* New Firmware OTA for NVM/mcuboot (nRF5)
- Support for mcuboot (nRF5)
- Support for run length encoded data
- Support for smaller FIRMWARE_BLOCK_SIZE, if required
* Update NVM
* New MY_LOCK_MCU for NRF5
* Test with Sensebender GW + Sensebender Micro was successful
* Fix NRF5_ESB_readMessage, allways enable radio
* NRF5: fixes and improvements
- Compiles with arduino core for nRF52 (primo)
MY_RADIO_NRF5_ESB stays unsupported with primo!
- Split ACK negation flag into
MY_NRF5_ESB_REVERSE_ACK_TX
MY_NRF5_ESB_REVERSE_ACK_RX
- MY_RADIO_NRF5_ESB changes to act more than NRF24
- MY_RADIO_NRF5_ESB better support for powerdown/standby
- Moved initialization from MyMainNRF5 to hwInit()
* Added support for I2C EEPROM OTA
* EEPROM OTA now uses extEEPROM as driver
* Compiler warning fix
* Style check fixes
* Fix doxygen warnings of I2CEeprom
* Use bool instead of boolean in I2CEeprom shim
* Fix re-merged style problem
* Add NVRAM support
This is an EEPROM replacement based on MCU's internal Flash memory.
The NVRAM class is designed to be stateless. Each operation is
written to flash immediately.
The last 16k(nRF51)/32k(nRF52) of Flash memory are managed by the
VirtualPage class. This class allows writing a single emulated 4k
page up 40,000 times.
The NVRAM class is a log based byte-wise storage allowing up to
40,000,000 writes depending on the number of used addresses. Each
four allocated addresses from the beginning of the NVRAM reduce the
write log by one.
When first 256 bytes of the emulated storage are used, there is an
average writing capacity of 145,000 cycles per byte.
When the write log is full, the NVRAM is compressed into a new flash
page. After a new page is ready, the old page is released. This
process can take up to 4500 ms and cannot be interrupted.
The NVRAM functionality can easily be ported to ESP8266 or SAMD by
providing a Flash interface.
* Add NRF5 platform support
This is the support of the Nordic Semiconductor NRF51 (nrf51822,
nrf51422) and NRF52 (nrf52832) platform. Based on arduino-nRF5
(https://github.com/sandeepmistry/arduino-nRF5).
The included radio driver is compatible with the NRF24 devices.
Using a SoftDevice (BLE)is not supported and must be removed before
flashing MySensors with a "mass_erase" operation.
RPi and Linux refactor.
Add GPIO Sysfs for GPIO operations.
Update configure script.
Fix some cppcheck warnings.
Add serial emulation that prints to stdout.
Fix some file headers.
If MY_GATEWAY_CLIENT_MODE or MY_CONTROLLER_URL_ADDRESS are present, set
MY_GATEWAY_CLIENT_MODE.
MY_USE_UDP requires that MY_GATEWAY_CLIENT_MODE is set.
Add some ifdefs to filter some variables not needed in client mode.
Using global variables to keep the connection to controller open
therefore, no need to reconnect every time we need to send/receive
something.
Add the remaining code to handle incoming messages from controllers.
d00616
tekka
Patrick Fallberg
Krister W
Marcelo Aquino
tekka007
Henrik Ekblad
Olivier
Marcelo Aquino