java实现电脑端拨号+播放语音功能

运行环境+设备：
win xp 32bit
jdk 1.6 86X
子佩电话工具(应该很多都行，用的是CC301)

EventCallback.java

package phone;
import org.xvolks.jnative.JNative;
import org.xvolks.jnative.exceptions.NativeException;
import org.xvolks.jnative.pointers.Pointer;
import org.xvolks.jnative.util.Callback;

//////////////////////////////////////////////////////////////////////////////////////////
//事件发生回调原型
//uChannelID:通道ID
//dwUserData:用户自定义数据
//lType:事件类型ID 查看BRI_EVENT.lEventType Define
//lHandle:句柄使用值
//lResult:事件相关数据
//lParam:保留数据,扩展使用
//szData:事件相关数据
//pDataEx:附加数据,扩展使用
/////////////////////////////////////////////////////////////////////////////////////////
//typedef BRIINT32 (CALLBACK *PCallBack_Event)(BRIINT16 uChannelID,BRIUINT32 dwUserData,BRIINT32    lType,BRIINT32 lHandle,BRIINT32 lResult,BRIINT32 lParam,BRIPCHAR8 pData,BRIPCHAR8 pDataEx);

public class EventCallback implements Callback/* 实现此接口 */{

    private int myAddress = -1;
    public EventCallback() {

    }

    /**
     * Method callback java对应于dll中的回调函数
     * 
     * @param values
     *            an long[] 参数数组，非整型数代表的都是地址
     * @return an int
     * @version 11/26/2013
     */
    public int callback(long[] values) {
        if (values == null) {
            System.out.println("callback ret " + -1);
            return -1;
        }
        System.out.println("参数的个数"+ values.length);
        if (values.length == 8) {
            String szData = "";
//          String szDataEx = "";
            int lType = (int)values[3];
            long lResult = values[4];
            try { 
                int iCh = (int)values[0];
                Pointer _pointer = Pointer.createPointerToNativeMemory(
                        (int) values[6], 1024); /* 获取字符串通过指针 */
//              Pointer _pointer1 = Pointer.createPointerToNativeMemory(
//                      (int) values[7], 1024);

                szData = _pointer.getAsString() ;
            //  szDataEx = _pointer1.getAsString();             
                String str = "",strValue="";
                strValue= "Handle="+values[3]+ "Result=" + lResult+  "Data=" + szData ;
                switch(lType)
                {
                case BriSDKLib.BriEvent_PhoneHook:
                    {//电话接通后根据对方阻抗大小，声音会变大变小,200就太大，中间幅度200就太大,一般电话机100可以
                        /*
                        QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFVOL,50);
                        QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFLEVEL,4);
                        QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFNUM,9);
                        QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFLOWINHIGH,20);
                        QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFHIGHINLOW,20);
                        */
                        //str.Format("通道%d: 电话机摘机,演示修改检测DTMF灵敏度,DTMFVOL=50/DTMFLEVEL=5/DTMFNUM=10,如果检测不到电话机拨号就修改该值更小",m_nChannelID+1);
                        if(BriSDKLib.QNV_General(iCh,BriSDKLib.QNV_GENERAL_ISDIALING,0, null) <= 0)
                        {
                            //QNV_SetDevCtrl(m_nChannelID,QNV_CTRL_DOHOOK,0);//没有正在拨号可以考虑自动软挂机,避免3方通话状态，话机里有背景音出现
                        }
                        str= "通道"+iCh+ ": 电话机摘机";
                    }break;
                case BriSDKLib.BriEvent_PhoneHang:
                    {
                    //  QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFVOL,5);
                    //  QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFLEVEL,3);
                    //  QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFNUM,6);
                    //  str.Format("通道%d: 电话机挂机,演示修改检测DTMF灵敏度",m_nChannelID+1);
                        str= "通道" + iCh + ": 电话机挂机";
                }break;
                case BriSDKLib.BriEvent_CallIn:
                    str = "通道"+ iCh +": 来电响铃 " + strValue;
                    break;
                case BriSDKLib.BriEvent_GetCallID:
                    {
                        long lSerial= BriSDKLib.QNV_DevInfo(iCh,BriSDKLib.QNV_DEVINFO_GETSERIAL);
                        str= "通道" +  iCh +": 接收到来电号码 "+ szData;
                    }break;
                case BriSDKLib.BriEvent_StopCallIn:
                    str = "通道"+ iCh +": 停止呼入,产生一个未接电话 "+ szData;break;
                case BriSDKLib.BriEvent_DialEnd:
                    {
                        if(BriSDKLib.QNV_GetDevCtrl(iCh,BriSDKLib.QNV_CTRL_PHONE) > 0)
                        {
                            //QNV_SetDevCtrl(m_nChannelID,QNV_CTRL_DOHOOK,0);//电话机已经拿着可以考虑自动软挂机,避免3方通话状态，话机里有背景音出现
                        }
                        str = "通道:" + iCh +" 拨号结束 "+ strValue;
                    }break;
                case BriSDKLib.BriEvent_PlayFileEnd:
                    str = "通道" + iCh + ": 播放文件结束 " + strValue;break;
                case BriSDKLib.BriEvent_PlayMultiFileEnd:
                    str = "通道" + iCh +": 多文件连播结束 %s"+ strValue;break;
                case BriSDKLib.BriEvent_RepeatPlayFile:
                    str = "通道"+iCh + ": 循环播放文件 %s"+ strValue;break;
                case BriSDKLib.BriEvent_PlayStringEnd:
                    str= "通道" +iCh+ ": 播放字符结束 %s" + strValue;break;
                case BriSDKLib.BriEvent_SendCallIDEnd:
                    str= "通道"+iCh+ ": 给话机震铃时发送号码结束 "+ strValue;break;
                case BriSDKLib.BriEvent_Silence:
                    str= "通道" +iCh +": 通话中一定时间的静音 "+ strValue;break;
                case BriSDKLib.BriEvent_GetDTMFChar:
                    str= "通道"+iCh+": 接收到按键  "+strValue;break;
                case BriSDKLib.BriEvent_RemoteHook:
                    {
                        if(BriSDKLib.HOOK_POLARITY == lResult)
                        {
                            str= "通道"+ iCh + ": 远程摘机(反级检测) "+ strValue ;
                        }else
                            str = "通道 " + iCh + ":信号音检测远程摘机信号,仅做参考 "+ strValue;
                    }break;
                case BriSDKLib.BriEvent_RemoteHang:
                    {
                        if(BriSDKLib.HOOK_POLARITY == lResult)
                        {
                            str= "通道" + iCh + ": 远程挂机(反级检测) "+ strValue;
                        }else
                        {
                            str= "通道" + iCh + ": 信号音检测远程挂机(忙音检测),仅做参考 "+ strValue;
                        }
                    }break;
                case BriSDKLib.BriEvent_Busy:
                    str = "通道"+ iCh + ": 接收到忙音,线路可能已经断开 " + strValue;break;
                case BriSDKLib.BriEvent_DialTone:
                    str= "通道" +iCh + ": 检测到拨号音 "+ strValue;break;
                case BriSDKLib.BriEvent_DialToneEx:
                    str= "通道"+ iCh + ": 接通状态下检测到拨号音信号,如果是刚来电,可能是刚才的来电已经未接了,仅做参考 "+strValue;break;
                case BriSDKLib.BriEvent_PhoneDial:
                    str= "通道" +iCh + ": 电话机拨号 "+ strValue;break;
                case BriSDKLib.BriEvent_RingBack:
                    str= "通道" +iCh + ": 拨号后接收到回铃音 "+ strValue;break;
                case BriSDKLib.BriEvent_MicIn:
                    str= "通道" +iCh + ": 麦克风插入 "+ strValue;break;
                case BriSDKLib.BriEvent_MicOut:
                    str= "通道" +iCh + ": 麦克风拔出 "+ strValue;break;
                case BriSDKLib.BriEvent_FlashEnd:
                    str= "通道" +iCh + ": 拍插簧完成 "+ strValue;break;
                case BriSDKLib.BriEvent_RemoteSendFax:
                    str= "通道" +iCh + ": 对方准备发送传真  "+ strValue;break;
                case BriSDKLib.BriEvent_FaxRecvFinished:
                    str= "通道" +iCh + ": 接收传真完成  "+ strValue;break;
                case BriSDKLib.BriEvent_FaxRecvFailed:
                    str= "通道" +iCh + ": 接收传真失败  "+ strValue;break;
                case BriSDKLib.BriEvent_FaxSendFinished:
                    str= "通道" +iCh + ": 发送传真完成  "+ strValue;break;
                case BriSDKLib.BriEvent_FaxSendFailed:
                    str= "通道" +iCh + ": 发送传真失败  "+ strValue;break;
                case BriSDKLib.BriEvent_RefuseEnd:
                    str= "通道" +iCh + ": 拒接来电完成  "+ strValue;break;  
                case BriSDKLib.BriEvent_RecvedFSK:
                    {
                        if(lResult == BriSDKLib.CALLIDMODE_FSK) 
                            str= "通道" +iCh + ": 接收到来电号码信息FSK数据  "+ strValue;    
                        else 
                            str= "通道" +iCh + ": 接收到来电号码信息DTMF数据  "+ strValue;
                    }break; 
                case BriSDKLib.BriEvent_PSTNFree:
                    {
                        str= "通道" +iCh + ":  PSTN线路已空闲  "+ strValue;
                        //WriteCallLog(m_nChannelID);
                    }break; 
                case BriSDKLib.BriEvent_CheckLine:
                    {
                        if( (lResult & BriSDKLib.CHECKLINE_MASK_DIALOUT)>0 )
                        {
                            str= "通道" +iCh + ":[ok]***线路拨号音正常,能正常软拨号***-----------------";              
                        }else
                        {
                            str= "通道" +iCh + "[err]线路拨号音不正常,可能不能正常软拨号，检查LINE口线路";   
                        }                   
                        if( (lResult & BriSDKLib.CHECKLINE_MASK_REV)>0 )
                        {
                            str= "通道" +iCh + "[ok]***线路LINE口/PHONE口未接反***----------------------";                   
                        }else
                        {
                            str= "通道" +iCh + "[err]线路LINE口/PHONE口可能接反了";
                        }
                    }break;
                case BriSDKLib.BriEvent_DevErr:
                    {
                        str= "通道" +iCh + ": 设备发生错误  "+ strValue;        
                        if(lResult == 3)// || (atol(pEvent->szData)&0xFF) == 6)//检测到移除获取多个失败
                        {
                            /*
                            QNV_CloseDevice(ODT_CHANNEL,m_nChannelID);
                            long lChNum=QNV_DevInfo(0,QNV_DEVINFO_GETCHANNELS);
                            str.Format("当前通道数量:%d,考虑重新初始化所有设备",lChNum<0?0:lChNum);
                            */

                        }
                    }break;
                case BriSDKLib.BriEvent_PlugOut:
                    {
                        str= "通道" +iCh + ": 设备被拔掉  ";           
                    }break;
                case BriSDKLib.BriEvent_EnableHook:
                    {
                        str= "通道" +iCh + ": HOOK被控制 lResult= " + lResult;                   
                    }break;
                case BriSDKLib.BriEvent_EnablePlay:
                    {
                        str= "通道" +iCh + ": 喇叭被控制 lResult= " + lResult; 
                    }break;
                case BriSDKLib.BriEvent_EnablePlayMux:
                    {
                        str= "通道" +iCh + ": 喇叭mux修改 lResult= " + lResult;
                    }break;
                case BriSDKLib.BriEvent_DoStartDial:
                    {
                        if(lResult == BriSDKLib.CHECKDIALTONE_FAILED)
                        {
                            str= "通道" +iCh + ": 自动拨号失败，未检测到拨号音,请检查线路";
                        }else
                        {
                            str= "通道" +iCh + ": 开始拨号 data=" + szData;
                        }
                    }break;
                case BriSDKLib.BriEvent_DevCtrl:
                    {
                        if(lResult == BriSDKLib.QNV_CTRL_PLAYTOLINE)
                        {
                            if(Integer.parseInt(szData) > 0)
                            {
                                str = "播放到线路状态  打开";
                            }else
                            {
                                str = "播放到线路状态 关闭";
                            }
                        }
                    }break;
                default:
                    {
                        strValue= "通道:"+iCh +"其它忽略事件 eventid= "+lType + "Result=" + lResult+  "Data=" + szData ;
                    }break;
                }

                if(lType == BriSDKLib.BriEvent_RemoteSendFax && lResult == 1)
                {
                    //BFU_FaxTooltip(m_nChannelID,"",TTIP_AUTORECV);
                    /*
                    if(MessageBox("对方准备发送传真，是否接收?","传真提示",MB_YESNO|MB_ICONWARNING) == IDYES)
                    {
                        BFU_StartRecvFax(m_nChannelID,"",0);
                    }
                    */
                }

                System.out.println( str );

            } catch (Exception e1) {
                // TODO Auto-generated catch block
                e1.printStackTrace();
            }


            return 1;
        } else {
            System.out.println("Bad number of arguments ! 8 expected "
                    + values.length + " found");
            System.out.println("callback ret " + 2);
            return 2;
        }
    }

    /**
     * java回调函数地址
     */

        public int getCallbackAddress() throws NativeException {
            if(myAddress == -1) {
                    myAddress = JNative.createCallback(8, this);
            }
            return myAddress;
    }

}

BriSDKLib.java

package phone;

/**
 * @author fans
 * @version  2013-9-11
 * */
import org.xvolks.jnative.JNative;
import org.xvolks.jnative.Type;
import org.xvolks.jnative.exceptions.NativeException;
import org.xvolks.jnative.pointers.Pointer;
import org.xvolks.jnative.pointers.memory.MemoryBlock;
import org.xvolks.jnative.pointers.memory.MemoryBlockFactory;
import org.xvolks.jnative.util.Callback;

class BriSDKLib {
    public final static int NULL = 0;// c++
    public final static int TRUE = 1;// 表示真值
    public final static int FASLE = 0;// 表示假值

    public final static int QNV_DLL_VER = 0x104;// 动态库版本
    public static String QNV_DLL_VER_STR = "1.04";

    public final static int QNV_FILETRANS_VER = 0x30301;

    public static String QNV_CC_LICENSE = "quniccub_x";// CC开发的许可证

    // 播放/录音回调时如果返回该值，系统将自动删除该回调模块，下次将不会被回调
    public final static int CB_REMOVELIST = -1;

    public static String MULTI_SEPA_CHAR = "|";// 多个文件播放列表分割符号
    public final static int PROXYDIAL_SIGN = 0x40000000;// 代拨标记
    public static String PROXYDIAL_SIGN_STRU = "P";// 代拨标记
    public static String PROXYDIAL_SIGN_STRL = "p";// 代拨标记

    public static String RING_BEGIN_SIGN_STR = "0";
    public static String RING_END_SIGN_STR = "1";
    public static String RING_BEGIN_SIGN_CH = "0";
    public static String RING_END_SIGN_CH = "1";

    public static String RINGBACK_TELDIAL_STR = "0";
    public static String RINGBACK_PCDIAL_STR = "1";
    public static String RINGBACK_PCDIAL_CH = "1";
    public static String RINGBACK_TELDIAL_CH = "0";

    public static String DIAL_DELAY_SECOND = ",";// 拨号时号码之间延迟1秒
    public static String DIAL_DELAY_HSECOND = ".";// 拨号时号码之间延迟0.5秒
    public static String DIAL_CHECK_CITYCODE = ":";// 拨号时该符号后自动过滤城市区号

    public static String CC_PARAM_SPLIT = ",";// CC参数的分隔符号

    // 自动创建录音文件时的默认目录名
    public static String RECFILE_DIR = "recfile";
    // 配置信息里的KEY
    public static String INI_QNVICC = "qnvicc";
    // 默认配置文件名
    public static String INI_FILENAME = "cc301config.ini";
    // VOIP代拨标记
    public static String CC_VOIP_SIGN = "VOIP";
    // 匿名登陆CC,密码跟号码为相同
    public static String WEB_802ID = "800002000000000000";

    public final static int MAX_USB_COUNT = 64;// 支持的最多USB芯片数
    public final static int MAX_CHANNEL_COUNT = 128;// 支持的最多通道数
    // 声卡控制有效通道ID号
    // 0->255为USB设备通道号
    public final static int SOUND_CHANNELID = 256;
    // 远程通信通道,HTTP上传/下载
    public final static int REMOTE_CHANNELID = 257;
    // CC控制通道
    public final static int CCCTRL_CHANNELID = 258;
    // //socket 服务器端通道
    public final static int SOCKET_SERVER_CHANNELID = 259;
    // socket 终端通道
    public final static int SOCKET_CLIENT_CHANNELID = 260;

    public final static int MAX_CCMSG_LEN = 400;// 发送消息的最大长度
    public final static int MAX_CCCMD_LEN = 400;// 发送命令的最大长度

    public final static int DEFAULT_FLASH_ELAPSE = 600;// 默认拍插簧间隔时间(ms)
    public final static int DEFAULT_FLASHFLASH_ELAPSE = 1000;// 默认拍插簧后间隔一定时间回调事件ms
    public final static int DEFAULT_RING_ELAPSE = 1000;// 默认给内部话机/交换机震铃时间ms响 1秒
    public final static int DEFAULT_RINGSILENCE_ELAPSE = 4000;// 默认给内部话机/交换机震铃后停止ms
                                                                // 4秒
    public final static int DEFAULT_RING_TIMEOUT = 12;// 默认给内线震铃超时次数,每次1秒响4秒停,总共时间就为N*5
    public final static int DEFAULT_REFUSE_ELAPSE = 500;// 拒接时默认使用间隔(ms)
    public final static int DEFAULT_DIAL_SPEED = 75;// 默认拨号速度ms
    public final static int DEFAULT_DIAL_SILENCE = 75;// 默认号码之间静音时间ms
    public final static int DEFAULT_CHECKDIALTONE_TIMEOUT = 3000;// 检测拨号音超时就强制呼叫ms
    public final static int DEFAULT_CALLINTIMEOUT = 5500;// 来电响铃超时ms

    // 设备类型
    public final static int DEVTYPE_UNKNOW = -1;// 未知设备
    // cc301系列
    public final static int DEVTYPE_T1 = 0x1009;
    public final static int DEVTYPE_T2 = 0x1000;
    public final static int DEVTYPE_T3 = 0x1008;
    public final static int DEVTYPE_T4 = 0x1005;
    public final static int DEVTYPE_T5 = 0x1002;
    public final static int DEVTYPE_T6 = 0x1004;

    public final static int DEVTYPE_IR1 = 0x8100;
    public final static int DEVTYPE_ID1 = 0x8102;

    public final static int DEVTYPE_IA1 = 0x8111;
    public final static int DEVTYPE_IA2 = 0x8112;
    public final static int DEVTYPE_IA3 = 0x8113;
    public final static int DEVTYPE_IA4 = 0x8114;
    public final static int DEVTYPE_IA4_F = 0x8115;

    public final static int DEVTYPE_IB1 = 0x8121;
    public final static int DEVTYPE_IB2 = 0x8122;
    public final static int DEVTYPE_IB3 = 0x8123;
    public final static int DEVTYPE_IB4 = 0x8124;

    public final static int DEVTYPE_IP1 = 0x8131;
    public final static int DEVTYPE_IP1_F = 0x8132;

    public final static int DEVTYPE_IC2_R = 0x8200;
    public final static int DEVTYPE_IC2_LP = 0x8203;
    public final static int DEVTYPE_IC2_LPQ = 0x8207;
    public final static int DEVTYPE_IC2_LPF = 0x8211;
    // 4路设备
    public final static int DEVTYPE_IC4_R = 0x8400;
    public final static int DEVTYPE_IC4_LP = 0x8403;
    public final static int DEVTYPE_IC4_LPQ = 0x8407;
    public final static int DEVTYPE_IC4_LPF = 0x8411;
    // 7路设备
    public final static int DEVTYPE_IC7_R = 0x8700;
    public final static int DEVTYPE_IC7_LP = 0x8703;
    public final static int DEVTYPE_IC7_LPQ = 0x8707;
    public final static int DEVTYPE_IC7_LPF = 0x8711;
    // 玻瑞器
    public final static int DEVTYPE_A1 = 0x1100000;
    public final static int DEVTYPE_A2 = 0x1200000;
    public final static int DEVTYPE_A3 = 0x1300000;
    public final static int DEVTYPE_A4 = 0x1400000;
    public final static int DEVTYPE_B1 = 0x2100000;
    public final static int DEVTYPE_B2 = 0x2200000;
    public final static int DEVTYPE_B3 = 0x2300000;
    public final static int DEVTYPE_B4 = 0x2400000;
    public final static int DEVTYPE_C4_L = 0x3100000;
    public final static int DEVTYPE_C4_P = 0x3200000;
    public final static int DEVTYPE_C4_LP = 0x3300000;
    public final static int DEVTYPE_C4_LPQ = 0x3400000;
    public final static int DEVTYPE_C7_L = 0x3500000;
    public final static int DEVTYPE_C7_P = 0x3600000;
    public final static int DEVTYPE_C7_LP = 0x3700000;
    public final static int DEVTYPE_C7_LPQ = 0x3800000;
    public final static int DEVTYPE_R1 = 0x4100000;
    public final static int DEVTYPE_C_PR = 0x4200000;

    // --------------------------------------------------------------
    // 设备功能模块
    // 是否具有内置喇叭功能
    // 可以PC播放语音到喇叭/通话时线路声音到喇叭
    public final static int DEVMODULE_DOPLAY = 0x1;
    // 是否具有可接入外线获取来电号码(FSK/DTMF双制式)/通话录音功能
    // 可以来电弹屏/通话录音/通话时获取对方按键(DTMF)
    public final static int DEVMODULE_CALLID = 0x2;
    // 是否具有可接入话机进行PSTN通话功能
    // 可以使用电话机进行PSTN通话/获取话机拨出的号码
    public final static int DEVMODULE_PHONE = 0x4;
    // 是否具有继电器切换断开/接通话机功能
    // 断开话机后可以:来电时话机不响铃/使用话机MIC独立采集录音配合DEVFUNC_RING模块给话机模拟来电震铃
    public final static int DEVMODULE_SWITCH = 0x8;
    // PC播放语音给话机听筒,具有 DEVMODULE_SWITCH模块,switch后播放语音到话机听筒
    public final static int DEVMODULE_PLAY2TEL = 0x10;
    // 是否具有话机摘机后拨号/放音给线路的功能
    // 可以使用PC自动摘机进行拨号/通话时可以给对方播放语音/来电留言/外拨通知/来电IVR(语音答录)
    public final static int DEVMODULE_HOOK = 0x20;
    // 是否具有插入MIC/耳机功能
    // 可以用MIC/耳机进行PSTN通话/使用MIC独立录音/PC播放语音给耳机
    public final static int DEVMODULE_MICSPK = 0x40;
    // 是否具有让接在phone口的设备(电话机,交换机等)模拟震铃功能
    // 可以任意时刻让phone口的设备模拟来电震铃.如:在来电IVR(语音答录)之后进入工服务时给内部话机或交换机模拟震铃
    public final static int DEVMODULE_RING = 0x80;
    // 是否具有接收/发送传真功能
    // 可以发送图片,文档到对方的传真机/可以接收保存对方传真机发送过来的图片
    public final static int DEVMODULE_FAX = 0x100;
    // 具有级性反转检测对方摘机的功能
    // 如果PSTN线路在当地电信部门同时开通该级性反转检测服务,就可以在外拨时精确检测到对方摘机/挂机
    // 如果没有该功能,只有拨打的号码具有标准回铃才才能检测到对方摘机,对手机彩铃,IP等不具有标准回铃线路的不能检测对方摘机/挂机
    public final static int DEVMODULE_POLARITY = 0x800;
    // ----------------------------------------------------------------

    // 打开设备类型
    public final static int ODT_LBRIDGE = 0x0;// 玻瑞器
    public final static int ODT_SOUND = 0x1;// 声卡
    public final static int ODT_CC = 0x2;// CC模块
    public final static int ODT_SOCKET_CLIENT = 0x4;// SOCKET终端模块
    public final static int ODT_SOCKET_SERVER = 0x8;// SOCKET服务器模块
    public final static int ODT_ALL = 0xFF;// 全部
    public final static int ODT_CHANNEL = 0x100;// 关闭指定通道
    //

    // -----------------------------------------------------
    // linein线路选择
    public final static int LINEIN_ID_1 = 0x0;// 默认正常状态录音，采集来电号码等
    public final static int LINEIN_ID_2 = 0x1;// 电话机断开后话柄录音
    public final static int LINEIN_ID_3 = 0x2;// hook line
                                                // 软摘机后录音,录音数据可以提高对方的音量,降低本地音量
    public final static int LINEIN_ID_LOOP = 0x3;// 内部环路测试,设备测试使用,建议用户不需要使用
    // -----------------------------------------------------

    public final static int ADCIN_ID_MIC = 0x0;// mic录音
    public final static int ADCIN_ID_LINE = 0x1;// 电话线录音

    // adc
    public final static int DOPLAY_CHANNEL1_ADC = 0x0;
    public final static int DOPLAY_CHANNEL0_ADC = 0x1;
    public final static int DOPLAY_CHANNEL0_DAC = 0x2;
    public final static int DOPLAY_CHANNEL1_DAC = 0x3;

    // ------------
    public final static int SOFT_FLASH = 0x1;// 使用软件调用拍插完成
    public final static int TEL_FLASH = 0x2;// 使用话机拍插完成
    public final static int HOOK_VOICE = 0x0;// 语音检测的摘挂机信号
    public final static int HOOK_POLARITY = 0x1;// 反级检测的摘挂机信号
    // ------------
    // 拒接时使用模式
    public final static int REFUSE_ASYN = 0x0;// 异步模式,调用后函数立即返回，但并不表示拒接完成，拒接完成后将接收到一个拒接完成的事件
    public final static int REFUSE_SYN = 0x1;// 同步模式,调用后该函数被堵塞，等待拒接完成返回，系统不再有拒接完成的事件

    // 拍插簧类型
    public final static int FT_NULL = 0x0;
    public final static int FT_TEL = 0x1;// 话机拍插簧
    public final static int FT_PC = 0x2;// 软拍插簧
    public final static int FT_ALL = 0x3;
    // -------------------------------

    // 拨号类型
    public final static int DTT_DIAL = 0x0;// 拨号
    public final static int DTT_SEND = 0x1;// 二次发码/震铃发送CALLID
    // -------------------------------

    // 来电号码模式
    public final static int CALLIDMODE_NULL = 0x0;// 未知
    public final static int CALLIDMODE_FSK = 0x1;// FSK来电
    public final static int CALLIDMODE_DTMF = 0x2;// DTMF来电
    //

    // 号码类型
    public final static int CTT_NULL = 0x0;
    public final static int CTT_MOBILE = 0x1;// 移动号码
    public final static int CTT_PSTN = 0x2;// 普通固话号码
    // ------------------------------

    public final static int CALLT_NULL = 0x0;//
    public final static int CALLT_CALLIN = 0x1;// 来电
    public final static int CALLT_CALLOUT = 0x2;// 去电
    // -------------------

    public final static int CRESULT_NULL = 0x0;
    public final static int CRESULT_MISSED = 0x1;// 呼入未接
    public final static int CRESULT_REFUSE = 0x2;// 呼入拒接
    public final static int CRESULT_RINGBACK = 0x3;// 呼叫后回铃了
    public final static int CRESULT_CONNECTED = 0x4;// 接通
    // --------------------------------------

    public final static int OPTYPE_NULL = 0x0;
    public final static int OPTYPE_REMOVE = 0x1;// 上传成功后删除本地文件

    // 设备错误ID
    public final static int DERR_READERR = 0x0;// 读取数据发送错误
    public final static int DERR_WRITEERR = 0x1;// 写入数据错误
    public final static int DERR_FRAMELOST = 0x2;// 丢数据包
    public final static int DERR_REMOVE = 0x3;// 设备移除
    public final static int DERR_SERIAL = 0x4;// 设备序列号冲突
    // ---------------------------------------

    // 语音识别时的性别类型
    public final static int SG_NULL = 0x0;
    public final static int SG_MALE = 0x1;// 男性
    public final static int SG_FEMALE = 0x2;// 女性
    public final static int SG_AUTO = 0x3;// 自动
    // --------------------------------

    // 设备共享模式
    public final static int SM_NOTSHARE = 0x0;
    public final static int SM_SENDVOICE = 0x1;// 发送语音
    public final static int SM_RECVVOICE = 0x2;// 接收语音
    // ----------------------------------

    // ----------------------------------------------
    // 传真接受/发送
    public final static int FAX_TYPE_NULL = 0x0;
    public final static int FAX_TYPE_SEND = 0x1;// 发送传真
    public final static int FAX_TYPE_RECV = 0x2;// 接收传真
    // ------------------------------------------------

    //
    public final static int TTS_LIST_REINIT = 0x0;// 重新初始化新的TTS列表
    public final static int TTS_LIST_APPEND = 0x1;// 追加TTS列表文件
    // ------------------------------------------------

    // --------------------------------------------------------
    public final static int DIALTYPE_DTMF = 0x0;// DTMF拨号
    public final static int DIALTYPE_FSK = 0x1;// FSK拨号
    // --------------------------------------------------------

    // --------------------------------------------------------
    public final static int PLAYFILE_MASK_REPEAT = 0x1;// 循环播放
    public final static int PLAYFILE_MASK_PAUSE = 0x2;// 默认暂停
    // --------------------------------------------------------

    // 播放文件回调的状态
    public final static int PLAYFILE_PLAYING = 0x1;// 正在播放
    public final static int PLAYFILE_REPEAT = 0x2;// 准备重复播放
    public final static int PLAYFILE_END = 0x3;// 播放结束

    public final static int CONFERENCE_MASK_DISABLEMIC = 0x100;// 停止MIC,会议中其它成员不能听到该用户说话
    public final static int CONFERENCE_MASK_DISABLESPK = 0x200;// 停止SPK,不能听到会议中其它成员说话

    public final static int RECORD_MASK_ECHO = 0x1;// 回音抵消后的数据
    public final static int RECORD_MASK_AGC = 0x2;// 自动增益后录音
    public final static int RECORD_MASK_PAUSE = 0x4;// 暂停

    public final static int CHECKLINE_MASK_DIALOUT = 0x1;// 线路是否有正常拨号音(有就可以正常软拨号)
    public final static int CHECKLINE_MASK_REV = 0x2;// 线路LINE口/PHONE口接线是否正常,不正常就表示接反了

    public final static int CHECKDIALTONE_BEGIN = 0x0;// 检测拨号音
    public final static int CHECKDIALTONE_ENDDIAL = 0x1;// 检测到拨号音准备拨号

    public final static int CHECKDIALTONE_TIMEOUTDIAL = 0x2;// 检测拨号音超时强制自动拨号
    public final static int CHECKDIALTONE_FAILED = 0x3;// 检测拨号音超时就报告拨号失败,不拨号

    public final static int OUTVALUE_MAX_SIZE = 260;// location返回的最大长度

    // -----------------------------------------------

    // cc 消息参数
    // 具体字体参数意义请查看windows相关文档
    public static String MSG_KEY_CC = "cc:"; // 消息来源CC号
    public static String MSG_KEY_NAME = "name:";// 消息来源名称，保留
    public static String MSG_KEY_TIME = "time:";// 消息来源时间
    public static String MSG_KEY_FACE = "face:";// 字体名称
    public static String MSG_KEY_COLOR = "color:";// 字体颜色
    public static String MSG_KEY_SIZE = "size:";// 字体尺寸
    public static String MSG_KEY_CHARSET = "charset:";// 字体特征
    public static String MSG_KEY_EFFECTS = "effects:";// 字体效果
    public static String MSG_KEY_LENGTH = "length:";// 消息正文长度
    // CC文件参数
    public static String MSG_KEY_FILENAME = "filename:";// 文件名
    public static String MSG_KEY_FILESIZE = "filesize:";// 文件长度
    public static String MSG_KEY_FILETYPE = "filetype:";// 文件类型

    //
    public static String MSG_KEY_CALLPARAM = "callparam:";// CC呼叫时的参数

    //
    public static String MSG_KEY_SPLIT = "\r\n";// 参数之间分隔符号
    public static String MSG_TEXT_SPLIT = "\r\n\r\n";// 消息参数和消息内容的分隔符号
    // public final static int MSG_KEY_SPLIT =#13#10;
    // public final static int MSG_TEXT_SPLIT =#13#10#13#10;

    // ----------------------------------------------------------------------
    // 回调函数原型
    // ----------------------------------------------------------------------
    //
    // 缓冲播放回调原型
    // uChannelID:通道ID
    // dwUserData:用户自定义的数据
    // lHandle:播放时返回的句柄
    // lDataSize:当前缓冲的语音数据
    // lFreeSize:当前缓冲的空闲长度
    // 返回 CB_REMOVELIST(-1) 将被系统删除该回调资源，下次不再回调/返回其它值保留
    // typedef int (CALLBACK *PCallBack_PlayBuf)(short uChannelID,int
    // dwUserData,int lHandle,int lDataSize,int lFreeSize);
    // type PCallBack_PlayBuf =
    // function(uChannelID:short;dwUserData:longint;lHandle:longint;lDataSize:longint;lFreeSize:longint):longint;stdcall;
    // /////////////////////////////////////////////////////////////////////////////////////////////////////////

    // ////////////////////////////////////////////////////////////////////////////////////////////////////////
    // 设置文件播放回调原型
    // uChannelID:通道ID
    // nPlayState:文件播放的状态,PLAYING/REPLAY/END
    // dwUserData:用户自定义的数据
    // lHandle:播放时返回的句柄
    // lElapses:总共播放的时间(单位秒)
    // 返回 CB_REMOVELIST(-1) 系统将自动停止播放该文件/返回其它值保留
    // typedef int (CALLBACK *PCallBack_PlayFile)(short uChannelID,UINT
    // nPlayState,UINT dwUserData,int lHandle,int lElapses);
    // type PCallBack_PlayFile =
    // function(uChannelID:short;nPlayState:longint;dwUserData:longint;lHandle:longint;lElapses:longint):longint;stdcall;

    // ////////////////////////////////////////////////////////////////////////////////////////
    // 缓冲录音回调原型 默认格式为8K/16位/单声道/线性
    // uChannelID:通道ID
    // dwUserData:用户自定义数据
    // pBufData:语音数据
    // lBufSize:语音数据的内存字节长度
    // 返回 CB_REMOVELIST(-1) 将被系统删除该回调资源，下次不再回调/返回其它值保留
    // typedef int (CALLBACK *PCallBack_RecordBuf)(short uChannelID,UINT
    // dwUserData,BRIBYTE8 *pBufData,int lBufSize);
    // type PCallBack_RecordBuf =
    // function(uChannelID:short;dwUserData:longint;pBufData:PChar;lBufSize:longint):longint;stdcall;
    // //////////////////////////////////////////////////////////////////////////////////////////

    // ////////////////////////////////////////////////////////////////////////////////////////
    // 事件发生回调原型
    // uChannelID:通道ID
    // dwUserData:用户自定义数据
    // lType:事件类型ID 查看BRI_EVENT.lEventType Define
    // lResult:事件相关数据
    // lParam:保留数据,扩展使用
    // szData:事件相关数据
    // pDataEx:附加数据,扩展使用
    // ///////////////////////////////////////////////////////////////////////////////////////
    // typedef int (CALLBACK *PCallBack_Event)(short uChannelID,UINT
    // dwUserData,int lType,int lHandle,int lResult,int lParam,BRIPCHAR8
    // pData,BRIPCHAR8 pDataEx);
    // type PCallBack_Event =
    // function(uChannelID:short;dwUserData:longint;lType:longint;lHandle:longint;lResult:longint;lParam:longint;pData:PChar;pDataEx:PChar):longint;stdcall;

    // 数据结构
    public final static int MAX_BRIEVENT_DATA = 600;// 事件产生后保存的数据最大长度
    /*
     * [StructLayout(LayoutKind.Sequential)] public struct TBriEvent_Data {
     * public Byte uVersion; public Byte uReserv; public short
     * uChannelID;//事件来自通道ID public int lEventType;//事件类型ID
     * 查看BRI_EVENT.lEventType Define public int lEventHandle;//事件相关句柄 public int
     * lResult;//事件相关数值 public int lParam;//保留,扩展使用
     * [MarshalAs(UnmanagedType.ByValArray, Sizestatic =
     * MAX_BRIEVENT_DATA)]//事件相关数据.如：来电时，保存了来电的号码 public Byte[] szData;
     * [MarshalAs(UnmanagedType.ByValArray, Sizestatic = 32)]//保留,扩展使用 public
     * Byte[] szDataEx; }
     */
    // type PTBriEvent_Data = ^TBriEvent_Data;

    // ////////////////////////////////////////////////////////////////////
    // BRI_EVENT.lEventType Define
    // 事件类型定义.同步与系统发出的窗口消息(请选择其中一种方式处理)
    // /////////////////////////////////////////////////////////////////////

    // 本地电话机摘机事件
    public final static int BriEvent_PhoneHook = 1;
    // 本地电话机挂机事件
    public final static int BriEvent_PhoneHang = 2;

    // 外线通道来电响铃事件
    // BRI_EVENT.lResult 为响铃次数
    // BRI_EVENT.szData[0]="0" 开始1秒响铃
    // BRI_EVENT.szData[0]="1" 为1秒响铃完成，开始4秒静音
    public final static int BriEvent_CallIn = 3;

    // 得到来电号码
    // BRI_EVENT.lResult 来电号码模式(CALLIDMODE_FSK/CALLIDMODE_DTMF
    // BRI_EVENT.szData 保存的来电号码
    // 该事件可能在响铃前,也可能在响铃后
    public final static int BriEvent_GetCallID = 4;

    // 对方停止呼叫(产生一个未接电话)
    public final static int BriEvent_StopCallIn = 5;

    // 调用开始拨号后，全部号码拨号结束
    public final static int BriEvent_DialEnd = 6;

    // 播放文件结束事件
    // BRI_EVENT.lResult 播放文件时返回的句柄ID
    public final static int BriEvent_PlayFileEnd = 7;

    // 多文件连播结束事件
    //
    public final static int BriEvent_PlayMultiFileEnd = 8;

    // 播放字符结束
    public final static int BriEvent_PlayStringEnd = 9;

    // 播放文件结束准备重复播放
    // BRI_EVENT.lResult 播放文件时返回的句柄ID
    //
    public final static int BriEvent_RepeatPlayFile = 10;

    // 给本地设备发送震铃信号时发送号码结束
    public final static int BriEvent_SendCallIDEnd = 11;

    // 给本地设备发送震铃信号时超时
    // 默认不会超时
    public final static int BriEvent_RingTimeOut = 12;

    // 正在内线震铃
    // BRI_EVENT.lResult 已经响铃的次数
    // BRI_EVENT.szData[0]="0" 开始一次响铃
    // BRI_EVENT.szData[0]="1" 一次响铃完成，准备静音
    public final static int BriEvent_Ringing = 13;

    // 通话时检测到一定时间的静音.默认为5秒
    public final static int BriEvent_Silence = 14;

    // 线路接通时收到DTMF码事件
    // 该事件不能区分通话中是本地话机按键还是对方话机按键触发
    public final static int BriEvent_GetDTMFChar = 15;

    // 拨号后,被叫方摘机事件（该事件仅做参考,原因如下：）
    // 原因：
    // 该事件只适用于拨打是标准信号音的号码时，也就是拨号后带有标准回铃音的号码。
    // 如：当拨打的对方号码是彩铃(彩铃手机号)或系统提示音(179xx)都不是标准回铃音时该事件无效。
    //
    public final static int BriEvent_RemoteHook = 16;

    // 挂机事件
    // 如果线路检测到被叫方摘机后，被叫方挂机时会触发该事件，不然被叫方挂机后就触发BriEvent_Busy事件
    // 该事件或者BriEvent_Busy的触发都表示PSTN线路已经被断开
    public final static int BriEvent_RemoteHang = 17;

    // 检测到忙音事件,表示PSTN线路已经被断开
    public final static int BriEvent_Busy = 18;

    // 本地摘机后检测到拨号音
    public final static int BriEvent_DialTone = 19;

    // 只有在本地话机摘机，没有调用软摘机时，检测到DTMF拨号
    public final static int BriEvent_PhoneDial = 20;

    // 电话机拨号结束呼出事件。
    // 也就时电话机拨号后接收到标准回铃音或者15秒超时
    // BRI_EVENT.lResult=0 检测到回铃音// 注意：如果线路是彩铃是不会触发该类型
    // BRI_EVENT.lResult=1 拨号超时
    // BRI_EVENT.lResult=2 动态检测拨号码结束(根据中国大陆的号码规则进行智能分析，仅做参考)
    // BRI_EVENT.szData[0]="1" 软摘机拨号结束后回铃了
    // BRI_EVENT.szData[0]="0" 电话机拨号中回铃了
    public final static int BriEvent_RingBack = 21;

    // MIC插入状态
    // 只适用具有该功能的设备
    public final static int BriEvent_MicIn = 22;
    // MIC拔出状态
    // 只适用具有该功能的设备
    public final static int BriEvent_MicOut = 23;

    // 拍插簧(Flash)完成事件，拍插簧完成后可以检测拨号音后进行二次拨号
    // BRI_EVENT.lResult=TEL_FLASH 用户使用电话机进行拍叉簧完成
    // BRI_EVENT.lResult=SOFT_FLASH 调用StartFlash函数进行拍叉簧完成
    public final static int BriEvent_FlashEnd = 24;

    // 拒接完成
    public final static int BriEvent_RefuseEnd = 25;

    // 语音识别完成
    public final static int BriEvent_SpeechResult = 26;

    // PSTN线路断开,线路进入空闲状态
    // 当前没有软摘机而且话机也没摘机
    public final static int BriEvent_PSTNFree = 27;

    // 接收到对方准备发送传真的信号
    public final static int BriEvent_RemoteSendFax = 30;

    // 接收传真完成
    public final static int BriEvent_FaxRecvFinished = 31;
    // 接收传真失败
    public final static int BriEvent_FaxRecvFailed = 32;

    // 发送传真完成
    public final static int BriEvent_FaxSendFinished = 33;
    // 发送传真失败
    public final static int BriEvent_FaxSendFailed = 34;

    // 启动声卡失败
    public final static int BriEvent_OpenSoundFailed = 35;

    // 产生一个PSTN呼入/呼出日志
    public final static int BriEvent_CallLog = 36;

    // 检测到连续的静音
    // 使用QNV_GENERAL_CHECKSILENCE启动后检测到设定的静音长度
    public final static int BriEvent_RecvSilence = 37;

    // 检测到连续的声音
    // 使用QNV_GENERAL_CHECKVOICE启动后检测到设定的声音长度
    public final static int BriEvent_RecvVoice = 38;

    // 远程上传事件
    public final static int BriEvent_UploadSuccess = 50;
    public final static int BriEvent_UploadFailed = 51;
    // 远程连接已被断开
    public final static int BriEvent_RemoteDisconnect = 52;

    // HTTP远程下载文件完成
    // BRI_EVENT.lResult 启动下载时返回的本次操作的句柄
    public final static int BriEvent_DownloadSuccess = 60;
    public final static int BriEvent_DownloadFailed = 61;

    // 线路检测结果
    // BRI_EVENT.lResult 为检测结果信息
    public final static int BriEvent_CheckLine = 70;

    // 应用层调用软摘机/软挂机成功事件
    // BRI_EVENT.lResult=0 软摘机
    // BRI_EVENT.lResult=1 软挂机
    public final static int BriEvent_EnableHook = 100;
    // 喇叭被打开或者/关闭
    // BRI_EVENT.lResult=0 关闭
    // BRI_EVENT.lResult=1 打开
    public final static int BriEvent_EnablePlay = 101;
    // MIC被打开或者关闭
    // BRI_EVENT.lResult=0 关闭
    // BRI_EVENT.lResult=1 打开
    public final static int BriEvent_EnableMic = 102;
    // 耳机被打开或者关闭
    // BRI_EVENT.lResult=0 关闭
    // BRI_EVENT.lResult=1 打开
    public final static int BriEvent_EnableSpk = 103;
    // 电话机跟电话线(PSTN)断开/接通(DoPhone)
    // BRI_EVENT.lResult=0 断开
    // BRI_EVENT.lResult=1 接通
    public final static int BriEvent_EnableRing = 104;
    // 修改录音源 (无用/保留)
    // BRI_EVENT.lResult 录音源数值
    public final static int BriEvent_DoRecSource = 105;
    // 修改输入的线路line通道
    // BRI_EVENT.lResult= linein id值
    public final static int BriEvent_SelectLineIn = 105;
    // 开始软件拨号
    // BRI_EVENT.szData 准备拨的号码
    public final static int BriEvent_DoStartDial = 106;

    public final static int BriEvent_EnablePlayMux = 107;
    // 改变设备控制状态
    public final static int BriEvent_DevCtrl = 110;
    // 在通话状态中接收到拨号音
    // 如果是来电响铃后刚拿起话机一定时间内检测到,应用层可以考虑认为是刚才电话已经未接,本次拿起话机属于去电
    public final static int BriEvent_DialToneEx = 193;
    // 接收到DTMF,不区分是拨号还是通话中,所有接收到的DTMF事件都回调
    // BRI_EVENT.szData 号码
    // 建议一般用户不需要使用
    public final static int BriEvent_RecvedDTMF = 194;

    // 设备可能被拔掉了,效果相当于BriEvent_DevErr事件时的BRI_EVENT.lResult=3
    public final static int BriEvent_PlugOut = 195;
    // 硬解码来电
    // 保留
    public final static int BriEvent_CallInEx = 196;
    // 重新打开设备成功
    // 保留
    public final static int BriEvent_ReopenSucccess = 197;
    // 接收到FSK信号，包括通话中FSK/来电号码的FSK
    public final static int BriEvent_RecvedFSK = 198;
    // 设备错误
    public final static int BriEvent_DevErr = 199;

    // CCCtrl Event
    // CC控制相关事件
    public final static int BriEvent_CC_ConnectFailed = 200;// 连接失败
    public final static int BriEvent_CC_LoginFailed = 201;// 登陆失败
    public final static int BriEvent_CC_LoginSuccess = 202;// 登陆成功
    public final static int BriEvent_CC_SystemTimeErr = 203;// 系统时间错误
    public final static int BriEvent_CC_CallIn = 204;// 有CC呼入请求
    public final static int BriEvent_CC_CallOutFailed = 205;// 呼叫失败
    public final static int BriEvent_CC_CallOutSuccess = 206;// 呼叫成功，正在呼叫
    public final static int BriEvent_CC_Connecting = 207;// 呼叫正在连接
    public final static int BriEvent_CC_Connected = 208;// 呼叫连通
    public final static int BriEvent_CC_CallFinished = 209;// 呼叫结束
    public final static int BriEvent_CC_ReplyBusy = 210;// 呼叫结束

    public final static int BriEvent_CC_RecvedMsg = 220;// 接收到用户即时消息
    public final static int BriEvent_CC_RecvedCmd = 221;// 接收到用户自定义命令

    public final static int BriEvent_CC_RegSuccess = 225;// 注册CC成功
    public final static int BriEvent_CC_RegFailed = 226;// 注册CC失败

    public final static int BriEvent_CC_RecvFileRequest = 230;// 接收到用户发送的文件请求
    public final static int BriEvent_CC_TransFileFinished = 231;// 传输文件结束

    public final static int BriEvent_CC_AddContactSuccess = 240;// 增加好友成功
    public final static int BriEvent_CC_AddContactFailed = 241;// 增加好友失败
    public final static int BriEvent_CC_InviteContact = 242;// 接收到增加好好友邀请
    public final static int BriEvent_CC_ReplyAcceptContact = 243;// 对方回复同意为好友
    public final static int BriEvent_CC_ReplyRefuseContact = 244;// 对方回复拒绝为好友
    public final static int BriEvent_CC_AcceptContactSuccess = 245;// 接受好友成功
    public final static int BriEvent_CC_AcceptContactFailed = 246;// 接受好友失败
    public final static int BriEvent_CC_RefuseContactSuccess = 247;// 拒绝好友成功
    public final static int BriEvent_CC_RefuseContactFailed = 248;// 拒绝好友失败
    public final static int BriEvent_CC_DeleteContactSuccess = 249;// 删除好友成功
    public final static int BriEvent_CC_DeleteContactFailed = 250;// 删除好友失败
    public final static int BriEvent_CC_ContactUpdateStatus = 251;// 好友登陆状态改变
    public final static int BriEvent_CC_ContactDownendStatus = 252;// 获取到所有好友改变完成

    // 终端接收到的事件
    public final static int BriEvent_Socket_C_ConnectSuccess = 300;// 连接成功
    public final static int BriEvent_Socket_C_ConnectFailed = 301;// 连接失败
    public final static int BriEvent_Socket_C_ReConnect = 302;// 开始重新连接
    public final static int BriEvent_Socket_C_ReConnectFailed = 303;// 重新连接失败
    public final static int BriEvent_Socket_C_ServerClose = 304;// 服务器断开连接
    public final static int BriEvent_Socket_C_DisConnect = 305;// 连接激活超时
    public final static int BriEvent_Socket_C_RecvedData = 306;// 接收到服务端发送过来的数据
    // 服务器端接收到的事件
    public final static int BriEvent_Socket_S_NewLink = 340;// 有新连接进入
    public final static int BriEvent_Socket_S_DisConnect = 341;// 终端连接激活超时
    public final static int BriEvent_Socket_S_ClientClose = 342;// 终端断开连接了
    public final static int BriEvent_Socket_S_RecvedData = 343;// 接收到终端发送过来的数据

    public final static int BriEvent_EndID = 500;// 空ID

    // /////////////////////////////////////////////////////////////
    // 消息定义说明
    // ////////////////////////////////////////////////////////////
    public final static int WM_USER = 1024;
    public final static int BRI_EVENT_MESSAGE = WM_USER + 2000;// 事件消息
    public final static int BRI_RECBUF_MESSAGE = WM_USER + 2001;// 缓冲录音数据消息

    // 文件录音格式
    public final static int BRI_WAV_FORMAT_DEFAULT = 0; // BRI_AUDIO_FORMAT_PCM8K16B
    public final static int BRI_WAV_FORMAT_ALAW8K = 1; // 8k/s
    public final static int BRI_WAV_FORMAT_ULAW8K = 2; // 8k/s
    public final static int BRI_WAV_FORMAT_IMAADPCM8K4B = 3; // 4k/s
    public final static int BRI_WAV_FORMAT_PCM8K8B = 4; // 8k/s
    public final static int BRI_WAV_FORMAT_PCM8K16B = 5; // 16k/s
    public final static int BRI_WAV_FORMAT_MP38K8B = 6; // ~1.2k/s
    public final static int BRI_WAV_FORMAT_MP38K16B = 7; // ~2.4k/s
    public final static int BRI_WAV_FORMAT_TM8K1B = 8; // ~1.5k/s
    public final static int BRI_WAV_FORMAT_GSM6108K = 9; // ~2.2k/s
    public final static int BRI_WAV_FORMAT_END = 255; // 无效ID
    // 保留最多256个
    // //////////////////////////////////////////////////////////

    // -------------------------------------------------------------------------------------
    //
    //
    // ----------------------------------------------------------------------------------
    // 设备信息
    public final static int QNV_DEVINFO_GETCHIPTYPE = 1;// 获取USB模块类型
    public final static int QNV_DEVINFO_GETCHIPS = 2;// 获取USB模块数量,该值等于最后一个通道的DEVID
    public final static int QNV_DEVINFO_GETTYPE = 3;// 获取通道类型
    public final static int QNV_DEVINFO_GETMODULE = 4;// 获取通道功能模块
    public final static int QNV_DEVINFO_GETCHIPCHID = 5;// 获取通道所在USB芯片的中的传输ID(0或者1)
    public final static int QNV_DEVINFO_GETSERIAL = 6;// 获取通道序列号(0-n)
    public final static int QNV_DEVINFO_GETCHANNELS = 7;// 获取通道数量
    public final static int QNV_DEVINFO_GETDEVID = 8;// 获取通道所在的USB模块ID(0-n)
    public final static int QNV_DEVINFO_GETDLLVER = 9;// 获取DLL版本号
    public final static int QNV_DEVINFO_GETCHIPCHANNEL = 10;// 获取该USB模块第一个传输ID所在的通道号
    public final static int QNV_DEVINFO_GETCHANNELTYPE = 11;// 通道线路接外线还是话机类型
    public final static int QNV_DEVINFO_GETCHIPCHANNELS = 12;// 获取该USB模块第二个传输ID所在的通道号

    public final static int QNV_DEVINFO_FILEVERSION = 20;// 获取DLL的文件版本
    // -----------------------------------------------------------------

    // 参数类型列表
    // uParamType (可以使用API自动保存/读取)
    public final static int QNV_PARAM_BUSY = 1;// 检测到几个忙音回调
    public final static int QNV_PARAM_DTMFLEVEL = 2;// dtmf检测时允许的性噪声比(0-5)
    public final static int QNV_PARAM_DTMFVOL = 3;// dtmf检测时允许的能量(1-100)
    public final static int QNV_PARAM_DTMFNUM = 4;// dtmf检测时允许的持续时间(2-10)
    public final static int QNV_PARAM_DTMFLOWINHIGH = 5;// dtmf低频不能超过高频值(默认为6)
    public final static int QNV_PARAM_DTMFHIGHINLOW = 6;// dtmf高频不能超过低频值(默认为4)
    public final static int QNV_PARAM_DIALSPEED = 7;// 拨号的DTMF长度(1ms-60000ms)
    public final static int QNV_PARAM_DIALSILENCE = 8;// 拨号时的间隔静音长度(1ms-60000ms)
    public final static int QNV_PARAM_DIALVOL = 9;// 拨号音量大小
    public final static int QNV_PARAM_RINGSILENCE = 10;// 来电不响铃多少时间超时算未接电话
    public final static int QNV_PARAM_CONNECTSILENCE = 11;// 通话时连续多少时间静音后回调
    public final static int QNV_PARAM_RINGBACKNUM = 12;// 拨几个数字以上后检测回铃开始有效//默认为2个,可起到忽略出局号码后检测的回铃音
    public final static int QNV_PARAM_SWITCHLINEIN = 13;// 自动切换LINEIN选择
    public final static int QNV_PARAM_FLASHELAPSE = 14;// 拍插簧间隔
    public final static int QNV_PARAM_FLASHENDELAPSE = 15;// 拍插簧后延迟一定时间再回调事件
    public final static int QNV_PARAM_RINGELAPSE = 16;// 内线震铃时时间长度
    public final static int QNV_PARAM_RINGSILENCEELAPSE = 17;// 内线震铃时静音长度
    public final static int QNV_PARAM_RINGTIMEOUT = 18;// 内线震铃时超时次数
    public final static int QNV_PARAM_RINGCALLIDTYPE = 19;// 内线震铃时发送号码的方式dtmf/fsk
    public final static int QNV_PARAM_REFUSEELAPSE = 20;// 拒接时间隔时间长度
    public final static int QNV_PARAM_DIALTONETIMEOUT = 21;// 检测拨号音超时
    public final static int QNV_PARAM_MINCHKFLASHELAPSE = 22;// 拍插簧检测时挂机至少的时间ms,挂机时间小于该值就不算拍插簧
    public final static int QNV_PARAM_MAXCHKFLASHELAPSE = 23;// 拍插簧检测时挂机最长的时间ms,挂机时间大于该值就不算拍插簧
    public final static int QNV_PARAM_HANGUPELAPSE = 24;// 检测电话机挂机时的至少时间长度ms,//建议挂机检测次数在拍插簧以上，避免发生挂机后又检测到拍插
    public final static int QNV_PARAM_OFFHOOKELAPSE = 25;// 检测电话机摘机时的至少时间长度ms
    public final static int QNV_PARAM_RINGHIGHELAPSE = 26;// 检测来电震铃时响铃的至少时间长度ms
    public final static int QNV_PARAM_RINGLOWELAPSE = 27;// 检测来电震铃时不响铃的至少时间长度ms

    public final static int QNV_PARAM_SPEECHGENDER = 30;// 语音设置性别
    public final static int QNV_PARAM_SPEECHTHRESHOLD = 31;// 语音识别门限
    public final static int QNV_PARAM_SPEECHSILENCEAM = 32;// 语音识别静音门限
    public final static int QNV_PARAM_ECHOTHRESHOLD = 33;// 回音抵消处理抵消门限参数
    public final static int QNV_PARAM_ECHODECVALUE = 34;// 回音抵消处理减少增益参数
    public final static int QNV_PARAM_SIGSILENCEAM = 35;// 信号音/线路通话分析的静音门限

    public final static int QNV_PARAM_LINEINFREQ1TH = 40;// 第一组线路双频模式信号音频率
    public final static int QNV_PARAM_LINEINFREQ2TH = 41;// 第二组线路双频模式信号音频率
    public final static int QNV_PARAM_LINEINFREQ3TH = 42;// 第三组线路双频模式信号音频率

    public final static int QNV_PARAM_ADBUSYMINFREQ = 45;// 检测忙音叠加时最小频率
    public final static int QNV_PARAM_ADBUSYMAXFREQ = 46;// 检测忙音叠加时最大频率

    // 增益控制
    public final static int QNV_PARAM_AM_MIC = 50;// MIC增益
    public final static int QNV_PARAM_AM_SPKOUT = 51;// 耳机spk增益
    public final static int QNV_PARAM_AM_LINEIN = 52;// 线路输入能量
    public final static int QNV_PARAM_AM_LINEOUT = 53;// mic到线路能量+播放语音到到线路能量
    public final static int QNV_PARAM_AM_DOPLAY = 54;// 喇叭输出增益
    //

    public final static int QNV_PARAM_CITYCODE = 60;// 城市区号,适合中国大陆
    public final static int QNV_PARAM_PROXYDIAL = 61;// 代拨号

    public final static int QNV_PARAM_FINDSVRTIMEOUT = 70;// 设置自动CC搜索超时时间
    public final static int QNV_PARAM_CONFJITTERBUF = 71;// 会议交换的动态缓冲大小

    public final static int QNV_PARAM_RINGTHRESHOLD = 80;// 来电响铃信号分析门限

    public final static int QNV_PARAM_DTMFCALLIDLEVEL = 100;// dtmf来电号码检测时允许的性噪声比(0-7)
    public final static int QNV_PARAM_DTMFCALLIDNUM = 101;// dtmf来电号码检测时允许的持续时间(2-10)
    public final static int QNV_PARAM_DTMFCALLIDVOL = 102;// dtmf来电号码检测时允许的能量要求

    // 设备控制/状态
    // uCtrlType
    public final static int QNV_CTRL_DOSHARE = 1;// 设备共享
    public final static int QNV_CTRL_DOHOOK = 2;// 软件摘挂机控制
    public final static int QNV_CTRL_DOPHONE = 3;// 控制电话机是否可用,可控制话机震铃,实现硬拍插簧等
    public final static int QNV_CTRL_DOPLAY = 4;// 喇叭控制开关
    public final static int QNV_CTRL_DOLINETOSPK = 5;// 线路声音到耳机，用耳机通话时打开
    public final static int QNV_CTRL_DOPLAYTOSPK = 6;// 播放的语音到耳机
    public final static int QNV_CTRL_DOMICTOLINE = 7;// MIC说话声到电话线
    public final static int QNV_CTRL_ECHO = 8;// 打开/关闭回音抵消
    public final static int QNV_CTRL_RECVFSK = 9;// 打开/关闭接收FSK来电号码
    public final static int QNV_CTRL_RECVDTMF = 10;// 打开/关闭接收DTMF
    public final static int QNV_CTRL_RECVSIGN = 11;// 打开/关闭信号音检测
    public final static int QNV_CTRL_WATCHDOG = 12;// 打开关闭看门狗
    public final static int QNV_CTRL_PLAYMUX = 13;// 选择到喇叭的语音通道 line1x/pcplay
                                                    // ch0/line2x/pcplay ch1
    public final static int QNV_CTRL_PLAYTOLINE = 14;// 播放的语音到line
    public final static int QNV_CTRL_SELECTLINEIN = 15;// 选择输入的线路line通道
    public final static int QNV_CTRL_SELECTADCIN = 16;// 选择输入的为线路还是MIC语音
    public final static int QNV_CTRL_PHONEPOWER = 17;// 打开/关闭给话机供电使能,如果不给话机供电,dophone切换后,话机将不可用,所有对话机的操作都无效
    public final static int QNV_CTRL_RINGPOWER = 18;// 内线震铃使能
    public final static int QNV_CTRL_LEDPOWER = 19;// LED指示灯
    public final static int QNV_CTRL_LINEOUT = 20;// 线路输出使能
    public final static int QNV_CTRL_SWITCHOUT = 21;// 硬件回音抵消
    public final static int QNV_CTRL_UPLOAD = 22;// 打开/关闭设备USB数据上传功能,关闭后将接收不到设备语音数据
    public final static int QNV_CTRL_DOWNLOAD = 23;// 打开/关闭设备USB数据下载功能,关闭后将不能发送语音/拨号到设备
    public final static int QNV_CTRL_POLARITY = 24;// 开关级性反转摘机检测
    public final static int QNV_CTRL_ADBUSY = 25;// 是否打开检测忙音叠加时环境(只有在使用两路外线网关时由于同时挂机才会触发忙音被叠加的环境,普通用户不需要使用)
    public final static int QNV_CTRL_RECVCALLIN = 26;// 打开/关闭软解码来电
    public final static int QNV_CTRL_READFRAMENUM = 27;// 一次请求读取的USB帧数量，越大占用CPU越小，延迟也就越大，一帧为4ms,最大30帧，也就是设置范围为(1-30)
    public final static int QNV_CTRL_DTMFCALLID = 28;// 忽略/启用DTMF模式接收来电号码,默认是开启检测的

    // 以下状态不能设置(set),只能获取(get)
    public final static int QNV_CTRL_PHONE = 30;// 电话机摘挂机状态
    public final static int QNV_CTRL_MICIN = 31;// mic插入状态
    public final static int QNV_CTRL_RINGTIMES = 32;// 来电响铃的次数
    public final static int QNV_CTRL_RINGSTATE = 33;// 来电响铃状态，正在响还是不响
    //

    // 放音控制
    // uPlayType
    public final static int QNV_PLAY_FILE_START = 1;// 开始播放文件
    public final static int QNV_PLAY_FILE_SETCALLBACK = 2;// 设置播放文件回调函数
    public final static int QNV_PLAY_FILE_SETVOLUME = 3;// 设置播放文件音量
    public final static int QNV_PLAY_FILE_GETVOLUME = 4;// 获取播放文件音量
    public final static int QNV_PLAY_FILE_PAUSE = 5;// 暂停播放文件
    public final static int QNV_PLAY_FILE_RESUME = 6;// 恢复播放文件
    public final static int QNV_PLAY_FILE_ISPAUSE = 7;// 检测是否已暂停播放
    public final static int QNV_PLAY_FILE_SETREPEAT = 8;// 设置是否循环播放
    public final static int QNV_PLAY_FILE_ISREPEAT = 9;// 检测是否在循环播放
    public final static int QNV_PLAY_FILE_SEEKTO = 11;// 跳转到某个时间(ms)
    public final static int QNV_PLAY_FILE_SETREPEATTIMEOUT = 12;// 设置循环播放超时次数
    public final static int QNV_PLAY_FILE_GETREPEATTIMEOUT = 13;// 获取循环播放超时次数
    public final static int QNV_PLAY_FILE_SETPLAYTIMEOUT = 14;// 设置播放总共超时时长(ms)
    public final static int QNV_PLAY_FILE_GETPLAYTIMEOUT = 15;// 获取播放总共超时时长
    public final static int QNV_PLAY_FILE_TOTALLEN = 16;// 总共时间(ms)
    public final static int QNV_PLAY_FILE_CURSEEK = 17;// 当前播放的文件时间位置(ms)
    public final static int QNV_PLAY_FILE_ELAPSE = 18;// 总共播放的时间(ms),包括重复的,后退的,不包括暂停的时间
    public final static int QNV_PLAY_FILE_ISPLAY = 19;// 该句柄是否在播放
    public final static int QNV_PLAY_FILE_ENABLEAGC = 20;// 打开关闭自动增益
    public final static int QNV_PLAY_FILE_ISENABLEAGC = 21;// 检测是否打开自动增益
    public final static int QNV_PLAY_FILE_STOP = 22;// 停止播放指定文件
    public final static int QNV_PLAY_FILE_GETCOUNT = 23;// 获取正在文件播放的数量,可以用来检测如果没有了就可以关闭喇叭
    public final static int QNV_PLAY_FILE_STOPALL = 24;// 停止播放所有文件
    public final static int QNV_PLAY_FILE_REMOTEBUFFERLEN = 25;// 远程播放需要下载的缓冲长度
    public final static int QNV_PLAY_FILE_REMOTEBUFFERSEEK = 26;// 远程播放已经下载的缓冲长度
    // --------------------------------------------------------

    public final static int QNV_PLAY_BUF_START = 1;// 开始缓冲播放
    public final static int QNV_PLAY_BUF_SETCALLBACK = 2;// 设置缓冲播放回调函数
    public final static int QNV_PLAY_BUF_SETWAVEFORMAT = 3;// 设置缓冲播放语音的格式
    public final static int QNV_PLAY_BUF_WRITEDATA = 4;// 写缓冲数据
    public final static int QNV_PLAY_BUF_SETVOLUME = 5;// 设置音量
    public final static int QNV_PLAY_BUF_GETVOLUME = 6;// 获取音量
    public final static int QNV_PLAY_BUF_SETUSERVALUE = 7;// 设置用户自定义数据
    public final static int QNV_PLAY_BUF_GETUSERVALUE = 8;// 获取用户自定义数据
    public final static int QNV_PLAY_BUF_ENABLEAGC = 9;// 打开关闭自动增益
    public final static int QNV_PLAY_BUF_ISENABLEAGC = 10;// 检测是否打开了自动增益
    public final static int QNV_PLAY_BUF_PAUSE = 11;// 暂停播放文件
    public final static int QNV_PLAY_BUF_RESUME = 12;// 恢复播放文件
    public final static int QNV_PLAY_BUF_ISPAUSE = 13;// 检测是否已暂停播放
    public final static int QNV_PLAY_BUF_STOP = 14;// 停止缓冲播放
    public final static int QNV_PLAY_BUF_FREESIZE = 15;// 空闲字节
    public final static int QNV_PLAY_BUF_DATASIZE = 16;// 数据字节
    public final static int QNV_PLAY_BUF_TOTALSAMPLES = 17;// 总共播放的采样数
    public final static int QNV_PLAY_BUF_SETJITTERBUFSIZE = 18;// 设置动态缓冲长度，当缓冲数据播放为空后下次播放前缓冲内必须大于该长度的语音,可用在播放网络数据包，避免网络抖动
    public final static int QNV_PLAY_BUF_GETJITTERBUFSIZE = 19;// 获取动态缓冲长度
    public final static int QNV_PLAY_BUF_GETCOUNT = 20;// 获取正在缓冲播放的数量,可以用来检测如果没有了就可以关闭喇叭
    public final static int QNV_PLAY_BUF_STOPALL = 21;// 停止所有播放
    // -------------------------------------------------------

    public final static int QNV_PLAY_MULTIFILE_START = 1;// 开始多文件连续播放
    public final static int QNV_PLAY_MULTIFILE_PAUSE = 2;// 暂停多文件连续播放
    public final static int QNV_PLAY_MULTIFILE_RESUME = 3;// 恢复多文件连续播放
    public final static int QNV_PLAY_MULTIFILE_ISPAUSE = 4;// 检测是否暂停了多文件连续播放
    public final static int QNV_PLAY_MULTIFILE_SETVOLUME = 5;// 设置多文件播放音量
    public final static int QNV_PLAY_MULTIFILE_GETVOLUME = 6;// 获取多文件播放音量
    public final static int QNV_PLAY_MULTIFILE_ISSTART = 7;// 是否启动了多文件连续播放
    public final static int QNV_PLAY_MULTIFILE_STOP = 8;// 停止多文件连续播放
    public final static int QNV_PLAY_MULTIFILE_STOPALL = 9;// 停止全部多文件连续播放
    // --------------------------------------------------------

    public final static int QNV_PLAY_String_INITLIST = 1;// 初始化字符播放列表
    public final static int QNV_PLAY_String_START = 2;// 开始字符播放
    public final static int QNV_PLAY_String_PAUSE = 3;// 暂停字符播放
    public final static int QNV_PLAY_String_RESUME = 4;// 恢复字符播放
    public final static int QNV_PLAY_String_ISPAUSE = 5;// 检测是否暂停了字符播放
    public final static int QNV_PLAY_String_SETVOLUME = 6;// 设置字符播放音量
    public final static int QNV_PLAY_String_GETVOLUME = 7;// 获取字符播放音量
    public final static int QNV_PLAY_String_ISSTART = 8;// 是否启动了字符播放
    public final static int QNV_PLAY_String_STOP = 9;// 停止字符播放
    public final static int QNV_PLAY_String_STOPALL = 10;// 停止全部字符播放
    // --------------------------------------------------------

    // 录音控制
    // uRecordType
    public final static int QNV_RECORD_FILE_START = 1;// 开始文件录音
    public final static int QNV_RECORD_FILE_PAUSE = 2;// 暂停文件录音
    public final static int QNV_RECORD_FILE_RESUME = 3;// 恢复文件录音
    public final static int QNV_RECORD_FILE_ISPAUSE = 4;// 检测是否暂停文件录音
    public final static int QNV_RECORD_FILE_ELAPSE = 5;// 获取已经录音的时间长度,单位(s)
    public final static int QNV_RECORD_FILE_SETVOLUME = 6;// 设置文件录音音量
    public final static int QNV_RECORD_FILE_GETVOLUME = 7;// 获取文件录音音量
    public final static int QNV_RECORD_FILE_PATH = 8;// 获取文件录音的路径
    public final static int QNV_RECORD_FILE_STOP = 9;// 停止某个文件录音
    public final static int QNV_RECORD_FILE_STOPALL = 10;// 停止全部文件录音
    public final static int QNV_RECORD_FILE_COUNT = 11;// 获取正在录音的数量
    public final static int QNV_RECORD_FILE_SETROOT = 20;// 设置默认录音目录
    public final static int QNV_RECORD_FILE_GETROOT = 21;// 获取默认录音目录

    // ----------------------------------------------------------

    public final static int QNV_RECORD_BUF_HWND_START = 1;// 开始缓冲录音窗口回调
    public final static int QNV_RECORD_BUF_HWND_STOP = 2;// 停止某个缓冲录音窗口回调
    public final static int QNV_RECORD_BUF_HWND_STOPALL = 3;// 停止全部缓冲录音窗口回调
    public final static int QNV_RECORD_BUF_CALLBACK_START = 4;// 开始缓冲录音回调
    public final static int QNV_RECORD_BUF_CALLBACK_STOP = 5;// 停止某个缓冲录音回调
    public final static int QNV_RECORD_BUF_CALLBACK_STOPALL = 6;// 停止全部缓冲录音回调
    public final static int QNV_RECORD_BUF_SETCBSAMPLES = 7;// 设置回调采样数,每秒8K,如果需要20ms回调一次就设置为20*8=160,/默认为20ms回调一次
    public final static int QNV_RECORD_BUF_GETCBSAMPLES = 8;// 获取设置的回调采样数
    public final static int QNV_RECORD_BUF_ENABLEECHO = 9;// 打开关闭自动增益
    public final static int QNV_RECORD_BUF_ISENABLEECHO = 10;// 检测自动增益是否打开
    public final static int QNV_RECORD_BUF_PAUSE = 11;// 暂停缓冲录音
    public final static int QNV_RECORD_BUF_ISPAUSE = 12;// 检测是否暂停缓冲录音
    public final static int QNV_RECORD_BUF_RESUME = 13;// 恢复缓冲录音
    public final static int QNV_RECORD_BUF_SETVOLUME = 14;// 设置缓冲录音音量
    public final static int QNV_RECORD_BUF_GETVOLUME = 15;// 获取缓冲录音音量
    public final static int QNV_RECORD_BUF_SETWAVEFORMAT = 16;// 设置录音回调的语音编码格式,默认为8K,16位,wav线性
    public final static int QNV_RECORD_BUF_GETWAVEFORMAT = 17;// 获取录音回调的语音编码格式
    public final static int QNV_RECORD_BUF_GETCBMSGID = 100;// 查询缓冲录音的窗口回调的消息ID,默认为BRI_RECBUF_MESSAGE
    public final static int QNV_RECORD_BUF_SETCBMSGID = 101;// 设置缓冲录音的窗口回调的消息ID,默认为BRI_RECBUF_MESSAGE

    // --------------------------------------------------------

    // 会议控制
    // uConferenceType
    public final static int QNV_CONFERENCE_CREATE = 1;// 创建会议
    public final static int QNV_CONFERENCE_ADDTOCONF = 2;// 增加通道到某个会议
    public final static int QNV_CONFERENCE_GETCONFID = 3;// 获取某个通道的会议ID
    public final static int QNV_CONFERENCE_SETSPKVOLUME = 4;// 设置会议中某个通道放音音量
    public final static int QNV_CONFERENCE_GETSPKVOLUME = 5;// 获取会议中某个通道放音音量
    public final static int QNV_CONFERENCE_SETMICVOLUME = 6;// 设置会议中某个通道录音音量
    public final static int QNV_CONFERENCE_GETMICVOLUME = 7;// 获取会议中某个通道录音音量
    public final static int QNV_CONFERENCE_PAUSE = 8;// 暂停某个会议
    public final static int QNV_CONFERENCE_RESUME = 9;// 恢复某个会议
    public final static int QNV_CONFERENCE_ISPAUSE = 10;// 检测是否暂停了某个会议
    public final static int QNV_CONFERENCE_ENABLESPK = 11;// 打开关闭会议者听功能
    public final static int QNV_CONFERENCE_ISENABLESPK = 12;// 检测会议者听功能是否打开
    public final static int QNV_CONFERENCE_ENABLEMIC = 13;// 打开关闭会议者说功能
    public final static int QNV_CONFERENCE_ISENABLEMIC = 14;// 检测会议者说功能是否打开
    public final static int QNV_CONFERENCE_ENABLEAGC = 15;// 打开关闭自动增益
    public final static int QNV_CONFERENCE_ISENABLEAGC = 16;// 检测是否打开了自动增益
    public final static int QNV_CONFERENCE_DELETECHANNEL = 17;// 把通道从会议中删除
    public final static int QNV_CONFERENCE_DELETECONF = 18;// 删除一个会议
    public final static int QNV_CONFERENCE_DELETEALLCONF = 19;// 删除全部会议
    public final static int QNV_CONFERENCE_GETCONFCOUNT = 20;// 获取会议数量
    public final static int QNV_CONFERENCE_SETJITTERBUFSIZE = 21;// 设置会议动态缓冲长度
    public final static int QNV_CONFERENCE_GETJITTERBUFSIZE = 22;// 获取会议动态缓冲长度

    public final static int QNV_CONFERENCE_RECORD_START = 30;// 开始录音
    public final static int QNV_CONFERENCE_RECORD_PAUSE = 31;// 暂停录音
    public final static int QNV_CONFERENCE_RECORD_RESUME = 32;// 恢复录音
    public final static int QNV_CONFERENCE_RECORD_ISPAUSE = 33;// 检测是否暂停录音
    public final static int QNV_CONFERENCE_RECORD_FILEPATH = 34;// 获取录音文件路径
    public final static int QNV_CONFERENCE_RECORD_ISSTART = 35;// 检测会议是否已经启动了录音
    public final static int QNV_CONFERENCE_RECORD_STOP = 36;// 停止指定会议录音
    public final static int QNV_CONFERENCE_RECORD_STOPALL = 37;// 停止全部会议录音
    // --------------------------------------------------------

    // speech语音识别
    public final static int QNV_SPEECH_CONTENTLIST = 1;// 设置识别汉字内容列表
    public final static int QNV_SPEECH_STARTSPEECH = 2;// 开始识别
    public final static int QNV_SPEECH_ISSPEECH = 3;// 检测是否正在识别
    public final static int QNV_SPEECH_STOPSPEECH = 4;// 停止识别
    public final static int QNV_SPEECH_GETRESULT = 5;// 获取识别后的结果
    // ------------------------------------------------------------

    // 传真模块接口
    public final static int QNV_FAX_LOAD = 1;// 加载启动传真模块
    public final static int QNV_FAX_UNLOAD = 2;// 卸载传真模块
    public final static int QNV_FAX_STARTSEND = 3;// 开始发送传真
    public final static int QNV_FAX_STOPSEND = 4;// 停止发送传真
    public final static int QNV_FAX_STARTRECV = 5;// 开始接收传真
    public final static int QNV_FAX_STOPRECV = 6;// 停止接收传真
    public final static int QNV_FAX_STOP = 7;// 停止全部
    public final static int QNV_FAX_PAUSE = 8;// 暂停
    public final static int QNV_FAX_RESUME = 9;// 恢复
    public final static int QNV_FAX_ISPAUSE = 10;// 是否暂停
    public final static int QNV_FAX_TYPE = 11;// 传真状态是接受或者发送
    public final static int QNV_FAX_TRANSMITSIZE = 12;// 已经发送的图象数据大小
    public final static int QNV_FAX_IMAGESIZE = 13;// 总共需要发送图象数据大小
    // ----------------------------------------------------------

    // 函数event
    // ueventType
    public final static int QNV_EVENT_POP = 1;// 获取后自动删除当前事件,pValue->PBRI_EVENT
    public final static int QNV_EVENT_POPEX = 2;// 获取后自动删除当前事件,pValue->字符分隔格式:chid,type,handle,result,data
    public final static int QNV_EVENT_TYPE = 3;// 获取事件类型,获取后不会自动删除，获取成功后使用
                                                // QNV_GENERAL_EVENT_REMOVE删除该事件
    public final static int QNV_EVENT_HANDLE = 4;// 获取事件句柄值
    public final static int QNV_EVENT_RESULT = 5;// 获取事件数值
    public final static int QNV_EVENT_PARAM = 6;// 获取事件保留参数
    public final static int QNV_EVENT_DATA = 7;// 获取事件数据
    public final static int QNV_EVENT_DATAEX = 8;// 获取事件附加数据
    public final static int QNV_EVENT_REMOVE = 20;// 删除最老的事件
    public final static int QNV_EVENT_REMOVEALL = 21;// 删除所有事件
    public final static int QNV_EVENT_REGWND = 30;// 注册接收消息的窗口句柄
    public final static int QNV_EVENT_UNREGWND = 31;// 删除接收消息的窗口句柄
    public final static int QNV_EVENT_REGCBFUNC = 32;// 注册事件回调函数
    public final static int QNV_EVENT_REGCBFUNCEX = 33;// 注册事件回调函数
    public final static int QNV_EVENT_UNREGCBFUNC = 34;// 删除事件回调函数
    public final static int QNV_EVENT_GETEVENTMSGID = 100;// 查询窗口回调的消息ID,默认为BRI_EVENT_MESSAGE
    public final static int QNV_EVENT_SETEVENTMSGID = 101;// 设置窗口回调的消息ID,默认为BRI_EVENT_MESSAGE
    // -----------------------------------------------------------

    // 函数general
    // uGeneralType
    public final static int QNV_GENERAL_STARTDIAL = 1;// 开始拨号
    public final static int QNV_GENERAL_SENDNUMBER = 2;// 二次拨号
    public final static int QNV_GENERAL_REDIAL = 3;// 重拨最后一次呼叫的号码,程序退出后该号码被释放
    public final static int QNV_GENERAL_STOPDIAL = 4;// 停止拨号
    public final static int QNV_GENERAL_ISDIALING = 5;// 是否在拨号

    public final static int QNV_GENERAL_STARTRING = 10;// phone口震铃
    public final static int QNV_GENERAL_STOPRING = 11;// phone口震铃停止
    public final static int QNV_GENERAL_ISRINGING = 12;// phone口是否在震铃

    public final static int QNV_GENERAL_STARTFLASH = 20;// 拍插簧
    public final static int QNV_GENERAL_STOPFLASH = 21;// 拍插簧停止
    public final static int QNV_GENERAL_ISFLASHING = 22;// 是否正在拍插簧

    public final static int QNV_GENERAL_STARTREFUSE = 30;// 拒接当前呼入
    public final static int QNV_GENERAL_STOPREFUSE = 31;// 终止拒接操作
    public final static int QNV_GENERAL_ISREFUSEING = 32;// 是否正在拒接当前呼入

    public final static int QNV_GENERAL_GETCALLIDTYPE = 50;// 获取本次呼入的来电号码类型
    public final static int QNV_GENERAL_GETCALLID = 51;// 获取本次呼入的来电号码
    public final static int QNV_GENERAL_GETTELDIALCODE = 52;// 获取本次电话机拨出的号码类型,return
                                                            // buf
    public final static int QNV_GENERAL_GETTELDIALCODEEX = 53;// 获取本次电话机拨出的号码类型,outbuf
    public final static int QNV_GENERAL_RESETTELDIALBUF = 54;// 清空电话拨的号码缓冲
    public final static int QNV_GENERAL_GETTELDIALLEN = 55;// 电话机已拨的号码长度

    public final static int QNV_GENERAL_STARTSHARE = 60;// 启动设备共享服务
    public final static int QNV_GENERAL_STOPSHARE = 61;// 停止设备共享服务
    public final static int QNV_GENERAL_ISSHARE = 62;// 是否启用设备共享服务模块

    public final static int QNV_GENERAL_ENABLECALLIN = 70;// 禁止/启用外线呼入
    public final static int QNV_GENERAL_ISENABLECALLIN = 71;// 外线是否允许呼入
    public final static int QNV_GENERAL_ISLINEHOOK = 72;// 外线是否摘机状态(电话机摘机并连着line或者有软摘机都表示摘机状态)
    public final static int QNV_GENERAL_ISLINEFREE = 73;// 外线是否空闲(没有摘机并且没有来电表示空闲)

    public final static int QNV_GENERAL_RESETRINGBACK = 80;// 复位检测到的回铃,重新启动检测
    public final static int QNV_GENERAL_CHECKCHANNELID = 81;// 检测通道ID是否合法
    public final static int QNV_GENERAL_CHECKDIALTONE = 82;// 检测拨号音
    public final static int QNV_GENERAL_CHECKSILENCE = 83;// 检测线路静音
    public final static int QNV_GENERAL_CHECKVOICE = 84;// 检测线路声音
    public final static int QNV_GENERAL_CHECKLINESTATE = 85;// 检测线路状态(是否可正常拨号/是否接反)
    public final static int QNV_GENERAL_GETMAXPOWER = 86;// 获取当前最大语音幅度

    public final static int QNV_GENERAL_SETUSERVALUE = 90;// 用户自定义通道数据,系统退出后自动释放
    public final static int QNV_GENERAL_SETUSERString = 91;// 用户自定义通道字符,系统退出后自动释放
    public final static int QNV_GENERAL_GETUSERVALUE = 92;// 获取用户自定义通道数据
    public final static int QNV_GENERAL_GETUSERString = 93;// 获取用户自定义通道字符

    public final static int QNV_GENERAL_USEREVENT = 99;// 发送用户自定义事件

    // 初始化通道INI文件参数
    public final static int QNV_GENERAL_READPARAM = 100;// 读取ini文件进行全部参数初始化
    public final static int QNV_GENERAL_WRITEPARAM = 101;// 把参数写入到ini文件
    //

    // call log
    public final static int QNV_CALLLOG_BEGINTIME = 1;// 获取呼叫开始时间
    public final static int QNV_CALLLOG_RINGBACKTIME = 2;// 获取回铃时间
    public final static int QNV_CALLLOG_CONNECTEDTIME = 3;// 获取接通时间
    public final static int QNV_CALLLOG_ENDTIME = 4;// 获取结束时间
    public final static int QNV_CALLLOG_CALLTYPE = 5;// 获取呼叫类型/呼入/呼出
    public final static int QNV_CALLLOG_CALLRESULT = 6;// 获取呼叫结果
    public final static int QNV_CALLLOG_CALLID = 7;// 获取号码
    public final static int QNV_CALLLOG_CALLRECFILE = 8;// 获取录音文件路径
    public final static int QNV_CALLLOG_DELRECFILE = 9;// 删除日志录音文件，要删除前必须先停止录音

    public final static int QNV_CALLLOG_RESET = 20;// 复位所有状态
    public final static int QNV_CALLLOG_AUTORESET = 21;// 自动复位

    // 工具函数，跟设备无关
    // uToolType
    public final static int QNV_TOOL_PSTNEND = 1;// 检测PSTN号码是否已经结束
    public final static int QNV_TOOL_CODETYPE = 2;// 判断号码类型(内地手机/固话)
    public final static int QNV_TOOL_LOCATION = 3;// 获取号码所在地信息
    public final static int QNV_TOOL_DISKFREESPACE = 4;// 获取该硬盘剩余空间(M)
    public final static int QNV_TOOL_DISKTOTALSPACE = 5;// 获取该硬盘总共空间(M)
    public final static int QNV_TOOL_DISKLIST = 6;// 获取硬盘列表
    public final static int QNV_TOOL_RESERVID1 = 7;// 保留
    public final static int QNV_TOOL_RESERVID2 = 8;// 保留
    public final static int QNV_TOOL_CONVERTFMT = 9;// 转换语音文件格式
    public final static int QNV_TOOL_SELECTDIRECTORY = 10;// 选择目录
    public final static int QNV_TOOL_SELECTFILE = 11;// 选择文件
    public final static int QNV_TOOL_CONVERTTOTIFF = 12;// 转换图片到传真tiff格式,必须先启动传真模块,支持格式:(*.doc,*.htm,*.html,*.mht,*.jpg,*.pnp.....)
    public final static int QNV_TOOL_APMQUERYSUSPEND = 13;// 是否允许PC进入待机/休眠,打开USB设备后才能使用
    public final static int QNV_TOOL_SLEEP = 14;// 让调用该方法的线程等待N毫秒
    public final static int QNV_TOOL_SETUSERVALUE = 15;// 保存用户自定义信息
    public final static int QNV_TOOL_GETUSERVALUE = 16;// 读取用户自定义信息
    public final static int QNV_TOOL_SETUSERVALUEI = 17;// 保存用户自定义信息
    public final static int QNV_TOOL_GETUSERVALUEI = 18;// 读取用户自定义信息
    public final static int QNV_TOOL_ISFILEEXIST = 20;// 检测本地文件是否存在
    public final static int QNV_TOOL_FSKENCODE = 21;// FSK编码
    public final static int QNV_TOOL_WRITELOG = 22;// 写文件日志->userlog目录

    // ------------------------------------------------------

    // 存储操作
    public final static int QNV_STORAGE_PUBLIC_READ = 1;// 读取共享区域数据
    public final static int QNV_STORAGE_PUBLIC_READSTR = 2;// 读取共享区域字符串数据,读到'\0'自动结束
    public final static int QNV_STORAGE_PUBLIC_WRITE = 3;// 写入共享区域数据
    public final static int QNV_STORAGE_PUBLIC_SETREADPWD = 4;// 设置读取共享区域数据的密码
    public final static int QNV_STORAGE_PUBLIC_SETWRITEPWD = 5;// 设置写入共享区域数据的密码
    public final static int QNV_STORAGE_PUBLIC_GETSPACESIZE = 6;// 获取存储空间长度

    // 远程操作
    // RemoteType
    public final static int QNV_REMOTE_UPLOAD_START = 1;// 上传文件到WEB服务器(http协议)
    public final static int QNV_REMOTE_UPLOAD_DATA = 2;// 上传字符数据到WEB服务器(send/post)(保留)
    public final static int QNV_REMOTE_UPLOAD_STOP = 3;// 上传文件到WEB服务器(http协议)
    public final static int QNV_REMOTE_UPLOAD_LOG = 4;// 重新上传以前没有成功的记录
    public final static int QNV_REMOTE_UPLOAD_TOTALSIZE = 5;// 获取需要上传的总共长度
    public final static int QNV_REMOTE_UPLOAD_TRANSIZE = 6;// 获取已经上传的长度
    public final static int QNV_REMOTE_UPLOAD_CLEARLOG = 7;// 删除所有未成功的日志
    public final static int QNV_REMOTE_UPLOAD_COUNT = 8;//
    public final static int QNV_REMOTE_UPLOAD_STOPALL = 9;//

    public final static int QNV_REMOTE_DOWNLOAD_START = 20;// 开始下载远程文件
    public final static int QNV_REMOTE_DOWNLOAD_STOP = 21;// 停止下载远程文件
    public final static int QNV_REMOTE_DOWNLOAD_TOTALSIZE = 22;// 下载的总共长度
    public final static int QNV_REMOTE_DOWNLOAD_TRANSIZE = 23;// 已经下载的长度
    public final static int QNV_REMOTE_DOWNLOAD_COUNT = 24;//
    public final static int QNV_REMOTE_DOWNLOAD_STOPALL = 25;//

    public final static int QNV_REMOTE_SETCOOKIE = 40;// 设置HTTP连接的COOKIE
    // --------------------------------------------------------

    // CC控制
    public final static int QNV_CCCTRL_SETLICENSE = 1;// 设置license
    public final static int QNV_CCCTRL_SETSERVER = 2;// 设置服务器IP地址
    public final static int QNV_CCCTRL_LOGIN = 3;// 登陆
    public final static int QNV_CCCTRL_LOGOUT = 4;// 退出
    public final static int QNV_CCCTRL_ISLOGON = 5;// 是否登陆成功了
    public final static int QNV_CCCTRL_REGCC = 6;// 注册CC号码
    //
    // 语音
    public final static int QNV_CCCTRL_CALL_START = 1;// 呼叫CC
    public final static int QNV_CCCTRL_CALL_VOIP = 2;// VOIP代拨固话
    public final static int QNV_CCCTRL_CALL_STOP = 3;// 停止呼叫
    public final static int QNV_CCCTRL_CALL_ACCEPT = 4;// 接听来电
    public final static int QNV_CCCTRL_CALL_BUSY = 5;// 发送忙提示
    public final static int QNV_CCCTRL_CALL_REFUSE = 6;// 拒接
    public final static int QNV_CCCTRL_CALL_STARTPLAYFILE = 7;// 播放文件
    public final static int QNV_CCCTRL_CALL_STOPPLAYFILE = 8;// 停止播放文件
    public final static int QNV_CCCTRL_CALL_STARTRECFILE = 9;// 开始文件录音
    public final static int QNV_CCCTRL_CALL_STOPRECFILE = 10;// 停止文件录音
    public final static int QNV_CCCTRL_CALL_HOLD = 11;// 保持通话,不影响播放文件
    public final static int QNV_CCCTRL_CALL_UNHOLD = 12;// 恢复通话
    public final static int QNV_CCCTRL_CALL_SWITCH = 13;// 呼叫转移到其它CC

    public final static int QNV_CCCTRL_CALL_CONFHANDLE = 20;// 获取呼叫句柄所在的会议句柄
    //
    // 消息/命令
    public final static int QNV_CCCTRL_MSG_SENDMSG = 1;// 发送消息
    public final static int QNV_CCCTRL_MSG_SENDCMD = 2;// 发送命令
    //
    // 好友
    public final static int QNV_CCCTRL_CONTACT_ADD = 1;// 增加好友
    public final static int QNV_CCCTRL_CONTACT_DELETE = 2;// 删除好友
    public final static int QNV_CCCTRL_CONTACT_ACCEPT = 3;// 接受好友
    public final static int QNV_CCCTRL_CONTACT_REFUSE = 4;// 拒绝好友
    public final static int QNV_CCCTRL_CONTACT_GET = 5;// 获取好友状态

    // 好友信息/自己的信息
    public final static int QNV_CCCTRL_CCINFO_OWNERCC = 1;// 获取本人登陆的CC
    public final static int QNV_CCCTRL_CCINFO_NICK = 2;// 获取CC的昵称,如果没有输入CC就表示获取本人的昵称

    // socket 终端控制
    public final static int QNV_SOCKET_CLIENT_CONNECT = 1;// 连接到服务器
    public final static int QNV_SOCKET_CLIENT_DISCONNECT = 2;// 断开服务器
    public final static int QNV_SOCKET_CLIENT_STARTRECONNECT = 3;// 自动重连服务器
    public final static int QNV_SOCKET_CLIENT_STOPRECONNECT = 4;// 停止自动重连服务器
    public final static int QNV_SOCKET_CLIENT_SENDDATA = 5;// 发送数据
    public static final int DEVMODULE_STORAGE = 0x200;

    // [Out, MarshalAs(UnmanagedType.LPTStr)] StringBuilder lpString, int
    // nMaxCount
    public static String QNVDLLNAME = "qnviccub.dll";

    // 打开设备

    public static int QNV_OpenDevice(int uDevType, int uValue, String strValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_OpenDevice");
            jnative.setRetVal(Type.INT);// ?指定返回参数的类型??
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uDevType));
            jnative.setParameter(i++, Type.INT, String.valueOf(uValue));
            if (strValue == null || strValue.isEmpty()
                    || strValue.compareTo("0") == 0) {
                jnative.setParameter(i++, Type.INT, "0");
            } else {
                jnative.setParameter(i++, Type.STRING, strValue);
            }
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // 关闭设备

    public static int QNV_CloseDevice(int uDevType, int uValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_CloseDevice");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uDevType));
            jnative.setParameter(i++, Type.INT, String.valueOf(uValue));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // set dev ctrl

    public static int QNV_SetDevCtrl(int nChannelID, int uCtrlType, int nValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_SetDevCtrl");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uCtrlType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // get dev ctrl

    public static int QNV_GetDevCtrl(int nChannelID, int uCtrlType) {
        int iRet = -1;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_GetDevCtrl");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uCtrlType));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // set param

    public static int QNV_SetParam(int nChannelID, int uParamType, int nValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_SetParam");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uParamType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // get param

    public static int QNV_GetParam(int nChannelID, int uParamType) {
        int iRet = -1;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_GetParam");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uParamType));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // play file
    // 播放文件
    public static int QNV_PlayFile(int nChannelID, int uPlayType, int nValue,
            int nValueEx, String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_PlayFile");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uPlayType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValueEx));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // play buf
    // 播放缓存声音
    public static int QNV_PlayBuf(int nChannelID, int uPlayType, int nValue,
            int nValueEx, String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_PlayBuf");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uPlayType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValueEx));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // play multifile
    // 连续播放多个文件
    public static int QNV_PlayMultiFile(int nChannelID, int uPlayType,
            int nValue, int nValueEx, String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_PlayMultiFile");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uPlayType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValueEx));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // play String
    // 播放字符串
    public static int QNV_PlayString(short nChannelID, int uPlayType,
            int nValue, int nValueEx, String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_PlayString");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uPlayType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValueEx));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // record file
    // 2.12 文件录音
    public static int QNV_RecordFile(int nChannelID, int uRecordType,
            int nValue, int nValueEx, String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_RecordFile");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uRecordType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValueEx));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // record buf
    // 2.13 缓冲语音流录音
    //该函数不支持回调如需支持请自行探索jnative回调的使用
    public static int QNV_RecordBuf(int nChannelID, int uRecordType,
            int nValue, int nValueEx, String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_RecordBuf");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uRecordType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValueEx));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // record buf
    // 2.13 缓冲语音流录音
    //该函数不支持回调如需支持请自行探索jnative回调的使用
    public static int QNV_RecordBuf(int nChannelID, int uRecordType,
            int nValue, int nValueEx, int pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_RecordBuf");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uRecordType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValueEx));
            jnative.setParameter(i++, pValue);

            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // conference
    // 2.14.4.1 创建会议
    public static int QNV_Conference(int nChannelID, int nConfID,
            int uConfType, int nValue, String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_Conference");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(nConfID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uConfType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // broadcast
    // 2.19 通道语音广播功能
    public static int QNV_Broadcast(int nChannelID, int uBroadType, int nValue,
            String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_Broadcast");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uBroadType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // speech
    // 2.20 语音识别功能
    public static int QNV_Speech(int nChannelID, int uSpeechType, int nValue,
            String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_Speech");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uSpeechType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // fax
    // 传真收发功能
    public static int QNV_Fax(int nChannelID, int uFaxType, int nValue,
            String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_Fax");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uFaxType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // event
    // 2.15 事件获取
    // 暂不支持窗口和回调
    // uEventType ==QNV_EVENT_POP和uEventType == QNV_EVENT_REGCBFUNC该类型不暂支持
    // 备注 (Remarks)
    // 获取足够信息后如果想删除该事件，请调用 QNV_EVENT_REMOVE来删除该事件,如果不删除，该事件一直保存在队列里下次获取时还是该事件值
    // 一般应用层使用定时调用该功能来获取所有事件
    // 一般定时间隔为200ms左右比较合适
    public static int QNV_Event(int nChannelID, int uEventType, int nValue,
            String pInValue, StringBuffer pOutValue, int nBufSize) {
        int iRet = -1;
        if (uEventType == QNV_EVENT_POP || uEventType == QNV_EVENT_REGCBFUNC
                || uEventType == QNV_EVENT_REGCBFUNCEX) {
            return -1;
        }
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_Event");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uEventType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));

            if (pInValue == null || pInValue.isEmpty()
                    || pInValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pInValue);

            MemoryBlock m = null;
            Pointer retStr = null;
            if (pOutValue == null) {
                jnative.setParameter(i++, 0);
            } else {
                if (nBufSize > 0) {
                    m = MemoryBlockFactory.createMemoryBlock(nBufSize + 1);
                    retStr = new Pointer(m);
                    jnative.setParameter(i++, retStr);
                }
            }
            jnative.setParameter(i++, nBufSize);
            jnative.invoke();
            if (nBufSize > 0) {
                pOutValue.append(retStr.getAsString());
            }
            if (m != null) {
                m.dispose();
                // retStr.zeroMemory();
                if (retStr != null) {
                //  JNative.freeMemory(retStr.getPointer());
                    retStr.dispose();
                }
            }
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // event
    // 2.15 事件获取
    // 此函数在64位win7下没有成功
    // uEventType ==QNV_EVENT_POP ,uEventType == QNV_EVENT_REGCBFUNCEX该类型不暂支持
    // 备注 (Remarks)
    // 获取足够信息后如果想删除该事件，请调用 QNV_EVENT_REMOVE来删除该事件,如果不删除，该事件一直保存在队列里下次获取时还是该事件值
    // 一般应用层使用定时调用该功能来获取所有事件
    // 一般定时间隔为200ms左右比较合适
    // 如果nValue值是回调那么请使用Callback扩展一个回调类这个值是类中回调函数的值
    /*
     * public static int QNV_Event(int nChannelID, int uEventType, int nValue,
     * Callback pCall, int pInValue, StringBuffer pOutValue, int nBufSize) { int
     * iRet = -1; if (uEventType == QNV_EVENT_POP) { return -1; } try { JNative
     * jnative = new JNative("qnviccub.dll", "QNV_Event");
     * jnative.setRetVal(Type.INT); int i = 0; jnative.setParameter(i++,
     * Type.INT, String.valueOf(nChannelID)); jnative.setParameter(i++,
     * Type.INT, String.valueOf(uEventType)); jnative.setParameter(i++,
     * Type.INT, String.valueOf(nValue)); jnative.setParameter(i++, pInValue );
     * jnative.setParameter(i++, 0); jnative.setParameter(i++, nBufSize);
     * jnative.invoke(); JNative.releaseCallback(pCall);
     * 
     * String result = jnative.getRetVal(); iRet = Integer.parseInt(result); }
     * catch (Exception e) { e.printStackTrace(); }
     * 
     * return iRet; }
     */
    // general

    public static int QNV_General(int nChannelID, int uGeneralType, int nValue,
            String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_General");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uGeneralType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // pstn call log
    // 2.17 PSTN线路呼叫日志信息
    // pValue值只能为null或缓存地址这个和说明文档不太一致
    // QNV_CallLog(0,QNV_CALLLOG_CALLRESULT,’’,0);应该为QNV_CallLog(0,QNV_CALLLOG_CALLRESULT,null,0);
    public static int QNV_CallLog(short nChannelID, int uLogType,
            StringBuffer pValue, int nValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_CallLog");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uLogType));
            MemoryBlock m = null;
            Pointer retStr = null;

            if (pValue != null && pValue.toString().isEmpty()) {
                m = MemoryBlockFactory.createMemoryBlock(nValue + 1);
                retStr = new Pointer(m);
                jnative.setParameter(i++, retStr);

            } else {
                jnative.setParameter(i++, Type.STRING, pValue.toString());
            }
            jnative.setParameter(i++, nValue);
            jnative.invoke();
            if (retStr != null && pValue != null && pValue.toString().isEmpty())
                pValue.append(retStr.getAsString());
            if (m != null && retStr != null) {
                // retStr.zeroMemory();
                retStr.dispose();
                m.dispose();
            }
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // devinfo
    // 设备信息
    public static int QNV_DevInfo(int nChannelID, int uDevInfoType) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_DevInfo");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(nChannelID));
            jnative.setParameter(i++, Type.INT, String.valueOf(uDevInfoType));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // tool
    // 通用工具
    public static int QNV_Tool(int uToolType, int nValue, String pInValue,
            String pInValueEx, StringBuffer pOutValue, int nBufSize) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_Tool");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uToolType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            if (pInValue == null || pInValue.isEmpty()
                    || pInValue.compareTo("0") == 0) {
                jnative.setParameter(i++, Type.INT, "0");
            } else {
                jnative.setParameter(i++, Type.STRING, pInValue);
            }
            if (pInValueEx == null || pInValueEx.isEmpty()
                    || pInValueEx.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pInValueEx);
            MemoryBlock m = null;
            if (QNV_TOOL_LOCATION == uToolType)
                m = MemoryBlockFactory.createMemoryBlock(nBufSize * 2 + 1);
            else
                m = MemoryBlockFactory.createMemoryBlock(nBufSize + 1);
            Pointer retStr = new Pointer(m);
            jnative.setParameter(i++, retStr);
            jnative.setParameter(i++, nBufSize);
            jnative.invoke();
            pOutValue.append(retStr.getAsString());
            m.dispose();
            // retStr.zeroMemory();
            retStr.dispose();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // storage
    // 2.21 设备存储读写功能
    // 文档中 StringBuffer pValue这个值是0的则置为null如果该值为字符串则需要构造传入
    // 如果这个值为空的那么表示需要取得数据这个值是一个字符串地址
    public static int QNV_Storage(int uDevID, int nOPType, int nSeek,
            String pPwd, StringBuffer pValue, int nBufSize) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_Storage");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uDevID));
            jnative.setParameter(i++, Type.INT, String.valueOf(nOPType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nSeek));
            jnative.setParameter(i++, Type.STRING, pPwd);
            MemoryBlock m = null;
            Pointer retStr = null;
            if (pValue == null) {
                jnative.setParameter(i++, Type.INT, "0");
            } else {
                if (!pValue.toString().isEmpty()) {
                    jnative.setParameter(i++, Type.STRING, pValue.toString());
                } else {
                    m = MemoryBlockFactory.createMemoryBlock(nBufSize + 1);
                    retStr = new Pointer(m);
                    jnative.setParameter(i++, retStr);
                }
            }
            jnative.setParameter(i++, nBufSize);
            jnative.invoke();
            if (retStr != null && pValue != null && pValue.toString().isEmpty())
                pValue.append(retStr.getAsString());
            if (m != null && retStr != null) {
                m.dispose();
                // retStr.zeroMemory();
                retStr.dispose();
            }
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // remote
    // 2.23 WEB服务器操作
    public static int QNV_Remote(int uRemoteType, int nValue, String pInValue,
            String pInValueEx, StringBuffer pOutValue, int nBufSize) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_Remote");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uRemoteType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            if (pInValue == null || pInValue.isEmpty()
                    || pInValue.compareTo("0") == 0) {
                jnative.setParameter(i++, Type.INT, "0");
            } else {
                jnative.setParameter(i++, Type.STRING, pInValue);
            }
            if (pInValueEx == null || pInValueEx.isEmpty()
                    || pInValueEx.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pInValueEx);
            MemoryBlock m = null;
            Pointer retStr = null;
            if (pOutValue == null) {
                jnative.setParameter(i++, Type.INT, "0");
            } else {
                m = MemoryBlockFactory.createMemoryBlock(nBufSize + 1);
                retStr = new Pointer(m);
                jnative.setParameter(i++, retStr);
            }
            jnative.setParameter(i++, nBufSize);
            jnative.invoke();
            if (pOutValue != null)
                pOutValue.append(retStr.getAsString());
            if (m != null && retStr != null) {
                m.dispose();
                // retStr.zeroMemory();
                retStr.dispose();
            }
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // CC ctrl
    // 2.24 CC登陆注册
    public static int QNV_CCCtrl(int uCtrlType, String pInValue, int nValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_CCCtrl");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uCtrlType));
            if (pInValue == null || pInValue.isEmpty()
                    || pInValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pInValue);
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // CC Call
    // 2.25 CC语音呼叫
    public static int QNV_CCCtrl_Call(int uCallType, int lSessHandle,
            String pInValue, int nValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_CCCtrl_Call");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uCallType));
            if (pInValue == null || pInValue.isEmpty()
                    || pInValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pInValue);
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // CC msg
    // 2.26 CC消息/命令收发
    public static int QNV_CCCtrl_Msg(int uMsgType, String pDestCC,
            String pMsgValue, String pParam, int nReserv) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_CCCtrl_Msg");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uMsgType));
            if (pDestCC == null || pDestCC.isEmpty()
                    || pDestCC.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pDestCC);
            if (pMsgValue == null || pMsgValue.isEmpty()
                    || pMsgValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pMsgValue);
            if (pParam == null || pParam.isEmpty()
                    || pParam.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pParam);
            jnative.setParameter(i++, Type.INT, String.valueOf(nReserv));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // CC contact
    // 2.27 CC好友操作
    public static int QNV_CCCtrl_Contact(int uContactType, String pDestCC,
            String pValue) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_CCCtrl_Contact");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uContactType));
            if (pDestCC == null || pDestCC.isEmpty()
                    || pDestCC.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pDestCC);
            if (pValue == null || pValue.isEmpty()
                    || pValue.compareTo("0") == 0)
                jnative.setParameter(i++, Type.INT, "0");
            else
                jnative.setParameter(i++, Type.STRING, pValue);

            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // CC contact info
    // CC信息操作
    public static int QNV_CCCtrl_CCInfo(int uInfoType, String pDestCC,
            StringBuffer pOutValue, int nBufSize) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_CCCtrl_CCInfo");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uInfoType));
            jnative.setParameter(i++, Type.STRING, pDestCC);
            MemoryBlock m = null;
            m = MemoryBlockFactory.createMemoryBlock(nBufSize + 1);
            Pointer retStr = new Pointer(m);
            jnative.setParameter(i++, retStr);
            jnative.setParameter(i++, nBufSize);
            jnative.invoke();
            pOutValue.append(retStr.getAsString());
            m.dispose();
            // retStr.zeroMemory();
            retStr.dispose();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

    // 模拟纯的sock客户端发送消息操作
    public static int QNV_Socket_Client(int uSktType, int nHandle, int nValue,
            String pInValue, int nInValueLen) {
        int iRet = 0;
        try {
            JNative jnative = new JNative("qnviccub.dll", "QNV_Socket_Client");
            jnative.setRetVal(Type.INT);
            int i = 0;
            jnative.setParameter(i++, Type.INT, String.valueOf(uSktType));
            jnative.setParameter(i++, Type.INT, String.valueOf(nHandle));
            jnative.setParameter(i++, Type.INT, String.valueOf(nValue));
            jnative.setParameter(i++, Type.STRING, pInValue);
            jnative.setParameter(i++, Type.INT, String.valueOf(nInValueLen));
            jnative.invoke();
            String result = jnative.getRetVal();
            iRet = Integer.parseInt(result);
        } catch (Exception e) {
            e.printStackTrace();
        }
        return iRet;
    }

}
// }

ProcessEvtThread.java

/**
 * 
 */
package phone;

import java.util.Date;
import java.util.Random;

import org.xvolks.jnative.pointers.Pointer;

/**
 * @author fds
 * 
 */
public class ProcessEvtThread extends Thread {

    private int m_iMaxChannels = 0;
    private int m_iCurrentChannel = -1;// -1表示所有通道
    private int [] m_iRecFileHandle = null;//录音文件句柄

    /**
     * 
     */
    public ProcessEvtThread(int iMaxChannels) {
        // TODO Auto-generated constructor stub
        m_iMaxChannels = iMaxChannels;
        if(m_iRecFileHandle == null)
        {
            m_iRecFileHandle = new int[m_iMaxChannels];
            for(int i = 0; i < m_iMaxChannels; i++)
            {
                m_iRecFileHandle[i] = -1;
            }
        }
    }

    public void AssignChannel(int iCh) {
        m_iCurrentChannel = iCh;
    }

    /*
     * (non-Javadoc)
     * 
     * @see java.lang.Runnable#run()
     */
    @Override
    public void run() {
        // TODO Auto-generated method stub
        while (true) {
            try {
                if (m_iCurrentChannel != -1) {
                    RecEvt(m_iCurrentChannel);
                } else {
                    for (int i = 0; i < m_iMaxChannels; i++) {
                        RecEvt(i);
                    }
                }
                Thread.sleep(200);
            } catch (Exception e) {
                e.printStackTrace();
            }

        }
    }

    private void RecEvt(int iCh) {
        // 使用非删除模式,和自动删除模式2个选择一种方式就可以,只有一个地方需要获取事件时，建议使用自动删除模式
        int lEventType = BriSDKLib.QNV_Event(iCh, BriSDKLib.QNV_EVENT_TYPE, 0,
                null, null, 0);
        int lEventHandle = -1;
        int lParam = 0;
        int lResult = -1;
        if (lEventType > 0) {
            lEventHandle = BriSDKLib.QNV_Event(iCh, BriSDKLib.QNV_EVENT_HANDLE,
                    0, null, null, 0);
            lParam = BriSDKLib.QNV_Event(iCh, BriSDKLib.QNV_EVENT_PARAM, 0,
                    null, null, 0);
            lResult = BriSDKLib.QNV_Event(iCh, BriSDKLib.QNV_EVENT_RESULT, 0,
                    null, null, 0);
            StringBuffer szDataBuffer = new StringBuffer(1024);
            BriSDKLib.QNV_Event(iCh, BriSDKLib.QNV_EVENT_DATA, 0, null,
                    szDataBuffer, 1024);
            BriSDKLib.QNV_Event(iCh, BriSDKLib.QNV_EVENT_REMOVE, 0, null, null,
                    0);// 删除
            ProcessEvent(iCh, lEventType, lEventHandle, lResult, lParam,
                    szDataBuffer.toString());
        }
    }

    public int ProcessEvent(int iCh, int lType, int lHandle, int lResult,
            int lParam, String szData) {

        // String szDataEx = "";
        try {

            // szDataEx = _pointer1.getAsString();
            String str = "", strValue = "";
            strValue = "Handle=" + lHandle + "Result=" + lResult + "Data="
                    + szData;
            switch (lType) {
            case BriSDKLib.BriEvent_PhoneHook: {// 电话接通后根据对方阻抗大小，声音会变大变小,200就太大，中间幅度200就太大,一般电话机100可以
                /*
                 * QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFVOL,50);
                 * QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFLEVEL,4);
                 * QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFNUM,9);
                 * QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFLOWINHIGH,20);
                 * QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFHIGHINLOW,20);
                 */
                // str.Format("通道%d: 电话机摘机,演示修改检测DTMF灵敏度,DTMFVOL=50/DTMFLEVEL=5/DTMFNUM=10,如果检测不到电话机拨号就修改该值更小",m_nChannelID+1);
                if (BriSDKLib.QNV_General(iCh, BriSDKLib.QNV_GENERAL_ISDIALING,
                        0, null) <= 0) {
                    // QNV_SetDevCtrl(m_nChannelID,QNV_CTRL_DOHOOK,0);//没有正在拨号可以考虑自动软挂机,避免3方通话状态，话机里有背景音出现
                }
                String recFile = "";
                if(this.m_iRecFileHandle[iCh] == -1)
                {
                    Date curdate = new Date();
                    Random r = new Random();
                    r.setSeed(curdate.getTime());
                    recFile = "d:\\"+curdate.getTime()+"-"+ iCh  +".wav";
                    this.m_iRecFileHandle[iCh] = BriSDKLib.QNV_RecordFile(iCh, BriSDKLib.QNV_RECORD_FILE_START, BriSDKLib.BRI_WAV_FORMAT_PCM8K8B,
                            BriSDKLib.RECORD_MASK_ECHO,recFile);
                    int lVolume=100;//设置音量,默认为100,200表示放大一倍,0表示静音,建议该设备不要跟自动增益控制一起使用
                    if(this.m_iRecFileHandle[iCh] > 0)
                        BriSDKLib.QNV_RecordFile(iCh,BriSDKLib.QNV_RECORD_FILE_SETVOLUME,this.m_iRecFileHandle[iCh],lVolume,null);                  
                }
                else
                {
                    BriSDKLib.QNV_RecordFile(iCh, BriSDKLib.QNV_RECORD_FILE_STOP, this.m_iRecFileHandle[iCh],0,null);
                    this.m_iRecFileHandle[iCh] = -1;
                }
                if(recFile.length() > 0)
                {
                    if(this.m_iRecFileHandle[iCh] > 0)
                        str = "通道" + iCh + ": 电话机摘机录音  " + recFile +"文件句柄是" + this.m_iRecFileHandle[iCh];
                    else
                        str = "通道" + iCh + ": 电话机摘机录音 失败 "+ this.m_iRecFileHandle[iCh] + "可能权限不够或空间不足，请检查文件路径" + recFile;
                }
                else
                    str = "通道" + iCh + ": 电话机摘机并停止以前的录音  " + recFile;
            }
                break;
            case BriSDKLib.BriEvent_PhoneHang: {
                // QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFVOL,5);
                // QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFLEVEL,3);
                // QNV_SetParam(pEvent->uChannelID,QNV_PARAM_DTMFNUM,6);
                // str.Format("通道%d: 电话机挂机,演示修改检测DTMF灵敏度",m_nChannelID+1);
                str = "通道" + iCh + ": 电话机挂机  ";
                if(this.m_iRecFileHandle[iCh] != -1)
                {
                    BriSDKLib.QNV_RecordFile(iCh, BriSDKLib.QNV_RECORD_FILE_STOP, this.m_iRecFileHandle[iCh],0,null);
                    str +="并停止录音";
                    this.m_iRecFileHandle[iCh] = -1;
                }
            }
                break;
            case BriSDKLib.BriEvent_CallIn:
                str = "通道" + iCh + ": 来电响铃 " + strValue;
                break;
            case BriSDKLib.BriEvent_GetCallID: {
                long lSerial = BriSDKLib.QNV_DevInfo(iCh,
                        BriSDKLib.QNV_DEVINFO_GETSERIAL);
                str = "通道" + iCh + ": 接收到来电号码 " + szData;
            }
                break;
            case BriSDKLib.BriEvent_StopCallIn:
                str = "通道" + iCh + ": 停止呼入,产生一个未接电话 " + szData;
                break;
            case BriSDKLib.BriEvent_DialEnd: {
                if (BriSDKLib.QNV_GetDevCtrl(iCh, BriSDKLib.QNV_CTRL_PHONE) > 0) {
                    // QNV_SetDevCtrl(m_nChannelID,QNV_CTRL_DOHOOK,0);//电话机已经拿着可以考虑自动软挂机,避免3方通话状态，话机里有背景音出现
                }
                str = "通道:" + iCh + " 拨号结束 " + strValue;
            }
                break;
            case BriSDKLib.BriEvent_PlayFileEnd:
                str = "通道" + iCh + ": 播放文件结束 " + strValue;
                break;
            case BriSDKLib.BriEvent_PlayMultiFileEnd:
                str = "通道" + iCh + ": 多文件连播结束 %s" + strValue;
                break;
            case BriSDKLib.BriEvent_RepeatPlayFile:
                str = "通道" + iCh + ": 循环播放文件 %s" + strValue;
                break;
            case BriSDKLib.BriEvent_PlayStringEnd:
                str = "通道" + iCh + ": 播放字符结束 %s" + strValue;
                break;
            case BriSDKLib.BriEvent_SendCallIDEnd:
                str = "通道" + iCh + ": 给话机震铃时发送号码结束 " + strValue;
                break;
            case BriSDKLib.BriEvent_Silence:
                str = "通道" + iCh + ": 通话中一定时间的静音 " + strValue;
                break;
            case BriSDKLib.BriEvent_GetDTMFChar:
                str = "通道" + iCh + ": 接收到按键  " + strValue;
                break;
            case BriSDKLib.BriEvent_RemoteHook: {
                if (BriSDKLib.HOOK_POLARITY == lResult) {
                    str = "通道" + iCh + ": 远程摘机(反级检测) " + strValue;
                } else
                    str = "通道 " + iCh + ":信号音检测远程摘机信号,仅做参考 " + strValue;
            }
                break;
            case BriSDKLib.BriEvent_RemoteHang: {
                if (BriSDKLib.HOOK_POLARITY == lResult) {
                    str = "通道" + iCh + ": 远程挂机(反级检测) " + strValue;
                } else {
                    str = "通道" + iCh + ": 信号音检测远程挂机(忙音检测),仅做参考 " + strValue;
                }
                BriSDKLib.QNV_General(iCh,
                        BriSDKLib.QNV_GENERAL_STOPDIAL, 0, null);
                BriSDKLib.QNV_SetDevCtrl(iCh,
                        BriSDKLib.QNV_CTRL_DOHOOK, 0);
                if(this.m_iRecFileHandle[iCh] != -1)
                {
                    BriSDKLib.QNV_RecordFile(iCh, BriSDKLib.QNV_RECORD_FILE_STOP, this.m_iRecFileHandle[iCh],0,null);
                    str +=" 并停止录音";
                    this.m_iRecFileHandle[iCh] = -1;
                }               
            }
                break;
            case BriSDKLib.BriEvent_Busy:
                str = "通道" + iCh + ": 接收到忙音,线路可能已经断开 " + strValue;
                if(this.m_iRecFileHandle[iCh] != -1)
                {
                    BriSDKLib.QNV_RecordFile(iCh, BriSDKLib.QNV_RECORD_FILE_STOP, this.m_iRecFileHandle[iCh],0,null);
                    str +=" 停止录音";
                    this.m_iRecFileHandle[iCh] = -1;
                }               
                break;
            case BriSDKLib.BriEvent_DialTone:
                str = "通道" + iCh + ": 检测到拨号音 " + strValue;
                break;
            case BriSDKLib.BriEvent_DialToneEx:
                str = "通道" + iCh + ": 接通状态下检测到拨号音信号,如果是刚来电,可能是刚才的来电已经未接了,仅做参考 "
                        + strValue;
                break;
            case BriSDKLib.BriEvent_PhoneDial:
                str = "通道" + iCh + ": 电话机拨号 " + strValue;
                break;
            case BriSDKLib.BriEvent_RingBack:
                str = "通道" + iCh + ": 拨号后接收到回铃音 " + strValue;
                break;
            case BriSDKLib.BriEvent_MicIn:
                str = "通道" + iCh + ": 麦克风插入 " + strValue;
                break;
            case BriSDKLib.BriEvent_MicOut:
                str = "通道" + iCh + ": 麦克风拔出 " + strValue;
                break;
            case BriSDKLib.BriEvent_FlashEnd:
                str = "通道" + iCh + ": 拍插簧完成 " + strValue;
                break;
            case BriSDKLib.BriEvent_RemoteSendFax:
                str = "通道" + iCh + ": 对方准备发送传真  " + strValue;
                break;
            case BriSDKLib.BriEvent_FaxRecvFinished:
                str = "通道" + iCh + ": 接收传真完成  " + strValue;
                break;
            case BriSDKLib.BriEvent_FaxRecvFailed:
                str = "通道" + iCh + ": 接收传真失败  " + strValue;
                break;
            case BriSDKLib.BriEvent_FaxSendFinished:
                str = "通道" + iCh + ": 发送传真完成  " + strValue;
                break;
            case BriSDKLib.BriEvent_FaxSendFailed:
                str = "通道" + iCh + ": 发送传真失败  " + strValue;
                break;
            case BriSDKLib.BriEvent_RefuseEnd:
                str = "通道" + iCh + ": 拒接来电完成  " + strValue;
                break;
            case BriSDKLib.BriEvent_RecvedFSK: {
                if (lResult == BriSDKLib.CALLIDMODE_FSK)
                    str = "通道" + iCh + ": 接收到来电号码信息FSK数据  " + strValue;
                else
                    str = "通道" + iCh + ": 接收到来电号码信息DTMF数据  " + strValue;
            }
                break;
            case BriSDKLib.BriEvent_PSTNFree: {
                str = "通道" + iCh + ":  PSTN线路已空闲  " + strValue;
                // WriteCallLog(m_nChannelID);
            }
                break;
            case BriSDKLib.BriEvent_CheckLine: {
                if ((lResult & BriSDKLib.CHECKLINE_MASK_DIALOUT) > 0) {
                    str = "通道" + iCh
                            + ":[ok]***线路拨号音正常,能正常软拨号***-----------------";
                } else {
                    str = "通道" + iCh + "[err]线路拨号音不正常,可能不能正常软拨号，检查LINE口线路";
                }
                if ((lResult & BriSDKLib.CHECKLINE_MASK_REV) > 0) {
                    str = "通道"
                            + iCh
                            + "[ok]***线路LINE口/PHONE口未接反***----------------------";
                } else {
                    str = "通道" + iCh + "[err]线路LINE口/PHONE口可能接反了";
                }
            }
                break;
            case BriSDKLib.BriEvent_DevErr: {
                str = "通道" + iCh + ": 设备发生错误  " + strValue;
                if (lResult == 3)// || (atol(pEvent->szData)&0xFF) ==
                                    // 6)//检测到移除获取多个失败
                {
                    /*
                     * QNV_CloseDevice(ODT_CHANNEL,m_nChannelID); long
                     * lChNum=QNV_DevInfo(0,QNV_DEVINFO_GETCHANNELS);
                     * str.Format("当前通道数量:%d,考虑重新初始化所有设备",lChNum<0?0:lChNum);
                     */

                }
                BriSDKLib.QNV_RecordFile(iCh, BriSDKLib.QNV_RECORD_FILE_STOPALL, 0,0,null);
                for(int i = 0; i < m_iMaxChannels; i++)
                {
                    m_iRecFileHandle[i] = -1;
                }               
                str +="并停止所有录音";                
            }
                break;
            case BriSDKLib.BriEvent_PlugOut: {
                str = "通道" + iCh + ": 设备被拔掉  ";
            }
                break;
            case BriSDKLib.BriEvent_EnableHook: {
                str = "通道" + iCh + ": HOOK被控制 lResult= " + lResult;
            }
                break;
            case BriSDKLib.BriEvent_EnablePlay: {
                str = "通道" + iCh + ": 喇叭被控制 lResult= " + lResult;
            }
                break;
            case BriSDKLib.BriEvent_EnablePlayMux: {
                str = "通道" + iCh + ": 喇叭mux修改 lResult= " + lResult;
            }
                break;
            case BriSDKLib.BriEvent_DoStartDial: {
                if (lResult == BriSDKLib.CHECKDIALTONE_FAILED) {
                    str = "通道" + iCh + ": 自动拨号失败，未检测到拨号音,请检查线路";
                } else {
                    str = "通道" + iCh + ": 开始拨号 data=" + szData;
                }
            }
                break;
            case BriSDKLib.BriEvent_DevCtrl: {
                if (lResult == BriSDKLib.QNV_CTRL_PLAYTOLINE) {
                    if (Integer.parseInt(szData) > 0) {
                        str = "播放到线路状态  打开";
                    } else {
                        str = "播放到线路状态 关闭";
                    }
                }
            }
                break;
            default: {
                strValue = "通道:" + iCh + "其它忽略事件 eventid= " + lType + "Result="
                        + lResult + "Data=" + szData;
            }
                break;
            }

            if (lType == BriSDKLib.BriEvent_RemoteSendFax && lResult == 1) {
                // BFU_FaxTooltip(m_nChannelID,"",TTIP_AUTORECV);
                /*
                 * if(MessageBox("对方准备发送传真，是否接收?","传真提示",MB_YESNO|MB_ICONWARNING)
                 * == IDYES) { BFU_StartRecvFax(m_nChannelID,"",0); }
                 */
            }

            System.out.println(str);

        } catch (Exception e1) {
            // TODO Auto-generated catch block
            e1.printStackTrace();
        }

        return 1;
    }

}

test.java（操作页面）

package phone;

/**
 * @author fans
 * @version  2013-9-11
 * */
import org.xvolks.jnative.JNative;
import org.xvolks.jnative.Type;
import org.xvolks.jnative.exceptions.NativeException;


public class Test {
    private static void printHelp() {
        System.out.println("help 是帮助命令");
        System.out.println("quit 退出命令");
        System.out
                .println("dial 拨号命令，格式为 dial n(通道号) num(电话号码)如dial 0 013807837878");
        System.out
        .println("setspkmic 打开耳麦开关命令，格式为 setspkmic n(通道号) 1或0(1为打开0关闭)");       

        System.out.println("hang 挂机命令，格式为 hang n(通道号))如hang 0");
        System.out.println("loc  定位电话号码命令，格式为loc num(电话号码))如loc 01082895766");

    }
    public static boolean isAndTrue(int a,int b)
    {
        boolean bRet = false;
        bRet = ((a&b)==1)?true:false;
        return bRet;
    }
    public static boolean isTrue(int nValue)
    {
        boolean bRet = false;
        bRet = (nValue !=0)?true:false;
        return bRet;
    }   
    private static String GetModule(int chID)
    {
        String strModule="",str="";
        int lModule=BriSDKLib.QNV_DevInfo(chID,BriSDKLib.QNV_DEVINFO_GETMODULE);
        str = "/" + lModule;
        strModule+=str;
        if( isTrue(lModule& BriSDKLib.DEVMODULE_DOPLAY)) strModule+="有喇叭/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_CALLID)) strModule+="有来电显示/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_PHONE)) strModule+="话机拨号/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_SWITCH)) strModule+="断开电话机,接收话机按键/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_PLAY2TEL)) strModule+="播放语音到电话机/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_HOOK)) strModule+="软摘机/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_MICSPK)) strModule+="有耳机/MIC/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_RING)) strModule+="模拟话机震铃/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_STORAGE)) strModule+="FLASH数据存储/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_FAX)) strModule+="收发传真/";
        if(isTrue(lModule&BriSDKLib.DEVMODULE_POLARITY)) strModule+="反级检测/";    
        return strModule;
    }
    private static String GetDevType(int lDevType)
    {
        String str="";
        str ="" + lDevType;
        switch(lDevType)
        {
        case BriSDKLib.DEVTYPE_T1:str+="(cc301 T1)";break;
        case BriSDKLib.DEVTYPE_T2:str+="(cc301 T2)";break;
        case BriSDKLib.DEVTYPE_T3:str+="(cc301 T3)";break;
        case BriSDKLib.DEVTYPE_T4:str+="(cc301 T4)";break;  
        case BriSDKLib.DEVTYPE_T5:str+="(cc301 T5)";break;
        case BriSDKLib.DEVTYPE_T6:str+="(cc301 T6)";break;  
        case BriSDKLib.DEVTYPE_IR1:str+="(cc301 IR1)";break;
        case BriSDKLib.DEVTYPE_ID1:str+="(cc301 ID1)";break;
        case BriSDKLib.DEVTYPE_IP1:str+="(cc301 IP1)";break;
        case BriSDKLib.DEVTYPE_IA1:str+="(cc301 IA1)";break;
        case BriSDKLib.DEVTYPE_IA2:str+="(cc301 IA2)";break;
        case BriSDKLib.DEVTYPE_IA3:str+="(cc301 IA3)";break;
        case BriSDKLib.DEVTYPE_IA4:str+="(cc301 IA4)";break;
        case BriSDKLib.DEVTYPE_IB1:str+="(cc301 IB1)";break;
        case BriSDKLib.DEVTYPE_IB2:str+="(cc301 IB2)";break;
        case BriSDKLib.DEVTYPE_IB3:str+="(cc301 IB3)";break;
        case BriSDKLib.DEVTYPE_IB4:str+="(cc301 IB4)";break;
        case BriSDKLib.DEVTYPE_IP1_F:str+="(cc301 IP1_F)";break;
        case BriSDKLib.DEVTYPE_IA4_F:str+="(cc301 IA4_F)";break;
        case BriSDKLib.DEVTYPE_IC2_R:str+="(cc301 IC2_R)";break;
        case BriSDKLib.DEVTYPE_IC2_LP:str+="(cc301 IC2_LP)";break;
        case BriSDKLib.DEVTYPE_IC2_LPQ:str+="(cc301 IC2_LPQ)";break;
        case BriSDKLib.DEVTYPE_IC2_LPF:str+="(cc301 IC2_LPF)";break;
        case BriSDKLib.DEVTYPE_IC4_R:str+="(cc301 IC4_R)";break;
        case BriSDKLib.DEVTYPE_IC4_LP:str+="(cc301 IC4_LP)";break;
        case BriSDKLib.DEVTYPE_IC4_LPQ:str+="(cc301 IC4_LPQ)";break;
        case BriSDKLib.DEVTYPE_IC4_LPF:str+="(cc301 IC4_LPF)";break;
        case BriSDKLib.DEVTYPE_IC7_R:str+="(cc301 IC7_R)";break;
        case BriSDKLib.DEVTYPE_IC7_LP:str+="(cc301 IC7_LP)";break;
        case BriSDKLib.DEVTYPE_IC7_LPQ:str+="(cc301 IC7_LPQ)";break;
        case BriSDKLib.DEVTYPE_IC7_LPF:str+="(cc301 IC7_LPF)";break;
        case BriSDKLib.DEVTYPE_A1:str+="(玻瑞器 A1)";break;
        case BriSDKLib.DEVTYPE_A2:str+="(玻瑞器 A2)";break;
        case BriSDKLib.DEVTYPE_A3:str+="(玻瑞器 A3)";break;
        case BriSDKLib.DEVTYPE_A4:str+="(玻瑞器 A4)";break;
        case BriSDKLib.DEVTYPE_B1:str+="(玻瑞器 B1)";break;
        case BriSDKLib.DEVTYPE_B2:str+="(玻瑞器 B2)";break;
        case BriSDKLib.DEVTYPE_B3:str+="(玻瑞器 B3)";break;
        case BriSDKLib.DEVTYPE_B4:str+="(玻瑞器 B4)";break;
        case BriSDKLib.DEVTYPE_C4_L:str+="(玻瑞器 C4-L)";break;
        case BriSDKLib.DEVTYPE_C4_P:str+="(玻瑞器 C4-P)";break;
        case BriSDKLib.DEVTYPE_C4_LP:str+="(玻瑞器 C4-LP)";break;
        case BriSDKLib.DEVTYPE_C4_LPQ:str+="(玻瑞器 C4-LPQ)";break;
        case BriSDKLib.DEVTYPE_C7_L:str+="(玻瑞器 C7-L)";break;
        case BriSDKLib.DEVTYPE_C7_P:str+="(玻瑞器 C7-P)";break;
        case BriSDKLib.DEVTYPE_C7_LP:str+="(玻瑞器 C7-LP)";break;
        case BriSDKLib.DEVTYPE_C7_LPQ:str+="(玻瑞器 C7-LPQ)";break;
        case BriSDKLib.DEVTYPE_R1:str+="(玻瑞器 R1)";break;
        default:
            {
            }break;
        }
        return str;
    }   
    public static void main(String argv[]) throws NativeException,
            IllegalAccessException, InterruptedException {
        System.load("E:\\CC301SDK6.4\\bin\\qnviccub.dll");// InterfaceFun是dll文件这个在初始化时应该引入

        String Str= "";
        int iRet = BriSDKLib.QNV_OpenDevice(BriSDKLib.ODT_LBRIDGE, 0, "0");//

        int iNum = BriSDKLib.QNV_DevInfo(-1, BriSDKLib.QNV_DEVINFO_GETCHANNELS);// 取得通道
        int iDev = BriSDKLib.QNV_DevInfo(-1, BriSDKLib.QNV_DEVINFO_GETCHIPS);// 取得设备数目
    //  int iSn = BriSDKLib.QNV_DevInfo(0, BriSDKLib.QNV_DEVINFO_GETSERIAL);// 取得序列号

        if (iRet > 0)
        {
            System.out.println("设备打开成功，通道数：" + iNum  + "设备数"
                    + iDev);
            for(int i=0;i//本地城市区号 010,设置城市区号后如果呼叫的号码开头跟本地城市区号相同时，系统自动过滤区号
                //如：如果设置了区号010
                //startdial("01082891111"),系统自动转换成startdial("82891111");
                //startdial("9,,;01082891111"),系统自动转换成startdial("9,,82891111");//';'->为号码内部处理区号的标记
                //QNV_SetParam(i,QNV_PARAM_CITYCODE,10);//设置区号为北京:010,设置时第一个0不能写，如果第一个为0，编译器会识别成其它进制 如：vc的010->8(八进制的10=8)

                Str="通道ID="+i+" 设备ID="+ BriSDKLib.QNV_DevInfo(i,BriSDKLib.QNV_DEVINFO_GETDEVID)+
                        " 序列号="+ BriSDKLib.QNV_DevInfo(i,BriSDKLib.QNV_DEVINFO_GETSERIAL)+
                        " 设备类型="+GetDevType(BriSDKLib.QNV_DevInfo(i,BriSDKLib.QNV_DEVINFO_GETTYPE))+
                        " 芯片类型="+BriSDKLib.QNV_DevInfo(i,BriSDKLib.QNV_DEVINFO_GETCHIPTYPE)+ 
                        " 模块=" +GetModule(i);
                System.out.println(Str);
                BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_MAXCHKFLASHELAPSE,0);//不检测话机拍插簧功能
                BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_HANGUPELAPSE,200);//设置话机挂机反应速度 Nms
//              BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_OFFHOOKELAPSE,500);//设置话机摘机反应速度 Nms//太快<1000ms  bridge系列某些设备来电反应前可能会引起摘机误测     

//              BriSDKLib.QNV_SetParam(i,QNV_PARAM_AM_LINEIN,6,0);//设置线路录音音量
                //---------------------------------------------dtmf来电号码接收灵敏度
                //BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_DTMFCALLIDVOL,50);//
                //BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_DTMFCALLIDLEVEL,4);//
                //BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_DTMFCALLIDNUM,8);//
                //---------------------------------------------

                //BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_DTMFNUM,7);//设置DTMF检测持续时间7*8ms=56ms
                //BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_DTMFLEVEL,4);//
                //BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_DTMFVOL,70);//设置DTMF允许的最低(幅度/能量)

                //CHECKDIALTONE_FAILED=3 检测拨号音超时就提示错误，不强制拨号
                //默认检测超时就强制拨号
                //BriSDKLib.QNV_SetParam(i,QNV_PARAM_DIALTONERESULT,CHECKDIALTONE_FAILED);

//              BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_ECHOTHRESHOLD,20);//回音抵消N倍以后自动删除   
//              BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_ECHODECVALUE,1);//回音抵消N倍以后再除以N倍

                //如果有反级，可以设置到6个以上
                if(BriSDKLib.QNV_GetDevCtrl(i,BriSDKLib.QNV_CTRL_POLARITY) > 0)
                    BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_BUSY,8);
                else
                    BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_BUSY,2);

                BriSDKLib.QNV_SetDevCtrl(i,BriSDKLib.QNV_CTRL_READFRAMENUM,8);//降低CPU利用率,增加延迟N*12ms
                BriSDKLib.QNV_SetParam(i,BriSDKLib.QNV_PARAM_FLASHELAPSE,300);
                //BriSDKLib.QNV_SetDevCtrl(i,BriSDKLib.QNV_CTRL_DOLINETOSPK ,1);//打开耳机开关
            //  BriSDKLib.QNV_SetDevCtrl(i,BriSDKLib.QNV_CTRL_DOMICTOLINE ,1);//打开麦克开关
                //BriSDKLib.QNV_SetParam(i,QNV_PARAM_RINGTHRESHOLD,30);
            }           
//          EventCallback evtCall = new EventCallback();
//          BriSDKLib.QNV_Event(0, BriSDKLib.QNV_EVENT_REGCBFUNC, 0, evtCall, 
//                  evtCall.getCallbackAddress(), null, 0);
            //处理设备事件线程
            ProcessEvtThread evtHandle= new ProcessEvtThread(iNum);
            evtHandle.start();
        }
        else
            System.out.println("设备打开失败!");
        printHelp();

        byte buffer[] = new byte[1024];
        String ls;
        while (true) {
            try {
                int size = System.in.read(buffer, 0, 255);
                ls = new String(buffer, 0, size);
                ls = ls.trim().toLowerCase();
                if (ls.compareTo("quit") == 0) {
                    System.out.print("\n你真的想退出吗?(y/n)");
                    size = System.in.read(buffer, 0, 255);
                    ls = new String(buffer, 0, size);
                    ls = ls.trim().toLowerCase();
                    if (ls.compareTo("y") == 0)
                        break;
                } else if (ls.compareTo("help") == 0) {
                    printHelp();
                } else if (ls.startsWith("loc")) {
                    String[] strline = ls.split("(\\s* \\s*)|(\\s*and\\s*)");
                    if (strline.length != 2) {
                        System.out.println("命令格式错误，这里是两个参数!");
                    } else {
                        StringBuffer szBuf = new StringBuffer(128);
                        BriSDKLib.QNV_Tool(BriSDKLib.QNV_TOOL_LOCATION, 0,
                                strline[1], "0", szBuf, 128);
                        System.out.println("测试" + strline[1] + "的地区为:" + szBuf);
                    }
                } else if (ls.startsWith("dial")) {
                    String[] strline = ls.split("(\\s* \\s*)|(\\s*and\\s*)");
                    if (strline.length != 3) {
                        System.out
                                .println("命令格式错误，这里是3个参数!如dial 0 9,1323343434 其中9是出局号");
                    } else {
                        boolean bFlag = true;
                        int iCh = Integer.parseInt(strline[1]);
                        if ((BriSDKLib.QNV_DevInfo(iCh,
                                BriSDKLib.QNV_DEVINFO_GETMODULE) & BriSDKLib.DEVMODULE_CALLID) == 0) {
                            System.out.println("该通道不能接入外线,不能拨号");
                            bFlag = false;
                        }

                        if ((BriSDKLib.QNV_DevInfo(iCh,
                                BriSDKLib.QNV_DEVINFO_GETMODULE) & BriSDKLib.DEVMODULE_HOOK) == 0) {
                            System.out.println("该通道不支持软摘机,不能拨号,请使用支持软拨号的语音盒");
                            bFlag = false;
                        }
                        if (bFlag) {
                            // BriSDKLib.QNV_SetDevCtrl(iCh,BriSDKLib.QNV_CTRL_PLAYTOLINE,1);//自动打开播放语音到LINE,驱动会自动根据摘挂机状态打开关闭控制
                            BriSDKLib.QNV_SetDevCtrl(iCh,
                                    BriSDKLib.QNV_CTRL_LINEOUT, 1);//
                            BriSDKLib.QNV_General(iCh,
                                    BriSDKLib.QNV_GENERAL_STARTDIAL, 0,
                                    strline[2]);
                        }
                    }
                } else if (ls.startsWith("hang")) {
                    String[] strline = ls.split("(\\s* \\s*)|(\\s*and\\s*)");
                    if (strline.length != 2) {
                        System.out.println("命令格式错误，这里是2个参数!如:hang 0");
                    } else {
                        int iCh = Integer.parseInt(strline[1]);
                        BriSDKLib.QNV_General(iCh,
                                BriSDKLib.QNV_GENERAL_STOPDIAL, 0, null);
                        BriSDKLib.QNV_SetDevCtrl(iCh,
                                BriSDKLib.QNV_CTRL_DOHOOK, 0);
                        System.out.println("通道 " + iCh + "电话已挂机");
                    }
                }
                 else if (ls.startsWith("setspkmic")) {
                        String[] strline = ls.split("(\\s* \\s*)|(\\s*and\\s*)");
                        if (strline.length != 3) {
                            System.out
                                    .println("命令格式错误，这里是3个参数!如setspkmic 0 1(0是关闭，1是打开ia)");
                        } else {
                            boolean bFlag = true;
                            int iCh = Integer.parseInt(strline[1]);
                            int iFlag = Integer.parseInt(strline[2]);
                                // BriSDKLib.QNV_SetDevCtrl(iCh,BriSDKLib.QNV_CTRL_PLAYTOLINE,1);//自动打开播放语音到LINE,驱动会自动根据摘挂机状态打开关闭控制
                                BriSDKLib.QNV_SetDevCtrl(iCh,
                                        BriSDKLib.QNV_CTRL_DOLINETOSPK, iFlag);//
                                BriSDKLib.QNV_SetDevCtrl(iCh,BriSDKLib.QNV_CTRL_DOMICTOLINE ,iFlag);
                            if(iFlag == 1)
                                System.out.println("耳麦通道打开");
                            else
                                System.out.println("耳麦通道关闭");
                        }
                    }               
                else {
                    printHelp();
                }
            } catch (Exception e) {
                System.out.println("异常退出" + e.getMessage());
            }
        }
        System.out.println("请稍后,关闭设备正在退出......");
        // 关闭所有设备
        iRet = BriSDKLib.QNV_CloseDevice(BriSDKLib.ODT_ALL, 0);
        if (iRet > 0)
            System.out.println("设备已关闭");
        else
            System.out.println("设备关闭异常");

        System.exit(0);
    }
}

亲测有效。可以实现拨号+计算机端耳麦通话，可以用作报警系统
源码地址