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The regulator framework has no way out to userspace: consumers reach a rail by name from inside the kernel, which is the right interface for controlling one, but it leaves a board with regulators offering no way to see what they are doing, and a newly written regulator driver cannot be looked at without writing a consumer for it first. Adds /proc/regulator, behind REGULATOR_PROCFS, listing every registered regulator: its present voltage, the range it will accept, whether it is enabled, how many consumers hold and enable it, its supply, and whether it is always on or expected on at boot. Lines carry the same key:value tokens in the same order, so the file is machine parseable. The last two are worth reading beside the consumer count, since a rail enabled with no consumers is expected rather than suspect when either is set. A part usually measures more than the framework has fields for, so struct regulator_ops_s gains an optional describe method: it writes key:value text and the renderer appends it to that rail's line. This is how a driver reports what only it knows, an input voltage, an output current, a temperature or a fault word, without the framework growing a field per part or the driver growing procfs code of its own. It is called with the list mutex held and never from interrupt context, so reading the part over a bus is allowed. The voltage and the enabled state are read back from the hardware rather than recalled, so a rail the boot loader set and nothing has touched since reads as it actually is. Both calls can fail, and a failure reports - rather than an errno formatted as a voltage or a rail that looks switched on. Reading the hardware is also why this takes the list mutex directly rather than calling regulator_list_lock(), which additionally disables interrupts so that callers in interrupt or idle context are safe. Asking a regulator on a bus what it is doing means a transfer, and a transfer waits; a task reading a file can afford to wait and an interrupt handler cannot. procfs_register() appends without checking for duplicates, so the entry is claimed once for the lifetime of the system rather than whenever the list is empty. It also needs FS_PROCFS_REGISTER, which the option now depends on rather than only FS_PROCFS. Documents the framework, which had no page at all: the consumer interface and what counted enables mean, what a driver supplies, and the new entry. The entry is read only. What voltage a rail may be is knowledge its consumers hold, and arranging the order between them is what the framework is for, so moving one from a shell would step around the part that matters. Assisted-by: Claude:claude-opus-5 Signed-off-by: Justin Hammond <justin@dynam.ac>
583 lines
16 KiB
Text
583 lines
16 KiB
Text
#
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# For a description of the syntax of this configuration file,
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# see the file kconfig-language.txt in the NuttX tools repository.
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#
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menu "Power Supply Support"
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config DRIVERS_POWERLED
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bool "High Power LED driver"
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default n
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---help---
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Enables building of an powerled upper half driver.
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menuconfig DRIVERS_SMPS
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bool "Switched-Mode Power Supply (SMPS)"
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default n
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---help---
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Enables building of an SMPS upper half driver.
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if DRIVERS_SMPS
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config SMPS_HAVE_OUTPUT_VOLTAGE
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bool "Have Output Voltage"
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default n
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config SMPS_HAVE_OUTPUT_CURRENT
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bool "Have Output Current"
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default n
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config SMPS_HAVE_OUTPUT_POWER
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bool "Have Output Power"
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default n
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config SMPS_HAVE_INPUT_VOLTAGE
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bool "Have Input Voltage"
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default n
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config SMPS_HAVE_INPUT_CURRENT
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bool "Have Input Current"
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default n
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config SMPS_HAVE_INPUT_POWER
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bool "Have Input Power"
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default n
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config SMPS_HAVE_EFFICIENCY
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bool "Have Power Efficiency"
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default n
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endif
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config REGULATOR
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bool "Regulator core driver support"
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default n
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---help---
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The regulator core driver implements the upper layer framework that the lower
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layer driver can register with, and the common regulator APIs that are easy
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for other drivers to call for the control of their power supply.
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if REGULATOR
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config REGULATOR_PROCFS
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bool "Describe the regulators through procfs"
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default n
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depends on FS_PROCFS && FS_PROCFS_REGISTER
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---help---
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Report every registered regulator through /proc/regulator: its
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name, the voltage it is putting out, the range it will accept,
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whether it is enabled, how many consumers hold it, its supply
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and whether it is always on or enabled at boot.
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The voltage is read back from the hardware rather than recalled,
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so a rail left somewhere by the boot loader reads as it actually
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is rather than as this software last set it.
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The entry is read only. A rail is not something to move by
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writing to a file: what a voltage may be is knowledge the
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consumers hold, and the ordering between them is what the
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framework exists to arrange.
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config REGULATOR_GPIO
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bool "Regulator gpio driver support"
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default n
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---help---
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The regulator gpio driver implements the lower regulator ops that use gpio to
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control to regulator.
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config REGULATOR_RPMSG
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bool "Regulator RPMSG driver support"
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depends on RPMSG
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default n
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---help---
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The RPMSG regulator driver implements the common regulator APIs, inside which
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the regulator operations are sent from the client to the remote device via
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the RPMSG channel. The remote device(namely server) is responsible for
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the parse and the completion.
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menuconfig REGULATOR_ACT8945A
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bool "Qorvo ACT8945A regulator support - MAKE CHANGES WITH CARE"
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default n
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---help---
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-----------------------------------------------------------------------
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TAKE GREAT CARE - BOARD DAMAGE MAY RESULT FROM INNAPPROPIATE CHANGES
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-----------------------------------------------------------------------
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The ACT8945A regulator driver implements the lower regulator ops that
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use I2C to control the regulator functions.
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if REGULATOR_ACT8945A
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menu "ACT8945A Regulator System Functions"
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choice
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prompt "ACT8945A SYSLEV threshold"
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default ACT8945A_SYSLEV_3000
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---help---
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The SYSLEV voltage below which the configured SYSLEV mode will be triggered.
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config ACT8945A_SYSLEV_2300
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bool "2.3V"
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config ACT8945A_SYSLEV_2400
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bool "2.4V"
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config ACT8945A_SYSLEV_2500
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bool "2.5"
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config ACT8945A_SYSLEV_2600
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bool "2.6V"
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config ACT8945A_SYSLEV_2700
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bool "2.7V"
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config ACT8945A_SYSLEV_2800
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bool "2.8V"
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config ACT8945A_SYSLEV_2900
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bool "2.9V"
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config ACT8945A_SYSLEV_3000
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bool "3.0V"
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config ACT8945A_SYSLEV_3100
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bool "3.1V"
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config ACT8945A_SYSLEV_3200
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bool "3.2V"
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config ACT8945A_SYSLEV_3300
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bool "3.3V"
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config ACT8945A_SYSLEV_3400
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bool "3.4V"
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config ACT8945A_SYSLEV_3500
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bool "3.5V"
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config ACT8945A_SYSLEV_3600
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bool "3.6V"
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config ACT8945A_SYSLEV_3700
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bool "3.7V"
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config ACT8945A_SYSLEV_3800
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bool "3.8V"
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endchoice # ACT8945A SYSLEV threshold
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choice
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prompt "ACT8945A SYSLEV mode"
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default ACT8945A_SYSLEV_MODE_INTERRUPT
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---help---
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Determines the response to the SYSLEV voltage detector
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- Generate an interrupt when Vsys < SYSLEV threshold, or
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- Automatic shutdown when Vsys < SYSLEV threshold
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config ACT8945A_SYSLEV_MODE_INTERRUPT
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bool "Interrupt"
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---help---
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Generates an interrupt when Vsys < SYSLEV threshold.
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Selecting this will unmask the SYSLEV interrupt as well.
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config ACT8945A_SYSLEV_MODE_SHUTDOWN
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bool "Shutdown"
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---help---
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Automatic shutdown when Vsys < SYSLEV threshold
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endchoice # ACT8945A_SYSLEV_MODE
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choice
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prompt "ACT8945A Reset Timer Setting"
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default ACT8945A_TRST_64
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---help---
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Defines the reset timeout threshold.
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config ACT8945A_TRST_64
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bool "64ms"
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config ACT8945A_TRST_260
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bool "260ms"
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endchoice # ACT8945A Reset Timer Setting
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endmenu # ACT8945A System Functions
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menu "ACT8945A DCDC1 Configuration"
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config ACT8945A_DCDC1_NAME
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string "DCDC1 name"
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default "ACT8945A_DCDC1"
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---help---
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This is the name used for the ACT8945A DCDC converter output 1.
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It is used as the consumer name when you get or put a regulator.
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config ACT8945A_DCDC1_BOOT_ON
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bool "Enable DCDC1"
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default y
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config ACT8945A_DCDC1_APPLY_UV
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bool "Apply DCDC1 new voltage at initialisation"
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default n
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---help---
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If set, the driver will attempt to set the voltage nearest to MIN_UV,
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that is also lower than MAX_UV, during initialisation.
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If not set, MIN_UV and MAX_UV values will be ignored
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during initialisation.
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If the regulator is enabled here, and APPLY_UV=y, the board
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voltage will actually change during initialisation.
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If the regulator is not enabled here, and APPLY_UV=y, the
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regulator voltage will be applied to the device in readiness for
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the regulator being enabled later.
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DO NOT CHANGE THIS UNLESS YOU KNOW WHAT YOU ARE DOING! It is usually
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a critical processor voltage rail.
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config ACT8945A_DCDC1_MIN_UV
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int "The minimum acceptable output voltage (600-3900mV)"
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default 600
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range 600 3900
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---help---
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If APPLY_UV=Y, the voltage nearest to this, and less than
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MAX_UV will be applied during initialisation.
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config ACT8945A_DCDC1_MAX_UV
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int "The maximum acceptable output voltage (600-3900mV)"
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default 600
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range 600 3900
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---help---
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If APPLY_UV=Y, this is the maximum voltage that will be
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applied during initialisation.
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endmenu # ACT8945A DCDC1 Configuration
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menu "ACT8945A DCDC2 Configuration"
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config ACT8945A_DCDC2_NAME
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string "DCDC2 name"
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default "ACT8945A_DCDC2"
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---help---
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This is the name used for the ACT8945A DCDC converter output 2.
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It is used as the consumer name when you get or put a regulator.
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config ACT8945A_DCDC2_BOOT_ON
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bool "Enable DCDC2"
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default y
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config ACT8945A_DCDC2_APPLY_UV
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bool "Apply DCDC2 new voltage at initialisation"
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default n
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---help---
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If set, the driver will attempt to set the voltage nearest to MIN_UV,
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that is also lower than MAX_UV, during initialisation.
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If not set, MIN_UV and MAX_UV values will be ignored
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during initialisation.
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If the regulator is enabled here, and APPLY_UV=y, the board
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voltage will actually change during initialisation.
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If the regulator is not enabled here, and APPLY_UV=Y, the
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regulator voltage will be applied to the device in readiness for
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the regulator being enabled later.
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DO NOT CHANGE THIS UNLESS YOU KNOW WHAT YOU ARE DOING! It is usually
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a critical processor voltage rail.
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config ACT8945A_DCDC2_MIN_UV
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int "The minimum acceptable output voltage (600-3900mV)"
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default 600
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range 600 3900
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---help---
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If APPLY_UV=Y, the voltage nearest to this, and less than
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MAX_UV will be applied during initialisation.
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config ACT8945A_DCDC2_MAX_UV
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int "The maximum acceptable output voltage (600-3900mV)"
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default 600
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range 600 3900
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---help---
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If APPLY_UV=Y, this is the maximum voltage that will be
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applied during initialisation.
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endmenu # ACT8945A DCDC2 Configuration
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menu "ACT8945A DCDC3 Configuration"
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config ACT8945A_DCDC3_NAME
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string "DCDC3 name"
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default "ACT8945A_DCDC3"
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---help---
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This is the name used for the ACT8945A DCDC converter output 3.
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It is used as the consumer name when you get or put a regulator.
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config ACT8945A_DCDC3_BOOT_ON
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bool "Enable DCDC3"
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default y
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config ACT8945A_DCDC3_APPLY_UV
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bool "Apply DCDC3 new voltage at initialisation"
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default n
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---help---
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If set to 1, the driver will attempt to set the voltage nearest to MIN_UV,
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that is also lower than MAX_UV, during initialisation.
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If set to 0, MIN_UV and MAX_UV values will be ignored
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during initialisation.
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If the regulator is enabled here, and APPLY_UV=y, the board
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voltage will actually change during initialisation.
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If the regulator is not enabled here, and APPLY_UV=y, the
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regulator voltage will be applied to the device in readiness for
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the regulator being enabled later.
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DO NOT CHANGE THIS UNLESS YOU KNOW WHAT YOU ARE DOING! It is usually
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a critical processor voltage rail.
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config ACT8945A_DCDC3_MIN_UV
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int "The minimum acceptable output voltage (600-3900mV)"
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default 3300
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range 600 3900
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---help---
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If APPLY_UV=Y, the voltage nearest to this, and less than
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MAX_UV will be applied during initialisation.
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config ACT8945A_DCDC3_MAX_UV
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int "The maximum acceptable output voltage (600-3900mV)"
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default 3300
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range 600 3900
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---help---
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If APPLY_UV=Y, this is the maximum voltage that will be
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applied during initialisation.
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endmenu # ACT8945A DCDC 3 Configuration
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menu "ACT8945A LDO Output 1 Configuration"
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config ACT8945A_LDO1_NAME
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string "LDO1 name"
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default "ACT8945A_LDO1"
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---help---
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This is the name used for the ACT8945A LDO converter output 1.
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It is used as the consumer name when you get or put a regulator.
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config ACT8945A_LDO1_BOOT_ON
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bool "Enable LDO1"
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default y
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config ACT8945A_LDO1_APPLY_UV
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bool "Apply LDO1 new voltage at initialisation"
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default n
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---help---
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If set to 1, the driver will attempt to set the voltage nearest to MIN_UV,
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that is also lower than MAX_UV, during initialisation.
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If set to 0, MIN_UV and MAX_UV values will be ignored
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|
during initialisation.
|
|
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|
If the regulator is enabled here, and APPLY_UV=y, the board
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voltage will actually change during initialisation.
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If the regulator is not enabled here, and APPLY_UV=y, the
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regulator voltage will be applied to the device in readiness for
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the regulator being enabled later.
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config ACT8945A_LDO1_MIN_UV
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int "The minimum acceptable output voltage (600-3900mV)"
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default 2500
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range 600 3900
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---help---
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If APPLY_UV=Y, the voltage nearest to this, and less than
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MAX_UV will be applied during initialisation.
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config ACT8945A_LDO1_MAX_UV
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int "The maximum acceptable output voltage (600-3900mV)"
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default 2500
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range 600 3900
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---help---
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If APPLY_UV=Y, this is the maximum voltage that will be
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applied during initialisation.
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config ACT8945A_LDO1_PULLDOWN
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bool "Enable LDO1 pulldown when disabled"
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default y
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---help---
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If enabled, the LDO output is discharged through a 1k5 resistor
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when the LDO is in shutdown
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endmenu # ACT8945A LDO Output 1 Configuration
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menu "ACT8945A LDO Output 2 Configuration"
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config ACT8945A_LDO2_NAME
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string "LDO2 name"
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default "ACT8945A_LDO2"
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---help---
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This is the name used for the ACT8945A LDO converter output 2.
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It is used as the consumer name when you get or put a regulator.
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config ACT8945A_LDO2_BOOT_ON
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bool "Enable LDO2"
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default y
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config ACT8945A_LDO2_APPLY_UV
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bool "Apply LDO2 new voltage at initialisation"
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default n
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---help---
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If set to 1, the driver will attempt to set the voltage nearest to MIN_UV,
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that is also lower than MAX_UV, during initialisation.
|
|
|
|
If set to 0, MIN_UV and MAX_UV values will be ignored
|
|
during initialisation.
|
|
|
|
If the regulator is enabled here, and APPLY_UV=y, the board
|
|
voltage will actually change during initialisation.
|
|
|
|
If the regulator is not enabled here, and APPLY_UV=y, the
|
|
regulator voltage will be applied to the device in readiness for
|
|
the regulator being enabled later.
|
|
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|
config ACT8945A_LDO2_MIN_UV
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int "The minimum acceptable output voltage (600-3900mV)"
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default 3300
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range 600 3900
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---help---
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If APPLY_UV=Y, the voltage nearest to this, and less than
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MAX_UV will be applied during initialisation.
|
|
|
|
config ACT8945A_LDO2_MAX_UV
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int "The maximum acceptable output voltage (600-3900mV)"
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default 3300
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range 600 3900
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|
---help---
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If APPLY_UV=Y, this is the maximum voltage that will be
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applied during initialisation.
|
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|
|
config ACT8945A_LDO2_PULLDOWN
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bool "Enable LDO2 pulldown when disabled"
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default y
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---help---
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If enabled, the LDO output is discharged through a 1k5 resistor
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when the LDO is in shutdown
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endmenu # ACT8945A LDO Output 2 Configuration
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menu "ACT8945A LDO Output 3 Configuration"
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|
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config ACT8945A_LDO3_NAME
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string "LDO3 name"
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|
default "ACT8945A_LDO3"
|
|
---help---
|
|
This is the name used for the ACT8945A LDO converter output 2.
|
|
It is used as the consumer name when you get or put a regulator.
|
|
|
|
config ACT8945A_LDO3_BOOT_ON
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bool "Enable LDO3"
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|
default n
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|
|
|
config ACT8945A_LDO3_APPLY_UV
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bool "Apply LDO3 new voltage at initialisation"
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|
default n
|
|
---help---
|
|
If set to 1, the driver will attempt to set the voltage nearest to MIN_UV,
|
|
that is also lower than MAX_UV, during initialisation.
|
|
|
|
If set to 0, MIN_UV and MAX_UV values will be ignored
|
|
during initialisation.
|
|
|
|
If the regulator is enabled here, and APPLY_UV=y, the board
|
|
voltage will actually change during initialisation.
|
|
|
|
If the regulator is not enabled here, and APPLY_UV=y, the
|
|
regulator voltage will be applied to the device in readiness for
|
|
the regulator being enabled later.
|
|
|
|
config ACT8945A_LDO3_MIN_UV
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|
int "The minimum acceptable output voltage (600-3900mV)"
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|
default 600
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|
range 600 3900
|
|
---help---
|
|
If APPLY_UV=Y, the voltage nearest to this, and less than
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MAX_UV will be applied during initialisation.
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config ACT8945A_LDO3_MAX_UV
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int "The maximum acceptable output voltage (600-3900mV)"
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default 600
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range 600 3900
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---help---
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If APPLY_UV=Y, this is the maximum voltage that will be
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|
applied during initialisation.
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config ACT8945A_LDO3_PULLDOWN
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bool "Enable LDO3 pulldown when disabled"
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default y
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---help---
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If enabled, the LDO output is discharged through a 1k5 resistor
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|
when the LDO is in shutdown
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endmenu # ACT8945A LDO Output 3 Configuration
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menu "ACT8945A LDO Output 4 Configuration"
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config ACT8945A_LDO4_NAME
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string "LDO4 name"
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|
default "ACT8945A_LDO4"
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|
---help---
|
|
This is the name used for the ACT8945A LDO converter output 2.
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|
It is used as the consumer name when you get or put a regulator.
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|
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config ACT8945A_LDO4_BOOT_ON
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|
bool "Enable LDO4"
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|
default n
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|
|
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config ACT8945A_LDO4_APPLY_UV
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|
bool "Apply LDO4 new voltage at initialisation"
|
|
default n
|
|
---help---
|
|
If set, the driver will attempt to set the voltage nearest to MIN_UV,
|
|
that is also lower than MAX_UV, during initialisation.
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|
|
|
If not, MIN_UV and MAX_UV values will be ignored
|
|
during initialisation.
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|
|
|
If the regulator is enabled here, and APPLY_UV=y, the board
|
|
voltage will actually change during initialisation.
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|
|
|
If the regulator is not enabled here, and APPLY_UV=y, the
|
|
regulator voltage will be applied to the device in readiness for
|
|
the regulator being enabled later.
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|
|
|
config ACT8945A_LDO4_MIN_UV
|
|
int "The minimum acceptable output voltage (600-3900mV)"
|
|
default 600
|
|
range 600 3900
|
|
---help---
|
|
If =1, the voltage nearest to this, and less than
|
|
MAX_UV will be applied during initialisation.
|
|
|
|
config ACT8945A_LDO4_MAX_UV
|
|
int "The maximum acceptable output voltage (600-3900mV)"
|
|
default 600
|
|
range 600 3900
|
|
---help---
|
|
If APPLY_UV=Y, this is the maximum voltage that will be
|
|
applied during initialisation.
|
|
|
|
config ACT8945A_LDO4_PULLDOWN
|
|
bool "Enable LDO4 pulldown when disabled"
|
|
default y
|
|
---help---
|
|
If enabled, the LDO output is discharged through a 1k5 resistor
|
|
when the LDO is in shutdown
|
|
|
|
endmenu # ACT8945A LDO4 Configuration
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|
|
|
endif # REGULATOR_ACT8945A
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|
|
|
endif # REGULATOR
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|
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|
endmenu
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