komehdaht/cursor-chat-archive
1
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity
Files
532ac723cb68ac596f22043c90acf0b635e5f8ba
cursor-chat-archive/repos/lmru-devops-argocd-apps/agent-transcripts/aa9cad8b-a000-4cb3-8cc4-da5ee497a053/aa9cad8b-a000-4cb3-8cc4-da5ee497a053.jsonl
T
Ruslan PiatrovichandCursor 532ac723cb Add full Cursor chat archive for Documents/repos workspaces. 
Includes global state.vscdb, per-repo transcripts, workspace storage,
composer exports, and restore scripts for a new machine.

Co-authored-by: Cursor <cursoragent@cursor.com>
2026-06-04 11:53:07 +03:00

38 lines
76 KiB
JSON
Raw Blame History

This file contains ambiguous Unicode characters
This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\nвот такой дженкисфайл\n@Library([\"common-utils\"]) _\n\nproperties([\n parameters([\n choice(\n name: 'BUILD_TARGET',\n choices: ['false', 'backend', 'frontend', 'all'],\n description: 'Manual build target override. Leave false to disable override for manual runs.'\n )\n ])\n])\n\nnode(\"lmru-dockerhost\") {\n def serviceVersions\n def branchConfig = null\n def changedServices = []\n def deployerImageTag = \"latest\"\n\n def serviceConfigs = [\n backend: [\n dir: \"backend\",\n imageName: \"backend\",\n versionKey: \"backend\"\n ],\n frontend: [\n dir: \"frontend\",\n imageName: \"ui\",\n versionKey: \"frontend\"\n ]\n ]\n\n def branchConfigs = [\n develop: [\n registryPath: \"interior-scene-builder/develop\",\n namespace: \"p-1181\",\n clusterName: \"avior-a\",\n lmSaCredentialsId: \"lm-sa-scenegenai\"\n ],\n main: [\n registryPath: \"interior-scene-builder/main\",\n namespace: \"p-1180\",\n clusterName: \"avior-a\",\n lmSaCredentialsId: \"lm-sa-scenegenai\"\n ]\n ]\n\n def resolveImageTag = { String serviceKey ->\n def versionConfig = serviceVersions[serviceKey]\n\n if (versionConfig instanceof Map) {\n if (branchConfig && versionConfig[env.BRANCH_NAME]) {\n return versionConfig[env.BRANCH_NAME]\n }\n\n return versionConfig.default ?: \"latest\"\n }\n\n return versionConfig ?: \"latest\"\n }\n\n def buildServiceImage = { String serviceKey ->\n def serviceConfig = serviceConfigs[serviceKey]\n def imageTag = resolveImageTag(serviceConfig.versionKey)\n def artifactoryImageName = branchConfig\n ? \"${branchConfig.registryPath}/${serviceConfig.imageName}\"\n : \"interior-scene-builder/${serviceConfig.imageName}\"\n\n echo \"Building ${artifactoryImageName}:${imageTag} from ${serviceConfig.dir} on branch ${env.BRANCH_NAME}\"\n\n dockerUtils.buildImage([\n projectName: \"scenegenai\",\n artifactoryImageName: artifactoryImageName,\n imageTags: [imageTag],\n applicationFilesDir: serviceConfig.dir,\n pathToDockerfile: \"${serviceConfig.dir}/Dockerfile\",\n customArgsList: \"--no-cache\",\n ])\n }\n\n stage(\"Checkout\") {\n cleanWs()\n checkout scm\n env.GIT_COMMIT = gitUtils.getCommitShaShort()\n env.BRANCH_NAME = env.BRANCH_NAME ?: gitUtils.getBranchName()\n serviceVersions = readYaml(file: \"versions.yml\")\n branchConfig = branchConfigs[env.BRANCH_NAME]\n }\n\n stage(\"Detect changed services\") {\n def isManualTrigger = currentBuild.rawBuild.getCause(hudson.model.Cause$UserIdCause) != null\n def buildTarget = params.BUILD_TARGET ?: \"false\"\n\n if (!isManualTrigger && buildTarget == \"false\") {\n buildTarget = \"auto\"\n echo \"Automatic pipeline trigger detected. Using folder-based change detection.\"\n }\n\n if (buildTarget == \"all\") {\n changedServices = serviceConfigs.keySet() as List\n echo \"Manual build target 'all' selected. Building all services.\"\n } else if (buildTarget in [\"backend\", \"frontend\"]) {\n changedServices << buildTarget\n echo \"Manual build target '${buildTarget}' selected.\"\n } else if (buildTarget == \"auto\") {\n def changedFilesRaw = sh(script: \"git diff --name-only HEAD~1 HEAD\", returnStdout: true).trim()\n def changedFiles = changedFilesRaw ? changedFilesRaw.split(\"\\n\") : []\n\n serviceConfigs.each { serviceKey, serviceConfig ->\n if (changedFiles.any { it.startsWith(serviceConfig.dir + \"/\") }) {\n changedServices << serviceKey\n }\n }\n } else {\n echo \"Manual build target override is disabled. No services selected for build.\"\n }\n\n echo \"Changed services: ${changedServices}\"\n }\n\n // stage(\"Build and push backend image\") {\n // if (changedServices.contains(\"backend\")) {\n // buildServiceImage(\"backend\")\n // } else {\n // echo \"No changes in backend/. Skipping backend image build.\"\n // }\n // }\n\n // stage(\"Build and push frontend image\") {\n // if (changedServices.contains(\"frontend\")) {\n // buildServiceImage(\"frontend\")\n // } else {\n // echo \"No changes in frontend/. Skipping frontend image build.\"\n // }\n // }\n\n stage(\"Deploy to Kubernetes\") {\n if (!branchConfig) {\n echo \"No Kubernetes deployment is configured for branch ${env.BRANCH_NAME}. Skipping deploy.\"\n // } else if (!changedServices) {\n // echo \"No changed services selected for deployment. Skipping deploy.\"\n } else {\n def namespace = branchConfig.namespace\n def clusterName = branchConfig.clusterName\n def lmSaCredentialsId = branchConfig.lmSaCredentialsId\n\n kubernetesUtils.withKuberDeployer(\n clusterName: clusterName,\n lmSaCredentialsId: lmSaCredentialsId,\n deployerImageTag: deployerImageTag\n ) {\n sh \"kubectl get pods\"\n sh \"kubectl get pods -n ${namespace}\"\n sh \"kubectl -n ${namespace} apply -k deploy/k8s\"\n }\n }\n }\n}\n\n13:29:12 p-jenkins-node-m-16 does not seem to be running inside a container\n13:29:12 $ docker run -t -d -u 0:0 -u root -v /data/jenkins-root/workspace/i_interior-scene-builder_develop:/pwd -w /data/jenkins-root/workspace/i_interior-scene-builder_develop -v /data/jenkins-root/workspace/i_interior-scene-builder_develop:/data/jenkins-root/workspace/i_interior-scene-builder_develop:rw,z -v /data/jenkins-root/workspace/i_interior-scene-builder_develop@tmp:/data/jenkins-root/workspace/i_interior-scene-builder_develop@tmp:rw,z -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** docker.art.lmru.tech/img-k8s-deployer:latest cat\n13:29:12 $ docker top aacf3a8fc9899dc2449c4731b692b2c1c5f0ebac618484e7a9f37c19ac4614c2 -eo pid,comm\n13:29:12 [Pipeline] {\n13:29:12 [Pipeline] sh\n13:29:12 + get-kubeconfig-basic\n13:29:12 Using default value for CLUSTER_DOMAIN = apps.lmru.tech\n13:29:12 Using default value for CLUSTER_API_PREFIX = api-\n13:29:12 Kubeconfig file was created.\n13:29:12 [Pipeline] sh\n13:29:12 + kubectl get pods\n13:29:13 error: the server doesn't have a resource type \"pods\"\n13:29:13 [Pipeline] }\n13:29:13 $ docker stop --time=1 aacf3a8fc9899dc2449c4731b692b2c1c5f0ebac618484e7a9f37c19ac4614c2\n13:29:14 $ docker rm -f --volumes aacf3a8fc9899dc2449c4731b692b2c1c5f0ebac618484e7a9f37c19ac4614c2\n13:29:14 [Pipeline] // withDockerContainer\n13:29:14 [Pipeline] }\n13:29:14 [Pipeline] // withEnv\n13:29:14 [Pipeline] }\n13:29:14 [Pipeline] // withCredentials\n13:29:14 [Pipeline] }\n13:29:14 [Pipeline] // stage\n13:29:14 [Pipeline] }\n13:29:14 [Pipeline] // node\n13:29:14 [Pipeline] End of Pipeline\n13:29:14 ERROR: script returned exit code 1\n13:29:15 \n13:29:15 GitHub has been notified of this commit’s build result\n13:29:15 \n13:29:15 Finished: FAILURE\n\nkubernetes.withKuberDeployer\nkubernetes.withKuberDeployer(Map args, Closure closure)\nRun commands against Kubernetes clusters. You can run kubectl, helm (2 and 3 versions), kubedog. k8s-deployer docker image is used under the hood. Params:\n\nargs:\nclusterName - e.g. shared, shared-stage, ff, ff-stage, payment, payment-stage, etc.\nlmSaCredentialsId - your Jenkins credentials ID. e.g. lm-sa-cp, lm-sa-payment\ndeployerImageTag - optional, default: latest\nclosure - commands for running against Kubernetes cluster\n// Load the library to your pipeline\n@Library('common-utils') _\n\nkubernetesUtils.withKuberDeployer(\n clusterName: 'shared-stage',\n lmSaCredentialsId: 'lm-sa-cp',\n deployerImageTag: 'latest' // default: same\n) {\n // run commands against Kubernetes cluster\n sh \"kubectl get deployments\"\n sh \"helm list\"\n sh \"helm3 list\"\n}\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Падение тут почти точно не из-за логики стадий, а из-за **невалидного kubeconfig/кластера в `withKuberDeployer`**.\n\nКлючевой симптом:\n\n- `kubectl get pods` → `the server doesn't have a resource type \"pods\"`\n\nЕсли бы это были права, было бы `Forbidden`. \nЕсли бы был недоступен API — обычно `Unable to connect...`. \nТакой текст чаще всего значит: `kubectl` смотрит **не в тот API endpoint** (или `clusterName`/`lmSaCredentialsId` не соответствуют друг другу).\n\n### Что проверить первым\n- `clusterName: \"avior-a\"` — действительно ли это валидное имя для `common-utils` (в доке примеры типа `shared`, `shared-stage`, `ff`, ...).\n- `lmSaCredentialsId: \"lm-sa-scenegenai\"` — имеет доступ именно к этому кластеру.\n- Пара `clusterName + credentials` должна быть согласованной.\n\n### Быстрая правка в пайплайне (для диагностики)\nУбери кластер-скоуп `kubectl get pods` и добавь явную проверку контекста:\n\n```groovy\nkubernetesUtils.withKuberDeployer(\n clusterName: clusterName,\n lmSaCredentialsId: lmSaCredentialsId,\n deployerImageTag: deployerImageTag\n) {\n sh \"kubectl config current-context || true\"\n sh \"kubectl cluster-info || true\"\n sh \"kubectl api-resources | head -n 30 || true\"\n\n sh \"kubectl -n ${namespace} get pods\"\n sh \"kubectl -n ${namespace} apply -k deploy/k8s\"\n}\n```\n\n### Что я бы поменял в твоем `Jenkinsfile`\n- Удалить `sh \"kubectl get pods\"` (без `-n`) — он требует более широких прав и не нужен.\n- Оставить только namespace-команды.\n- Добавить precheck (`cluster-info`, `api-resources`) перед `apply`, чтобы ошибка была диагностируемой.\n\nЕсли хочешь, могу дать готовый аккуратный патч всего блока `Deploy to Kubernetes` с fail-fast проверкой и понятными сообщениями об ошибке."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\n13:37:03 + docker pull docker.art.lmru.tech/img-k8s-deployer:latest\n13:37:03 latest: Pulling from img-k8s-deployer\n13:37:03 Digest: sha256:3528ee39a8506c5b88c6a34d70b3bc9edd8fbd1360bfa88364a1a5bb340a5912\n13:37:03 Status: Image is up to date for docker.art.lmru.tech/img-k8s-deployer:latest\n13:37:03 docker.art.lmru.tech/img-k8s-deployer:latest\n13:37:03 [Pipeline] }\n13:37:03 [Pipeline] // withEnv\n13:37:03 [Pipeline] pwd\n13:37:03 [Pipeline] isUnix\n13:37:03 [Pipeline] withEnv\n13:37:03 [Pipeline] {\n13:37:03 [Pipeline] sh\n13:37:03 + docker inspect -f . docker.art.lmru.tech/img-k8s-deployer:latest\n13:37:03 .\n13:37:03 [Pipeline] }\n13:37:03 [Pipeline] // withEnv\n13:37:03 [Pipeline] withDockerContainer\n13:37:03 p-jenkins-node-m-19 does not seem to be running inside a container\n13:37:03 $ docker run -t -d -u 0:0 -u root -v /data/jenkins-root/workspace/i_interior-scene-builder_develop:/pwd -w /data/jenkins-root/workspace/i_interior-scene-builder_develop -v /data/jenkins-root/workspace/i_interior-scene-builder_develop:/data/jenkins-root/workspace/i_interior-scene-builder_develop:rw,z -v /data/jenkins-root/workspace/i_interior-scene-builder_develop@tmp:/data/jenkins-root/workspace/i_interior-scene-builder_develop@tmp:rw,z -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** docker.art.lmru.tech/img-k8s-deployer:latest cat\n13:37:04 $ docker top 795714e339f00b57f2267494db0bba18c690f1d8840a1445952cb60de213f669 -eo pid,comm\n13:37:04 [Pipeline] {\n13:37:04 [Pipeline] sh\n13:37:04 + get-kubeconfig-basic\n13:37:04 Using default value for CLUSTER_API_PREFIX = api-\n13:37:04 Using default value for CLUSTER_DOMAIN = apps.lmru.tech\n13:37:04 Kubeconfig file was created.\n13:37:04 [Pipeline] sh\n13:37:04 + kubectl config current-context\n13:37:04 avior-a\n13:37:04 [Pipeline] sh\n13:37:05 + kubectl cluster-info\n13:37:05 \n13:37:05 To further debug and diagnose cluster problems, use 'kubectl cluster-info dump'.\n13:37:05 error: the server doesn't have a resource type \"services\"\n13:37:05 + true\n13:37:05 [Pipeline] sh\n13:37:06 + kubectl api-resources\n13:37:06 + head -n 30\n13:37:06 NAME SHORTNAMES APIGROUP NAMESPACED KIND\n13:37:06 [Pipeline] sh\n13:37:06 + kubectl -n p-1181 get pods\n13:37:06 error: the server doesn't have a resource type \"pods\"\n13:37:06 [Pipeline] }\n13:37:06 $ docker stop --time=1 795714e339f00b57f2267494db0bba18c690f1d8840a1445952cb60de213f669\n13:37:07 $ docker rm -f --volumes 795714e339f00b57f2267494db0bba18c690f1d8840a1445952cb60de213f669\n13:37:07 [Pipeline] // withDockerContainer\n13:37:07 [Pipeline] }\n13:37:07 [Pipeline] // withEnv\n13:37:07 [Pipeline] }\n13:37:07 [Pipeline] // withCredentials\n13:37:07 [Pipeline] }\n13:37:07 [Pipeline] // stage\n13:37:07 [Pipeline] }\n13:37:07 [Pipeline] // node\n13:37:07 [Pipeline] End of Pipeline\n13:37:07 ERROR: script returned exit code 1\n13:37:08 \n13:37:08 GitHub has been notified of this commit’s build result\n13:37:08 \n13:37:08 Finished: FAILURE\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Да, теперь картина полностью ясна: проблема **не в Jenkinsfile-логике**, а в том, что `kubectl` ходит в endpoint, который не отдает normal Kubernetes API.\n\nЧто видно по логу:\n- `kubectl config current-context` = `avior-a` (контекст выставился).\n- `kubectl cluster-info` падает на `\"services\"`.\n- `kubectl api-resources` показывает только заголовок таблицы без ресурсов.\n- `kubectl get pods` -> `\"the server doesn't have a resource type \"pods\"`.\n\nДля живого k8s так не бывает (даже при ограниченных правах обычно `Forbidden`, а не “нет такого ресурса pods/services”).\n\n## Вероятная причина\n`get-kubeconfig-basic` собрал kubeconfig с **не тем API URL** (или несовместимой связкой `clusterName` + `lmSaCredentialsId`), и запросы идут не в kube-apiserver (или в промежуточный сервис, который отвечает 404/не-k8s).\n\nВ твоем логе есть подсказка:\n- `Using default value for CLUSTER_API_PREFIX = api-`\n- `Using default value for CLUSTER_DOMAIN = apps.lmru.tech`\n\nДля `avior-a` эти дефолты могут быть неверными в вашей инфраструктуре.\n\n## Что делать\n- Проверить у платформенной команды правильную пару:\n - `clusterName` для этого проекта\n - `lmSaCredentialsId` для этого кластера\n - нужны ли `CLUSTER_DOMAIN` / `CLUSTER_API_PREFIX` не-дефолтные\n- Если возможно, на том же SA проверить вручную:\n - `kubectl --kubeconfig ... get --raw=/version`\n - `kubectl --kubeconfig ... get --raw=/api`\n Если это не JSON Kubernetes API — endpoint неправильный.\n\n## Рекомендую добавить fail-fast в pipeline\nЧтобы сразу было видно корень, а не падение на `get pods`:\n\n```groovy\nkubernetesUtils.withKuberDeployer(\n clusterName: clusterName,\n lmSaCredentialsId: lmSaCredentialsId,\n deployerImageTag: deployerImageTag\n) {\n sh \"kubectl config current-context\"\n sh \"\"\"\n set -e\n kubectl get --raw=/version >/tmp/k8s_version.json\n kubectl get --raw=/api >/tmp/k8s_api.json\n test -s /tmp/k8s_version.json\n test -s /tmp/k8s_api.json\n \"\"\"\n sh \"kubectl -n ${namespace} apply -k deploy/k8s\"\n}\n```\n\nЕсли хочешь, подготовлю точечный патч твоего `Jenkinsfile` с этой проверкой и аккуратными сообщениями об ошибке перед деплоем."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\nuser-authz:lm-sa-scenegenai:editor\nты в нужном контексте кубцтл, права выданы\n@Library([\"common-utils\"]) _\n\nproperties([\n parameters([\n choice(\n name: 'BUILD_TARGET',\n choices: ['false', 'backend', 'frontend', 'all'],\n description: 'Manual build target override. Leave false to disable override for manual runs.'\n )\n ])\n])\n\nnode(\"lmru-dockerhost\") {\n def serviceVersions\n def branchConfig = null\n def changedServices = []\n def deployerImageTag = \"latest\"\n\n def serviceConfigs = [\n backend: [\n dir: \"backend\",\n imageName: \"backend\",\n versionKey: \"backend\"\n ],\n frontend: [\n dir: \"frontend\",\n imageName: \"ui\",\n versionKey: \"frontend\"\n ]\n ]\n\n def branchConfigs = [\n develop: [\n registryPath: \"interior-scene-builder/develop\",\n namespace: \"p-1181\",\n clusterName: \"avior-a\",\n lmSaCredentialsId: \"lm-sa-scenegenai\"\n ],\n main: [\n registryPath: \"interior-scene-builder/main\",\n namespace: \"p-1181\",\n clusterName: \"avior-a\",\n lmSaCredentialsId: \"lm-sa-scenegenai\"\n ]\n ]\n\n def resolveImageTag = { String serviceKey ->\n def versionConfig = serviceVersions[serviceKey]\n\n if (versionConfig instanceof Map) {\n if (branchConfig && versionConfig[env.BRANCH_NAME]) {\n return versionConfig[env.BRANCH_NAME]\n }\n\n return versionConfig.default ?: \"latest\"\n }\n\n return versionConfig ?: \"latest\"\n }\n\n def buildServiceImage = { String serviceKey ->\n def serviceConfig = serviceConfigs[serviceKey]\n def imageTag = resolveImageTag(serviceConfig.versionKey)\n def artifactoryImageName = branchConfig\n ? \"${branchConfig.registryPath}/${serviceConfig.imageName}\"\n : \"interior-scene-builder/${serviceConfig.imageName}\"\n\n echo \"Building ${artifactoryImageName}:${imageTag} from ${serviceConfig.dir} on branch ${env.BRANCH_NAME}\"\n\n dockerUtils.buildImage([\n projectName: \"scenegenai\",\n artifactoryImageName: artifactoryImageName,\n imageTags: [imageTag],\n applicationFilesDir: serviceConfig.dir,\n pathToDockerfile: \"${serviceConfig.dir}/Dockerfile\",\n customArgsList: \"--no-cache\",\n ])\n }\n\n stage(\"Checkout\") {\n cleanWs()\n checkout scm\n env.GIT_COMMIT = gitUtils.getCommitShaShort()\n env.BRANCH_NAME = env.BRANCH_NAME ?: gitUtils.getBranchName()\n serviceVersions = readYaml(file: \"versions.yml\")\n branchConfig = branchConfigs[env.BRANCH_NAME]\n }\n\n stage(\"Detect changed services\") {\n def isManualTrigger = currentBuild.rawBuild.getCause(hudson.model.Cause$UserIdCause) != null\n def buildTarget = params.BUILD_TARGET ?: \"false\"\n\n if (!isManualTrigger && buildTarget == \"false\") {\n buildTarget = \"auto\"\n echo \"Automatic pipeline trigger detected. Using folder-based change detection.\"\n }\n\n if (buildTarget == \"all\") {\n changedServices = serviceConfigs.keySet() as List\n echo \"Manual build target 'all' selected. Building all services.\"\n } else if (buildTarget in [\"backend\", \"frontend\"]) {\n changedServices << buildTarget\n echo \"Manual build target '${buildTarget}' selected.\"\n } else if (buildTarget == \"auto\") {\n def changedFilesRaw = sh(script: \"git diff --name-only HEAD~1 HEAD\", returnStdout: true).trim()\n def changedFiles = changedFilesRaw ? changedFilesRaw.split(\"\\n\") : []\n\n serviceConfigs.each { serviceKey, serviceConfig ->\n if (changedFiles.any { it.startsWith(serviceConfig.dir + \"/\") }) {\n changedServices << serviceKey\n }\n }\n } else {\n echo \"Manual build target override is disabled. No services selected for build.\"\n }\n\n echo \"Changed services: ${changedServices}\"\n }\n\n stage(\"Build and push backend image\") {\n if (changedServices.contains(\"backend\")) {\n buildServiceImage(\"backend\")\n } else {\n echo \"No changes in backend/. Skipping backend image build.\"\n }\n }\n\n stage(\"Build and push frontend image\") {\n if (changedServices.contains(\"frontend\")) {\n buildServiceImage(\"frontend\")\n } else {\n echo \"No changes in frontend/. Skipping frontend image build.\"\n }\n }\n\n stage(\"Deploy to Kubernetes\") {\n if (!branchConfig) {\n echo \"No Kubernetes deployment is configured for branch ${env.BRANCH_NAME}. Skipping deploy.\"\n // } else if (!changedServices) {\n // echo \"No changed services selected for deployment. Skipping deploy.\"\n } else {\n def namespace = branchConfig.namespace\n def clusterName = branchConfig.clusterName\n def lmSaCredentialsId = branchConfig.lmSaCredentialsId\n\n kubernetesUtils.withKuberDeployer(\n clusterName: clusterName,\n lmSaCredentialsId: lmSaCredentialsId,\n deployerImageTag: deployerImageTag\n ) {\n // sh \"kubectl get pods\"\n // sh \"kubectl get pods -n ${namespace}\"\n sh \"kubectl -n ${namespace} apply -k deploy/k8s\"\n }\n }\n }\n}\n16:21:14 $ docker run -t -d -u 0:0 -u root -v /data/jenkins-root/workspace/i_interior-scene-builder_develop:/pwd -w /data/jenkins-root/workspace/i_interior-scene-builder_develop -v /data/jenkins-root/workspace/i_interior-scene-builder_develop:/data/jenkins-root/workspace/i_interior-scene-builder_develop:rw,z -v /data/jenkins-root/workspace/i_interior-scene-builder_develop@tmp:/data/jenkins-root/workspace/i_interior-scene-builder_develop@tmp:rw,z -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** -e ******** docker.art.lmru.tech/img-k8s-deployer:latest cat\n16:21:14 $ docker top d69beaabd44178b0fd30a1238ab1b35e391e3a5af2b09dbe5dca2edcd0ba7b2a -eo pid,comm\n16:21:14 [Pipeline] {\n16:21:14 [Pipeline] sh\n16:21:14 + get-kubeconfig-basic\n16:21:14 Using default value for CLUSTER_API_PREFIX = api-\n16:21:14 Using default value for CLUSTER_DOMAIN = apps.lmru.tech\n16:21:14 Kubeconfig file was created.\n16:21:14 [Pipeline] sh\n16:21:15 + kubectl -n p-1181 apply -k deploy/k8s\n16:21:15 Error from server (Forbidden): Forbidden\n16:21:15 [Pipeline] }\n16:21:15 $ docker stop --time=1 d69beaabd44178b0fd30a1238ab1b35e391e3a5af2b09dbe5dca2edcd0ba7b2a\n16:21:16 $ docker rm -f --volumes d69beaabd44178b0fd30a1238ab1b35e391e3a5af2b09dbe5dca2edcd0ba7b2a\n16:21:16 [Pipeline] // withDockerContainer\n16:21:16 [Pipeline] }\n16:21:16 [Pipeline] // withEnv\n16:21:16 [Pipeline] }\n16:21:16 [Pipeline] // withCredentials\n16:21:16 [Pipeline] }\n16:21:16 [Pipeline] // stage\n16:21:16 [Pipeline] }\n16:21:16 [Pipeline] // node\n16:21:16 [Pipeline] End of Pipeline\n16:21:16 ERROR: script returned exit code 1\n16:21:17 \n16:21:17 GitHub has been notified of this commit’s build result\n16:21:17 \n16:21:17 Finished: FAILURE\n\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Отлично, теперь это уже **нормальная RBAC-ошибка**: API доступен, контекст правильный, но на `apply` прав не хватает.\n\n`Error from server (Forbidden): Forbidden` на \n`kubectl -n p-1181 apply -k deploy/k8s` \nозначает: сервис-аккаунт аутентифицирован, но не имеет нужных `verbs/resources` для одного или нескольких объектов из `deploy/k8s`.\n\nЧто важно:\n- `user-authz:lm-sa-scenegenai:editor` не всегда гарантирует права на **все** ресурсы из kustomize (особенно CRD, `Ingress`, `HPA`, `PDB`, `RoleBinding`, `Secret`, cluster-scoped и т.д.).\n- `kubectl apply` обычно требует минимум `get`, `create`, `patch` (иногда `update`) по каждому типу ресурса.\n- Если в `kustomize` есть cluster-scoped объекты (`Namespace`, `ClusterRole`, `ClusterRoleBinding`, CRD), namespace-роль не поможет.\n\nПроверь прямо в этом же блоке (временно для диагностики):\n\n```groovy\nsh \"kubectl auth can-i --list -n ${namespace} || true\"\nsh \"kubectl kustomize deploy/k8s | kubectl auth can-i --namespace ${namespace} --verb=create --resource=deployments || true\"\nsh \"kubectl kustomize deploy/k8s | head -n 80 || true\"\nsh \"kubectl -n ${namespace} apply --dry-run=server -k deploy/k8s\"\n```\n\nЛучший диагностический шаг:\n- `kubectl -n p-1181 apply --dry-run=server -k deploy/k8s` \nОн обычно показывает **конкретный ресурс**, на котором `forbidden`.\n\nИ еще один момент: у тебя в `main` теперь тоже `namespace: \"p-1181\"` (раньше был `p-1180`). Если это не специально, можно ловить RBAC на `main` из-за неверного namespace.\n\nЕсли хочешь, соберу тебе готовый диагностический stage в Jenkinsfile (с аккуратным выводом, чтобы сразу видеть “какой именно resource/verb запрещен”)."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\n16:58:41 + get-kubeconfig-basic\n16:58:41 Using default value for CLUSTER_DOMAIN = apps.lmru.tech\n16:58:41 Using default value for CLUSTER_API_PREFIX = api-\n16:58:41 Kubeconfig file was created.\n16:58:41 [Pipeline] sh\n16:58:41 + kubectl config current-context\n16:58:41 avior-a\n16:58:41 [Pipeline] sh\n16:58:41 + kubectl -n p-1181 apply '--dry-run=server' -k deploy/k8s\n16:58:42 Error from server (Forbidden): Forbidden\n16:58:42 [Pipeline] }\n16:58:42 $ docker stop --time=1 84d468438df6ff6f59929d2214676440a638bc055247fbf3d26d829d2acbe1f8\n16:58:43 $ docker rm -f --volumes 84d468438df6ff6f59929d2214676440a638bc055247fbf3d26d829d2acbe1f8\n16:58:43 [Pipeline] // withDockerContainer\n16:58:43 [Pipeline] }\n16:58:43 [Pipeline] // withEnv\n16:58:43 [Pipeline] }\n16:58:43 [Pipeline] // withCredentials\n16:58:43 [Pipeline] }\n16:58:43 [Pipeline] // stage\n16:58:43 [Pipeline] }\n16:58:43 [Pipeline] // node\n16:58:43 [Pipeline] End of Pipeline\n16:58:43 ERROR: script returned exit code 1\n16:58:44 \n16:58:44 GitHub has been notified of this commit’s build result\n16:58:44 \n16:58:44 Finished: FAILURE\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Да, это уже 100% RBAC, но сейчас ошибка “глухая” — без указания конкретного ресурса. Такое бывает, когда SA режется очень рано (часто на `get`/`patch` для одного из объектов в kustomize).\n\nСейчас лучший ход — распаковать `kustomize` и проверить права по каждому kind.\n\n```groovy\nkubernetesUtils.withKuberDeployer(\n clusterName: clusterName,\n lmSaCredentialsId: lmSaCredentialsId,\n deployerImageTag: deployerImageTag\n) {\n sh \"kubectl config current-context\"\n sh \"\"\"\n set -euo pipefail\n\n # 1) Рендерим все манифесты\n kubectl kustomize deploy/k8s > /tmp/rendered.yaml\n\n # 2) Печатаем, какие ресурсы вообще пытаемся применить\n echo \"=== Objects to apply ===\"\n awk '/^kind:/{k=\\$2}/^ name:/{if(k!=\"\") print k\"/\"\\$2}' /tmp/rendered.yaml || true\n\n # 3) Быстрая проверка базовых прав в namespace\n echo \"=== can-i (namespace) ===\"\n kubectl auth can-i --list -n ${namespace} || true\n\n # 4) Проверка самого apply\n kubectl -n ${namespace} apply --dry-run=server -f /tmp/rendered.yaml\n \"\"\"\n}\n```\n\nЕсли даже так только `Forbidden`, добавь явные проверки на самые частые ресурсы:\n\n```groovy\nsh \"\"\"\n kubectl auth can-i get deployments.apps -n ${namespace}\n kubectl auth can-i create deployments.apps -n ${namespace}\n kubectl auth can-i patch deployments.apps -n ${namespace}\n\n kubectl auth can-i get services -n ${namespace}\n kubectl auth can-i create services -n ${namespace}\n kubectl auth can-i patch services -n ${namespace}\n\n kubectl auth can-i get ingresses.networking.k8s.io -n ${namespace}\n kubectl auth can-i create ingresses.networking.k8s.io -n ${namespace}\n kubectl auth can-i patch ingresses.networking.k8s.io -n ${namespace}\n\n kubectl auth can-i get secrets -n ${namespace}\n kubectl auth can-i create secrets -n ${namespace}\n kubectl auth can-i patch secrets -n ${namespace}\n\"\"\"\n```\n\nИ важный момент: у тебя для `main` и `develop` одинаковый `namespace: p-1181`. Если это не специально — проверь, не должен ли `main` идти в другой namespace. \nЕсли хочешь, помогу собрать минимальный RBAC-манифест под твой набор ресурсов из `deploy/k8s`."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\n17:00:31 + get-kubeconfig-basic\n17:00:31 Using default value for CLUSTER_API_PREFIX = api-\n17:00:31 Using default value for CLUSTER_DOMAIN = apps.lmru.tech\n17:00:31 Kubeconfig file was created.\n17:00:31 [Pipeline] sh\n17:00:31 + kubectl config current-context\n17:00:31 avior-a\n17:00:32 [Pipeline] sh\n17:00:32 + set -euo pipefail\n17:00:32 + kubectl kustomize deploy/k8s\n17:00:32 + echo '=== Objects to apply ==='\n17:00:32 === Objects to apply ===\n17:00:32 + awk '/^kind:/{k=$2}/^ name:/{if(k!=\"\") print k\"/\"$2}' /tmp/rendered.yaml\n17:00:32 Service/interior-backend\n17:00:32 Service/interior-ui\n17:00:32 Deployment/interior-backend\n17:00:32 Deployment/interior-ui\n17:00:32 Ingress/interior-scene-builder\n17:00:32 + echo '=== can-i (namespace) ==='\n17:00:32 === can-i (namespace) ===\n17:00:32 + kubectl auth can-i --list -n p-1181\n17:00:32 Error from server (Forbidden): Forbidden (post selfsubjectrulesreviews.authorization.k8s.io)\n17:00:32 + true\n17:00:32 + kubectl -n p-1181 apply '--dry-run=server' -f /tmp/rendered.yaml\n17:00:32 Error from server (Forbidden): Forbidden\n17:00:32 [Pipeline] }\n17:00:32 $ docker stop --time=1 3129cda82dd498319fd30a7619c181654f61d5dc2f5ca03058fbd7d287ef90c9\n17:00:33 $ docker rm -f --volumes 3129cda82dd498319fd30a7619c181654f61d5dc2f5ca03058fbd7d287ef90c9\n17:00:33 [Pipeline] // withDockerContainer\n17:00:33 [Pipeline] }\n17:00:33 [Pipeline] // withEnv\n17:00:33 [Pipeline] }\n17:00:33 [Pipeline] // withCredentials\n17:00:33 [Pipeline] }\n17:00:33 [Pipeline] // stage\n17:00:33 [Pipeline] }\n17:00:33 [Pipeline] // node\n17:00:33 [Pipeline] End of Pipeline\n17:00:33 ERROR: script returned exit code 1\n17:00:34 \n17:00:34 GitHub has been notified of this commit’s build result\n17:00:34 \n17:00:34 Finished: FAILURE\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Отличный дебаг, теперь причина уже однозначная.\n\n`kubectl auth can-i --list` падает с \n`post selfsubjectrulesreviews.authorization.k8s.io -> Forbidden` \nи `apply --dry-run=server` тоже `Forbidden` — это означает, что у текущей identity фактически **нет нужного RBAC в `p-1181`** (или биндинг не применился/не в том namespace).\n\nСудя по рендеру, нужны права минимум на:\n- `services` (core)\n- `deployments` (`apps`)\n- `ingresses` (`networking.k8s.io`)\n\nДля `kubectl apply` нужны как минимум `get`, `create`, `patch` (часто добавляют `update`, `delete`, `list`, `watch`).\n\n## Что проверить сейчас\n- Биндинг реально есть в кластере `avior-a` и namespace `p-1181`.\n- Subject в `RoleBinding` совпадает с тем, под кем идет `lm-sa-scenegenai`.\n- Нет ли ошибки: права выданы в другом namespace/кластере.\n- Ветка `main`/`develop` указывают корректный `namespace`.\n\n## Минимальный RBAC (namespace-scoped)\nЕсли нужно, можно выдать так:\n\n```yaml\napiVersion: rbac.authorization.k8s.io/v1\nkind: Role\nmetadata:\n name: scenegenai-deployer\n namespace: p-1181\nrules:\n - apiGroups: [\"\"]\n resources: [\"services\"]\n verbs: [\"get\", \"list\", \"watch\", \"create\", \"update\", \"patch\", \"delete\"]\n - apiGroups: [\"apps\"]\n resources: [\"deployments\"]\n verbs: [\"get\", \"list\", \"watch\", \"create\", \"update\", \"patch\", \"delete\"]\n - apiGroups: [\"networking.k8s.io\"]\n resources: [\"ingresses\"]\n verbs: [\"get\", \"list\", \"watch\", \"create\", \"update\", \"patch\", \"delete\"]\n---\napiVersion: rbac.authorization.k8s.io/v1\nkind: RoleBinding\nmetadata:\n name: scenegenai-deployer\n namespace: p-1181\nsubjects:\n - kind: User\n name: lm-sa-scenegenai\n apiGroup: rbac.authorization.k8s.io\nroleRef:\n kind: Role\n name: scenegenai-deployer\n apiGroup: rbac.authorization.k8s.io\n```\n\nЕсли у вас subject должен быть `ServiceAccount`/`Group` (а не `User`) — это надо заменить под вашу auth-схему. \nМогу помочь точечно проверить твой `clusters-permissions` файл и собрать корректный манифест под ваши conventions (`yamllint`-friendly)."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\nсходи в кластер, посмотри настройки\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Понял, сейчас проверю это с двух сторон: текущий доступ к кластеру через `kubectl` и конфиг прав в репозитории для `lm-sa-scenegenai`."},{"type":"tool_use","name":"Shell","input":{"command":"kubectl config current-context && kubectl version --short","description":"Check kubectl context and connectivity"}},{"type":"tool_use","name":"ReadFile","input":{"path":"/home/ruslanpi/Documents/repos/lmru--devops--argocd-apps/common/clusters-permissions/prod/values/bricks-prod-cluster.yaml"}}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Вижу, что локальный `kubectl` действительно в контексте `avior-a`; сейчас проверю, есть ли в конфиге кластера явные правила/биндинги для `lm-sa-scenegenai` и `p-1181`."},{"type":"tool_use","name":"rg","input":{"pattern":"lm-sa-scenegenai|p-1181|scenegenai","path":"/home/ruslanpi/Documents/repos/lmru--devops--argocd-apps/common/clusters-permissions/prod/values/bricks-prod-cluster.yaml","output_mode":"content"}},{"type":"tool_use","name":"Shell","input":{"command":"kubectl get rolebindings,roles -n p-1181","description":"List RBAC objects in target namespace"}}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"**Searching for role bindings**\n\nI need to consider if I should include global cluster role bindings in another file instead of the current one. It’s probably a good idea to search the repository for \"lm-sa-scenegenai\" and \"p-1181\" to find the permissions configuration. I think using \"rg\" with files that have matches would be helpful for that. I’m just making sure I’m on the right path with this."},{"type":"tool_use","name":"rg","input":{"pattern":"lm-sa-scenegenai","path":"/home/ruslanpi/Documents/repos/lmru--devops--argocd-apps","output_mode":"files_with_matches"}},{"type":"tool_use","name":"rg","input":{"pattern":"p-1181","path":"/home/ruslanpi/Documents/repos/lmru--devops--argocd-apps","output_mode":"files_with_matches"}},{"type":"tool_use","name":"Shell","input":{"command":"kubectl get clusterrolebindings | rg -i \"scenegenai|p-1181|lm-sa\"","description":"Find related cluster role bindings"}}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Нашел биндинги `user-authz:lm-sa-scenegenai:editor` в кластере; сейчас проверяю, какие именно правила у `ClusterRole/user-authz:editor` и хватает ли их на `apply` для `Service/Deployment/Ingress`.\n\n**Inspecting clusterrole rules**\n\nI need to check if the clusterrole rules are missing any verbs or resources. I'll run a command like `kubectl get clusterrole user-authz:editor -o yaml`. There's also the idea of checking if I can impersonate a user using something like `--as=lm-sa-scenegenai` within a specific namespace. I think it’s best to run those shell commands to get clarity on the permissions here. Let's execute these checks!"},{"type":"tool_use","name":"Shell","input":{"command":"kubectl get clusterrole \"user-authz:editor\" -o yaml","description":"Inspect editor cluster role rules"}},{"type":"tool_use","name":"Shell","input":{"command":"kubectl auth can-i --as=lm-sa-scenegenai create deployment.apps -n p-1181 && kubectl auth can-i --as=lm-sa-scenegenai patch deployment.apps -n p-1181 && kubectl auth can-i --as=lm-sa-scenegenai create services -n p-1181 && kubectl auth can-i --as=lm-sa-scenegenai create ingresses.networking.k8s.io -n p-1181","description":"Test impersonated permissions for apply resources"}}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"**Evaluating command execution**\n\nIt looks like the second command didn't run successfully because it was trying to execute both conditions at once with \"no due && stops.\" I should try to run them separately using a semicolon to separate the commands. Adding echo labels like \"yes\" or \"no\" could help clarify the output for each command. Okay, let's go ahead and do that!"},{"type":"tool_use","name":"Shell","input":{"command":"echo \"create deployment:\" && kubectl auth can-i --as=lm-sa-scenegenai create deployment.apps -n p-1181; echo \"patch deployment:\" && kubectl auth can-i --as=lm-sa-scenegenai patch deployment.apps -n p-1181; echo \"create service:\" && kubectl auth can-i --as=lm-sa-scenegenai create services -n p-1181; echo \"patch service:\" && kubectl auth can-i --as=lm-sa-scenegenai patch services -n p-1181; echo \"create ingress:\" && kubectl auth can-i --as=lm-sa-scenegenai create ingresses.networking.k8s.io -n p-1181; echo \"patch ingress:\" && kubectl auth can-i --as=lm-sa-scenegenai patch ingresses.networking.k8s.io -n p-1181","description":"Check specific impersonated verbs in namespace"}}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"**Investigating shell commands**\n\nI'm considering why the command stops, like if it exits with a status of 1 after the first run. Is the shell’s `set -e` causing this default behavior? It could also be related to zsh’s `errexit` or if the pipeline environment has a persistent `set -e`. To avoid this issue, maybe I need to use `|| true` for each command. It’s a bit complicated, but I want to make sure I avoid unexpected exits!"},{"type":"tool_use","name":"Shell","input":{"command":"echo \"create deployment:\"; kubectl auth can-i --as=lm-sa-scenegenai create deployment.apps -n p-1181 || true; echo \"patch deployment:\"; kubectl auth can-i --as=lm-sa-scenegenai patch deployment.apps -n p-1181 || true; echo \"create service:\"; kubectl auth can-i --as=lm-sa-scenegenai create services -n p-1181 || true; echo \"patch service:\"; kubectl auth can-i --as=lm-sa-scenegenai patch services -n p-1181 || true; echo \"create ingress:\"; kubectl auth can-i --as=lm-sa-scenegenai create ingresses.networking.k8s.io -n p-1181 || true; echo \"patch ingress:\"; kubectl auth can-i --as=lm-sa-scenegenai patch ingresses.networking.k8s.io -n p-1181 || true","description":"Check permissions with continue on denials"}}]}}
{"role":"assistant","message":{"content":[{"type":"tool_use","name":"Shell","input":{"command":"echo \"as user-authz:lm-sa-scenegenai\"; kubectl auth can-i --as=user-authz:lm-sa-scenegenai create deployments.apps -n p-1181 || true; kubectl auth can-i --as=user-authz:lm-sa-scenegenai patch deployments.apps -n p-1181 || true; kubectl auth can-i --as=user-authz:lm-sa-scenegenai create services -n p-1181 || true; kubectl auth can-i --as=user-authz:lm-sa-scenegenai create ingresses.networking.k8s.io -n p-1181 || true","description":"Test permission using prefixed user identity"}}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"**Checking cluster role bindings**\n\nI'm thinking to check the cluster role binding subjects to gather info on the subject name, kind, and associated namespaces. My plan is to execute a command using kubectl to get the details for the cluster role binding called user-authz:lm-sa-scenegenai:editor. I want to format the output in YAML so that I can easily read the configuration and understand how it’s set up. Let's see what I find!"},{"type":"tool_use","name":"Shell","input":{"command":"kubectl get clusterrolebinding \"user-authz:lm-sa-scenegenai:editor\" -o yaml","description":"Inspect subject mapping in clusterrolebinding"}}]}}
{"role":"assistant","message":{"content":[{"type":"tool_use","name":"Shell","input":{"command":"kubectl auth can-i create deployments.apps -n p-1181 --as=debug-user --as-group=lm-sa-scenegenai && kubectl auth can-i patch services -n p-1181 --as=debug-user --as-group=lm-sa-scenegenai && kubectl auth can-i create ingresses.networking.k8s.io -n p-1181 --as=debug-user --as-group=lm-sa-scenegenai","description":"Validate access when group claim is present"}}]}}
{"role":"assistant","message":{"content":[{"type":"tool_use","name":"Shell","input":{"command":"kubectl get clusterrolebinding \"user-authz:lm-sa-aao:editor\" -o yaml","description":"Compare another lm-sa editor binding subject kind"}}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Сходил в кластер, посмотрел — причина найдена.\n\n- Контекст рабочий: `kubectl config current-context` → `avior-a`.\n- Биндинг есть: `ClusterRoleBinding/user-authz:lm-sa-scenegenai:editor` создан.\n- Но у биндинга `subjects` сейчас такие:\n - `kind: Group`\n - `name: lm-sa-scenegenai`\n- Проверка прав показала:\n - `kubectl auth can-i --as=lm-sa-scenegenai create deployments.apps -n p-1181` → `no`\n - то же для `services`/`ingresses` → `no`\n- При этом если добавить group-claim, права есть:\n - `kubectl auth can-i ... --as=debug-user --as-group=lm-sa-scenegenai` → `yes`\n\nИтог: RBAC выдан **на группу**, а дженкинсовая identity, судя по факту, не приходит с этой группой. Поэтому `apply` получает `Forbidden`.\n\nЧто поправить:\n- Либо выдавать права на `kind: User` для фактического user principal, под которым ходит `withKuberDeployer`.\n- Либо настроить, чтобы токен реально содержал группу `lm-sa-scenegenai`.\n\nПрактически: в `clusters-permissions` для `lm-sa-scenegenai` проставить `kind: User` (как у вас уже делалось для некоторых `lm-sa-*`), зарелизить `user-authz`, и перепроверить `can-i` + pipeline."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\nобновил конфиг avior-a-prod добавил строку\nlm-sa-scenegenai:\n kind: User\n accessLevel: Editor\n allowAccessToSystemNamespaces: false\n allowScale: false\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Проверю, как именно это легло в `avior-a-prod-cluster.yaml`, и сразу прогоню `yamllint` по файлу, чтобы убедиться, что формат и отступы корректны.\n\n**Inspecting YAML configuration**\n\nI need to respond to the user and maybe advise on verifying their YAML lint. Since they mentioned an updated config, it sounds like they want validation and a file check. I should read the file first and check against yamllint rules. Since it’s a simple task, I think I can use available tools. I’ll inspect the file, run yamllint if it’s installed, and check for potential missing elements like limitNamespaces or kind location. Let's get started!"},{"type":"tool_use","name":"ReadFile","input":{"path":"/home/ruslanpi/Documents/repos/lmru--devops--argocd-apps/common/clusters-permissions/prod/values/avior-a-prod-cluster.yaml"}},{"type":"tool_use","name":"Shell","input":{"command":"yamllint \"/home/ruslanpi/Documents/repos/lmru--devops--argocd-apps/common/clusters-permissions/prod/values/avior-a-prod-cluster.yaml\"","description":"Run yamllint on updated avior-a config"}}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Отлично, правка выглядит корректно и по `yamllint` файл чистый.\n\nЧто сейчас в `avior-a-prod-cluster.yaml`:\n- `lm-sa-scenegenai` задан с `kind: User`\n- `accessLevel: Editor`\n- ограничения по namespace (`p-1181`, `p-1181-.*`) на месте\n- `portForwarding: false` тоже задан\n\nДальше важно:\n- дождаться применения этого values (через ваш релиз/Argo/Helm для `user-authz`);\n- после применения перепроверить в кластере, что `ClusterRoleBinding` для `lm-sa-scenegenai` теперь с `subjects.kind: User`.\n\nБыстрая проверка после rollout:\n- `kubectl get clusterrolebinding user-authz:lm-sa-scenegenai:editor -o yaml`\n- и затем в pipeline снова `kubectl -n p-1181 apply -k deploy/k8s`.\n\nЕсли хочешь, проверю биндинг в кластере через пару минут, когда конфиг докатится.\n\n**Suggesting next steps**\n\nI need to respond positively and suggest the user apply or release the user authorization, then verify the cluster role binding. This might involve running `kubectl get clusterrolebinding` to check for updates, even if it still seems old until the deployment. The user mentioned an updated config, so I can provide the next steps for Argo sync. I’ll also note that it looks good, including the limitNamespaces and portForwarding set to false. I’ll keep it concise."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\nпроверь\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Проверяю в кластере: сначала биндинг для `lm-sa-scenegenai`, потом фактические права в `p-1181`."},{"type":"tool_use","name":"Shell","input":{"command":"kubectl get clusterrolebinding \"user-authz:lm-sa-scenegenai:editor\" -o yaml","description":"Check clusterrolebinding subject kind"}},{"type":"tool_use","name":"Shell","input":{"command":"kubectl auth can-i --as=lm-sa-scenegenai create deployments.apps -n p-1181 && kubectl auth can-i --as=lm-sa-scenegenai patch services -n p-1181 && kubectl auth can-i --as=lm-sa-scenegenai create ingresses.networking.k8s.io -n p-1181","description":"Verify lm-sa effective permissions"}}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Проверил — всё ок, правка применилась и доступ появился.\n\n- В `ClusterRoleBinding/user-authz:lm-sa-scenegenai:editor` теперь:\n - `subjects.kind: User`\n - `subjects.name: lm-sa-scenegenai`\n- Эффективные права в `p-1181` для `lm-sa-scenegenai`:\n - `create deployments.apps` → `yes`\n - `patch services` → `yes`\n - `create ingresses.networking.k8s.io` → `yes`\n\nМожно заново запускать Jenkins job: `kubectl -n p-1181 apply -k deploy/k8s` теперь должен пройти по RBAC."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\nв дженкинс джобе все еще\n17:12:44 + get-kubeconfig-basic\n17:12:44 Using default value for CLUSTER_API_PREFIX = api-\n17:12:44 Using default value for CLUSTER_DOMAIN = apps.lmru.tech\n17:12:44 Kubeconfig file was created.\n17:12:44 [Pipeline] sh\n17:12:44 + kubectl -n p-1181 apply -k deploy/k8s\n17:12:45 Error from server (Forbidden): Forbidden\n17:12:45 [Pipeline] }\n17:12:45 $ docker stop --time=1 5ef7a5cc395dc7e74df17ab4c7ebafe434e97ebdf8a3d75628469028d96643e9\n17:12:46 $ docker rm -f --volumes 5ef7a5cc395dc7e74df17ab4c7ebafe434e97ebdf8a3d75628469028d96643e9\n17:12:46 [Pipeline] // withDockerContainer\n17:12:46 [Pipeline] }\n17:12:46 [Pipeline] // withEnv\n17:12:46 [Pipeline] }\n17:12:46 [Pipeline] // withCredentials\n17:12:46 [Pipeline] }\n17:12:46 [Pipeline] // stage\n17:12:46 [Pipeline] }\n17:12:46 [Pipeline] // node\n17:12:46 [Pipeline] End of Pipeline\n17:12:46 ERROR: script returned exit code 1\n17:12:46 \n17:12:46 GitHub has been notified of this commit’s build result\n17:12:46 \n17:12:46 Finished: FAILURE\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Похоже, в Jenkins используется **другая identity**, чем та, которую мы проверяли вручную. \nRBAC в кластере уже обновлен, но `withKuberDeployer` может логиниться не как `lm-sa-scenegenai` (например, с префиксом/через группу).\n\nСейчас нужен точный `whoami` внутри job.\n\nДобавь временно в deploy stage **перед apply**:\n\n```groovy\nkubernetesUtils.withKuberDeployer(\n clusterName: clusterName,\n lmSaCredentialsId: lmSaCredentialsId,\n deployerImageTag: deployerImageTag\n) {\n sh \"kubectl config current-context\"\n\n sh \"\"\"\n set +e\n kubectl auth whoami\n kubectl auth can-i create deployments.apps -n ${namespace}\n kubectl auth can-i patch deployments.apps -n ${namespace}\n kubectl auth can-i create services -n ${namespace}\n kubectl auth can-i patch services -n ${namespace}\n kubectl auth can-i create ingresses.networking.k8s.io -n ${namespace}\n kubectl auth can-i patch ingresses.networking.k8s.io -n ${namespace}\n set -e\n \"\"\"\n\n sh \"kubectl -n ${namespace} apply -k deploy/k8s -v=8\"\n}\n```\n\nЧто это даст:\n- `kubectl auth whoami` покажет реального пользователя/группы из Jenkins.\n- `can-i` сразу покажет, на каком ресурсе deny.\n- `-v=8` даст подробный ответ API (иногда там видно более точную причину forbidden).\n\nСамая вероятная донастройка после этого:\n- добавить второй subject в RBAC (чтобы покрыть оба варианта principal), например `User: lm-sa-scenegenai` **и** `User: user-authz:lm-sa-scenegenai` или нужную `Group` — по фактическому `whoami`.\n\nЕсли скинешь вывод `whoami` + `can-i`, скажу точный final RBAC-патч."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\n17:14:29 + get-kubeconfig-basic\n17:14:29 Using default value for CLUSTER_API_PREFIX = api-\n17:14:29 Using default value for CLUSTER_DOMAIN = apps.lmru.tech\n17:14:29 Kubeconfig file was created.\n17:14:29 [Pipeline] sh\n17:14:29 + kubectl config current-context\n17:14:29 avior-a\n17:14:29 [Pipeline] sh\n17:14:30 + set +e\n17:14:30 + kubectl auth whoami\n17:14:30 error: unknown command \"whoami\"\n17:14:30 See 'kubectl auth -h' for help and examples\n17:14:30 + kubectl auth can-i create deployments.apps -n p-1181\n17:14:30 Warning: the server doesn't have a resource type 'deployments' in group 'apps'\n17:14:30 Error from server (Forbidden): Forbidden (post selfsubjectaccessreviews.authorization.k8s.io)\n17:14:30 + kubectl auth can-i patch deployments.apps -n p-1181\n17:14:30 Warning: the server doesn't have a resource type 'deployments' in group 'apps'\n17:14:30 Error from server (Forbidden): Forbidden (post selfsubjectaccessreviews.authorization.k8s.io)\n17:14:30 + kubectl auth can-i create services -n p-1181\n17:14:30 Warning: the server doesn't have a resource type 'services'\n17:14:30 Error from server (Forbidden): Forbidden (post selfsubjectaccessreviews.authorization.k8s.io)\n17:14:30 + kubectl auth can-i patch services -n p-1181\n17:14:30 Warning: the server doesn't have a resource type 'services'\n17:14:30 Error from server (Forbidden): Forbidden (post selfsubjectaccessreviews.authorization.k8s.io)\n17:14:30 + kubectl auth can-i create ingresses.networking.k8s.io -n p-1181\n17:14:30 Warning: the server doesn't have a resource type 'ingresses' in group 'networking.k8s.io'\n17:14:30 Error from server (Forbidden): Forbidden (post selfsubjectaccessreviews.authorization.k8s.io)\n17:14:30 + kubectl auth can-i patch ingresses.networking.k8s.io -n p-1181\n17:14:31 Warning: the server doesn't have a resource type 'ingresses' in group 'networking.k8s.io'\n17:14:31 Error from server (Forbidden): Forbidden (post selfsubjectaccessreviews.authorization.k8s.io)\n17:14:31 + set -e\n17:14:31 [Pipeline] sh\n17:14:31 + kubectl -n p-1181 apply -k deploy/k8s '-v=8'\n17:14:31 I0410 17:14:31.304699 119 loader.go:375] Config loaded from file: /root/.kube/config\n17:14:31 I0410 17:14:31.306167 119 round_trippers.go:421] GET https://api-avior-a.apps.lmru.tech/basic-auth/openapi/v2?timeout=32s\n17:14:31 I0410 17:14:31.306188 119 round_trippers.go:428] Request Headers:\n17:14:31 I0410 17:14:31.306194 119 round_trippers.go:432] User-Agent: kubectl/v1.19.10 (linux/amd64) kubernetes/98d5dc5\n17:14:31 I0410 17:14:31.306199 119 round_trippers.go:432] Authorization: Basic <masked>\n17:14:31 I0410 17:14:31.306215 119 round_trippers.go:432] Accept: application/com.github.proto-openapi.spec.v2@v1.0+protobuf\n17:14:31 I0410 17:14:31.365112 119 round_trippers.go:447] Response Status: 403 Forbidden in 58 milliseconds\n17:14:31 I0410 17:14:31.365147 119 round_trippers.go:450] Response Headers:\n17:14:31 I0410 17:14:31.365152 119 round_trippers.go:453] Date: Fri, 10 Apr 2026 14:14:31 GMT\n17:14:31 I0410 17:14:31.365157 119 round_trippers.go:453] Content-Type: text/plain; charset=utf-8\n17:14:31 I0410 17:14:31.365160 119 round_trippers.go:453] Content-Length: 10\n17:14:31 I0410 17:14:31.365164 119 round_trippers.go:453] X-Content-Type-Options: nosniff\n17:14:31 I0410 17:14:31.365168 119 round_trippers.go:453] Strict-Transport-Security: max-age=31536000; includeSubDomains; preload\n17:14:31 I0410 17:14:31.366325 119 request.go:1097] Response Body: Forbidden\n17:14:31 I0410 17:14:31.367117 119 round_trippers.go:421] GET https://api-avior-a.apps.lmru.tech/basic-auth/swagger-2.0.0.pb-v1?timeout=32s\n17:14:31 I0410 17:14:31.367131 119 round_trippers.go:428] Request Headers:\n17:14:31 I0410 17:14:31.367137 119 round_trippers.go:432] Accept: application/json, */*\n17:14:31 I0410 17:14:31.367145 119 round_trippers.go:432] User-Agent: kubectl/v1.19.10 (linux/amd64) kubernetes/98d5dc5\n17:14:31 I0410 17:14:31.367172 119 round_trippers.go:432] Authorization: Basic <masked>\n17:14:31 I0410 17:14:31.369626 119 round_trippers.go:447] Response Status: 403 Forbidden in 2 milliseconds\n17:14:31 I0410 17:14:31.369640 119 round_trippers.go:450] Response Headers:\n17:14:31 I0410 17:14:31.369645 119 round_trippers.go:453] Date: Fri, 10 Apr 2026 14:14:31 GMT\n17:14:31 I0410 17:14:31.369649 119 round_trippers.go:453] Content-Type: text/plain; charset=utf-8\n17:14:31 I0410 17:14:31.369652 119 round_trippers.go:453] Content-Length: 10\n17:14:31 I0410 17:14:31.369656 119 round_trippers.go:453] X-Content-Type-Options: nosniff\n17:14:31 I0410 17:14:31.369660 119 round_trippers.go:453] Strict-Transport-Security: max-age=31536000; includeSubDomains; preload\n17:14:31 I0410 17:14:31.370328 119 request.go:1097] Response Body: Forbidden\n17:14:31 I0410 17:14:31.371415 119 helpers.go:216] server response object: [{\n17:14:31 \"metadata\": {},\n17:14:31 \"status\": \"Failure\",\n17:14:31 \"message\": \"Forbidden\",\n17:14:31 \"reason\": \"Forbidden\",\n17:14:31 \"details\": {\n17:14:31 \"causes\": [\n17:14:31 {\n17:14:31 \"reason\": \"UnexpectedServerResponse\",\n17:14:31 \"message\": \"Forbidden\"\n17:14:31 }\n17:14:31 ]\n17:14:31 },\n17:14:31 \"code\": 403\n17:14:31 }]\n17:14:31 F0410 17:14:31.371448 119 helpers.go:115] Error from server (Forbidden): Forbidden\n17:14:31 goroutine 1 [running]:\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/klog/v2.stacks(0xc00000e001, 0xc0009fc160, 0x57, 0xa8)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/klog/v2/klog.go:996 +0xb9\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/klog/v2.(*loggingT).output(0x2d03b80, 0xc000000003, 0x0, 0x0, 0xc0002c62a0, 0x2ae2459, 0xa, 0x73, 0x40b300)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/klog/v2/klog.go:945 +0x191\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/klog/v2.(*loggingT).printDepth(0x2d03b80, 0x3, 0x0, 0x0, 0x2, 0xc0006d9ad0, 0x1, 0x1)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/klog/v2/klog.go:718 +0x165\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/klog/v2.FatalDepth(...)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/klog/v2/klog.go:1442\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/cmd/util.fatal(0xc0002cf320, 0x28, 0x1)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/cmd/util/helpers.go:93 +0x1f0\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/cmd/util.checkErr(0x1e5a8a0, 0xc000570460, 0x1d05d10)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/cmd/util/helpers.go:188 +0x945\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/cmd/util.CheckErr(...)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/cmd/util/helpers.go:115\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/cmd/apply.NewCmdApply.func1(0xc0005fbb80, 0xc0007e0230, 0x0, 0x5)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/cmd/apply/apply.go:175 +0x73\n17:14:31 k8s.io/kubernetes/vendor/github.com/spf13/cobra.(*Command).execute(0xc0005fbb80, 0xc0007e01e0, 0x5, 0x5, 0xc0005fbb80, 0xc0007e01e0)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/github.com/spf13/cobra/command.go:846 +0x2c2\n17:14:31 k8s.io/kubernetes/vendor/github.com/spf13/cobra.(*Command).ExecuteC(0xc0007b7340, 0xc00007e180, 0xc00003a070, 0x7)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/github.com/spf13/cobra/command.go:950 +0x375\n17:14:31 k8s.io/kubernetes/vendor/github.com/spf13/cobra.(*Command).Execute(...)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/github.com/spf13/cobra/command.go:887\n17:14:31 main.main()\n17:14:31 \t_output/dockerized/go/src/k8s.io/kubernetes/cmd/kubectl/kubectl.go:49 +0x21d\n17:14:31 \n17:14:31 goroutine 6 [chan receive]:\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/klog/v2.(*loggingT).flushDaemon(0x2d03b80)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/klog/v2/klog.go:1131 +0x8b\n17:14:31 created by k8s.io/kubernetes/vendor/k8s.io/klog/v2.init.0\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/klog/v2/klog.go:416 +0xd8\n17:14:31 \n17:14:31 goroutine 49 [select]:\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/apimachinery/pkg/util/wait.BackoffUntil(0x1d05c48, 0x1e5aba0, 0xc0003ef5c0, 0x1, 0xc0000480c0)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/apimachinery/pkg/util/wait/wait.go:167 +0x149\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/apimachinery/pkg/util/wait.JitterUntil(0x1d05c48, 0x12a05f200, 0x0, 0x1, 0xc0000480c0)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/apimachinery/pkg/util/wait/wait.go:133 +0x98\n17:14:31 k8s.io/kubernetes/vendor/k8s.io/apimachinery/pkg/util/wait.Until(0x1d05c48, 0x12a05f200, 0xc0000480c0)\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/apimachinery/pkg/util/wait/wait.go:90 +0x4d\n17:14:31 created by k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/util/logs.InitLogs\n17:14:31 \t/workspace/src/k8s.io/kubernetes/_output/dockerized/go/src/k8s.io/kubernetes/vendor/k8s.io/kubectl/pkg/util/logs/logs.go:51 +0x96\n17:14:31 \n17:14:31 goroutine 9 [IO wait]:\n17:14:31 internal/poll.runtime_pollWait(0x72a3e81e1b30, 0x72, 0x1e5dd80)\n17:14:31 \t/usr/local/go/src/runtime/netpoll.go:222 +0x55\n17:14:31 internal/poll.(*pollDesc).wait(0xc00092ac18, 0x72, 0x1e5dd00, 0x2b0e610, 0x0)\n17:14:31 \t/usr/local/go/src/internal/poll/fd_poll_runtime.go:87 +0x45\n17:14:31 internal/poll.(*pollDesc).waitRead(...)\n17:14:31 \t/usr/local/go/src/internal/poll/fd_poll_runtime.go:92\n17:14:31 internal/poll.(*FD).Read(0xc00092ac00, 0xc000baa000, 0x18d1, 0x18d1, 0x0, 0x0, 0x0)\n17:14:31 \t/usr/local/go/src/internal/poll/fd_unix.go:159 +0x1a5\n17:14:31 net.(*netFD).Read(0xc00092ac00, 0xc000baa000, 0x18d1, 0x18d1, 0x203000, 0x6541fb, 0xc0000eebe0)\n17:14:31 \t/usr/local/go/src/net/fd_posix.go:55 +0x4f\n17:14:31 net.(*conn).Read(0xc000522118, 0xc000baa000, 0x18d1, 0x18d1, 0x0, 0x0, 0x0)\n17:14:31 \t/usr/local/go/src/net/net.go:182 +0x8e\n17:14:31 crypto/tls.(*atLeastReader).Read(0xc000546420, 0xc000baa000, 0x18d1, 0x18d1, 0xae, 0x18cc, 0xc000557728)\n17:14:31 \t/usr/local/go/src/crypto/tls/conn.go:779 +0x62\n17:14:31 bytes.(*Buffer).ReadFrom(0xc0000eed00, 0x1e595a0, 0xc000546420, 0x40b685, 0x1a18320, 0x1b945a0)\n17:14:31 \t/usr/local/go/src/bytes/buffer.go:204 +0xb1\n17:14:31 crypto/tls.(*Conn).readFromUntil(0xc0000eea80, 0x1e5c0e0, 0xc000522118, 0x5, 0xc000522118, 0x9d)\n17:14:31 \t/usr/local/go/src/crypto/tls/conn.go:801 +0xf3\n17:14:31 crypto/tls.(*Conn).readRecordOrCCS(0xc0000eea80, 0x0, 0x0, 0xc0005463c0)\n17:14:31 \t/usr/local/go/src/crypto/tls/conn.go:608 +0x115\n17:14:31 crypto/tls.(*Conn).readRecord(...)\n17:14:31 \t/usr/local/go/src/crypto/tls/conn.go:576\n17:14:31 crypto/tls.(*Conn).Read(0xc0000eea80, 0xc0001c8000, 0x1000, 0x1000, 0x0, 0x0, 0x0)\n17:14:31 \t/usr/local/go/src/crypto/tls/conn.go:1252 +0x15f\n17:14:31 bufio.(*Reader).Read(0xc0001771a0, 0xc0004c4f18, 0x9, 0x9, 0xc000456480, 0xc000557d38, 0x1d06a00)\n17:14:31 \t/usr/local/go/src/bufio/bufio.go:227 +0x222\n17:14:31 io.ReadAtLeast(0x1e593c0, 0xc0001771a0, 0xc0004c4f18, 0x9, 0x9, 0x9, 0xc00056d490, 0xc000116050, 0x0)\n17:14:31 \t/usr/local/go/src/io/io.go:314 +0x87\n17:14:31 io.ReadFull(...)\n17:14:31 \t/usr/local/go/src/io/io.go:333\n17:14:31 net/http.http2readFrameHeader(0xc0004c4f18, 0x9, 0x9, 0x1e593c0, 0xc0001771a0, 0x0, 0x0, 0xc00054a8d0, 0x0)\n17:14:31 \t/usr/local/go/src/net/http/h2_bundle.go:1477 +0x89\n17:14:31 net/http.(*http2Framer).ReadFrame(0xc0004c4ee0, 0xc00054a8d0, 0x0, 0x0, 0x0)\n17:14:31 \t/usr/local/go/src/net/http/h2_bundle.go:1735 +0xa5\n17:14:31 net/http.(*http2clientConnReadLoop).run(0xc000557fa8, 0x0, 0x0)\n17:14:31 \t/usr/local/go/src/net/http/h2_bundle.go:8257 +0x8d\n17:14:31 net/http.(*http2ClientConn).readLoop(0xc0007de780)\n17:14:31 \t/usr/local/go/src/net/http/h2_bundle.go:8185 +0x6f\n17:14:31 created by net/http.(*http2Transport).newClientConn\n17:14:31 \t/usr/local/go/src/net/http/h2_bundle.go:7175 +0x685\n17:14:31 [Pipeline] }\n17:14:31 $ docker stop --time=1 b4558da89fe2183895c0eef67101fef0a65c973ef0d6e5fb1b3803972859bdae\n17:14:32 $ docker rm -f --volumes b4558da89fe2183895c0eef67101fef0a65c973ef0d6e5fb1b3803972859bdae\n17:14:32 [Pipeline] // withDockerContainer\n17:14:32 [Pipeline] }\n17:14:32 [Pipeline] // withEnv\n17:14:32 [Pipeline] }\n17:14:32 [Pipeline] // withCredentials\n17:14:32 [Pipeline] }\n17:14:32 [Pipeline] // stage\n17:14:32 [Pipeline] }\n17:14:32 [Pipeline] // node\n17:14:32 [Pipeline] End of Pipeline\n17:14:32 ERROR: script returned exit code 255\n17:14:33 \n17:14:33 GitHub has been notified of this commit’s build result\n17:14:33 \n17:14:33 Finished: FAILURE\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Теперь видно точную причину: это уже **не RBAC в Kubernetes**, а **403 на уровне basic-auth gateway** до kube-api.\n\nКлючевые строки:\n\n- `GET https://api-avior-a.apps.lmru.tech/basic-auth/openapi/v2?...`\n- `Authorization: Basic <masked>`\n- `Response Status: 403 Forbidden`\n- тело ответа просто `Forbidden`\n\nТо есть `kubectl` даже не доходит до нормального API (`/api`, `/apis`), он падает на `/basic-auth/...` при аутентификации. \nПоэтому и `can-i`/`apply` дают “странные” ошибки про ресурсы.\n\n### Что это значит practically\n- `lmSaCredentialsId: \"lm-sa-scenegenai\"` в Jenkins сейчас содержит невалидную для `api-avior-a.../basic-auth` пару login/password (или не тот аккаунт/старый пароль).\n- Твоя правка `kind: User` в `user-authz` правильная, но она влияет на **авторизацию после успешного входа**. \n Сейчас ломается именно вход (authn), раньше авторизация (authz).\n\n### Что проверить\n1. Jenkins credential `lm-sa-scenegenai`:\n - актуальный ли логин/пароль;\n - точно ли это creds для `avior-a`.\n2. Не используется ли другой credential id в рантайме (перекрытие переменных в lib).\n3. У platform/team проверить доступ этой учетки к `basic-auth` на `api-avior-a.apps.lmru.tech`.\n\n### Быстрый диагностический тест в job\nВнутри `withKuberDeployer` (временно):\n\n```groovy\nsh \"\"\"\n set +e\n kubectl config view --minify -o jsonpath='{.clusters[0].cluster.server}'; echo\n kubectl --request-timeout=10s get --raw=/version\n echo \"exit=$?\"\n set -e\n\"\"\"\n```\n\nЕсли снова `Forbidden` на `/basic-auth/...`, значит проблема 100% в Jenkins credentials/basic-auth, не в manifests и не в namespace RBAC.\n\nЕсли хочешь, помогу составить короткий чеклист для платформы (что именно им дать: URL, credential id, timestamp, expected principal).\n\n**Considering kubectl and credentials**\n\nIt seems like the local kubectl is using an OIDC token just fine, but with KuberDeployer, it's needing a basic-auth gateway that might be struggling due to unsynced crowd app roles from cluster permissions. I think I should check in the Jenkins credentials store to see what's going on there. Plus, I definitely need to include some actionable command snippets to clarify things for whoever's working on this."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\nу меня есть логин и пароль, давай проверим их правильность локаьно, дай команду\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Да, можно быстро проверить без Jenkins.\n\n```bash\n# 1) Введи логин/пароль безопасно (без сохранения в history)\nread -r -p \"LOGIN: \" LOGIN\nread -r -s -p \"PASSWORD: \" PASSWORD\necho\n\n# 2) Проверка basic-auth gateway (должен вернуть JSON с версией, а не Forbidden)\ncurl -sS -u \"${LOGIN}:${PASSWORD}\" \\\n \"https://api-avior-a.apps.lmru.tech/basic-auth/version\" | jq .\n\n# 3) Проверка API discovery (должен вернуть список групп)\ncurl -sS -u \"${LOGIN}:${PASSWORD}\" \\\n \"https://api-avior-a.apps.lmru.tech/basic-auth/apis\" | jq '.groups | length'\n```\n\nЕсли тут `Forbidden`/`401`, значит креды неверные (или не имеют доступа к этому endpoint).\n\nЕсли `curl` ок, проверь `kubectl` теми же кредами:\n\n```bash\nkubectl --server=\"https://api-avior-a.apps.lmru.tech/basic-auth\" \\\n --username=\"${LOGIN}\" \\\n --password=\"${PASSWORD}\" \\\n --insecure-skip-tls-verify=true \\\n -n p-1181 get deploy\n```\n\n(Если у вас валидный CA, лучше вместо `--insecure-skip-tls-verify=true` использовать `--certificate-authority`.)\n\n**Providing command guidance**\n\nI need to provide concise instructions in Russian. It's important to avoid exposing secrets, so I can suggest using `read -s` and `curl`. I should also include a `kubectl` test with a temporary kubeconfig while utilizing the HTTPS basic-auth path. I know the endpoint, and I should aim to give clear commands that the user can run locally. Plus, I must remind them not to paste the password into their history. I'll also create a kubeconfig snippet to keep everything concise."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\nможет надо вот это дифолт вверху добавить?\n lm-sa-aao:\n <<: *default\n accessLevel: Editor\n limitNamespaces:\n - solution-marketplace-.*\n - solution-marketplace\n - solution-marketplace.*\n - detailed-solution-.*\n - detailed-solution\n - detailed-solution.*\n - solution-.*\n - solution\n - solution.*\n allowScale: false\n allowAccessToSystemNamespaces: false\n portForwarding: false\n kind: User\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Коротко: **нет, это не решит текущий `403` в Jenkins**.\n\nТвой текущий фейл сейчас на `/basic-auth/...` — это этап аутентификации, он происходит **раньше** RBAC-прав из `user-authz`. \n`<<: *default` и структура как у `lm-sa-aao` влияют на авторизацию (authz), а не на валидность логина/пароля в basic-auth.\n\nЧто по твоему вопросу:\n- Добавлять `<<: *default` можно для консистентности, это нормально.\n- Но функционально при уже явно заданных полях (`accessLevel`, `limitNamespaces`, `allowScale`, `allowAccessToSystemNamespaces`, `portForwarding`, `kind`) это почти ничего не меняет.\n- Главное, что у `lm-sa-scenegenai` уже есть `kind: User` и нужные `limitNamespaces`.\n\nСейчас фокус:\n1) проверить локально логин/пароль к `https://api-avior-a.apps.lmru.tech/basic-auth/...`; \n2) если ок — обновить Jenkins credential `lm-sa-scenegenai`; \n3) если не ок — перевыпустить/исправить учетку.\n\n**Clarifying anchor requirements**\n\nIt seems the user is asking whether they need to include a default anchor. I think I should explain that it's generally not needed, but mentioning it for consistency could be helpful. In their file, lm-sa-scenegenai, there are explicit fields including kind with no anchor. I noticed there's a limitNamespaces, which I should also mention if it's missing in their snippet from another file. I'll suggest possibly putting it under crowd groups, likely including the default as optional. We should keep it concise and avoid fixing any authentication issues."}]}}
{"role":"user","message":{"content":[{"type":"text","text":"<user_query>\nлокально тоже не подходит, но в артифактори с тем же паролем пускает\n</user_query>"}]}}
{"role":"assistant","message":{"content":[{"type":"text","text":"Это ожидаемо: **Artifactory и `api-.../basic-auth` — разные системы аутентификации**.\n\nОдин и тот же логин/пароль может:\n- работать в Artifactory,\n- и не работать в Kubernetes basic-auth gateway.\n\nЗначит проблема подтверждена: Jenkins credential `lm-sa-scenegenai` сейчас содержит пароль, валидный для Artifactory, но **не валидный для k8s basic-auth** (или не та учетка для этого endpoint).\n\nЧто делать дальше:\n- взять/сбросить пароль именно для `api-avior-a.apps.lmru.tech/basic-auth`;\n- обновить Jenkins credential `lm-sa-scenegenai` этим паролем;\n- перезапустить job.\n\nБыстрый критерий готовности:\n- локально `curl -u login:pass https://api-avior-a.apps.lmru.tech/basic-auth/version` возвращает JSON, не `Forbidden`;\n- после этого pipeline должен уйти дальше `kubectl apply`.\n\nЕсли хочешь, напишу короткий текст для платформы/админов “что именно нужно выдать”, чтобы без лишних кругов."}]}}
Reference in New Issue View Git Blame Copy Permalink