#include "net4wheel.h"
#include <QTime>
#include <QDateTime>
//#include "vld.h"
NET4WHEEL_EXPORT INet4Wheel* Net4WheelCreate(const QHostAddress &address/* = QHostAddress::Any*/, quint16 port/* = 0*/){
	return new Net4Wheel(address, port);
}
NET4WHEEL_EXPORT void  Net4WheelDelete(INet4Wheel* pAlg){
	if (pAlg) {
		delete pAlg;
	}
	pAlg = NULL;
}

Net4Wheel::Net4Wheel(const QHostAddress &address/* = QHostAddress::Any*/, quint16 port/* = 0*/)
	: m_funcDataRev(NULL)
{
	connect(&m_NetTcpServer, SIGNAL(sgRecvData(QByteArray)), this, SIGNAL(RecvDatas(QByteArray)));
	connect(&m_NetTcpServer, SIGNAL(sgConnect(QVariantMap)), this, SIGNAL(SignalConnect(QVariantMap)));
}

Net4Wheel::~Net4Wheel()
{
	m_NetTcpServer.End();
}
void Net4Wheel::CloseServer()
{
	m_NetTcpServer.End();
}
void Net4Wheel::OpenServer(QString straddress, int port)
{
	QHostAddress address;
	address.setAddress(straddress);
	m_NetTcpServer.Begin(address, port);
}

void Net4Wheel::sendDatas(const QByteArray& arr)
{
	m_NetTcpServer.sendPackage(arr);
}

void Net4Wheel::sendDatas(const QString IpAddress_port, const QByteArray& m_data)
{
	m_NetTcpServer.sendPackage(IpAddress_port,m_data);
}

Q_SLOT void Net4Wheel::onRecvData(QByteArray mdata)
{
	emit RecvDatas(mdata);
}

bool Net4Wheel::regFunc(DataRevFunc pFunc)
{
	m_funcDataRev = pFunc;
	return true;
}