Embedded and Automotive/Archived/PV Drivers/Roadmap: Difference between revisions

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* power management implementation
* power management implementation
* hard real time scheduling integration, [[RTDS-Based-Scheduler]]
* hard real time scheduling integration, [[RTDS-Based-Scheduler]]
* yocto-based build management integrations (see [http://git.yoctoproject.org/cgit/cgit.cgi/meta-virtualization meta-virtulization] layer on Yocto Project git)
* yocto-based build management integrations (see [http://git.yoctoproject.org/cgit/cgit.cgi/meta-virtualization meta-virtulization] layer on Yocto Project git) (also see [[Xen_on_ARM_and_Yocto]])
* heterogeneous computing support (big.LITTLE, etc.)
* heterogeneous computing support (big.LITTLE, etc.)
* dom0 RTOS support ([http://www.freertos.org/ FreeRTOS]? [http://www.arccore.com/ Arctic Core] – Open Source [http://www.autosar.org/ Autosar]?)
* dom0 RTOS support ([http://www.freertos.org/ FreeRTOS]? [http://www.arccore.com/ Arctic Core] – Open Source [http://www.autosar.org/ Autosar]?)
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[[Category:Embedded and Automotive PV Drivers]]
[[Category:Embedded and Automotive PV Drivers]]
[[Category:Yocto]]

Revision as of 07:38, 24 April 2017

Initial contribution by GlobalLogic

  • Automotive SoCs support
    • TI Jacinto 6 support - done
    • Renesas R-Car gen 2 support - done
    • Renesas R-Car gen 3 support - done
  • QNX IPL and drivers - abandoned, as interest has shifted from QNX to AGL, for which there is an upstream. The risk of having to maintain an unnecessary Xen port was considered too high at this stage
  • Initial cpufreq implementation in XEN
  • Initial PV drivers APIs implementation (tty, RTC, audio, event, rpmsg)

Xen 4.9 release

  • major PV drivers APIs: sound, display, input - done
    • frontend and backend implementations available on GitHub

Xen 4.10 release

  • "Non-shared" IOMMU support - done
    • VMSA-compatible IOMMU in Renesas R-Car gen3 driver - done
  • generic co-processor (GPU, DSP, FPGA, TPU, ...) virtualization support
    • vcoproc design documentation created
    • initial implementation in progress
    • drivers to be implemented as deprivileged applications
  • integration with ARM TrustZone based on OP-TEE
    • SMC/HVC bridge in Xen
    • OP-TEE driver as a deprivileged app
    • changes in OP-TEE itself: dynamic memory management, multiple domains support
  • deprivileged applications in Xen on ARM
    • initial stubdom support for ARM done
    • initial EL0 deprivilege support done
    • will be use for non-upstreamable drivers (GPU, TEE, etc.)
    • may be also used for PL011 emulation required by Linaro spec

Future

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