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V1.26.0 stage #1917
V1.26.0 stage #1917
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Merge 'dev' branch into 'container-ordering' branch
* start timeout is governed by the agent and is the context timeout for the StartContainer api call * stop timeout is the parameter passed to StopContainer and is time the docker daemon waits after a StopContainer call to issue a SIGKILL to the container
Add log driver secret to LogConfig and agent capability
go vet fixes for unkeyed fields and copying lock value
Mongo images are replaced with redis and crux images. Using Mongo images were leading to unpredictable results in functional and integration tests everytime Mongo images were updated on docker hub.
'Success' condition on a dependency container will allow a target container to start only when the dependency container has exitted successfully with exitcode 0. 'Complete' condition on a dependency container will allow a target container to start only when the dependency container has exitted. 'Healthy' condition on a dependency container will allow a target container to start only when the dependency container is reported to be healthy.
…to pending test process
Prior to this commit, we only tracked state we explicitly tried to change when the task was starting. We did not respond to the event stream or any other source of information from Docker. This means that when we are waiting for certain dependency conditions ("SUCCESS", "COMPLETE", or "HEALTHY") the task progression logic does not update the agent-internal model of container state. Since we rely on that state for determining when conditions are met, tasks would get stuck in infinite startup loops. This change adds a call to engine.checkTaskState(), which explicity updates any changed container state. We only call this function if we know that we are waiting on the aforementioned subset of dependency conditions. Co-authored-by: Utsa Bhattacharjya <[email protected]>
engine: adding poll function during progressTask
We now apply shutdown order in any dependency case, including dependsOn directives, links, or volumes. What this means is that agent will now make a best effort attempt to shutdown containers in the inverse order they were created. For example, a container using a link for communication will wait until the linked container has terminated before terminating itself. Likewise, a container named in another container's dependsOn directive will wait until that dependent container terminates. One note about the current implementation is that the dependencies aren't assumed to be transitive, so if a chain exists such that: A -> B -> C Container "C" will shutdown before "B", but it won't check status against container "A" explicity. If A depends on C, we expect: A -> B -> C A -> C The lack of transitive dependency logic applies is consistent with startup order as of this commit.
The link / volume dependency tests are now affected by shutdown order, so the tests now take longer. Previously, it would take a max of 30s (the default docker stop timeout for agent). Now, since the containers stop in order, it will take a max of 30s * n, where n is the number of containers. Increasing the test timeout is a short term fix until we have granular start/stop timeouts plumbed through the ecs service.
Instead of explicitly checking against many conditions, we now validate that the expected condition has progressed beyond started This mirrors prior behavior in the codebase, and reduces cyclo complexity.
dependencygraph: Enforce shutdown order
The ‘StartTimeout’ now will only serve as the the time duration after which if a container has a dependency on another container and the conditions are ‘SUCCESS’, ‘HEALTHY’ and ‘COMPLETE’, then the dependency will not be resolved. For example: • If a container A has a dependency on container B and the condition is ‘START’, the StartTimeout for container B will roughly be the time required for it to exit successfully with exit code 0 • If a container A has a dependency on container B and the condition is ‘COMPLETE’, the StartTimeout for container B will roughly be the time required for it to exit. • If a container A has a dependency on container B and the condition is ‘HEALTHY’, the StartTimeout for container B will roughly be the time required for it to emit a ‘HEALTHY’ status. If the StartTimeout exceeds in any of the above cases, container A will not be able to transition to ‘CREATED’ status. It effectively reverts the implementation of StartTimeout in commit: 79bd517
This is the first batch of integration tests for container ordering. The tests handle the basic use cases for each of the conditions that introduces new behavior into agent (HEALTHY,COMPLETE,SUCCESS).
Container ordering integ tests
* "START" Dependency condition has been changed to "CREATE" as it waits for the dependency to atleast get created * "RUNNING" Dependency Condition has been changed to "START" as it waits for the dependency to get started.
Here, the time duration(StartTimeout) mentioned by the user for a container is expired or not is checked before resolving the dependency for target container. For example, * if a target container 'A' has dependency on container 'B' and the dependency condiiton is 'SUCCESS', then the dependency will not be resolved if B times out before exitting successfully with exit code 0. * if a target container 'A' has dependency on container 'B' and the dependency condiiton is 'COMPLETE', then the dependency will not be resolved if B times out before exitting. * if a target container 'A' has dependency on container 'B' and the dependency condiiton is 'HEALTHY', then the dependency will not be resolved if B times out before emtting 'Healthy' status. The advantage of this is that the user will get to know that something is wrong with the task if the task is stuck in pending..
Dependency Condition Naming change:
Remove the functionality of StartTimeout as Docker API Start Timeout
* Remove need to pull 'latest' server core By removing the :latest tag from all windowsservercore containers, we will have the tests use the container thats already baked into the AMI. * Remove depdency on golang and python containers We are removing the need to use any containers other than servercore and nanoserver. This reduces the number of downloads needed and the number of builds that happen before the tests start running. * Explicit timeouts on order tests The ordering tests are broken at the moment, so we are capping them with a fixed timeout.
Faster windows test
Fix amazon-vpc-cni-plugins sha check.
Adding functional tests for container ordering
increase linux integ tests timeout
update amazon-vpc-cni-plugins sha
The cni plugin name is aws-appmesh. I think we should use either AWS App Mesh or aws-appmesh. |
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TestStateManager failed in linux unit test |
Unit tests are still flaking even after updating to faster drives. Unit tests are still passing in travis. |
This timeout was fine when working on a dev box but its not quite as happy in automated testing.
See changelog entries for complete changes.
Windows Flaky Functional Tests 'TestOOMContainer', 'TestV3TaskEndpointTags', 'TestV3TaskEndpointDefaultNetworkMode' passed in local ec2 windows instance when I tried reproducing it Reference: #1869 |
Arm function tests failed because of flaky test 'TestTelemetry' and I have tested in an arm instance with latest code. Reference: #1903 |
Windows test was fixed in #1919 |
Summary
Updating Agent to 1.26.0. Changelog:
Licensing
By submitting this pull request, I confirm that my contribution is made under the terms of the Apache 2.0 license.