From 1ebbbfbded19403bc98215aeff4e10e8a7dddc4f Mon Sep 17 00:00:00 2001 From: simitt Date: Tue, 15 Jun 2021 08:37:23 +0200 Subject: [PATCH] Update to elastic/beats@2871d29be93a * upgrade go version to 1.15.6 related to #5374 --- .go-version | 2 +- Dockerfile | 2 +- NOTICE.txt | 766 ++++----------------------------------- README.md | 2 +- changelogs/head.asciidoc | 2 +- docs/fields.asciidoc | 149 ++++++++ docs/version.asciidoc | 2 +- go.mod | 15 +- go.sum | 22 +- include/fields.go | 2 +- tests/Dockerfile | 4 +- 11 files changed, 239 insertions(+), 729 deletions(-) diff --git a/.go-version b/.go-version index a23207367c3..0d92a10285c 100644 --- a/.go-version +++ b/.go-version @@ -1 +1 @@ -1.16.4 +1.16.5 diff --git a/Dockerfile b/Dockerfile index 24c272bd499..dd107742be1 100644 --- a/Dockerfile +++ b/Dockerfile @@ -1,4 +1,4 @@ -FROM golang:1.16.4 +FROM golang:1.16.5 MAINTAINER Nicolas Ruflin RUN set -x && \ diff --git a/NOTICE.txt b/NOTICE.txt index 8872b471bc5..36c83916067 100644 --- a/NOTICE.txt +++ b/NOTICE.txt @@ -11,11 +11,11 @@ Third party libraries used by the Elastic APM Server project: -------------------------------------------------------------------------------- Dependency : github.com/apache/thrift -Version: v0.13.1-0.20200603211036-eac4d0c79a5f +Version: v0.14.1 Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/apache/thrift@v0.13.1-0.20200603211036-eac4d0c79a5f/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/apache/thrift@v0.14.1/LICENSE: Apache License @@ -576,11 +576,11 @@ SOFTWARE. -------------------------------------------------------------------------------- Dependency : github.com/elastic/beats/v7 -Version: v7.0.0-alpha2.0.20210531144435-27e76c567711 +Version: v7.0.0-alpha2.0.20210614232151-2871d29be93a Licence type (autodetected): Elastic -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/elastic/beats/v7@v7.0.0-alpha2.0.20210531144435-27e76c567711/LICENSE.txt: +Contents of probable licence file $GOMODCACHE/github.com/elastic/beats/v7@v7.0.0-alpha2.0.20210614232151-2871d29be93a/LICENSE.txt: Source code in this repository is variously licensed under the Apache License Version 2.0, an Apache compatible license, or the Elastic License. Outside of @@ -1797,11 +1797,11 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : github.com/google/pprof -Version: v0.0.0-20210208152844-1612e9be7af6 +Version: v0.0.0-20210323184331-8eee2492667d Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/google/pprof@v0.0.0-20210208152844-1612e9be7af6/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/google/pprof@v0.0.0-20210323184331-8eee2492667d/LICENSE: Apache License @@ -2744,11 +2744,11 @@ Exhibit B - "Incompatible With Secondary Licenses" Notice -------------------------------------------------------------------------------- Dependency : github.com/jaegertracing/jaeger -Version: v1.22.0 +Version: v1.23.0 Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/jaegertracing/jaeger@v1.22.0/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/jaegertracing/jaeger@v1.23.0/LICENSE: Apache License Version 2.0, January 2004 @@ -4389,7 +4389,7 @@ THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLI -------------------------------------------------------------------------------- Dependency : go.opentelemetry.io/collector -Version: v0.22.0 +Version: v0.28.0 Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- @@ -4601,11 +4601,11 @@ Contents of probable licence file LICENSE: -------------------------------------------------------------------------------- Dependency : go.uber.org/atomic -Version: v1.7.0 +Version: v1.8.0 Licence type (autodetected): MIT -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/go.uber.org/atomic@v1.7.0/LICENSE.txt: +Contents of probable licence file $GOMODCACHE/go.uber.org/atomic@v1.8.0/LICENSE.txt: Copyright (c) 2016 Uber Technologies, Inc. @@ -4659,11 +4659,11 @@ THE SOFTWARE. -------------------------------------------------------------------------------- Dependency : golang.org/x/net -Version: v0.0.0-20210525063256-abc453219eb5 +Version: v0.0.0-20210614182718-04defd469f4e Licence type (autodetected): BSD-3-Clause -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/golang.org/x/net@v0.0.0-20210525063256-abc453219eb5/LICENSE: +Contents of probable licence file $GOMODCACHE/golang.org/x/net@v0.0.0-20210614182718-04defd469f4e/LICENSE: Copyright (c) 2009 The Go Authors. All rights reserved. @@ -4696,11 +4696,11 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : golang.org/x/sync -Version: v0.0.0-20201207232520-09787c993a3a +Version: v0.0.0-20210220032951-036812b2e83c Licence type (autodetected): BSD-3-Clause -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/golang.org/x/sync@v0.0.0-20201207232520-09787c993a3a/LICENSE: +Contents of probable licence file $GOMODCACHE/golang.org/x/sync@v0.0.0-20210220032951-036812b2e83c/LICENSE: Copyright (c) 2009 The Go Authors. All rights reserved. @@ -4733,11 +4733,11 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : golang.org/x/time -Version: v0.0.0-20201208040808-7e3f01d25324 +Version: v0.0.0-20210220033141-f8bda1e9f3ba Licence type (autodetected): BSD-3-Clause -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/golang.org/x/time@v0.0.0-20201208040808-7e3f01d25324/LICENSE: +Contents of probable licence file $GOMODCACHE/golang.org/x/time@v0.0.0-20210220033141-f8bda1e9f3ba/LICENSE: Copyright (c) 2009 The Go Authors. All rights reserved. @@ -5969,11 +5969,11 @@ WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. -------------------------------------------------------------------------------- Dependency : github.com/StackExchange/wmi -Version: v0.0.0-20180116203802-5d049714c4a6 +Version: v0.0.0-20210224194228-fe8f1750fd46 Licence type (autodetected): MIT -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/!stack!exchange/wmi@v0.0.0-20180116203802-5d049714c4a6/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/!stack!exchange/wmi@v0.0.0-20210224194228-fe8f1750fd46/LICENSE: The MIT License (MIT) @@ -6902,218 +6902,6 @@ Contents of probable licence file $GOMODCACHE/github.com/containerd/containerd@v limitations under the License. --------------------------------------------------------------------------------- -Dependency : github.com/coreos/go-oidc -Version: v2.2.1+incompatible -Licence type (autodetected): Apache-2.0 --------------------------------------------------------------------------------- - -Contents of probable licence file $GOMODCACHE/github.com/coreos/go-oidc@v2.2.1+incompatible/LICENSE: - -Apache License - Version 2.0, January 2004 - http://www.apache.org/licenses/ - - TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION - - 1. Definitions. - - "License" shall mean the terms and conditions for use, reproduction, - and distribution as defined by Sections 1 through 9 of this document. - - "Licensor" shall mean the copyright owner or entity authorized by - the copyright owner that is granting the License. - - "Legal Entity" shall mean the union of the acting entity and all - other entities that control, are controlled by, or are under common - control with that entity. For the purposes of this definition, - "control" means (i) the power, direct or indirect, to cause the - direction or management of such entity, whether by contract or - otherwise, or (ii) ownership of fifty percent (50%) or more of the - outstanding shares, or (iii) beneficial ownership of such entity. - - "You" (or "Your") shall mean an individual or Legal Entity - exercising permissions granted by this License. - - "Source" form shall mean the preferred form for making modifications, - including but not limited to software source code, documentation - source, and configuration files. - - "Object" form shall mean any form resulting from mechanical - transformation or translation of a Source form, including but - not limited to compiled object code, generated documentation, - and conversions to other media types. - - "Work" shall mean the work of authorship, whether in Source or - Object form, made available under the License, as indicated by a - copyright notice that is included in or attached to the work - (an example is provided in the Appendix below). - - "Derivative Works" shall mean any work, whether in Source or Object - form, that is based on (or derived from) the Work and for which the - editorial revisions, annotations, elaborations, or other modifications - represent, as a whole, an original work of authorship. For the purposes - of this License, Derivative Works shall not include works that remain - separable from, or merely link (or bind by name) to the interfaces of, - the Work and Derivative Works thereof. - - "Contribution" shall mean any work of authorship, including - the original version of the Work and any modifications or additions - to that Work or Derivative Works thereof, that is intentionally - submitted to Licensor for inclusion in the Work by the copyright owner - or by an individual or Legal Entity authorized to submit on behalf of - the copyright owner. For the purposes of this definition, "submitted" - means any form of electronic, verbal, or written communication sent - to the Licensor or its representatives, including but not limited to - communication on electronic mailing lists, source code control systems, - and issue tracking systems that are managed by, or on behalf of, the - Licensor for the purpose of discussing and improving the Work, but - excluding communication that is conspicuously marked or otherwise - designated in writing by the copyright owner as "Not a Contribution." - - "Contributor" shall mean Licensor and any individual or Legal Entity - on behalf of whom a Contribution has been received by Licensor and - subsequently incorporated within the Work. - - 2. Grant of Copyright License. Subject to the terms and conditions of - this License, each Contributor hereby grants to You a perpetual, - worldwide, non-exclusive, no-charge, royalty-free, irrevocable - copyright license to reproduce, prepare Derivative Works of, - publicly display, publicly perform, sublicense, and distribute the - Work and such Derivative Works in Source or Object form. - - 3. Grant of Patent License. Subject to the terms and conditions of - this License, each Contributor hereby grants to You a perpetual, - worldwide, non-exclusive, no-charge, royalty-free, irrevocable - (except as stated in this section) patent license to make, have made, - use, offer to sell, sell, import, and otherwise transfer the Work, - where such license applies only to those patent claims licensable - by such Contributor that are necessarily infringed by their - Contribution(s) alone or by combination of their Contribution(s) - with the Work to which such Contribution(s) was submitted. If You - institute patent litigation against any entity (including a - cross-claim or counterclaim in a lawsuit) alleging that the Work - or a Contribution incorporated within the Work constitutes direct - or contributory patent infringement, then any patent licenses - granted to You under this License for that Work shall terminate - as of the date such litigation is filed. - - 4. Redistribution. You may reproduce and distribute copies of the - Work or Derivative Works thereof in any medium, with or without - modifications, and in Source or Object form, provided that You - meet the following conditions: - - (a) You must give any other recipients of the Work or - Derivative Works a copy of this License; and - - (b) You must cause any modified files to carry prominent notices - stating that You changed the files; and - - (c) You must retain, in the Source form of any Derivative Works - that You distribute, all copyright, patent, trademark, and - attribution notices from the Source form of the Work, - excluding those notices that do not pertain to any part of - the Derivative Works; and - - (d) If the Work includes a "NOTICE" text file as part of its - distribution, then any Derivative Works that You distribute must - include a readable copy of the attribution notices contained - within such NOTICE file, excluding those notices that do not - pertain to any part of the Derivative Works, in at least one - of the following places: within a NOTICE text file distributed - as part of the Derivative Works; within the Source form or - documentation, if provided along with the Derivative Works; or, - within a display generated by the Derivative Works, if and - wherever such third-party notices normally appear. The contents - of the NOTICE file are for informational purposes only and - do not modify the License. You may add Your own attribution - notices within Derivative Works that You distribute, alongside - or as an addendum to the NOTICE text from the Work, provided - that such additional attribution notices cannot be construed - as modifying the License. - - You may add Your own copyright statement to Your modifications and - may provide additional or different license terms and conditions - for use, reproduction, or distribution of Your modifications, or - for any such Derivative Works as a whole, provided Your use, - reproduction, and distribution of the Work otherwise complies with - the conditions stated in this License. - - 5. Submission of Contributions. Unless You explicitly state otherwise, - any Contribution intentionally submitted for inclusion in the Work - by You to the Licensor shall be under the terms and conditions of - this License, without any additional terms or conditions. - Notwithstanding the above, nothing herein shall supersede or modify - the terms of any separate license agreement you may have executed - with Licensor regarding such Contributions. - - 6. Trademarks. This License does not grant permission to use the trade - names, trademarks, service marks, or product names of the Licensor, - except as required for reasonable and customary use in describing the - origin of the Work and reproducing the content of the NOTICE file. - - 7. Disclaimer of Warranty. Unless required by applicable law or - agreed to in writing, Licensor provides the Work (and each - Contributor provides its Contributions) on an "AS IS" BASIS, - WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or - implied, including, without limitation, any warranties or conditions - of TITLE, NON-INFRINGEMENT, MERCHANTABILITY, or FITNESS FOR A - PARTICULAR PURPOSE. You are solely responsible for determining the - appropriateness of using or redistributing the Work and assume any - risks associated with Your exercise of permissions under this License. - - 8. Limitation of Liability. In no event and under no legal theory, - whether in tort (including negligence), contract, or otherwise, - unless required by applicable law (such as deliberate and grossly - negligent acts) or agreed to in writing, shall any Contributor be - liable to You for damages, including any direct, indirect, special, - incidental, or consequential damages of any character arising as a - result of this License or out of the use or inability to use the - Work (including but not limited to damages for loss of goodwill, - work stoppage, computer failure or malfunction, or any and all - other commercial damages or losses), even if such Contributor - has been advised of the possibility of such damages. - - 9. Accepting Warranty or Additional Liability. While redistributing - the Work or Derivative Works thereof, You may choose to offer, - and charge a fee for, acceptance of support, warranty, indemnity, - or other liability obligations and/or rights consistent with this - License. However, in accepting such obligations, You may act only - on Your own behalf and on Your sole responsibility, not on behalf - of any other Contributor, and only if You agree to indemnify, - defend, and hold each Contributor harmless for any liability - incurred by, or claims asserted against, such Contributor by reason - of your accepting any such warranty or additional liability. - - END OF TERMS AND CONDITIONS - - APPENDIX: How to apply the Apache License to your work. - - To apply the Apache License to your work, attach the following - boilerplate notice, with the fields enclosed by brackets "{}" - replaced with your own identifying information. (Don't include - the brackets!) The text should be enclosed in the appropriate - comment syntax for the file format. We also recommend that a - file or class name and description of purpose be included on the - same "printed page" as the copyright notice for easier - identification within third-party archives. - - Copyright {yyyy} {name of copyright owner} - - Licensed under the Apache License, Version 2.0 (the "License"); - you may not use this file except in compliance with the License. - You may obtain a copy of the License at - - http://www.apache.org/licenses/LICENSE-2.0 - - Unless required by applicable law or agreed to in writing, software - distributed under the License is distributed on an "AS IS" BASIS, - WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - See the License for the specific language governing permissions and - limitations under the License. - - - -------------------------------------------------------------------------------- Dependency : github.com/davecgh/go-spew Version: v1.1.1 @@ -10360,11 +10148,11 @@ Contents of probable licence file $GOMODCACHE/github.com/go-logr/logr@v0.4.0/LIC -------------------------------------------------------------------------------- Dependency : github.com/go-ole/go-ole -Version: v1.2.5-0.20190920104607-14974a1cf647 +Version: v1.2.5 Licence type (autodetected): MIT -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/go-ole/go-ole@v1.2.5-0.20190920104607-14974a1cf647/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/go-ole/go-ole@v1.2.5/LICENSE: The MIT License (MIT) @@ -10428,11 +10216,11 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : github.com/gogo/googleapis -Version: v1.3.1-0.20190914144012-b8d18e97a9a1 +Version: v1.4.1 Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/gogo/googleapis@v1.3.1-0.20190914144012-b8d18e97a9a1/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/gogo/googleapis@v1.4.1/LICENSE: Apache License Version 2.0, January 2004 @@ -11104,11 +10892,11 @@ Contents of probable licence file $GOMODCACHE/github.com/gomodule/redigo@v1.8.3/ -------------------------------------------------------------------------------- Dependency : github.com/google/go-cmp -Version: v0.5.5 +Version: v0.5.6 Licence type (autodetected): BSD-3-Clause -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/google/go-cmp@v0.5.5/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/google/go-cmp@v0.5.6/LICENSE: Copyright (c) 2017 The Go Authors. All rights reserved. @@ -14587,11 +14375,11 @@ SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : github.com/mailru/easyjson -Version: v0.7.6 +Version: v0.7.7 Licence type (autodetected): MIT -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/mailru/easyjson@v0.7.6/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/mailru/easyjson@v0.7.7/LICENSE: Copyright (c) 2016 Mail.Ru Group @@ -14654,11 +14442,11 @@ THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLI -------------------------------------------------------------------------------- Dependency : github.com/miekg/dns -Version: v1.1.38 +Version: v1.1.41 Licence type (autodetected): BSD -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/miekg/dns@v1.1.38/COPYRIGHT: +Contents of probable licence file $GOMODCACHE/github.com/miekg/dns@v1.1.41/COPYRIGHT: Copyright 2009 The Go Authors. All rights reserved. Use of this source code is governed by a BSD-style license that can be found in the LICENSE file. @@ -15591,11 +15379,11 @@ Contents of probable licence file $GOMODCACHE/github.com/opentracing/opentracing -------------------------------------------------------------------------------- Dependency : github.com/pelletier/go-toml -Version: v1.8.0 +Version: v1.7.0 Licence type (autodetected): MIT -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/pelletier/go-toml@v1.8.0/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/pelletier/go-toml@v1.7.0/LICENSE: The MIT License (MIT) @@ -15659,13 +15447,12 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- -Dependency : github.com/pquerna/cachecontrol -Version: v0.0.0-20200819021114-67c6ae64274f +Dependency : github.com/prometheus/procfs +Version: v0.6.0 Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/pquerna/cachecontrol@v0.0.0-20200819021114-67c6ae64274f/LICENSE: - +Contents of probable licence file $GOMODCACHE/github.com/prometheus/procfs@v0.6.0/LICENSE: Apache License Version 2.0, January 2004 @@ -15871,237 +15658,26 @@ Contents of probable licence file $GOMODCACHE/github.com/pquerna/cachecontrol@v0 -------------------------------------------------------------------------------- -Dependency : github.com/prometheus/procfs -Version: v0.6.0 -Licence type (autodetected): Apache-2.0 +Dependency : github.com/rcrowley/go-metrics +Version: v0.0.0-20201227073835-cf1acfcdf475 +Licence type (autodetected): BSD-2-Clause-FreeBSD -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/prometheus/procfs@v0.6.0/LICENSE: - - Apache License - Version 2.0, January 2004 - http://www.apache.org/licenses/ - - TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION +Contents of probable licence file $GOMODCACHE/github.com/rcrowley/go-metrics@v0.0.0-20201227073835-cf1acfcdf475/LICENSE: - 1. Definitions. +Copyright 2012 Richard Crowley. All rights reserved. - "License" shall mean the terms and conditions for use, reproduction, - and distribution as defined by Sections 1 through 9 of this document. +Redistribution and use in source and binary forms, with or without +modification, are permitted provided that the following conditions are +met: - "Licensor" shall mean the copyright owner or entity authorized by - the copyright owner that is granting the License. + 1. Redistributions of source code must retain the above copyright + notice, this list of conditions and the following disclaimer. - "Legal Entity" shall mean the union of the acting entity and all - other entities that control, are controlled by, or are under common - control with that entity. For the purposes of this definition, - "control" means (i) the power, direct or indirect, to cause the - direction or management of such entity, whether by contract or - otherwise, or (ii) ownership of fifty percent (50%) or more of the - outstanding shares, or (iii) beneficial ownership of such entity. - - "You" (or "Your") shall mean an individual or Legal Entity - exercising permissions granted by this License. - - "Source" form shall mean the preferred form for making modifications, - including but not limited to software source code, documentation - source, and configuration files. - - "Object" form shall mean any form resulting from mechanical - transformation or translation of a Source form, including but - not limited to compiled object code, generated documentation, - and conversions to other media types. - - "Work" shall mean the work of authorship, whether in Source or - Object form, made available under the License, as indicated by a - copyright notice that is included in or attached to the work - (an example is provided in the Appendix below). - - "Derivative Works" shall mean any work, whether in Source or Object - form, that is based on (or derived from) the Work and for which the - editorial revisions, annotations, elaborations, or other modifications - represent, as a whole, an original work of authorship. For the purposes - of this License, Derivative Works shall not include works that remain - separable from, or merely link (or bind by name) to the interfaces of, - the Work and Derivative Works thereof. - - "Contribution" shall mean any work of authorship, including - the original version of the Work and any modifications or additions - to that Work or Derivative Works thereof, that is intentionally - submitted to Licensor for inclusion in the Work by the copyright owner - or by an individual or Legal Entity authorized to submit on behalf of - the copyright owner. For the purposes of this definition, "submitted" - means any form of electronic, verbal, or written communication sent - to the Licensor or its representatives, including but not limited to - communication on electronic mailing lists, source code control systems, - and issue tracking systems that are managed by, or on behalf of, the - Licensor for the purpose of discussing and improving the Work, but - excluding communication that is conspicuously marked or otherwise - designated in writing by the copyright owner as "Not a Contribution." - - "Contributor" shall mean Licensor and any individual or Legal Entity - on behalf of whom a Contribution has been received by Licensor and - subsequently incorporated within the Work. - - 2. Grant of Copyright License. Subject to the terms and conditions of - this License, each Contributor hereby grants to You a perpetual, - worldwide, non-exclusive, no-charge, royalty-free, irrevocable - copyright license to reproduce, prepare Derivative Works of, - publicly display, publicly perform, sublicense, and distribute the - Work and such Derivative Works in Source or Object form. - - 3. Grant of Patent License. Subject to the terms and conditions of - this License, each Contributor hereby grants to You a perpetual, - worldwide, non-exclusive, no-charge, royalty-free, irrevocable - (except as stated in this section) patent license to make, have made, - use, offer to sell, sell, import, and otherwise transfer the Work, - where such license applies only to those patent claims licensable - by such Contributor that are necessarily infringed by their - Contribution(s) alone or by combination of their Contribution(s) - with the Work to which such Contribution(s) was submitted. If You - institute patent litigation against any entity (including a - cross-claim or counterclaim in a lawsuit) alleging that the Work - or a Contribution incorporated within the Work constitutes direct - or contributory patent infringement, then any patent licenses - granted to You under this License for that Work shall terminate - as of the date such litigation is filed. - - 4. Redistribution. You may reproduce and distribute copies of the - Work or Derivative Works thereof in any medium, with or without - modifications, and in Source or Object form, provided that You - meet the following conditions: - - (a) You must give any other recipients of the Work or - Derivative Works a copy of this License; and - - (b) You must cause any modified files to carry prominent notices - stating that You changed the files; and - - (c) You must retain, in the Source form of any Derivative Works - that You distribute, all copyright, patent, trademark, and - attribution notices from the Source form of the Work, - excluding those notices that do not pertain to any part of - the Derivative Works; and - - (d) If the Work includes a "NOTICE" text file as part of its - distribution, then any Derivative Works that You distribute must - include a readable copy of the attribution notices contained - within such NOTICE file, excluding those notices that do not - pertain to any part of the Derivative Works, in at least one - of the following places: within a NOTICE text file distributed - as part of the Derivative Works; within the Source form or - documentation, if provided along with the Derivative Works; or, - within a display generated by the Derivative Works, if and - wherever such third-party notices normally appear. The contents - of the NOTICE file are for informational purposes only and - do not modify the License. You may add Your own attribution - notices within Derivative Works that You distribute, alongside - or as an addendum to the NOTICE text from the Work, provided - that such additional attribution notices cannot be construed - as modifying the License. - - You may add Your own copyright statement to Your modifications and - may provide additional or different license terms and conditions - for use, reproduction, or distribution of Your modifications, or - for any such Derivative Works as a whole, provided Your use, - reproduction, and distribution of the Work otherwise complies with - the conditions stated in this License. - - 5. Submission of Contributions. Unless You explicitly state otherwise, - any Contribution intentionally submitted for inclusion in the Work - by You to the Licensor shall be under the terms and conditions of - this License, without any additional terms or conditions. - Notwithstanding the above, nothing herein shall supersede or modify - the terms of any separate license agreement you may have executed - with Licensor regarding such Contributions. - - 6. Trademarks. This License does not grant permission to use the trade - names, trademarks, service marks, or product names of the Licensor, - except as required for reasonable and customary use in describing the - origin of the Work and reproducing the content of the NOTICE file. - - 7. Disclaimer of Warranty. Unless required by applicable law or - agreed to in writing, Licensor provides the Work (and each - Contributor provides its Contributions) on an "AS IS" BASIS, - WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or - implied, including, without limitation, any warranties or conditions - of TITLE, NON-INFRINGEMENT, MERCHANTABILITY, or FITNESS FOR A - PARTICULAR PURPOSE. You are solely responsible for determining the - appropriateness of using or redistributing the Work and assume any - risks associated with Your exercise of permissions under this License. - - 8. Limitation of Liability. In no event and under no legal theory, - whether in tort (including negligence), contract, or otherwise, - unless required by applicable law (such as deliberate and grossly - negligent acts) or agreed to in writing, shall any Contributor be - liable to You for damages, including any direct, indirect, special, - incidental, or consequential damages of any character arising as a - result of this License or out of the use or inability to use the - Work (including but not limited to damages for loss of goodwill, - work stoppage, computer failure or malfunction, or any and all - other commercial damages or losses), even if such Contributor - has been advised of the possibility of such damages. - - 9. Accepting Warranty or Additional Liability. While redistributing - the Work or Derivative Works thereof, You may choose to offer, - and charge a fee for, acceptance of support, warranty, indemnity, - or other liability obligations and/or rights consistent with this - License. However, in accepting such obligations, You may act only - on Your own behalf and on Your sole responsibility, not on behalf - of any other Contributor, and only if You agree to indemnify, - defend, and hold each Contributor harmless for any liability - incurred by, or claims asserted against, such Contributor by reason - of your accepting any such warranty or additional liability. - - END OF TERMS AND CONDITIONS - - APPENDIX: How to apply the Apache License to your work. - - To apply the Apache License to your work, attach the following - boilerplate notice, with the fields enclosed by brackets "[]" - replaced with your own identifying information. (Don't include - the brackets!) The text should be enclosed in the appropriate - comment syntax for the file format. We also recommend that a - file or class name and description of purpose be included on the - same "printed page" as the copyright notice for easier - identification within third-party archives. - - Copyright [yyyy] [name of copyright owner] - - Licensed under the Apache License, Version 2.0 (the "License"); - you may not use this file except in compliance with the License. - You may obtain a copy of the License at - - http://www.apache.org/licenses/LICENSE-2.0 - - Unless required by applicable law or agreed to in writing, software - distributed under the License is distributed on an "AS IS" BASIS, - WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - See the License for the specific language governing permissions and - limitations under the License. - - --------------------------------------------------------------------------------- -Dependency : github.com/rcrowley/go-metrics -Version: v0.0.0-20201227073835-cf1acfcdf475 -Licence type (autodetected): BSD-2-Clause-FreeBSD --------------------------------------------------------------------------------- - -Contents of probable licence file $GOMODCACHE/github.com/rcrowley/go-metrics@v0.0.0-20201227073835-cf1acfcdf475/LICENSE: - -Copyright 2012 Richard Crowley. All rights reserved. - -Redistribution and use in source and binary forms, with or without -modification, are permitted provided that the following conditions are -met: - - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials provided - with the distribution. + 2. Redistributions in binary form must reproduce the above + copyright notice, this list of conditions and the following + disclaimer in the documentation and/or other materials provided + with the distribution. THIS SOFTWARE IS PROVIDED BY RICHARD CROWLEY ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED @@ -16151,11 +15727,11 @@ THE SOFTWARE. -------------------------------------------------------------------------------- Dependency : github.com/shirou/gopsutil -Version: v3.21.2+incompatible +Version: v3.21.5+incompatible Licence type (autodetected): BSD-3-Clause -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/shirou/gopsutil@v3.21.2+incompatible/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/shirou/gopsutil@v3.21.5+incompatible/LICENSE: gopsutil is distributed under BSD license reproduced below. @@ -16557,15 +16133,15 @@ THE SOFTWARE. -------------------------------------------------------------------------------- Dependency : github.com/tklauser/go-sysconf -Version: v0.3.4 +Version: v0.3.5 Licence type (autodetected): BSD-3-Clause -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/tklauser/go-sysconf@v0.3.4/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/tklauser/go-sysconf@v0.3.5/LICENSE: BSD 3-Clause License -Copyright (c) 2018, Tobias Klauser +Copyright (c) 2018-2021, Tobias Klauser All rights reserved. Redistribution and use in source and binary forms, with or without @@ -16596,11 +16172,11 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : github.com/tklauser/numcpus -Version: v0.2.1 +Version: v0.2.2 Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/github.com/tklauser/numcpus@v0.2.1/LICENSE: +Contents of probable licence file $GOMODCACHE/github.com/tklauser/numcpus@v0.2.2/LICENSE: Apache License Version 2.0, January 2004 @@ -18331,11 +17907,11 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : golang.org/x/oauth2 -Version: v0.0.0-20210210192628-66670185b0cd +Version: v0.0.0-20210323180902-22b0adad7558 Licence type (autodetected): BSD-3-Clause -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/golang.org/x/oauth2@v0.0.0-20210210192628-66670185b0cd/LICENSE: +Contents of probable licence file $GOMODCACHE/golang.org/x/oauth2@v0.0.0-20210323180902-22b0adad7558/LICENSE: Copyright (c) 2009 The Go Authors. All rights reserved. @@ -18368,11 +17944,11 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : golang.org/x/sys -Version: v0.0.0-20210531225629-47163c9f4e4f +Version: v0.0.0-20210615035016-665e8c7367d1 Licence type (autodetected): BSD-3-Clause -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/golang.org/x/sys@v0.0.0-20210531225629-47163c9f4e4f/LICENSE: +Contents of probable licence file $GOMODCACHE/golang.org/x/sys@v0.0.0-20210615035016-665e8c7367d1/LICENSE: Copyright (c) 2009 The Go Authors. All rights reserved. @@ -18479,11 +18055,11 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : google.golang.org/genproto -Version: v0.0.0-20210524171403-669157292da3 +Version: v0.0.0-20210614182748-5b3b54cad159 Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/google.golang.org/genproto@v0.0.0-20210524171403-669157292da3/LICENSE: +Contents of probable licence file $GOMODCACHE/google.golang.org/genproto@v0.0.0-20210614182748-5b3b54cad159/LICENSE: Apache License @@ -18766,11 +18342,11 @@ OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. -------------------------------------------------------------------------------- Dependency : gopkg.in/ini.v1 -Version: v1.57.0 +Version: v1.52.0 Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/gopkg.in/ini.v1@v1.57.0/LICENSE: +Contents of probable licence file $GOMODCACHE/gopkg.in/ini.v1@v1.52.0/LICENSE: Apache License Version 2.0, January 2004 @@ -20020,218 +19596,6 @@ Contents of probable licence file $GOMODCACHE/gopkg.in/jcmturner/rpc.v1@v1.1.0/L limitations under the License. --------------------------------------------------------------------------------- -Dependency : gopkg.in/square/go-jose.v2 -Version: v2.5.1 -Licence type (autodetected): Apache-2.0 --------------------------------------------------------------------------------- - -Contents of probable licence file $GOMODCACHE/gopkg.in/square/go-jose.v2@v2.5.1/LICENSE: - - - Apache License - Version 2.0, January 2004 - http://www.apache.org/licenses/ - - TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION - - 1. Definitions. - - "License" shall mean the terms and conditions for use, reproduction, - and distribution as defined by Sections 1 through 9 of this document. - - "Licensor" shall mean the copyright owner or entity authorized by - the copyright owner that is granting the License. - - "Legal Entity" shall mean the union of the acting entity and all - other entities that control, are controlled by, or are under common - control with that entity. For the purposes of this definition, - "control" means (i) the power, direct or indirect, to cause the - direction or management of such entity, whether by contract or - otherwise, or (ii) ownership of fifty percent (50%) or more of the - outstanding shares, or (iii) beneficial ownership of such entity. - - "You" (or "Your") shall mean an individual or Legal Entity - exercising permissions granted by this License. - - "Source" form shall mean the preferred form for making modifications, - including but not limited to software source code, documentation - source, and configuration files. - - "Object" form shall mean any form resulting from mechanical - transformation or translation of a Source form, including but - not limited to compiled object code, generated documentation, - and conversions to other media types. - - "Work" shall mean the work of authorship, whether in Source or - Object form, made available under the License, as indicated by a - copyright notice that is included in or attached to the work - (an example is provided in the Appendix below). - - "Derivative Works" shall mean any work, whether in Source or Object - form, that is based on (or derived from) the Work and for which the - editorial revisions, annotations, elaborations, or other modifications - represent, as a whole, an original work of authorship. For the purposes - of this License, Derivative Works shall not include works that remain - separable from, or merely link (or bind by name) to the interfaces of, - the Work and Derivative Works thereof. - - "Contribution" shall mean any work of authorship, including - the original version of the Work and any modifications or additions - to that Work or Derivative Works thereof, that is intentionally - submitted to Licensor for inclusion in the Work by the copyright owner - or by an individual or Legal Entity authorized to submit on behalf of - the copyright owner. For the purposes of this definition, "submitted" - means any form of electronic, verbal, or written communication sent - to the Licensor or its representatives, including but not limited to - communication on electronic mailing lists, source code control systems, - and issue tracking systems that are managed by, or on behalf of, the - Licensor for the purpose of discussing and improving the Work, but - excluding communication that is conspicuously marked or otherwise - designated in writing by the copyright owner as "Not a Contribution." - - "Contributor" shall mean Licensor and any individual or Legal Entity - on behalf of whom a Contribution has been received by Licensor and - subsequently incorporated within the Work. - - 2. Grant of Copyright License. Subject to the terms and conditions of - this License, each Contributor hereby grants to You a perpetual, - worldwide, non-exclusive, no-charge, royalty-free, irrevocable - copyright license to reproduce, prepare Derivative Works of, - publicly display, publicly perform, sublicense, and distribute the - Work and such Derivative Works in Source or Object form. - - 3. Grant of Patent License. Subject to the terms and conditions of - this License, each Contributor hereby grants to You a perpetual, - worldwide, non-exclusive, no-charge, royalty-free, irrevocable - (except as stated in this section) patent license to make, have made, - use, offer to sell, sell, import, and otherwise transfer the Work, - where such license applies only to those patent claims licensable - by such Contributor that are necessarily infringed by their - Contribution(s) alone or by combination of their Contribution(s) - with the Work to which such Contribution(s) was submitted. If You - institute patent litigation against any entity (including a - cross-claim or counterclaim in a lawsuit) alleging that the Work - or a Contribution incorporated within the Work constitutes direct - or contributory patent infringement, then any patent licenses - granted to You under this License for that Work shall terminate - as of the date such litigation is filed. - - 4. Redistribution. You may reproduce and distribute copies of the - Work or Derivative Works thereof in any medium, with or without - modifications, and in Source or Object form, provided that You - meet the following conditions: - - (a) You must give any other recipients of the Work or - Derivative Works a copy of this License; and - - (b) You must cause any modified files to carry prominent notices - stating that You changed the files; and - - (c) You must retain, in the Source form of any Derivative Works - that You distribute, all copyright, patent, trademark, and - attribution notices from the Source form of the Work, - excluding those notices that do not pertain to any part of - the Derivative Works; and - - (d) If the Work includes a "NOTICE" text file as part of its - distribution, then any Derivative Works that You distribute must - include a readable copy of the attribution notices contained - within such NOTICE file, excluding those notices that do not - pertain to any part of the Derivative Works, in at least one - of the following places: within a NOTICE text file distributed - as part of the Derivative Works; within the Source form or - documentation, if provided along with the Derivative Works; or, - within a display generated by the Derivative Works, if and - wherever such third-party notices normally appear. The contents - of the NOTICE file are for informational purposes only and - do not modify the License. You may add Your own attribution - notices within Derivative Works that You distribute, alongside - or as an addendum to the NOTICE text from the Work, provided - that such additional attribution notices cannot be construed - as modifying the License. - - You may add Your own copyright statement to Your modifications and - may provide additional or different license terms and conditions - for use, reproduction, or distribution of Your modifications, or - for any such Derivative Works as a whole, provided Your use, - reproduction, and distribution of the Work otherwise complies with - the conditions stated in this License. - - 5. Submission of Contributions. Unless You explicitly state otherwise, - any Contribution intentionally submitted for inclusion in the Work - by You to the Licensor shall be under the terms and conditions of - this License, without any additional terms or conditions. - Notwithstanding the above, nothing herein shall supersede or modify - the terms of any separate license agreement you may have executed - with Licensor regarding such Contributions. - - 6. Trademarks. This License does not grant permission to use the trade - names, trademarks, service marks, or product names of the Licensor, - except as required for reasonable and customary use in describing the - origin of the Work and reproducing the content of the NOTICE file. - - 7. Disclaimer of Warranty. Unless required by applicable law or - agreed to in writing, Licensor provides the Work (and each - Contributor provides its Contributions) on an "AS IS" BASIS, - WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or - implied, including, without limitation, any warranties or conditions - of TITLE, NON-INFRINGEMENT, MERCHANTABILITY, or FITNESS FOR A - PARTICULAR PURPOSE. You are solely responsible for determining the - appropriateness of using or redistributing the Work and assume any - risks associated with Your exercise of permissions under this License. - - 8. Limitation of Liability. In no event and under no legal theory, - whether in tort (including negligence), contract, or otherwise, - unless required by applicable law (such as deliberate and grossly - negligent acts) or agreed to in writing, shall any Contributor be - liable to You for damages, including any direct, indirect, special, - incidental, or consequential damages of any character arising as a - result of this License or out of the use or inability to use the - Work (including but not limited to damages for loss of goodwill, - work stoppage, computer failure or malfunction, or any and all - other commercial damages or losses), even if such Contributor - has been advised of the possibility of such damages. - - 9. Accepting Warranty or Additional Liability. While redistributing - the Work or Derivative Works thereof, You may choose to offer, - and charge a fee for, acceptance of support, warranty, indemnity, - or other liability obligations and/or rights consistent with this - License. However, in accepting such obligations, You may act only - on Your own behalf and on Your sole responsibility, not on behalf - of any other Contributor, and only if You agree to indemnify, - defend, and hold each Contributor harmless for any liability - incurred by, or claims asserted against, such Contributor by reason - of your accepting any such warranty or additional liability. - - END OF TERMS AND CONDITIONS - - APPENDIX: How to apply the Apache License to your work. - - To apply the Apache License to your work, attach the following - boilerplate notice, with the fields enclosed by brackets "[]" - replaced with your own identifying information. (Don't include - the brackets!) The text should be enclosed in the appropriate - comment syntax for the file format. We also recommend that a - file or class name and description of purpose be included on the - same "printed page" as the copyright notice for easier - identification within third-party archives. - - Copyright [yyyy] [name of copyright owner] - - Licensed under the Apache License, Version 2.0 (the "License"); - you may not use this file except in compliance with the License. - You may obtain a copy of the License at - - http://www.apache.org/licenses/LICENSE-2.0 - - Unless required by applicable law or agreed to in writing, software - distributed under the License is distributed on an "AS IS" BASIS, - WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. - See the License for the specific language governing permissions and - limitations under the License. - - -------------------------------------------------------------------------------- Dependency : howett.net/plist Version: v0.0.0-20201203080718-1454fab16a06 @@ -20938,11 +20302,11 @@ Contents of probable licence file $GOMODCACHE/k8s.io/client-go@v0.19.4/LICENSE: -------------------------------------------------------------------------------- Dependency : k8s.io/klog/v2 -Version: v2.5.0 +Version: v2.8.0 Licence type (autodetected): Apache-2.0 -------------------------------------------------------------------------------- -Contents of probable licence file $GOMODCACHE/k8s.io/klog/v2@v2.5.0/LICENSE: +Contents of probable licence file $GOMODCACHE/k8s.io/klog/v2@v2.8.0/LICENSE: Apache License Version 2.0, January 2004 diff --git a/README.md b/README.md index 32f8999c876..73953f23687 100644 --- a/README.md +++ b/README.md @@ -16,7 +16,7 @@ To get started with APM, see our [Quick start guide](https://www.elastic.co/guid ### Requirements -* [Golang](https://golang.org/dl/) 1.16.4 +* [Golang](https://golang.org/dl/) 1.16.5 ### Install diff --git a/changelogs/head.asciidoc b/changelogs/head.asciidoc index 849730376ff..b5ea0462f4e 100644 --- a/changelogs/head.asciidoc +++ b/changelogs/head.asciidoc @@ -25,7 +25,7 @@ https://github.com/elastic/apm-server/compare/7.13\...master[View commits] * Add support for dynamic histogram metrics {pull}5239[5239] * Tail-sampling processor now resumes subscription from previous position after restart {pull}5350[5350] * Add support for histograms to metrics intake {pull}5360[5360] -* Upgrade Go to 1.16.4 {pull}5381[5381] +* Upgrade Go to 1.16.5 {pull}[] * Add units to metric fields {pull}5395[5395] * Add support for adjusting OTel event timestamps using `telemetry.sdk.elastic_export_timestamp` {pull}5433[5433] diff --git a/docs/fields.asciidoc b/docs/fields.asciidoc index 4a7c9ad75c2..a8591520ed1 100644 --- a/docs/fields.asciidoc +++ b/docs/fields.asciidoc @@ -7397,6 +7397,56 @@ example: docker -- +[float] +=== data_stream + +The data_stream fields take part in defining the new data stream naming scheme. +In the new data stream naming scheme the value of the data stream fields combine to the name of the actual data stream in the following manner: `{data_stream.type}-{data_stream.dataset}-{data_stream.namespace}`. This means the fields can only contain characters that are valid as part of names of data streams. More details about this can be found in this https://www.elastic.co/blog/an-introduction-to-the-elastic-data-stream-naming-scheme[blog post]. +An Elasticsearch data stream consists of one or more backing indices, and a data stream name forms part of the backing indices names. Due to this convention, data streams must also follow index naming restrictions. For example, data stream names cannot include `\`, `/`, `*`, `?`, `"`, `<`, `>`, `|`, ` ` (space character), `,`, or `#`. Please see the Elasticsearch reference for additional https://www.elastic.co/guide/en/elasticsearch/reference/current/indices-create-index.html#indices-create-api-path-params[restrictions]. + + +*`data_stream.dataset`*:: ++ +-- +The field can contain anything that makes sense to signify the source of the data. +Examples include `nginx.access`, `prometheus`, `endpoint` etc. For data streams that otherwise fit, but that do not have dataset set we use the value "generic" for the dataset value. `event.dataset` should have the same value as `data_stream.dataset`. +Beyond the Elasticsearch data stream naming criteria noted above, the `dataset` value has additional restrictions: + * Must not contain `-` + * No longer than 100 characters + +type: constant_keyword + +example: nginx.access + +-- + +*`data_stream.namespace`*:: ++ +-- +A user defined namespace. Namespaces are useful to allow grouping of data. +Many users already organize their indices this way, and the data stream naming scheme now provides this best practice as a default. Many users will populate this field with `default`. If no value is used, it falls back to `default`. +Beyond the Elasticsearch index naming criteria noted above, `namespace` value has the additional restrictions: + * Must not contain `-` + * No longer than 100 characters + +type: constant_keyword + +example: production + +-- + +*`data_stream.type`*:: ++ +-- +An overarching type for the data stream. +Currently allowed values are "logs" and "metrics". We expect to also add "traces" and "synthetics" in the near future. + +type: constant_keyword + +example: logs + +-- + [float] === destination @@ -11675,6 +11725,105 @@ type: keyword -- +[float] +=== orchestrator + +Fields that describe the resources which container orchestrators manage or act upon. + + +*`orchestrator.api_version`*:: ++ +-- +API version being used to carry out the action + +type: keyword + +example: v1beta1 + +-- + +*`orchestrator.cluster.name`*:: ++ +-- +Name of the cluster. + +type: keyword + +-- + +*`orchestrator.cluster.url`*:: ++ +-- +URL of the API used to manage the cluster. + +type: keyword + +-- + +*`orchestrator.cluster.version`*:: ++ +-- +The version of the cluster. + +type: keyword + +-- + +*`orchestrator.namespace`*:: ++ +-- +Namespace in which the action is taking place. + +type: keyword + +example: kube-system + +-- + +*`orchestrator.organization`*:: ++ +-- +Organization affected by the event (for multi-tenant orchestrator setups). + +type: keyword + +example: elastic + +-- + +*`orchestrator.resource.name`*:: ++ +-- +Name of the resource being acted upon. + +type: keyword + +example: test-pod-cdcws + +-- + +*`orchestrator.resource.type`*:: ++ +-- +Type of resource being acted upon. + +type: keyword + +example: service + +-- + +*`orchestrator.type`*:: ++ +-- +Orchestrator cluster type (e.g. kubernetes, nomad or cloudfoundry). + +type: keyword + +example: kubernetes + +-- + [float] === organization diff --git a/docs/version.asciidoc b/docs/version.asciidoc index 2f2257cde1d..6bb7fe98061 100644 --- a/docs/version.asciidoc +++ b/docs/version.asciidoc @@ -1,6 +1,6 @@ // doc-branch can be: master, 8.0, 8.1, etc. :doc-branch: master -:go-version: 1.16.4 +:go-version: 1.16.5 :python: 3.7 :docker: 1.12 :docker-compose: 1.11 diff --git a/go.mod b/go.mod index d24e0f4ed64..b686e205d66 100644 --- a/go.mod +++ b/go.mod @@ -10,11 +10,11 @@ require ( github.com/chzyer/readline v0.0.0-20180603132655-2972be24d48e github.com/dgraph-io/badger/v2 v2.2007.3-0.20201012072640-f5a7e0a1c83b github.com/dlclark/regexp2 v1.4.0 // indirect - github.com/dop251/goja v0.0.0-20210427212725-462d53687b0d // indirect + github.com/dop251/goja v0.0.0-20210614154742-14a1ffa82844 // indirect github.com/dop251/goja_nodejs v0.0.0-20210225215109-d91c329300e7 // indirect github.com/dustin/go-humanize v1.0.0 github.com/elastic/apm-server/approvaltest v0.0.0-00010101000000-000000000000 - github.com/elastic/beats/v7 v7.0.0-alpha2.0.20210531144435-27e76c567711 + github.com/elastic/beats/v7 v7.0.0-alpha2.0.20210614232151-2871d29be93a github.com/elastic/ecs v1.8.0 github.com/elastic/elastic-agent-client/v7 v7.0.0-20210407144825-cc1c33cfa1d0 // indirect github.com/elastic/elastic-package v0.0.0-20210310173719-3b8f76516ae3 @@ -62,17 +62,16 @@ require ( go.elastic.co/fastjson v1.1.0 go.elastic.co/go-licence-detector v0.5.0 go.opentelemetry.io/collector v0.28.0 - go.uber.org/atomic v1.7.0 + go.uber.org/atomic v1.8.0 go.uber.org/multierr v1.7.0 // indirect go.uber.org/zap v1.17.0 golang.org/x/crypto v0.0.0-20210513164829-c07d793c2f9a // indirect - golang.org/x/lint v0.0.0-20210508222113-6edffad5e616 // indirect - golang.org/x/net v0.0.0-20210525063256-abc453219eb5 + golang.org/x/net v0.0.0-20210614182718-04defd469f4e golang.org/x/sync v0.0.0-20210220032951-036812b2e83c - golang.org/x/sys v0.0.0-20210531225629-47163c9f4e4f // indirect + golang.org/x/sys v0.0.0-20210615035016-665e8c7367d1 // indirect golang.org/x/time v0.0.0-20210220033141-f8bda1e9f3ba - golang.org/x/tools v0.1.2 - google.golang.org/genproto v0.0.0-20210524171403-669157292da3 // indirect + golang.org/x/tools v0.1.3 + google.golang.org/genproto v0.0.0-20210614182748-5b3b54cad159 // indirect google.golang.org/grpc v1.38.0 gopkg.in/yaml.v2 v2.4.0 gotest.tools/gotestsum v0.6.0 diff --git a/go.sum b/go.sum index 02b712529f3..1e29a04ae7b 100644 --- a/go.sum +++ b/go.sum @@ -344,8 +344,8 @@ github.com/eapache/queue v1.1.0/go.mod h1:6eCeP0CKFpHLu8blIFXhExK/dRa7WDZfr6jVFP github.com/eclipse/paho.mqtt.golang v1.2.0/go.mod h1:H9keYFcgq3Qr5OUJm/JZI/i6U7joQ8SYLhZwfeOo6Ts= github.com/eclipse/paho.mqtt.golang v1.2.1-0.20200121105743-0d940dd29fd2/go.mod h1:H9keYFcgq3Qr5OUJm/JZI/i6U7joQ8SYLhZwfeOo6Ts= github.com/edsrzf/mmap-go v1.0.0/go.mod h1:YO35OhQPt3KJa3ryjFM5Bs14WD66h8eGKpfaBNrHW5M= -github.com/elastic/beats/v7 v7.0.0-alpha2.0.20210531144435-27e76c567711 h1:e5WEgUqoLSdZhMl1Ed52F3Kcwga9BXKV8jqhzGUzcr8= -github.com/elastic/beats/v7 v7.0.0-alpha2.0.20210531144435-27e76c567711/go.mod h1:rOL7VcIIoyrcsk5ATYsoBJPw6dyU9Jvg38zt7cS/5rE= +github.com/elastic/beats/v7 v7.0.0-alpha2.0.20210614232151-2871d29be93a h1:DFFVW8yOy0A0x1REnXuc/0um4pDvv5zQPzPhYEiLiA0= +github.com/elastic/beats/v7 v7.0.0-alpha2.0.20210614232151-2871d29be93a/go.mod h1:rOL7VcIIoyrcsk5ATYsoBJPw6dyU9Jvg38zt7cS/5rE= github.com/elastic/ecs v1.8.0 h1:wa61IDQsQcZyJa6hwbhqGO+631H+kGHhe0J4V7tMPZY= github.com/elastic/ecs v1.8.0/go.mod h1:pgiLbQsijLOJvFR8OTILLu0Ni/R/foUNg0L+T6mU9b4= github.com/elastic/elastic-agent-client/v7 v7.0.0-20210308165121-7dd05ee2b5a5/go.mod h1:uh/Gj9a0XEbYoM4NYz4LvaBVARz3QXLmlNjsrKY9fTc= @@ -1436,8 +1436,9 @@ go.opentelemetry.io/collector v0.28.0/go.mod h1:AP/BTXwo1eedoJO7V+HQ68CSvJU1lcdq go.uber.org/atomic v1.3.2/go.mod h1:gD2HeocX3+yG+ygLZcrzQJaqmWj9AIm7n08wl/qW/PE= go.uber.org/atomic v1.4.0/go.mod h1:gD2HeocX3+yG+ygLZcrzQJaqmWj9AIm7n08wl/qW/PE= go.uber.org/atomic v1.5.0/go.mod h1:sABNBOSYdrvTF6hTgEIbc7YasKWGhgEQZyfxyTvoXHQ= -go.uber.org/atomic v1.7.0 h1:ADUqmZGgLDDfbSL9ZmPxKTybcoEYHgpYfELNoN+7hsw= go.uber.org/atomic v1.7.0/go.mod h1:fEN4uk6kAWBTFdckzkM89CLk9XfWZrxpCo0nPH17wJc= +go.uber.org/atomic v1.8.0 h1:CUhrE4N1rqSE6FM9ecihEjRkLQu8cDfgDyoOs83mEY4= +go.uber.org/atomic v1.8.0/go.mod h1:fEN4uk6kAWBTFdckzkM89CLk9XfWZrxpCo0nPH17wJc= go.uber.org/automaxprocs v1.4.0/go.mod h1:/mTEdr7LvHhs0v7mjdxDreTz1OG5zdZGqgOnhWiR/+Q= go.uber.org/goleak v1.0.0/go.mod h1:8a7PlsEVH3e/a/GLqe5IIrQx6GzcnRmZEufDUTk4A7A= go.uber.org/goleak v1.1.10 h1:z+mqJhf6ss6BSfSM671tgKyZBFPTTJM+HLxnhPC3wu0= @@ -1577,12 +1578,11 @@ golang.org/x/net v0.0.0-20201209123823-ac852fbbde11/go.mod h1:m0MpNAwzfU5UDzcl9v golang.org/x/net v0.0.0-20201224014010-6772e930b67b/go.mod h1:m0MpNAwzfU5UDzcl9v0D8zg8gWTRqZa9RBIspLL5mdg= golang.org/x/net v0.0.0-20210119194325-5f4716e94777/go.mod h1:m0MpNAwzfU5UDzcl9v0D8zg8gWTRqZa9RBIspLL5mdg= golang.org/x/net v0.0.0-20210226172049-e18ecbb05110/go.mod h1:m0MpNAwzfU5UDzcl9v0D8zg8gWTRqZa9RBIspLL5mdg= -golang.org/x/net v0.0.0-20210316092652-d523dce5a7f4/go.mod h1:RBQZq4jEuRlivfhVLdyRGr576XBO4/greRjx4P4O3yc= golang.org/x/net v0.0.0-20210324051636-2c4c8ecb7826/go.mod h1:RBQZq4jEuRlivfhVLdyRGr576XBO4/greRjx4P4O3yc= golang.org/x/net v0.0.0-20210405180319-a5a99cb37ef4/go.mod h1:p54w0d4576C0XHj96bSt6lcn1PtDYWL6XObtHCRCNQM= golang.org/x/net v0.0.0-20210510120150-4163338589ed/go.mod h1:9nx3DQGgdP8bBQD5qxJ1jj9UTztislL4KSBs9R2vV5Y= -golang.org/x/net v0.0.0-20210525063256-abc453219eb5 h1:wjuX4b5yYQnEQHzd+CBcrcC6OVR2J1CN6mUy0oSxIPo= -golang.org/x/net v0.0.0-20210525063256-abc453219eb5/go.mod h1:9nx3DQGgdP8bBQD5qxJ1jj9UTztislL4KSBs9R2vV5Y= +golang.org/x/net v0.0.0-20210614182718-04defd469f4e h1:XpT3nA5TvE525Ne3hInMh6+GETgn27Zfm9dxsThnX2Q= +golang.org/x/net v0.0.0-20210614182718-04defd469f4e/go.mod h1:9nx3DQGgdP8bBQD5qxJ1jj9UTztislL4KSBs9R2vV5Y= golang.org/x/oauth2 v0.0.0-20180821212333-d2e6202438be/go.mod h1:N/0e6XlmueqKjAGxoOufVs8QHGRruUQn6yWY3a++T0U= golang.org/x/oauth2 v0.0.0-20181106182150-f42d05182288/go.mod h1:N/0e6XlmueqKjAGxoOufVs8QHGRruUQn6yWY3a++T0U= golang.org/x/oauth2 v0.0.0-20190130055435-99b60b757ec1/go.mod h1:gOpvHmFTYa4IltrdGE7lF6nIHvwfUNPOp7c8zoXwtLw= @@ -1700,13 +1700,12 @@ golang.org/x/sys v0.0.0-20210309074719-68d13333faf2/go.mod h1:h1NjWce9XRLGQEsW7w golang.org/x/sys v0.0.0-20210314195730-07df6a141424/go.mod h1:h1NjWce9XRLGQEsW7wpKNCjG9DtNlClVuFLEZdDNbEs= golang.org/x/sys v0.0.0-20210315160823-c6e025ad8005/go.mod h1:h1NjWce9XRLGQEsW7wpKNCjG9DtNlClVuFLEZdDNbEs= golang.org/x/sys v0.0.0-20210316164454-77fc1eacc6aa/go.mod h1:h1NjWce9XRLGQEsW7wpKNCjG9DtNlClVuFLEZdDNbEs= -golang.org/x/sys v0.0.0-20210320140829-1e4c9ba3b0c4/go.mod h1:h1NjWce9XRLGQEsW7wpKNCjG9DtNlClVuFLEZdDNbEs= golang.org/x/sys v0.0.0-20210324051608-47abb6519492/go.mod h1:h1NjWce9XRLGQEsW7wpKNCjG9DtNlClVuFLEZdDNbEs= golang.org/x/sys v0.0.0-20210330210617-4fbd30eecc44/go.mod h1:h1NjWce9XRLGQEsW7wpKNCjG9DtNlClVuFLEZdDNbEs= golang.org/x/sys v0.0.0-20210423082822-04245dca01da/go.mod h1:h1NjWce9XRLGQEsW7wpKNCjG9DtNlClVuFLEZdDNbEs= golang.org/x/sys v0.0.0-20210510120138-977fb7262007/go.mod h1:oPkhp1MJrh7nUepCBck5+mAzfO9JrbApNNgaTdGDITg= -golang.org/x/sys v0.0.0-20210531225629-47163c9f4e4f h1:+Ii8opn6u9IsmvA8n/o8/AnDBQ3kxJne3HZxBhdZd9A= -golang.org/x/sys v0.0.0-20210531225629-47163c9f4e4f/go.mod h1:oPkhp1MJrh7nUepCBck5+mAzfO9JrbApNNgaTdGDITg= +golang.org/x/sys v0.0.0-20210615035016-665e8c7367d1 h1:SrN+KX8Art/Sf4HNj6Zcz06G7VEz+7w9tdXTPOZ7+l4= +golang.org/x/sys v0.0.0-20210615035016-665e8c7367d1/go.mod h1:oPkhp1MJrh7nUepCBck5+mAzfO9JrbApNNgaTdGDITg= golang.org/x/term v0.0.0-20201117132131-f5c789dd3221/go.mod h1:Nr5EML6q2oocZ2LXRh80K7BxOlk5/8JxuGnuhpl+muw= golang.org/x/term v0.0.0-20201126162022-7de9c90e9dd1 h1:v+OssWQX+hTHEmOBgwxdZxK4zHq3yOs8F9J7mk0PY8E= golang.org/x/term v0.0.0-20201126162022-7de9c90e9dd1/go.mod h1:bj7SfCRtBDWHUb9snDiAeCFNEtKQo2Wmx5Cou7ajbmo= @@ -1817,8 +1816,8 @@ google.golang.org/genproto v0.0.0-20210222152913-aa3ee6e6a81c/go.mod h1:FWY/as6D google.golang.org/genproto v0.0.0-20210303154014-9728d6b83eeb/go.mod h1:FWY/as6DDZQgahTzZj3fqbO1CbirC29ZNUFHwi0/+no= google.golang.org/genproto v0.0.0-20210310155132-4ce2db91004e/go.mod h1:FWY/as6DDZQgahTzZj3fqbO1CbirC29ZNUFHwi0/+no= google.golang.org/genproto v0.0.0-20210312152112-fc591d9ea70f/go.mod h1:FWY/as6DDZQgahTzZj3fqbO1CbirC29ZNUFHwi0/+no= -google.golang.org/genproto v0.0.0-20210524171403-669157292da3 h1:xFyh6GBb+NO1L0xqb978I3sBPQpk6FrKO0jJGRvdj/0= -google.golang.org/genproto v0.0.0-20210524171403-669157292da3/go.mod h1:P3QM42oQyzQSnHPnZ/vqoCdDmzH28fzWByN9asMeM8A= +google.golang.org/genproto v0.0.0-20210614182748-5b3b54cad159 h1:7TIh9IZzwv/Gxqf+uYm45KzZTG1BlkZzb3yOa9GqgVE= +google.golang.org/genproto v0.0.0-20210614182748-5b3b54cad159/go.mod h1:SzzZ/N+nwJDaO1kznhnlzqS8ocJICar6hYhVyhi++24= google.golang.org/grpc v1.8.0/go.mod h1:yo6s7OP7yaDglbqo1J04qKzAhqBH6lvTonzMVmEdcZw= google.golang.org/grpc v1.17.0/go.mod h1:6QZJwpn2B+Zp71q/5VxRsJ6NXXVCE5NRUHRo+f3cWCs= google.golang.org/grpc v1.19.0/go.mod h1:mqu4LbDTu4XGKhr4mRzUsmM4RtVoemTSY81AxZiDr8c= @@ -1845,7 +1844,6 @@ google.golang.org/grpc v1.33.2/go.mod h1:JMHMWHQWaTccqQQlmk3MJZS+GWXOdAesneDmEnv google.golang.org/grpc v1.34.0/go.mod h1:WotjhfgOW/POjDeRt8vscBtXq+2VjORFy659qA51WJ8= google.golang.org/grpc v1.35.0/go.mod h1:qjiiYl8FncCW8feJPdyg3v6XW24KsRHe+dy9BAGRRjU= google.golang.org/grpc v1.36.0/go.mod h1:qjiiYl8FncCW8feJPdyg3v6XW24KsRHe+dy9BAGRRjU= -google.golang.org/grpc v1.36.1/go.mod h1:qjiiYl8FncCW8feJPdyg3v6XW24KsRHe+dy9BAGRRjU= google.golang.org/grpc v1.38.0 h1:/9BgsAsa5nWe26HqOlvlgJnqBuktYOLCgjCPqsa56W0= google.golang.org/grpc v1.38.0/go.mod h1:NREThFqKR1f3iQ6oBuvc5LadQuXVGo9rkm5ZGrQdJfM= google.golang.org/grpc/examples v0.0.0-20201010204749-3c400e7fcc87 h1:JA56ipSuANY2Fwx4OITOAj+QXlHyCJEma6VVWTRBG+k= diff --git a/include/fields.go b/include/fields.go index 0be383d42b8..5ee6667552b 100644 --- a/include/fields.go +++ b/include/fields.go @@ -32,5 +32,5 @@ func init() { // AssetBuildFieldsFieldsYml returns asset data. // This is the base64 encoded gzipped contents of build/fields/fields.yml. func AssetBuildFieldsFieldsYml() string { - return "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" + return "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" } diff --git a/tests/Dockerfile b/tests/Dockerfile index d4fc553471a..f6adcda6147 100644 --- a/tests/Dockerfile +++ b/tests/Dockerfile @@ -1,4 +1,4 @@ -FROM golang:1.16.4 +FROM golang:1.16.5 MAINTAINER Nicolas Ruflin RUN apt-get update @@ -28,7 +28,7 @@ COPY --chown=$UID go.mod go.sum ./ COPY --chown=$UID approvaltest/go.mod approvaltest/go.sum ./approvaltest/ COPY --chown=$UID systemtest/go.mod systemtest/go.sum ./systemtest/ COPY --chown=$UID internal/otel_collector/go.mod internal/otel_collector/go.sum ./internal/otel_collector/ -RUN go mod download +RUN go mod download all RUN cd approvaltest && go mod download RUN cd systemtest && go mod download