This is a simple re-structure of the K22F folder to allow other MCU
variances to land here.
Created the MCU_K22F512 device but left the 'K22F' as a target for
the FRDM-K22F board.
Rebased to master
This was actually several bugs colluding together.
1. Confusion on the buffer-semaphore paradigm used led to misuse of the
tx semaphore and potential for odd behaviour.
2. Equality tests on tx_consume_index and tx_produce_index did not
handle overflow correctly. This would allow tx_consume_index to catch
up to tx_produce_index and trick the k64f_rx_reclaim function into
forgetting about a whole buffer of pbufs.
3. On top of all of that, the ENET_BUFFDESCRIPTOR_TX_READ_MASK was not
correctly read immediately after being set due to either a compiler
optimization or hardware delays. This caused k64f_low_level_output
to eagerly overrun existing buff-descriptors before they had been
completely sent. Adopting the counting-semaphore paradigm for 1 avoided
this concern.
As pointed out by @infinnovation, the overflow only occurs in the rare
case that the 120MHz CPU can actually generate packets faster than the
ENET hardware can transmit on a 100Mbps link.
Adding the new compile option allows the marking of a set of examples to
indicate whether they should be compiled or not. For the update process
examples that are not compiled will not be auto updated irrespective of
that setting.
Other changes to make return logic from some functions in update.py more
efficient and some typos in the lib file.
When the floating-point calculation is executed into the processing which is called from IRQ handlers, VFP register is overwritten.
Therefore, we fixed the issue. we added the process to execute the saving (Push) and the returning (Pop) of VFP register in before and after the appropriate processing.
This patch updates DualTimer_DisableInterrupt to
disable the interrupt timers individually.
In addition, it updates lp_ticker accordingly.
Signed-off-by: Marc Moreno <marc.morenoberengue@arm.com>
Moving the per-board clock configuration (which oscillators are available on the board, their frequencies, and which ones to use) as config options to the target database. This way, they're more easily overridable when third parties start creating boards with EFM32 MCUs
The current version of cmsis shipping with mbed does not provide the __IOM and friends macros that became standard with CMSIS 4.2+. Patching these into CMSIS to allow vendors to continue updating their support libraries, awaiting a full CMSIS update in mbed (which is past due now).
Now that we have targets.json, we get target inheritance and can use it to clean up the EFM32 folder structure.
* In the top-level EFM32 folder, there are now folders per MCU family (Giant, Leopard, ...)
* Those family folders contain the CMSIS headers in the 'device' subfolder, as well as global family headers (i.e. mapping of pins to peripherals)
* Inside of the family folder, there is a per-target folder containing target settings. In the future, we'll want to get rid of those by using the config system provided by targets.json
First wave of squashing header files in order to get to a more sensible folder tree.
* Moved header files with 100% similarity to common folder
* Created a CommonPinNames.h header containing the base pin names P[A-F][0-15] and NC
An active IRQ from the FPU can prevent the micro to go to sleep, even if this
IRQ is not enabled and not implemented. As a workaround, the FPU IRQ is cleared
before enterring sleep.
+ Added ``void debug(bool dbg)`` method to allow enabling/disabling
serial debug at runtime.
+ Replaced calls to ``debug`` with ``debug_if`` to prevent messges
from being thrown via serial when debug is disabled.
Signed-off-by: Bruno Monteiro Pires <brunomonteiropires@gmail.com>
Martin Kojtal
pradeep-gr
Marcelo Salazar
Steven Cooreman
Christopher Haster
Bradley Scott
Anna Bridge
tomoyuki yamanaka
Marc Moreno Berengue
Bruno Monteiro Pires
Alessandro Angelino
Vincent Coubard
Sam Taylor
cyliangtw
Jimmy Brisson
Brian Daniels
Russ Butler
Andres AG