bool Test()
{
//WMEncoderLib.IWMEncSourceGroupCollection srcgrpcoll;
//WMEncoderLib.IWMEncSourceGroup srcgrp;
//WMEncoderLib.IWMEncSource src;
WMEncoderLib.IWMEncVideoSource2 vidsrc2;
bool bReturn = true;
Console.WriteLine("Initializing...");
m_encoder = new WMEncoderLib.WMEncoderClass();
//srcgrpcoll = (WMEncoderLib.IWMEncSourceGroupCollection)
vidsrc2 = (WMEncoderLib.IWMEncVideoSource2)
m_encoder.SourceGroupCollection.Add("SourceGroup").AddSource(WMEncoderLib.WMENC_SOURCE_TYPE.WMENC_VIDEO);
vidsrc2.SetInput("ScreenCap://ScreenCapture1","","");
m_bag = new PropertyBag.BagInterface(vidsrc2);
Console.Write("Testing: ");
if (!WriteProperty(CaptureProperty.EntireScreen,true))
{
bReturn = false;
}
if (!WriteProperty(CaptureProperty.EntireScreen,false))
{
bReturn = false;
}
if (!WriteProperty(CaptureProperty.FlashTheRectangle,true))
{
bReturn = false;
}
if (!WriteProperty(CaptureProperty.FlashTheRectangle,false))
{
bReturn = false;
}
if (!WriteProperty(CaptureProperty.Top,200))
{
bReturn = false;
}
if (!WriteProperty(CaptureProperty.Left,200))
{
bReturn = false;
}
if (!WriteProperty(CaptureProperty.Right,800))
{
bReturn = false;
}
if (!WriteProperty(CaptureProperty.Bottom,600))
{
bReturn = false;
}
if (!WriteProperty(CaptureProperty.CaptureWindow,0x432))
{
bReturn = false;
}
if (!WriteProperty(CaptureProperty.WindowTitle,"TestThis"))
{
bReturn = false;
}
return bReturn;
}
public bool SetupEncoder(CapturePerformance ScreenCapturePerformance,
ScreenEncoder.CaptureType ScreenCaptureType,
params System.Object[] ParameterArray)
{
string sWMEFile ;
switch (ScreenCapturePerformance)
{
case CapturePerformance.Extreme:
sWMEFile = m_sProfileDirectory + "\\" + "ScreenCapture_1000k_30fps.wme";
break;
case CapturePerformance.VeryHigh:
sWMEFile = m_sProfileDirectory + "\\" + "ScreenCapture_700k_25fps.wme";
break;
case CapturePerformance.High:
sWMEFile = m_sProfileDirectory + "\\" + "ScreenCapture_341k_15fps.wme";
break;
case CapturePerformance.MediumHigh:
sWMEFile = m_sProfileDirectory + "\\" + "ScreenCapture_250k_15fps.wme";
break;
case CapturePerformance.Medium:
sWMEFile = m_sProfileDirectory + "\\" + "ScreenCapture_93k_10fps.wme";
break;
case CapturePerformance.Low:
sWMEFile = m_sProfileDirectory + "\\" + "ScreenCapture_32k_5fps.wme";
break;
case CapturePerformance.VeryLow:
sWMEFile = m_sProfileDirectory + "\\" + "ScreenCapture_13k_3fps.wme";
break;
default:
//log.WriteLog("SignalType must be a valid OysterEncoder.VideoSignalType");
return false;
}
m_sWMEFilename = sWMEFile;
// m_bIsEncoderStreaming = false;
// verify that the WMEFilename is exists
if (!System.IO.File.Exists(sWMEFile))
{
//log.WriteLog(sWMEFile + " does not exist.");
return false;
}
// initialize the Winnov capture card on the specified channel
// by setting the source index for both audio and video
// initialize the WMEncoder
// load the WMEFilename into the WMEncoder
m_encoder.Load(sWMEFile);
// prepare the WMEncoder
// m_encoder.EnableAutoArchive = false;
m_encoder.PrepareToEncode(true);
// m_videosource2 = (WMEncoderLib.IWMEncVideoSource2)
// m_encoder.SourceGroupCollection.Add("SourceGroup").AddSource(WMEncoderLib.WMENC_SOURCE_TYPE.WMENC_VIDEO);
// m_videosource2.SetInput("ScreenCap://ScreenCapture1","","");
m_videosource2 = (WMEncoderLib.IWMEncVideoSource2)
m_encoder.SourceGroupCollection.Item("Screen")
.get_Source(WMEncoderLib.WMENC_SOURCE_TYPE.WMENC_VIDEO,0);
m_bag = new PropertyBag.BagInterface(m_videosource2);
switch (ScreenCaptureType)
{
case ScreenEncoder.CaptureType.FullScreen:
WriteProperty(ScreenEncoder.CaptureProperty.EntireScreen,true);
break;
case ScreenEncoder.CaptureType.WindowByHandle:
WriteProperty(ScreenEncoder.CaptureProperty.CaptureWindow,(System.IntPtr)((CarverLab.Utility.Window)ParameterArray[0]).hwnd);
break;
case ScreenEncoder.CaptureType.WindowByName:
WriteProperty(ScreenEncoder.CaptureProperty.WindowTitle,(string)((CarverLab.Utility.Window) ParameterArray[0]).WindowText);
break;
default:
break;
}
// start the WMEncoder streaming
//m_encoder.Start();
//m_bIsEncoderStreaming = true;
// end routine
return true;
}
