volume bitmap
Checking volume information
The volume Recovery HD appears to be OK
File system check exit code is 0
Restoring the original state found as unmounted
Reviewing boot support loaders
Checking Core Storage Physical Volume partitions
Verifying storage system
Performing fsck_cs -n -x --lv --uuid 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979
Checking volume
disk0s2: Scan for Volume Headers
disk1s2: Scan for Volume Headers
disk0s2: Scan for Disk Labels
disk1s2: Scan for Disk Labels
Logical Volume Group 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 spans 2 devices
disk0s2+disk1s2: Scan for Metadata Volume
Logical Volume Group has a 62 MB Metadata Volume with no redundancy
Start scanning metadata for a valid checkpoint
Load and verify Segment Headers
Load and verify Checkpoint Payload
Load and verify Transaction Segment
Load and verify Transaction Segment
Load and verify Transaction Segment
Load and verify Transaction Segment
Incorporate 3 newer non-checkpoint transactions
Load and verify Virtual Address Table
Load and verify Segment Usage Table
Load and verify Metadata Superblock
Load and verify Logical Volumes B-Trees
Logical Volume Group contains 1 Logical Volume
Load and verify 7B57D61E-AD74-4E08-BD15-3EA7BE4FE70A
Load and verify 65E21C3F-7471-4BB4-A4E5-509796CC3290
Load and verify Freespace Summary
Load and verify Block Accounting
Load and verify Live Virtual Addresses
Newest transaction commit checkpoint is valid
Load and verify Segment Cleaning
The volume 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 appears to be OK
Storage system check exit code is 0
Repairing storage system
Performing fsck_cs -y -x --lv --uuid 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979
The volume disk0s2+disk1s2 cannot be repaired when it is in use
Checking volume
disk0s2: Scan for Volume Headers
disk1s2: Scan for Volume Headers
disk0s2: Scan for Disk Labels
disk1s2: Scan for Disk Labels
Logical Volume Group 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 spans 2 devices
disk0s2+disk1s2: Scan for Metadata Volume
Logical Volume Group has a 62 MB Metadata Volume with no redundancy
Start scanning metadata for a valid checkpoint
Load and verify Segment Headers
Load and verify Checkpoint Payload
Load and verify Transaction Segment
Load and verify Transaction Segment
Load and verify Transaction Segment
Load and verify Transaction Segment
Incorporate 3 newer non-checkpoint transactions
Load and verify Virtual Address Table
Load and verify Segment Usage Table
Load and verify Metadata Superblock
Load and verify Logical Volumes B-Trees
Logical Volume Group contains 1 Logical Volume
Load and verify 7B57D61E-AD74-4E08-BD15-3EA7BE4FE70A
Load and verify 65E21C3F-7471-4BB4-A4E5-509796CC3290
Load and verify Freespace Summary
Load and verify Block Accounting
Load and verify Live Virtual Addresses
Newest transaction commit checkpoint is valid
Load and verify Segment Cleaning
The volume 4B9F01AE-6A5E-46F4-B9BB-BDF3FA40D979 appears to be OK
Storage system check exit code is 0
The partition map appears to be OK
Finished partition map repair on disk0
/dev/disk0 (internal, physical):
#: TYPE NAME SIZE IDENTIFIER
0: GUID_partition_scheme *1.0 TB disk0
1: EFI EFI 209.7 MB disk0s1
2: Apple_CoreStorage Fusion Drive 999.3 GB disk0s2
3: Apple_Boot Recovery HD 650.0 MB disk0s3
/dev/disk1 (internal):
#: TYPE NAME SIZE IDENTIFIER
0: GUID_partition_scheme 28.0 GB disk1
1: EFI EFI 314.6 MB disk1s1
2: Apple_CoreStorage Fusion Drive 27.6 GB disk1s2
3: Apple_Boot Boot OS X 134.2 MB disk1s3
/dev/disk2 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: GUID_partition_scheme +2.1 GB disk2
1: Apple_HFS OS X Base System 2.0 GB disk2s1
/dev/disk3 (internal, virtual):
#: TYPE NAME SIZE IDENTIFIER
0: Apple_HFS Macintosh HD +1.0 TB disk3
Logical Volume on disk0s2, disk1s2
65E21C3F-7471-4BB4-A4E5-509796CC3290
Unencrypted Fusion Drive
/dev/disk4 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +5.2 MB disk4
/dev/disk5 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk5
/dev/disk6 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk6
/dev/disk7 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk7
/dev/disk8 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +2.1 MB disk8
/dev/disk9 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk9
/dev/disk10 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk10
/dev/disk11 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +12.6 MB disk11
/dev/disk12 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +4.2 MB disk12
/dev/disk13 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +1.0 MB disk13
/dev/disk14 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +2.1 MB disk14
/dev/disk15 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk15
/dev/disk16 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk16
/dev/disk17 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +1.0 MB disk17
/dev/disk18 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +6.3 MB disk18
/dev/disk19 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +6.3 MB disk19
/dev/disk20 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +524.3 KB disk20
/dev/disk21 (disk image):
#: TYPE NAME SIZE IDENTIFIER
0: untitled +2.1 MB disk21
L'erreur de taille interne au Conteneur CoreStorage a été réparée par les opérations massives précédentes > qui ont eu pour effet de rajuster la taille du Logical Volume à congruence de celle des 2 magasins Physical Volumes -->
- problème résolu : tu peux redémarrer normalement sur macOS.
C'est donc réglé