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A set of utilities for Java
package org.rx.core;
import com.alibaba.fastjson2.JSONFactory;
import io.netty.util.internal.SystemPropertyUtil;
import lombok.Getter;
import lombok.Setter;
import lombok.SneakyThrows;
import lombok.ToString;
import lombok.extern.slf4j.Slf4j;
import org.apache.commons.lang3.ClassUtils;
import org.rx.annotation.Metadata;
import org.rx.bean.LogStrategy;
import org.rx.net.Sockets;
import java.util.*;
import java.util.concurrent.ConcurrentHashMap;
import static org.rx.core.Extends.eq;
import static org.rx.core.Extends.newConcurrentList;
@Metadata(topicClass = RxConfig.class)
@Slf4j
@Getter
@Setter
@ToString
public final class RxConfig {
public interface ConfigNames {
String TRACE_KEEP_DAYS = "app.trace.keepDays";
String TRACE_ERROR_MESSAGE_SIZE = "app.trace.errorMessageSize";
String TRACE_SLOW_METHOD_ELAPSED_MICROS = "app.trace.slowMethodElapsedMicros";
String TRACE_WATCH_THREAD_FLAGS = "app.trace.watchThreadFlags";
String TRACE_SAMPLING_CPU_PERIOD = "app.trace.samplingCpuPeriod";
String THREAD_POOL_CPU_LOAD_WARNING = "app.threadPool.cpuLoadWarningThreshold";
String THREAD_POOL_INIT_SIZE = "app.threadPool.initSize";
String THREAD_POOL_KEEP_ALIVE_SECONDS = "app.threadPool.keepAliveSeconds";
String THREAD_POOL_QUEUE_CAPACITY = "app.threadPool.queueCapacity";
String THREAD_POOL_LOW_CPU_WATER_MARK = "app.threadPool.lowCpuWaterMark";
String THREAD_POOL_HIGH_CPU_WATER_MARK = "app.threadPool.highCpuWaterMark";
String THREAD_POOL_REPLICAS = "app.threadPool.replicas";
String THREAD_POOL_TRACE_NAME = "app.threadPool.traceName";
String THREAD_POOL_SLOW_METHOD_SAMPLING_PERCENT = "app.threadPool.slowMethodSamplingPercent";
String THREAD_POOL_MAX_TRACE_DEPTH = "app.threadPool.maxTraceDepth";
String THREAD_POOL_SAMPLING_PERIOD = "app.threadPool.samplingPeriod";
String THREAD_POOL_SAMPLING_TIMES = "app.threadPool.samplingTimes";
String THREAD_POOL_MIN_DYNAMIC_SIZE = "app.threadPool.minDynamicSize";
String THREAD_POOL_MAX_DYNAMIC_SIZE = "app.threadPool.maxDynamicSize";
String THREAD_POOL_RESIZE_QUANTITY = "app.threadPool.resizeQuantity";
String PHYSICAL_MEMORY_USAGE_WARNING = "app.cache.physicalMemoryUsageWarningThreshold";
String CACHE_MAIN_INSTANCE = "app.cache.mainInstance";
String CACHE_SLIDING_SECONDS = "app.cache.slidingSeconds";
String CACHE_MAX_ITEM_SIZE = "app.cache.maxItemSize";
String DISK_USAGE_WARNING = "app.disk.diskUsageWarningThreshold";
String DISK_ENTITY_DATABASE_ROLL_PERIOD = "app.disk.entityDatabaseRollPeriod";
String NET_REACTOR_THREAD_AMOUNT = "app.net.reactorThreadAmount";
String NET_ENABLE_LOG = "app.net.enableLog";
String NET_CONNECT_TIMEOUT_MILLIS = "app.net.connectTimeoutMillis";
String NET_READ_WRITE_TIMEOUT_MILLIS = "app.net.readWriteTimeoutMillis";
String NET_POOL_MAX_SIZE = "app.net.poolMaxSize";
String NET_POOL_KEEP_ALIVE_SECONDS = "app.net.poolKeepAliveSeconds";
String NET_USER_AGENT = "app.net.userAgent";
String NET_LAN_IPS = "app.net.lanIps";
String NTP_ENABLE_FLAGS = "app.net.ntp.enableFlags";
String NTP_SYNC_PERIOD = "app.net.ntp.syncPeriod";
String NTP_TIMEOUT_MILLIS = "app.net.ntp.timeoutMillis";
String NTP_SERVERS = "app.net.ntp.servers";
String DNS_INLAND_SERVERS = "app.net.dns.inlandServers";
String DNS_OUTLAND_SERVERS = "app.net.dns.outlandServers";
String APP_ID = "app.id";
String MX_SAMPLING_PERIOD = "app.mxSamplingPeriod";
String DATE_FORMAT = "app.dateFormat";
String LOG_STRATEGY = "app.logStrategy";
String JSON_SKIP_TYPES = "app.jsonSkipTypes";
String AES_KEY = "app.aesKey";
String OMEGA = "app.omega";
String MXPWD = "app.mxpwd";
static String getWithoutPrefix(String name) {
return name.substring(4);
}
}
@Getter
@Setter
@ToString
public static class TraceConfig {
int keepDays;
int writeQueueLength;
int flushQueuePeriod;
int errorMessageSize;
long slowMethodElapsedMicros;
//1 Lock, 2 UserTime
int watchThreadFlags;
long samplingCpuPeriod;
}
@Getter
@Setter
@ToString
public static class ThreadPoolConfig {
int initSize;
int keepAliveSeconds;
int queueCapacity;
int lowCpuWaterMark;
int highCpuWaterMark;
int replicas;
String traceName;
int maxTraceDepth;
int slowMethodSamplingPercent;
int cpuLoadWarningThreshold;
long samplingPeriod;
int samplingTimes;
int minDynamicSize;
int maxDynamicSize;
int resizeQuantity;
}
@Getter
@Setter
@ToString
public static class CacheConfig {
int physicalMemoryUsageWarningThreshold;
Class mainInstance;
int slidingSeconds;
int maxItemSize;
}
@Getter
@Setter
@ToString
public static class DiskConfig {
int diskUsageWarningThreshold;
int entityDatabaseRollPeriod;
}
@Getter
@Setter
@ToString
public static class NetConfig {
int reactorThreadAmount;
boolean enableLog;
int connectTimeoutMillis;
int readWriteTimeoutMillis;
int poolMaxSize;
int poolKeepAliveSeconds;
String userAgent;
final List lanIps = newConcurrentList(true);
NtpConfig ntp = new NtpConfig();
DnsConfig dns = new DnsConfig();
}
@Getter
@Setter
@ToString
public static class NtpConfig {
//1 syncTask, 2 injectJdkTime
int enableFlags;
long syncPeriod;
long timeoutMillis;
final List servers = newConcurrentList(true);
}
@Getter
@Setter
@ToString
public static class DnsConfig {
final List inlandServers = newConcurrentList(true);
final List outlandServers = newConcurrentList(true);
}
public static final RxConfig INSTANCE;
static {
JSONFactory.getDefaultObjectReaderProvider().addAutoTypeAccept("org.springframework");
RxConfig t;
try {
t = YamlConfiguration.RX_CONF.readAs("app", RxConfig.class);
} catch (Throwable e) {
log.error("RxMeta init error", e);
t = new RxConfig();
}
INSTANCE = t;
INSTANCE.refreshFromSystemProperty();
}
String id;
String aesKey;
String dateFormat;
final Set> jsonSkipTypes = ConcurrentHashMap.newKeySet();
LogStrategy logStrategy;
final Set logTypeWhitelist = ConcurrentHashMap.newKeySet();
String omega;
String mxpwd;
long mxSamplingPeriod;
//key1: controller, key2: method, value: url
Map, Map> mxHttpForwards = new ConcurrentHashMap<>(8);
TraceConfig trace = new TraceConfig();
ThreadPoolConfig threadPool = new ThreadPoolConfig();
CacheConfig cache = new CacheConfig();
DiskConfig disk = new DiskConfig();
NetConfig net = new NetConfig();
public int getIntId() {
Integer v = Integer.getInteger(id);
if (v != null) {
return v;
}
return id.hashCode();
}
private RxConfig() {
}
public void refreshFrom(Map props) {
refreshFrom(props, 0);
}
public void refreshFrom(Map props, int flags) {
Linq.from(Reflects.getFieldMap(ConfigNames.class).values()).select(p -> p.get(null)).join(props.entrySet(), (p, x) -> eq(p, x.getKey()), (p, x) -> {
Reflects.writeFieldByPath(this, ConfigNames.getWithoutPrefix(x.getKey()), x.getValue(), flags);
return null;
});
afterSet();
}
void afterSet() {
threadPool.replicas = Math.max(1, threadPool.replicas);
if (net.poolMaxSize <= 0) {
net.poolMaxSize = Math.max(10, Constants.CPU_THREADS * 2);
}
if (id == null) {
id = Sockets.getLocalAddress().getHostAddress() + "-" + Strings.randomValue(99);
}
}
// public void refreshFromSystemProperty() {
// Map sysProps = new HashMap<>((Map) System.getProperties());
// reset(net.lanIps, ConfigNames.NET_LAN_IPS);
// reset(net.ntp.servers, ConfigNames.NTP_SERVERS);
// reset(net.dns.inlandServers, ConfigNames.DNS_INLAND_SERVERS);
// reset(net.dns.outlandServers, ConfigNames.DNS_OUTLAND_SERVERS);
// String v = SystemPropertyUtil.get(ConfigNames.JSON_SKIP_TYPES);
// if (v != null) {
// jsonSkipTypes.clear();
// //method ref will match multi methods
// jsonSkipTypes.addAll(Linq.from(Strings.split(v, ",")).select(p -> Class.forName(p)).toSet());
// }
//
// sysProps.remove(ConfigNames.NET_LAN_IPS);
// sysProps.remove(ConfigNames.NTP_SERVERS);
// sysProps.remove(ConfigNames.DNS_INLAND_SERVERS);
// sysProps.remove(ConfigNames.DNS_OUTLAND_SERVERS);
// sysProps.remove(ConfigNames.JSON_SKIP_TYPES);
//
// refreshFrom(sysProps);
// }
//初始化减少依赖其他类
@SneakyThrows
public void refreshFromSystemProperty() {
trace.keepDays = SystemPropertyUtil.getInt(ConfigNames.TRACE_KEEP_DAYS, trace.keepDays);
trace.errorMessageSize = SystemPropertyUtil.getInt(ConfigNames.TRACE_ERROR_MESSAGE_SIZE, trace.errorMessageSize);
trace.slowMethodElapsedMicros = SystemPropertyUtil.getLong(ConfigNames.TRACE_SLOW_METHOD_ELAPSED_MICROS, trace.slowMethodElapsedMicros);
trace.watchThreadFlags = SystemPropertyUtil.getInt(ConfigNames.TRACE_WATCH_THREAD_FLAGS, trace.watchThreadFlags);
trace.samplingCpuPeriod = SystemPropertyUtil.getLong(ConfigNames.TRACE_SAMPLING_CPU_PERIOD, trace.samplingCpuPeriod);
threadPool.initSize = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_INIT_SIZE, threadPool.initSize);
threadPool.keepAliveSeconds = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_KEEP_ALIVE_SECONDS, threadPool.keepAliveSeconds);
threadPool.queueCapacity = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_QUEUE_CAPACITY, threadPool.queueCapacity);
threadPool.lowCpuWaterMark = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_LOW_CPU_WATER_MARK, threadPool.lowCpuWaterMark);
threadPool.highCpuWaterMark = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_HIGH_CPU_WATER_MARK, threadPool.highCpuWaterMark);
threadPool.replicas = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_REPLICAS, threadPool.replicas);
threadPool.traceName = SystemPropertyUtil.get(ConfigNames.THREAD_POOL_TRACE_NAME);
threadPool.maxTraceDepth = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_MAX_TRACE_DEPTH, threadPool.maxTraceDepth);
threadPool.slowMethodSamplingPercent = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_SLOW_METHOD_SAMPLING_PERCENT, threadPool.slowMethodSamplingPercent);
threadPool.cpuLoadWarningThreshold = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_CPU_LOAD_WARNING, threadPool.cpuLoadWarningThreshold);
threadPool.samplingPeriod = SystemPropertyUtil.getLong(ConfigNames.THREAD_POOL_SAMPLING_PERIOD, threadPool.samplingPeriod);
threadPool.samplingTimes = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_SAMPLING_TIMES, threadPool.samplingTimes);
threadPool.minDynamicSize = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_MIN_DYNAMIC_SIZE, threadPool.minDynamicSize);
threadPool.maxDynamicSize = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_MAX_DYNAMIC_SIZE, threadPool.maxDynamicSize);
threadPool.resizeQuantity = SystemPropertyUtil.getInt(ConfigNames.THREAD_POOL_RESIZE_QUANTITY, threadPool.resizeQuantity);
cache.physicalMemoryUsageWarningThreshold = SystemPropertyUtil.getInt(ConfigNames.PHYSICAL_MEMORY_USAGE_WARNING, cache.physicalMemoryUsageWarningThreshold);
String v = SystemPropertyUtil.get(ConfigNames.CACHE_MAIN_INSTANCE);
if (v != null) {
cache.mainInstance = (Class) ClassUtils.getClass(v, true);
}
cache.slidingSeconds = SystemPropertyUtil.getInt(ConfigNames.CACHE_SLIDING_SECONDS, cache.slidingSeconds);
cache.maxItemSize = SystemPropertyUtil.getInt(ConfigNames.CACHE_MAX_ITEM_SIZE, cache.maxItemSize);
disk.diskUsageWarningThreshold = SystemPropertyUtil.getInt(ConfigNames.DISK_USAGE_WARNING, disk.diskUsageWarningThreshold);
disk.entityDatabaseRollPeriod = SystemPropertyUtil.getInt(ConfigNames.DISK_ENTITY_DATABASE_ROLL_PERIOD, disk.entityDatabaseRollPeriod);
net.reactorThreadAmount = SystemPropertyUtil.getInt(ConfigNames.NET_REACTOR_THREAD_AMOUNT, net.reactorThreadAmount);
net.enableLog = SystemPropertyUtil.getBoolean(ConfigNames.NET_ENABLE_LOG, net.enableLog);
net.connectTimeoutMillis = SystemPropertyUtil.getInt(ConfigNames.NET_CONNECT_TIMEOUT_MILLIS, net.connectTimeoutMillis);
net.readWriteTimeoutMillis = SystemPropertyUtil.getInt(ConfigNames.NET_READ_WRITE_TIMEOUT_MILLIS, net.readWriteTimeoutMillis);
net.poolMaxSize = SystemPropertyUtil.getInt(ConfigNames.NET_POOL_MAX_SIZE, net.poolMaxSize);
net.poolKeepAliveSeconds = SystemPropertyUtil.getInt(ConfigNames.NET_POOL_KEEP_ALIVE_SECONDS, net.poolKeepAliveSeconds);
net.userAgent = SystemPropertyUtil.get(ConfigNames.NET_USER_AGENT, net.userAgent);
reset(net.lanIps, ConfigNames.NET_LAN_IPS);
net.ntp.enableFlags = SystemPropertyUtil.getInt(ConfigNames.NTP_ENABLE_FLAGS, net.ntp.enableFlags);
net.ntp.syncPeriod = SystemPropertyUtil.getLong(ConfigNames.NTP_SYNC_PERIOD, net.ntp.syncPeriod);
net.ntp.timeoutMillis = SystemPropertyUtil.getLong(ConfigNames.NTP_TIMEOUT_MILLIS, net.ntp.timeoutMillis);
reset(net.ntp.servers, ConfigNames.NTP_SERVERS);
reset(net.dns.inlandServers, ConfigNames.DNS_INLAND_SERVERS);
reset(net.dns.outlandServers, ConfigNames.DNS_OUTLAND_SERVERS);
id = SystemPropertyUtil.get(ConfigNames.APP_ID, id);
omega = SystemPropertyUtil.get(ConfigNames.OMEGA, omega);
aesKey = SystemPropertyUtil.get(ConfigNames.AES_KEY, aesKey);
mxpwd = SystemPropertyUtil.get(ConfigNames.MXPWD, mxpwd);
mxSamplingPeriod = SystemPropertyUtil.getLong(ConfigNames.MX_SAMPLING_PERIOD, mxSamplingPeriod);
dateFormat = SystemPropertyUtil.get(ConfigNames.DATE_FORMAT, dateFormat);
v = SystemPropertyUtil.get(ConfigNames.JSON_SKIP_TYPES);
if (v != null) {
jsonSkipTypes.clear();
//method ref will match multi methods
jsonSkipTypes.addAll(Linq.from(Strings.split(v, ",")).select(p -> ClassUtils.getClass(p, false)).toSet());
}
v = SystemPropertyUtil.get(ConfigNames.LOG_STRATEGY);
if (v != null) {
logStrategy = LogStrategy.valueOf(v);
}
afterSet();
}
void reset(Collection conf, String propName) {
String v = SystemPropertyUtil.get(propName);
if (v == null) {
return;
}
conf.clear();
conf.addAll(Linq.from(Strings.split(v, ",")).toSet());
}
}