v1.98.0

[cyring]

[Build]

• Change dkms configuration to install into /usr/bin/
• Solved compilation with Fedora using RHEL MINOR version number 99
• [CR] Fixed some compilation warnings
• [CR] Fix memory allocation in kernel pages for the SysGate
• Workaround to musl change in basename (Alpine Linux v3.20: implicit declaration of function 'basename' #494)
• aarch64: Build with Redhat RHEL version 9
• [CR] x86_64: Prevent array size overflow
• dkms and ckms configuration files upgraded to version 1.98

[Intel]

• [Raptor Lake] Adding the HB DID of i7-14700K' IMC
• Mitigation mechanism: GDS_NO; RFDS_NO; MONITOR_MITG_NO
• Apply some SDM Documentation Changes
• [MTL] Fix CMD Stretch bit range width
• Added method CLOCK_FLEX_MAX with Xeon's Nehalem & Core 2
  • Grants full MSR_FLEX_RATIO access to tested architectures:
  • Alder Lake/S
  • Tiger Lake/U
  • Westmere/Gulftown
• Provides the overclocking bins with unlocked processors
• Query the Overclocking bit (OC) from Capabilities
• Adding technologies: VMD, HDCP, IPU and VPU
  • Volume Management Device
  • High-Bandwidth Digital Content Protection
  • Image Processing Unit
  • Vision Processing Unit
• Gaussian & Neural Accelerator - GNA technology
• [CR] Renamed Gemini Lake structures
• [Meteor Lake] Introducing memory controller decoder

[AArch64]

• Optimizing the Vcore seek
• Workaround to Package discrete voltage: the highest Vcore
• Improving computation of Euclidean division
• Adjust frequency division in CNTFRQ and PMU counters
• Scale a frequency factor from the interval
• Refactoring the frequency ratios for decimal precision
• Compile dev_pm_opp_put if Kernel greater or equal 4.11
• Get the voltage core of CPUs from OPP

[AMD]

• [Zen4][Raphael] Adding the EPYC 4004 Series
• [Zen4] Clarify Hawk Point and Phoenix-Refresh architectures
• [Family 19h] New voltage formula assigned to model 61h
  • Vcore activated
  • Voltage SoC deactivated
• [Zen] Prevent the calculation of negative temperature (issue AMD Zen4 7950X #496)
• [Family 18h] Documented Hygon C86 7375
• [Family 19h] PStateDef specification: Adding VID[8] bit 32
  • Specification of MSR HW_PSTATE_STATUS

[CLI]

• aarch64: Display the state of the Memory Management Unit (MMU)
• aarch64: State of Instruction Cache Unit I$ and Data Cache Unit D$
• Added UI_RULER_MINIMUM & UI_RULER_MAXIMUM building constraints
• Revert "[CLI] Responsive ruler to architectural context"
  • This reverts commit 4bc38d6.
• x86_64: AMD Boost and P-States redesigned
• [UI] Hardening missing console/terminal size
• Responsive ruler to architectural context
• x86_64: Make HDCP meaning string shorter

[Driver]

• Created C2U_Enable as a parameter alias of C1U_Enable

---

This discussion was created from the release v1.98.0.

[cyring]

@bubbleguuum @inglor @ich777

Hello,

This release candidate fixes a buffer overflow in corefreqk.ko detected by kernel 6.x

I highly recommend to upgrade the distribution packages

Greetings
CyrIng

[bubbleguuum]

Will do this week-end.

[ich777]

The package for the stable unRAID release was already built about six hours ago and I just triggered the build for the beta version, should be done in a few moments. Thanks for the update!

[cyring]

By the way, you can use the patch from issue #498 if your setup is Linux-Next based

[bubbleguuum]

openSUSE TW now updated to v1.98.0.

[cyring]

Thank you very much.

[cyring]

@bubbleguuum @inglor @ich777 Hello,

Commit 70a527c aims to pretty print the build output

$ make -j
  CC [build/corefreqd.o]
  CC [build/corefreqm.o]
  CC [build/corefreq-cli.o]
  CC [build/corefreq-ui.o]
  CC [build/corefreq-cli-rsc.o]
  CC [build/corefreq-cli-json.o]
  CC [build/corefreq-cli-extra.o]
  LD [build/corefreqd]
  LD [build/corefreq-cli]
  CC [M]  /home/username/src/CoreFreq/build/module/corefreqk.o
  LD [M]  /home/username/src/CoreFreq/build/corefreqk.o
  MODPOST /home/username/src/CoreFreq/build/Module.symvers
  CC [M]  /home/username/src/CoreFreq/build/corefreqk.mod.o
  LD [M]  /home/username/src/CoreFreq/build/corefreqk.ko

$ make -j clean
  CLEAN [M] /home/username/src/CoreFreq/build
  CLEAN [build/corefreqd]
  CLEAN [build/corefreq-cli]
  CLEAN [build/module/corefreqk.c]
  CLEAN [build/Makefile]
  RMDIR [build/module]
  RMDIR [build]

In addition to that is introduced the verbose level V which is borrowed from the kernel Makefile

$ make help
o---------------------------------------------------------------o
|  make [all] [clean] [info] [help] [install] [module-install]  |
|                                                               |
|  V=<n>                                                        |
|    where <n> is the kernel verbose build level                |
|                                                               |

Remarks

• make V=0 is going to produce the similar outputs of previous CoreFreq
• make V=1 is V=0 plus the detailed log of the kernel module build

Please let me know if those changes don't hurt your package ?
And feel free to suggest enhancements of the kind.

Regards
Cyril

[ich777]

I assume if you pass over nothing it will default to V=0 correct, if that‘s the case that will be fine for my build process.

[cyring]

No, if you pass over nothing, it will default to the new pretty print.
You have to explicit add V=0 for old style log