The NRF52_DK and DELTA_DFBM_NQ620 have the SWO pin (p0_18) mapped to
LED2. This means that on startup LED2 turns on after the ITM is
initialized which is confusing. Since most users want LED2 usage
instead of SWO we remove the ITM for these targets.
The nRF52 readme is updated to instruct users how to get SWO support
if they need it.
Fix port_write API to correctly shift the passed value.
This allows the reference application provided in PortOut docs
to work corectly with arbitrary LED_MASK.
https://os.mbed.com/docs/mbed-os/v5.11/apis/portout.html
The fix applies to both PSOC6 and PSOC6_FUTURE HAL implementations.
Use new atomics (exchange, load, store and bool types) to simplify
and improve the atomics in the nRF52 serial HAL.
* Ensure mutexes are released last and atomically when done
done inside a critical section.
* Compare-and-swap is not required for the spinlock - exchange is
sufficient. (Not clear a spinlock is needed anyway, but left in).
* Remove unneeded volatile, and make mutexes bool.
Use ModusToolbox Device Configurator 1.1.0.284 to generate the
BSP low-level initialization code. Compatible version of Device
Configurator to be released with ModusToolbox 1.1.
Notable changes:
* rename cycfg_connectivity -> cycfg_routing
* switch LF_CLK clock source from ILO to WCO on
CY8CPROTO-062-4343W and CYW943012P6EVB-01
Port of NUC472/M487 crypto AC mgmt work to M2351:
1. Choose mutex to synchronize access to crypto non-SHA AC
2. Choose atomic flag to synchronize access to crypto SHA AC
1. Removed random i/o glitches occurring during device reconfiguration
2. Fixed hazardous reads occurring at the end of transfer resulting
in incorrect values being received
3. Added spi_free() function
4. Replaced default M0 image with a one ignoring i/o reservation. This is
a workaround for missing proper destructors in Mbed drivers and BlockDevice
tests failing on repeated initialization
Fixes issue #9620.
The WICED precompiled libraries submitted with mbed-os-5.11.4
were compiled against mbed-os master branch at #57d8915a:
https://github.com/ARMmbed/mbed-os/tree/57d8915a
At that moment, the master branch contained commits targeting
mbed-os-5.12, this prevented the libraries from functioning correctly
when manually picked to mbed-os-5.11 release branch.
The libraries are now compiled against #ecb3c8c:
https://github.com/ARMmbed/mbed-os/tree/ecb3c8c
Add prebuilt WICED libraries for the PSoC 6 boards with WICED radios:
* TARGET_CY8CKIT_062_4343W
* TARGET_CY8CKIT_062_WIFI_BT
* TARGET_CY8CPROTO_062_4343W
* TARGET_CYW943012P6EVB_01
Add required extra labels to the PSoC 6 targets in targets.json:
(PSOC6_01/02 labels are used during the library compilation).
Add Cypress HCI driver implementation in TARGET_Cypress directory.
Update targets.json to enable CORDIO stack for Cypress PSoC 6 boards
with CYW43XXX radios with compatible HCI driver implementation:
CYW4343W and CYW43012.
Code generated for pioneer kits:
* CY8CKIT-062-4343W
* CY8CKIT-062-BLE
* CY8CKIT-WIFI-BT
Prototyping boards:
* CY8CPROTO-062-4343W
The source is generated with ModusToolbox Device Configurator.
The origin design.modus files used to produce the GeneratedSource
will be submitted in the consequent pull requests.
Copy the porting layer from TARGET_PSOC6_FUTURE to TARGET_PSOC6.
This commit is intended to make the history and changes applied easier
to follow.
ipcpipe_transport.c, ipcpipe_transport.h, rpc_api.h, rpc_defs.h
are excluded (not used by Cypress port).
PeripheralNames.h is moved to BSP layer introduced in subsequent
commits (the peripheral names and count are board-specific).
The targets/TARGET_Cypress/TARGET_PSOC6 is dedicated to the mbed-os HAL
and PSoC 6 MCU targets developed by Cypress Semiconductor. Move the
existing port developed by Future Electronics to TARGET_PSOC_FUTURE
and update the labels in targets.json appropriately.
* Remove unused Peripheral Pins definitions and add UART_1 TXD/RXD pins (fix#9026) for the Wio BG96 board
* Remove/Fix unused PinName definitions for the Wio BG96 board from the PinNames enum
Remove the ARDUINO form factor from the RBLAB_BLENANO2 since it
does not have D11, D12, D14, D15 defined and does not physically have
the arduino form factor.
Cruz Monrreal II
jeromecoutant
RFulchiero
Ashok Rao
Guillermo Alonso
Volodymyr Medvid
Kevin Bracey
Marcin Tomczyk
Cai
Leszek Rusinowicz
Oren Cohen
ccli8
Alexander Zilberkant
Przemyslaw Stekiel
Ganesh Ramachandran
Brian Daniels
Yoshihiro TSUBOI
Russ Butler