스프링 엑추에이터

// Monitoring implementation 'org.springframework.boot:spring-boot-starter-actuator' implementation 'io.micrometer:micrometer-core:1.11.2' implementation 'io.micrometer:micrometer-registry-prometheus'

management: endpoints: web: base-path: /management

management: endpoint: shutdown: enabled: true

management: endpoints: web: exposure: include: health,info,beans,conditions exclude: threaddump, heapdump

{ "status": "up" }

management: endpoint: health: # show-components: always # 여러 상태 정보들을 간략하게 표시 show-details: always

{ "status": "UP", "details": { "diskSpace": { "status": "UP", "details": { "total": 499963174912, "free": 394359185408, "threshold": 10485760 } }, "mongo": { "status": "UP", "details": { "version": "3.2.2" } }, "refreshScope": { "status": "UP" }, "discoveryComposite": { "status": "UP", "details": { "discoveryClient": { "status": "UP", "details": { "services": [ ] } }, "eureka": { "description": "Eureka discovery client has not yet successfully connected to a Eureka server", "status": "UP", "details": { "applications": { } } } } }, "configServer": { "status": "UNKNOWN", "details": { "error": "no property sources located" } }, "hystrix": { "status": "UP" } } }

management: info: java: enabled: true os: enable: true env: enabled: true

info: my-app: name: my-actuator version: 1.0 company: actuator-test

{ "my-app": { "name": "my-actuator", "version": "1.0", "company": "actuator-test" } }

springBoot { buildInfo() }

{ "build": { "version": "0.0.1-SNAPSHOT", "artifact": "spring-boot-actuator-level1", "name": "spring-boot-actuator-level1", "group": "com.nhnent.forward", "time": "2018-10-25T05:18:50.466Z" } }

id “com.gorylenko.gradle-git-properties” version “2.4.1”

{ "git": { "branch": "commit_id_plugin", "commit": { "id": "7adb64f", "time": "2016-08-17T19:30:34+0200" } } }

{ "configuredLevel": TRACE }

@Configuration public class ActuatorConfiguration { @Bean public HttpExchangeRepository httpExchangeRepository() { InMemoryHttpExchangeRepository repository = new InMemoryHttpExchangeRepository(); repository.setCapacity(1000); return repository; } }

{ "names": [ "application.ready.time", "application.started.time", "disk.free", "disk.total", "hikaricp.connections", "hikaricp.connections.acquire", "hikaricp.connections.active", "hikaricp.connections.idle", "hikaricp.connections.max", "hikaricp.connections.usage", ... ] }

// /actuator/metrics/jvm.memory.used { "name": "jvm.memory.used", "description": "The amount of used memory", "baseUnit": "bytes", "measurements": [ { "statistic": "VALUE", "value": 124404728 } ], "availableTags": [ { "tag": "area", "values": [ "heap", "nonheap" ] }, { "tag": id, "values": [ "G1 Survivor Space", "Compressed Class Space", "Metaspace", "CodeCache", "G1 Old Gen", "G1 Eden Space" ] } ] }

private final MeterRegistry registry; private AtomicInteger stock = new AtomicInteger(100); public void order() { log.info("주문"); stock.decrementAndGet(); // micrometer의 Counter 사용해야함 Counter.builder("my.order") // 메트릭 이름 .tag("class", this.getClass().getName()) // 태그(레이블) 추가 .tag("method", "order") // 태그(레이블) 추가 .description("order") // 설명 .register(registry).increment(); // 등록 및 카운터 증가 } public void cancel() { log.info("주문 취소"); stock.incrementAndGet(); Counter.builder("my.order") // 메트릭 이름 .tag("class", this.getClass().getName()) // 태그(레이블) 추가 .tag("method", "cancel") // 태그(레이블) 추가 .description("order") // 설명 .register(registry).increment(); // 등록 및 카운터 증가 }

{ "name": "my.order", "description": "order", "measurements": [ { "statistic": "COUNT", "value": 2 } ], "availableTags": [ { "tag": "method", "values": [ "cancle", "order" ] }, { "tag": "class", "values": [ "hello.controller.v1.orderServiceV1" ] } ] }

#HELP my_order_total order #HELP my_order_total counter my_order_total{class="hello.order.v1.OrderServiceV1",method="order",} 1.0 my_order_total{class="hello.order.v1.OrderServiceV1",method="cancel",} 1.0

increase(my_order_total{method=”order”}[1m]) increase(my_order_total{method=”cancel”}[1m])

private AtomicInteger stock = new AtomicInteger(100); @Counted("my.order") public void order() { log.info("주문"); stock.decrementAndGet(); } @Counted("my.order") public void cancel() { log.info("주문 취소"); stock.incrementAndGet(); }

@Bean public CountedAspect countedAspect(MeterRegistry registry) { return new CountedAspect(registry); }

private final MeterRegistry registry; private AtomicInteger stock = new AtomicInteger(100); public void order() { Timer timer = Timer.builder("my.order") // 메트릭 이름 .tag("class", this.getClass().getName()) // 태그(레이블) 추가 .tag("method", "order") // 태그(레이블) 추가 .description("order") // 설명 .register(registry); // 등록 timer.record(() -> { log.info("주문"); stock.decrementAndGet(); }); } public void cancel() { Timer timer = Timer.builder("my.order") // 메트릭 이름 .tag("class", this.getClass().getName()) // 태그(레이블) 추가 .tag("method", "cancel") // 태그(레이블) 추가 .description("order") // 설명 .register(registry); // 등록 timer.record(() -> { log.info("주문 취소"); stock.incrementAndGet(); }); }

increase(my_order_seconds_count{method=”order”}[1m]) increase(my_order_seconds_count{method=”cancel”}[1m]) my_order_seconds_max increase(my_order_seconds_sum[1m]) / increase(my_order_seconds_count[1m])

private AtomicInteger stock = new AtomicInteger(100); @Timed("my.order") public void order() { log.info("주문"); stock.decrementAndGet(); } @Timed("my.order") public void cancel() { log.info("주문 취소"); stock.incrementAndGet(); }

@Bean public TimedAspect timedAspect(MeterRegistry registry) { return new TimedAspect(registry); }

management: server: port: 8080