To avoid issues with different lifecycles of XFS and Linux inodes, embedd the linux inode inside the XFS inode. This means that the linux inode has the same lifecycle as the XFS inode, even when it h
Actually we can just do this unconditionally, as the atime values don't become invalid just because the VFS doesn't know about the inode anymore. And two useless because already previously updated a
Ok, I'll make it unconditional. Yup, I thought I caught all of them :/ Ah, separate patch not sent. basically does: void inode_used(struct super_block *sb, struct inode *inode) { spin_lock(&inode_loc
To avoid issues with different lifecycles of XFS and Linux inodes, embedd the linux inode inside the XFS inode. This means that the linux inode has the same lifecycle as the XFS inode, even when it h
Actually we can just do this unconditionally, as the atime values don't become invalid just because the VFS doesn't know about the inode anymore. And two useless because already previously updated a
Ok, I'll make it unconditional. Yup, I thought I caught all of them :/ Ah, separate patch not sent. basically does: void inode_used(struct super_block *sb, struct inode *inode) { spin_lock(&inode_loc
To avoid issues with different lifecycles of XFS and Linux inodes, embedd the linux inode inside the XFS inode. This means that the linux inode has the same lifecycle as the XFS inode, even when it h
Actually we can just do this unconditionally, as the atime values don't become invalid just because the VFS doesn't know about the inode anymore. And two useless because already previously updated a
Ok, I'll make it unconditional. Yup, I thought I caught all of them :/ Ah, separate patch not sent. basically does: void inode_used(struct super_block *sb, struct inode *inode) { spin_lock(&inode_loc