- Add CPUs for all three models 128, 256 and 512
- Mizar32 generic modules pwm, net, adc and i2s are OK
- Atmel have moved their product pages (der!)
- Add platform modules mizar32.rtc and .lcd
- Fix 1 typo ("suported")
This should really be more than one commit, but here it goes anyway:
- added STM32F4 CDC UART support. For some reason, it seems to work only
on the OTG_FS interface, the OTG_HS interface enumerates it, but
doesn't seem to send/receive any data.
- removed the "platform interface" functions for CDC UART. That was
never really a platform interface, just a couple of functions reading
and writing data from/to a CDC UART. Now each backend takes care of this
as a special case in its platform_uart_xxx functions.
- added buffering support for CDC UARTs
- added uart.CDC to the uart module, so the CDC uart can be used directly
from Lua.
- stm32f4discovery now defaults to using the CDC, since it doesn't have
a dedicated UART connector.
- added STM32-P407 board from Olimex (no ext SRAM yet)
- added documentation for the new configurator parameters
Signed-off-by: Bogdan Marinescu <bogdan.marinescu@gmail.com>
- build_release.lua changed to use the new build system
- checked for proper compilation of all known configurations (boards/known/)
- fixed various small issues in the builder/utils library
- added 'disp_mode=minimal'
- deleting references to the old build system
- arch_newport switched to AsciiDoc and updated with the new build system/configurator
- added 'source-highlighter' as a dependency to the doc builder
- (mostly) finished configurator docs
- arch_overview conterted to AsciiDoc and updated
- 'adc' parameters updates in all configuration files
- added 'config_only' option to the build system
- Deleted the Python build files
- Main documentation updated with information about how to use build_elua
- CSS updated to provide a bit of free space at the top of <h2> headings.
- Added rpc-lua.lua
- Fixed cross-compilation errors
References to scons still exist in the docs, they'll have to be removed.
Ports with a number of pins equal to 0 are now considered as not
present on the host. This allows for a non-linear definition of
ports (for example: P0, P1, P3, P7, P8 ...)
The only thing the shell uses from "term" is its getchar()
substitute, which ends up in platform_uart_getchar() on every
platform except i386. So if TERM is present, use its getchar()
redirector, and if it isn't, use platform_uart() directly.
