Use ${TOOL_AWK} instead of ${AWK} or plain "awk" in make commands.
Pass AWK=${TOOL_AWK:Q} to shell scripts that use awk.

branches: 1.1.2; 1.1.6; 1.1.8; 1.1.10; 1.1.14; 1.1.20; 1.1.70; 1.1.74; 1.1.80;
Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

Use ${TOOL_AWK} instead of ${AWK} or plain "awk" in make commands.
Pass AWK=${TOOL_AWK:Q} to shell scripts that use awk.

branches: 1.1.8; 1.1.14; 1.1.20; 1.1.70; 1.1.74; 1.1.80;
Initial swag at common video mode database. Not used for anything (yet).

branches: 1.1.2; 1.1.6; 1.1.8; 1.1.10; 1.1.14; 1.1.20;
Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

Remove unnecessary include of <sys/malloc.h>.

fix various typos in comments and log messages.

Make re-usuable to userland. The vesagtf standalone build is #if'd out for now.

Fix uninitialized variable. There may not be a TYPE_ASCII block. Found by
kMSan with nouveau.

branches: 1.14.8;
add quirk to find the native resolution on certain Iiyama monitors
tested by MOCHIDA Shuji

branches: 1.13.18; 1.13.20;
Parse the extension block count field, and make it available in struct edid_info

branches: 1.12.12;
aprint_verbose -> aprint_debug

branches: 1.11.4; 1.11.10; 1.11.14;
make this compile again.

- little KNF
- use struct copy instead of memcpy
- snprintf("%s") -> strlcpy
- fix NUL termination

Remove duplicate video modes.

When parsing the established and the detailed timings, check to see if this
mode already exists in our mode list. If the mode exists when parsing
established timings, then do nothing (we already have this exact mode). If
the mode exists when parsing detailed timings, then replace our timings with
the timings from the monitor.

Display detailed timing parameters in edid_print().

Correct "832x624x74".
Update comments.
Reverse iteratiion, so that modes are in established timing order.

branches: 1.6.4; 1.6.6;
Fix a wrong index value for edid_products[] inside #ifdef EDIDVERBOSE in
edid_findproduct(). From Yasushi Oshima via FUKAUMI Naoki in udl(4) patch.

branches: 1.5.40;
correct the maximum supported dotclock on monitors that report one value
but claim to support modes which need something higher, while there also
initialize the edid_preferred_mode pointer before using it

initialize edid_nmodes before using it (in edid_parse() )

branches: 1.3.4; 1.3.6; 1.3.8; 1.3.12; 1.3.18; 1.3.24;
Correct two problems with established timings. First, the wrong hex value
was being read due to using the same byte twice.

Second, the ordered list of names was *backwards* in the _edid_modes list.

branches: 1.2.2;
Change edid_parse() to take the edid structure as argument rather than
allocating its own. (This is cleaner since we aren't allocating any
other data in this structure.)

Get rid of edid_free() as a result.

Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

add a comment explaining how to regenerate ediddevs.h and ediddevs_data.h

branches: 1.2.40; 1.2.50;
add Relisys

branches: 1.1.2; 1.1.6; 1.1.8; 1.1.10; 1.1.14; 1.1.20; 1.1.26;
Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

add Relisys

branches: 1.1.2; 1.1.6; 1.1.8; 1.1.10; 1.1.14; 1.1.20; 1.1.26;
Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

add Relisys

branches: 1.1.2; 1.1.6; 1.1.8; 1.1.10; 1.1.14; 1.1.20; 1.1.26;
Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

Parse the extension block count field, and make it available in struct edid_info

branches: 1.3.14; 1.3.30;
Adjustments to detailed timing flags:
give the stereo modes slightly better names
correct the hsync positive and vsync positive bits (these were reversed)

branches: 1.2.4; 1.2.6; 1.2.8; 1.2.12; 1.2.18; 1.2.96; 1.2.102;
Correct two problems with established timings. First, the wrong hex value
was being read due to using the same byte twice.

Second, the ordered list of names was *backwards* in the _edid_modes list.

branches: 1.1.2;
Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

Need <dev/videomode/videomode.h> for struct videomode.

Nix trailing whitespace.

Parse the extension block count field, and make it available in struct edid_info

branches: 1.2.2; 1.2.6; 1.2.8; 1.2.10; 1.2.14; 1.2.20; 1.2.120; 1.2.138;
Change edid_parse() to take the edid structure as argument rather than
allocating its own. (This is cleaner since we aren't allocating any
other data in this structure.)

Get rid of edid_free() as a result.

Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

add a bunch of small utility functions to pick video modes based on things
like dot clock, resolution etc.

branches: 1.3.6; 1.3.12; 1.3.66; 1.3.88; 1.3.90;
Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

branches: 1.2.2; 1.2.4; 1.2.6; 1.2.8;
Fix a few minor errors in the config data. Tested with a sample config.

Initial swag at common video mode database. Not used for anything (yet).

Update modes based on our current xsrc.
Minor changes to "640x480 @ 60Hz", "640x480 @ 72Hz", "800x600 @ 85Hz", and
"1024x768 @ 75Hz".

Add EDID established timing modelines for 720x400x70 and 720x400x88

branches: 1.7.6; 1.7.8;
add a comment explaining how to regenerate videomode.c

branches: 1.6.2;
add 1152x900 at 66Hz and 76Hz

branches: 1.5.30; 1.5.34; 1.5.40;
add 1680x1050 @ 60.00Hz

branches: 1.4.2; 1.4.4;
add 1280x1024@70Hz

branches: 1.3.2;
add 1280x768@75Hz modeline
from Matthew Wala

add 1024x768 @ 89Hz for the Apple eMac
from Marco Trillo

branches: 1.1.8; 1.1.14; 1.1.18; 1.1.20; 1.1.22;
Initial swag at common video mode database. Not used for anything (yet).

Clarify vrefresh comment (no functional change)

branches: 1.4.76; 1.4.82;
Emit __KERNEL_RCSID() into videomodes.c so that kernels using it can be
more easily identified.

branches: 1.3.6; 1.3.10; 1.3.12; 1.3.14;
Handle interlace video refresh modes, so 1024x768i is 87Hz refresh, instead
of 43. This corresponds more closely to the mode name as defined by VESA.

branches: 1.2.2; 1.2.4;
Use the SI capitalization for "Hz", "kHz", and "MHz" in comments and strings.
Add a space between numbers and Hz unit.

branches: 1.1.2; 1.1.4;
Initial swag at common video mode database. Not used for anything (yet).

- little KNF
- use struct copy instead of memcpy
- snprintf("%s") -> strlcpy
- fix NUL termination

Add a new function - sort_modes() - to sort video modes in an approximate
order of preference.

The preferred mode is placed first. If there is no preferred mode, then
the first mode with highest resolution is placed first. Other modes are
then sorted on difference from the first mode by refresh rate, aspect
ratio, then size.

branches: 1.2.2;
fix off-by-one error which happened when the first mode with matching size is
also the best match by refresh rate

branches: 1.1.2; 1.1.4; 1.1.6;
add a bunch of small utility functions to pick video modes based on things
like dot clock, resolution etc.

branches: 1.1.8; 1.1.14; 1.1.20;
Added a test driver program.
Regenerate videomode.c to pick up NetBSD tag.

Make re-usuable to userland. The vesagtf standalone build is #if'd out for now.

spelling in comments

Mark potentially unused variables

branches: 1.1.2; 1.1.6; 1.1.8; 1.1.10; 1.1.14; 1.1.20; 1.1.110; 1.1.120; 1.1.126;
Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

branches: 1.1.2; 1.1.6; 1.1.8; 1.1.10; 1.1.14; 1.1.20;
Add EDID framework. (No documentation as yet.)

This allows one to query monitors (or use BIOS EDID data) and learn their
default modes, etc. To use this, pass an EDID data block edid_parse(), and
get back nicely parsed data, including precalculated modes using GTF, etc.

The result can be printed using edid_print().

Also, if you want to use GTF to generate modes without EDID, you can use the
vesagtf pseudo-device. vesagtf.c can also be compiled as a standalone program
to generate XFree86 modelines.

Regenerate for:

Update modes based on our current xsrc.
Minor changes to "640x480 @ 60Hz", "640x480 @ 72Hz", "800x600 @ 85Hz", and
"1024x768 @ 75Hz".

Regenerate for:

Add EDID established timing modelines for 720x400x70 and 720x400x88

branches: 1.9.16; 1.9.22;
regen

branches: 1.8.30; 1.8.34; 1.8.40;
regen

branches: 1.7.2; 1.7.4;
add 1280x1024@70Hz

branches: 1.6.2;
add 1280x768@75Hz modeline
from Matthew Wala

add 1024x768 @ 89Hz for the Apple eMac
from Marco Trillo

Regen (__KERNEL_RCSID()).

branches: 1.3.6; 1.3.10; 1.3.12; 1.3.14;
Handle interlace video refresh modes, so 1024x768i is 87Hz refresh, instead
of 43. This corresponds more closely to the mode name as defined by VESA.

branches: 1.2.2; 1.2.4; 1.2.6; 1.2.8;
Added a test driver program.
Regenerate videomode.c to pick up NetBSD tag.

Initial swag at common video mode database. Not used for anything (yet).

Add a new function - sort_modes() - to sort video modes in an approximate
order of preference.

The preferred mode is placed first. If there is no preferred mode, then
the first mode with highest resolution is placed first. Other modes are
then sorted on difference from the first mode by refresh rate, aspect
ratio, then size.

branches: 1.2.2;
add a bunch of small utility functions to pick video modes based on things
like dot clock, resolution etc.

branches: 1.1.8; 1.1.14; 1.1.20; 1.1.74; 1.1.96; 1.1.98;
Initial swag at common video mode database. Not used for anything (yet).