The Design and Implementation of the FreeBSD Operating System, Second Edition
Now available: The Design and Implementation of the FreeBSD Operating System (Second Edition)


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FreeBSD/Linux Kernel Cross Reference
sys/dev/acpica/acpi_if.m

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    1 #-
    2 # Copyright (c) 2004 Nate Lawson
    3 # All rights reserved.
    4 #
    5 # Redistribution and use in source and binary forms, with or without
    6 # modification, are permitted provided that the following conditions
    7 # are met:
    8 # 1. Redistributions of source code must retain the above copyright
    9 #    notice, this list of conditions and the following disclaimer.
   10 # 2. Redistributions in binary form must reproduce the above copyright
   11 #    notice, this list of conditions and the following disclaimer in the
   12 #    documentation and/or other materials provided with the distribution.
   13 #
   14 # THIS SOFTWARE IS PROVIDED BY THE AUTHOR AND CONTRIBUTORS ``AS IS'' AND
   15 # ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
   16 # IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
   17 # ARE DISCLAIMED.  IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE
   18 # FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
   19 # DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
   20 # OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
   21 # HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
   22 # LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
   23 # OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
   24 # SUCH DAMAGE.
   25 #
   26 # $FreeBSD: releng/9.0/sys/dev/acpica/acpi_if.m 214072 2010-10-19 19:53:06Z jkim $
   27 #
   28 
   29 #include <sys/bus.h>
   30 #include <sys/types.h>
   31 
   32 #include <contrib/dev/acpica/include/acpi.h>
   33 
   34 INTERFACE acpi;
   35 
   36 #
   37 # Callback function for each child handle traversed in acpi_scan_children().
   38 #
   39 # ACPI_HANDLE h:  current child device being considered
   40 #
   41 # device_t *dev:  pointer to the child's original device_t or NULL if there
   42 #   was none.  The callback should store a new device in *dev if it has
   43 #   created one.  The method implementation will automatically clean up the
   44 #   previous device and properly associate the current ACPI_HANDLE with it.
   45 #
   46 # level:  current level being scanned
   47 #
   48 # void *arg:  argument passed in original call to acpi_scan_children()
   49 #
   50 # Returns:  AE_OK if the scan should continue, otherwise an error
   51 #
   52 HEADER {
   53         typedef ACPI_STATUS (*acpi_scan_cb_t)(ACPI_HANDLE h, device_t *dev,
   54             int level, void *arg);
   55 
   56         struct acpi_bif;
   57         struct acpi_bst;
   58 };
   59 
   60 #
   61 # Default implementation for acpi_id_probe().
   62 #
   63 CODE {
   64         static char *
   65         acpi_generic_id_probe(device_t bus, device_t dev, char **ids)
   66         {
   67                 return (NULL);
   68         }
   69 };
   70 
   71 #
   72 # Check a device for a match in a list of ID strings.  The strings can be
   73 # EISA PNP IDs or ACPI _HID/_CID values.
   74 #
   75 # device_t bus:  parent bus for the device
   76 #
   77 # device_t dev:  device being considered
   78 #
   79 # char **ids:  array of ID strings to consider
   80 #
   81 # Returns:  ID string matched or NULL if no match
   82 #
   83 METHOD char * id_probe {
   84         device_t        bus;
   85         device_t        dev;
   86         char            **ids;
   87 } DEFAULT acpi_generic_id_probe;
   88 
   89 #
   90 # Evaluate an ACPI method or object, given its path.
   91 #
   92 # device_t bus:  parent bus for the device
   93 #
   94 # device_t dev:  evaluate the object relative to this device's handle.
   95 #   Specify NULL to begin the search at the ACPI root.
   96 #
   97 # ACPI_STRING pathname:  absolute or relative path to this object
   98 #
   99 # ACPI_OBJECT_LIST *parameters:  array of arguments to pass to the object.
  100 #   Specify NULL if there are none.
  101 #
  102 # ACPI_BUFFER *ret:  the result (if any) of the evaluation
  103 #   Specify NULL if there is none.
  104 #
  105 # Returns:  AE_OK or an error value
  106 #
  107 METHOD ACPI_STATUS evaluate_object {
  108         device_t        bus;
  109         device_t        dev;
  110         ACPI_STRING     pathname;
  111         ACPI_OBJECT_LIST *parameters;
  112         ACPI_BUFFER     *ret;
  113 };
  114 
  115 #
  116 # Get the highest power state (D0-D3) that is usable for a device when
  117 # suspending/resuming.  If a bus calls this when suspending a device, it
  118 # must also call it when resuming.
  119 #
  120 # device_t bus:  parent bus for the device
  121 #
  122 # device_t dev:  check this device's appropriate power state
  123 #
  124 # int *dstate:  if successful, contains the highest valid sleep state
  125 #
  126 # Returns:  0 on success or some other error value.
  127 #
  128 METHOD int pwr_for_sleep {
  129         device_t        bus;
  130         device_t        dev;
  131         int             *dstate;
  132 };
  133 
  134 #
  135 # Rescan a subtree and optionally reattach devices to handles.  Users
  136 # specify a callback that is called for each ACPI_HANDLE of type Device
  137 # that is a child of "dev".
  138 #
  139 # device_t bus:  parent bus for the device
  140 #
  141 # device_t dev:  begin the scan starting with this device's handle.
  142 #   Specify NULL to begin the scan at the ACPI root.
  143 # 
  144 # int max_depth:  number of levels to traverse (i.e., 1 means just the
  145 #   immediate children.
  146 #
  147 # acpi_scan_cb_t user_fn:  called for each child handle
  148 #
  149 # void *arg:  argument to pass to the callback function
  150 #
  151 # Returns:  AE_OK or an error value, based on the callback return value
  152 #
  153 METHOD ACPI_STATUS scan_children {
  154         device_t        bus;
  155         device_t        dev;
  156         int             max_depth;
  157         acpi_scan_cb_t  user_fn;
  158         void            *arg;
  159 };
  160 
  161 #
  162 # Query a given driver for its supported feature(s).  This should be
  163 # called by the parent bus before the driver is probed.
  164 #
  165 # driver_t *driver:  child driver
  166 #
  167 # u_int *features:  returned bitmask of all supported features
  168 #
  169 STATICMETHOD int get_features {
  170         driver_t        *driver;
  171         u_int           *features;
  172 };
  173 
  174 #
  175 # Read embedded controller (EC) address space
  176 #
  177 # device_t dev:  EC device
  178 # u_int addr:  Address to read from in EC space
  179 # UINT64 *val:  Location to store read value
  180 # int width:  Size of area to read in bytes
  181 #
  182 METHOD int ec_read {
  183         device_t        dev;
  184         u_int           addr;
  185         UINT64          *val;
  186         int             width;
  187 };
  188 
  189 #
  190 # Write embedded controller (EC) address space
  191 #
  192 # device_t dev:  EC device
  193 # u_int addr:  Address to write to in EC space
  194 # UINT64 val:  Value to write
  195 # int width:  Size of value to write in bytes
  196 #
  197 METHOD int ec_write {
  198         device_t        dev;
  199         u_int           addr;
  200         UINT64          val;
  201         int             width;
  202 };
  203 
  204 #
  205 # Get battery information (_BIF format)
  206 #
  207 # device_t dev:  Battery device
  208 # struct acpi_bif *bif:  Pointer to storage for _BIF results
  209 #
  210 METHOD int batt_get_info {
  211         device_t        dev;
  212         struct acpi_bif *bif;
  213 };
  214 
  215 #
  216 # Get battery status (_BST format)
  217 #
  218 # device_t dev:  Battery device
  219 # struct acpi_bst *bst:  Pointer to storage for _BST results
  220 #
  221 METHOD int batt_get_status {
  222         device_t        dev;
  223         struct acpi_bst *bst;
  224 };

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