This commit adds the Multicast Listener Table for BBR:
- Implements Multicast Listener Table on BBR
- Adds registered MAs to MulticastListenerTable
- Reject when the table is full or the multicast address is invalid
and return failed status
- Respond with unsuccessful status along with failed addresses
- Expire Listeners from MulticastListenerTable per second (using
MinHeap for better performance)
- MLR enhancement
- Re-register only failed multicast addresses (used to register all
registering multicast addresses)
- Reference Device only APIs
- Some APIs are defined for reference devices and tests.
- Add tests
- Add unit test: test_multicast_listener_table.cpp (runs for 1.2-bbr
only)
- Add functional tests
This commit adds one test to verify that if a node subscribed MAs when
there is no PBBR in the network, it should still be able to send
MLR.req after PBBR is enabled.
This is a case that wasn't tested in existing tests.
This commit implements the CSL feature in Thread 1.2.
- Add macro definitions for low power to control the compiling of
source code.
- Add data and methods for running CSL in Mac and SubMac. This mainly
includes setting CSL parameters, starting/stopping CSL, and the
timer handling process.
- Add otPlatTimeGetAPI and implementation.
- Add CSL transmission implementation. CSL transmission is a new kind
of transmission, the related definition and implementaion for the
whole transmitting process is added.
- Add calling of start/stop CSL in certain cases.
- Implement CSL synchronization maintainence. If a CSL cordinator
didn't get a frame containing CSL IE for CSLTimeout, the CSL
receiver is regarded as de-synchronized.
- Add Cli interface for using CSL.
- Implement enhanced Ack with IE. The original code can only generate
auto ack for Imm-Ack. As CSL requires CSL IE included in enhanced
ack. This PR implements it.
- Add basic functional test for CSL transmission. More tests
corresponding to test plan would be added later.
In 802.15.4-2015 spec Table 7-2, it is possible to receive frame with
destination address but without destination PAN ID. This commit
changes the address filter function to avoid dropping such frames.
This commit introduces the packet verification (PV) framework for
certification tests.
- Add packet verification framework code
- Implement packet verification for cert 5.1.7 as a minimal
example. There will be more 1.1/1.2 tests with PV submitted in the
future.
- Download pre-built thread-wireshark binaries from
openthread/wireshark/releases for packet dissecting (used by
pyshark)
- Added a Github Action job for Packet Verification
- registration workflow framework
- registration and reregistration
- registration and reregistration on behalf of children
- add pseudo response status for test/certification purpose
- add unit test
This commit implements parents sending MLR.req on behave of Children.
- Parent sends MLR.req for Children after delaying for a random time <
PARENT_AGGREGATE_DELAY (5s).
- Update test script to check for proxied MLR.req
- Parent proxy MLR.req for Children after a delay t in [0, 5]
This commit includes:
- Adding compile configurations necessary for MLR features
- Adding source/header files necessary for MLR features
- Send MLR.req for local MAs on ThreadNetif
- At most one MLR.req is outstanding
- Reregistration according to PBBR configuration
- Renewing periods according to PBBR configuration
- BBRs receive MLR.req with minimal processing and send MLR.rsp
- Add a test to verify that MLR.req is sent for local MAs.
This commit ignores unknown TLVs when parsing a message and continues
to parse the rest parts of the message.
An unknown TLV can cause the simulator to drop the whole packet, which
could lead to packet parsing issues. For example, if a Child ID
Response message is dropped, the dissector will fail to add the Short
Address and Extended Address to the Device Descriptors, causing
subsequent secure packets unable to be decrypted.
According to PEP8, constants should be written in all capital letters.
This commit capitalizes these constants:
- thread_cert.TestCase.topology
- thread_cert.TestCase.support_ncp
In Thread 1.2, it is possible to receive an IEEE 802.15.4-2015
packet. Per specification, receiver should acknowledge this packet
with an IEEE 802.15.4-2015 ACK(Enh-ACK). This Enh-ACK can include
header IE with it and requires security enabled bit in FCF be set to
true. It is impractical for the host to generate the Enh-ACK and send
to RCP for transmission within AIFS time(192us). So RCP should prepare
the Enh-ACK by itself, which requires it to fill in the frame counter
and do the encryption/authentication.
This commit tries to address the need of filling auxiliary frame
counter in RCP by including the following changes:
- Move frame counter related functions from MAC layer to SubMac layer,
which is mirrored in RCP.
- Set mMacFrameCounter to RCP using newly added spinel properties.
- RCP reports last used frame counter to host in TxDone and RxDone.
- Add a simulation test for reset verification.
This commit fixes the problem that `whitelist` is not enabled in
commissioning test cases which results in false pass of `Cert_8_2_01`
and `Cert_8_2_02`.
Without this commit, `Cert_8_2_01` and `Cert_8_2_02` will fail if we
turn on `whitelist`, because we now use random extaddress for
discovery requests.
This commit introduces a few enhancements:
- In NCP architecture forward the IPv6 fragments instead of the full
reassembled IPv6 packet (which in the default configuration can't be
forwarder due to SPINEL limitations). Without this fix the
fragmentation does not work if Thread device wants to send more than
MTU data through the Border Router (to the IPv6 address of NCP).
- Use OPENTHREAD_CONFIG_IP6_MAX_ASSEMBLED_DATAGRAM only for the
receiving path. For transmitting path, relay on the message buffers
pool. This is especially important for some of the use-cases we
have, and also reduce a need for regenerating OpenThread libraries.
- In case receiving IPv6 packet is bigger than supported
OPENTHREAD_CONFIG_IP6_MAX_ASSEMBLED_DATAGRAM, exit before trying to
allocate the next message buffer.
This commit fixes key_id_mode handling and added exception handling
when key_id_mode is 0.
According to IEEE Std 802.15.4-2015, when Key Id Mode is 0x00:
Key is determined implicitly from the originator and recipient(s)
of the frame, as indicated in the frame header.
Our test scripts cannot handle such packets. If we leave key_id_mode =
0 case unhandled, we would get some exceptions that may cause
developers to think that something is wrong. However dropping packets
in this case is a normal behavior.
This commit includes
[Y] add `OPENTHREAD_CONFIG_DUA_ENABLE` option for DUA feature
[Y] generate DUA via SLAAC
[Y] update test script to verify communication via DUA
- Update all test cases to inherit thread_cert.TestCase and update
topologies accordingly. The topologies should all be correct because
they are automatically generated, not hand written.
- Use default Thread version: 1.1
- Cleanup node tmp files in tmp directory according to the current
PORT_OFFSET in setUp. This is required by
test_reed_address_solicit_rejected.py and test_coap_observe.py since
they define multiple test functions in one TestCase.
- Removed call to set_extaddr64 because it's not necessary and causing
failures.
Currently, a REED which expects to become Router soon does not send
any SVR_DATA.ntf. This commit handles rejecting ADDR_SOL.rsp to allow
REED to send SVR_DATA.ntf after it is rejected.
This commit includes:
- cache domain prefix in the Thread Network
- subscribe/unsubscribe AllDomainBBRs Multicast address
- update test to cover AllNetworkBBRs and AllDomainBBRs subscription
- Introduce BACKBONE_ROUTER option for Backbone Router function.
- Implement Backbone Router service registration.
- Add basic Backbone Router service.
- Primary Backbone Router restores its Dataset when reattached after
short reset, increases sequence number and re-register to Leader.
- Add configurable jitter for Backbone Router service registration.
- Add Backbone Router service test.
This commit initializes _initialized of Node before doing
initialization. Otherwise, we will have an AttributeError in
desctructor when initialization fails.
Simon Lin