82bbdcc Merge branch 'release_internal' into release_external
7c7568d address error sent when matching entry found. (#1695)
0860ae7 Keep parent mle_entry in child_update_req timeout (#1693)
92044d6 Changed BBR router upgrade status (#1661)
e4a9657 Compiler warning clean-up (#1690)
a573bc4 Detection of duplicate address entries updated (#1686)
f28cce8 pbbr route handling updated (#1681)
389fab0 MLE parent request timeout fixes (#1676)
feb1784 Remove fragment/PMTU handling dropped by RFC 8200
073f7e8 entry keep alive flag set to true if entry already exists. (#1675)
1584759 Extra Thread-specific address check handling
934687b Tighten core "for us" check for unicast addresses
58a60e7 address query logic implemented(#1667)
c25df78 Fix for Router advertisement process in REED (#1658)
f8b227f Thread DHCP address allocation fix (#1657)
41ca387 removed the dependence of AE message relay on DUA prefix (#1655)
9e7e9e0 REED parser refactoring for MLE advertisement (#1654)
4fda90e Clear data request flag in child_id_req timeout (#1649)
5af4a39 updated mleid rloc sync in leader. (#1645)
564d3fe Added filter callback for MLE messages (#1638)
9f85599 Security bits handled correctly (#1642)
9e6c3a1 Update Thread MLE neighbor list cleanup, attempt #2 (#1640)
1060c34 file version checking handled after other errors. (#1641)
9c6b876 added nvm support for leader router id allocation. (#1626)
4f5e97d Revert "Update Thread MLE neighbor list cleanup (#1637)" (#1639)
a20a0ba Update Thread MLE neighbor list cleanup (#1637)
32cfb6b Fix to partition selection rules (#1633)
0d655ed Update MLE receiver in Child ID req timeout error (#1634)
2378dad Discard late Child ID responses (#1630)
3e8b4ce Multicast registration time fix (#1631)
f5530b1 Thread key ID change during attach (#1627)
1b7fdc0 Skip discovery request if MLE table is full (#1625)
4022ad9 Add new test API for clearing Thread stack values (#1624)
ffb47a2 additional reed advertisement (#1609)
cfb1e81 Thread tx failure handling update (#1620)
15846ed refactored network data sync as leader (#1615)
a5c67fd data request resent if leader after resync does not receive data response.(#1614)
f8a39da documentation fix: (#1608)
b69ba04 Allow MLE entry forced saving to MAC (#1600)
0e85099 Update router id sequence number in router sync (#1594)
f2cd4cf Read the short addr as 16-bit value before calling mac api (#1585)
912cf02 purge old partition data when child id response is received (#1588)
648ef89 Remove unnecessary call to mac (#1583)
09cff0e Fix uninitialised memory defect found by valgrind (#1582)
a1acffc Update Thread publishing during address change (#1581)
d2ddb1a Send new a/sd immediately after address change (#1576)
c18d1fd added check for parent info before processing child update (#1577)
96e86b6 implemented Sleepy End Device child update requests. (#1570)
33cb7cb Flag check updated. (#1572)
9f8e7f2 Merge pull request #1566 from ARMmbed/ut_fix
565da92 Update socket_api_test.cpp
59545f9 Update socket_api_test.cpp
09414e1 ML-EID is now added to address registration tlv. (#1565)
beddb01 unittest fix for newer release of cpputest
git-subtree-dir: features/nanostack/sal-stack-nanostack
git-subtree-split: 82bbdcc7ec63355fc19bf2c6054716584742b99b
Application can give battery_level callback method what Lora stack
uses to query battery level for DevStatusReq MAC command response.
The problem was that this callback was never called.
This commit fixes this problem and if application does not set
battery_level callback at all, value 255 (= The end-device was not able to
measure the battery level.) will be returned to lora gateway.
Currently test assumes that 1 sec is long enough to set RTC time and read same time which has been set.
In some cases extra time for synchronisation between clock domains is needed and after setting/reading operations the read value might be different than one which has been set (+1 sec).
Additionally in some cases when lp ticker is based on RTC, the RTC implementation may use mechanism to trace elapsed seconds without modifying RTC registers. In such case it is possible that second will change immediately after setting time.
Add 1 sec tolerance (min possible) for such checks.
In current implementation `rtc_read` function returns number of elapsed us and `rtc_write` function sets RTC time to specified value in us.
Mbed HAL API expects that these functions operate on seconds.
Since lp ticker is also based on RTC provide mechanism to trace elapsed seconds without modifying RTC registers.
The unified NRF51 target and feature BLE directories have been
reorganized to follow the naming and directory structure of the
NRF52 implementation.
This reorganization does not include TARGET_MCU_NRF51822 and
derived targets.
If the frame length is not what we are expecting, it is
found to be a good practise to actually continue with what we
have received rather than aborting. As we have already demodulated
the packet and RX slots are used up, ther is not so much benefit in
dropping that packet.
While configuring RX parameters for the radio, we need to feed in
rx windows 1 and 2 parameters which are computed when we do the transmission.
We are actually setting the physical value of the data rate rather than
data rate table index and the expectation was to set the data rate index.
The asia pacific region supports custom channel planning and
downlink channel request. By virtue of a mistake, this information
was missing and hence a custom channel support was not working.
Fixes issue #6783.
There had been essentially two state machines running in our stack
which was too cumbersome and was not alligned in any symmetry.
In this work we make sure that:
* There are no callbacks from the MAC layer to Stack controller layer.
* Primitives are made local to the mac layer and are presented as
read-only to the stack controller layer.
* Interrupt handling and processing is moved to the stack controller layer.
* Reception is divided into smaller units, seperating handling of Join Accept
and normal data frames. MIC gets its own unit.
* Extraction of data and MAC commands from the payload is also being done now in
its own method.
* To ensure integrity of the stack, and sanctity of the radio payload, we copy the
radio payload buffer immediately in the rx interrupt and hoist a flag that prevents
another interrupt from happening for a short while when we are processing the previous
packet.
* If an automatic uplink is on going, we do not send a TX_DONE event to application
anymore as that is logically incorrect.
* state_controller() is the central engine for the state machine. To save code space and
memory, we are not handling each and every state in the state_controller(). Some of the states
which have no processing to be done, are explicitely set.
* For all the states who need special processing, seperate methods are added.
* Class A always run to completion to IDLE and CLass C always runs to completion as RECEIVING.
Making our LoRaWAN stack thread safe. If RTOS is not present, locks
don't do anything. ScopedLock is used to automate the lock release on
context expiry.
We went through an exercise of adding band information to
any new channel being added. Default channels were looked over.
This commits duly adds missing band information to default channels.
Juhani Puurula
Kimmo Vaisanen
Cruz Monrreal
Andrew Leech
David Saada
deepikabhavnani
Martin Kojtal
Przemyslaw Stekiel
Steven Cartmell
Jaakko Heikkilä
Marcus Chang
Hasnain Virk
Andrzej Kurek
Keyur Hariya