1、uuidgenerator类
UUID uuid;
if (arg == "-random")
uuid = UUIDGenerator::defaultGenerator().createRandom();
else if (arg.empty())
uuid = UUIDGenerator::defaultGenerator().create();
else
uuid = UUIDGenerator::defaultGenerator().createFromName(UUID::uri(), arg);
分random，默认和根据字符串三种方式
2、uri类
URI uri1("http://www.appinf.com:81/sample?example-query#somewhere");
std::cout << "Scheme: " << uri1.getScheme() << std::endl
<< "Authority: " << uri1.getAuthority() << std::endl
<< "Path: " << uri1.getPath() << std::endl
<< "Query: " << uri1.getQuery() << std::endl
<< "Fragment: " << uri1.getFragment() << std::endl;
构造uri对象，获取属性
3、timer类
TimerExample example;
Timer timer(250, 500);
timer.start(TimerCallback<TimerExample>(example, &TimerExample::onTimer));
通过注册模板回调类和类函数实现timer的handler
模板类定义了handler类
template <class C>class TimerCallback: public AbstractTimerCallback{}
模板成员声明了handler类的处理函数
typedef void (C::*Callback)(Timer&);
模板类的构造函数传入handler类的处理函数地址
TimerCallback(C& object, Callback method): _pObject(&object), _method(method)
4、stringtokenizer类
std::string tokens = "white; black; magenta, blue, green; yellow";
StringTokenizer tokenizer(tokens, ";,", StringTokenizer::TOK_TRIM);
for (StringTokenizer::Iterator it = tokenizer.begin(); it != tokenizer.end(); ++it)
{
std::cout << *it << std::endl;
}
定义分隔符，设定分割字符去空格、忽略空字符串两个选项
5、notificationqueue类
NotificationQueue queue;
// create some worker threads
Worker worker1("Worker 1", queue);
Worker worker2("Worker 2", queue);
Worker worker3("Worker 3", queue);
// start worker threads
ThreadPool::defaultPool().start(worker1);
ThreadPool::defaultPool().start(worker2);
ThreadPool::defaultPool().start(worker3);
// distribute some work
for (int i = 0; i < 50; ++i)
{
queue.enqueueNotification(new WorkNotification(i));
}
客户程序实现runnable接口和notification接口，前者为线程池类threadpool的接口，后者为线程池类的通知执行类notificationqueue接口，通过notificationqueue::enqueuenotification函数来通知threadpool调度执行
6、md5engine类
MD5Engine md5;
DigestOutputStream dos(md5);
StreamCopier::copyStream(istr, dos);
dos.close();
md5engine为md5实现类，digestoutputstream实现ofstream接口，streamcopier::copystream实现ifstream到ofstream的流拷贝
7、logrotation
AutoPtr<SplitterChannel> splitterChannel(new SplitterChannel());
AutoPtr<Channel> consoleChannel(new ConsoleChannel());
AutoPtr<Channel> fileChannel(new FileChannel("test.log"));
AutoPtr<FileChannel> rotatedFileChannel(new FileChannel("rotated.log"));
rotatedFileChannel->setProperty("rotation", "100");
rotatedFileChannel->setProperty("archive", "timestamp");
splitterChannel->addChannel(consoleChannel);
splitterChannel->addChannel(fileChannel);
splitterChannel->addChannel(rotatedFileChannel);
AutoPtr<Formatter> formatter(new PatternFormatter("%h-%M-%S.%i: %t"));
AutoPtr<Channel> formattingChannel(new FormattingChannel(formatter, splitterChannel));
Logger& logger = Logger::create("TestLog", formattingChannel, Message::PRIO_TRACE);
for (int i = 0; i < 10; ++i)
{
std::ostringstream oss;
oss << "Value of i: " << i;
logger.fatal(oss.str());
}
splitterchannel类为channel接口的容器类，输出log到channel队列，channel队列通过addchannel、removechannel维护
channel接口定义了log核心方法和open、close、setproperty、getproperty方法
channel接口的实现有consolechannel，filechannel，formattingchannel类
formatter接口定义了format核心方法，是formattingchannel的辅助接口
logger::create构造实例，调用fetal输出log
8、logger
// set up two channel chains - one to the
// console and the other one to a log file.
FormattingChannel* pFCConsole = new FormattingChannel(new PatternFormatter("%s: %p: %t"));
pFCConsole->setChannel(new ConsoleChannel);
pFCConsole->open();
FormattingChannel* pFCFile = new FormattingChannel(new PatternFormatter("%Y-%m-%d %H:%M:%S.%c %N[%P]:%s:%q:%t"));
pFCFile->setChannel(new FileChannel("sample.log"));
pFCFile->open();
// create two Logger objects - one for
// each channel chain.
Logger& consoleLogger = Logger::create("ConsoleLogger", pFCConsole, Message::PRIO_INFORMATION);
Logger& fileLogger = Logger::create("FileLogger", pFCFile, Message::PRIO_WARNING);
// log some messages
consoleLogger.error("An error message");
fileLogger.error("An error message");
consoleLogger.warning("A warning message");
fileLogger.error("A warning message");
consoleLogger.information("An information message");
fileLogger.information("An information message");
Logger::get("ConsoleLogger").error("Another error message");
构造两个实现channel接口的channel类实例consolechannel和filechannel
构造formattingchannel实例，传入上面构造的channel实例对象，通过设置过滤格式，输出规范的log记录
logger::get可以获取channel队列的命名channel，单独输出log
9、inflate
10、hmacmd5
11、grep
12、dir
13、deflate
14、datetime
15、binaryreaderwriter
16、base64encode
17、activity
18、activemethod
