For some reason it is the responsability of the driver to send
this event so do it. This might fix some non-updating screens.
Change-Id: Ib5fdc94bf266c3497a8ac4e89d0418c0e876ff9f
The lcd kind is always set to st7783 in case we can't read the ID
so don't bother handling impossible cases
Change-Id: I352fd43b26068b460e69190d37c4cd4627e1db9a
The flip and invert settings can potentially be reset to their
value accross a disable/enable cycle, so save the value of the
impacted registers and apply it after each enable. Also avoid
poking registers when the lcd is not on.
Change-Id: Ica98f166c060aade7eb205f5628b58aae692024f
When chaging the cpu and memory frequency we need to disable the
external memory interface (EMI) for a small time. This can
underflow the dma and cause some breakage. Hopefully the SSP
controller handles this gracefully by stopping the clock and the
I2C probably handles this naturally because the clock can be
streched anyway. However the LCDIF has a special setting for this
which needs to be enable, otherwise it will send garbage to the
LCD. No other block is known to suffer from this currently but
this issue might have more unexpected consequences.
Change-Id: Ide154cad87929f2bf6cc419ac1d2ff33e30eec66
The lcd driver does not wait for the refresh to be done to return
from lcd_update(). This means that changing a register is unsafe
if done in the middle of the redraw. This could happen when
disabling the lcd for example. Make sure it doesn't happen by
waiting for the lcdif to be ready.
Change-Id: I43ec62a637dd61c3b2a3a6e131c1a9e8035524b1
Past development has proved that one can mistakely use
the same pin for two uses without noticing. Since this
causes extremely hard to find bugs, the infrastructure
will allow to register pin uses and panic when a conflict
is detected. The pinctrl debug now shows the pin uses
when its support is compiled in.
Change-Id: Idb2d5235ce09207d77aa474d6f158e72b933761a
Change all lcd drivers to using a pointer to the static framebuffer
instead of directly accessing the static array. This will let us
later do fun things like dynamic framebuffer sizes (RaaA) or
ability to use different buffers for different layers (dynamic
skin backdrops!)
Change-Id: I0a4d58a9d7b55e6c932131b929e5d4c9f9414b06
Now lcd_framebuffer is the only framebuffer in the system. We still use a ARM-buffered buffer
which serve as an intermediate buffer for copying, to accomodate the requirement of the controller.
We implement lcd_update_rect() properly using this new scheme (this requires two little quirks),
this allows to implement lcd_blit_yuv with the right semantic (bypasses the framebuffer). YUV to RGB
conversion is still done in software but the DCP CSC should be able to do that but the hardware rotation
scheme is not the same as our software so it will require some tricks.
Change-Id: I0752e9c2f1a705d2e6a6010084e1f150965d8370
Massage the way it interfaces a bit to make things more flexible.
The chroma_buf scheme on Sansa Connect and Creative ZVx calling the
lcd_write_yuv420_lines implementation in lcd-as-memframe.S with five params
with a chroma buffer that the function can't use wouldn't work anyway so just
have them use the stock implementation (really, how was that working?).
git-svn-id: svn://svn.rockbox.org/rockbox/trunk@31335 a1c6a512-1295-4272-9138-f99709370657
fuze+: reset the controller for all lcd types, should fix the "CRT effet"
git-svn-id: svn://svn.rockbox.org/rockbox/trunk@31234 a1c6a512-1295-4272-9138-f99709370657
- now identity map dram uncached and have a cached and buffered virtual alias
- rework dma to handle virtual to physical pointers conversion
- fix lcd frame pointer
- implement usb detection properly
- implement bootloader usb properly
- allow the bootloader to disable MMC windowing (useful for recovery)
git-svn-id: svn://svn.rockbox.org/rockbox/trunk@30432 a1c6a512-1295-4272-9138-f99709370657
