Tags give the ability to mark specific points in history as being important
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soc-fixes-5.19
7f058112 · ·ARM: SoC fixes for 5.19 A number of fixes have accumulated, but they are largely for harmless issues: - Several OF node leak fixes - A fix to the Exynos7885 UART clock description - DTS fixes to prevent boot failures on TI AM64 and J721s2 - Bus probe error handling fixes for Baikal-T1 - A fixup to the way STM32 SoCs use separate dts files for different firmware stacks - Multiple code fixes for Arm SCMI firmware, all dealing with robustness of the implementation - Multiple NXP i.MX devicetree fixes, addressing incorrect data in DT nodes - Three updates to the MAINTAINERS file, including Florian Fainelli taking over BCM283x/BCM2711 (Raspberry Pi) from Nicolas Saenz Julienne
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samsung-fixes-5.19
c4c79525 · ·Samsung fixes for v5.19 Both fixes are for issues present before v5.19 merge window: 1. Correct UART clocks on Exynos7885. Although the initial, fixed DTS commit is from v5.18, the issue will be exposed with a upcoming fix to Exynos7885 clock driver, so we need to correct the DTS earlier. 2. Fix theoretical OF node leak in Exynos machine code.
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samsung-soc-5.20
d1065293 · ·Samsung mach/soc changes for v5.20 1. Use preferred strscpy() over strlcpy(). 2. Kconfig indentation cleanup.
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samsung-dt64-5.20
1a4f20ca · ·Samsung DTS ARM64 changes for v5.20 1. Add CPU cache, UFS to Tesla FSD. 2. Add reboot-mode (boot into specific bootloader mode) to ExynosAutov9. 3. Add watchdogs to ExynosAutov9. 4. Add eMMC to Exynos7885 JackpotLTE (Samsung Galaxy A8). 5. DTS cleanup: white-spaces, node names, LED color/function. 6. Switch to DTS-local header for pinctrl register values instead of bindings header. The bindings header is being deprecated because it does not reflect the purpose of bindings.
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samsung-dt-5.20
82cd1690 · ·Samsung DTS ARM changes for v5.20 1. Add display panel and backlight to P4 Note family (Samsung Galaxy Note 10.1). 2. DTS cleanup: white-spaces, node names, LED color/function. 3. Switch to DTS-local header for pinctrl register values instead of bindings header. The bindings header is being deprecated because it does not reflect the purpose of bindings.
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samsung-clk-exynos7885-emmc-5.20
e756e932 · ·Samsung clock controller changes for v5.20 Add bindings for Exynos7885 eMMC used on Samsung Galaxy A8 (2018).
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arm-multiplatform-5.19-3
7036440e · ·ARM: multiplatform changes, part 3 This is the third and final bit of the multiplatform conversion for ARMv5, finishing off OMAP1. One patch enables the common-clk interface, and the other ones does the Kconfig change. These were waiting on a few dependencies to trickle in for common-clk, and the last one of those was in the USB tree.
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arm-multiplatform-5.19-2
3d76c9f5 · ·ARM: multiplatform changes, part 2 The second part of the multiplatform changes now converts the Intel/Marvell PXA platform along with the rest. The patches went through several rebases before the merge window as bugs were found, so they remained separate. This has to touch a lot of drivers, in particular the touchscreen, pcmcia, sound and clk bits, to detach the driver files from the platform and board specific header files.
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arm-late-5.19
9c76d723 · ·ARM: SoC changes, part 2 This is the second part of the general SoC updates, containing everything that did not make it in the initial pull request, or that came in as a bugfix later. - Devicetree updates for SoCFPGA, ASPEED, AT91 and Rockchip, including a new machine using an ASPEED BMC. - More DT fixes from Krzysztof Kozlowski across platforms - A new SoC platform for the GXP baseboard management controller, used in current server products from HPE.
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arm-dt-5.19
82706d6f · ·ARM: DT changes for 5.19, part 1 There are 40 branches this time, adding a lot of new hardware support, and cleanups. Krzysztof Kozlowski continues his treewide cleanups. There are a number of new SoCs, all of them as part of existing families, and typically added along with a reference board: - Renesas RZ/G2UL (R9A07G043) is the single-core version of the RZ/G2L general-purpose MPU. - Renesas RZ/V2M (R9A09G011) is a smart camera SoC - Renesas R-Car V4H (R8A779G0) is an automotive chip with Cortex-A76 cores and deep learning accerlation. - Broadcom BCM47622 is a new broadband SoC based on a quad Cortex-A7 and dual Wifi-6. - Corstone1000 is a generic platform from Arm that is used for designing custom SoCs, the support for now is for the Fixed Virtual Platform emulation for it. - Mediatek MT8195 (Kompanio 1200) is a high-end consumer chip used in upcoming Chromebooks. - NXP i.MXRT1050 is a Cortex-M7 based microcontroller, the first MMU-less SoC to be added in a while New machines based on already supported SoCs this time are mainly for 32-bit platforms and include: - Two wireless routers based on Broadcom bcm4708 - 30 new boards based on NXP i.MX6, i.MX7 and i.MX8 families, mostly for the industrial embedded market, and on NXP LS1021A based IOT board. - Two ethernet switches based on Microchip LAN966 - Eight Qualcomm Snapdragon based machines, including a smartwatch, a Chromebook board and some phones - Another phone based on the old ST-Ericsson Ux500 platform - Seven STM32MP1 based boards - Four single-board computers based on Rockchip RK3566/RK3568
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arm-drivers-5.19
d4a3b442 · ·ARM: driver changes for 5.19 There are minor updates to SoC specific drivers for chips by Rockchip, Samsung, NVIDIA, TI, NXP, i.MX, Qualcomm, and Broadcom. Noteworthy driver changes include: - Several conversions of DT bindings to yaml format. - Renesas adds driver support for R-Car V4H, RZ/V2M and RZ/G2UL SoCs. - Qualcomm adds a bus driver for the SSC (Snapdragon Sensor Core), and support for more chips in the RPMh power domains and the soc-id. - NXP has a new driver for the HDMI blk-ctrl on i.MX8MP. - Apple M1 gains support for the on-chip NVMe controller, making it possible to finally use the internal disks. This also includes SoC drivers for their RTKit IPC and for the SART DMA address filter. For other subsystems that merge their drivers through the SoC tree, we have - Firmware drivers for the ARM firmware stack including TEE, OP-TEE, SCMI and FF-A get a number of smaller updates and cleanups. OP-TEE now has a cache for firmware argument structures as an optimization, and SCMI now supports the 3.1 version of the specification. - Reset controller updates to Amlogic, ASpeed, Renesas and ACPI drivers - Memory controller updates for Tegra, and a few updates for other platforms.
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arm-soc-5.19
426ecc58 · ·ARM: updates for 32-bit SoCs These updates are for platform specific code in arch/arm/, mostly fixing minor issues. The at91 platform gains support for better power management on the lan966 platform and new firmware on the sama5 platform. The mediatek soc drivers in turn are enabled for the new mt8195 SoC.
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arm-defconfig-5.19
2cc1cd26 · ·ARM: defconfig updates for 5.19 Lots of smaller additions to the defconfig files for both 32-bit and 64-bit arm platforms, enabling drivers that are now usable on common hardware, and a few options to make it possible to boot a file system image using systemd.
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arm-multiplatform-5.19-1
1a23acca · ·ARM: ARMv4T/v5 multiplatform support for v5.19, part 1 This series has been 12 years in the making, it mostly finishes the work that was started with the founding of Linaro to clean up platform support in the kernel. The largest change here is a cleanup of the omap1 platform, which is the final ARM machine type to get converted to the common-clk subsystem. All the omap1 specific drivers are now made independent of the mach/*.h headers to allow the platform to be part of a generic ARMv4/v5 multiplatform kernel. The last bit that enables this support is still missing here while we wait for some last dependencies to make it into the mainline kernel through other subsystems. The s3c24xx, ixp4xx, iop32x, ep93xx and dove platforms were all almost at the point of allowing multiplatform kernels, this work gets completed here along with a few additional cleanup. At the same time, the s3c24xx and s3c64xx are now deprecated and expected to get removed in the future. The PXA and OMAP1 bits are in a separate branch because of dependencies. Once both branches are merged, only the three Intel StrongARM platforms (RiscPC, Footbridge/NetWinder and StrongARM1100) need separate kernels, and there are no plans to include these.