Releases: solettaproject/soletta
Account for curl changes, fix some tests
flow/form: add missing warning ignoring pragma section This will help clean warnings on our build. Those truncations are intentional, as commented before. Signed-off-by: Gustavo Lima Chaves <gustavo.lima.chaves@intel.com>
v2_rc1: Bump version to 2, finally.
- New netctl flow node added (as module), as well as agent API for
that infrastructure - Complete overhaul of LWM2M API & implementation, now with: access
control objects support, authorization, UDP channel security (via
DTLS)--with simmetric or asymmetric keys--, Raw Public Key, etc. The
API was split into multiple files (mostry client/server separation),
and many bugs in that code were fixed. - MQTT module got a fix for when connecting to a broker failed
- IIO: fix for when devices were not activated before reads take
place, support for IIO mount matrix, support for sampling frequency
to channel level, support for hrtimer-based trigger, support for
multi-channel reading on devices, new C-API to read configuration
attributes including scale, offset and sampling frequency, support
for wildcards on IIO paths and other minor issues. - libmicrohttpd: the minimum required version was wrong, now fixed to
0.9.47 - libmosquitto: the minimum required version was wrong, now fixed to
"1004002"
Release v1 - 07/20/16
Soletta™ Project is a framework for making IoT devices.
With Soletta Project's libraries developers can easily write software
for devices that control actuators/sensors and communicate using
standard technologies. It enables adding smartness even on the
smallest edge devices.
Portable and scalable, it abstracts details of hardware and OS,
enabling developers to reuse their code and knowledge on
different targets.
Major features for this first stable release:
- Communication protocols:
- HTTP
- OIC
- MQTT
- LWMWM
- CoAP
- Input / Output supported
- GPIO
- AIO
- I2C
- SPI
- UART
- PWM
- IIO
- Services
- System update
- Flow based programming layer
- Supported OSes (some features are exclusive for specific OSes, check
https://github.com/solettaproject/soletta/wiki/Supported-OSes-and-Boards for details):- Linux
- Zephyr
- RIOT
- Contiki
- Supported boards:
- Intel Edison (Linux)
- Intel Galileo Gen 2 (Linux)
- Minnowboard Max (Linux)
- Quark SE Dev Board (Zephyr)
- Atmel SAMR21 Xplained Pro (RIOT)
- Raspberry Pi (Linux)
The V1 release presents a stable C API for most of the features, with
a few expections listed below. They're under an experimental phase
and changes on them may happen on future releases:
- Bluetooth
- GATT
- LWM2M
- Mavlink
- Netctl
Changes in this release - 2954 commits
Issues resolved in this release - 269 closed tickets
v1_beta20 - 07/06/2016
Changelog:
- Lots of changes on C API, leading to a more uniform interface across all different parts (I/O, communication protocols, ...)
- Node types related to robotics were added
- A couple tools were created to help debugging I/O (sol-aio and sol-gpio)
- Many samples for Nodejs bindings were merged
- Support to node type aliases
- Improvements on sol-oic-gen to better support OCF data models
- Introduced sol-bluetooth and sol-gatt API
- Support HTTPS on http-server
- Zephyr IPM (mailbox) support
- Implement persistence for Zephyr
- Connections management support (sol-netctl)
- LWM2M bootstrap interface implemented
- Tons of new tests, samples and fixes
v1_beta19 - 04/22/2016
Changelog:
- Add JS API for SPI, I2C
- Add simple JSON types as HTTP node types
- Make IIO device creation/addressing synchronous
- Many fixes on OIC generator
- Add API to discovery OIC resources using resource interface
- Make OIC device IDs and resource structure compatible with IoTivity 1.1 RC3
v1_beta18 - 04/11/2016
Changelog:
- Changes on CoAP implementation improving memory-efficiency
- Provide node types for a lot of OIC resources data models
- Many changes on LWM2M API in order to have a more consistent API for all communication protocols
- Added API to server side events on http-server with samples. It was supported on http-client as well.
- Updated GPIO implementation for Zephyr considering changes on its API
- Implemented sol-network and sol-socket for Zephyr
- GPIO, AIO, PWM and UART bindings for Node.js
- Added web inspector to sol-fbp-runner
- Dependencies of samples were fixed
- RIOT I/O implementation was updated to match API changes
- Fix OIC to deal with cases where IPv4 isn't enabled
v1_beta17 - 03/30/2016
Changelog:
- Node.js OIC bindings implemented
- Added support for secure OIC connections using pre shared certs
- Fixes on OIC / tinydtls socket
- Tutorial on docs
- RGB and direction-vector persistence nodes created
- Many minor API changes (function / struct names to follow convention)
v1_beta16 - 03/15/2016
Changelog:
- Fixes on HTTP implementation regarding IPv6
- Fixed pin mux issue when using Edison without the arduino board
- Single node support - so it’s possible to have a single node without an associated flow. Useful when you need to access a component, send packets to its input ports manually and be notified when it's sending packets on its output ports.
- Support running Soletta using Zephyr’s nanokernel (not only microkernel)
- Reduced memory consumption by CoAP - LWM2M samples are running fine on RIOT
- Increased amount of node types supported by GTK (simulation)
v1_beta15 - 03/03/2016
Changelog:
- Support I/O on Zephyr OS
- LWM2M protocol support added
- Basic infrastructure added for Node.js bindings
- Added support to STTS751 temperature sensor
- Light sensor category added to Linux IIO
- Added many IIO node samples
- Improvement on sockets API
- Some fixes on I/O implementations
- Update and fix all board samples (Minnow, Edison and Galileo)
- Several fixes on OIC implementation
- Reviewed structs for holes and checks for struct versions on exposed API
v1_beta14 - 01/26/2016
Changelog:
- many iio node types added
- 100% C API covered by docs
- mavlink support added
- oic payload compatible with iotivity 1.0.1
- more platforms supported by builder: galileo, minnow, contiki
- many fixes