//[Property("COVPARAM", " ")]
public static void VideoCodecFormat_ReturnPositive()
{
// TODO: Add your test code here
RET_CODE ret = DantePlayer.instance.Prepare("/opt/test.mp4");
Assert.AreEqual(DantePlayer.instance.VideoCodecFormat, "h.264");
Assert.Pass("Your SetSubtile Positive test");
}
//[Property("COVPARAM", " ")]
public static void AudioCodecFormat_ReturnNegative()
{
// TODO: Add your test code here
RET_CODE ret = DantePlayer.instance.Prepare("/opt/test.wav");
Assert.AreEqual(DantePlayer.instance.AudioCodecFormat, "");
Assert.Pass("Your SetSubtile Positive test");
}
//[Property("COVPARAM", " ")]
public static void Prepare_ReturnNegative()
{
// TODO: Add your test code here
RET_CODE ret = DantePlayer.instance.Prepare("/opt/test.mp3");
Assert.AreEqual(ret, RET_CODE.PLAYER_OK);
Assert.AreEqual(DantePlayer.instance.state, State.Started);
Assert.Pass("Your first passing Negative test");
}
//[Property("COVPARAM", " ")]
public static void Pause_ReturnPositive()
{
// TODO: Add your test code here
//Assert.AreEqual(DantePlayer.instance.state, State.Ready);
RET_CODE ret = DantePlayer.instance.Pause();
Assert.AreEqual(ret, RET_CODE.PLAYER_OK);
Assert.AreEqual(DantePlayer.instance.state, State.Paused);
Assert.Pass("Your first passing Postive test");
}
//[Property("COVPARAM", " ")]
public static void ClearSubtile_ReturnPositive()
{
// TODO: Add your test code here
RET_CODE ret = DantePlayer.instance.Prepare("/opt/test.mp4");
ret = DantePlayer.instance.SetSubtile("/opt/test3.srt");
ret = DantePlayer.instance.Play();
DantePlayer.instance.ClearSubtile();
Assert.Pass("Your SetSubtile Positive test");
}
public override bool CloseAmpC()
{
if (Connected)
{
if (cycleWorker.IsBusy)
{
cycleWorker.CancelAsync();
}
RET_CODE rET_CODE = motor.CloseCh(moCh);
return(rET_CODE == 0);
}
return(true);
}
//[Property("COVPARAM", " ")]
public static void position_ReturnPositive()
{
RET_CODE ret = DantePlayer.instance.Prepare("/opt/test.mp3");
Assert.AreEqual(ret, RET_CODE.PLAYER_OK);
Assert.AreEqual(DantePlayer.instance.position, 0);
ret = DantePlayer.instance.Play();
Assert.AreNotEqual(DantePlayer.instance.position, 0);
Assert.Pass("Your Position Positive test");
}
//[Property("COVPARAM", " ")]
public static void GetDownlaodProgress_ReturnPositive()
{
// TODO: Add your test code here
RET_CODE ret = DantePlayer.instance.Prepare("/opt/test.mp4");
ret = DantePlayer.instance.SetSubtile("/opt/test3.srt");
ret = DantePlayer.instance.Play();
int start = 0;
int current = 0;
DantePlayer.instance.GetDownlaodProgress(out start, out current);
Assert.Pass("Your SetSubtile Positive test");
}
public bool ConnectDriver()
{
try
{
if (!connected)
{
RET_CODE code = AmpDriver.OpenPort((PORT)devIndex);
connected = code == RET_CODE.RET_OK;
return(connected);
}
}
catch
{
connected = false;
}
return(connected);
}
//[Property("COVPARAM", " ")]
public static void SetSubtile_ReturnPositive()
{
// TODO: Add your test code here
RET_CODE ret = DantePlayer.instance.Prepare("/opt/test.mp4");
ret = DantePlayer.instance.SetSubtile("/opt/test1.sub");
Assert.AreEqual(ret, RET_CODE.PLAYER_OK);
ret = DantePlayer.instance.SetSubtile("/opt/test2.smi");
Assert.AreEqual(ret, RET_CODE.PLAYER_OK);
ret = DantePlayer.instance.SetSubtile("/opt/test3.srt");
Assert.AreEqual(ret, RET_CODE.PLAYER_OK);
DantePlayer.instance.Play();
Assert.Pass("Your SetSubtile passing Postive test");
}
//[Property("COVPARAM", " ")]
public static void SetSubtile_ReturnNegative()
{
// TODO: Add your test code here
RET_CODE ret = DantePlayer.instance.Prepare("/opt/test.mp4");
ret = DantePlayer.instance.SetSubtile("/opt/123.mp3");
Assert.AreEqual(ret, RET_CODE.PLAYER_SUBTITLE_FORMAT_NOT_SUPPORTED);
ret = DantePlayer.instance.SetSubtile(null);
Assert.AreEqual(ret, RET_CODE.PLAYER_SUBTITLE_NULL_PATH);
ret = DantePlayer.instance.SetSubtile("");
Assert.AreEqual(ret, RET_CODE.PLAYER_SUBTITLE_EMPTY_PATH);
DantePlayer.instance.Play();
Assert.Pass("Your SetSubtile Positive test");
}
public static string GetErrorMessage(RET_CODE errCode)
{
string errMsg;
switch (errCode)
{
case RET_CODE.RET_OK:
errMsg = "正确";
break;
case RET_CODE.RET_OK_NONE:
errMsg = "正确，无操作";
break;
case RET_CODE.RET_ERROR:
errMsg = "常规错误";
break;
case RET_CODE.RET_INVALID_DATA:
errMsg = "数据无效";
break;
case RET_CODE.RET_TECH_PROBLEM:
errMsg = "服务器遇到技术问题";
break;
// case RET_CODE.RET_OLD_VERSION:
// errMsg = L"客户端版本过旧";
// break;
// case RET_CODE.RET_NO_CONNECT:
// errMsg = L"无连接";
// break;
// case RET_CODE.RET_NOT_ENOUGH_RIGHTS:
// errMsg = L"无所需权限";
// break;
case RET_CODE.RET_TOO_FREQUENT:
errMsg = "访问过于频繁";
break;
case RET_CODE.RET_MALFUNCTION:
errMsg = "非法操作";
break;
// case RET_CODE.RET_GENERATE_KEY :
// errMsg = L"需要发送公钥信息";
// break;
// case RET_CODE.RET_SECURITY_SESSION:
// errMsg = L"安全会话启动";
// break;
case RET_CODE.RET_ACCOUNT_DISABLED:
errMsg = "账户已被封禁";
break;
case RET_CODE.RET_BAD_ACCOUNT_INFO:
errMsg = "账户信息错误";
break;
// case RET_CODE.RET_PUBLIC_KEY_MISSING:
// errMsg = L"公钥信息缺失";
// break;
case RET_CODE.RET_TRADE_TIMEOUT:
errMsg = "交易超时";
break;
case RET_CODE.RET_TRADE_BAD_PRICES:
errMsg = "无效的下单价格";
break;
case RET_CODE.RET_TRADE_BAD_STOPS:
errMsg = "无效的止损止盈";
break;
case RET_CODE.RET_TRADE_BAD_VOLUME:
errMsg = "无效的下单量";
break;
case RET_CODE.RET_TRADE_MARKET_CLOSED:
errMsg = "市场已关闭";
break;
case RET_CODE.RET_TRADE_DISABLE:
errMsg = "禁止交易";
break;
case RET_CODE.RET_TRADE_NO_MONEY:
errMsg = "资金不足";
break;
case RET_CODE.RET_TRADE_PRICE_CHANGED:
errMsg = "价格已经变化";
break;
// case RET_CODE.RET_TRADE_OFFQUOTES:
// errMsg = L"没有报价信息";
// break;
case RET_CODE.RET_TRADE_BROKER_BUSY:
errMsg = "经纪商繁忙";
break;
// case RET_CODE.RET_TRADE_REQUOTE:
// errMsg = L"重新要价";
// break;
case RET_CODE.RET_TRADE_ORDER_LOCKED:
errMsg = "订单已被锁定，无法修改";
break;
case RET_CODE.RET_TRADE_LONG_ONLY:
errMsg = "仅允许买单";
break;
case RET_CODE.RET_TRADE_TOO_MANY_REQ:
errMsg = "同一客户端请求次数过多";
break;
case RET_CODE.RET_TRADE_ACCEPTED:
errMsg = "交易请求已被接受";
break;
case RET_CODE.RET_TRADE_PROCESS:
errMsg = "交易请求正在处理中";
break;
case RET_CODE.RET_TRADE_USER_CANCEL:
errMsg = "交易请求被客户取消";
break;
case RET_CODE.RET_TRADE_MODIFY_DENIED:
errMsg = "无法修改订单";
break;
// case RET_CODE.RET_TRADE_CONTEXT_BUSY:
// errMsg = L"交易上下文繁忙";
// break;
case RET_CODE.RET_TRADE_EXPIRATION_DENIED:
errMsg = "不能使用订单有效期限";
break;
case RET_CODE.RET_TRADE_TOO_MANY_ORDERS:
errMsg = "订单数量过多";
break;
case RET_CODE.RET_TRADE_HEDGE_PROHIBITED:
errMsg = "禁止对冲交易操作";
break;
case RET_CODE.RET_TRADE_PROHIBITED_BY_FIFO:
errMsg = "由于FIFO规则，无法进行交易";
break;
default:
errMsg = "服务器其他问题";
break;
}
return(errMsg);
}
public Response(RET_CODE retcode, DATA_TYPE dttype, object retData)
{
this.retCode = retcode;
this.dtType = dttype;
data = retData;
}
public RuntimeEventArg(RET_CODE ret, Dictionary <string, string> evDetails, string evMsg)
{
this.retCode = ret;
this.eventMessage = evMsg;
this.EventDetails = evDetails;
}
private void RecurseCheck()
{
success = CheckForFile();
}
