How to push otel data to skywalking and display it

[kqbi]

Which of the following methods should I use?

1. OTEL Demo -> gRPC OTLP -> SkywalkingOAP:11800
2. OTEL Demo -> gRPC OTLP -> OTEL Collector (receiver: otlp, exporter: otlp) -> SkywalkingOAP:11800
3. OTEL Demo -> gRPC OTLP -> OTEL Collector (receiver: otlp, exporter: skywalking) -> SkywalkingOAP:11800

Now I use the first
OTEL Demo：

func NewOtlpTracerProvider(ctx context.Context, bc *conf.Bootstrap, textMapPropagator propagation.TextMapPropagator) (trace.TracerProvider, error) {
	meta := bc.Metadata
	traceConf := bc.Otel.Trace

	opts := []otlptracegrpc.Option{otlptracegrpc.WithEndpoint("172.31.223.87:11800")}
	if traceConf.Insecure {
		opts = append(opts, otlptracegrpc.WithInsecure())
	}
	client := otlptracegrpc.NewClient(opts...)
	exp, err := otlptrace.New(ctx, client)
	if err != nil {
		return nil, err
	}

	tp := sdktrace.NewTracerProvider(
		sdktrace.WithBatcher(exp),
		sdktrace.WithResource(
			resource.NewWithAttributes(
				semconv.SchemaURL,
				semconv.ServiceNameKey.String(meta.Name),
				attribute.String("environment", meta.Env.String()),
			),
		),
	)

	otel.SetTracerProvider(tp)
	otel.SetTextMapPropagator(textMapPropagator)

	return tp, nil
}

config/application.yml:

# Licensed to the Apache Software Foundation (ASF) under one or more
# contributor license agreements.  See the NOTICE file distributed with
# this work for additional information regarding copyright ownership.
# The ASF licenses this file to You 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.

cluster:
  selector: ${SW_CLUSTER:nacos}
  standalone:
  # Please check your ZooKeeper is 3.5+, However, it is also compatible with ZooKeeper 3.4.x. Replace the ZooKeeper 3.5+
  # library the oap-libs folder with your ZooKeeper 3.4.x library.
  zookeeper:
    namespace: ${SW_NAMESPACE:""}
    hostPort: ${SW_CLUSTER_ZK_HOST_PORT:localhost:2181}
    # Retry Policy
    baseSleepTimeMs: ${SW_CLUSTER_ZK_SLEEP_TIME:1000} # initial amount of time to wait between retries
    maxRetries: ${SW_CLUSTER_ZK_MAX_RETRIES:3} # max number of times to retry
    # Enable ACL
    enableACL: ${SW_ZK_ENABLE_ACL:false} # disable ACL in default
    schema: ${SW_ZK_SCHEMA:digest} # only support digest schema
    expression: ${SW_ZK_EXPRESSION:skywalking:skywalking}
    internalComHost: ${SW_CLUSTER_INTERNAL_COM_HOST:""}
    internalComPort: ${SW_CLUSTER_INTERNAL_COM_PORT:-1}
  kubernetes:
    namespace: ${SW_CLUSTER_K8S_NAMESPACE:default}
    labelSelector: ${SW_CLUSTER_K8S_LABEL:app=collector,release=skywalking}
    uidEnvName: ${SW_CLUSTER_K8S_UID:SKYWALKING_COLLECTOR_UID}
  consul:
    serviceName: ${SW_SERVICE_NAME:"SkyWalking_OAP_Cluster"}
    # Consul cluster nodes, example: 10.0.0.1:8500,10.0.0.2:8500,10.0.0.3:8500
    hostPort: ${SW_CLUSTER_CONSUL_HOST_PORT:localhost:8500}
    aclToken: ${SW_CLUSTER_CONSUL_ACLTOKEN:""}
    internalComHost: ${SW_CLUSTER_INTERNAL_COM_HOST:""}
    internalComPort: ${SW_CLUSTER_INTERNAL_COM_PORT:-1}
  etcd:
    # etcd cluster nodes, example: 10.0.0.1:2379,10.0.0.2:2379,10.0.0.3:2379
    endpoints: ${SW_CLUSTER_ETCD_ENDPOINTS:localhost:2379}
    namespace: ${SW_CLUSTER_ETCD_NAMESPACE:/skywalking}
    serviceName: ${SW_CLUSTER_ETCD_SERVICE_NAME:"SkyWalking_OAP_Cluster"}
    authentication: ${SW_CLUSTER_ETCD_AUTHENTICATION:false}
    user: ${SW_CLUSTER_ETCD_USER:}
    password: ${SW_CLUSTER_ETCD_PASSWORD:}
    internalComHost: ${SW_CLUSTER_INTERNAL_COM_HOST:""}
    internalComPort: ${SW_CLUSTER_INTERNAL_COM_PORT:-1}
  nacos:
    serviceName: ${SW_SERVICE_NAME:"SkyWalking_OAP_Cluster"}
    hostPort: ${SW_CLUSTER_NACOS_HOST_PORT:172.30.93.241:8848}
    # Nacos Configuration namespace
    namespace: ${SW_CLUSTER_NACOS_NAMESPACE:"cti"}
    # Nacos auth username
    username: ${SW_CLUSTER_NACOS_USERNAME:"nacos"}
    password: ${SW_CLUSTER_NACOS_PASSWORD:"!Flytek@2022"}
    # Nacos auth accessKey
    accessKey: ${SW_CLUSTER_NACOS_ACCESSKEY:""}
    secretKey: ${SW_CLUSTER_NACOS_SECRETKEY:""}
    internalComHost: ${SW_CLUSTER_INTERNAL_COM_HOST:""}
    internalComPort: ${SW_CLUSTER_INTERNAL_COM_PORT:-1}
core:
  selector: ${SW_CORE:default}
  default:
    # Mixed: Receive agent data, Level 1 aggregate, Level 2 aggregate
    # Receiver: Receive agent data, Level 1 aggregate
    # Aggregator: Level 2 aggregate
    role: ${SW_CORE_ROLE:Mixed} # Mixed/Receiver/Aggregator
    restHost: ${SW_CORE_REST_HOST:172.31.223.87}
    restPort: ${SW_CORE_REST_PORT:12800}
    restContextPath: ${SW_CORE_REST_CONTEXT_PATH:/}
    restMaxThreads: ${SW_CORE_REST_MAX_THREADS:200}
    restIdleTimeOut: ${SW_CORE_REST_IDLE_TIMEOUT:30000}
    restAcceptQueueSize: ${SW_CORE_REST_QUEUE_SIZE:0}
    httpMaxRequestHeaderSize: ${SW_CORE_HTTP_MAX_REQUEST_HEADER_SIZE:8192}
    gRPCHost: ${SW_CORE_GRPC_HOST:172.31.223.87}
    gRPCPort: ${SW_CORE_GRPC_PORT:11800}
    maxConcurrentCallsPerConnection: ${SW_CORE_GRPC_MAX_CONCURRENT_CALL:0}
    maxMessageSize: ${SW_CORE_GRPC_MAX_MESSAGE_SIZE:0}
    gRPCThreadPoolSize: ${SW_CORE_GRPC_THREAD_POOL_SIZE:-1}
    gRPCSslEnabled: ${SW_CORE_GRPC_SSL_ENABLED:false}
    gRPCSslKeyPath: ${SW_CORE_GRPC_SSL_KEY_PATH:""}
    gRPCSslCertChainPath: ${SW_CORE_GRPC_SSL_CERT_CHAIN_PATH:""}
    gRPCSslTrustedCAPath: ${SW_CORE_GRPC_SSL_TRUSTED_CA_PATH:""}
    downsampling:
      - Hour
      - Day
    # Set a timeout on metrics data. After the timeout has expired, the metrics data will automatically be deleted.
    enableDataKeeperExecutor: ${SW_CORE_ENABLE_DATA_KEEPER_EXECUTOR:true} # Turn it off then automatically metrics data delete will be close.
    dataKeeperExecutePeriod: ${SW_CORE_DATA_KEEPER_EXECUTE_PERIOD:5} # How often the data keeper executor runs periodically, unit is minute
    recordDataTTL: ${SW_CORE_RECORD_DATA_TTL:3} # Unit is day
    metricsDataTTL: ${SW_CORE_METRICS_DATA_TTL:7} # Unit is day
    # The period of L1 aggregation flush to L2 aggregation. Unit is ms.
    l1FlushPeriod: ${SW_CORE_L1_AGGREGATION_FLUSH_PERIOD:500}
    # The threshold of session time. Unit is ms. Default value is 70s.
    storageSessionTimeout: ${SW_CORE_STORAGE_SESSION_TIMEOUT:70000}
    # The period of doing data persistence. Unit is second.Default value is 25s
    persistentPeriod: ${SW_CORE_PERSISTENT_PERIOD:25}
    topNReportPeriod: ${SW_CORE_TOPN_REPORT_PERIOD:10} # top_n record worker report cycle, unit is minute
    # Extra model column are the column defined by in the codes, These columns of model are not required logically in aggregation or further query,
    # and it will cause more load for memory, network of OAP and storage.
    # But, being activated, user could see the name in the storage entities, which make users easier to use 3rd party tool, such as Kibana->ES, to query the data by themselves.
    activeExtraModelColumns: ${SW_CORE_ACTIVE_EXTRA_MODEL_COLUMNS:false}
    # The max length of service + instance names should be less than 200
    serviceNameMaxLength: ${SW_SERVICE_NAME_MAX_LENGTH:70}
    # The period(in seconds) of refreshing the service cache. Default value is 10s.
    serviceCacheRefreshInterval: ${SW_SERVICE_CACHE_REFRESH_INTERVAL:10}
    instanceNameMaxLength: ${SW_INSTANCE_NAME_MAX_LENGTH:70}
    # The max length of service + endpoint names should be less than 240
    endpointNameMaxLength: ${SW_ENDPOINT_NAME_MAX_LENGTH:150}
    # Define the set of span tag keys, which should be searchable through the GraphQL.
    # The max length of key=value should be less than 256 or will be dropped.
    searchableTracesTags: ${SW_SEARCHABLE_TAG_KEYS:http.method,http.status_code,rpc.status_code,db.type,db.instance,mq.queue,mq.topic,mq.broker}
    # Define the set of log tag keys, which should be searchable through the GraphQL.
    # The max length of key=value should be less than 256 or will be dropped.
    searchableLogsTags: ${SW_SEARCHABLE_LOGS_TAG_KEYS:level,http.status_code}
    # Define the set of alarm tag keys, which should be searchable through the GraphQL.
    # The max length of key=value should be less than 256 or will be dropped.
    searchableAlarmTags: ${SW_SEARCHABLE_ALARM_TAG_KEYS:level}
    # The max size of tags keys for autocomplete select.
    autocompleteTagKeysQueryMaxSize: ${SW_AUTOCOMPLETE_TAG_KEYS_QUERY_MAX_SIZE:100}
    # The max size of tags values for autocomplete select.
    autocompleteTagValuesQueryMaxSize: ${SW_AUTOCOMPLETE_TAG_VALUES_QUERY_MAX_SIZE:100}
    # The number of threads used to prepare metrics data to the storage.
    prepareThreads: ${SW_CORE_PREPARE_THREADS:2}
    # Turn it on then automatically grouping endpoint by the given OpenAPI definitions.
    enableEndpointNameGroupingByOpenapi: ${SW_CORE_ENABLE_ENDPOINT_NAME_GROUPING_BY_OPENAPI:true}
    # The period of HTTP URI pattern recognition. Unit is second.
    syncPeriodHttpUriRecognitionPattern: ${SW_CORE_SYNC_PERIOD_HTTP_URI_RECOGNITION_PATTERN:10}
    # The training period of HTTP URI pattern recognition. Unit is second.
    trainingPeriodHttpUriRecognitionPattern: ${SW_CORE_TRAINING_PERIOD_HTTP_URI_RECOGNITION_PATTERN:60}
    # The max number of HTTP URIs per service for further URI pattern recognition.
    maxHttpUrisNumberPerService: ${SW_CORE_MAX_HTTP_URIS_NUMBER_PER_SVR:3000}
    # If disable the hierarchy, the service and instance hierarchy relation will not be built. And the query of hierarchy will return empty result.
    # All the hierarchy relations are defined in the `hierarchy-definition.yml`.
    # Notice: some of the configurations only available for kubernetes environments.
    enableHierarchy: ${SW_CORE_ENABLE_HIERARCHY:true}
storage:
  selector: ${SW_STORAGE:h2}
  elasticsearch:
    namespace: ${SW_NAMESPACE:""}
    clusterNodes: ${SW_STORAGE_ES_CLUSTER_NODES:localhost:9200}
    protocol: ${SW_STORAGE_ES_HTTP_PROTOCOL:"http"}
    connectTimeout: ${SW_STORAGE_ES_CONNECT_TIMEOUT:3000}
    socketTimeout: ${SW_STORAGE_ES_SOCKET_TIMEOUT:30000}
    responseTimeout: ${SW_STORAGE_ES_RESPONSE_TIMEOUT:15000}
    numHttpClientThread: ${SW_STORAGE_ES_NUM_HTTP_CLIENT_THREAD:0}
    user: ${SW_ES_USER:""}
    password: ${SW_ES_PASSWORD:""}
    trustStorePath: ${SW_STORAGE_ES_SSL_JKS_PATH:""}
    trustStorePass: ${SW_STORAGE_ES_SSL_JKS_PASS:""}
    secretsManagementFile: ${SW_ES_SECRETS_MANAGEMENT_FILE:""} # Secrets management file in the properties format includes the username, password, which are managed by 3rd party tool.
    dayStep: ${SW_STORAGE_DAY_STEP:1} # Represent the number of days in the one minute/hour/day index.
    indexShardsNumber: ${SW_STORAGE_ES_INDEX_SHARDS_NUMBER:1} # Shard number of new indexes
    indexReplicasNumber: ${SW_STORAGE_ES_INDEX_REPLICAS_NUMBER:1} # Replicas number of new indexes
    # Specify the settings for each index individually.
    # If configured, this setting has the highest priority and overrides the generic settings.
    specificIndexSettings: ${SW_STORAGE_ES_SPECIFIC_INDEX_SETTINGS:""}
    # Super data set has been defined in the codes, such as trace segments.The following 3 config would be improve es performance when storage super size data in es.
    superDatasetDayStep: ${SW_STORAGE_ES_SUPER_DATASET_DAY_STEP:-1} # Represent the number of days in the super size dataset record index, the default value is the same as dayStep when the value is less than 0
    superDatasetIndexShardsFactor: ${SW_STORAGE_ES_SUPER_DATASET_INDEX_SHARDS_FACTOR:5} #  This factor provides more shards for the super data set, shards number = indexShardsNumber * superDatasetIndexShardsFactor. Also, this factor effects Zipkin traces.
    superDatasetIndexReplicasNumber: ${SW_STORAGE_ES_SUPER_DATASET_INDEX_REPLICAS_NUMBER:0} # Represent the replicas number in the super size dataset record index, the default value is 0.
    indexTemplateOrder: ${SW_STORAGE_ES_INDEX_TEMPLATE_ORDER:0} # the order of index template
    bulkActions: ${SW_STORAGE_ES_BULK_ACTIONS:5000} # Execute the async bulk record data every ${SW_STORAGE_ES_BULK_ACTIONS} requests
    batchOfBytes: ${SW_STORAGE_ES_BATCH_OF_BYTES:10485760} # A threshold to control the max body size of ElasticSearch Bulk flush.
    # flush the bulk every 5 seconds whatever the number of requests
    flushInterval: ${SW_STORAGE_ES_FLUSH_INTERVAL:5}
    concurrentRequests: ${SW_STORAGE_ES_CONCURRENT_REQUESTS:2} # the number of concurrent requests
    resultWindowMaxSize: ${SW_STORAGE_ES_QUERY_MAX_WINDOW_SIZE:10000}
    metadataQueryMaxSize: ${SW_STORAGE_ES_QUERY_MAX_SIZE:10000}
    scrollingBatchSize: ${SW_STORAGE_ES_SCROLLING_BATCH_SIZE:5000}
    segmentQueryMaxSize: ${SW_STORAGE_ES_QUERY_SEGMENT_SIZE:200}
    profileTaskQueryMaxSize: ${SW_STORAGE_ES_QUERY_PROFILE_TASK_SIZE:200}
    profileDataQueryBatchSize: ${SW_STORAGE_ES_QUERY_PROFILE_DATA_BATCH_SIZE:100}
    oapAnalyzer: ${SW_STORAGE_ES_OAP_ANALYZER:"{\"analyzer\":{\"oap_analyzer\":{\"type\":\"stop\"}}}"} # the oap analyzer.
    oapLogAnalyzer: ${SW_STORAGE_ES_OAP_LOG_ANALYZER:"{\"analyzer\":{\"oap_log_analyzer\":{\"type\":\"standard\"}}}"} # the oap log analyzer. It could be customized by the ES analyzer configuration to support more language log formats, such as Chinese log, Japanese log and etc.
    advanced: ${SW_STORAGE_ES_ADVANCED:""}
    # Enable shard metrics and records indices into multi-physical indices, one index template per metric/meter aggregation function or record.
    logicSharding: ${SW_STORAGE_ES_LOGIC_SHARDING:false}
    # Custom routing can reduce the impact of searches. Instead of having to fan out a search request to all the shards in an index, the request can be sent to just the shard that matches the specific routing value (or values).
    enableCustomRouting: ${SW_STORAGE_ES_ENABLE_CUSTOM_ROUTING:false}
  h2:
    properties:
      jdbcUrl: ${SW_STORAGE_H2_URL:jdbc:h2:mem:skywalking-oap-db;DB_CLOSE_DELAY=-1;DATABASE_TO_UPPER=FALSE}
      dataSource.user: ${SW_STORAGE_H2_USER:sa}
    metadataQueryMaxSize: ${SW_STORAGE_H2_QUERY_MAX_SIZE:5000}
    maxSizeOfBatchSql: ${SW_STORAGE_MAX_SIZE_OF_BATCH_SQL:100}
    asyncBatchPersistentPoolSize: ${SW_STORAGE_ASYNC_BATCH_PERSISTENT_POOL_SIZE:1}
  mysql:
    properties:
      jdbcUrl: ${SW_JDBC_URL:"jdbc:mysql://localhost:3306/swtest?rewriteBatchedStatements=true&allowMultiQueries=true"}
      dataSource.user: ${SW_DATA_SOURCE_USER:root}
      dataSource.password: ${SW_DATA_SOURCE_PASSWORD:root@1234}
      dataSource.cachePrepStmts: ${SW_DATA_SOURCE_CACHE_PREP_STMTS:true}
      dataSource.prepStmtCacheSize: ${SW_DATA_SOURCE_PREP_STMT_CACHE_SQL_SIZE:250}
      dataSource.prepStmtCacheSqlLimit: ${SW_DATA_SOURCE_PREP_STMT_CACHE_SQL_LIMIT:2048}
      dataSource.useServerPrepStmts: ${SW_DATA_SOURCE_USE_SERVER_PREP_STMTS:true}
    metadataQueryMaxSize: ${SW_STORAGE_MYSQL_QUERY_MAX_SIZE:5000}
    maxSizeOfBatchSql: ${SW_STORAGE_MAX_SIZE_OF_BATCH_SQL:2000}
    asyncBatchPersistentPoolSize: ${SW_STORAGE_ASYNC_BATCH_PERSISTENT_POOL_SIZE:4}
  postgresql:
    properties:
      jdbcUrl: ${SW_JDBC_URL:"jdbc:postgresql://localhost:5432/skywalking"}
      dataSource.user: ${SW_DATA_SOURCE_USER:postgres}
      dataSource.password: ${SW_DATA_SOURCE_PASSWORD:123456}
      dataSource.cachePrepStmts: ${SW_DATA_SOURCE_CACHE_PREP_STMTS:true}
      dataSource.prepStmtCacheSize: ${SW_DATA_SOURCE_PREP_STMT_CACHE_SQL_SIZE:250}
      dataSource.prepStmtCacheSqlLimit: ${SW_DATA_SOURCE_PREP_STMT_CACHE_SQL_LIMIT:2048}
      dataSource.useServerPrepStmts: ${SW_DATA_SOURCE_USE_SERVER_PREP_STMTS:true}
    metadataQueryMaxSize: ${SW_STORAGE_MYSQL_QUERY_MAX_SIZE:5000}
    maxSizeOfBatchSql: ${SW_STORAGE_MAX_SIZE_OF_BATCH_SQL:2000}
    asyncBatchPersistentPoolSize: ${SW_STORAGE_ASYNC_BATCH_PERSISTENT_POOL_SIZE:4}
  banyandb:
    # Targets is the list of BanyanDB servers, separated by commas.
    # Each target is a BanyanDB server in the format of `host:port` 
    # The host is the IP address or domain name of the BanyanDB server, and the port is the port number of the BanyanDB server.
    targets: ${SW_STORAGE_BANYANDB_TARGETS:127.0.0.1:17912}
    # The max number of records in a bulk write request.
    # Bigger value can improve the write performance, but also increase the OAP and BanyanDB Server memory usage.
    maxBulkSize: ${SW_STORAGE_BANYANDB_MAX_BULK_SIZE:5000}
    # The minimum seconds between two bulk flushes.
    # If the data in a bulk is less than maxBulkSize, the data will be flushed after this period.
    # If the data in a bulk is more than maxBulkSize, the data will be flushed immediately.
    # Bigger value can reduce the write pressure on BanyanDB Server, but also increase the latency of the data.
    flushInterval: ${SW_STORAGE_BANYANDB_FLUSH_INTERVAL:15}
    # The shard number of `measure` groups that store the metrics data.
    metricsShardsNumber: ${SW_STORAGE_BANYANDB_METRICS_SHARDS_NUMBER:1}
    # The shard number of `stream` groups that store the trace, log and profile data.
    recordShardsNumber: ${SW_STORAGE_BANYANDB_RECORD_SHARDS_NUMBER:1}
    # The multiplier of the number of shards of the super dataset.
    # Super dataset is a special dataset that stores the trace or log data that is too large to be stored in the normal dataset.
    # If the normal dataset has `n` shards, the super dataset will have `n * superDatasetShardsFactor` shards.
    # For example, supposing `recordShardsNumber` is 3, and `superDatasetShardsFactor` is 2,
    # `segment-default` is a normal dataset that has 3 shards, and `segment-minute` is a super dataset that has 6 shards.
    superDatasetShardsFactor: ${SW_STORAGE_BANYANDB_SUPERDATASET_SHARDS_FACTOR:2}
    # The number of threads that write data to BanyanDB concurrently.
    # Bigger value can improve the write performance, but also increase the OAP and BanyanDB Server CPU usage.
    concurrentWriteThreads: ${SW_STORAGE_BANYANDB_CONCURRENT_WRITE_THREADS:15}
    # The max number of profile task query in a request.
    profileTaskQueryMaxSize: ${SW_STORAGE_BANYANDB_PROFILE_TASK_QUERY_MAX_SIZE:200}
    # Data is stored in BanyanDB in segments. A segment is a time range of data.
    # The segment interval is the time range of a segment.
    # The value should be less or equal to data TTL relevant settings.
    segmentIntervalDays: ${SW_STORAGE_BANYANDB_SEGMENT_INTERVAL_DAYS:1}
    # The super dataset segment interval is the time range of a segment in the super dataset.
    superDatasetSegmentIntervalDays: ${SW_STORAGE_BANYANDB_SUPER_DATASET_SEGMENT_INTERVAL_DAYS:1}
    # Specific groups settings.
    # For example, {"group1": {"blockIntervalHours": 4, "segmentIntervalDays": 1}}
    # Please refer to https://github.com/apache/skywalking-banyandb/blob/${BANYANDB_RELEASE}/docs/crud/group.md#create-operation
    # for group setting details.
    specificGroupSettings: ${SW_STORAGE_BANYANDB_SPECIFIC_GROUP_SETTINGS:""}

agent-analyzer:
  selector: ${SW_AGENT_ANALYZER:default}
  default:
    # The default sampling rate and the default trace latency time configured by the 'traceSamplingPolicySettingsFile' file.
    traceSamplingPolicySettingsFile: ${SW_TRACE_SAMPLING_POLICY_SETTINGS_FILE:trace-sampling-policy-settings.yml}
    slowDBAccessThreshold: ${SW_SLOW_DB_THRESHOLD:default:200,mongodb:100} # The slow database access thresholds. Unit ms.
    forceSampleErrorSegment: ${SW_FORCE_SAMPLE_ERROR_SEGMENT:true} # When sampling mechanism active, this config can open(true) force save some error segment. true is default.
    segmentStatusAnalysisStrategy: ${SW_SEGMENT_STATUS_ANALYSIS_STRATEGY:FROM_SPAN_STATUS} # Determine the final segment status from the status of spans. Available values are `FROM_SPAN_STATUS` , `FROM_ENTRY_SPAN` and `FROM_FIRST_SPAN`. `FROM_SPAN_STATUS` represents the segment status would be error if any span is in error status. `FROM_ENTRY_SPAN` means the segment status would be determined by the status of entry spans only. `FROM_FIRST_SPAN` means the segment status would be determined by the status of the first span only.
    # Nginx and Envoy agents can't get the real remote address.
    # Exit spans with the component in the list would not generate the client-side instance relation metrics.
    noUpstreamRealAddressAgents: ${SW_NO_UPSTREAM_REAL_ADDRESS:6000,9000}
    meterAnalyzerActiveFiles: ${SW_METER_ANALYZER_ACTIVE_FILES:datasource,threadpool,satellite,go-runtime,python-runtime,continuous-profiling} # Which files could be meter analyzed, files split by ","
    slowCacheReadThreshold: ${SW_SLOW_CACHE_SLOW_READ_THRESHOLD:default:20,redis:10} # The slow cache read operation thresholds. Unit ms.
    slowCacheWriteThreshold: ${SW_SLOW_CACHE_SLOW_WRITE_THRESHOLD:default:20,redis:10} # The slow cache write operation thresholds. Unit ms.

log-analyzer:
  selector: ${SW_LOG_ANALYZER:default}
  default:
    lalFiles: ${SW_LOG_LAL_FILES:envoy-als,mesh-dp,mysql-slowsql,pgsql-slowsql,redis-slowsql,k8s-service,nginx,default}
    malFiles: ${SW_LOG_MAL_FILES:"nginx"}

event-analyzer:
  selector: ${SW_EVENT_ANALYZER:default}
  default:

receiver-sharing-server:
  selector: ${SW_RECEIVER_SHARING_SERVER:default}
  default:
    # For HTTP server
    restHost: ${SW_RECEIVER_SHARING_REST_HOST:0.0.0.0}
    restPort: ${SW_RECEIVER_SHARING_REST_PORT:0}
    restContextPath: ${SW_RECEIVER_SHARING_REST_CONTEXT_PATH:/}
    restMaxThreads: ${SW_RECEIVER_SHARING_REST_MAX_THREADS:200}
    restIdleTimeOut: ${SW_RECEIVER_SHARING_REST_IDLE_TIMEOUT:30000}
    restAcceptQueueSize: ${SW_RECEIVER_SHARING_REST_QUEUE_SIZE:0}
    httpMaxRequestHeaderSize: ${SW_RECEIVER_SHARING_HTTP_MAX_REQUEST_HEADER_SIZE:8192}
    # For gRPC server
    gRPCHost: ${SW_RECEIVER_GRPC_HOST:0.0.0.0}
    gRPCPort: ${SW_RECEIVER_GRPC_PORT:0}
    maxConcurrentCallsPerConnection: ${SW_RECEIVER_GRPC_MAX_CONCURRENT_CALL:0}
    maxMessageSize: ${SW_RECEIVER_GRPC_MAX_MESSAGE_SIZE:0}
    gRPCThreadPoolSize: ${SW_RECEIVER_GRPC_THREAD_POOL_SIZE:0}
    gRPCSslEnabled: ${SW_RECEIVER_GRPC_SSL_ENABLED:false}
    gRPCSslKeyPath: ${SW_RECEIVER_GRPC_SSL_KEY_PATH:""}
    gRPCSslCertChainPath: ${SW_RECEIVER_GRPC_SSL_CERT_CHAIN_PATH:""}
    gRPCSslTrustedCAsPath: ${SW_RECEIVER_GRPC_SSL_TRUSTED_CAS_PATH:""}
    authentication: ${SW_AUTHENTICATION:""}
receiver-register:
  selector: ${SW_RECEIVER_REGISTER:default}
  default:

receiver-trace:
  selector: ${SW_RECEIVER_TRACE:default}
  default:

receiver-jvm:
  selector: ${SW_RECEIVER_JVM:default}
  default:

receiver-clr:
  selector: ${SW_RECEIVER_CLR:default}
  default:

receiver-profile:
  selector: ${SW_RECEIVER_PROFILE:default}
  default:

receiver-zabbix:
  selector: ${SW_RECEIVER_ZABBIX:-}
  default:
    port: ${SW_RECEIVER_ZABBIX_PORT:10051}
    host: ${SW_RECEIVER_ZABBIX_HOST:0.0.0.0}
    activeFiles: ${SW_RECEIVER_ZABBIX_ACTIVE_FILES:agent}

service-mesh:
  selector: ${SW_SERVICE_MESH:default}
  default:

envoy-metric:
  selector: ${SW_ENVOY_METRIC:default}
  default:
    acceptMetricsService: ${SW_ENVOY_METRIC_SERVICE:true}
    alsHTTPAnalysis: ${SW_ENVOY_METRIC_ALS_HTTP_ANALYSIS:""}
    alsTCPAnalysis: ${SW_ENVOY_METRIC_ALS_TCP_ANALYSIS:""}
    # `k8sServiceNameRule` allows you to customize the service name in ALS via Kubernetes metadata,
    # the available variables are `pod`, `service`, f.e., you can use `${service.metadata.name}-${pod.metadata.labels.version}`
    # to append the version number to the service name.
    # Be careful, when using environment variables to pass this configuration, use single quotes(`''`) to avoid it being evaluated by the shell.
    k8sServiceNameRule: ${K8S_SERVICE_NAME_RULE:"${pod.metadata.labels.(service.istio.io/canonical-name)}.${pod.metadata.namespace}"}
    istioServiceNameRule: ${ISTIO_SERVICE_NAME_RULE:"${serviceEntry.metadata.name}.${serviceEntry.metadata.namespace}"}
    # When looking up service informations from the Istio ServiceEntries, some
    # of the ServiceEntries might be created in several namespaces automatically
    # by some components, and OAP will randomly pick one of them to build the
    # service name, users can use this config to exclude ServiceEntries that
    # they don't want to be used. Comma separated.
    istioServiceEntryIgnoredNamespaces: ${SW_ISTIO_SERVICE_ENTRY_IGNORED_NAMESPACES:""}
    gRPCHost: ${SW_ALS_GRPC_HOST:0.0.0.0}
    gRPCPort: ${SW_ALS_GRPC_PORT:0}
    maxConcurrentCallsPerConnection: ${SW_ALS_GRPC_MAX_CONCURRENT_CALL:0}
    maxMessageSize: ${SW_ALS_GRPC_MAX_MESSAGE_SIZE:0}
    gRPCThreadPoolSize: ${SW_ALS_GRPC_THREAD_POOL_SIZE:0}
    gRPCSslEnabled: ${SW_ALS_GRPC_SSL_ENABLED:false}
    gRPCSslKeyPath: ${SW_ALS_GRPC_SSL_KEY_PATH:""}
    gRPCSslCertChainPath: ${SW_ALS_GRPC_SSL_CERT_CHAIN_PATH:""}
    gRPCSslTrustedCAsPath: ${SW_ALS_GRPC_SSL_TRUSTED_CAS_PATH:""}

kafka-fetcher:
  selector: ${SW_KAFKA_FETCHER:-}
  default:
    bootstrapServers: ${SW_KAFKA_FETCHER_SERVERS:localhost:9092}
    namespace: ${SW_NAMESPACE:""}
    partitions: ${SW_KAFKA_FETCHER_PARTITIONS:3}
    replicationFactor: ${SW_KAFKA_FETCHER_PARTITIONS_FACTOR:2}
    enableNativeProtoLog: ${SW_KAFKA_FETCHER_ENABLE_NATIVE_PROTO_LOG:true}
    enableNativeJsonLog: ${SW_KAFKA_FETCHER_ENABLE_NATIVE_JSON_LOG:true}
    consumers: ${SW_KAFKA_FETCHER_CONSUMERS:1}
    kafkaHandlerThreadPoolSize: ${SW_KAFKA_HANDLER_THREAD_POOL_SIZE:-1}
    kafkaHandlerThreadPoolQueueSize: ${SW_KAFKA_HANDLER_THREAD_POOL_QUEUE_SIZE:-1}

receiver-meter:
  selector: ${SW_RECEIVER_METER:default}
  default:

receiver-otel:
  selector: ${SW_OTEL_RECEIVER:default}
  default:
    enabledHandlers: ${SW_OTEL_RECEIVER_ENABLED_HANDLERS:"otlp-metrics,otlp-logs,otlp-traces"}
    enabledOtelMetricsRules: ${SW_OTEL_RECEIVER_ENABLED_OTEL_METRICS_RULES:"apisix,nginx/*,k8s/*,istio-controlplane,vm,mysql/*,postgresql/*,oap,aws-eks/*,windows,aws-s3/*,aws-dynamodb/*,aws-gateway/*,redis/*,elasticsearch/*,rabbitmq/*,mongodb/*,kafka/*,pulsar/*,bookkeeper/*,rocketmq/*,clickhouse/*,activemq/*"}

receiver-zipkin:
  selector: ${SW_RECEIVER_ZIPKIN:default}
  default:
    # Defines a set of span tag keys which are searchable.
    # The max length of key=value should be less than 256 or will be dropped.
    searchableTracesTags: ${SW_ZIPKIN_SEARCHABLE_TAG_KEYS:http.method}
    # The sample rate precision is 1/10000, should be between 0 and 10000
    sampleRate: ${SW_ZIPKIN_SAMPLE_RATE:10000}
    ## The below configs are for OAP collect zipkin trace from HTTP
    enableHttpCollector: ${SW_ZIPKIN_HTTP_COLLECTOR_ENABLED:true}
    restHost: ${SW_RECEIVER_ZIPKIN_REST_HOST:0.0.0.0}
    restPort: ${SW_RECEIVER_ZIPKIN_REST_PORT:9411}
    restContextPath: ${SW_RECEIVER_ZIPKIN_REST_CONTEXT_PATH:/}
    restMaxThreads: ${SW_RECEIVER_ZIPKIN_REST_MAX_THREADS:200}
    restIdleTimeOut: ${SW_RECEIVER_ZIPKIN_REST_IDLE_TIMEOUT:30000}
    restAcceptQueueSize: ${SW_RECEIVER_ZIPKIN_REST_QUEUE_SIZE:0}
    ## The below configs are for OAP collect zipkin trace from kafka
    enableKafkaCollector: ${SW_ZIPKIN_KAFKA_COLLECTOR_ENABLED:true}
    kafkaBootstrapServers: ${SW_ZIPKIN_KAFKA_SERVERS:localhost:9092}
    kafkaGroupId: ${SW_ZIPKIN_KAFKA_GROUP_ID:zipkin}
    kafkaTopic: ${SW_ZIPKIN_KAFKA_TOPIC:zipkin}
    # Kafka consumer config, JSON format as Properties. If it contains the same key with above, would override.
    kafkaConsumerConfig: ${SW_ZIPKIN_KAFKA_CONSUMER_CONFIG:"{\"auto.offset.reset\":\"earliest\",\"enable.auto.commit\":true}"}
    # The Count of the topic consumers
    kafkaConsumers: ${SW_ZIPKIN_KAFKA_CONSUMERS:1}
    kafkaHandlerThreadPoolSize: ${SW_ZIPKIN_KAFKA_HANDLER_THREAD_POOL_SIZE:-1}
    kafkaHandlerThreadPoolQueueSize: ${SW_ZIPKIN_KAFKA_HANDLER_THREAD_POOL_QUEUE_SIZE:-1}

receiver-browser:
  selector: ${SW_RECEIVER_BROWSER:default}
  default:
    # The sample rate precision is 1/10000. 10000 means 100% sample in default.
    sampleRate: ${SW_RECEIVER_BROWSER_SAMPLE_RATE:10000}

receiver-log:
  selector: ${SW_RECEIVER_LOG:default}
  default:

query:
  selector: ${SW_QUERY:graphql}
  graphql:
    # Enable the log testing API to test the LAL.
    # NOTE: This API evaluates untrusted code on the OAP server.
    # A malicious script can do significant damage (steal keys and secrets, remove files and directories, install malware, etc).
    # As such, please enable this API only when you completely trust your users.
    enableLogTestTool: ${SW_QUERY_GRAPHQL_ENABLE_LOG_TEST_TOOL:false}
    # Maximum complexity allowed for the GraphQL query that can be used to
    # abort a query if the total number of data fields queried exceeds the defined threshold.
    maxQueryComplexity: ${SW_QUERY_MAX_QUERY_COMPLEXITY:3000}
    # Allow user add, disable and update UI template
    enableUpdateUITemplate: ${SW_ENABLE_UPDATE_UI_TEMPLATE:false}
    # "On demand log" allows users to fetch Pod containers' log in real time,
    # because this might expose secrets in the logs (if any), users need
    # to enable this manually, and add permissions to OAP cluster role.
    enableOnDemandPodLog: ${SW_ENABLE_ON_DEMAND_POD_LOG:false}

# This module is for Zipkin query API and support zipkin-lens UI
query-zipkin:
  selector: ${SW_QUERY_ZIPKIN:default}
  default:
    # For HTTP server
    restHost: ${SW_QUERY_ZIPKIN_REST_HOST:0.0.0.0}
    restPort: ${SW_QUERY_ZIPKIN_REST_PORT:9412}
    restContextPath: ${SW_QUERY_ZIPKIN_REST_CONTEXT_PATH:/zipkin}
    restMaxThreads: ${SW_QUERY_ZIPKIN_REST_MAX_THREADS:200}
    restIdleTimeOut: ${SW_QUERY_ZIPKIN_REST_IDLE_TIMEOUT:30000}
    restAcceptQueueSize: ${SW_QUERY_ZIPKIN_REST_QUEUE_SIZE:0}
    # Default look back for traces and autocompleteTags, 1 day in millis
    lookback: ${SW_QUERY_ZIPKIN_LOOKBACK:86400000}
    # The Cache-Control max-age (seconds) for serviceNames, remoteServiceNames and spanNames
    namesMaxAge: ${SW_QUERY_ZIPKIN_NAMES_MAX_AGE:300}
    ## The below config are OAP support for zipkin-lens UI
    # Default traces query max size
    uiQueryLimit: ${SW_QUERY_ZIPKIN_UI_QUERY_LIMIT:10}
    # Default look back on the UI for search traces, 15 minutes in millis
    uiDefaultLookback: ${SW_QUERY_ZIPKIN_UI_DEFAULT_LOOKBACK:900000}

#This module is for PromQL API.
promql:
  selector: ${SW_PROMQL:default}
  default:
    # For HTTP server
    restHost: ${SW_PROMQL_REST_HOST:0.0.0.0}
    restPort: ${SW_PROMQL_REST_PORT:9090}
    restContextPath: ${SW_PROMQL_REST_CONTEXT_PATH:/}
    restMaxThreads: ${SW_PROMQL_REST_MAX_THREADS:200}
    restIdleTimeOut: ${SW_PROMQL_REST_IDLE_TIMEOUT:30000}
    restAcceptQueueSize: ${SW_PROMQL_REST_QUEUE_SIZE:0}
    # The below config is for the API buildInfo, set the value to mock the build info.
    buildInfoVersion: ${SW_PROMQL_BUILD_INFO_VERSION:"2.45.0"}
    buildInfoRevision: ${SW_PROMQL_BUILD_INFO_REVISION:""}
    buildInfoBranch: ${SW_PROMQL_BUILD_INFO_BRANCH:""}
    buildInfoBuildUser: ${SW_PROMQL_BUILD_INFO_BUILD_USER:""}
    buildInfoBuildDate: ${SW_PROMQL_BUILD_INFO_BUILD_DATE:""}
    buildInfoGoVersion: ${SW_PROMQL_BUILD_INFO_GO_VERSION:""}

#This module is for LogQL API.
logql:
  selector: ${SW_LOGQL:default}
  default:
    # For HTTP server
    restHost: ${SW_LOGQL_REST_HOST:0.0.0.0}
    restPort: ${SW_LOGQL_REST_PORT:3100}
    restContextPath: ${SW_LOGQL_REST_CONTEXT_PATH:/}
    restMaxThreads: ${SW_LOGQL_REST_MAX_THREADS:200}
    restIdleTimeOut: ${SW_LOGQL_REST_IDLE_TIMEOUT:30000}
    restAcceptQueueSize: ${SW_LOGQL_REST_QUEUE_SIZE:0}

alarm:
  selector: ${SW_ALARM:default}
  default:

telemetry:
  selector: ${SW_TELEMETRY:none}
  none:
  prometheus:
    host: ${SW_TELEMETRY_PROMETHEUS_HOST:0.0.0.0}
    port: ${SW_TELEMETRY_PROMETHEUS_PORT:1234}
    sslEnabled: ${SW_TELEMETRY_PROMETHEUS_SSL_ENABLED:false}
    sslKeyPath: ${SW_TELEMETRY_PROMETHEUS_SSL_KEY_PATH:""}
    sslCertChainPath: ${SW_TELEMETRY_PROMETHEUS_SSL_CERT_CHAIN_PATH:""}

configuration:
  selector: ${SW_CONFIGURATION:none}
  none:
  grpc:
    host: ${SW_DCS_SERVER_HOST:""}
    port: ${SW_DCS_SERVER_PORT:80}
    clusterName: ${SW_DCS_CLUSTER_NAME:SkyWalking}
    period: ${SW_DCS_PERIOD:20}
    maxInboundMessageSize: ${SW_DCS_MAX_INBOUND_MESSAGE_SIZE:4194304}
  apollo:
    apolloMeta: ${SW_CONFIG_APOLLO:http://localhost:8080}
    apolloCluster: ${SW_CONFIG_APOLLO_CLUSTER:default}
    apolloEnv: ${SW_CONFIG_APOLLO_ENV:""}
    appId: ${SW_CONFIG_APOLLO_APP_ID:skywalking}
  zookeeper:
    period: ${SW_CONFIG_ZK_PERIOD:60} # Unit seconds, sync period. Default fetch every 60 seconds.
    namespace: ${SW_CONFIG_ZK_NAMESPACE:/default}
    hostPort: ${SW_CONFIG_ZK_HOST_PORT:localhost:2181}
    # Retry Policy
    baseSleepTimeMs: ${SW_CONFIG_ZK_BASE_SLEEP_TIME_MS:1000} # initial amount of time to wait between retries
    maxRetries: ${SW_CONFIG_ZK_MAX_RETRIES:3} # max number of times to retry
  etcd:
    period: ${SW_CONFIG_ETCD_PERIOD:60} # Unit seconds, sync period. Default fetch every 60 seconds.
    endpoints: ${SW_CONFIG_ETCD_ENDPOINTS:http://localhost:2379}
    namespace: ${SW_CONFIG_ETCD_NAMESPACE:/skywalking}
    authentication: ${SW_CONFIG_ETCD_AUTHENTICATION:false}
    user: ${SW_CONFIG_ETCD_USER:}
    password: ${SW_CONFIG_ETCD_password:}
  consul:
    # Consul host and ports, separated by comma, e.g. 1.2.3.4:8500,2.3.4.5:8500
    hostAndPorts: ${SW_CONFIG_CONSUL_HOST_AND_PORTS:1.2.3.4:8500}
    # Sync period in seconds. Defaults to 60 seconds.
    period: ${SW_CONFIG_CONSUL_PERIOD:60}
    # Consul aclToken
    aclToken: ${SW_CONFIG_CONSUL_ACL_TOKEN:""}
  k8s-configmap:
    period: ${SW_CONFIG_CONFIGMAP_PERIOD:60}
    namespace: ${SW_CLUSTER_K8S_NAMESPACE:default}
    labelSelector: ${SW_CLUSTER_K8S_LABEL:app=collector,release=skywalking}
  nacos:
    # Nacos Server Host
    serverAddr: ${SW_CONFIG_NACOS_SERVER_ADDR:127.0.0.1}
    # Nacos Server Port
    port: ${SW_CONFIG_NACOS_SERVER_PORT:8848}
    # Nacos Configuration Group
    group: ${SW_CONFIG_NACOS_SERVER_GROUP:skywalking}
    # Nacos Configuration namespace
    namespace: ${SW_CONFIG_NACOS_SERVER_NAMESPACE:}
    # Unit seconds, sync period. Default fetch every 60 seconds.
    period: ${SW_CONFIG_NACOS_PERIOD:60}
    # Nacos auth username
    username: ${SW_CONFIG_NACOS_USERNAME:""}
    password: ${SW_CONFIG_NACOS_PASSWORD:""}
    # Nacos auth accessKey
    accessKey: ${SW_CONFIG_NACOS_ACCESSKEY:""}
    secretKey: ${SW_CONFIG_NACOS_SECRETKEY:""}

exporter:
  selector: ${SW_EXPORTER:-}
  default:
    # gRPC exporter
    enableGRPCMetrics: ${SW_EXPORTER_ENABLE_GRPC_METRICS:false}
    gRPCTargetHost: ${SW_EXPORTER_GRPC_HOST:127.0.0.1}
    gRPCTargetPort: ${SW_EXPORTER_GRPC_PORT:9870}
    # Kafka exporter
    enableKafkaTrace: ${SW_EXPORTER_ENABLE_KAFKA_TRACE:false}
    enableKafkaLog: ${SW_EXPORTER_ENABLE_KAFKA_LOG:false}
    kafkaBootstrapServers: ${SW_EXPORTER_KAFKA_SERVERS:localhost:9092}
    # Kafka producer config, JSON format as Properties.
    kafkaProducerConfig: ${SW_EXPORTER_KAFKA_PRODUCER_CONFIG:""}
    kafkaTopicTrace: ${SW_EXPORTER_KAFKA_TOPIC_TRACE:skywalking-export-trace}
    kafkaTopicLog: ${SW_EXPORTER_KAFKA_TOPIC_LOG:skywalking-export-log}
    exportErrorStatusTraceOnly: ${SW_EXPORTER_KAFKA_TRACE_FILTER_ERROR:false}

health-checker:
  selector: ${SW_HEALTH_CHECKER:-}
  default:
    checkIntervalSeconds: ${SW_HEALTH_CHECKER_INTERVAL_SECONDS:5}

debugging-query:
  selector: ${SW_DEBUGGING_QUERY:default}
  default:
    # Include the list of keywords to filter configurations including secrets. Separate keywords by a comma.
    keywords4MaskingSecretsOfConfig: ${SW_DEBUGGING_QUERY_KEYWORDS_FOR_MASKING_SECRETS:user,password,token,accessKey,secretKey,authentication}

configuration-discovery:
  selector: ${SW_CONFIGURATION_DISCOVERY:default}
  default:
    disableMessageDigest: ${SW_DISABLE_MESSAGE_DIGEST:false}

receiver-event:
  selector: ${SW_RECEIVER_EVENT:default}
  default:

receiver-ebpf:
  selector: ${SW_RECEIVER_EBPF:default}
  default:
    # The continuous profiling policy cache time, Unit is second.
    continuousPolicyCacheTimeout: ${SW_CONTINUOUS_POLICY_CACHE_TIMEOUT:60}
    gRPCHost: ${SW_EBPF_GRPC_HOST:0.0.0.0}
    gRPCPort: ${SW_EBPF_GRPC_PORT:0}
    maxConcurrentCallsPerConnection: ${SW_EBPF_GRPC_MAX_CONCURRENT_CALL:0}
    maxMessageSize: ${SW_EBPF_ALS_GRPC_MAX_MESSAGE_SIZE:0}
    gRPCThreadPoolSize: ${SW_EBPF_GRPC_THREAD_POOL_SIZE:0}
    gRPCSslEnabled: ${SW_EBPF_GRPC_SSL_ENABLED:false}
    gRPCSslKeyPath: ${SW_EBPF_GRPC_SSL_KEY_PATH:""}
    gRPCSslCertChainPath: ${SW_EBPF_GRPC_SSL_CERT_CHAIN_PATH:""}
    gRPCSslTrustedCAsPath: ${SW_EBPF_GRPC_SSL_TRUSTED_CAS_PATH:""}

receiver-telegraf:
  selector: ${SW_RECEIVER_TELEGRAF:default}
  default:
    activeFiles: ${SW_RECEIVER_TELEGRAF_ACTIVE_FILES:vm}

aws-firehose:
  selector: ${SW_RECEIVER_AWS_FIREHOSE:default}
  default:
    host: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_HOST:0.0.0.0}
    port: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_PORT:12801}
    contextPath: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_CONTEXT_PATH:/}
    maxThreads: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_MAX_THREADS:200}
    idleTimeOut: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_IDLE_TIME_OUT:30000}
    acceptQueueSize: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_ACCEPT_QUEUE_SIZE:0}
    maxRequestHeaderSize: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_MAX_REQUEST_HEADER_SIZE:8192}
    firehoseAccessKey: ${SW_RECEIVER_AWS_FIREHOSE_ACCESS_KEY:}
    enableTLS: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_ENABLE_TLS:false}
    tlsKeyPath: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_TLS_KEY_PATH:}
    tlsCertChainPath: ${SW_RECEIVER_AWS_FIREHOSE_HTTP_TLS_CERT_CHAIN_PATH:}

ai-pipeline:
  selector: ${SW_AI_PIPELINE:default}
  default:
    uriRecognitionServerAddr: ${SW_AI_PIPELINE_URI_RECOGNITION_SERVER_ADDR:}
    uriRecognitionServerPort: ${SW_AI_PIPELINE_URI_RECOGNITION_SERVER_PORT:17128}

webapp/application.yml:

# Licensed to the Apache Software Foundation (ASF) under one or more
# contributor license agreements.  See the NOTICE file distributed with
# this work for additional information regarding copyright ownership.
# The ASF licenses this file to You 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.


serverPort: ${SW_SERVER_PORT:-18080}

# Comma seperated list of OAP addresses.
oapServices: ${SW_OAP_ADDRESS:-http://172.31.223.87:12800}

zipkinServices: ${SW_ZIPKIN_ADDRESS:-http://172.31.223.87:9412}

The first method didn't work. What should I do?

[wu-sheng]

Please describe what you are planning to do? Don't ask me to read your configurations and codes to understand them. That costs too much time.

[kqbi]

The demo push otel data and finally uses skywalking to receive and display it。skywalking version is 10.0.0

[kqbi]

I mean my demo uses OTEL SDK to collect information, but I want to use Skywalking for analysis and display. Should I use GRPC to push OTLP to Skywalking directly, or should I use OTEL Collector to transfer the following methods as I mentioned above? Which one should I use?

[wu-sheng]

Read docs before guessing and randomly asking. It is really hard for me to answer this as there are many options.. All that information has been in the docs.

[kqbi]

I read the document and added the otlp-traces configuration, and then configured zipkin. There was no error when using the first method, and there was no change on the page. I don't know where the problem is. Is the first method not working?

[wu-sheng]

Only marketplace provided features are out-of-box, others, you need to setup the UI and analysis scripts by yourself.

Read this. It is not out of the box.

Again, all default pages in the marketplace(all menus you saw on UI) are following these. Agents are SkyWalking's native agents, some server monitoring are OTEL integration for specific servers.

https://skywalking.apache.org/docs/main/next/en/setup/service-agent/server-agents/

I keep repeating myself.

[kqbi]

Ok, thanks, I'll learn first.