com.alipay.sofa.boot.autoconfigure.rpc.SofaBootRpcProperties Maven / Gradle / Ivy
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/*
* Licensed to the Apache Software Foundation (ASF) under one or more
* contributor license agreements. See the NOTICE file distributed with
* this work for additional information regarding copyright ownership.
* The ASF licenses this file to You under the Apache License, Version 2.0
* (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package com.alipay.sofa.boot.autoconfigure.rpc;
import com.alipay.sofa.rpc.common.SofaOptions;
import com.google.common.base.CaseFormat;
import org.springframework.boot.context.properties.ConfigurationProperties;
import org.springframework.context.EnvironmentAware;
import org.springframework.core.env.Environment;
import org.springframework.util.ObjectUtils;
import java.util.HashMap;
import java.util.List;
import java.util.Map;
/**
* Configuration properties to configure sofa rpc.
*
* @author khotyn
*/
@ConfigurationProperties("sofa.boot.rpc")
public class SofaBootRpcProperties implements EnvironmentAware {
public static final String PREFIX = "sofa.boot.rpc";
public static final String OLD_PREFIX = "com.alipay.sofa.rpc";
private Environment environment;
/**
* whether enable auto publish service when application start.
*/
private boolean enableAutoPublish;
/**
* whether regulation effective (是否开启单机故障剔除功能)
*/
private String aftRegulationEffective;
/**
* whether regulation effective (是否开启降级)
*/
private String aftDegradeEffective;
/**
* aft time window of caculation (时间窗口)
*/
private String aftTimeWindow;
/**
* aft least invoke times in window (最小调用次数)
*/
private String aftLeastWindowCount;
/**
* aft least exception rate multiple than average exception rate (最小异常率)
*/
private String aftLeastWindowExceptionRateMultiple;
/**
* aft weight was degraded by this rate (降级速率)
*/
private String aftWeightDegradeRate;
/**
* aft weight was recovered by this rate (恢复速率)
*/
private String aftWeightRecoverRate;
/**
* the least weight that aft could degrade one provider (降级最小权重)
*/
private String aftDegradeLeastWeight;
/**
* the max ip numbers that aft could degrade (最大降级 ip)
*/
private String aftDegradeMaxIpCount;
/* fault-tolerance end */
/* Bolt start*/
/**
* the port of bolt (bolt 端口)
*/
private String boltPort;
/**
* the core thread pool size of bolt （bolt 核心线程数）
*/
private String boltThreadPoolCoreSize;
/**
* the max thread pool size of bolt （bolt 最大线程数）
*/
private String boltThreadPoolMaxSize;
/**
* the queue size of bolt server（bolt 线程池队列）
*/
private String boltThreadPoolQueueSize;
/**
* the max accept size of bolt (bolt 服务端允许客户端建立的连接数)
*/
private String boltAcceptsSize;
/**
* process in bolt io worker thread (bolt 服务端业务处理是否直接在worker中处理)
*/
private Boolean boltProcessInIoThread;
/**
* export a port to show swagger
*/
private Boolean enableSwagger;
/**
* Location of remote mock server . If specified ,auto enable mock.
*/
private String mockUrl;
/* Bolt end*/
/* H2c start*/
/**
* the port of http2 (http2 端口)
*/
private String h2cPort;
/**
* the core thread pool size of http2 （http2 核心线程数）
*/
private String h2cThreadPoolCoreSize;
/**
* the max thread pool size of http2 （http2 最大线程数）
*/
private String h2cThreadPoolMaxSize;
/**
* the queue size of http2 server（http2 线程池队列）
*/
private String h2cThreadPoolQueueSize;
/**
* the max accept size of http2 (http2 服务端允许客户端建立的连接数)
*/
private String h2cAcceptsSize;
/* Bolt end*/
/* rest start*/
/**
* rest host name (rest 绑定的 hostname)
*/
private String restHostname;
/**
* the port of rest (rest 端口)
*/
private String restPort;
/**
* the io thread size of rest io (rest io 线程数)
*/
private String restIoThreadSize;
/**
* rest context path (rest context path)
*/
private String restContextPath;
/**
* cors settings
*/
private String restAllowedOrigins;
/**
* the max thread pool size of rest （rest 最大线程数）
*/
private String restThreadPoolMaxSize;
/**
* the max request size of per request (rest 最大请求大小)
*/
private String restMaxRequestSize;
/**
* whether allow rest telnet (是否允许 rest telnet)
*/
private String restTelnet;
/**
* whether rest server is daemon (是否hold住端口，true的话随主线程退出而退出)
*/
private String restDaemon;
private boolean restSwagger;
/* rest end */
/* dubbo start*/
/**
* the port of dubbo (dubbo 端口)
*/
private String dubboPort;
/**
* the io thread size of dubbo io (dubbo io 线程数)
*/
private String dubboIoThreadSize;
/**
* the max thread pool size of dubbo （dubbo 最大线程数）
*/
private String dubboThreadPoolMaxSize;
/**
* the max accept size of dubbo (dubbo 服务端允许客户端建立的连接数)
*/
private String dubboAcceptsSize;
/* dubbo end*/
/* http start*/
/**
* the port of http (http 端口)
*/
private String httpPort;
/**
* the core thread pool size of http （http 核心线程数）
*/
private String httpThreadPoolCoreSize;
/**
* the max thread pool size of http （http 最大线程数）
*/
private String httpThreadPoolMaxSize;
/**
* the queue size of http server（http 线程池队列）
*/
private String httpThreadPoolQueueSize;
/**
* the max accept size of http (http 服务端允许客户端建立的连接数)
*/
private String httpAcceptsSize;
/* http end*/
/* triple start*/
/**
* the port of triple (triple 端口)
*/
private String triplePort;
/**
* the core thread pool size of triple （triple 核心线程数）
*/
private String tripleThreadPoolCoreSize;
/**
* the max thread pool size of triple （triple 最大线程数）
*/
private String tripleThreadPoolMaxSize;
/**
* the queue size of triple server（triple 线程池队列）
*/
private String tripleThreadPoolQueueSize;
/**
* the max accept size of triple (triple 服务端允许客户端建立的连接数)
*/
private String tripleAcceptsSize;
/* triple end*/
/* registry */
/**
* registry address of rpc server （注册中心的地址）
*/
private String registryAddress;
/**
* virtual host for service publish（服务发布虚拟host）
*/
private String virtualHost;
/**
* virtual port for service publish（服务发布虚拟端口）
*/
private String virtualPort;
/**
* ip range which used in multi network interfaces （多网卡 ip 范围）
*/
private String enabledIpRange;
/**
* this bind network interface in multi network interfaces （绑定网卡来选择ip）
*/
private String bindNetworkInterface;
/**
* bound host (绑定host)
*/
private String boundHost;
/**
* disable lookout （是否关闭lookout ）
*/
private String lookoutCollectDisable;
/**
* multi registries （多注册中心）
*/
private Map registries = new HashMap();
/**
* enable mesh，can be protocol,like bolt,mesh,all,now we only support bolt （是否开启mesh支持，目前只支持bolt）
*/
private String enableMesh;
/**
* the reference limit numbers of the same interface could be referred (允许客户端对同一个服务生成的引用代理数量，默认为3)
*/
private String consumerRepeatedReferenceLimit;
private String hystrixEnable;
private String defaultTracer;
/**
* dynamic config setting
*/
private String dynamicConfig;
private List providerRegisterWhiteList;
private List providerRegisterBlackList;
/**
* 是否开启延时注册功能
*/
private boolean enableDelayRegister;
public boolean isEnableAutoPublish() {
return enableAutoPublish;
}
public void setEnableAutoPublish(boolean enableAutoPublish) {
this.enableAutoPublish = enableAutoPublish;
}
public String getAftRegulationEffective() {
return ObjectUtils.isEmpty(aftRegulationEffective) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : aftRegulationEffective;
}
public void setAftRegulationEffective(String aftRegulationEffective) {
this.aftRegulationEffective = aftRegulationEffective;
}
public String getAftDegradeEffective() {
return ObjectUtils.isEmpty(aftDegradeEffective) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : aftDegradeEffective;
}
public void setAftDegradeEffective(String aftDegradeEffective) {
this.aftDegradeEffective = aftDegradeEffective;
}
public String getAftTimeWindow() {
return ObjectUtils.isEmpty(aftTimeWindow) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : aftTimeWindow;
}
public void setAftTimeWindow(String aftTimeWindow) {
this.aftTimeWindow = aftTimeWindow;
}
public String getAftLeastWindowCount() {
return ObjectUtils.isEmpty(aftLeastWindowCount) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : aftLeastWindowCount;
}
public void setAftLeastWindowCount(String aftLeastWindowCount) {
this.aftLeastWindowCount = aftLeastWindowCount;
}
public String getAftLeastWindowExceptionRateMultiple() {
return ObjectUtils.isEmpty(aftLeastWindowExceptionRateMultiple) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName())
: aftLeastWindowExceptionRateMultiple;
}
public void setAftLeastWindowExceptionRateMultiple(String aftLeastWindowExceptionRateMultiple) {
this.aftLeastWindowExceptionRateMultiple = aftLeastWindowExceptionRateMultiple;
}
public String getAftWeightDegradeRate() {
return ObjectUtils.isEmpty(aftWeightDegradeRate) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : aftWeightDegradeRate;
}
public void setAftWeightDegradeRate(String aftWeightDegradeRate) {
this.aftWeightDegradeRate = aftWeightDegradeRate;
}
public String getAftWeightRecoverRate() {
return ObjectUtils.isEmpty(aftWeightRecoverRate) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : aftWeightRecoverRate;
}
public void setAftWeightRecoverRate(String aftWeightRecoverRate) {
this.aftWeightRecoverRate = aftWeightRecoverRate;
}
public String getAftDegradeLeastWeight() {
return ObjectUtils.isEmpty(aftDegradeLeastWeight) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : aftDegradeLeastWeight;
}
public void setAftDegradeLeastWeight(String aftDegradeLeastWeight) {
this.aftDegradeLeastWeight = aftDegradeLeastWeight;
}
public String getAftDegradeMaxIpCount() {
return ObjectUtils.isEmpty(aftDegradeMaxIpCount) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : aftDegradeMaxIpCount;
}
public void setAftDegradeMaxIpCount(String aftDegradeMaxIpCount) {
this.aftDegradeMaxIpCount = aftDegradeMaxIpCount;
}
public String getBoltPort() {
if (environment.containsProperty(SofaOptions.CONFIG_TR_PORT)) {
return environment.getProperty(SofaOptions.CONFIG_TR_PORT);
}
return ObjectUtils.isEmpty(boltPort) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : boltPort;
}
public void setBoltPort(String boltPort) {
this.boltPort = boltPort;
}
public String getDubboIoThreadSize() {
return ObjectUtils.isEmpty(dubboIoThreadSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : dubboIoThreadSize;
}
public void setDubboIoThreadSize(String dubboIoThreadSize) {
this.dubboIoThreadSize = dubboIoThreadSize;
}
public String getBoltThreadPoolCoreSize() {
if (environment.containsProperty(SofaOptions.TR_MIN_POOLSIZE)) {
return environment.getProperty(SofaOptions.TR_MIN_POOLSIZE);
}
return ObjectUtils.isEmpty(boltThreadPoolCoreSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : boltThreadPoolCoreSize;
}
public void setBoltThreadPoolCoreSize(String boltThreadPoolCoreSize) {
this.boltThreadPoolCoreSize = boltThreadPoolCoreSize;
}
public String getBoltThreadPoolMaxSize() {
if (environment.containsProperty(SofaOptions.TR_MAX_POOLSIZE)) {
return environment.getProperty(SofaOptions.TR_MAX_POOLSIZE);
}
return ObjectUtils.isEmpty(boltThreadPoolMaxSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : boltThreadPoolMaxSize;
}
public void setBoltThreadPoolMaxSize(String boltThreadPoolMaxSize) {
this.boltThreadPoolMaxSize = boltThreadPoolMaxSize;
}
public String getBoltAcceptsSize() {
return ObjectUtils.isEmpty(boltAcceptsSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : boltAcceptsSize;
}
public void setBoltAcceptsSize(String boltAcceptsSize) {
this.boltAcceptsSize = boltAcceptsSize;
}
public String getRestHostname() {
return ObjectUtils.isEmpty(restHostname) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : restHostname;
}
public void setRestHostname(String restHostname) {
this.restHostname = restHostname;
}
public String getRestPort() {
return ObjectUtils.isEmpty(restPort) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : restPort;
}
public void setRestPort(String restPort) {
this.restPort = restPort;
}
public String getRestIoThreadSize() {
return ObjectUtils.isEmpty(restIoThreadSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : restIoThreadSize;
}
public void setRestIoThreadSize(String restIoThreadSize) {
this.restIoThreadSize = restIoThreadSize;
}
public String getRestContextPath() {
return ObjectUtils.isEmpty(restContextPath) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : restContextPath;
}
public void setRestContextPath(String restContextPath) {
this.restContextPath = restContextPath;
}
public String getRestThreadPoolMaxSize() {
return ObjectUtils.isEmpty(restThreadPoolMaxSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : restThreadPoolMaxSize;
}
public void setRestThreadPoolMaxSize(String restThreadPoolMaxSize) {
this.restThreadPoolMaxSize = restThreadPoolMaxSize;
}
public String getRestMaxRequestSize() {
return ObjectUtils.isEmpty(restMaxRequestSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : restMaxRequestSize;
}
public void setRestMaxRequestSize(String restMaxRequestSize) {
this.restMaxRequestSize = restMaxRequestSize;
}
public String getRestTelnet() {
return ObjectUtils.isEmpty(restTelnet) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : restTelnet;
}
public void setRestTelnet(String restTelnet) {
this.restTelnet = restTelnet;
}
public String getRestDaemon() {
return ObjectUtils.isEmpty(restDaemon) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : restDaemon;
}
public void setRestDaemon(String restDaemon) {
this.restDaemon = restDaemon;
}
public String getDubboPort() {
return ObjectUtils.isEmpty(dubboPort) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : dubboPort;
}
public void setDubboPort(String dubboPort) {
this.dubboPort = dubboPort;
}
public String getDubboThreadPoolMaxSize() {
return ObjectUtils.isEmpty(dubboThreadPoolMaxSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : dubboThreadPoolMaxSize;
}
public void setDubboThreadPoolMaxSize(String dubboThreadPoolMaxSize) {
this.dubboThreadPoolMaxSize = dubboThreadPoolMaxSize;
}
public String getDubboAcceptsSize() {
return ObjectUtils.isEmpty(dubboAcceptsSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : dubboAcceptsSize;
}
public void setDubboAcceptsSize(String dubboAcceptsSize) {
this.dubboAcceptsSize = dubboAcceptsSize;
}
public String getRegistryAddress() {
return ObjectUtils.isEmpty(registryAddress) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : registryAddress;
}
public void setRegistryAddress(String registryAddress) {
this.registryAddress = registryAddress;
}
public String getBoltThreadPoolQueueSize() {
if (environment.containsProperty(SofaOptions.TR_QUEUE_SIZE)) {
return environment.getProperty(SofaOptions.TR_QUEUE_SIZE);
}
return ObjectUtils.isEmpty(boltThreadPoolQueueSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : boltThreadPoolQueueSize;
}
public void setBoltThreadPoolQueueSize(String boltThreadPoolQueueSize) {
this.boltThreadPoolQueueSize = boltThreadPoolQueueSize;
}
public String getVirtualHost() {
return ObjectUtils.isEmpty(virtualHost) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : virtualHost;
}
public void setVirtualHost(String virtualHost) {
this.virtualHost = virtualHost;
}
public String getBoundHost() {
return ObjectUtils.isEmpty(boundHost) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : boundHost;
}
public void setBoundHost(String boundHost) {
this.boundHost = boundHost;
}
public String getVirtualPort() {
return ObjectUtils.isEmpty(virtualPort) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : virtualPort;
}
public void setVirtualPort(String virtualPort) {
this.virtualPort = virtualPort;
}
public String getEnabledIpRange() {
if (environment.containsProperty(SofaOptions.CONFIG_IP_RANGE)) {
return environment.getProperty(SofaOptions.CONFIG_IP_RANGE);
}
return ObjectUtils.isEmpty(enabledIpRange) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : enabledIpRange;
}
public void setEnabledIpRange(String enabledIpRange) {
this.enabledIpRange = enabledIpRange;
}
public String getBindNetworkInterface() {
if (environment.containsProperty(SofaOptions.CONFIG_NI_BIND)) {
return environment.getProperty(SofaOptions.CONFIG_NI_BIND);
}
return ObjectUtils.isEmpty(bindNetworkInterface) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : bindNetworkInterface;
}
public void setBindNetworkInterface(String bindNetworkInterface) {
this.bindNetworkInterface = bindNetworkInterface;
}
public String getH2cPort() {
return ObjectUtils.isEmpty(h2cPort) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : h2cPort;
}
public void setH2cPort(String h2cPort) {
this.h2cPort = h2cPort;
}
public String getH2cThreadPoolCoreSize() {
return ObjectUtils.isEmpty(h2cThreadPoolCoreSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : h2cThreadPoolCoreSize;
}
public void setH2cThreadPoolCoreSize(String h2cThreadPoolCoreSize) {
this.h2cThreadPoolCoreSize = h2cThreadPoolCoreSize;
}
public String getH2cThreadPoolMaxSize() {
return ObjectUtils.isEmpty(h2cThreadPoolMaxSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : h2cThreadPoolMaxSize;
}
public void setH2cThreadPoolMaxSize(String h2cThreadPoolMaxSize) {
this.h2cThreadPoolMaxSize = h2cThreadPoolMaxSize;
}
public String getH2cThreadPoolQueueSize() {
return ObjectUtils.isEmpty(h2cThreadPoolQueueSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : h2cThreadPoolQueueSize;
}
public void setH2cThreadPoolQueueSize(String h2cThreadPoolQueueSize) {
this.h2cThreadPoolQueueSize = h2cThreadPoolQueueSize;
}
public String getH2cAcceptsSize() {
return ObjectUtils.isEmpty(h2cAcceptsSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : h2cAcceptsSize;
}
public void setH2cAcceptsSize(String h2cAcceptsSize) {
this.h2cAcceptsSize = h2cAcceptsSize;
}
public String getHttpPort() {
return ObjectUtils.isEmpty(httpPort) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : httpPort;
}
public void setHttpPort(String httpPort) {
this.httpPort = httpPort;
}
public String getHttpThreadPoolCoreSize() {
return ObjectUtils.isEmpty(httpThreadPoolCoreSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : httpThreadPoolCoreSize;
}
public void setHttpThreadPoolCoreSize(String httpThreadPoolCoreSize) {
this.httpThreadPoolCoreSize = httpThreadPoolCoreSize;
}
public String getHttpThreadPoolMaxSize() {
return ObjectUtils.isEmpty(httpThreadPoolMaxSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : httpThreadPoolMaxSize;
}
public void setHttpThreadPoolMaxSize(String httpThreadPoolMaxSize) {
this.httpThreadPoolMaxSize = httpThreadPoolMaxSize;
}
public String getHttpThreadPoolQueueSize() {
return ObjectUtils.isEmpty(httpThreadPoolQueueSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : httpThreadPoolQueueSize;
}
public void setHttpThreadPoolQueueSize(String httpThreadPoolQueueSize) {
this.httpThreadPoolQueueSize = httpThreadPoolQueueSize;
}
public String getHttpAcceptsSize() {
return ObjectUtils.isEmpty(httpAcceptsSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : httpAcceptsSize;
}
public void setHttpAcceptsSize(String httpAcceptsSize) {
this.httpAcceptsSize = httpAcceptsSize;
}
public String getLookoutCollectDisable() {
return ObjectUtils.isEmpty(lookoutCollectDisable) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : lookoutCollectDisable;
}
public void setLookoutCollectDisable(String lookoutCollectDisable) {
this.lookoutCollectDisable = lookoutCollectDisable;
}
public Map getRegistries() {
return registries;
}
public void setRegistries(Map registries) {
this.registries = registries;
}
public String getEnableMesh() {
return ObjectUtils.isEmpty(enableMesh) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : enableMesh;
}
public void setEnableMesh(String enableMesh) {
this.enableMesh = enableMesh;
}
public String getConsumerRepeatedReferenceLimit() {
return ObjectUtils.isEmpty(consumerRepeatedReferenceLimit) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : consumerRepeatedReferenceLimit;
}
public void setConsumerRepeatedReferenceLimit(String consumerRepeatedReferenceLimit) {
this.consumerRepeatedReferenceLimit = consumerRepeatedReferenceLimit;
}
public String getDefaultTracer() {
return defaultTracer;
}
public void setDefaultTracer(String defaultTracer) {
this.defaultTracer = defaultTracer;
}
public String getHystrixEnable() {
return ObjectUtils.isEmpty(hystrixEnable) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : hystrixEnable;
}
public void setHystrixEnable(String hystrixEnable) {
this.hystrixEnable = hystrixEnable;
}
public String getRestAllowedOrigins() {
return ObjectUtils.isEmpty(restAllowedOrigins) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : restAllowedOrigins;
}
public String getTriplePort() {
return ObjectUtils.isEmpty(triplePort) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : triplePort;
}
public void setTriplePort(String triplePort) {
this.triplePort = triplePort;
}
public String getTripleThreadPoolCoreSize() {
return ObjectUtils.isEmpty(tripleThreadPoolCoreSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : tripleThreadPoolCoreSize;
}
public void setTripleThreadPoolCoreSize(String tripleThreadPoolCoreSize) {
this.tripleThreadPoolCoreSize = tripleThreadPoolCoreSize;
}
public String getTripleThreadPoolMaxSize() {
return ObjectUtils.isEmpty(tripleThreadPoolMaxSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : tripleThreadPoolMaxSize;
}
public void setTripleThreadPoolMaxSize(String tripleThreadPoolMaxSize) {
this.tripleThreadPoolMaxSize = tripleThreadPoolMaxSize;
}
public String getTripleThreadPoolQueueSize() {
return ObjectUtils.isEmpty(tripleThreadPoolQueueSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : tripleThreadPoolQueueSize;
}
public void setTripleThreadPoolQueueSize(String tripleThreadPoolQueueSize) {
this.tripleThreadPoolQueueSize = tripleThreadPoolQueueSize;
}
public String getTripleAcceptsSize() {
return ObjectUtils.isEmpty(tripleAcceptsSize) ? getDotString(new Object() {
}.getClass().getEnclosingMethod().getName()) : tripleAcceptsSize;
}
public void setTripleAcceptsSize(String tripleAcceptsSize) {
this.tripleAcceptsSize = tripleAcceptsSize;
}
public void setRestAllowedOrigins(String restAllowedOrigins) {
this.restAllowedOrigins = restAllowedOrigins;
}
private String getDotString(String enclosingMethodName) {
if (environment == null) {
return null;
}
String key = camelToDot(enclosingMethodName.substring(3));
String result = environment.getProperty(PREFIX + "." + key);
if (result != null) {
return result;
} else {
return environment.getProperty(OLD_PREFIX + "." + key);
}
}
public String camelToDot(String camelCaseString) {
return CaseFormat.UPPER_CAMEL.to(CaseFormat.LOWER_HYPHEN, camelCaseString).replaceAll("-",
".");
}
public Environment getEnvironment() {
return environment;
}
public boolean isRestSwagger() {
return restSwagger;
}
public void setRestSwagger(boolean restSwagger) {
this.restSwagger = restSwagger;
}
public String getMockUrl() {
return mockUrl;
}
public void setMockUrl(String mockUrl) {
this.mockUrl = mockUrl;
}
public String getDynamicConfig() {
return dynamicConfig;
}
public void setDynamicConfig(String dynamicConfig) {
this.dynamicConfig = dynamicConfig;
}
public Boolean getEnableSwagger() {
return enableSwagger;
}
public void setEnableSwagger(Boolean enableswagger) {
this.enableSwagger = enableswagger;
}
public Boolean getBoltProcessInIoThread() {
return boltProcessInIoThread;
}
public void setBoltProcessInIoThread(Boolean boltProcessInIoThread) {
this.boltProcessInIoThread = boltProcessInIoThread;
}
public List getProviderRegisterWhiteList() {
return providerRegisterWhiteList;
}
public void setProviderRegisterWhiteList(List providerRegisterWhiteList) {
this.providerRegisterWhiteList = providerRegisterWhiteList;
}
public List getProviderRegisterBlackList() {
return providerRegisterBlackList;
}
public void setProviderRegisterBlackList(List providerRegisterBlackList) {
this.providerRegisterBlackList = providerRegisterBlackList;
}
public boolean isEnableDelayRegister() {
return enableDelayRegister;
}
public void setEnableDelayRegister(boolean enableDelayRegister) {
this.enableDelayRegister = enableDelayRegister;
}
@Override
public void setEnvironment(Environment environment) {
this.environment = environment;
}
}