This tool is a scriptable (lua) tool to patch binaries, it supports:
- raw binary
- ELF
- SB(v1/v2)
It also contains some basic routines to parse and generate useful arm/thumb code
like jump or register load/store. This is very useful to take a firmware and
patch an interrupt vector or some code to jump to an extra payload added to
the binary. Examples are provided for several STMP based target which the payload
is expected to be hwstub, and also for the Sansa View. A typical patcher usually
requires three elements:
- the lua patcher itself
- the payload (hwstub for example)
- (optional) a small stub either to jump properly to the payload or determine
under which circumstance to do the jump (hold a key for example)
Change-Id: I6d36020a3bc9e636615ac8221b7591ade5f251e3
On those targets, since the LCDIF cannot recover from underflow, changing the
EMI frequency kills one frame and cause flicker.
Change-Id: Id3c130636bcfddcc6c54896602699fbaa1636ab4
* e200v2 shouldn't use 24bit (was just for testing)
* samsung ypr0/ypr1 should enable it but the correct number must be passed to bmp2rb
Change-Id: Ia91b0ff80a54265d4c3111d9dcb8e7b9dd12b5d4
With LCD driver all calculation will be performed on RGB888 and the hardware/OS
can display from our 24bit framebuffer.
It is not yet as performance optimized as the existing drivers but should be
good enough.The vast number of small changes is due to the fact that
fb_data can be a struct type now, while most of the code expected a scalar type.
lcd-as-memframe ASM code does not work with 24bit currently so the with 24bit
it enforces the generic C code.
All plugins are ported over. Except for rockpaint. It uses so much memory that
it wouldnt fit into the 512k plugin buffer anymore (patches welcome).
Change-Id: Ibb1964545028ce0d8ff9833ccc3ab66be3ee0754
An upcoming lcd-24bit.c driver will re-use a lot of code from the 16bit
drivers, so prepare for that.
Change-Id: I7bc7f6b992e5e3f4e0a0aa54dc08103ebb05315f
Invalid event data would be accessed if a play message isn't queued
which will cause crash problems.
It came about in the addition of time-based resume.
Change-Id: I1d5219064e2bf552b4183e9db4e7b380ffbe7a67
There is no simple method to detect radio through the 3-wire interface, so it's
not implemented for the YH-925 for now. YH-920 always has a radio.
Change-Id: Iea484d752915fcd40dbbbd7dbbf13e81aaf548db
Because of architecture of the codec it's always necessary to route the input
signal from ADC to DAC, in order to have a control over the monitoring volume
and in order to hear anything while recording.
Change-Id: I1089894c949ab7371857d74aedb6bdf5a7d39c41
* sudoku: make colour icons (without screen was squeezed)
* jewels: add colour bitmaps
* pegbox: make game fit on screen (add small header bitmap),
improve keymap
I left the original pegbox keymaps for samsung's YH-92x,
because they seem to make some sense there (YH92x has a
REC switch instead of pushbutton).
Someone with a YH9xx target has to check what is better...
Change-Id: Id388c9d69e4a5a1d8ad4c3d7a05cdfc1dff0d06c
Reviewed-on: http://gerrit.rockbox.org/816
Reviewed-by: Szymon Dziok <b0hoon@o2.pl>
Tested: Szymon Dziok <b0hoon@o2.pl>
Although both players basically have the same keys, the
differences in the layout is rather big, so I think both
deserve their own keymaps.
(On the yh820 the FFWD/PLAY/REW buttons are located above the
direction keys, on the yh920 at the side of the player.
Furthermore the yh920/925 has a REC switch, whereas
yh820 has a push button.)
Change-Id: I0e62a1b101c387646c0bdb07ea142d9d2430ca15
Reviewed-on: http://gerrit.rockbox.org/814
Reviewed-by: Szymon Dziok <b0hoon@o2.pl>
