* Support new percentile func with new alarm and exporter for this new func.
* Fix e2e and OAL script
* Fix wrong column.
* Fix percentile bug and oal engine bug.
* Update query protocol and add percentile test case
* Support new query
* Adopt GraphQL requirement
* Fix wrong type cast.
* Fix query in H2 and ES.
* Fix docs and comments.
* Fix an e2e compile issue
* Fix javadoc issue and e2e test issue.
* Change CPM to Apdex in TTL test.
* Fix OAL for TTL e2e
* Add metrics query for service percentile.
* Fix OAL engine bug. Method deserialize is not working when more than two field types are IntKeyLongValueHashMap
* Support multiple IntKeyLongValueHashMap fields in remote. About serialize/deserialize methods.
* Fix graphql statement error in e2e.
* Fix serialize not working and add generated serialize/deserialize of percentile into test cases.
* Fix test case format
* Remove generated code test.
* Fix failed e2e test
* Use avg resp time to apdex in the TTL test.
* ADD multiple linear metrics check for endpoint in e2e cluster.
* Support `-` to represent no threshold and doc of alarm about this.
* Move break to right place.
* Fix wrong break(s)
* Fix break and add a test case for multiple values alarm.
* Fix format.
* Add more doc for this new feature and GraphQL query protocol.
Co-authored-by: Jared Tan <jian.tan@daocloud.io>
Co-authored-by: kezhenxu94 <kezhenxu94@163.com>
* Provide profile task downstream to sniffer
* fix agent unit testcase issue
* add profile switch config on sniffer
* fix es error
* 1. add @DefaultImplementor on the sniffer profile task service
2. change ProfileTaskExecutionService#PROFILE_TASK_READY_SCHEDULE to final and remove volatile
2. fix style error
* change timeFromStartMills use `<` to compare
* 1. add `maxSamplingCount` to profile task
2. make profile task limit to the common package
* 1. change `agent.active_profile` to `profile.active` and make true on default
2. add `maxSamplingCount` in profile task
3. use `createTime` to check has new command list
4. add task re-check before process profile task
* 1. add `profile-receiver` document
2. change `ProfileTaskExecutionService` use single schedule thread pool
3. cache dont need fetch data when no data, use auto-fresh mechanism only
* remove navigate time judge, fix comment wrong meaning
* Add apdex function to OAL
* Add empty line
* Setup config watcher
* Add identifier type to function parameter
* Add config test
* Update score algorithm
* Replace responseCode with status
* Add comments about apdex score algorithm
* Add docs
* Add e2e test case
* Update test case
* Fix disptch class generating error
* Update value name of apdex metric
* Tuning threshold
* Fix single tolerated point bug
* [Feature] Officially support ElasticSearch 7 as backend storage
* Extract bootstrap module to be shared by multiple starters
* Add missing configuration file and distinguish different version in test
* Update known-oap-backend-dependencies-es7.txt
Update the dependency lib
* Fix missing adaptation to ElasticSearch 7
* Rename ElasticSearch 7 specific class with Es7 infix
* Fix miss-adapted ElasticSearch DAO API
* Add ES7 specific configuration and polish documentations
* Polish documentations
* Polish documentations
* [CI] Make E2E tests run in multiple JDK versions
* Polish
* Use new e2e-container version number
* Install socat in reboot case
* Fix reboot case
* Polish
* Reorganize jobs
The current latency of the test service is too slow, causing it's not counted and
the query result is 0, this patch increases the latency intentionally by sleeping
1 second
* Override ES settings in FAQ
* Resend traffic data when invalid
* Remove unsupported ES setting
* Use seperated buffer directory and remove unnecessary web app 2
e2e test setup. cc @hanahmily @peng-yongsheng @IanCao @zhaoyuguang @JaredTan95
# e2e test case
One single standalone Spring service, accessing H2 database. This service has been installed the agent.
OAP runs in single mode with H2 storage too.
The e2e test will verify the results through GraphQL query
1. Traces exist.
2. Service/Service Instance/Endpoint exist and have expected metrics.
3. Topology exists and match expected.