Release 2021.04 - RC3 #219
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01. Task 02 - Unittests on nativePASSEDCaptured stdout call |
01. Task 03 - Unittests on native separatedPASSEDCaptured stdout call |
01. Task 04 - Unittests on iotlab-m3PASSEDCaptured stdout call |
04. Task 01 - ICMPv6 link-local echo with iotlab-m3PASSEDCaptured stdout call |
04. Task 02 - ICMPv6 multicast echo with iotlab-m3/samr21-xproPASSEDCaptured stdout call |
03. Task 01 - ICMPv6 multicast echo on nativePASSEDCaptured stdout call |
03. Task 02 - ICMPv6 link-local echo on nativePASSEDCaptured stdout call |
04. Task 03 - ICMPv6 echo with large payloadPASSEDCaptured stdout call |
04. Task 09 - ICMPv6 stress test on iotlab-m3PASSEDCaptured stdout call |
04. Task 10 (Experimental) - ICMPv6 echo with large payload (IPv6 fragmentation)PASSEDCaptured stdout call |
04. Task 11 (Experimental) - ICMPv6 stress test on nrf802154PASSEDCaptured stdout call |
04. Task 12 (Experimental) - ICMPv6 multicast echo with iotlab-m3/nrf802154PASSEDCaptured stdout call |
04. Task 13 (Experimental) - ICMPv6 link-local echo with iotlab-m3/nrf802154PASSEDCaptured stdout call |
05. Task 02 - ICMPv6 echo unicast addresess on iotlab-m3 (default route)PASSEDCaptured stdout call |
11. Task 04 - LoRaWAN device parameters persistencePASSEDCaptured stdout call |
11. Task 01 - LoRaWAN examplePASSEDCaptured stdout call |
04. Task 07 (Experimental) - ICMPv6 multicast echo with samr21-xpro/zero + xbeeFAILEDFailuresCaptured stdout call |
11. Task 02 - OTAA join procedurePASSEDCaptured stdout call |
04. Task 07 (Experimental) - ICMPv6 multicast echo with samr21-xpro/zero + xbeeFAILEDFailuresCaptured stdout call |
06. Task 01 - UDP on iotlab-m3PASSEDCaptured stdout call |
11. Task 03 - ABP join procedurePASSEDCaptured stdout call |
04. Task 08 (Experimental) - ICMPv6 echo with samr21-xpro/zero + xbeeFAILEDFailuresCaptured stdout call |
11. Task 05 - GNRC LoRaWAN (Over The Air Activation)FAILEDFailuresCaptured stdout call |
11. Task 06 - GNRC LoRaWAN (ABP)PASSEDCaptured stdout call |
11. Task 05 - GNRC LoRaWAN (Over The Air Activation)FAILEDFailuresCaptured stdout call |
11. Task 05 - GNRC LoRaWAN (Over The Air Activation)FAILEDFailuresCaptured stdout call |
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@jia200x can you run Task 05, I seem to have issue with triggering the upstream dowlink. |
06. Task 02 - UDP on iotlab-m3 (UDP port compression)PASSEDCaptured stdout call |
10. Task 07 - Packet too bigPASSEDCaptured stdout callCaptured stderr callCaptured log call |
10. Task 08 - Time exceeded - hop limit exceeded in transitPASSEDCaptured stdout callCaptured stderr callCaptured log call |
10. Task 09 - Parameter problem - erroneous header field encounteredPASSEDCaptured stdout callCaptured stderr callCaptured log call |
10. Task 10 - IPv6-in-IPv6 encapsulationPASSEDCaptured stdout call |
11. Task 05 - GNRC LoRaWAN (Over The Air Activation)FAILEDFailuresCaptured stdout call |
11. Task 05 - GNRC LoRaWAN (Over The Air Activation)FAILEDFailuresCaptured stdout call |
11. Task 05 - GNRC LoRaWAN (Over The Air Activation)FAILEDFailuresCaptured stdout call |
11. Task 05 - GNRC LoRaWAN (Over The Air Activation)FAILEDFailuresCaptured stdout call |
11. Task 05 - GNRC LoRaWAN (Over The Air Activation)FAILEDFailuresCaptured stdout call |
11. Task 05 - GNRC LoRaWAN (Over The Air Activation)PASSEDCaptured stdout call |
Task #11 - UDP exchange between iotlab-m3 and ZephyrPASSEDZephyr node RIOT node Note: Tested against Zephyr v2.5.0. As shown in the logs, the Zephyr node seems to hard fault after echoing the packet. Just in case, I also tested between two zephyr nodes using the echo_server and echo_client application. Eventually the server stopped responding, although this behaviour was more random than the hard fault. |
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@benpicco can you run the |
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08-interop Task #2 - ICMPv6 echo between iotlab-m3 and Linux with 6LowPAN I ran those manually, using a samr21-xpro instead of iotlab-m3. Linux is a RasPi 3 with current Raspberry Pi OS and an Openlab transceiver. PASSEDping from RIOT to Linux: Ping from Linux to RIOT: |
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08-interop Task #4 - ICMPv6 echo between iotlab-m3 and Internet host through Linux with 6LowPAN Tested with Raspi, Openlab, samr21-xpro examples/gnrc_networking,
PASSED |
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08-interop Task #12 - GNRC Border Router with WiFi uplink to the Internet Using PASSED08-interop Task #13 - GNRC Networking using PASSEDPing from Linux |
In the Github Action (now that the name of the environment variables is fixed there) it fails with a hard fault when trying to fetch the interface. |
just to confirm - it passed but not on the github action? |
It passed for @jia200x (most likely with a physical board plugged into his laptop) but not in the Github Action (which will be triggered once you hit the release button ;-)) where a board from the IoT-LAB is used. The reasons for that could just be that the board in IoT-LAB is configured slightly differently or just is broken. @fjmolinas is there a way to check, if |
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Task #5 - ICMPv6 echo between iotlab-m3 and Internet host through RIOT border router I used two samr21-xpro. one was connected to a linux host and provided the BR using cdc-ecm and uhcp. (couldn't manage to get dhcpv6 to work).
PASSED |
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Can we enforce that somehow in the release tests? Such as a black list in the resource selection? |
I'll test the BOARD anyway. |
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(I would prefer not to pick a specific board in the automated tests, because that might lead to test failures when the board is occupied in the testbed) |
Confirmed, its an issue with the BOARD, it hardfault immediatly, will notify IoT-LAB. |
It might be just an issue of a reset on the gateway, lets see what the iotlab team thinks. |
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08-interop Task #7 - UDP between iotlab-m3 and Internet host through RIOT border router (200b payload) Same setup as with Task #5. udp received over 4 hops. PASSEDLinux node: |
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Closing in favor of #221 |
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This issue lists the status of all tests for the Release Candidate 3 of the 2021.04 release.
Specs tested:
Task Release 2015.12 - pre-RC1 #9 - deprecatedTask Release 2015.12 - RC1 #10 - deprecatedThe text was updated successfully, but these errors were encountered: