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#
# CDDL HEADER START
#
# The contents of this file are subject to the terms of the
# Common Development and Distribution License, Version 1.0 only
# (the "License"). You may not use this file except in compliance
# with the License.
#
# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
# or http://www.opensolaris.org/os/licensing.
# See the License for the specific language governing permissions
# and limitations under the License.
#
# When distributing Covered Code, include this CDDL HEADER in each
# file and include the License file at usr/src/OPENSOLARIS.LICENSE.
# If applicable, add the following below this CDDL HEADER, with the
# fields enclosed by brackets "[]" replaced with your own identifying
# information: Portions Copyright [yyyy] [name of copyright owner]
#
# CDDL HEADER END
#
#
# Copyright 2005 Sun Microsystems, Inc. All rights reserved.
# Use is subject to license terms.
#
#pragma ident "%Z%%M% %I% %E% SMI"
#
name="ppm" parent="pseudo" instance=0;
#
# ppm configuration format
#
# "ppm-domains" - in form of "domain_xxx" where "xxx" string highlights
# the nature of the domain;
#
# "domain_xxx-model" - PM model: CPU, PCI, PCI_PROP, PCIE, FET or LED.
#
# "domain_xxx-propname" - a property name that is exported by device in
# a domain. Currently, it is used by PCI_PROP model to identify devices
# that are to have their clocks stopped when all power-manageable devices
# in the domain are at D3 power level.
#
# "domain-xxx-devices" - a list of prom path match patterns to match devices
# that fall into "domain_xxx", where wildcard '*' is allowed by observing
# the following expectations:
# . a single wildcard with exact match up to (but exclude) the wildcard
# which then terminates the match pattern;
# . a single wildcard that does not terminate a match pattern must
# match driver name (followed by '@');
# . with two wildcard occurences, the first is to match driver name,
# the second function id, as well as the last character of the match
# pattern.
#
# "domain-xxx-ctrl" - blank space separated definitions in the form of
# keyword=definition [keyword=definition...]
# The keywords are as follows, where 'method' must come before mask as it
# tells how to store 'mask' and 'val'. Missing 'val' defaults to 0.
#
# which keywords apply depends on cmd. There are two sets as shown below.
# Here is the first:
# cmd=[CPU_GO | LED_ON | LED_OFF | FET_ON | FET_OFF | CLK_ON | CLK_OFF]
# path=<prompath> - control device's prom pathname (includes minor)
# method=[KIO|I2CKIO] This selects a method which may be
# an ioctl that sets a single value or an i2c ioctl that
# takes a value and a mask to access gpio register
# iord=<integer> - value of ioctl command for reading
# iowr=<integer> - value of ioctl command for writing
# val=<integer> - a single integer value, generally the value to which
# the relevant bits of a register will be set
# mask=<integer> - which bits of val are relevant (if method is I2CKIO)
#
# Here is the second:
# cmd=[CPU_NEXT | PRE_CHNG | POST_CHNG]
# path=<prompath> - control device's prom pathname, including minor
# method=[CPUSPEEDKIO | VCORE] This selects a method that uses
# information like cpu speed index, value for
# adjust cpu core voltage, delays, etc.
# iowr=<integer> - value of ioctl write command
# speeds=<integer> - indicates the number of cpu speeds that are
# supported
ppm-domains="domain_cpu", "domain_diskfet", "domain_led", "domain_pciegfx";
#
# 0x6a02 is JBPPMIOC_NEXT (('j' << 8) | 2)
# 0x6a03 is JBPPMIOC_GO (('j' << 8) | 3)
#
domain_cpu-devices="/SUNW,UltraSPARC-IIIi@*", "/SUNW,UltraSPARC-IIIi+@*";
domain_cpu-model="CPU";
domain_cpu-control=
"cmd=CPU_NEXT path=/ppm@1f,0:jbus-ppm method=CPUSPEEDKIO iowr=0x6a02 speeds=3",
"cmd=CPU_GO path=/ppm@1f,0:jbus-ppm method=KIO iowr=0x6a03 val=0";
#
# iowr -- 0x4D82 is GPIO_SET_OUTPUT per sys/i2c/clients/i2c_gpio.h file
# iord -- 0x4D80 is GPIO_GET_INPUT per sys/i2c/clients/i2c_gpio.h file
# mask -- bit mask for control pin
# val -- pin value to set on/off
# delay -- minimum delay between FET off and FET on
# post_delay -- delay after turning on/off the FET
#
domain_diskfet-devices = "/pci@1e,600000/pci@0/pci@9/pci@0/scsi@1";
domain_diskfet-model = "FET";
domain_diskfet-control =
"cmd=FET_ON path=/ebus@1f,464000/i2c@3,80/gpio@0,30:pca9556_0 method=I2CKIO iowr=0x4D82 iord=0x4D80 mask=0x0f val=0x0f post_delay=1500000",
"cmd=FET_OFF path=/ebus@1f,464000/i2c@3,80/gpio@0,30:pca9556_0 method=I2CKIO iowr=0x4D82 iord=0x4D80 mask=0x0f val=0";
#
# Manipulate the front-panel LED. This platform uses ACTIVE low.
#
# Note: no devices to claim in this domain
#
domain_led-devices = "";
domain_led-model = "LED";
domain_led-control =
"cmd=LED_ON path=/i2c@1f,530000/gpio@0,30:pca9556_1 method=I2CKIO iowr=0x4D82 iord=0x0 mask=0x01 val=0x01",
"cmd=LED_OFF path=/i2c@1f,530000/gpio@0,30:pca9556_1 method=I2CKIO iowr=0x4D82 iord=0x0 mask=0x01 val=0x00";
#
# PCI Express Primary Graphics Slot (directly attached to root complex(Fire))
#
domain_pciegfx-devices = "/pci@1f,700000/*";
domain_pciegfx-model = "PCIE";
domain_pciegfx-control =
"cmd=PRE_PWR_OFF path=/pci@1f,700000:devctl method=KIO iowr=0x504D0001 val=0x00",
"cmd=PRE_PWR_ON path=/pci@1f,700000:devctl method=KIO iowr=0x504D0002 val=0x00",
"cmd=POST_PWR_ON path=/pci@1f,700000:devctl method=KIO iowr=0x504D0003 val=0x00 post_delay=100000",
"cmd=CLK_OFF path=/i2c@1f,530000/gpio@0,30:pca9556_1 method=I2CKIO iowr=0x4D82 iord=0x0 mask=0x10 val=0x00",
"cmd=CLK_ON path=/i2c@1f,530000/gpio@0,30:pca9556_1 method=I2CKIO iowr=0x4D82 iord=0x0 mask=0x10 val=0x10",
"cmd=PWR_OFF path=/i2c@1f,530000/gpio@0,30:pca9556_1 method=I2CKIO iowr=0x4D82 iord=0x0 mask=0x08 val=0x00",
"cmd=PWR_ON path=/i2c@1f,530000/gpio@0,30:pca9556_1 method=I2CKIO iowr=0x4D82 iord=0x0 mask=0x08 val=0x08",
"cmd=RESET_OFF path=/i2c@1f,530000/gpio@0,30:pca9556_1 method=I2CKIO iowr=0x4D82 iord=0x0 mask=0x04 val=0x04 delay=120000",
"cmd=RESET_ON path=/i2c@1f,530000/gpio@0,30:pca9556_1 method=I2CKIO iowr=0x4D82 iord=0x0 mask=0x04 val=0x00";
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