* 'master' of https://github.com/qmk/qmk_firmware: (178 commits)
  Docs: fix udev rules
  [CLI] Add c2json (qmk#8817)
  Improve LAYOUT macro searching (qmk#9530)
  CLI: update subcommands to use return instead of exit() (qmk#10323)
  Fixes small typo in docs (qmk#10515)
  Update personal keymap for Let's Split keyboard. (qmk#10536)
  [Keymap] Move my custom functions and keymaps to userspace (qmk#10502)
  [Keyboard] add support for ymd75 rev3 (qmk#10483)
  [Keyboard] Add soy20 PCB (qmk#10440)
  Fix for MIDI sustain effect issue (qmk#10361)
  format code according to conventions [skip ci]
  [Keyboard] Add Yugo-M Controller (qmk#10389)
  [Keymap] Add onekey keymap for OLED testing (qmk#10380)
  [Keymap] Add winterNebs keymaps  (qmk#10328)
  [Keymap] Added 333fred 5x6_5 keymap (qmk#10272)
  [Keyboard] Add hannah60rgb rev.2 PCB (qmk#10287)
  Adding VIA support to katana60 rev2 (qmk#10442)
  OLED driver fixes (qmk#10377)
  IS31FL3741 driver fixup (qmk#10519)
  add info.json for XD75 keyboard (qmk#10523)
  ...

* Fix dirtying in oled_write_pixel()

Set the dirty bit for the block only if oled_write_pixel() actually
changed the buffer state.  Without this check oled_write_pixel() could
not be used inside the oled_task_user() code using the “redraw always”
style, because the blocks touched by oled_write_pixel() would always
appear dirty, and oled_render() would not proceed beyond the first such
dirty block.

* Fix oled_write_pixel() with 90/270 degree rotation

Use oled_rotation_width instead of OLED_DISPLAY_WIDTH, so that a rotated
display would be handled correctly.

* Fix compilation with custom OLED_BLOCK_COUNT and OLED_BLOCK_SIZE

Some OLED sizes (e.g., 64×48) may require a nonstandard value of
OLED_BLOCK_COUNT.  The documentation says that this value may be
redefined in config.h, but actually trying to redefine it caused a
compile error, because the macro was redefined in oled_driver.c.
Make the OLED_BLOCK_COUNT definition in oled_driver.c respect any
user override, and do the same for OLED_BLOCK_SIZE just in case.

* Fix handling of out-of-range bits in oled_dirty

If a custom OLED_BLOCK_COUNT value is specified, some bits in oled_dirty
may not correspond to existing blocks; however, if those bits are set
somewhere (e.g., by code with sets oled_dirty to ~0 or even -1),
oled_render() would try to handle them and could access memory beyond
oled_buffer and perform hardware operations with out of range values.
Prevent this by masking off unused bits in oled_render(), and also avoid
setting those bits in other functions.

* Fix potentially wrong dirtying in oled_write_char()

oled_write_char() tried to mark the position just beyond the written
character as dirty; use (OLED_FONT_WIDTH - 1) to dirty the last position
still belonging to the character instead.

* Fix `#define OLED_BLOCK_TYPE uint32_t` on AVR

Using uint32_t as OLED_BLOCK_TYPE did not work properly on AVR, because
some bit shifts were performed using 16-bit int.  Add explicit casts to
OLED_BLOCK_TYPE to those shifts.

* Fix dirtying in oled_write_pixel()

Set the dirty bit for the block only if oled_write_pixel() actually
changed the buffer state.  Without this check oled_write_pixel() could
not be used inside the oled_task_user() code using the “redraw always”
style, because the blocks touched by oled_write_pixel() would always
appear dirty, and oled_render() would not proceed beyond the first such
dirty block.

* Fix oled_write_pixel() with 90/270 degree rotation

Use oled_rotation_width instead of OLED_DISPLAY_WIDTH, so that a rotated
display would be handled correctly.

* Fix compilation with custom OLED_BLOCK_COUNT and OLED_BLOCK_SIZE

Some OLED sizes (e.g., 64×48) may require a nonstandard value of
OLED_BLOCK_COUNT.  The documentation says that this value may be
redefined in config.h, but actually trying to redefine it caused a
compile error, because the macro was redefined in oled_driver.c.
Make the OLED_BLOCK_COUNT definition in oled_driver.c respect any
user override, and do the same for OLED_BLOCK_SIZE just in case.

* Fix handling of out-of-range bits in oled_dirty

If a custom OLED_BLOCK_COUNT value is specified, some bits in oled_dirty
may not correspond to existing blocks; however, if those bits are set
somewhere (e.g., by code with sets oled_dirty to ~0 or even -1),
oled_render() would try to handle them and could access memory beyond
oled_buffer and perform hardware operations with out of range values.
Prevent this by masking off unused bits in oled_render(), and also avoid
setting those bits in other functions.

* Fix potentially wrong dirtying in oled_write_char()

oled_write_char() tried to mark the position just beyond the written
character as dirty; use (OLED_FONT_WIDTH - 1) to dirty the last position
still belonging to the character instead.

* Fix `#define OLED_BLOCK_TYPE uint32_t` on AVR

Using uint32_t as OLED_BLOCK_TYPE did not work properly on AVR, because
some bit shifts were performed using 16-bit int.  Add explicit casts to
OLED_BLOCK_TYPE to those shifts.

* Fix dirtying in oled_write_pixel()

Set the dirty bit for the block only if oled_write_pixel() actually
changed the buffer state.  Without this check oled_write_pixel() could
not be used inside the oled_task_user() code using the “redraw always”
style, because the blocks touched by oled_write_pixel() would always
appear dirty, and oled_render() would not proceed beyond the first such
dirty block.

* Fix oled_write_pixel() with 90/270 degree rotation

Use oled_rotation_width instead of OLED_DISPLAY_WIDTH, so that a rotated
display would be handled correctly.

* Fix compilation with custom OLED_BLOCK_COUNT and OLED_BLOCK_SIZE

Some OLED sizes (e.g., 64×48) may require a nonstandard value of
OLED_BLOCK_COUNT.  The documentation says that this value may be
redefined in config.h, but actually trying to redefine it caused a
compile error, because the macro was redefined in oled_driver.c.
Make the OLED_BLOCK_COUNT definition in oled_driver.c respect any
user override, and do the same for OLED_BLOCK_SIZE just in case.

* Fix handling of out-of-range bits in oled_dirty

If a custom OLED_BLOCK_COUNT value is specified, some bits in oled_dirty
may not correspond to existing blocks; however, if those bits are set
somewhere (e.g., by code with sets oled_dirty to ~0 or even -1),
oled_render() would try to handle them and could access memory beyond
oled_buffer and perform hardware operations with out of range values.
Prevent this by masking off unused bits in oled_render(), and also avoid
setting those bits in other functions.

* Fix potentially wrong dirtying in oled_write_char()

oled_write_char() tried to mark the position just beyond the written
character as dirty; use (OLED_FONT_WIDTH - 1) to dirty the last position
still belonging to the character instead.

* Fix `#define OLED_BLOCK_TYPE uint32_t` on AVR

Using uint32_t as OLED_BLOCK_TYPE did not work properly on AVR, because
some bit shifts were performed using 16-bit int.  Add explicit casts to
OLED_BLOCK_TYPE to those shifts.

* Fix dirtying in oled_write_pixel()

Set the dirty bit for the block only if oled_write_pixel() actually
changed the buffer state.  Without this check oled_write_pixel() could
not be used inside the oled_task_user() code using the “redraw always”
style, because the blocks touched by oled_write_pixel() would always
appear dirty, and oled_render() would not proceed beyond the first such
dirty block.

* Fix oled_write_pixel() with 90/270 degree rotation

Use oled_rotation_width instead of OLED_DISPLAY_WIDTH, so that a rotated
display would be handled correctly.

* Fix compilation with custom OLED_BLOCK_COUNT and OLED_BLOCK_SIZE

Some OLED sizes (e.g., 64×48) may require a nonstandard value of
OLED_BLOCK_COUNT.  The documentation says that this value may be
redefined in config.h, but actually trying to redefine it caused a
compile error, because the macro was redefined in oled_driver.c.
Make the OLED_BLOCK_COUNT definition in oled_driver.c respect any
user override, and do the same for OLED_BLOCK_SIZE just in case.

* Fix handling of out-of-range bits in oled_dirty

If a custom OLED_BLOCK_COUNT value is specified, some bits in oled_dirty
may not correspond to existing blocks; however, if those bits are set
somewhere (e.g., by code with sets oled_dirty to ~0 or even -1),
oled_render() would try to handle them and could access memory beyond
oled_buffer and perform hardware operations with out of range values.
Prevent this by masking off unused bits in oled_render(), and also avoid
setting those bits in other functions.

* Fix potentially wrong dirtying in oled_write_char()

oled_write_char() tried to mark the position just beyond the written
character as dirty; use (OLED_FONT_WIDTH - 1) to dirty the last position
still belonging to the character instead.

* Fix `#define OLED_BLOCK_TYPE uint32_t` on AVR

Using uint32_t as OLED_BLOCK_TYPE did not work properly on AVR, because
some bit shifts were performed using 16-bit int.  Add explicit casts to
OLED_BLOCK_TYPE to those shifts.

* Fix dirtying in oled_write_pixel()

Set the dirty bit for the block only if oled_write_pixel() actually
changed the buffer state.  Without this check oled_write_pixel() could
not be used inside the oled_task_user() code using the “redraw always”
style, because the blocks touched by oled_write_pixel() would always
appear dirty, and oled_render() would not proceed beyond the first such
dirty block.

* Fix oled_write_pixel() with 90/270 degree rotation

Use oled_rotation_width instead of OLED_DISPLAY_WIDTH, so that a rotated
display would be handled correctly.

* Fix compilation with custom OLED_BLOCK_COUNT and OLED_BLOCK_SIZE

Some OLED sizes (e.g., 64×48) may require a nonstandard value of
OLED_BLOCK_COUNT.  The documentation says that this value may be
redefined in config.h, but actually trying to redefine it caused a
compile error, because the macro was redefined in oled_driver.c.
Make the OLED_BLOCK_COUNT definition in oled_driver.c respect any
user override, and do the same for OLED_BLOCK_SIZE just in case.

* Fix handling of out-of-range bits in oled_dirty

If a custom OLED_BLOCK_COUNT value is specified, some bits in oled_dirty
may not correspond to existing blocks; however, if those bits are set
somewhere (e.g., by code with sets oled_dirty to ~0 or even -1),
oled_render() would try to handle them and could access memory beyond
oled_buffer and perform hardware operations with out of range values.
Prevent this by masking off unused bits in oled_render(), and also avoid
setting those bits in other functions.

* Fix potentially wrong dirtying in oled_write_char()

oled_write_char() tried to mark the position just beyond the written
character as dirty; use (OLED_FONT_WIDTH - 1) to dirty the last position
still belonging to the character instead.

* Fix `#define OLED_BLOCK_TYPE uint32_t` on AVR

Using uint32_t as OLED_BLOCK_TYPE did not work properly on AVR, because
some bit shifts were performed using 16-bit int.  Add explicit casts to
OLED_BLOCK_TYPE to those shifts.