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With this, five platforms are moving to the relatively new pinctrl subsystem for their pin management, replacing the older soc specific in-kernel interfaces with common code. There is quite a bit of net addition of code for each platform being added to the pinctrl subsystem. but the payback comes later when adding new boards can be done by only providing new device trees instead. -----BEGIN PGP SIGNATURE----- Version: GnuPG v1.4.11 (GNU/Linux) iQIcBAABAgAGBQJPuw1/AAoJEIwa5zzehBx3wbsP/RFCYzMVyz85BNLQuRyY9eO2 GCRWd0Vvy3fIfypiPdHdhkq6nIU/JnxgsfBbKX9FvWqvxXi96Ojh13KSIhSI1rQ9 t14VyuwUXaS3leeCyKxhNF1vRscz2iyEGXJqp+XEN4ckf2nrQCpKBiY5Eg9sH6/J fvYgSBY9Lf9nFAn+/wqSKIfdvw7H0NXwUdsLvNU0uCwvrSG929bTxx2AnHX00TdJ qf4XLhmatMg1uwdUgL/99ZxxgHlj6o55u7S6aRhUWXNXCimV6uEZ1F35ET37b+x3 YUltBCIaXjFR7iwNHmkkl42d8uyfkBznB555sY5qS3G/uF5Ma1R5I7fv8EIEy+2w bVHsva4lj1yFazic6m8yKTET4i8n6OPiKVNqGnDsp2yb6WzOGSliKdr0Jlo1oNG2 gS69LcDZxCkXrqEq0Ht8uUoCo9TWei+qhJ6ZOJ1Z3+9ZyFq1iRTKgPVxyA5VaHaB wwBbqKrohAwuExY8/gkAj6SYqBOF3l/J8QSB2JjXyj4trLC5UMq+l3L4cIWyMRPc fil83hV6460CiIBoKcsnV9hDUS0oh74mv52zHo0Xj73qABqZ4dcrpHVayWjtMtpl Z+tUpvD1rMQ+E0gdXDrwMrwILVyCDsBvpFKF4avnujDJ4WmyywtKZ+xvnpMd73VZ YrI/+XQsMT8ZfVkkj54D =HIfz -----END PGP SIGNATURE----- Merge tag 'pinctrl' of git://git.kernel.org/pub/scm/linux/kernel/git/arm/arm-soc Pull arm soc-specific pinctrl changes from Olof Johansson: "With this, five platforms are moving to the relatively new pinctrl subsystem for their pin management, replacing the older soc specific in-kernel interfaces with common code. There is quite a bit of net addition of code for each platform being added to the pinctrl subsystem. But the payback comes later when adding new boards can be done by only providing new device trees instead." Fix up trivial conflicts in arch/arm/mach-ux500/{Makefile,board-mop500.c} * tag 'pinctrl' of git://git.kernel.org/pub/scm/linux/kernel/git/arm/arm-soc: (61 commits) mtd: nand: gpmi: fix compile error caused by pinctrl call ARM: PRIMA2: select PINCTRL and PINCTRL_SIRF in Kconfig ARM: nomadik: enable PINCTRL_NOMADIK where needed ARM: mxs: enable pinctrl support video: mxsfb: adopt pinctrl support ASoC: mxs-saif: adopt pinctrl support i2c: mxs: adopt pinctrl support mtd: nand: gpmi: adopt pinctrl support mmc: mxs-mmc: adopt pinctrl support serial: mxs-auart: adopt pinctrl support serial: amba-pl011: adopt pinctrl support spi/imx: adopt pinctrl support i2c: imx: adopt pinctrl support can: flexcan: adopt pinctrl support net: fec: adopt pinctrl support ARM: ux500: switch MSP to using pinctrl for pins ARM: ux500: alter MSP registration to return a device pointer ARM: ux500: switch to using pinctrl for uart0 ARM: ux500: delete custom pin control system ARM: ux500: switch over to Nomadik pinctrl driver ... |
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atm | ||
c67x00 | ||
class | ||
core | ||
dwc3 | ||
early | ||
gadget | ||
host | ||
image | ||
misc | ||
mon | ||
musb | ||
otg | ||
renesas_usbhs | ||
serial | ||
storage | ||
wusbcore | ||
Kconfig | ||
Makefile | ||
README | ||
usb-common.c | ||
usb-skeleton.c |
To understand all the Linux-USB framework, you'll use these resources: * This source code. This is necessarily an evolving work, and includes kerneldoc that should help you get a current overview. ("make pdfdocs", and then look at "usb.pdf" for host side and "gadget.pdf" for peripheral side.) Also, Documentation/usb has more information. * The USB 2.0 specification (from www.usb.org), with supplements such as those for USB OTG and the various device classes. The USB specification has a good overview chapter, and USB peripherals conform to the widely known "Chapter 9". * Chip specifications for USB controllers. Examples include host controllers (on PCs, servers, and more); peripheral controllers (in devices with Linux firmware, like printers or cell phones); and hard-wired peripherals like Ethernet adapters. * Specifications for other protocols implemented by USB peripheral functions. Some are vendor-specific; others are vendor-neutral but just standardized outside of the www.usb.org team. Here is a list of what each subdirectory here is, and what is contained in them. core/ - This is for the core USB host code, including the usbfs files and the hub class driver ("khubd"). host/ - This is for USB host controller drivers. This includes UHCI, OHCI, EHCI, and others that might be used with more specialized "embedded" systems. gadget/ - This is for USB peripheral controller drivers and the various gadget drivers which talk to them. Individual USB driver directories. A new driver should be added to the first subdirectory in the list below that it fits into. image/ - This is for still image drivers, like scanners or digital cameras. ../input/ - This is for any driver that uses the input subsystem, like keyboard, mice, touchscreens, tablets, etc. ../media/ - This is for multimedia drivers, like video cameras, radios, and any other drivers that talk to the v4l subsystem. ../net/ - This is for network drivers. serial/ - This is for USB to serial drivers. storage/ - This is for USB mass-storage drivers. class/ - This is for all USB device drivers that do not fit into any of the above categories, and work for a range of USB Class specified devices. misc/ - This is for all USB device drivers that do not fit into any of the above categories.