Remove unnecessary <sys/malloc.h>.

branches: 1.20.4; 1.20.14;
Use DEVICE_COMPAT_EOL.

Since we're using designated initialisers for compat data, we should
use a completely empty initializer for the sentinel.

Use designated initializers and a consistent termination style in
compat_data[].

branches: 1.17.8;
identify TAS3001 from i2c address if there is no 'compatible' property

branches: 1.16.2;
In my quest to make device_compatible_entry (and associated goo)
super-general, it turns out I also made it a little to cumbersome
to use (if my tired fingers are any indication). So, this is a
course-correction -- one string per entry (like of_compat_data,
which it will soon replace), and remove the over-verbose macros.

- Rename iic_compat_match() to iic_compatible_match() and change it
to use the new device_compatible_match() routine. A pointer to
the matching device_compatible_entry is returned if a match is
found.
- Adjust iic_use_direct_match() accordingly.
- i2c drivers now provide device_compatible_entry tables when performing
direct-config matching.
- In the dsrtc driver, take advantage of this new capability to greatly
simplify model selection.

(I'm coming for you next, of_compat_data...)

More cleanup to i2c autoconfiguration:

- Get all of the drivers onto the new match quality constants.
- Introduce a new helper function, iic_use_direct_match(), that has
all of the logic for direct-config matching. If it returns true,
the driver returns the match result (which may be 0). If it returns
false, the driver does indirect-config matching.
- iic_compat_match() now returns a weighted match quality; matches to
lower-indexed "compatible" device property are more-specific matches,
and return a better match quality accordingly.

don't cut off upper bits in the i2c address, ki2c knows how to deal with
them now

branches: 1.12.2;
if there is no 'compatible' property try to guess the codec from the i2c
address

identify as 'Audio Codec' and print out which codec we found

attach to iic, use direct config

ki2c uses i2c addresses with the direction bit shifted out now, adjust
masking accordingly

branches: 1.8.18;
Move counting of faults, traps, intrs, soft[intr]s, syscalls, and nswtch
from uvmexp to per-cpu cpu_data and move them to 64bits. Remove unneeded
includes of <uvm/uvm_extern.h> and/or <uvm/uvm.h>.

Make it match the TAS3004 "codec" node, which is found on newer PowerBook G4s
(PowerBook5,6).

branches: 1.6.2; 1.6.4;
ANSIfy another 1261 function definitions.
The only ones left in sys are beyond by sed script!
(or in sys/dist or sys/external)
Mostly they have function pointer parameters.

Change about 4500 of the K&R function definitions to ANSI ones.
There are still about 1600 left, but they have ',' or /* ... */
in the actual variable definitions - which my awk script doesn't handle.
There are also many that need () -> (void).
(The script does handle misordered arguments.)

branches: 1.4.6; 1.4.12;
struct device * -> device_t

branches: 1.3.44; 1.3.46; 1.3.48; 1.3.50;
prefix a hexadecimal address with 0x

branches: 1.2.18; 1.2.22;
merge ktrace-lwp.

branches: 1.1.6;
dummy driver to represent the deq node in OF, marks the equalizer/mixer chip used by snapper

Use DEVICE_COMPAT_EOL.

Since we're using designated initialisers for compat data, we should
use a completely empty initializer for the sentinel.

Use designated initializers and a consistent termination style in
compat_data[].

identify TAS3001 from i2c address if there is no 'compatible' property

branches: 1.16.2;
In my quest to make device_compatible_entry (and associated goo)
super-general, it turns out I also made it a little to cumbersome
to use (if my tired fingers are any indication). So, this is a
course-correction -- one string per entry (like of_compat_data,
which it will soon replace), and remove the over-verbose macros.

- Rename iic_compat_match() to iic_compatible_match() and change it
to use the new device_compatible_match() routine. A pointer to
the matching device_compatible_entry is returned if a match is
found.
- Adjust iic_use_direct_match() accordingly.
- i2c drivers now provide device_compatible_entry tables when performing
direct-config matching.
- In the dsrtc driver, take advantage of this new capability to greatly
simplify model selection.

(I'm coming for you next, of_compat_data...)

More cleanup to i2c autoconfiguration:

- Get all of the drivers onto the new match quality constants.
- Introduce a new helper function, iic_use_direct_match(), that has
all of the logic for direct-config matching. If it returns true,
the driver returns the match result (which may be 0). If it returns
false, the driver does indirect-config matching.
- iic_compat_match() now returns a weighted match quality; matches to
lower-indexed "compatible" device property are more-specific matches,
and return a better match quality accordingly.

don't cut off upper bits in the i2c address, ki2c knows how to deal with
them now

branches: 1.12.2;
if there is no 'compatible' property try to guess the codec from the i2c
address

identify as 'Audio Codec' and print out which codec we found

attach to iic, use direct config

ki2c uses i2c addresses with the direction bit shifted out now, adjust
masking accordingly

branches: 1.8.18;
Move counting of faults, traps, intrs, soft[intr]s, syscalls, and nswtch
from uvmexp to per-cpu cpu_data and move them to 64bits. Remove unneeded
includes of <uvm/uvm_extern.h> and/or <uvm/uvm.h>.

Make it match the TAS3004 "codec" node, which is found on newer PowerBook G4s
(PowerBook5,6).

branches: 1.6.2; 1.6.4;
ANSIfy another 1261 function definitions.
The only ones left in sys are beyond by sed script!
(or in sys/dist or sys/external)
Mostly they have function pointer parameters.

Change about 4500 of the K&R function definitions to ANSI ones.
There are still about 1600 left, but they have ',' or /* ... */
in the actual variable definitions - which my awk script doesn't handle.
There are also many that need () -> (void).
(The script does handle misordered arguments.)

branches: 1.4.6; 1.4.12;
struct device * -> device_t

branches: 1.3.44; 1.3.46; 1.3.48; 1.3.50;
prefix a hexadecimal address with 0x

branches: 1.2.18; 1.2.22;
merge ktrace-lwp.

branches: 1.1.6;
dummy driver to represent the deq node in OF, marks the equalizer/mixer chip used by snapper

Since we're using designated initialisers for compat data, we should
use a completely empty initializer for the sentinel.

Use designated initializers and a consistent termination style in
compat_data[].

identify TAS3001 from i2c address if there is no 'compatible' property

branches: 1.16.2;
In my quest to make device_compatible_entry (and associated goo)
super-general, it turns out I also made it a little to cumbersome
to use (if my tired fingers are any indication). So, this is a
course-correction -- one string per entry (like of_compat_data,
which it will soon replace), and remove the over-verbose macros.

- Rename iic_compat_match() to iic_compatible_match() and change it
to use the new device_compatible_match() routine. A pointer to
the matching device_compatible_entry is returned if a match is
found.
- Adjust iic_use_direct_match() accordingly.
- i2c drivers now provide device_compatible_entry tables when performing
direct-config matching.
- In the dsrtc driver, take advantage of this new capability to greatly
simplify model selection.

(I'm coming for you next, of_compat_data...)

More cleanup to i2c autoconfiguration:

- Get all of the drivers onto the new match quality constants.
- Introduce a new helper function, iic_use_direct_match(), that has
all of the logic for direct-config matching. If it returns true,
the driver returns the match result (which may be 0). If it returns
false, the driver does indirect-config matching.
- iic_compat_match() now returns a weighted match quality; matches to
lower-indexed "compatible" device property are more-specific matches,
and return a better match quality accordingly.

don't cut off upper bits in the i2c address, ki2c knows how to deal with
them now

branches: 1.12.2;
if there is no 'compatible' property try to guess the codec from the i2c
address

identify as 'Audio Codec' and print out which codec we found

attach to iic, use direct config

ki2c uses i2c addresses with the direction bit shifted out now, adjust
masking accordingly

branches: 1.8.18;
Move counting of faults, traps, intrs, soft[intr]s, syscalls, and nswtch
from uvmexp to per-cpu cpu_data and move them to 64bits. Remove unneeded
includes of <uvm/uvm_extern.h> and/or <uvm/uvm.h>.

Make it match the TAS3004 "codec" node, which is found on newer PowerBook G4s
(PowerBook5,6).

branches: 1.6.2; 1.6.4;
ANSIfy another 1261 function definitions.
The only ones left in sys are beyond by sed script!
(or in sys/dist or sys/external)
Mostly they have function pointer parameters.

Change about 4500 of the K&R function definitions to ANSI ones.
There are still about 1600 left, but they have ',' or /* ... */
in the actual variable definitions - which my awk script doesn't handle.
There are also many that need () -> (void).
(The script does handle misordered arguments.)

branches: 1.4.6; 1.4.12;
struct device * -> device_t

branches: 1.3.44; 1.3.46; 1.3.48; 1.3.50;
prefix a hexadecimal address with 0x

branches: 1.2.18; 1.2.22;
merge ktrace-lwp.

branches: 1.1.6;
dummy driver to represent the deq node in OF, marks the equalizer/mixer chip used by snapper

Use designated initializers and a consistent termination style in
compat_data[].

identify TAS3001 from i2c address if there is no 'compatible' property

branches: 1.16.2;
In my quest to make device_compatible_entry (and associated goo)
super-general, it turns out I also made it a little to cumbersome
to use (if my tired fingers are any indication). So, this is a
course-correction -- one string per entry (like of_compat_data,
which it will soon replace), and remove the over-verbose macros.

- Rename iic_compat_match() to iic_compatible_match() and change it
to use the new device_compatible_match() routine. A pointer to
the matching device_compatible_entry is returned if a match is
found.
- Adjust iic_use_direct_match() accordingly.
- i2c drivers now provide device_compatible_entry tables when performing
direct-config matching.
- In the dsrtc driver, take advantage of this new capability to greatly
simplify model selection.

(I'm coming for you next, of_compat_data...)

More cleanup to i2c autoconfiguration:

- Get all of the drivers onto the new match quality constants.
- Introduce a new helper function, iic_use_direct_match(), that has
all of the logic for direct-config matching. If it returns true,
the driver returns the match result (which may be 0). If it returns
false, the driver does indirect-config matching.
- iic_compat_match() now returns a weighted match quality; matches to
lower-indexed "compatible" device property are more-specific matches,
and return a better match quality accordingly.

don't cut off upper bits in the i2c address, ki2c knows how to deal with
them now

branches: 1.12.2;
if there is no 'compatible' property try to guess the codec from the i2c
address

identify as 'Audio Codec' and print out which codec we found

attach to iic, use direct config

ki2c uses i2c addresses with the direction bit shifted out now, adjust
masking accordingly

branches: 1.8.18;
Move counting of faults, traps, intrs, soft[intr]s, syscalls, and nswtch
from uvmexp to per-cpu cpu_data and move them to 64bits. Remove unneeded
includes of <uvm/uvm_extern.h> and/or <uvm/uvm.h>.

Make it match the TAS3004 "codec" node, which is found on newer PowerBook G4s
(PowerBook5,6).

branches: 1.6.2; 1.6.4;
ANSIfy another 1261 function definitions.
The only ones left in sys are beyond by sed script!
(or in sys/dist or sys/external)
Mostly they have function pointer parameters.

Change about 4500 of the K&R function definitions to ANSI ones.
There are still about 1600 left, but they have ',' or /* ... */
in the actual variable definitions - which my awk script doesn't handle.
There are also many that need () -> (void).
(The script does handle misordered arguments.)

branches: 1.4.6; 1.4.12;
struct device * -> device_t

branches: 1.3.44; 1.3.46; 1.3.48; 1.3.50;
prefix a hexadecimal address with 0x

branches: 1.2.18; 1.2.22;
merge ktrace-lwp.

branches: 1.1.6;
dummy driver to represent the deq node in OF, marks the equalizer/mixer chip used by snapper

identify TAS3001 from i2c address if there is no 'compatible' property

In my quest to make device_compatible_entry (and associated goo)
super-general, it turns out I also made it a little to cumbersome
to use (if my tired fingers are any indication). So, this is a
course-correction -- one string per entry (like of_compat_data,
which it will soon replace), and remove the over-verbose macros.

- Rename iic_compat_match() to iic_compatible_match() and change it
to use the new device_compatible_match() routine. A pointer to
the matching device_compatible_entry is returned if a match is
found.
- Adjust iic_use_direct_match() accordingly.
- i2c drivers now provide device_compatible_entry tables when performing
direct-config matching.
- In the dsrtc driver, take advantage of this new capability to greatly
simplify model selection.

(I'm coming for you next, of_compat_data...)

More cleanup to i2c autoconfiguration:

- Get all of the drivers onto the new match quality constants.
- Introduce a new helper function, iic_use_direct_match(), that has
all of the logic for direct-config matching. If it returns true,
the driver returns the match result (which may be 0). If it returns
false, the driver does indirect-config matching.
- iic_compat_match() now returns a weighted match quality; matches to
lower-indexed "compatible" device property are more-specific matches,
and return a better match quality accordingly.

don't cut off upper bits in the i2c address, ki2c knows how to deal with
them now

branches: 1.12.2;
if there is no 'compatible' property try to guess the codec from the i2c
address

identify as 'Audio Codec' and print out which codec we found

attach to iic, use direct config

ki2c uses i2c addresses with the direction bit shifted out now, adjust
masking accordingly

branches: 1.8.18;
Move counting of faults, traps, intrs, soft[intr]s, syscalls, and nswtch
from uvmexp to per-cpu cpu_data and move them to 64bits. Remove unneeded
includes of <uvm/uvm_extern.h> and/or <uvm/uvm.h>.

Make it match the TAS3004 "codec" node, which is found on newer PowerBook G4s
(PowerBook5,6).

branches: 1.6.2; 1.6.4;
ANSIfy another 1261 function definitions.
The only ones left in sys are beyond by sed script!
(or in sys/dist or sys/external)
Mostly they have function pointer parameters.

Change about 4500 of the K&R function definitions to ANSI ones.
There are still about 1600 left, but they have ',' or /* ... */
in the actual variable definitions - which my awk script doesn't handle.
There are also many that need () -> (void).
(The script does handle misordered arguments.)

branches: 1.4.6; 1.4.12;
struct device * -> device_t

branches: 1.3.44; 1.3.46; 1.3.48; 1.3.50;
prefix a hexadecimal address with 0x

branches: 1.2.18; 1.2.22;
merge ktrace-lwp.

branches: 1.1.6;
dummy driver to represent the deq node in OF, marks the equalizer/mixer chip used by snapper

In my quest to make device_compatible_entry (and associated goo)
super-general, it turns out I also made it a little to cumbersome
to use (if my tired fingers are any indication). So, this is a
course-correction -- one string per entry (like of_compat_data,
which it will soon replace), and remove the over-verbose macros.

- Rename iic_compat_match() to iic_compatible_match() and change it
to use the new device_compatible_match() routine. A pointer to
the matching device_compatible_entry is returned if a match is
found.
- Adjust iic_use_direct_match() accordingly.
- i2c drivers now provide device_compatible_entry tables when performing
direct-config matching.
- In the dsrtc driver, take advantage of this new capability to greatly
simplify model selection.

(I'm coming for you next, of_compat_data...)

More cleanup to i2c autoconfiguration:

- Get all of the drivers onto the new match quality constants.
- Introduce a new helper function, iic_use_direct_match(), that has
all of the logic for direct-config matching. If it returns true,
the driver returns the match result (which may be 0). If it returns
false, the driver does indirect-config matching.
- iic_compat_match() now returns a weighted match quality; matches to
lower-indexed "compatible" device property are more-specific matches,
and return a better match quality accordingly.

don't cut off upper bits in the i2c address, ki2c knows how to deal with
them now

branches: 1.12.2;
if there is no 'compatible' property try to guess the codec from the i2c
address

identify as 'Audio Codec' and print out which codec we found

attach to iic, use direct config

ki2c uses i2c addresses with the direction bit shifted out now, adjust
masking accordingly

branches: 1.8.18;
Move counting of faults, traps, intrs, soft[intr]s, syscalls, and nswtch
from uvmexp to per-cpu cpu_data and move them to 64bits. Remove unneeded
includes of <uvm/uvm_extern.h> and/or <uvm/uvm.h>.

Make it match the TAS3004 "codec" node, which is found on newer PowerBook G4s
(PowerBook5,6).

branches: 1.6.2; 1.6.4;
ANSIfy another 1261 function definitions.
The only ones left in sys are beyond by sed script!
(or in sys/dist or sys/external)
Mostly they have function pointer parameters.

Change about 4500 of the K&R function definitions to ANSI ones.
There are still about 1600 left, but they have ',' or /* ... */
in the actual variable definitions - which my awk script doesn't handle.
There are also many that need () -> (void).
(The script does handle misordered arguments.)

branches: 1.4.6; 1.4.12;
struct device * -> device_t

branches: 1.3.44; 1.3.46; 1.3.48; 1.3.50;
prefix a hexadecimal address with 0x

branches: 1.2.18; 1.2.22;
merge ktrace-lwp.

branches: 1.1.6;
dummy driver to represent the deq node in OF, marks the equalizer/mixer chip used by snapper

if there is no 'compatible' property try to guess the codec from the i2c
address

identify as 'Audio Codec' and print out which codec we found

attach to iic, use direct config

ki2c uses i2c addresses with the direction bit shifted out now, adjust
masking accordingly

Move counting of faults, traps, intrs, soft[intr]s, syscalls, and nswtch
from uvmexp to per-cpu cpu_data and move them to 64bits. Remove unneeded
includes of <uvm/uvm_extern.h> and/or <uvm/uvm.h>.

Make it match the TAS3004 "codec" node, which is found on newer PowerBook G4s
(PowerBook5,6).

branches: 1.6.2; 1.6.4;
ANSIfy another 1261 function definitions.
The only ones left in sys are beyond by sed script!
(or in sys/dist or sys/external)
Mostly they have function pointer parameters.

Change about 4500 of the K&R function definitions to ANSI ones.
There are still about 1600 left, but they have ',' or /* ... */
in the actual variable definitions - which my awk script doesn't handle.
There are also many that need () -> (void).
(The script does handle misordered arguments.)

branches: 1.4.6; 1.4.12;
struct device * -> device_t

branches: 1.3.44; 1.3.46; 1.3.48; 1.3.50;
prefix a hexadecimal address with 0x

branches: 1.2.18; 1.2.22;
merge ktrace-lwp.

branches: 1.1.6;
dummy driver to represent the deq node in OF, marks the equalizer/mixer chip used by snapper