RestrictEvents
Lilu Kernel extension for blocking unwanted processes causing compatibility issues on different hardware and unlocking the support for certain features restricted to other hardware. The list of blocks currently includes:
/System/Library/CoreServices/ExpansionSlotNotification
/System/Library/CoreServices/MemorySlotNotification
The list of patches currently includes:
- Disabled
MacBookAir
model memory replacement UI (comes in pair withSystemMemoryStatus
=Upgradable
quirk). - Disabled
MacPro7,1
PCI Expansion view and RAM view. - CPU brand string patch for non-Intel CPUs (can be forced for Intel with
revcpu=1
). - Disabled uninitialized disk UI
Note: Apple CPU identifier must be 0x0F01
for 8 core CPUs or higher and 0x0601
for 1, 2, 4, or 6 cores. This is the default in OpenCore for non-natively supported CPUs.
Boot arguments
-revoff
(or-liluoff
) to disable-revdbg
(or-liludbgall
) to enable verbose logging (in DEBUG builds)-revbeta
(or-lilubetaall
) to enable on macOS older than 10.8 or newer than 12-revproc
to enable verbose process logging (in DEBUG builds)revpatch=value
to enable patching as comma separated options. Default value isauto
.memtab
- enable memory tab in System Information on MacBookAir and MacBookPro10,x platformspci
- prevent PCI configuration warnings on MacPro7,1 platformscpuname
- custom CPU name in System Informationdiskread
- disables uninitialized disk warning in Finderasset
- allows Content Caching whensysctl kern.hv_vmm_present
returns1
on macOS 11.3 or newersbvmm
- forces VMM SB model, allowing OTA updates for unsupported models on macOS 11.3 or newernone
- disable all patchingauto
- same asmemtab,pci,cpuname
revcpu=value
to enable (1
, non-Intel default)/disable (0
, Intel default) CPU brand string patching.revcpuname=value
custom CPU brand string (max 48 characters, 20 or less recommended, taken from CPUID otherwise)
Note: 4D1FDA02-38C7-4A6A-9CC6-4BCCA8B30102:revpatch
, 4D1FDA02-38C7-4A6A-9CC6-4BCCA8B30102:revcpu
and 4D1FDA02-38C7-4A6A-9CC6-4BCCA8B30102:revcpuname
NVRAM variables work the same as the boot arguments, but have lower priority.