├── version ├── _config.yml ├── .gitignore ├── license-template ├── src ├── main │ ├── resources │ │ ├── buildInfo.properties │ │ ├── AvailableBundle.properties │ │ └── bootstrap.yml │ └── java │ │ └── com │ │ └── dell │ │ └── isg │ │ └── smi │ │ └── service │ │ └── server │ │ ├── inventory │ │ ├── BuildInfo.java │ │ ├── Application.java │ │ ├── SimpleCORSFilter.java │ │ ├── manager │ │ │ ├── ILogManager.java │ │ │ ├── ILogManager2_0.java │ │ │ ├── LogManagerImpl.java │ │ │ ├── IInventoryManager.java │ │ │ ├── LogManagerImpl2_0.java │ │ │ ├── InventoryManagerImpl.java │ │ │ ├── ServerInventoryCallbackTypeEnum.java │ │ │ ├── thread │ │ │ │ ├── ServerInventoryCollectionThread.java │ │ │ │ └── ServerInventoryCollectionThread2_0.java │ │ │ ├── IInventoryManager2_0.java │ │ │ └── InventoryManagerImpl2_0.java │ │ ├── mock │ │ │ ├── nics │ │ │ │ ├── DCIMNICView.java │ │ │ │ ├── DCIMNICString.java │ │ │ │ ├── NicsResponse.java │ │ │ │ └── DCIMNICEnumeration.java │ │ │ ├── bios │ │ │ │ ├── BiosResponse.java │ │ │ │ ├── DCIM_BIOSString.java │ │ │ │ └── DCIM_BIOSEnumeration.java │ │ │ ├── boot │ │ │ │ ├── BootResponse.java │ │ │ │ ├── DCIM_BIOSEnumeration.java │ │ │ │ ├── DCIM_BootConfigSetting.java │ │ │ │ └── DCIM_BootSourceSetting.java │ │ │ ├── hardware │ │ │ │ ├── DCIMSensor.java │ │ │ │ ├── DCIMCPUView.java │ │ │ │ ├── DCIMFanView.java │ │ │ │ ├── DCIMMemoryview.java │ │ │ │ ├── DCIMRAIDInteger.java │ │ │ │ ├── DCIMSystemView.java │ │ │ │ ├── DCIMVFlashView.java │ │ │ │ ├── DCIMEnclosureView.java │ │ │ │ ├── DCIMNumericSensor.java │ │ │ │ ├── DCIMSystemString.java │ │ │ │ ├── HardwareResponse.java │ │ │ │ ├── DCIMControllerView.java │ │ │ │ ├── DCIMPowersupplyview.java │ │ │ │ └── DCIMRAIDEnumeration.java │ │ │ ├── lclog │ │ │ │ └── LCLogResponse.java │ │ │ ├── selog │ │ │ │ └── SelLogResponse.java │ │ │ ├── manager │ │ │ │ ├── ManagerResponse.java │ │ │ │ ├── DCIMIDRACCardView.java │ │ │ │ ├── DCIMIDRACCardString.java │ │ │ │ └── DCIMIDRACCardEnumeration.java │ │ │ ├── summary │ │ │ │ └── SummaryResponse.java │ │ │ ├── software │ │ │ │ ├── SoftwareResponse.java │ │ │ │ ├── DCIMSoftwareIdentity.java │ │ │ │ └── CIMInstalledSoftwareIdentity.java │ │ │ └── switchconnection │ │ │ │ └── SwitchConnectionResponse.java │ │ ├── utilities │ │ │ ├── PatternUtils.java │ │ │ ├── ExceptionUtilities.java │ │ │ └── ValidationUtilities.java │ │ ├── controller │ │ │ ├── RootController.java │ │ │ ├── ServerLogsEnum.java │ │ │ ├── ServerLogController.java │ │ │ ├── ServerLogController2_0.java │ │ │ ├── ServerInventoryController.java │ │ │ └── ServerInventoryController2_0.java │ │ └── Transformer │ │ │ ├── TransformerAssemblerConstants.java │ │ │ └── TranformerUtil.java │ │ └── exception │ │ ├── EnumErrorCode.java │ │ ├── BadRequestException.java │ │ └── NotFoundException.java ├── test │ └── java │ │ └── com │ │ └── dell │ │ └── isg │ │ └── smi │ │ └── service │ │ └── server │ │ └── inventory │ │ ├── Swagger2MarkupTest.java │ │ └── WsmanInventoryControllerTest.java └── docs │ └── asciidoc │ ├── api-server-inventory-v1.adoc │ ├── api-server-inventory-v2.adoc │ ├── misc.adoc │ ├── readme-v1.adoc │ ├── readme-v2.adoc │ └── examples-v2.adoc ├── settings.gradle.example ├── Dockerfile ├── pkg └── dell-server-inventory.service ├── application.yml ├── .project ├── gradle.properties ├── README.md └── LICENSE /version: -------------------------------------------------------------------------------- 1 | 1.1.0 2 | -------------------------------------------------------------------------------- /_config.yml: -------------------------------------------------------------------------------- 1 | theme: jekyll-theme-minimal -------------------------------------------------------------------------------- /.gitignore: -------------------------------------------------------------------------------- 1 | /build/ 2 | /bin/ 3 | src/main/lib/ 4 | .gradle/ 5 | .settings/ 6 | .classpath 7 | -------------------------------------------------------------------------------- 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-------------------------------------------------------------------------------- /Dockerfile: -------------------------------------------------------------------------------- 1 | FROM openjdk:8-jre 2 | VOLUME /tmp 3 | ADD build/libs/service-server-inventory*.jar app.jar 4 | COPY application.yml /application.yml 5 | EXPOSE 46011 6 | RUN sh -c 'touch /app.jar' 7 | ENTRYPOINT ["java","-Djava.security.egd=file:/dev/./urandom","-jar","/app.jar"] 8 | -------------------------------------------------------------------------------- /src/main/java/com/dell/isg/smi/service/server/inventory/Transformer/TransformerAssemblerConstants.java: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/RackHD/smi-service-dell-server-inventory/master/src/main/java/com/dell/isg/smi/service/server/inventory/Transformer/TransformerAssemblerConstants.java -------------------------------------------------------------------------------- /src/main/java/com/dell/isg/smi/service/server/inventory/mock/software/CIMInstalledSoftwareIdentity.java: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/RackHD/smi-service-dell-server-inventory/master/src/main/java/com/dell/isg/smi/service/server/inventory/mock/software/CIMInstalledSoftwareIdentity.java -------------------------------------------------------------------------------- /pkg/dell-server-inventory.service: -------------------------------------------------------------------------------- 1 | [Unit] 2 | Description=dell-server-inventory 3 | After=syslog.target 4 | 5 | [Service] 6 | User=devuser 7 | ExecStart=/opt/dell/smi/service-server-inventory/application.jar 8 | SuccessExitStatus=143 9 | 10 | [Install] 11 | WantedBy=multi-user.target -------------------------------------------------------------------------------- /src/main/java/com/dell/isg/smi/service/server/inventory/manager/thread/ServerInventoryCollectionThread.java: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/RackHD/smi-service-dell-server-inventory/master/src/main/java/com/dell/isg/smi/service/server/inventory/manager/thread/ServerInventoryCollectionThread.java -------------------------------------------------------------------------------- /src/main/java/com/dell/isg/smi/service/server/inventory/mock/switchconnection/SwitchConnectionResponse.java: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/RackHD/smi-service-dell-server-inventory/master/src/main/java/com/dell/isg/smi/service/server/inventory/mock/switchconnection/SwitchConnectionResponse.java -------------------------------------------------------------------------------- /src/main/java/com/dell/isg/smi/service/server/inventory/manager/thread/ServerInventoryCollectionThread2_0.java: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/RackHD/smi-service-dell-server-inventory/master/src/main/java/com/dell/isg/smi/service/server/inventory/manager/thread/ServerInventoryCollectionThread2_0.java -------------------------------------------------------------------------------- /application.yml: -------------------------------------------------------------------------------- 1 | #server: 2 | #port: 46011 3 | #ssl: 4 | #keyStore: /security/cacerts/keystore.jks 5 | #keyStorePassword: changeit 6 | #keyPassword: changeit 7 | 8 | logging: 9 | level.root: ERROR 10 | level.com.dell.isg.smi: TRACE 11 | file: /var/log/dell/service-server-inventory.log 12 | 13 | #eureka: 14 | #client: 15 | #serviceUrl: 16 | #defaultZone: http://service-registry:8600/eureka/ 17 | 18 | spring: 19 | #application: 20 | #name: SERVER-INVENTORY 21 | jackson: 22 | serialization-inclusion : non_null -------------------------------------------------------------------------------- /.project: -------------------------------------------------------------------------------- 1 | 2 | 3 | smi-service-dell-server-inventory 4 | 5 | 6 | 7 | 8 | 9 | org.eclipse.jdt.core.javabuilder 10 | 11 | 12 | 13 | 14 | org.eclipse.buildship.core.gradleprojectbuilder 15 | 16 | 17 | 18 | 19 | 20 | org.eclipse.jdt.core.javanature 21 | org.eclipse.buildship.core.gradleprojectnature 22 | 23 | 24 | -------------------------------------------------------------------------------- /gradle.properties: -------------------------------------------------------------------------------- 1 | version=1.0 2 | dockerTag=devel 3 | buildInfo.licenseControl.runChecks=true 4 | buildInfo.licenseControl.autoDiscover=true 5 | buildInfo.build.name=com.dell.isg.smi:service-server-inventory 6 | systemProp.sonar.host.url=https://sonarqube.com 7 | systemProp.sonar.organization=rackhd-smi 8 | systemProp.sonar.login=##sonarqubeLogin-placeholder## 9 | bintrayRepo=docs 10 | bintrayUserOrg=rackhd 11 | bintrayVcsUrl=https://bintray.com/rackhd/docs/apidoc 12 | bintrayUser=##bintray-user-placeholder## 13 | bintrayApiKey=##bintray-api-key-placeholder## 14 | versionAdapterServer=1.0.81 15 | versionCommonsElm=1.0.82 16 | versionCommonsUtilities=1.0.32 17 | versionCommonsModel=1.0.97 18 | -------------------------------------------------------------------------------- /src/main/resources/bootstrap.yml: -------------------------------------------------------------------------------- 1 | server: 2 | port: 46011 3 | --- 4 | 5 | spring: 6 | profiles: default 7 | application: 8 | name: SERVER-INVENTORY 9 | cloud: 10 | bus: 11 | enabled: false 12 | consul: 13 | enabled: false 14 | config: 15 | enabled: false 16 | --- 17 | 18 | spring: 19 | profiles: consul 20 | application: 21 | name: SERVER-INVENTORY 22 | cloud: 23 | consul: 24 | discovery: 25 | preferIpAddress: true 26 | enabled: true 27 | host: service-registry 28 | port: 8500 29 | config: 30 | prefix: config 31 | profileSeparator: '::' 32 | format: YAML 33 | data-key: data 34 | fail-fast: true -------------------------------------------------------------------------------- /src/main/java/com/dell/isg/smi/service/server/inventory/manager/IInventoryManager2_0.java: -------------------------------------------------------------------------------- 1 | /** 2 | * Copyright © 2017 DELL Inc. or its subsidiaries. All Rights Reserved. 3 | */ 4 | package com.dell.isg.smi.service.server.inventory.manager; 5 | 6 | import java.util.List; 7 | import java.util.Set; 8 | 9 | import com.dell.isg.smi.adapter.server.model.WsmanCredentials; 10 | import com.dell.isg.smi.commons.model.common.InventoryCallbackRequest; 11 | import com.dell.isg.smi.commons.model.common.InventoryInformation; 12 | 13 | public interface IInventoryManager2_0 { 14 | 15 | List inventory(Set ips) throws Exception; 16 | 17 | void processInventoryCallback(InventoryCallbackRequest inventoryCallbackRequest); 18 | 19 | Object collectHardwareInventory(WsmanCredentials wsmanCredentials) throws Exception; 20 | 21 | Object collectSummary(WsmanCredentials wsmanCredentials) throws Exception; 22 | 23 | Object collectSoftware(WsmanCredentials wsmanCredentials) throws Exception; 24 | 25 | Object collectNics(WsmanCredentials wsmanCredentials) throws Exception; 26 | 27 | Object collectBios(WsmanCredentials wsmanCredentials) throws Exception; 28 | 29 | Object collectBoot(WsmanCredentials wsmanCredentials) throws Exception; 30 | 31 | Object collectIdracString(WsmanCredentials wsmanCredentials) throws Exception; 32 | 33 | Object collectIdracCardEnum(WsmanCredentials wsmanCredentials) throws Exception; 34 | 35 | Object collectIdracDetails(WsmanCredentials wsmanCredentials) throws Exception; 36 | 37 | Object collect(WsmanCredentials wsmanCredentials, String dcim) throws Exception; 38 | 39 | Object collectSwitchConnectionsView(WsmanCredentials wsmanCredentials) throws Exception; 40 | } 41 | -------------------------------------------------------------------------------- /src/docs/asciidoc/readme-v1.adoc: -------------------------------------------------------------------------------- 1 | Purpose 2 | ~~~~~~~ 3 | 4 | Connects via the IDRAC on a Dell server and collects a comprehensive inventory. 5 | 6 | The dell-server-inventory container is a stateless spring-boot microservice that exposes a REST API for the purpose of returning a comprehensive JSON formatted inventory of a Dell 11th generation and newer server. 7 | 8 | The service can be called without a callback URL in order to run synchronously. If a callback URL is provided in the payload, the service will return immediately and post to the callback URL when the results 9 | are available. 10 | 11 | How to Use 12 | ~~~~~~~~~~ 13 | 14 | A docker container for this service is available at: 15 | https://hub.docker.com/r/rackhd/dell-server-inventory/ 16 | .... 17 | docker run --name service-server-inventory -p 0.0.0.0:46011:46011 -d rackhd/dell-server-inventory:latest 18 | .... 19 | 20 | The service can also start up to bootstrap its configuration from consul. More information about registration with and using advanced configuration settings provided by a Consul K/V store can be found in 21 | the online help. 22 | 23 | Example Post (Without Callback) 24 | +++++++++++++++++++++++++++++++ 25 | 26 | Syncronous API's 27 | http://deployedIp:46011/api/1.0/server/inventory/hardware 28 | .... 29 | { 30 | "address": "<>", 31 | "password": "calvin", 32 | "userName": "root" 33 | } 34 | .... 35 | 36 | Example Post (With Callback) 37 | ++++++++++++++++++++++++++++ 38 | 39 | Asyncronous API's 40 | http://deployedIp:46011/api/1.0/server/inventory/callback 41 | .... 42 | http://deployedIp:46011/api/1.0/server/inventory/callback 43 | { 44 | "credential": { 45 | "address": "<>", 46 | "password": "calvin", 47 | "userName": "root" 48 | }, 49 | "callbackUri": "http://callbackIp:port/your/callback/path", 50 | "type": "hardware" 51 | } 52 | .... -------------------------------------------------------------------------------- /src/docs/asciidoc/readme-v2.adoc: -------------------------------------------------------------------------------- 1 | Purpose 2 | ~~~~~~~ 3 | 4 | Connects via the IDRAC on a Dell server and collects a comprehensive inventory. 5 | 6 | The dell-server-inventory container is a stateless spring-boot microservice that exposes a REST API for the purpose of returning a comprehensive JSON formatted inventory of a Dell 11th generation and newer server. 7 | 8 | The service can be called without a callback URL in order to run synchronously. If a callback URL is provided in the payload, the service will return immediately and post to the callback URL when the results 9 | are available. 10 | 11 | How to Use 12 | ~~~~~~~~~~ 13 | 14 | A docker container for this service is available at: 15 | https://hub.docker.com/r/rackhd/dell-server-inventory/ 16 | .... 17 | docker run --name service-server-inventory -p 0.0.0.0:46011:46011 -d rackhd/dell-server-inventory:latest 18 | .... 19 | 20 | The service can also start up to bootstrap its configuration from consul. More information about registration with and using advanced configuration settings provided by a Consul K/V store can be found in 21 | the online help. 22 | 23 | Example Post (Without Callback) 24 | +++++++++++++++++++++++++++++++ 25 | 26 | Syncronous API's 27 | http://deployedIp:46011/api/2.0/server/inventory/hardware 28 | .... 29 | { 30 | "address": "<>", 31 | "password": "calvin", 32 | "userName": "root" 33 | } 34 | .... 35 | 36 | Example Post (With Callback) 37 | ++++++++++++++++++++++++++++ 38 | 39 | Asyncronous API's 40 | http://deployedIp:46011/api/2.0/server/inventory/callback 41 | .... 42 | http://deployedIp:46011/api/2.0/server/inventory/callback 43 | { 44 | "credential": { 45 | "address": "<>", 46 | "password": "calvin", 47 | "userName": "root" 48 | }, 49 | "callbackUri": "http://callbackIp:port/your/callback/path", 50 | "type": "hardware" 51 | } 52 | .... -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | ### smi-service-dell-server-inventory 2 | 3 | Connects via the IDRAC on a Dell server and collects a comprehensive inventory. 4 | 5 | Copyright © 2017 Dell Inc. or its subsidiaries. All Rights Reserved. 6 | 7 | ### Purpose 8 | The dell-server-inventory container is a stateless spring-boot microservice that exposes a REST API for the purpose of returning a comprehensive JSON formatted inventory of a Dell 11th generation and newer server. 9 | 10 | The service can be called without a callback URL in order to run synchronously. If a callback URL is provided in the payload, the service will return immediately and post to the callback URL when the results are available. 11 | 12 | --- 13 | 14 | ### How to Use 15 | 16 | #### Startup 17 | Standalone, with no configuration settings provided: 18 | ``` 19 | docker run --name service-server-inventory -p 0.0.0.0:46011:46011 -d rackhd/dell-server-inventory:latest 20 | ``` 21 | The service can also start up to bootstrap its configuration from consul. More information about registration with and using advanced configuration settings provided by a Consul K/V store can be found in the online help. 22 | 23 | #### API Definitions 24 | 25 | A swagger UI is provided by the microservice at http://<>:46011/swagger-ui.html 26 | 27 | ##### Syncronous API's 28 | - http://<>:46011/api/1.0/server/inventory/hardware 29 | - http://<>:46011/api/1.0/server/inventory/software 30 | - http://<>:46011/api/1.0/server/inventory/nics 31 | - http://<>:46011/api/1.0/server/inventory/summary 32 | - http://<>:46011/api/1.0/server/inventory/boot 33 | - http://<>:46011/api/1.0/server/inventory/bios 34 | - http://<>:46011/api/1.0/server/inventory/logs/get/SEL 35 | - http://<>:46011/api/1.0/server/inventory/logs/get/LC 36 | 37 | ##### Example Post (Without Callback) 38 | ~~~ 39 | http://<>:46011/api/1.0/server/inventory/hardware 40 | { 41 | "address": "<>", 42 | "password": "calvin", 43 | "userName": "root" 44 | } 45 | ~~~ 46 | 47 | ##### Asyncronous API's 48 | - http://<>:46011/api/1.0/server/inventory/callback 49 | 50 | ##### Example Post (With Callback) 51 | ~~~ 52 | http://<>:46011/api/1.0/server/inventory/callback 53 | { 54 | "credential": { 55 | "address": "<>", 56 | "password": "calvin", 57 | "userName": "root" 58 | }, 59 | "callbackUri": "http://<>:<>/your/callback/path", 60 | "type": "hardware" 61 | } 62 | ~~~ 63 | - ###### _supported callback types are {hardware, software, nics, summary, boot and bios}_ 64 | --- 65 | 66 | ### Licensing 67 | Licensed under the Apache License, Version 2.0 (the “License”); you may not use this file except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0 68 | 69 | 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. 70 | 71 | Source code for this microservice is available in repositories at https://github.com/RackHD. 72 | 73 | The microservice makes use of dependent Jar libraries that may be covered by other licenses. In order to comply with the requirements of applicable licenses, the source for dependent libraries used by this microservice is available for download at: https://bintray.com/rackhd/binary/download_file?file_path=smi-service-dell-server-inventory-dependency-sources-devel.zip 74 | 75 | Additionally the binary and source jars for all dependent libraries are available for download on Maven Central. 76 | 77 | RackHD is a Trademark of Dell EMC 78 | 79 | --- 80 | 81 | ### Support 82 | Slack Channel: codecommunity.slack.com 83 | -------------------------------------------------------------------------------- /src/main/java/com/dell/isg/smi/service/server/inventory/manager/InventoryManagerImpl2_0.java: -------------------------------------------------------------------------------- 1 | /** 2 | * Copyright © 2017 DELL Inc. or its subsidiaries. All Rights Reserved. 3 | */ 4 | package com.dell.isg.smi.service.server.inventory.manager; 5 | 6 | import java.util.ArrayList; 7 | import java.util.List; 8 | import java.util.Set; 9 | import java.util.concurrent.ExecutorService; 10 | import java.util.concurrent.Executors; 11 | import java.util.concurrent.TimeUnit; 12 | 13 | import org.apache.commons.lang3.builder.ReflectionToStringBuilder; 14 | import org.slf4j.Logger; 15 | import org.slf4j.LoggerFactory; 16 | import org.springframework.beans.factory.annotation.Autowired; 17 | import org.springframework.http.HttpEntity; 18 | import org.springframework.http.HttpHeaders; 19 | import org.springframework.http.MediaType; 20 | import org.springframework.http.ResponseEntity; 21 | import org.springframework.scheduling.annotation.Async; 22 | import org.springframework.stereotype.Component; 23 | import org.springframework.util.StopWatch; 24 | import org.springframework.web.client.RestTemplate; 25 | 26 | import com.dell.isg.smi.adapter.server.inventory.IInventoryAdapter; 27 | import com.dell.isg.smi.adapter.server.model.WsmanCredentials; 28 | import com.dell.isg.smi.commons.elm.exception.RuntimeCoreException; 29 | import com.dell.isg.smi.commons.model.common.Credential; 30 | import com.dell.isg.smi.commons.model.common.Defaults; 31 | import com.dell.isg.smi.commons.model.common.InventoryCallbackRequest; 32 | import com.dell.isg.smi.commons.model.common.InventoryCallbackResponse; 33 | import com.dell.isg.smi.commons.model.common.InventoryInformation; 34 | import com.dell.isg.smi.commons.model.common.Options; 35 | import com.dell.isg.smi.commons.utilities.CustomRecursiveToStringStyle; 36 | import com.dell.isg.smi.service.server.exception.EnumErrorCode; 37 | import com.dell.isg.smi.service.server.inventory.manager.thread.ServerInventoryCollectionThread2_0; 38 | import com.fasterxml.jackson.core.JsonProcessingException; 39 | 40 | @Component 41 | public class InventoryManagerImpl2_0 implements IInventoryManager2_0 { 42 | 43 | @Autowired 44 | IInventoryAdapter inventoryAdapterImpl; 45 | 46 | private static final int SERVER_INVENTORY_THREAD_POOL = 1000; 47 | 48 | private static final Logger logger = LoggerFactory.getLogger(InventoryManagerImpl.class.getName()); 49 | 50 | 51 | @Override 52 | public List inventory(Set ips) throws Exception { 53 | List serverInfos = new ArrayList(); 54 | for (String validIp : ips) { 55 | InventoryInformation serverInfo = new InventoryInformation(); 56 | serverInfo.setIpAddress(validIp); 57 | serverInfo.setCredential(new Credential()); 58 | serverInfos.add(serverInfo); 59 | } 60 | return getInventory(serverInfos); 61 | } 62 | 63 | 64 | private List getInventory(List serverInfos) { 65 | logger.trace("Started inventory threads"); 66 | logger.trace(" IDRAC Server count for inventory = " + serverInfos.size()); 67 | StopWatch watch = new StopWatch(); 68 | watch.start(); 69 | if (serverInfos.size() > 0) { 70 | ExecutorService executor = Executors.newFixedThreadPool(SERVER_INVENTORY_THREAD_POOL); 71 | for (InventoryInformation serverInfo : serverInfos) { 72 | Runnable serverDiscoverTask = new ServerInventoryCollectionThread2_0(serverInfo, inventoryAdapterImpl); 73 | executor.execute(serverDiscoverTask); 74 | } 75 | executor.shutdown(); 76 | try { 77 | executor.awaitTermination(60, TimeUnit.SECONDS); 78 | executor.shutdownNow(); 79 | } catch (InterruptedException e) { 80 | e.printStackTrace(); 81 | Thread.currentThread().interrupt(); 82 | } 83 | } 84 | watch.stop(); 85 | logger.trace("Finished server inventory threads."); 86 | logger.trace("Time taken for inventory in seconds: " + watch.getTotalTimeSeconds()); 87 | return serverInfos; 88 | } 89 | 90 | 91 | @Override 92 | @Async 93 | public void processInventoryCallback(InventoryCallbackRequest inventoryCallbackRequest) { 94 | String type = inventoryCallbackRequest.getType(); 95 | try { 96 | Object dataObject = getInventoryObject(type, inventoryCallbackRequest.getCredential()); 97 | InventoryCallbackResponse inventoryCallbackResponse = createCallbackResponse(dataObject, type, inventoryCallbackRequest.getCallbackGraph()); 98 | logger.trace("Inventory callback response : ", ReflectionToStringBuilder.toString(dataObject, new CustomRecursiveToStringStyle(99))); 99 | HttpHeaders headers = new HttpHeaders(); 100 | headers.setContentType(MediaType.APPLICATION_JSON); 101 | RestTemplate restTemplate = new RestTemplate(); 102 | HttpEntity entity = new HttpEntity(inventoryCallbackResponse, headers); 103 | ResponseEntity responseEntity = restTemplate.postForEntity(inventoryCallbackRequest.getCallbackUri(), entity, String.class); 104 | logger.debug("Response recived after posting to URI : " + responseEntity.getBody()); 105 | } catch (Exception e) { 106 | logger.error("Exception occured in discovery : ", e); 107 | RuntimeCoreException runtimeCoreException = new RuntimeCoreException(e); 108 | runtimeCoreException.setErrorCode(EnumErrorCode.ENUM_SERVER_ERROR); 109 | throw runtimeCoreException; 110 | } 111 | } 112 | 113 | 114 | private InventoryCallbackResponse createCallbackResponse(Object dataObject, String type, String graphName) throws JsonProcessingException { 115 | InventoryCallbackResponse inventoryCallbackResponse = new InventoryCallbackResponse(); 116 | inventoryCallbackResponse.setName(graphName); 117 | Defaults defaults = new Defaults(); 118 | defaults.setType(type); 119 | defaults.setData(dataObject); 120 | Options options = new Options(); 121 | options.setDefaults(defaults); 122 | inventoryCallbackResponse.setOptions(options); 123 | return inventoryCallbackResponse; 124 | } 125 | 126 | 127 | private Object getInventoryObject(String type, Credential cred) throws Exception { 128 | WsmanCredentials credential = new WsmanCredentials(cred.getAddress(), cred.getUserName(), cred.getPassword()); 129 | ServerInventoryCallbackTypeEnum typeEnum = ServerInventoryCallbackTypeEnum.getEnum(type); 130 | if (typeEnum == null) { 131 | RuntimeCoreException runtimeCoreException = new RuntimeCoreException("Not a Valid Enum type."); 132 | runtimeCoreException.setErrorCode(EnumErrorCode.ENUM_SERVER_ERROR); 133 | throw runtimeCoreException; 134 | } 135 | 136 | switch (typeEnum) { 137 | case HARDWARE: 138 | return inventoryAdapterImpl.collectHardwareInventory(credential); 139 | case NICS: 140 | return inventoryAdapterImpl.collectNics(credential); 141 | case SOFTWARE: 142 | return inventoryAdapterImpl.collectSoftware(credential); 143 | case SYSTEM: 144 | return inventoryAdapterImpl.collectSummary(credential); 145 | case BIOS: 146 | return inventoryAdapterImpl.collectBios(credential); 147 | case BOOT: 148 | return inventoryAdapterImpl.collectBoot(credential); 149 | case SELLOG: 150 | return inventoryAdapterImpl.collectSelLogs(credential); 151 | case LCLOG: 152 | return inventoryAdapterImpl.collectLcLogs(credential); 153 | case MANAGER: 154 | return inventoryAdapterImpl.collectIdracDetails(credential); 155 | case SWITCHCONNECTION: 156 | return inventoryAdapterImpl.collectSwitchConnectionsView(credential); 157 | } 158 | return null; 159 | } 160 | 161 | 162 | @Override 163 | public Object collectHardwareInventory(WsmanCredentials wsmanCredentials) throws Exception { 164 | return inventoryAdapterImpl.collectHardwareInventory(wsmanCredentials); 165 | } 166 | 167 | 168 | @Override 169 | public Object collectSummary(WsmanCredentials wsmanCredentials) throws Exception { 170 | return inventoryAdapterImpl.collectSummary(wsmanCredentials); 171 | } 172 | 173 | 174 | @Override 175 | public Object collectSoftware(WsmanCredentials wsmanCredentials) throws Exception { 176 | return inventoryAdapterImpl.collectSoftware(wsmanCredentials); 177 | } 178 | 179 | 180 | @Override 181 | public Object collectNics(WsmanCredentials wsmanCredentials) throws Exception { 182 | return inventoryAdapterImpl.collectNics(wsmanCredentials); 183 | } 184 | 185 | 186 | @Override 187 | public Object collectBios(WsmanCredentials wsmanCredentials) throws Exception { 188 | return inventoryAdapterImpl.collectBios(wsmanCredentials); 189 | } 190 | 191 | 192 | @Override 193 | public Object collectBoot(WsmanCredentials wsmanCredentials) throws Exception { 194 | return inventoryAdapterImpl.collectBoot(wsmanCredentials); 195 | } 196 | 197 | @Override 198 | public Object collectIdracString(WsmanCredentials wsmanCredentials) throws Exception { 199 | return inventoryAdapterImpl.collectIdracString(wsmanCredentials); 200 | } 201 | 202 | @Override 203 | public Object collectIdracCardEnum(WsmanCredentials wsmanCredentials) throws Exception { 204 | return inventoryAdapterImpl.collectIdracCardEnum(wsmanCredentials); 205 | } 206 | 207 | @Override 208 | public Object collectIdracDetails(WsmanCredentials wsmanCredentials) throws Exception { 209 | return inventoryAdapterImpl.collectIdracDetails(wsmanCredentials); 210 | } 211 | 212 | @Override 213 | public Object collect(WsmanCredentials wsmanCredentials, String dcim) throws Exception { 214 | return inventoryAdapterImpl.collect(wsmanCredentials, dcim); 215 | } 216 | 217 | @Override 218 | public Object collectSwitchConnectionsView(WsmanCredentials wsmanCredentials) throws Exception { 219 | return inventoryAdapterImpl.collectSwitchConnectionsView(wsmanCredentials); 220 | } 221 | 222 | } 223 | -------------------------------------------------------------------------------- /LICENSE: -------------------------------------------------------------------------------- 1 | Apache License 2 | Version 2.0, January 2004 3 | http://www.apache.org/licenses/ 4 | 5 | TERMS AND CONDITIONS FOR USE, REPRODUCTION, AND DISTRIBUTION 6 | 7 | 1. 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We also recommend that a 185 | file or class name and description of purpose be included on the 186 | same "printed page" as the copyright notice for easier 187 | identification within third-party archives. 188 | 189 | Copyright {yyyy} {name of copyright owner} 190 | 191 | Licensed under the Apache License, Version 2.0 (the "License"); 192 | you may not use this file except in compliance with the License. 193 | You may obtain a copy of the License at 194 | 195 | http://www.apache.org/licenses/LICENSE-2.0 196 | 197 | Unless required by applicable law or agreed to in writing, software 198 | distributed under the License is distributed on an "AS IS" BASIS, 199 | WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. 200 | See the License for the specific language governing permissions and 201 | limitations under the License. 202 | -------------------------------------------------------------------------------- /src/main/java/com/dell/isg/smi/service/server/inventory/controller/ServerInventoryController2_0.java: -------------------------------------------------------------------------------- 1 | /** 2 | * Copyright © 2017 DELL Inc. or its subsidiaries. All Rights Reserved. 3 | */ 4 | package com.dell.isg.smi.service.server.inventory.controller; 5 | 6 | import java.util.Arrays; 7 | import java.util.List; 8 | import java.util.stream.Collectors; 9 | 10 | import org.apache.commons.lang3.builder.ReflectionToStringBuilder; 11 | import org.slf4j.Logger; 12 | import org.slf4j.LoggerFactory; 13 | import org.springframework.beans.factory.annotation.Autowired; 14 | import org.springframework.web.bind.annotation.PathVariable; 15 | import org.springframework.web.bind.annotation.RequestBody; 16 | import org.springframework.web.bind.annotation.RequestMapping; 17 | import org.springframework.web.bind.annotation.RequestMethod; 18 | import org.springframework.web.bind.annotation.RestController; 19 | 20 | import com.dell.isg.smi.adapter.server.model.WsmanCredentials; 21 | import com.dell.isg.smi.commons.model.common.Credential; 22 | import com.dell.isg.smi.commons.model.common.DevicesIpsRequest; 23 | import com.dell.isg.smi.commons.model.common.InventoryCallbackRequest; 24 | import com.dell.isg.smi.commons.model.common.InventoryInformation; 25 | import com.dell.isg.smi.commons.model.common.ResponseString; 26 | import com.dell.isg.smi.commons.utilities.CustomRecursiveToStringStyle; 27 | import com.dell.isg.smi.service.server.exception.BadRequestException; 28 | import com.dell.isg.smi.service.server.inventory.manager.IInventoryManager2_0; 29 | import com.dell.isg.smi.service.server.inventory.mock.bios.BiosResponse; 30 | import com.dell.isg.smi.service.server.inventory.mock.boot.BootResponse; 31 | import com.dell.isg.smi.service.server.inventory.mock.hardware.HardwareResponse; 32 | import com.dell.isg.smi.service.server.inventory.mock.manager.ManagerResponse; 33 | import com.dell.isg.smi.service.server.inventory.mock.nics.NicsResponse; 34 | import com.dell.isg.smi.service.server.inventory.mock.switchconnection.SwitchConnectionResponse; 35 | import com.dell.isg.smi.service.server.inventory.mock.software.SoftwareResponse; 36 | import com.dell.isg.smi.service.server.inventory.mock.summary.SummaryResponse; 37 | import com.dell.isg.smi.service.server.inventory.utilities.ValidationUtilities; 38 | 39 | import io.swagger.annotations.ApiOperation; 40 | import io.swagger.annotations.ApiResponse; 41 | import io.swagger.annotations.ApiResponses; 42 | 43 | @RestController 44 | @RequestMapping("/api/2.0/server/inventory") 45 | public class ServerInventoryController2_0 { 46 | 47 | @Autowired 48 | IInventoryManager2_0 inventoryManagerImpl; 49 | 50 | private static final Logger logger = LoggerFactory.getLogger(ServerInventoryController.class.getName()); 51 | 52 | 53 | @RequestMapping(value = "/hardware", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 54 | @ApiOperation(value = "/hardware", nickname = "hardware", notes = "This operation allows a user to retrieve the complete server hardware inventory via the iDRAC using the WSMan protocol.", response = Object.class) 55 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = HardwareResponse.class), @ApiResponse(code = 400, message = "Bad Request"), @ApiResponse(code = 500, message = "Failure") }) 56 | public Object inventory(@RequestBody Credential payload) { 57 | ValidationUtilities.validateRequestPayload(payload); 58 | logger.trace("Credential for hardware inventory : {} {}", payload.getAddress(), payload.getUserName()); 59 | Object result = null; 60 | try { 61 | WsmanCredentials wsmanCredentials = new WsmanCredentials(payload.getAddress(), payload.getUserName(), payload.getPassword()); 62 | result = inventoryManagerImpl.collectHardwareInventory(wsmanCredentials); 63 | } catch (Exception e) { 64 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 65 | BadRequestException badRequestException = new BadRequestException(); 66 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 67 | badRequestException.addAttribute(e.getMessage()); 68 | throw badRequestException; 69 | } 70 | logger.trace("Hardware inventory Response : {}", ReflectionToStringBuilder.toString(result, new CustomRecursiveToStringStyle(99))); 71 | return result; 72 | } 73 | 74 | 75 | @RequestMapping(value = "/summary", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 76 | @ApiOperation(value = "/summary", nickname = "summary", notes = "This operation allows a user to retrieve the server system information (System View) via the iDRAC using the WSMan protocol.", response = Object.class) 77 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = SummaryResponse.class), @ApiResponse(code = 400, message = "Bad Request"), @ApiResponse(code = 500, message = "Failure") }) 78 | public Object summary(@RequestBody Credential payload) { 79 | ValidationUtilities.validateRequestPayload(payload); 80 | logger.trace("Credential for system inventory : {} {}", payload.getAddress(), payload.getUserName()); 81 | Object result = null; 82 | try { 83 | WsmanCredentials wsmanCredentials = new WsmanCredentials(payload.getAddress(), payload.getUserName(), payload.getPassword()); 84 | result = inventoryManagerImpl.collectSummary(wsmanCredentials); 85 | 86 | } catch (Exception e) { 87 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 88 | BadRequestException badRequestException = new BadRequestException(); 89 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 90 | badRequestException.addAttribute(e.getMessage()); 91 | throw badRequestException; 92 | } 93 | logger.trace("System inventory Response : {}", ReflectionToStringBuilder.toString(result, new CustomRecursiveToStringStyle(99))); 94 | return result; 95 | } 96 | 97 | 98 | @RequestMapping(value = "/software", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 99 | @ApiOperation(value = "/software", nickname = "software", notes = "This operation allows a user to retrieve the complete server software inventory via the iDRAC using the WSMan protocol.", response = Object.class, responseContainer = "List") 100 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = SoftwareResponse.class, responseContainer = "List"), @ApiResponse(code = 400, message = "Bad Request"), @ApiResponse(code = 500, message = "Failure") }) 101 | public Object software(@RequestBody Credential payload) { 102 | ValidationUtilities.validateRequestPayload(payload); 103 | logger.trace("Credential for software inventory : {} {}", payload.getAddress(), payload.getUserName()); 104 | Object result = null; 105 | try { 106 | WsmanCredentials wsmanCredentials = new WsmanCredentials(payload.getAddress(), payload.getUserName(), payload.getPassword()); 107 | result = inventoryManagerImpl.collectSoftware(wsmanCredentials); 108 | } catch (Exception e) { 109 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 110 | BadRequestException badRequestException = new BadRequestException(); 111 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 112 | badRequestException.addAttribute(e.getMessage()); 113 | throw badRequestException; 114 | } 115 | logger.trace("Software inventory Response : {}", ReflectionToStringBuilder.toString(result, new CustomRecursiveToStringStyle(99))); 116 | return result; 117 | } 118 | 119 | 120 | @RequestMapping(value = "/nics", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 121 | @ApiOperation(value = "/nics", nickname = "nics", notes = "This operation allows a user to retrieve the complete server NIC information via the iDRAC using the WSMan protocol.", response = Object.class, responseContainer = "List") 122 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = NicsResponse.class, responseContainer = "List"), @ApiResponse(code = 400, message = "Bad Request"), @ApiResponse(code = 500, message = "Failure") }) 123 | public Object nics(@RequestBody Credential payload) { 124 | ValidationUtilities.validateRequestPayload(payload); 125 | logger.trace("Credential for NIC inventory : {} {}", payload.getAddress(), payload.getUserName()); 126 | Object result = null; 127 | try { 128 | WsmanCredentials wsmanCredentials = new WsmanCredentials(payload.getAddress(), payload.getUserName(), payload.getPassword()); 129 | Object nics = inventoryManagerImpl.collectNics(wsmanCredentials); 130 | result = nics; 131 | } catch (Exception e) { 132 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 133 | BadRequestException badRequestException = new BadRequestException(); 134 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 135 | badRequestException.addAttribute(e.getMessage()); 136 | throw badRequestException; 137 | } 138 | logger.trace("NIC inventory Response : {}", ReflectionToStringBuilder.toString(result, new CustomRecursiveToStringStyle(99))); 139 | return result; 140 | } 141 | 142 | 143 | @RequestMapping(value = "/bios", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 144 | @ApiOperation(value = "/bios", nickname = "bios", notes = "This operation allows a user to retrieve the bios details from server via the iDRAC using the WSMan protocol.", response = Object.class) 145 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = BiosResponse.class), @ApiResponse(code = 400, message = "Bad Request"), @ApiResponse(code = 500, message = "Failure") }) 146 | public Object collectConfig(@RequestBody Credential payload) { 147 | ValidationUtilities.validateRequestPayload(payload); 148 | logger.trace("Credential for bios data : {} {}", payload.getAddress(), payload.getUserName()); 149 | Object result = null; 150 | try { 151 | WsmanCredentials wsmanCredentials = new WsmanCredentials(payload.getAddress(), payload.getUserName(), payload.getPassword()); 152 | result = inventoryManagerImpl.collectBios(wsmanCredentials); 153 | } catch (Exception e) { 154 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 155 | BadRequestException badRequestException = new BadRequestException(); 156 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 157 | badRequestException.addAttribute(e.getMessage()); 158 | throw badRequestException; 159 | } 160 | logger.trace("Bios Response : {}", ReflectionToStringBuilder.toString(result, new CustomRecursiveToStringStyle(99))); 161 | return result; 162 | } 163 | 164 | 165 | @RequestMapping(value = "/boot", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 166 | @ApiOperation(value = "/boot", nickname = "boot", notes = "This operation allows a user to retrieve the boot order details from the server via the iDRAC using the WSMan protocol.", response = Object.class) 167 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = BootResponse.class), @ApiResponse(code = 400, message = "Bad Request"), @ApiResponse(code = 500, message = "Failure") }) 168 | public Object collectBootOrderDetails(@RequestBody Credential payload) { 169 | ValidationUtilities.validateRequestPayload(payload); 170 | logger.trace("Credential for boot order details : {} {}", payload.getAddress(), payload.getUserName()); 171 | Object result = null; 172 | try { 173 | WsmanCredentials wsmanCredentials = new WsmanCredentials(payload.getAddress(), payload.getUserName(), payload.getPassword()); 174 | result = inventoryManagerImpl.collectBoot(wsmanCredentials); 175 | } catch (Exception e) { 176 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 177 | BadRequestException badRequestException = new BadRequestException(); 178 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 179 | badRequestException.addAttribute(e.getMessage()); 180 | throw badRequestException; 181 | } 182 | logger.trace("Boot Order Response : {}", ReflectionToStringBuilder.toString(result, new CustomRecursiveToStringStyle(99))); 183 | return result; 184 | } 185 | 186 | public List inventory(@RequestBody DevicesIpsRequest deviceIps) { 187 | ValidationUtilities.validateRequestPayload(deviceIps); 188 | logger.trace("Ips submitted for inventory : ", ReflectionToStringBuilder.toString(deviceIps, new CustomRecursiveToStringStyle(99))); 189 | List response = null; 190 | try { 191 | response = inventoryManagerImpl.inventory(Arrays.stream(deviceIps.getIps()).collect(Collectors.toSet())); 192 | } catch (Exception e) { 193 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 194 | BadRequestException badRequestException = new BadRequestException(); 195 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 196 | badRequestException.addAttribute(e.getMessage()); 197 | throw badRequestException; 198 | } 199 | logger.trace("Inventory Response : {}", ReflectionToStringBuilder.toString(response, new CustomRecursiveToStringStyle(99))); 200 | return response; 201 | } 202 | 203 | 204 | @RequestMapping(value = "/callback", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 205 | @ApiOperation(value = "/callback", nickname = "callback", notes = "This operation allows a user to retrieve all the server inventory via the iDRAC using the WSMan protocol. It uses callback uri to respond once the inventory is collected. Type could be : hardware :nics :software : manager:boot :bios: summary: sellog: lclog", response = ResponseString.class) 206 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = ResponseString.class), @ApiResponse(code = 400, message = "Bad Request"), @ApiResponse(code = 500, message = "Failure") }) 207 | public ResponseString inventoryCallback(@RequestBody InventoryCallbackRequest inventoryCallbackRequest) { 208 | ValidationUtilities.validateRequestPayload(inventoryCallbackRequest); 209 | logger.trace("Inventory submitted for callback : {} : {}", inventoryCallbackRequest.getCredential().getAddress(), inventoryCallbackRequest.getCallbackUri()); 210 | ResponseString response = new ResponseString(); 211 | String result = "Failed to submit IP range for discovery.."; 212 | response.setCallbackUri(inventoryCallbackRequest.getCallbackUri()); 213 | result = "Request Submitted ... Result will be posted to call uri : " + response.getCallbackUri(); 214 | inventoryManagerImpl.processInventoryCallback(inventoryCallbackRequest); 215 | response.setResponse(result); 216 | return response; 217 | } 218 | 219 | 220 | @RequestMapping(value = "/manager", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 221 | @ApiOperation(value = "/manager", nickname = "manager", notes = "This operation allows a user to retrieve the complete iDRAC information like DCIM_IDRACCardView, DCIM_iDRACCardString and DCIM_iDRACCardEnumeration via the iDRAC using the WSMan protocol.", response = Object.class) 222 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = ManagerResponse.class), @ApiResponse(code = 400, message = "Bad Request"), @ApiResponse(code = 500, message = "Failure") }) 223 | public Object getIdracDetails(@RequestBody Credential payload) { 224 | ValidationUtilities.validateRequestPayload(payload); 225 | logger.trace("Credential for hardware inventory : {} {}", payload.getAddress(), payload.getUserName()); 226 | Object manager = null; 227 | try { 228 | WsmanCredentials wsmanCredentials = new WsmanCredentials(payload.getAddress(), payload.getUserName(), payload.getPassword()); 229 | manager = inventoryManagerImpl.collectIdracDetails(wsmanCredentials); 230 | } catch (Exception e) { 231 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 232 | BadRequestException badRequestException = new BadRequestException(); 233 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 234 | badRequestException.addAttribute(e.getMessage()); 235 | throw badRequestException; 236 | } 237 | logger.trace("Manager Response : {}", ReflectionToStringBuilder.toString(manager, new CustomRecursiveToStringStyle(99))); 238 | return manager; 239 | } 240 | 241 | @RequestMapping(value = "/dcim/{type}", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 242 | @ApiOperation(value = "/dcim/{type}", nickname = "dcim", notes = "This operation allows a user to retrieve any dcim data based on the passed type via the iDRAC using the WSMan protocol. Type value - DCIM_SystemView:DCIM_ControllerView:DCIM_VirtualDiskView:DCIM_PhysicalDiskView ..etc", response = Object.class, responseContainer = "List") 243 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = Object.class, responseContainer = "List"), @ApiResponse(code = 401, message = "Unauthorized"), @ApiResponse(code = 403, message = "Forbidden"), @ApiResponse(code = 404, message = "Not Found"), @ApiResponse(code = 500, message = "Failure") }) 244 | public Object collectSelLogs(@RequestBody Credential payload, @PathVariable("type") String type) { 245 | ValidationUtilities.validateRequestPayload(payload); 246 | Object result = null; 247 | try { 248 | WsmanCredentials wsmanCredentials = new WsmanCredentials(payload.getAddress(), payload.getUserName(), payload.getPassword()); 249 | result = inventoryManagerImpl.collect(wsmanCredentials, type); 250 | } catch (Exception e) { 251 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 252 | BadRequestException badRequestException = new BadRequestException(); 253 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 254 | badRequestException.addAttribute(e.getMessage()); 255 | throw badRequestException; 256 | } 257 | logger.trace("Result Response : {}", ReflectionToStringBuilder.toString(result, new CustomRecursiveToStringStyle(99))); 258 | return result; 259 | } 260 | 261 | @RequestMapping(value = "/switchconnectionsview", method = RequestMethod.POST, headers = "Accept=application/json", consumes = "application/json", produces = "application/json") 262 | @ApiOperation(value = "/switchconnectionsview", nickname = "switchconnectionsview", notes = "This operation allows a user to retrieve the complete server switch connections view using the WSMan protocol.", response = Object.class, responseContainer = "List") 263 | @ApiResponses(value = { @ApiResponse(code = 200, message = "Success", response = SwitchConnectionResponse.class, responseContainer = "List"), @ApiResponse(code = 400, message = "Bad Request"), @ApiResponse(code = 500, message = "Failure") }) 264 | public Object switchConnectionsView(@RequestBody Credential payload) { 265 | ValidationUtilities.validateRequestPayload(payload); 266 | logger.trace("Credential for switchConnectionsView : {} {}", payload.getAddress(), payload.getUserName()); 267 | Object result = null; 268 | try { 269 | WsmanCredentials wsmanCredentials = new WsmanCredentials(payload.getAddress(), payload.getUserName(), payload.getPassword()); 270 | Object switchview = inventoryManagerImpl.collectSwitchConnectionsView(wsmanCredentials); 271 | result = switchview; 272 | } catch (Exception e) { 273 | logger.error("Exception occured in inventory2 : {}", e.getMessage()); 274 | BadRequestException badRequestException = new BadRequestException(); 275 | badRequestException.setErrorCode(com.dell.isg.smi.commons.elm.model.EnumErrorCode.ENUM_GENERIC_MESSAGE); 276 | badRequestException.addAttribute(e.getMessage()); 277 | throw badRequestException; 278 | } 279 | logger.trace("Switchview Response : {}", ReflectionToStringBuilder.toString(result, new CustomRecursiveToStringStyle(99))); 280 | return result; 281 | } 282 | 283 | } 284 | -------------------------------------------------------------------------------- /src/docs/asciidoc/examples-v2.adoc: -------------------------------------------------------------------------------- 1 | WSMan Response Examples 2 | ----------------------- 3 | 4 | BIOS 5 | ~~~~ 6 | ----------------- 7 | { 8 | "DCIM_BIOSEnumeration": [ 9 | { 10 | "DisplayOrder": "310", 11 | "InstanceID": "BIOS.Setup.1-1:MemTest", 12 | "PendingValue": "", 13 | "PossibleValuesDescription": [ 14 | "Enabled", 15 | "Disabled" 16 | ], 17 | "CurrentValue": "Disabled", 18 | "FQDD": "BIOS.Setup.1-1", 19 | "GroupDisplayName": "Memory Settings", 20 | "PossibleValues": [ 21 | "Enabled", 22 | "Disabled" 23 | ], 24 | "Dependency": "", 25 | "GroupID": "MemSettings", 26 | "AttributeDisplayName": "System Memory Testing", 27 | "AttributeName": "MemTest", 28 | "IsReadOnly": "false" 29 | } 30 | ], 31 | "DCIM_BIOSString": [ 32 | { 33 | "DisplayOrder": "201", 34 | "InstanceID": "BIOS.Setup.1-1:SystemModelName", 35 | "PendingValue": "", 36 | "CurrentValue": "PowerEdge FC630", 37 | "MinLength": "0", 38 | "FQDD": "BIOS.Setup.1-1", 39 | "GroupDisplayName": "System Information", 40 | "Dependency": "", 41 | "MaxLength": "40", 42 | "GroupID": "SysInformation", 43 | "AttributeDisplayName": "System Model Name", 44 | "ValueExpression": "", 45 | "AttributeName": "SystemModelName", 46 | "IsReadOnly": "true" 47 | } 48 | ] 49 | } 50 | ----------------- 51 | 52 | BOOT 53 | ~~~~ 54 | 55 | ----------------- 56 | { 57 | "DCIM_BootConfigSetting": [ 58 | { 59 | "IsCurrent": "1", 60 | "IsDefault": "0", 61 | "InstanceID": "IPL", 62 | "ElementName": "BootSeq", 63 | "IsNext": "1" 64 | } 65 | ], 66 | "DCIM_BootSourceSetting": [ 67 | { 68 | "CurrentEnabledStatus": "1", 69 | "PendingAssignedSequence": "0", 70 | "BIOSBootString": "Unknown Device: USB Floppy BootSeq", 71 | "PendingEnabledStatus": "1", 72 | "InstanceID": "IPL:BIOS.Setup.1-1#BootSeq#Unknown.Unknown.1-1#65115bd4b8ed2b80329381fc705cbc89", 73 | "ElementName": "Unknown Device: USB Floppy BootSeq", 74 | "FailThroughSupported": "1", 75 | "CurrentAssignedSequence": "0", 76 | "BootString": "Unknown Device: USB Floppy BootSeq", 77 | "BootSourceType": "IPL" 78 | } 79 | ], 80 | "DCIM_BIOSEnumeration": [ 81 | { 82 | "DisplayOrder": "500", 83 | "InstanceID": "BIOS.Setup.1-1:EmbSata", 84 | "PendingValue": "", 85 | "PossibleValuesDescription": [ 86 | "ATA Mode", 87 | "AHCI Mode", 88 | "RAID Mode", 89 | "Off" 90 | ], 91 | "CurrentValue": "AhciMode", 92 | "FQDD": "BIOS.Setup.1-1", 93 | "GroupDisplayName": "SATA Settings", 94 | "PossibleValues": [ 95 | "AtaMode", 96 | "AhciMode", 97 | "RaidMode", 98 | "Off" 99 | ], 100 | "Dependency": "", 101 | "GroupID": "SataSettings", 102 | "AttributeDisplayName": "Embedded SATA", 103 | "AttributeName": "EmbSata", 104 | "IsReadOnly": "false" 105 | } 106 | ] 107 | } 108 | ----------------- 109 | 110 | 111 | HARDWARE 112 | ~~~~~~~ 113 | 114 | ----------------- 115 | { 116 | "DCIM_SystemView": { 117 | "DeviceDescription": "System", 118 | "EstimatedExhaustTemperature": "255", 119 | "InstanceID": "System.Embedded.1", 120 | "PSRollupStatus": "1", 121 | "BoardPartNumber": "0JXJPTA00", 122 | "MemoryOperationMode": "OptimizerMode", 123 | "SysMemLocation": "3", 124 | "SystemID": "1563", 125 | "ChassisSystemHeight": "2", 126 | "TempRollupStatus": "1", 127 | "BIOSVersionString": "2.4.2", 128 | "LastUpdateTime": "Tue Sep 12 17:45:18 CDT 2017", 129 | "PlatformGUID": "3234444f-c0b5-3380-4e10-00564c4c4544", 130 | "SysMemTotalSize": "98304", 131 | "Manufacturer": "Dell Inc.", 132 | "BIOSReleaseDate": "01/09/2017", 133 | "UUID": "4c4c4544-0056-4e10-8033-b5c04f443432", 134 | "HostName": "", 135 | "EstimatedSystemAirflow": "255", 136 | "LifecycleControllerVersion": "2.41.40.40", 137 | "PopulatedPCIeSlots": "2", 138 | "PopulatedCPUSockets": "2", 139 | "IntrusionRollupStatus": "", 140 | "StorageRollupStatus": "1", 141 | "BoardSerialNumber": "CN7016352P00A6", 142 | "FQDD": "System.Embedded.1", 143 | "LicensingRollupStatus": "1", 144 | "PowerCap": "423", 145 | "PrimaryStatus": "1", 146 | "AssetTag": "", 147 | "SysMemPrimaryStatus": "1", 148 | "PopulatedDIMMSlots": "6", 149 | "CurrentRollupStatus": "1", 150 | "BaseBoardChassisSlot": "Slot 01", 151 | "MemoryRollupStatus": "1", 152 | "ChassisServiceTag": "5VN2D42", 153 | "BatteryRollupStatus": "1", 154 | "ExpressServiceCode": "12797151266", 155 | "ServiceTag": "5VN3D42", 156 | "SystemGeneration": "13G Modular", 157 | "TempStatisticsRollupStatus": "1", 158 | "RollupStatus": "1", 159 | "IDSDMRollupStatus": "", 160 | "SysMemFailOverState": "NotInUse", 161 | "CMCIP": "100.68.123.36", 162 | "NodeID": "5VN3D42", 163 | "SysMemMaxCapacitySize": "3145728", 164 | "MaxPCIeSlots": "3", 165 | "MaxDIMMSlots": "24", 166 | "PowerState": "2", 167 | "SDCardRollupStatus": "", 168 | "ServerAllocation": "446", 169 | "ChassisName": "CMC-5VN2D42", 170 | "FanRollupStatus": "1", 171 | "CPURollupStatus": "1", 172 | "smbiosGUID": "44454c4c-5600-104e-8033-b5c04f443432", 173 | "PowerCapEnabledState": "3", 174 | "CPLDVersion": "1.0.5", 175 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 176 | "Model": "PowerEdge FC630", 177 | "BladeGeometry": "5", 178 | "SystemRevision": "0", 179 | "SysMemErrorMethodology": "6", 180 | "MaxCPUSockets": "2", 181 | "ChassisModel": "PowerEdge FX2s", 182 | "VoltRollupStatus": "1" 183 | }, 184 | "DCIM_Memoryview": [ 185 | { 186 | "DeviceDescription": "DIMM A1", 187 | "Speed": "2133", 188 | "PartNumber": "HMA42GR7MFR4N-TF", 189 | "InstanceID": "DIMM.Socket.A1", 190 | "ManufactureDate": "Mon Apr 06 07:00:00 2015 UTC", 191 | "Size": "16384", 192 | "FQDD": "DIMM.Socket.A1", 193 | "Rank": "2", 194 | "PrimaryStatus": "1", 195 | "BankLabel": "A", 196 | "CurrentOperatingSpeed": "1600", 197 | "SerialNumber": "23B70828", 198 | "LastUpdateTime": "Wed May 06 23:54:13 CDT 2015", 199 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 200 | "Manufacturer": "Hynix Semiconductor", 201 | "Model": "DDR4 DIMM", 202 | "MemoryType": "26" 203 | } 204 | ], 205 | "DCIM_Powersupplyview": [ 206 | { 207 | "DeviceDescription": "Power Supply 1", 208 | "RedundancyStatus": "0", 209 | "PartNumber": "095HR5A01", 210 | "InstanceID": "PSU.Slot.1", 211 | "TotalOutputPower": "1600", 212 | "DetailedState": "Presence Detected", 213 | "FQDD": "PSU.Slot.1", 214 | "PrimaryStatus": "1", 215 | "FirmwareVersion": "", 216 | "RedMinNumberNeeded": "1", 217 | "Range1MaxInputPower": "1920", 218 | "RedTypeOfSet": "2", 219 | "Type": "0", 220 | "InputVoltage": "0", 221 | "SerialNumber": "CN1797251S02J5", 222 | "LastUpdateTime": "Wed Sep 27 23:53:44 CDT 2017", 223 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 224 | "Manufacturer": "Dell", 225 | "Model": "PWR SPLY,1600W,RDNT,DELTA ", 226 | "PMBusMonitoring": "1" 227 | } 228 | ], 229 | "DCIM_CPUView": [ 230 | { 231 | "Cache2SRAMType": "2", 232 | "Cache2WritePolicy": "1", 233 | "DeviceDescription": "CPU 1", 234 | "InstanceID": "CPU.Socket.1", 235 | "Cache3ErrorMethodology": "5", 236 | "LastUpdateTime": "Fri Jan 15 16:26:06 CST 2016", 237 | "VirtualizationTechnologyEnabled": "1", 238 | "Manufacturer": "Intel", 239 | "Cache1Type": "5", 240 | "Cache3Size": "15360", 241 | "VirtualizationTechnologyCapable": "1", 242 | "Cache3Level": "2", 243 | "NumberOfProcessorCores": "6", 244 | "FQDD": "CPU.Socket.1", 245 | "Cache2Location": "0", 246 | "PrimaryStatus": "1", 247 | "NumberOfEnabledThreads": "6", 248 | "Cache1Associativity": "7", 249 | "HyperThreadingEnabled": "0", 250 | "Cache2Associativity": "7", 251 | "Cache2Size": "1536", 252 | "MaxClockSpeed": "4000", 253 | "CPUFamily": "B3", 254 | "Cache3Associativity": "14", 255 | "TurboModeCapable": "0", 256 | "Cache1Level": "0", 257 | "Cache1SRAMType": "2", 258 | "Cache1Size": "384", 259 | "CurrentClockSpeed": "1600", 260 | "ExecuteDisabledCapable": "1", 261 | "ExecuteDisabledEnabled": "1", 262 | "Cache3SRAMType": "2", 263 | "Cache2ErrorMethodology": "5", 264 | "Cache3WritePolicy": "1", 265 | "TurboModeEnabled": "0", 266 | "Voltage": "1.3", 267 | "Cache2PrimaryStatus": "1", 268 | "Cache3PrimaryStatus": "1", 269 | "Cache1PrimaryStatus": "1", 270 | "Cache1Location": "0", 271 | "Cache1WritePolicy": "1", 272 | "Cache2Type": "5", 273 | "NumberOfEnabledCores": "6", 274 | "CPUStatus": "1", 275 | "Cache2Level": "1", 276 | "Cache3Location": "0", 277 | "Characteristics": "4", 278 | "Cache3Type": "5", 279 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 280 | "Model": "Intel(R) Xeon(R) CPU E5-2603 v3 @ 1.60GHz", 281 | "Cache1ErrorMethodology": "4", 282 | "HyperThreadingCapable": "0", 283 | "ExternalBusClockSpeed": "6400" 284 | } 285 | ], 286 | "DCIM_VFlashView": { 287 | "DeviceDescription": "vFlash Card", 288 | "InstanceID": "Disk.vFlashCard.1", 289 | "ComponentName": "No SD Card", 290 | "FQDD": "Disk.vFlashCard.1" 291 | }, 292 | "DCIM_FanView": [ 293 | { 294 | "BaseUnits": "19", 295 | "DeviceDescription": "Fan 1A", 296 | "RedundancyStatus": "6", 297 | "RateUnits": "0", 298 | "InstanceID": "Fan.Embedded.1A", 299 | "ActiveCooling": "true", 300 | "PWM": "255", 301 | "VariableSpeed": "true", 302 | "FQDD": "Fan.Embedded.1A", 303 | "PrimaryStatus": "1", 304 | "LastUpdateTime": "Wed Sep 27 23:53:46 CDT 2017", 305 | "UnitModifier": "0", 306 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 307 | "CurrentReading": "3600" 308 | } 309 | ], 310 | "DCIM_EnclosureView": { 311 | "Connector": "0", 312 | "DeviceDescription": "Backplane 1 on Connector 0 of Integrated RAID Controller 1", 313 | "ProductName": "BP13G+ 0:1", 314 | "InstanceID": "Enclosure.Internal.0-1:RAID.Integrated.1-1", 315 | "ServiceTag": "", 316 | "SlotCount": "2", 317 | "FQDD": "Enclosure.Internal.0-1:RAID.Integrated.1-1", 318 | "TempProbeCount": "0", 319 | "RollupStatus": "1", 320 | "PrimaryStatus": "1", 321 | "PSUCount": "0", 322 | "EMMCount": "0", 323 | "AssetTag": "", 324 | "FanCount": "0", 325 | "LastUpdateTime": "Wed Sep 13 15:07:10 CDT 2017", 326 | "Version": "2.25", 327 | "State": "1", 328 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 329 | "WiredOrder": "1" 330 | }, 331 | "DCIM_VirtualDiskView": "", 332 | "DCIM_Sensor": [ 333 | { 334 | "SensorType": "3", 335 | "OtherSensorTypeDescription": "", 336 | "DeviceID": "iDRAC.Embedded.1#CPU1VCOREPG", 337 | "SystemCreationClassName": "DCIM_ComputerSystem", 338 | "OperationalStatus": "2", 339 | "PrimaryStatus": "1", 340 | "RequestedState": "12", 341 | "PossibleStates": [ 342 | "Unknown", 343 | "Good", 344 | "Non Critical", 345 | "Bad", 346 | "Non Recoverable" 347 | ], 348 | "ElementName": "CPU1 VCORE PG", 349 | "CreationClassName": "DCIM_Sensor", 350 | "CurrentState": "Good", 351 | "SystemName": "system", 352 | "EnabledState": "2", 353 | "HealthState": "5" 354 | } 355 | ], 356 | "DCIM_NumericSensor": [ 357 | { 358 | "LowerThresholdNonCritical": "30", 359 | "RateUnits": "0", 360 | "LowerThresholdCritical": "-70", 361 | "SystemCreationClassName": "DCIM_ComputerSystem", 362 | "EnabledDefault": "2", 363 | "RequestedState": "12", 364 | "ValueFormulation": "2", 365 | "ElementName": "System Board Inlet Temp", 366 | "CurrentState": "Normal", 367 | "UnitModifier": "-1", 368 | "CurrentReading": "140", 369 | "SystemName": "system", 370 | "EnabledState": "2", 371 | "BaseUnits": "2", 372 | "TransitioningToState": "12", 373 | "SensorType": "2", 374 | "OtherSensorTypeDescription": "", 375 | "DeviceID": "iDRAC.Embedded.1#SystemBoardInletTemp", 376 | "UpperThresholdCritical": "470", 377 | "OperationalStatus": "2", 378 | "PrimaryStatus": "1", 379 | "PossibleStates": [ 380 | "Unknown", 381 | "Fatal", 382 | "Normal", 383 | "Upper Fatal", 384 | "Upper Critical", 385 | "Upper Non-Critical", 386 | "Lower Non-Critical", 387 | "Lower Critical" 388 | ], 389 | "SettableThresholds": [ 390 | "0", 391 | "1" 392 | ], 393 | "CreationClassName": "DCIM_NumericSensor", 394 | "SupportedThresholds": [ 395 | "0", 396 | "1", 397 | "2", 398 | "3" 399 | ], 400 | "HealthState": "5", 401 | "UpperThresholdNonCritical": "420" 402 | } 403 | ], 404 | "DCIM_SystemString": [ 405 | { 406 | "DisplayOrder": "1410", 407 | "InstanceID": "System.Embedded.1#ServerPwr.1#ActivePolicyName", 408 | "PendingValue": "", 409 | "CurrentValue": "iDRAC", 410 | "MinLength": "0", 411 | "FQDD": "System.Embedded.1", 412 | "GroupDisplayName": "Server Power", 413 | "Dependency": "", 414 | "MaxLength": "128", 415 | "GroupID": "ServerPwr.1", 416 | "DefaultValue": "", 417 | "AttributeDisplayName": "Active Power Cap Policy Name", 418 | "AttributeName": "ActivePolicyName", 419 | "IsReadOnly": "true" 420 | } 421 | ], 422 | "DCIM_ControllerView": [ 423 | { 424 | "MaxAvailablePCILinkSpeed": "Generation 3", 425 | "DeviceDescription": "Integrated RAID Controller 1", 426 | "ProductName": "PERC H330 Mini", 427 | "SlicedVDCapability": "1", 428 | "InstanceID": "RAID.Integrated.1-1", 429 | "RealtimeCapability": "1", 430 | "KeyID": "", 431 | "SupportEnhancedAutoForeignImport": "1", 432 | "RollupStatus": "1", 433 | "Function": "0", 434 | "LastUpdateTime": "Wed Sep 13 15:07:10 CDT 2017", 435 | "SupportRAID10UnevenSpans": "1", 436 | "SecurityStatus": "0", 437 | "DeviceCardSlotLength": "2", 438 | "PCISubDeviceID": "1F4C", 439 | "MaxPossiblePCILinkSpeed": "Generation 3", 440 | "Bus": "2", 441 | "DeviceCardDataBusWidth": "Unknown", 442 | "PCIVendorID": "1000", 443 | "SupportControllerBootMode": "1", 444 | "PCISubVendorID": "1028", 445 | "DeviceCardManufacturer": "DELL", 446 | "EncryptionCapability": "0", 447 | "Device": "0", 448 | "PCISlot": "0", 449 | "FQDD": "RAID.Integrated.1-1", 450 | "PatrolReadState": "1", 451 | "PCIDeviceID": "5F", 452 | "PrimaryStatus": "1", 453 | "SASAddress": "544A842016E2E600", 454 | "CacheSizeInMB": "0", 455 | "DriverVersion": "", 456 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 457 | "DeviceCardSlotType": "Unknown", 458 | "ControllerFirmwareVersion": "25.5.2.0001", 459 | "CachecadeCapability": "0", 460 | "T10PICapability": "1", 461 | "EncryptionMode": "0" 462 | } 463 | ], 464 | "DCIM_ControllerBatteryView": "", 465 | "DCIM_RAIDEnumeration": [ 466 | { 467 | "InstanceID": "RAID.Integrated.1-1:RAIDSupportedRAIDLevels", 468 | "PendingValue": "", 469 | "CurrentValue": [ 470 | "2(RAID-0)", 471 | "4(RAID-1)", 472 | "64(RAID-5)", 473 | "2048(RAID-10)", 474 | "8192(RAID-50)" 475 | ], 476 | "AttributeName": "RAIDSupportedRAIDLevels", 477 | "FQDD": "RAID.Integrated.1-1", 478 | "PossibleValues": [ 479 | "2(RAID-0)", 480 | "4(RAID-1)", 481 | "64(RAID-5)", 482 | "2048(RAID-10)", 483 | "8192(RAID-50)" 484 | ], 485 | "IsReadOnly": "true" 486 | }, 487 | { 488 | "InstanceID": "RAID.Integrated.1-1:RAIDSupportedInitTypes", 489 | "PendingValue": "", 490 | "CurrentValue": "Fast", 491 | "AttributeName": "RAIDSupportedInitTypes", 492 | "FQDD": "RAID.Integrated.1-1", 493 | "PossibleValues": "Fast", 494 | "IsReadOnly": "true" 495 | }, 496 | { 497 | "InstanceID": "Enclosure.Internal.0-1:RAID.Integrated.1-1:BackplaneType", 498 | "PendingValue": "", 499 | "CurrentValue": "Not Shared", 500 | "AttributeName": "BackplaneType", 501 | "FQDD": "Enclosure.Internal.0-1:RAID.Integrated.1-1", 502 | "PossibleValues": [ 503 | "Not Shared", 504 | "Shared" 505 | ], 506 | "IsReadOnly": "true" 507 | } 508 | ], 509 | "DCIM_RAIDInteger": [ 510 | { 511 | "LowerBound": "0", 512 | "InstanceID": "RAID.Integrated.1-1:RAIDmaxSupportedVD", 513 | "UpperBound": "0", 514 | "PendingValue": "", 515 | "CurrentValue": "32", 516 | "AttributeName": "RAIDmaxSupportedVD", 517 | "FQDD": "RAID.Integrated.1-1", 518 | "IsReadOnly": "true" 519 | } 520 | ] 521 | } 522 | ----------------- 523 | 524 | MANAGER 525 | ~~~~~~~ 526 | 527 | ----------------- 528 | { 529 | "DCIM_IDRACCardView": { 530 | "DeviceDescription": "iDRAC", 531 | "LANEnabledState": "1", 532 | "InstanceID": "iDRAC.Embedded.1-1#IDRACinfo", 533 | "DNSDomainName": "", 534 | "GUID": "3234444f-c0b5-3380-4e10-00564c4c4544", 535 | "SOLEnabledState": "1", 536 | "PermanentMACAddress": "44:a8:42:a7:7f:c0", 537 | "FQDD": "iDRAC.Embedded.1-1", 538 | "DNSRacName": "idrac-5VN3D42", 539 | "URLString": "https://100.68.123.39:443", 540 | "FirmwareVersion": "2.41.40.40", 541 | "LastUpdateTime": "Wed Sep 27 23:55:30 CDT 2017", 542 | "IPMIVersion": "2.0", 543 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 544 | "Model": "Enterprise", 545 | "ProductDescription": "This system component provides a complete set of remote management functions for Dell PowerEdge servers" 546 | }, 547 | "DCIM_iDRACCardEnumeration": [ 548 | { 549 | "DisplayOrder": "6", 550 | "InstanceID": "iDRAC.Embedded.1#Info.1#Type", 551 | "PendingValue": "", 552 | "CurrentValue": "13G Modular", 553 | "FQDD": "iDRAC.Embedded.1", 554 | "GroupDisplayName": "RAC Information", 555 | "PossibleValues": [ 556 | "12G/13G", 557 | "12G Monolithic", 558 | "12G Modular", 559 | "13G Monolithic", 560 | "13G Modular", 561 | "12G DCS", 562 | "13G DCS" 563 | ], 564 | "Dependency": "", 565 | "GroupID": "Info.1", 566 | "DefaultValue": "12G/13G", 567 | "AttributeDisplayName": "iDRAC Type", 568 | "AttributeName": "Type", 569 | "IsReadOnly": "true" 570 | } 571 | ], 572 | "DCIM_iDRACCardString": [ 573 | { 574 | "DisplayOrder": "1", 575 | "InstanceID": "iDRAC.Embedded.1#Info.1#Product", 576 | "PendingValue": "", 577 | "CurrentValue": "Integrated Dell Remote Access Controller", 578 | "MinLength": "0", 579 | "FQDD": "iDRAC.Embedded.1", 580 | "GroupDisplayName": "RAC Information", 581 | "Dependency": "", 582 | "MaxLength": "63", 583 | "GroupID": "Info.1", 584 | "DefaultValue": "", 585 | "AttributeDisplayName": "iDRAC Product Information", 586 | "AttributeName": "Product", 587 | "IsReadOnly": "true" 588 | } 589 | ] 590 | } 591 | ----------------- 592 | 593 | NICS 594 | ~~~~ 595 | 596 | ----------------- 597 | { 598 | "DCIM_NICView": [ 599 | { 600 | "DeviceDescription": "Integrated NIC 1 Port 1 Partition 1", 601 | "NicMode": "2", 602 | "ProductName": "QLogic 577xx/578xx 10 Gb Ethernet BCM57810 - 44:A8:42:A7:7F:C1", 603 | "InstanceID": "NIC.Integrated.1-1-1", 604 | "MaxBandwidth": "100", 605 | "PermanentMACAddress": "54:9F:35:1E:9D:96", 606 | "AutoNegotiation": "2", 607 | "MinBandwidth": "0", 608 | "FunctionNumber": "0", 609 | "VirtWWPN": "20:01:44:A8:42:A7:7F:C3", 610 | "EFIVersion": "7.15.13", 611 | "LastUpdateTime": "Wed Sep 13 13:26:48 CDT 2017", 612 | "MediaType": "KR,KX,BACKPLANE", 613 | "PCISubDeviceID": "1f5f", 614 | "PermanentiSCSIMACAddress": "54:9F:35:1E:9D:97", 615 | "DataBusWidth": "0002", 616 | "Protocol": "NIC,iSCSI,FCoE", 617 | "FCoEWWNN": "54:9f:35:1e:9d:97", 618 | "PCIVendorID": "14e4", 619 | "DeviceNumber": "0", 620 | "PCISubVendorID": "1028", 621 | "VendorName": "QLogic", 622 | "PermanentFCOEMACAddress": "54:9f:35:1e:9d:97", 623 | "iScsiOffloadMode": "3", 624 | "CurrentMACAddress": "44:A8:42:A7:7F:C1", 625 | "FamilyVersion": "10.01.00", 626 | "FQDD": "NIC.Integrated.1-1-1", 627 | "PCIDeviceID": "168E", 628 | "TransmitFlowControl": "3", 629 | "SlotType": "0002", 630 | "WWN": "20:00:54:9F:35:1E:9D:97", 631 | "FCoEOffloadMode": "3", 632 | "BusNumber": "1", 633 | "SlotLength": "0002", 634 | "LinkDuplex": "1", 635 | "ReceiveFlowControl": "3", 636 | "WWPN": "20:01:54:9F:35:1E:9D:97", 637 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 638 | "VirtWWN": "20:00:44:A8:42:A7:7F:C3", 639 | "LinkSpeed": "5", 640 | "ControllerBIOSVersion": "7.14.5" 641 | } 642 | ], 643 | "DCIM_NICEnumeration": [ 644 | { 645 | "AttributeDisplayName": "Link Status", 646 | "InstanceID": "NIC.Integrated.1-1-1:LinkStatus", 647 | "PendingValue": "", 648 | "PossibleValuesDescription": [ 649 | "Disconnected", 650 | "Connected" 651 | ], 652 | "CurrentValue": "Connected", 653 | "AttributeName": "LinkStatus", 654 | "FQDD": "NIC.Integrated.1-1-1", 655 | "GroupDisplayName": "Main Configuration Page", 656 | "PossibleValues": [ 657 | "Disconnected", 658 | "Connected" 659 | ], 660 | "Dependency": "", 661 | "IsReadOnly": "true", 662 | "GroupID": "VndrConfigPage" 663 | }, 664 | { 665 | "AttributeDisplayName": "Boot Retry Count", 666 | "InstanceID": "NIC.Integrated.1-1-1:BootRetryCnt", 667 | "PendingValue": "", 668 | "PossibleValuesDescription": [ 669 | "No Retry", 670 | "1 Retry", 671 | "2 Retries", 672 | "3 Retries", 673 | "4 Retries", 674 | "5 Retries", 675 | "6 Retries", 676 | "Indefinite Retries" 677 | ], 678 | "CurrentValue": "NoRetry", 679 | "AttributeName": "BootRetryCnt", 680 | "FQDD": "NIC.Integrated.1-1-1", 681 | "GroupDisplayName": "NIC Configuration", 682 | "PossibleValues": [ 683 | "NoRetry", 684 | "1Retry", 685 | "2Retries", 686 | "3Retries", 687 | "4Retries", 688 | "5Retries", 689 | "6Retries", 690 | "IndefiniteRetries" 691 | ], 692 | "Dependency": "", 693 | "IsReadOnly": "false", 694 | "GroupID": "NICConfig" 695 | } 696 | ], 697 | "DCIM_NICString": [ 698 | { 699 | "InstanceID": "NIC.Integrated.1-1-1:ChipMdl", 700 | "PendingValue": "", 701 | "CurrentValue": "BCM57810 B0", 702 | "MinLength": "0", 703 | "FQDD": "NIC.Integrated.1-1-1", 704 | "GroupDisplayName": "Main Configuration Page", 705 | "Dependency": "", 706 | "MaxLength": "0", 707 | "GroupID": "VndrConfigPage", 708 | "AttributeDisplayName": "Chip Type", 709 | "ValueExpression": "", 710 | "AttributeName": "ChipMdl", 711 | "IsReadOnly": "true" 712 | } 713 | ] 714 | } 715 | ----------------- 716 | 717 | 718 | SOFTWARE 719 | ~~~~~~~ 720 | 721 | ----------------- 722 | { 723 | "DCIM_SoftwareIdentity": [ 724 | { 725 | "MajorVersion": "2", 726 | "Status": "Available", 727 | "Classifications": "10", 728 | "ComponentType": "FRMW", 729 | "VersionString": "2.30.30.30", 730 | "InstanceID": "DCIM:PREVIOUS#iDRAC.Embedded.1-1#IDRACinfo", 731 | "DeviceID": "", 732 | "VendorID": "", 733 | "IsEntity": "true", 734 | "MinorVersion": "30", 735 | "RevisionString": "", 736 | "FQDD": "iDRAC.Embedded.1-1", 737 | "IdentityInfoValue": "DCIM:firmware:25227", 738 | "InstallationDate": "NA", 739 | "RevisionNumber": "30", 740 | "SubVendorID": "", 741 | "SubDeviceID": "", 742 | "BuildNumber": "30", 743 | "ElementName": "Integrated Dell Remote Access Controller", 744 | "Updateable": "true", 745 | "IdentityInfoType": "OrgID:ComponentType:ComponentID", 746 | "impactsTPMmeasurements": "false", 747 | "ComponentID": "25227" 748 | } 749 | ], 750 | "CIM_InstalledSoftwareIdentity": {} 751 | } 752 | ----------------- 753 | 754 | SUMMARY 755 | ~~~~~~~ 756 | 757 | ----------------- 758 | { 759 | "DeviceDescription": "System", 760 | "EstimatedExhaustTemperature": "255", 761 | "InstanceID": "System.Embedded.1", 762 | "PSRollupStatus": "1", 763 | "BoardPartNumber": "0JXJPTA00", 764 | "MemoryOperationMode": "OptimizerMode", 765 | "SysMemLocation": "3", 766 | "SystemID": "1563", 767 | "ChassisSystemHeight": "2", 768 | "TempRollupStatus": "1", 769 | "BIOSVersionString": "2.4.2", 770 | "LastUpdateTime": "Tue Sep 12 17:45:18 CDT 2017", 771 | "PlatformGUID": "3234444f-c0b5-3380-4e10-00564c4c4544", 772 | "SysMemTotalSize": "98304", 773 | "Manufacturer": "Dell Inc.", 774 | "BIOSReleaseDate": "01/09/2017", 775 | "UUID": "4c4c4544-0056-4e10-8033-b5c04f443432", 776 | "HostName": "", 777 | "EstimatedSystemAirflow": "255", 778 | "LifecycleControllerVersion": "2.41.40.40", 779 | "PopulatedPCIeSlots": "2", 780 | "PopulatedCPUSockets": "2", 781 | "IntrusionRollupStatus": "", 782 | "StorageRollupStatus": "1", 783 | "BoardSerialNumber": "CN7016352P00A6", 784 | "FQDD": "System.Embedded.1", 785 | "LicensingRollupStatus": "1", 786 | "PowerCap": "423", 787 | "PrimaryStatus": "1", 788 | "AssetTag": "", 789 | "SysMemPrimaryStatus": "1", 790 | "PopulatedDIMMSlots": "6", 791 | "CurrentRollupStatus": "1", 792 | "BaseBoardChassisSlot": "Slot 01", 793 | "MemoryRollupStatus": "1", 794 | "ChassisServiceTag": "5VN2D42", 795 | "BatteryRollupStatus": "1", 796 | "ExpressServiceCode": "12797151266", 797 | "ServiceTag": "5VN3D42", 798 | "SystemGeneration": "13G Modular", 799 | "TempStatisticsRollupStatus": "1", 800 | "RollupStatus": "1", 801 | "IDSDMRollupStatus": "", 802 | "SysMemFailOverState": "NotInUse", 803 | "CMCIP": "100.68.123.36", 804 | "NodeID": "5VN3D42", 805 | "SysMemMaxCapacitySize": "3145728", 806 | "MaxPCIeSlots": "3", 807 | "MaxDIMMSlots": "24", 808 | "PowerState": "2", 809 | "SDCardRollupStatus": "", 810 | "ServerAllocation": "446", 811 | "ChassisName": "CMC-5VN2D42", 812 | "FanRollupStatus": "1", 813 | "CPURollupStatus": "1", 814 | "smbiosGUID": "44454c4c-5600-104e-8033-b5c04f443432", 815 | "PowerCapEnabledState": "3", 816 | "CPLDVersion": "1.0.5", 817 | "LastSystemInventoryTime": "Fri Sep 15 12:54:17 CDT 2017", 818 | "Model": "PowerEdge FC630", 819 | "BladeGeometry": "5", 820 | "SystemRevision": "0", 821 | "SysMemErrorMethodology": "6", 822 | "MaxCPUSockets": "2", 823 | "ChassisModel": "PowerEdge FX2s", 824 | "VoltRollupStatus": "1" 825 | } 826 | ----------------- 827 | 828 | LC LOGS 829 | ~~~~~~~ 830 | 831 | ----------------- 832 | [ 833 | { 834 | "RawEventData": "", 835 | "Comment": "[set comment here]", 836 | "Category": "Audit", 837 | "Message": "Successfully logged in using root, from 10.132.250.42 and WS-MAN.", 838 | "InstanceID": "DCIM:LifeCycleLog:5938", 839 | "CreationTimeStamp": "20170927234400.000000-300", 840 | "PerceivedSeverity": "2", 841 | "ConfigResultsAvailable": "false", 842 | "FQDD": "iDRAC.Embedded.1", 843 | "LogInstanceID": "DCIM:LifeCycleLog", 844 | "ElementName": "USR0030", 845 | "MessageArguments": [ 846 | "root", 847 | "10.132.250.42", 848 | "WS-MAN" 849 | ], 850 | "OwningEntity": "DCIM", 851 | "SequenceNumber": "5938", 852 | "AgentID": "RACLOG", 853 | "RecordID": "5938", 854 | "LogName": "LifeCycle Log", 855 | "MessageID": "USR0030" 856 | }, 857 | { 858 | "RawEventData": "", 859 | "Comment": "[set comment here]", 860 | "Category": "Audit", 861 | "Message": "The session for root from 100.64.23.32 using GUI is logged off.", 862 | "InstanceID": "DCIM:LifeCycleLog:5937", 863 | "CreationTimeStamp": "20170927160525.000000-300", 864 | "PerceivedSeverity": "2", 865 | "ConfigResultsAvailable": "false", 866 | "FQDD": "iDRAC.Embedded.1", 867 | "LogInstanceID": "DCIM:LifeCycleLog", 868 | "ElementName": "USR0032", 869 | "MessageArguments": [ 870 | "root", 871 | "100.64.23.32", 872 | "GUI" 873 | ], 874 | "OwningEntity": "DCIM", 875 | "SequenceNumber": "5937", 876 | "AgentID": "RACLOG", 877 | "RecordID": "5937", 878 | "LogName": "LifeCycle Log", 879 | "MessageID": "USR0032" 880 | } 881 | ] 882 | ----------------- 883 | 884 | SEL LOGS 885 | ~~~~~~~ 886 | 887 | ----------------- 888 | [ 889 | { 890 | "LogInstanceID": "DCIM:SEL:1", 891 | "RecordData": "The power input for power supply 2 is lost.", 892 | "InstanceID": "DCIM:SEL:Entry:21", 893 | "ElementName": "System Event Log Entry", 894 | "RecordFormat": "string Description", 895 | "CreationTimeStamp": "20160201155737.000000-360", 896 | "PerceivedSeverity": "6", 897 | "RecordID": "21", 898 | "LogName": "System Event Log" 899 | }, 900 | { 901 | "LogInstanceID": "DCIM:SEL:1", 902 | "RecordData": "Power supply 2 failed.", 903 | "InstanceID": "DCIM:SEL:Entry:20", 904 | "ElementName": "System Event Log Entry", 905 | "RecordFormat": "string Description", 906 | "CreationTimeStamp": "20160201155737.000000-360", 907 | "PerceivedSeverity": "6", 908 | "RecordID": "20", 909 | "LogName": "System Event Log" 910 | } 911 | ] 912 | ----------------- -------------------------------------------------------------------------------- /src/main/java/com/dell/isg/smi/service/server/inventory/Transformer/TranformerUtil.java: -------------------------------------------------------------------------------- 1 | /** 2 | * Copyright � 2017 DELL Inc. or its subsidiaries. All Rights Reserved. 3 | */ 4 | package com.dell.isg.smi.service.server.inventory.Transformer; 5 | 6 | import java.util.ArrayList; 7 | import java.util.List; 8 | 9 | import org.apache.commons.collections.CollectionUtils; 10 | import org.apache.commons.lang3.math.NumberUtils; 11 | import org.slf4j.Logger; 12 | import org.slf4j.LoggerFactory; 13 | 14 | import com.dell.isg.smi.adapter.server.model.HardwareInventory; 15 | import com.dell.isg.smi.adapter.server.model.HeadRoom; 16 | import com.dell.isg.smi.adapter.server.model.PowerMonitoring; 17 | import com.dell.isg.smi.adapter.server.model.PowerStatistics; 18 | import com.dell.isg.smi.adapter.server.model.Storage; 19 | import com.dell.isg.smi.commons.model.manager.IdracCardString; 20 | import com.dell.isg.smi.commons.model.server.inventory.HwBattery; 21 | import com.dell.isg.smi.commons.model.server.inventory.HwController; 22 | import com.dell.isg.smi.commons.model.server.inventory.HwCpu; 23 | import com.dell.isg.smi.commons.model.server.inventory.HwEnclosure; 24 | import com.dell.isg.smi.commons.model.server.inventory.HwFan; 25 | import com.dell.isg.smi.commons.model.server.inventory.HwMemory; 26 | import com.dell.isg.smi.commons.model.server.inventory.HwNic; 27 | import com.dell.isg.smi.commons.model.server.inventory.HwPhysicalDisk; 28 | import com.dell.isg.smi.commons.model.server.inventory.HwPowerMonitoring; 29 | import com.dell.isg.smi.commons.model.server.inventory.HwPsu; 30 | import com.dell.isg.smi.commons.model.server.inventory.HwSDCard; 31 | import com.dell.isg.smi.commons.model.server.inventory.HwStorage; 32 | import com.dell.isg.smi.commons.model.server.inventory.HwSystem; 33 | import com.dell.isg.smi.commons.model.server.inventory.HwTemperature; 34 | import com.dell.isg.smi.commons.model.server.inventory.HwVirtualDisk; 35 | import com.dell.isg.smi.commons.model.server.inventory.HwVoltage; 36 | import com.dell.isg.smi.commons.model.server.inventory.ServerHardwareInventory; 37 | import com.dell.isg.smi.commons.utilities.datetime.DateTimeUtils; 38 | import com.dell.isg.smi.service.server.inventory.utilities.PatternUtils; 39 | import com.dell.isg.smi.wsman.command.entity.CPUView; 40 | import com.dell.isg.smi.wsman.command.entity.ControllerView; 41 | import com.dell.isg.smi.wsman.command.entity.DCIMNICViewType; 42 | import com.dell.isg.smi.wsman.command.entity.DCIMSystemViewType; 43 | import com.dell.isg.smi.wsman.command.entity.EnclosureView; 44 | import com.dell.isg.smi.wsman.command.entity.FanView; 45 | import com.dell.isg.smi.wsman.command.entity.IDRACCardStringView; 46 | import com.dell.isg.smi.wsman.command.entity.MemoryView; 47 | import com.dell.isg.smi.wsman.command.entity.NumericSensorView; 48 | import com.dell.isg.smi.wsman.command.entity.PhysicalDiskView; 49 | import com.dell.isg.smi.wsman.command.entity.PowerSupplyView; 50 | import com.dell.isg.smi.wsman.command.entity.SensorView; 51 | import com.dell.isg.smi.wsman.command.entity.VFlashView; 52 | import com.dell.isg.smi.wsman.command.entity.VirtualDiskView; 53 | 54 | public class TranformerUtil { 55 | 56 | private final static Logger logger = LoggerFactory.getLogger(TranformerUtil.class.getName()); 57 | 58 | 59 | public static ServerHardwareInventory transformHardwareInventory(HardwareInventory hardwareInventory, ServerHardwareInventory serverHardwareInventory) throws Exception { 60 | if (hardwareInventory == null) { 61 | return serverHardwareInventory; 62 | } 63 | serverHardwareInventory.setSystem(transformHwSystem(hardwareInventory.getSystem())); 64 | serverHardwareInventory.getBatteries().addAll(transformBattery(hardwareInventory.getBatteryView())); 65 | serverHardwareInventory.getMemories().addAll(transformHwMemory(hardwareInventory.getMemoryView())); 66 | serverHardwareInventory.getNics().addAll(transformHwNic(hardwareInventory.getNicView())); 67 | serverHardwareInventory.getPowerSupplyUnits().addAll(transformHwPowerSupply(hardwareInventory.getPowerSupplyView())); 68 | serverHardwareInventory.getFans().addAll(transformHwFans(hardwareInventory.getFanView())); 69 | serverHardwareInventory.getCpus().addAll(transformHwCpus(hardwareInventory.getCpuView())); 70 | serverHardwareInventory.getSdCards().addAll(transformSdCards(hardwareInventory.getRemovableMedia())); 71 | serverHardwareInventory.setStorage(transformStorage(hardwareInventory.getStorage())); 72 | serverHardwareInventory.getVoltages().addAll(transformVoltage(hardwareInventory.getVoltageView())); 73 | serverHardwareInventory.getTemperatures().addAll(transformTemperatures(hardwareInventory.getTemperatureView())); 74 | serverHardwareInventory.setPowerMonitoring(transformPowerMonitor(hardwareInventory.getPowerMonitoring())); 75 | return serverHardwareInventory; 76 | } 77 | 78 | 79 | private static HwStorage transformStorage(final Storage storage) { 80 | HwStorage hwStorage = new HwStorage(); 81 | if (storage == null) { 82 | return hwStorage; 83 | } 84 | if (storage.getControllers() != null) { 85 | hwStorage.getControllers().addAll(transformController(storage.getControllers())); 86 | } 87 | if (storage.getEnclosures() != null) { 88 | hwStorage.getEnclosures().addAll(transformEnclosure(storage.getEnclosures())); 89 | } 90 | if (storage.getPhysicalDisks() != null) { 91 | hwStorage.getPhysicalDisks().addAll(transformPhysicalDisk(storage.getPhysicalDisks())); 92 | } 93 | if (storage.getVirtualDisks() != null) { 94 | hwStorage.getVirtualDisks().addAll(transformVirtualDisk(storage.getVirtualDisks())); 95 | } 96 | return hwStorage; 97 | } 98 | 99 | 100 | private static List transformController(final List controllerViewList) { 101 | List hwControllerList = new ArrayList(); 102 | if (CollectionUtils.isEmpty(controllerViewList)) { 103 | return hwControllerList; 104 | } 105 | for (ControllerView controllerView : controllerViewList) { 106 | HwController hwController = new HwController(); 107 | hwController.setBus(controllerView.getBus()); 108 | hwController.setCacheSizeInMB(controllerView.getCacheSizeInMB()); 109 | hwController.setCacheCadeCapability(controllerView.getCacheCadeCapability()); 110 | hwController.setControllerFirmwareVersion(controllerView.getControllerFirmwareVersion()); 111 | hwController.setDevice(controllerView.getDevice()); 112 | hwController.setDeviceCardDataBusWidth(controllerView.getDeviceCardDataBusWidth()); 113 | hwController.setDeviceCardManufacturer(controllerView.getDeviceCardManufacturer()); 114 | hwController.setDeviceCardSlotLength(controllerView.getDeviceCardSlotLength()); 115 | hwController.setDeviceCardSlotType(controllerView.getDeviceCardSlotType()); 116 | hwController.setDeviceDescription(controllerView.getDeviceDescription()); 117 | hwController.setDriverVersion(controllerView.getDriverVersion()); 118 | hwController.setEncryptionCapability(controllerView.getEncryptionCapability()); 119 | hwController.setEncryptionMode(controllerView.getEncryptionMode()); 120 | hwController.setfQDD(controllerView.getfQDD()); 121 | hwController.setFunction(controllerView.getFunction()); 122 | hwController.setInstanceID(controllerView.getInstanceID()); 123 | hwController.setKeyID(controllerView.getKeyID()); 124 | hwController.setLastSystemInventoryTime(controllerView.getLastSystemInventoryTime()); 125 | hwController.setLastUpdateTime(controllerView.getLastUpdateTime()); 126 | hwController.setMaxAvailablePciLinkSpeed(controllerView.getMaxAvailablePciLinkSpeed()); 127 | hwController.setMaxPossiblePciLinkSpeed(controllerView.getMaxPossiblePciLinkSpeed()); 128 | hwController.setPCIDeviceID(controllerView.getPCIDeviceID()); 129 | hwController.setPCISlot(controllerView.getPCISlot()); 130 | hwController.setPCISubDeviceID(controllerView.getPCISubDeviceID()); 131 | hwController.setPCISubVendorID(controllerView.getPCISubVendorID()); 132 | hwController.setPCIVendorID(controllerView.getPCIVendorID()); 133 | hwController.setPatrolReadState(controllerView.getPatrolReadState()); 134 | hwController.setPrimaryStatus(controllerView.getPrimaryStatus()); 135 | hwController.setProductName(controllerView.getProductName()); 136 | hwController.setRealtimeCapability(controllerView.getRealtimeCapability()); 137 | hwController.setRollUpStatus(controllerView.getRollUpStatus()); 138 | hwController.setSASAddress(controllerView.getSASAddress()); 139 | hwController.setSecurityStatus(controllerView.getSecurityStatus()); 140 | hwController.setSlicedVDCapability(controllerView.getSlicedVDCapability()); 141 | hwController.setSupportControllerBootMode(controllerView.getSupportControllerBootMode()); 142 | hwController.setSupportEnhancedAutoForeignImport(controllerView.getSupportEnhancedAutoForeignImport()); 143 | hwController.setSupportRaid10UnevenSpans(controllerView.getSupportRaid10UnevenSpans()); 144 | hwController.setT10piCapability(controllerView.getT10piCapability()); 145 | hwController.setPossibleSpeed(controllerView.getPossibleSpeed()); 146 | hwController.setPatrolReadMode(controllerView.getPatrolReadMode()); 147 | hwController.setCcMode(controllerView.getCcMode()); 148 | hwController.setCcRate(controllerView.getCcRate()); 149 | hwController.setCopyBackMode(controllerView.getCopyBackMode()); 150 | hwController.setBgiRate(controllerView.getBgiRate()); 151 | hwController.setRebuildRate(controllerView.getRebuildRate()); 152 | hwController.setBatteryState(controllerView.getBatteryState()); 153 | hwController.setPreservedCache(controllerView.getCacheCadeCapability()); 154 | hwController.setBatteryStatus(controllerView.getBatteryStatus()); 155 | hwControllerList.add(hwController); 156 | } 157 | return hwControllerList; 158 | } 159 | 160 | 161 | private static List transformEnclosure(final List enclosureViewList) { 162 | List hwenclosureList = new ArrayList(); 163 | if (CollectionUtils.isEmpty(enclosureViewList)) { 164 | return hwenclosureList; 165 | } 166 | for (EnclosureView enclosureView : enclosureViewList) { 167 | HwEnclosure hwEnclosure = new HwEnclosure(); 168 | hwEnclosure.setFqdd(enclosureView.getfQDD()); 169 | hwEnclosure.setAssetTag(enclosureView.getAssetTag()); 170 | hwEnclosure.setConnector(enclosureView.getConnector()); 171 | hwEnclosure.setEmmCount(NumberUtils.toInt(enclosureView.geteMMCount())); 172 | hwEnclosure.setFanCount(NumberUtils.toInt(enclosureView.getFanCount())); 173 | hwEnclosure.setInstanceId(enclosureView.getInstanceID()); 174 | hwEnclosure.setLastSystemInventoryTime(getIsoDateString(enclosureView.getLastSystemInventoryTime(), TransformerAssemblerConstants.ENCLOSURE_DATE_FORMAT)); 175 | hwEnclosure.setLastUpdateTime(getIsoDateString(enclosureView.getLastUpdateTime(), TransformerAssemblerConstants.ENCLOSURE_DATE_FORMAT)); 176 | hwEnclosure.setPrimaryStatus(enclosureView.getPrimaryStatus()); 177 | hwEnclosure.setProductName(enclosureView.getProductName()); 178 | hwEnclosure.setPsuCount(NumberUtils.toInt(enclosureView.getpSUCount())); 179 | hwEnclosure.setRollupStatus(enclosureView.getRollupStatus()); 180 | hwEnclosure.setSlotCount(NumberUtils.toInt(enclosureView.getSlotCount())); 181 | hwEnclosure.setTempProbeCount(NumberUtils.toInt(enclosureView.getTempProbeCount())); 182 | hwEnclosure.setServiceTag(enclosureView.getServiceTag()); 183 | hwEnclosure.setVersion(enclosureView.getVersion()); 184 | hwEnclosure.setWiredOrder(enclosureView.getWiredOrder()); 185 | hwEnclosure.setDeviceDescription(enclosureView.getDeviceDescription()); 186 | hwEnclosure.setState(enclosureView.getState()); 187 | hwenclosureList.add(hwEnclosure); 188 | } 189 | return hwenclosureList; 190 | } 191 | 192 | 193 | private static List transformVirtualDisk(final List virtualDiskViewList) { 194 | List hWVirtualDiskList = new ArrayList(); 195 | if (CollectionUtils.isEmpty(virtualDiskViewList)) { 196 | return hWVirtualDiskList; 197 | } 198 | for (VirtualDiskView virtualDiskView : virtualDiskViewList) { 199 | HwVirtualDisk hwVirtualDisk = new HwVirtualDisk(); 200 | hwVirtualDisk.setFqdd(virtualDiskView.getfQDD()); 201 | hwVirtualDisk.setBusProtocol(virtualDiskView.getBusProtocol()); 202 | hwVirtualDisk.setLockStatus(virtualDiskView.getLockStatus()); 203 | hwVirtualDisk.setMediaType(virtualDiskView.getMediaType()); 204 | hwVirtualDisk.setName(virtualDiskView.getName()); 205 | hwVirtualDisk.setObjectStatus(virtualDiskView.getObjectStatus()); 206 | hwVirtualDisk.setPrimaryStatus(virtualDiskView.getPrimaryStatus()); 207 | hwVirtualDisk.setRaidStatus(virtualDiskView.getRaidStatus()); 208 | hwVirtualDisk.setRaidTypes(virtualDiskView.getRaidTypes()); 209 | hwVirtualDisk.setReadCachePolicy(virtualDiskView.getReadCachePolicy()); 210 | hwVirtualDisk.setRemainingRedundancy(virtualDiskView.getRemainingRedundancy()); 211 | hwVirtualDisk.setSizeInBytes(virtualDiskView.getSizeInBytes()); 212 | hwVirtualDisk.setSpanDepth(virtualDiskView.getSpanDepth()); 213 | hwVirtualDisk.setSpanLength(virtualDiskView.getSpanLength()); 214 | hwVirtualDisk.setStartingLbaInBlocks(virtualDiskView.getStartingLBAInBlocks()); 215 | hwVirtualDisk.setStripeSize(virtualDiskView.getStripeSize()); 216 | hwVirtualDisk.setVirtualDiskTargetId(virtualDiskView.getVirtualDiskTargetID()); 217 | hwVirtualDisk.setWriteCachePolicy(virtualDiskView.getWriteCachePolicy()); 218 | hwVirtualDisk.setDiskCachePolicy(virtualDiskView.getDiskCachePolicy()); 219 | hwVirtualDisk.setCacheCade(virtualDiskView.getCacheCade()); 220 | hwVirtualDisk.setDeviceDescription(virtualDiskView.getDeviceDescription()); 221 | hwVirtualDisk.setT10piStatus(virtualDiskView.getT10piStatus()); 222 | hwVirtualDisk.setBlockSizeInBytes(virtualDiskView.getBlockSizeInBytes()); 223 | hwVirtualDisk.setOperationName(virtualDiskView.getOperationName()); 224 | hwVirtualDisk.setOperationPercentComplete(virtualDiskView.getOperationPercentComplete()); 225 | hwVirtualDisk.setPendingOperations(virtualDiskView.getPendingOperations()); 226 | hwVirtualDisk.setRollupStatus(virtualDiskView.getRollupStatus()); 227 | hwVirtualDisk.setInstanceId(virtualDiskView.getInstanceID()); 228 | hwVirtualDisk.setLastSystemInventoryTime(virtualDiskView.getLastSystemInventoryTime()); 229 | hwVirtualDisk.setLastUpdateTime(virtualDiskView.getLastUpdateTime()); 230 | hwVirtualDisk.setPhysicalDiskIds(virtualDiskView.getPhysicalDiskIDs()); 231 | hWVirtualDiskList.add(hwVirtualDisk); 232 | } 233 | return hWVirtualDiskList; 234 | } 235 | 236 | 237 | private static List transformPhysicalDisk(final List physicalDiskViewList) { 238 | List hwPhysicalDiskList = new ArrayList(); 239 | if (CollectionUtils.isEmpty(physicalDiskViewList)) { 240 | return hwPhysicalDiskList; 241 | } 242 | HwPhysicalDisk hwPhysicalDisk; 243 | for (PhysicalDiskView physicaldiskview : physicalDiskViewList) { 244 | hwPhysicalDisk = new HwPhysicalDisk(); 245 | hwPhysicalDisk.setBlockSizeInBytes(physicaldiskview.getBlockSizeInBytes()); 246 | hwPhysicalDisk.setBusProtocol(physicaldiskview.getBusProtocol()); 247 | hwPhysicalDisk.setConnector(physicaldiskview.getConnector()); 248 | hwPhysicalDisk.setDeviceDescription(physicaldiskview.getDeviceDescription()); 249 | hwPhysicalDisk.setDriveFormFactor(physicaldiskview.getDriveFormFactor()); 250 | hwPhysicalDisk.setFQDD(physicaldiskview.getfQDD()); 251 | hwPhysicalDisk.setFreeSizeInBytes(physicaldiskview.getFreeSizeInBytes()); 252 | hwPhysicalDisk.setHotSpareStatus(physicaldiskview.getHotSpareStatus()); 253 | hwPhysicalDisk.setInstanceID(physicaldiskview.getInstanceID()); 254 | hwPhysicalDisk.setLastSystemInventoryTime(physicaldiskview.getLastSystemInventoryTime()); 255 | hwPhysicalDisk.setLastUpdateTime(physicaldiskview.getLastUpdateTime()); 256 | hwPhysicalDisk.setManufacturer(physicaldiskview.getManufacturer()); 257 | hwPhysicalDisk.setManufacturingDay(physicaldiskview.getManufacturingDay()); 258 | hwPhysicalDisk.setManufacturingWeek(physicaldiskview.getManufacturingWeek()); 259 | hwPhysicalDisk.setManufacturingYear(physicaldiskview.getManufacturingYear()); 260 | hwPhysicalDisk.setMaxCapableSpeed(physicaldiskview.getMaxCapableSpeed()); 261 | hwPhysicalDisk.setMediaType(physicaldiskview.getMediaType()); 262 | hwPhysicalDisk.setModel(physicaldiskview.getModel()); 263 | hwPhysicalDisk.setOperationName(physicaldiskview.getOperationName()); 264 | hwPhysicalDisk.setOperationPercentComplete(physicaldiskview.getOperationPercentComplete()); 265 | hwPhysicalDisk.setPPID(physicaldiskview.getPPID()); 266 | hwPhysicalDisk.setPredictiveFailureState(physicaldiskview.getPredictiveFailureState()); 267 | hwPhysicalDisk.setPrimaryStatus(physicaldiskview.getPrimaryStatus()); 268 | hwPhysicalDisk.setRaidStatus(physicaldiskview.getRaidStatus()); 269 | hwPhysicalDisk.setRemainingRatedWriteEndurance(physicaldiskview.getRemainingRatedWriteEndurance()); 270 | hwPhysicalDisk.setRevision(physicaldiskview.getRevision()); 271 | hwPhysicalDisk.setRollupStatus(physicaldiskview.getRollUpStatus()); 272 | hwPhysicalDisk.setSASAddress(physicaldiskview.getSASAddress()); 273 | hwPhysicalDisk.setSecurityState(physicaldiskview.getSecurityState()); 274 | hwPhysicalDisk.setSerialNumber(physicaldiskview.getSerialNumber()); 275 | hwPhysicalDisk.setSizeInBytes(physicaldiskview.getSizeInBytes()); 276 | hwPhysicalDisk.setSlot(physicaldiskview.getSlot()); 277 | hwPhysicalDisk.setSupportedEncryptionTypes(physicaldiskview.getSupportedEncryptionTypes()); 278 | hwPhysicalDisk.setT10PICapability(physicaldiskview.getT10PICapability()); 279 | hwPhysicalDisk.setUsedSizeInBytes(physicaldiskview.getUsedSizeInBytes()); 280 | 281 | hwPhysicalDiskList.add(hwPhysicalDisk); 282 | } 283 | return hwPhysicalDiskList; 284 | } 285 | 286 | 287 | private static List transformBattery(final List batteries) { 288 | List hwBatteryList = new ArrayList(); 289 | if (CollectionUtils.isEmpty(batteries)) { 290 | return hwBatteryList; 291 | } 292 | for (SensorView sensorView : batteries) { 293 | if (sensorView.isBattery()) { 294 | HwBattery hwBattery = new HwBattery(); 295 | hwBattery.setProbeName(sensorView.getElementName()); 296 | hwBattery.setState(sensorView.getCurrentState()); 297 | hwBattery.setStatus(sensorView.getPrimaryStatus()); 298 | hwBatteryList.add(hwBattery); 299 | } 300 | } 301 | return hwBatteryList; 302 | } 303 | 304 | 305 | private static List transformVoltage(List voltages) { 306 | 307 | List hwVoltageList = new ArrayList(); 308 | if (CollectionUtils.isEmpty(voltages)) { 309 | return hwVoltageList; 310 | } 311 | for (SensorView sensorView : voltages) { 312 | if (sensorView.isVoltage()) { 313 | HwVoltage hwVoltage = new HwVoltage(); 314 | hwVoltage.setProbeName(sensorView.getElementName()); 315 | hwVoltage.setStatus(sensorView.getPrimaryStatus()); 316 | hwVoltage.setReading(sensorView.getCurrentState()); 317 | hwVoltageList.add(hwVoltage); 318 | } 319 | } 320 | return hwVoltageList; 321 | } 322 | 323 | 324 | private static List transformTemperatures(List temperatures) { 325 | List hwTemperatureList = new ArrayList(); 326 | if (CollectionUtils.isEmpty(temperatures)) { 327 | return hwTemperatureList; 328 | } 329 | for (NumericSensorView sensorView : temperatures) { 330 | HwTemperature hwTemperature = new HwTemperature(); 331 | hwTemperature.setProbeName(sensorView.getElementName()); 332 | hwTemperature.setStatus(sensorView.getPrimaryStatus()); 333 | hwTemperature.setReading(sensorView.getCurrentReading() + " " + sensorView.getBaseUnits()); 334 | hwTemperature.setMinWarningThreshold(sensorView.getLowerThresholdNonCritical()); 335 | hwTemperature.setMaxWarningThreshold(sensorView.getUpperThresholdNonCritical()); 336 | hwTemperature.setMinCriticalThreshold(sensorView.getLowerThresholdCritical()); 337 | hwTemperature.setMaxCriticalThreshold(sensorView.getUpperThresholdCritical()); 338 | hwTemperatureList.add(hwTemperature); 339 | } 340 | return hwTemperatureList; 341 | } 342 | 343 | 344 | private static HwPowerMonitoring transformPowerMonitor(PowerMonitoring powerMonitoring) { 345 | 346 | HwPowerMonitoring hwPowerMonitoring = new HwPowerMonitoring(); 347 | if (powerMonitoring == null) { 348 | return hwPowerMonitoring; 349 | } 350 | hwPowerMonitoring.setPowerCap(powerMonitoring.getPowerCap()); 351 | hwPowerMonitoring.setProfile(powerMonitoring.getProfile()); 352 | hwPowerMonitoring.setWarningThreshold(powerMonitoring.getWarningThreshold()); 353 | hwPowerMonitoring.setFailureThreshold(powerMonitoring.getFailureThreshold()); 354 | hwPowerMonitoring.setProbeName(powerMonitoring.getProbeName()); 355 | hwPowerMonitoring.setCurrentReading(powerMonitoring.getCurrentReading()); 356 | 357 | PowerStatistics powerStatistics = powerMonitoring.getPowerStatistics(); 358 | if (powerStatistics != null) { 359 | hwPowerMonitoring.setEnergyConsumption(powerStatistics.getEnergyConsumption()); 360 | hwPowerMonitoring.setEnergyConsumptionStartDateTime(getIsoDateString(powerStatistics.getEnergyConsumptionStartDateTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 361 | hwPowerMonitoring.setEnergyConsumptionEndDateTime(getIsoDateString(powerStatistics.getEnergyConsumptionEndDateTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 362 | 363 | hwPowerMonitoring.setSystemPeakPower(powerStatistics.getSystemPeakPower()); 364 | hwPowerMonitoring.setSystemPeakPowerStartDateTime(getIsoDateString(powerStatistics.getSystemPeakPowerStartDateTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 365 | hwPowerMonitoring.setSystemPeakPowerEndDateTime(getIsoDateString(powerStatistics.getSystemPeakPowerEndDateTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 366 | 367 | hwPowerMonitoring.setSystemPeakAmps(powerStatistics.getSystemPeakAmps()); 368 | hwPowerMonitoring.setPeakAmpsStartDateTime(getIsoDateString(powerStatistics.getPeakAmpsStartDateTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 369 | hwPowerMonitoring.setPeakAmpsEndDateTime(getIsoDateString(powerStatistics.getPeakAmpsEndDateTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 370 | 371 | hwPowerMonitoring.setLastHourPeakAverage(powerStatistics.getLastHourPeakAverage()); 372 | hwPowerMonitoring.setLastHourPeakTime(getIsoDateString(powerStatistics.getLastHourPeakTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 373 | hwPowerMonitoring.setLastHourPeakMax(powerStatistics.getLastHourPeakMax()); 374 | hwPowerMonitoring.setLastHourPeakMaxTime(getIsoDateString(powerStatistics.getLastHourPeakMaxTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 375 | hwPowerMonitoring.setLastHourPeakMin(powerStatistics.getLastHourPeakMin()); 376 | hwPowerMonitoring.setLastHourPeakMinTime(getIsoDateString(powerStatistics.getLastHourPeakMinTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 377 | 378 | hwPowerMonitoring.setLastDayPeakAverage(powerStatistics.getLastDayPeakAverage()); 379 | hwPowerMonitoring.setLastDayPeakTime(getIsoDateString(powerStatistics.getLastDayPeakTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 380 | hwPowerMonitoring.setLastDayPeakMax(powerStatistics.getLastDayPeakMax()); 381 | hwPowerMonitoring.setLastDayPeakMaxTime(getIsoDateString(powerStatistics.getLastDayPeakMaxTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 382 | hwPowerMonitoring.setLastDayPeakMin(powerStatistics.getLastDayPeakMin()); 383 | hwPowerMonitoring.setLastDayPeakMinTime(getIsoDateString(powerStatistics.getLastDayPeakMinTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 384 | 385 | hwPowerMonitoring.setLastWeekPeakAverage(powerStatistics.getLastWeekPeakAverage()); 386 | hwPowerMonitoring.setLastWeekPeakTime(getIsoDateString(powerStatistics.getLastWeekPeakTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 387 | hwPowerMonitoring.setLastWeekPeakMax(powerStatistics.getLastWeekPeakMax()); 388 | hwPowerMonitoring.setLastWeekPeakMaxTime(getIsoDateString(powerStatistics.getLastWeekPeakMaxTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 389 | hwPowerMonitoring.setLastWeekPeakMin(powerStatistics.getLastWeekPeakMin()); 390 | hwPowerMonitoring.setLastWeekPeakMinTime(getIsoDateString(powerStatistics.getLastWeekPeakMinTime(), TransformerAssemblerConstants.POWER_MONITORING_DATE_FORMAT)); 391 | } 392 | 393 | HeadRoom headRoom = powerMonitoring.getHeadRoom(); 394 | if (headRoom != null) { 395 | hwPowerMonitoring.setSystemInstantaneousHeadroom(headRoom.getSystemInstantaneousHeadroom()); 396 | hwPowerMonitoring.setSystemPeakHeadroom(headRoom.getSystemPeakHeadroom()); 397 | } 398 | return hwPowerMonitoring; 399 | } 400 | 401 | private static String getIsoDateString(String dateString, String dateFormat) { 402 | try{ 403 | return DateTimeUtils.getIsoDateString(dateString, dateFormat ); 404 | } 405 | catch(Exception e) 406 | { 407 | logger.debug("failed to parse string"); 408 | return ""; 409 | } 410 | } 411 | 412 | 413 | private static String getIsoDateString(String utcDateString, String[] datePatterns){ 414 | try{ 415 | return DateTimeUtils.getIsoDateString(utcDateString, datePatterns ); 416 | } 417 | catch(Exception e) 418 | { 419 | logger.debug("failed to parse string array"); 420 | return ""; 421 | } 422 | } 423 | 424 | 425 | private static List transformSdCards(List vflashViews) { 426 | List hwSdCardList = new ArrayList(); 427 | if (CollectionUtils.isEmpty(vflashViews)) { 428 | return hwSdCardList; 429 | } 430 | HwSDCard hwSDCard; 431 | for (VFlashView vflashView : vflashViews) { 432 | hwSDCard = new HwSDCard(); 433 | hwSDCard.setComponentName(vflashView.getComponentName()); 434 | hwSDCard.setDeviceDescription(vflashView.getDeviceDescription()); 435 | hwSDCard.setFqdd(vflashView.getFQDD()); 436 | hwSDCard.setInstanceID(vflashView.getInstanceID()); 437 | hwSDCard.setInitializedState(vflashView.getInitializedState()); 438 | hwSDCard.setSize(vflashView.getCapacity()); 439 | hwSDCard.setStatus(vflashView.getHealthStatus()); 440 | hwSDCard.setSpace(vflashView.getAvailableSize()); 441 | hwSDCard.setWriteProctected(vflashView.getWriteProtected()); 442 | hwSDCard.setVFlashEnabled(vflashView.getvFlashEnabledState()); 443 | hwSDCard.setLicensed(vflashView.getLicensed()); 444 | hwSDCard.setLocation("vFlash"); 445 | hwSDCard.setOnlineStatus("Present"); 446 | hwSdCardList.add(hwSDCard); 447 | } 448 | return hwSdCardList; 449 | } 450 | 451 | 452 | private static List transformHwCpus(List cpus) { 453 | List hwCpuList = new ArrayList(); 454 | if (CollectionUtils.isEmpty(cpus)) { 455 | return hwCpuList; 456 | } 457 | HwCpu hwCpu; 458 | for (CPUView cpuView : cpus) { 459 | hwCpu = new HwCpu(); 460 | hwCpu.setExternalBusClockSpeed(cpuView.getExternalBusClockSpeed()); 461 | hwCpu.setFqdd(cpuView.getfQDD()); 462 | hwCpu.setManufacturer(cpuView.getManufacturer()); 463 | hwCpu.setMaxClockSpeed(cpuView.getMaxClockSpeed()); 464 | hwCpu.setModel(cpuView.getModel()); 465 | hwCpu.setNumberOfEnabledCores(cpuView.getNumberOfEnabledCores()); 466 | hwCpu.setNumberOfProcessorCores(cpuView.getNumberOfProcessorCores()); 467 | hwCpu.setPrimaryStatus(cpuView.getPrimaryStatus()); 468 | hwCpu.setVoltage(cpuView.getVoltage()); 469 | hwCpu.setCurrentClockSpeed(cpuView.getCurrentClockSpeed()); 470 | hwCpu.setCache1Associativity(cpuView.getCache1Associativity()); 471 | hwCpu.setCache2Associativity(cpuView.getCache2Associativity()); 472 | hwCpu.setCache3Associativity(cpuView.getCache3Associativity()); 473 | hwCpu.setCache1WritePolicy(cpuView.getCache1WritePolicy()); 474 | hwCpu.setCache2WritePolicy(cpuView.getCache2WritePolicy()); 475 | hwCpu.setCache3WritePolicy(cpuView.getCache3WritePolicy()); 476 | hwCpu.setCache1ErrorMethodology(cpuView.getCache1ErrorMethodology()); 477 | hwCpu.setCache2ErrorMethodology(cpuView.getCache2ErrorMethodology()); 478 | hwCpu.setCache3ErrorMethodology(cpuView.getCache3ErrorMethodology()); 479 | hwCpu.setCache1Size(cpuView.getCache1Size()); 480 | hwCpu.setCache2Size(cpuView.getCache2Size()); 481 | hwCpu.setCache3Size(cpuView.getCache3Size()); 482 | hwCpu.setCache1Type(cpuView.getCache1Type()); 483 | hwCpu.setCache2Type(cpuView.getCache2Type()); 484 | hwCpu.setCache3Type(cpuView.getCache3Type()); 485 | hwCpu.setCache1Level(cpuView.getCache1Level()); 486 | hwCpu.setCache2Level(cpuView.getCache2Level()); 487 | hwCpu.setCache3Level(cpuView.getCache3Level()); 488 | hwCpu.setCache1PrimaryStatus(cpuView.getCache1PrimaryStatus()); 489 | hwCpu.setCache2PrimaryStatus(cpuView.getCache2PrimaryStatus()); 490 | hwCpu.setCache3PrimaryStatus(cpuView.getCache3PrimaryStatus()); 491 | hwCpu.setCache1Location(cpuView.getCache1Location()); 492 | hwCpu.setCache2Location(cpuView.getCache2Location()); 493 | hwCpu.setCache3Location(cpuView.getCache3Location()); 494 | hwCpu.setCache1SramType(cpuView.getCache1SramType()); 495 | hwCpu.setCache2SramType(cpuView.getCache2SramType()); 496 | hwCpu.setCache3SramType(cpuView.getCache3SramType()); 497 | hwCpu.setDeviceDescription(cpuView.getDeviceDescription()); 498 | hwCpu.setExecuteDisabledCapable(cpuView.getExecuteDisabledCapable()); 499 | hwCpu.setExecuteDisabledEnabled(cpuView.getExecuteDisabledEnabled()); 500 | hwCpu.setHyperThreadingCapable(cpuView.getHyperThreadingCapable()); 501 | hwCpu.setHyperThreadingEnabled(cpuView.getHyperThreadingEnabled()); 502 | hwCpu.setVirtualizationTechnologyCapable(cpuView.getVirtualizationTechnologyCapable()); 503 | hwCpu.setVirtualizationTechnologyEnabled(cpuView.getVirtualizationTechnologyEnabled()); 504 | hwCpu.setTurboModeCapable(cpuView.getTurboModeCapable()); 505 | hwCpu.setTurboModeEnabled(cpuView.getTurboModeEnabled()); 506 | hwCpu.setCpuFamily(cpuView.getCpuFamily()); 507 | hwCpu.setCpuStatus(cpuView.getCpuStatus()); 508 | hwCpuList.add(hwCpu); 509 | } 510 | return hwCpuList; 511 | } 512 | 513 | 514 | private static List transformHwFans(List fans) { 515 | List hwfanList = new ArrayList(); 516 | if (CollectionUtils.isEmpty(fans)) { 517 | return hwfanList; 518 | } 519 | HwFan hwFan; 520 | for (FanView fan : fans) { 521 | hwFan = new HwFan(); 522 | hwFan.setActiveCooling(fan.getActiveCooling()); 523 | hwFan.setCurrentReading(fan.getCurrentReading()); 524 | hwFan.setDeviceDescription(fan.getDeviceDescription()); 525 | hwFan.setFqdd(fan.getFQDD()); 526 | hwFan.setPrimaryStatus(fan.getPrimaryStatus()); 527 | hwFan.setPwm(fan.getPwm()); 528 | hwFan.setRedundancyStatus(fan.getRedundancyStatus()); 529 | hwFan.setMinWarningThreshold(fan.getLowerThresholdNonCritical()); 530 | hwFan.setMinCriticalThreshold(fan.getLowerThresholdCritical()); 531 | hwFan.setMaxWarningThreshold(fan.getUpperThresholdNonCritical()); 532 | hwFan.setMaxCriticalThreshold(fan.getUpperThresholdCritical()); 533 | hwfanList.add(hwFan); 534 | } 535 | return hwfanList; 536 | } 537 | 538 | 539 | private static List transformHwPowerSupply(List powerSupplies) { 540 | List hwPsuList = new ArrayList(); 541 | if (CollectionUtils.isEmpty(powerSupplies)) { 542 | return hwPsuList; 543 | } 544 | HwPsu hwPsu; 545 | for (PowerSupplyView powerSupplyView : powerSupplies) { 546 | hwPsu = new HwPsu(); 547 | hwPsu.setFirmwareVersion(powerSupplyView.getFirmwareVersion()); 548 | hwPsu.setStatus(powerSupplyView.getPrimaryStatus()); 549 | hwPsu.setFqdd(powerSupplyView.getfQDD()); 550 | hwPsu.setPartNumber(powerSupplyView.getPartNumber()); 551 | hwPsu.setType(powerSupplyView.getType()); 552 | hwPsu.setManufacturer(powerSupplyView.getManufacturer()); 553 | hwPsu.setSerialNumber(powerSupplyView.getSerialNumber()); 554 | hwPsu.setName(powerSupplyView.getDeviceDescription()); 555 | hwPsu.setRedundancyStatus(powerSupplyView.getRedundancyStatus()); 556 | hwPsu.setInputWattage(powerSupplyView.getRange1MaxInputPower()); 557 | hwPsu.setOutputWattage(powerSupplyView.getTotalOutputPower()); 558 | hwPsu.setInputVoltage(powerSupplyView.getInputVoltage()); 559 | // TODO: Mocked until idrac commands are built 560 | hwPsu.setInputAmps("10"); 561 | hwPsuList.add(hwPsu); 562 | } 563 | 564 | return hwPsuList; 565 | } 566 | 567 | 568 | public static List transformHwNic(List dcimnicViewTypes) { 569 | List hwNicList = new ArrayList(); 570 | if (CollectionUtils.isEmpty(dcimnicViewTypes)) { 571 | return hwNicList; 572 | } 573 | HwNic hwNic; 574 | for (DCIMNICViewType dcimnicViewType : dcimnicViewTypes) { 575 | hwNic = new HwNic(); 576 | hwNic.setBusNumber(dcimnicViewType.getBusNumber() != null ? String.valueOf(dcimnicViewType.getBusNumber().getValue()) : null); 577 | hwNic.setCurrentMACAddress(dcimnicViewType.getCurrentMACAddress() != null ? dcimnicViewType.getCurrentMACAddress().getValue() : null); 578 | hwNic.setDataBusWidth(dcimnicViewType.getDataBusWidth() != null ? dcimnicViewType.getDataBusWidth().getValue() : null); 579 | hwNic.setDeviceDescription(dcimnicViewType.getDescription() != null ? dcimnicViewType.getDescription().getValue() : null); 580 | hwNic.setDeviceNumber(dcimnicViewType.getDeviceNumber() != null ? String.valueOf(dcimnicViewType.getDeviceNumber().getValue()) : null); 581 | hwNic.setFqdd(dcimnicViewType.getFqdd() != null ? dcimnicViewType.getFqdd().getValue() : null); 582 | hwNic.setPciDeviceID(dcimnicViewType.getPciDeviceID() != null ? dcimnicViewType.getPciDeviceID().getValue() : null); 583 | hwNic.setPermanentFcoMacAddress(dcimnicViewType.getPermanentMACAddress() != null ? dcimnicViewType.getPermanentMACAddress().getValue() : null); 584 | hwNic.setProductName(dcimnicViewType.getProductName() != null ? dcimnicViewType.getProductName().getValue() : null); 585 | hwNic.setSlotLength(dcimnicViewType.getSlotLength() != null ? dcimnicViewType.getSlotLength().getValue() : null); 586 | hwNic.setSlotType(dcimnicViewType.getSlotType() != null ? dcimnicViewType.getSlotType().getValue() : null); 587 | hwNic.setAutoNegotiation(dcimnicViewType.getAutoNegotiation() != null ? dcimnicViewType.getAutoNegotiation().getValue() : null); 588 | hwNic.setControllerBiosVersion(dcimnicViewType.getControllerBIOSVersion() != null ? dcimnicViewType.getControllerBIOSVersion().getValue() : null); 589 | hwNic.setFamilyVersion(dcimnicViewType.getFamilyVersion() != null ? dcimnicViewType.getFamilyVersion().getValue() : null); 590 | hwNic.setLinkDuplex(dcimnicViewType.getLinkDuplex() != null ? dcimnicViewType.getLinkDuplex().getValue() : null); 591 | hwNic.setLinkSpeed(dcimnicViewType.getLinkSpeed() != null ? dcimnicViewType.getLinkSpeed().getValue() : null); 592 | hwNic.setMaxBandwidth(dcimnicViewType.getMaxBandwidth() != null ? dcimnicViewType.getMaxBandwidth().getValue() : null); 593 | hwNic.setNicMode(dcimnicViewType.getNicMode() != null ? dcimnicViewType.getNicMode().getValue() : null); 594 | hwNic.setPciSubDeviceID(dcimnicViewType.getPciSubVendorID() != null ? dcimnicViewType.getPciSubVendorID().getValue() : null); 595 | hwNic.setPermanentMacAddress(dcimnicViewType.getPermanentMACAddress() != null ? dcimnicViewType.getPermanentMACAddress().getValue() : null); 596 | hwNic.setPermanentiScsiMacAddress(dcimnicViewType.getPermanentiSCSIMACAddress() != null ? dcimnicViewType.getPermanentiSCSIMACAddress().getValue() : null); 597 | hwNic.setTransmitFlowControl(dcimnicViewType.getTransmitFlowControl() != null ? dcimnicViewType.getTransmitFlowControl().getValue() : null); 598 | hwNic.setVendorName(dcimnicViewType.getVendorName() != null ? dcimnicViewType.getVendorName().getValue() : null); 599 | hwNic.setVirtWwn(dcimnicViewType.getVirtWwn() != null ? dcimnicViewType.getVirtWwn().getValue() : null); 600 | hwNic.setVirtWwpn(dcimnicViewType.getVirtWwpn() != null ? dcimnicViewType.getVirtWwpn().getValue() : null); 601 | hwNic.setFCoEOffloadMode(dcimnicViewType.getfCoEOffloadMode() != null ? dcimnicViewType.getfCoEOffloadMode().getValue() : null); 602 | hwNic.setFCoEWwnn(dcimnicViewType.getfCoEWwnn() != null ? dcimnicViewType.getfCoEWwnn().getValue() : null); 603 | hwNic.setIscsiOffloadMode(dcimnicViewType.getiScsiOffloadMode() != null ? dcimnicViewType.getiScsiOffloadMode().getValue() : null); 604 | hwNic.setWwn(dcimnicViewType.getWwn() != null ? dcimnicViewType.getWwn().getValue() : null); 605 | hwNic.setWwpn(dcimnicViewType.getWwpn() != null ? dcimnicViewType.getWwpn().getValue() : null); 606 | hwNic.setMinBandwidth(dcimnicViewType.getMinBandwidth() != null ? dcimnicViewType.getMinBandwidth().getValue() : null); 607 | hwNic.setMediaType(dcimnicViewType.getMediaType() != null ? dcimnicViewType.getMediaType().getValue() : null); 608 | hwNic.setReceiveFlowControl(dcimnicViewType.getReceiveFlowControl() != null ? dcimnicViewType.getReceiveFlowControl().getValue() : null); 609 | hwNic.setLinkStatus(dcimnicViewType.getLinkStatus()); 610 | hwNic.setOsDriverState(dcimnicViewType.getOsDriverState()); 611 | hwNic.setMacAddress(dcimnicViewType.getMacAddress()); 612 | hwNic.setIscsiMacAddress(dcimnicViewType.getIscsiMacAddress()); 613 | hwNic.setVirtualMacAddress(dcimnicViewType.getVirtualMacAddress()); 614 | hwNic.setVirtualIscsiMacAddress(dcimnicViewType.getVirtualIscsiMacAddress()); 615 | hwNic.setFamilyDriverVersion(dcimnicViewType.getFamilyVersion() != null ? dcimnicViewType.getFamilyVersion().getValue() : null); 616 | hwNic.setTeaming("< NIC # > , < NIC # >"); 617 | hwNic.setIscsiOffloadSupport(dcimnicViewType.getIscsiOffloadSupport()); 618 | hwNic.setToeSupport(dcimnicViewType.getToeSupport()); 619 | hwNic.setLegacyBootProtocol(dcimnicViewType.getLegacyBootProtocol()); 620 | hwNic.setIscsiBootMode(dcimnicViewType.getIcsciBootMode()); 621 | hwNic.setIscsiInitiatorIpAddress(dcimnicViewType.getIscsiInitiatorIpAddress()); 622 | hwNic.setIscsiInitiatorSubnet(dcimnicViewType.getIscsiInitiatorSubnet()); 623 | hwNic.setIscsiInitiatorGateway(dcimnicViewType.getIscsiInitiatorGateway()); 624 | hwNic.setIscsiInitiatorPrimaryDns(dcimnicViewType.getIscsiInitiatorPrimaryDns()); 625 | hwNic.setIscsiInitiatorSecondryDns(dcimnicViewType.getIscsiInitiatorSecondryDns()); 626 | hwNic.setIscsiInitiatorName(dcimnicViewType.getIscsiInitiatorName()); 627 | hwNicList.add(hwNic); 628 | } 629 | return hwNicList; 630 | } 631 | 632 | 633 | private static List transformHwMemory(List memories) throws Exception { 634 | List hwMemoryList = new ArrayList(); 635 | if (CollectionUtils.isEmpty(memories)) { 636 | return hwMemoryList; 637 | } 638 | HwMemory hwMemory; 639 | for (MemoryView memoryView : memories) { 640 | hwMemory = new HwMemory(); 641 | hwMemory.setBankLabel(memoryView.getBankLabel() != null ? memoryView.getBankLabel() : null); 642 | hwMemory.setCurrentOperatingSpeed(memoryView.getCurrentOperatingSpeed() != null ? memoryView.getCurrentOperatingSpeed() : null); 643 | hwMemory.setFqdd(memoryView.getfQDD() != null ? memoryView.getfQDD() : null); 644 | if (memoryView.getManufactureDate() != null) { 645 | hwMemory.setManufactureDate(DateTimeUtils.getIsoDateString(memoryView.getManufactureDate(), TransformerAssemblerConstants.DATE_PATTERNS)); 646 | } 647 | hwMemory.setManufacturer(memoryView.getManufacturer() != null ? memoryView.getManufacturer() : null); 648 | hwMemory.setDeviceDescription(memoryView.getDeviceDescription() != null ? memoryView.getDeviceDescription() : null); 649 | hwMemory.setMemoryType(memoryView.getMemoryType() != null ? memoryView.getMemoryType() : null); 650 | hwMemory.setModel(memoryView.getModel() != null ? memoryView.getModel() : null); 651 | hwMemory.setPartNumber(memoryView.getPartNumber() != null ? memoryView.getPartNumber() : null); 652 | hwMemory.setPrimaryStatus(memoryView.getPrimaryStatus() != null ? memoryView.getPrimaryStatus() : null); 653 | hwMemory.setRank(memoryView.getRank() != null ? memoryView.getRank() : null); 654 | hwMemory.setSerialNumber(memoryView.getSerialNumber() != null ? memoryView.getSerialNumber() : null); 655 | // convert Memory Size and Speed to GB from MB 656 | try { 657 | hwMemory.setSize(memoryView.getSize() != null ? PatternUtils.megaBytesToGigaBytes(Double.parseDouble(memoryView.getSize())) : 0); 658 | hwMemory.setSpeed(memoryView.getSpeed() != null ? PatternUtils.megaBytesToGigaBytes(Double.parseDouble(memoryView.getSpeed())) : 0); 659 | } catch (NumberFormatException e) { 660 | logger.debug("GB conversion failed: double parse of part threw NumberFormatException (memory size not numeric)"); 661 | hwMemory.setSize(0); 662 | hwMemory.setSpeed(0); 663 | } 664 | hwMemoryList.add(hwMemory); 665 | } 666 | return hwMemoryList; 667 | } 668 | 669 | 670 | public static HwSystem transformHwSystem(DCIMSystemViewType system) throws Exception { 671 | if (system == null) { 672 | return null; 673 | } 674 | HwSystem hwSystem = new HwSystem(); 675 | hwSystem.setAssetTag(system.getAssetTag() != null ? system.getAssetTag().getValue() : null); 676 | hwSystem.setBatteryRollupStatus(system.getBatteryRollupStatus() != null ? String.valueOf(system.getBatteryRollupStatus().getValue()) : null); 677 | if (system.getBiosReleaseDate() != null) { 678 | hwSystem.setBiosReleaseDate(getIsoDateString(system.getBiosReleaseDate().getValue(), TransformerAssemblerConstants.DATE_PATTERNS)); 679 | } 680 | hwSystem.setBiosVersionString(system.getBiosVersionString() != null ? system.getBiosVersionString().getValue() : null); 681 | hwSystem.setBoardPartNumber(system.getBoardPartNumber() != null ? system.getBoardPartNumber().getValue() : null); 682 | hwSystem.setBoardSerialNumber(system.getBoardSerialNumber() != null ? system.getBoardSerialNumber().getValue() : null); 683 | hwSystem.setChassisName(system.getChassisName() != null ? system.getChassisName().getValue() : null); 684 | hwSystem.setChassisServiceTag(system.getChassisServiceTag() != null ? system.getChassisServiceTag().getValue() : null); 685 | hwSystem.setChassisSystemHeight(system.getChassisSystemHeight() != null ? String.valueOf(system.getChassisSystemHeight().getValue()) : null); 686 | hwSystem.setCmcip(system.getCmcip() != null ? system.getCmcip().getValue() : null); 687 | hwSystem.setCurrentRollupStatus(system.getCurrentRollupStatus() != null ? String.valueOf(system.getCurrentRollupStatus().getValue()) : null); 688 | hwSystem.setCpldVersion(system.getCpldVersion() != null ? system.getCpldVersion().getValue() : null); 689 | hwSystem.setDeviceDescription(system.getDeviceDescription() != null ? system.getDeviceDescription().getValue() : null); 690 | hwSystem.setFqdd(system.getFqdd() != null ? system.getFqdd().getValue() : null); 691 | hwSystem.setHostName(system.getHostName() != null ? system.getHostName().getValue() : null); 692 | hwSystem.setInstanceID(system.getInstanceID() != null ? system.getInstanceID().getValue() : null); 693 | hwSystem.setLicensingRollupStatus(system.getLicensingRollupStatus() != null ? String.valueOf(system.getLicensingRollupStatus().getValue()) : null); 694 | hwSystem.setLifecycleControllerVersion(system.getLifecycleControllerVersion() != null ? system.getLifecycleControllerVersion().getValue() : null); 695 | hwSystem.setManufacturer(system.getManufacturer() != null ? system.getManufacturer().getValue() : null); 696 | hwSystem.setMaxCpuSockets(system.getMaxCPUSockets() != null ? String.valueOf(system.getMaxCPUSockets().getValue()) : null); 697 | hwSystem.setMaxDimmSlots(system.getMaxDIMMSlots() != null ? String.valueOf(system.getMaxDIMMSlots().getValue()) : null); 698 | hwSystem.setMaxPcieSlots(system.getMaxPCIeSlots() != null ? String.valueOf(system.getMaxPCIeSlots().getValue()) : null); 699 | hwSystem.setMemoryOperationMode(system.getMemoryOperationMode() != null ? system.getMemoryOperationMode().getValue() : null); 700 | hwSystem.setModel(system.getModel() != null ? system.getModel().getValue() : null); 701 | hwSystem.setPlatformGuid(system.getPlatformGUID() != null ? system.getPlatformGUID().getValue() : null); 702 | hwSystem.setPopulatedCpuSockets(system.getPopulatedCPUSockets() != null ? String.valueOf(system.getPopulatedCPUSockets().getValue()) : null); 703 | hwSystem.setPopulatedDimmSlots(system.getPopulatedDIMMSlots() != null ? String.valueOf(system.getPopulatedDIMMSlots().getValue()) : null); 704 | hwSystem.setPopulatedPcieSlots(system.getPopulatedPCIeSlots() != null ? String.valueOf(system.getPopulatedPCIeSlots().getValue()) : null); 705 | hwSystem.setPowerCap(system.getPowerCap() != null ? String.valueOf(system.getPowerCap().getValue()) : null); 706 | hwSystem.setPowerCapEnabledState(system.getPowerCapEnabledState() != null ? String.valueOf(system.getPowerCapEnabledState().getValue()) : null); 707 | hwSystem.setPowerState(system.getPowerState() != null ? String.valueOf(system.getPowerState().getValue()) : null); 708 | hwSystem.setPsRollupStatus(system.getPsRollupStatus() != null ? String.valueOf(system.getPsRollupStatus().getValue()) : null); 709 | hwSystem.setRollupStatus(system.getRollupStatus() != null ? String.valueOf(system.getRollupStatus().getValue()) : null); 710 | hwSystem.setServiceTag(system.getServiceTag() != null ? system.getServiceTag().getValue() : null); 711 | hwSystem.setSysMemLocation(system.getSysMemLocation() != null ? String.valueOf(system.getSysMemLocation().getValue()) : null); 712 | hwSystem.setSysMemErrorInfo(system.getSysMemErrorInfo() != null ? String.valueOf(system.getSysMemErrorInfo().getValue()) : null); 713 | hwSystem.setSysMemErrorMethodology(system.getSysMemErrorMethodology() != null ? String.valueOf(system.getSysMemErrorMethodology().getValue()) : null); 714 | hwSystem.setSysMemPrimaryStatus(system.getSysMemPrimaryStatus() != null ? String.valueOf(system.getSysMemPrimaryStatus().getValue()) : null); 715 | // convert Installed Capacity to GB from MB 716 | hwSystem.setSysMemTotalSize(system.getSysMemTotalSize() != null ? PatternUtils.megaBytesToGigaBytes(system.getSysMemTotalSize().getValue()) : 0); 717 | hwSystem.setSystemGeneration(system.getSystemGeneration() != null ? String.valueOf(system.getSystemGeneration().getValue()) : null); 718 | hwSystem.setSystemID(system.getSystemID() != null ? String.valueOf(system.getSystemID().getValue()) : null); 719 | hwSystem.setSysMemMaxCapacitySize(system.getSysMemMaxCapacitySize() != null ? String.valueOf(system.getSysMemMaxCapacitySize().getValue()) : null); 720 | hwSystem.setUuid(system.getUuid() != null ? system.getUuid().getValue() : null); 721 | hwSystem.setChassisModel(system.getChassisModel() != null ? system.getChassisModel().getValue() : null); 722 | hwSystem.setBaseBoardChassisSlot(system.getBaseBoardChassisSlot() != null ? system.getBaseBoardChassisSlot().getValue() : null); 723 | hwSystem.setBladeGeometry(system.getBladeGeometry() != null ? String.valueOf(system.getBladeGeometry().getValue()) : null); 724 | hwSystem.setCpuRollupStatus(system.getCpuRollupStatus() != null ? String.valueOf(system.getCpuRollupStatus().getValue()) : null); 725 | hwSystem.setCaption(system.getCaption() != null ? system.getCaption().getValue() : null); 726 | hwSystem.setExpressServiceCode(system.getExpressServiceCode() != null ? system.getExpressServiceCode().getValue() : null); 727 | hwSystem.setElementName(system.getElementName() != null ? system.getElementName().getValue() : null); 728 | hwSystem.setFanRollupStatus(system.getFanRollupStatus() != null ? String.valueOf(system.getFanRollupStatus().getValue()) : null); 729 | hwSystem.setGeneration(system.getGeneration() != null ? String.valueOf(system.getGeneration().getValue()) : null); 730 | hwSystem.setLastSystemInventoryTime(system.getLastSystemInventoryTime() != null ? system.getLastSystemInventoryTime().getValue() : null); 731 | hwSystem.setLastUpdateTime(system.getLastUpdateTime() != null ? system.getLastUpdateTime().getValue() : null); 732 | hwSystem.setPrimaryStatus(system.getPrimaryStatus() != null ? String.valueOf(system.getPrimaryStatus().getValue()) : null); 733 | hwSystem.setStorageRollupStatus(system.getStorageRollupStatus() != null ? String.valueOf(system.getStorageRollupStatus().getValue()) : null); 734 | hwSystem.setSysMemFailOverState(system.getSysMemFailOverState() != null ? system.getSysMemFailOverState().getValue() : null); 735 | hwSystem.setSystemRevision(system.getSystemRevision() != null ? String.valueOf(system.getSystemRevision().getValue()) : null); 736 | hwSystem.setTempRollupStatus(system.getTempRollupStatus() != null ? String.valueOf(system.getTempRollupStatus().getValue()) : null); 737 | hwSystem.setVoltRollupStatus(system.getVoltRollupStatus() != null ? String.valueOf(system.getVoltRollupStatus().getValue()) : null); 738 | hwSystem.setSmbiosGUID(system.getSmbiosGUID() != null ? system.getSmbiosGUID().getValue() : null); 739 | hwSystem.setNodeId(system.getNodeId() != null ? system.getNodeId().getValue() : null); 740 | hwSystem.setEstimatedExhaustTemperature(system.getEstimatedExhaustTemperature() != null ? String.valueOf(system.getEstimatedExhaustTemperature().getValue()) : null); 741 | hwSystem.setEstimatedSystemAirflow(system.getEstimatedSystemAirflow() != null ? String.valueOf(system.getEstimatedSystemAirflow().getValue()) : null); 742 | hwSystem.setServerAllocation(system.getServerAllocation() != null ? String.valueOf(system.getServerAllocation().getValue()) : null); 743 | hwSystem.setTempStatisticsRollupStatus(system.getTempStatisticsRollupStatus() != null ? String.valueOf(system.getTempStatisticsRollupStatus().getValue()) : null); 744 | hwSystem.setIdsdmRollupStatus(system.getIdsdmRollupStatus() != null ? String.valueOf(system.getIdsdmRollupStatus().getValue()) : null); 745 | hwSystem.setMemoryRollupStatus(system.getMemoryRollupStatus() != null ? String.valueOf(system.getMemoryRollupStatus().getValue()) : null); 746 | 747 | return hwSystem; 748 | } 749 | 750 | public static List transformIdracString(List isvList) throws Exception { 751 | List icsList= new ArrayList<>(); 752 | if (CollectionUtils.isEmpty(isvList)) { 753 | return icsList; 754 | } 755 | 756 | for (IDRACCardStringView icsv : isvList) { 757 | IdracCardString ics = new IdracCardString(); 758 | ics.setAttributeDisplayName(icsv.getAttributeDisplayName()); 759 | ics.setAttributeName(icsv.getAttributeName()); 760 | ics.setCurrentValue(icsv.getCurrentValue()); 761 | ics.setDefaultValue(icsv.getDefaultValue()); 762 | ics.setDependency(icsv.getDependency()); 763 | ics.setDisplayOrder(icsv.getDisplayOrder()); 764 | ics.setFqdd(icsv.getfQDD()); 765 | ics.setGroupDisplayName(icsv.getGroupDisplayName()); 766 | ics.setGroupId(icsv.getGroupID()); 767 | ics.setInstanceId(icsv.getInstanceID()); 768 | ics.setIsReadOnly(icsv.getIsReadOnly()); 769 | ics.setMaxLength(icsv.getMaxLength()); 770 | ics.setMinLength(icsv.getMinLength()); 771 | ics.setPendingValue(icsv.getPendingValue()); 772 | icsList.add(ics); 773 | } 774 | return icsList; 775 | } 776 | 777 | } 778 | --------------------------------------------------------------------------------