Falcon LogScale 1.131.0 GA (2024-03-26)

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1.131.0GA2024-03-26

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2025-04-30No1.106No

Available for download two days after release.

Bug fixes and updates.

Deprecation

Items that have been deprecated and may be removed in a future release.

  • The assetType GraphQL field on Alert, Dashboard, Parser, SavedQuery and ViewInteraction datatypes has been deprecated and will be removed in version 1.136 of LogScale.

  • The any argument to the type parameter of sort() and table() has been deprecated and will be removed in version 1.142.

    Warnings prompts will be shown in queries that fall into either of these two cases:

    • If you are explicitly supplying an any argument, please either simply remove both the parameter and the argument, for example change sort(..., type=any) to sort(...) or supply the argument for type that corresponds to your data.

    • If you are sorting hexadecimal values by their equivalent numerical values, please change the argument of type parameter to hex e.g. sort(..., type=hex).

    In all other cases, no action is needed.

    The new default value for sort() and table() will be number. Both functions will fall back to lexicographical ordering for values that cannot be understood as the provided argument for type.

  • In the GraphQL API, the ChangeTriggersAndAction enum value for both the Permission and ViewAction enum is now deprecated and will be removed in version 1.136 of LogScale.

  • We are deprecating the humio/kafka and humio/zookeeper Docker images due to low use. The planned final release for these images will be with LogScale 1.148.0.

    Better alternatives are available going forward. We recommend the following:

    • If your cluster is deployed on Kubernetes: STRIMZI

    • If your cluster is deployed to AWS: MSK

    If you still require humio/kafka or humio/zookeeper for needs that cannot be covered by these alternatives, please contact Support and share your concerns.

  • The following GraphQL queries and mutations for interacting with parsers are deprecated and scheduled for removal in version 1.142.

    • The deprecated createParser mutation is replaced by createParserV2() . The differences between the old and new mutation are:

      • testData input field is replaced by testCases, which can contain more data than the old tests could. This includes adding assertions to the output of a test. These assertions are not displayed in the UI yet. To emulate the old API, you can take the old test string and put it in the ParserTestEventInput inside the ParserTestCaseInput, and they will behave the same as before.

      • fieldsToBeRemovedBeforeParsing can now be specified as part of the parser creation.

      • force field is renamed to allowOverwritingExistingParser.

      • sourceCode field is renamed to script.

      • tagFields field is renamed to fieldsToTag.

      • languageVersion is no longer an enum, but a LanguageVersionInputType instead.

      • The mutation returns a Parser, instead of a Parser wrapped in an object.

      • The mutation fails when a parser has more than 2,000 test cases, or the test input in a single test case exceeds 40,000 characters.

    • The deprecated removeParser mutation is replaced by deleteParser. The difference between the old and new mutation is:

      • The mutation returns boolean to represent success or failure, instead of a Parser wrapped in an object.

    • The deprecated testParser mutation is replaced by testParserV2() . The differences between the old and new mutation are:

      • The test cases are now structured types, instead of just being strings. To emulate the old API, take the test string and put it in the ParserTestEventInput inside the ParserTestCaseInput, and they will behave the same as before.

      • The new test cases can contain assertions about the contents of the output.

      • The mutation output is significantly different from before, as it provides more detailed information on how a test case has failed.

      • The mutation now accepts both a language version and list of fields to be removed before parsing.

      • The parserScript field is renamed to script.

      • The tagFields field is renamed to fieldsToTag.

    • The deprecated updateParser mutation is replaced by updateParserV2() where more extensive test cases can be set. Continuing to use the previous API may result in test information on parsers being lost. To ensure information is not unintentionally erased, please migrate away from the deprecated APIs for both reading and updating parser test cases and use updateParserV2() instead. The differences between the previous and the new mutation are:

      • testData input field is replaced by testCases, which can contain more data than the old tests could. This includes adding assertions to the output of a test. These assertions are not displayed in the UI yet. To emulate the old API, you can take the old test string and put it in the ParserTestEventInput inside the ParserTestCaseInput, and they will behave the same as before.

      • sourceCode field, used to updating the parser script, is changed to the script field, which takes a UpdateParserScriptInput object. This updates the parser script and the language version together.

      • tagFields field is renamed to fieldsToTag.

      • The languageVersion is located inside the UpdateParserScriptInput object, and is no longer an enum, but a LanguageVersionInputType instead.

      • The repositoryName and id fields are now correctly marked as mandatory in the schema. Previously this wasn't the case, even though the mutation would fail without them.

      • The mutation returns a Parser, instead of a Parser wrapped in an object.

      • The old mutation had a bug where it would overwrite the languageVersion with a default value in some cases, which is fixed in the new one.

      • The mutation fails when a parser has more than 2,000 test cases, or the test input in a single test case exceeds 40,000 characters.

    On the Parser type:

    • testData field is deprecated and replaced by testCases.

    • sourceCode field is deprecated and replaced by script.

    • tagFields field is deprecated and replaced by fieldsToTag.

    For more information, see Parser , DeleteParserInput , LanguageVersionInputType , createParserV2() , testParserV2() , updateParserV2() .

  • In the GraphQL API, the name argument to the parser field on the Repository datatype has been deprecated and will be removed in version 1.136 of LogScale.

Behavior Changes

Scripts or environment which make use of these tools should be checked and updated for the new configuration:

  • Storage

    • We've removed a throttling behavior that prevented background merges of mini-segments from running when digest load is high. Such throttling can cause global in the LogScale cluster to grow over time if the digest load isn't transient, which is undesirable.

    • Moving mini-segments to the digest leader in cases where it is not necessary is now avoided. This new behavior reduces global traffic on digest reassignment.

    • Registering local segment files is skipped on nodes that are configured to not have storage via their node role.

    • When booting a node, wait until we've caught up to the top of global before publishing the start message. This should help avoid global publish timeouts on boot when global has a lot of traffic.

New features and improvements

  • UI Changes

    • The parser test window width can now be resized.

  • Other

    • The metrics endpoint for the scheduled report render node has been updated to output the Prometheus text based format.

Fixed in this release

  • UI Changes

    • Duplicate HTML escape has been removed to prevent recursive field references having double escaped formatting in emails.

  • Storage

    • We've fixed a rarely hit error in the query scheduler causing a ClassCastException for scala.runtime.Nothing..

  • Functions

    • join() function has been fixed as warnings of the sub-query would not propagate to the main-query result.

    • Serialization of very large query states would crash nodes by requesting an array larger than what the JVM can allocate. This issue has been fixed.

Early Access

  • Functions

Improvement

  • Storage

    • Concurrency for segment merging is improved, thus avoiding some unnecessary and inefficient pauses in execution.

    • We've switched to running the RetentionJob in a separate thread from DataSyncJob. This should enable more consistent merging.

    • The RetentionJob work is now divided among nodes such that there's no overlap. This reduces traffic in global.

    • An internal limit on use of off-heap memory has been adjusted to allow more threads to perform segment merging in parallel.

  • Functions

    • Some performance improvements have been made to the join() function, allowing it to skip blocks that do not contain the specified fields of the main and sub-query.