public bool init(string vpppath, CogRecordDisplay cogRecordDisplayin = null)
{
if (null == vpppath)
{
return false;
}
try
{
myJobManager = (CogJobManager)CogSerializer.LoadObjectFromFile(vpppath);
myJob = myJobManager.Job(0);
myJobIndependent = myJob.OwnedIndependent;
myJobManager.UserQueueFlush();
myJobManager.FailureQueueFlush();
myJob.ImageQueueFlush();
myJobIndependent.RealTimeQueueFlush();
updateDisplaySource(cogRecordDisplayin);
}
catch { }
return true;
}
public bool init0(string vpppath0, CogRecordDisplay cogRecordDisplayin0 = null)
{
updateDisplaySource0(cogRecordDisplayin0);
if (null == vpppath0)
{
return false;
}
try
{
myJobManager0 = (CogJobManager)CogSerializer.LoadObjectFromFile(vpppath0);
myJob0 = myJobManager0.Job(0);
myJobIndependent0 = myJob0.OwnedIndependent;
myJobManager0.UserQueueFlush();
myJobManager0.FailureQueueFlush();
myJob0.ImageQueueFlush();
myJobIndependent0.RealTimeQueueFlush();
}
catch
{
return false;
}
return true;
}
private void InitializeJobManager()
{
SampleTextBox.Text =
"This sample demonstrates how to load a persisted QuickBuild application and access " +
"the results provided in the posted items (a.k.a. as user result queue)." +
System.Environment.NewLine + System.Environment.NewLine +
"The sample uses mySavedQB.vpp, which consists of a single Job that executes a " +
"Blob tool with default parameters using a frame grabber provided image. " +
@"The provided .vpp file is configured to use ""VPRO_ROOT\images\pmSample.idb"" as the " +
"source of images." +
System.Environment.NewLine + System.Environment.NewLine +
"To use: Click the Run button or the Run Continuous button. " +
"The number of blobs will be displayed in the count text box " +
"and the Blob tool input image will be displayed in the image display control.";
//Depersist the QuickBuild session
myJobManager = (CogJobManager)CogSerializer.LoadObjectFromFile(
Environment.GetEnvironmentVariable("VPRO_ROOT") +
"\\Samples\\Programming\\QuickBuild\\mySavedQB.vpp");
myJob = myJobManager.Job(0);
myIndependentJob = myJob.OwnedIndependent;
//flush queues
myJobManager.UserQueueFlush();
myJobManager.FailureQueueFlush();
myJob.ImageQueueFlush();
myIndependentJob.RealTimeQueueFlush();
// setup event handlers. These are called when a result packet is available on
// the User Result Queue or the Real-Time Queue, respectively.
myJobManager.UserResultAvailable += new CogJobManager.CogUserResultAvailableEventHandler(myJobManager_UserResultAvailable);
}
/// <summary>
/// This function is responsible for the initial setup of the app.
/// It loads and prepares the saved QuickBuild app into a CogJobManager
/// object, attaches event handlers to to interesting CogJobManager
/// events, and sets up the CogDisplayStatusBar to reflect the status
/// of the CogDisplay we are using.
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void Form1_Load(object sender, EventArgs e)
{
// Depersist the CogJobManager saved via QuickBuild
myJobManager = CogSerializer.LoadObjectFromFile(
Environment.GetEnvironmentVariable("VPRO_ROOT") +
"\\Samples\\Programming\\QuickBuild\\advancedAppOne.vpp") as CogJobManager;
// Initialize Variables
myJob = myJobManager.Job(0);
myIndependentJob = myJob.OwnedIndependent;
// Flush queues
myJobManager.UserQueueFlush();
myJobManager.FailureQueueFlush();
myJob.ImageQueueFlush();
myIndependentJob.RealTimeQueueFlush();
// Register handler for Stopped event
myJobManager.Stopped +=
new CogJobManager.CogJobManagerStoppedEventHandler(
myJobManager_Stopped);
// Register handler for UserResultAvailable event
myJobManager.UserResultAvailable +=
new CogJobManager.CogUserResultAvailableEventHandler(
myJobManager_UserResultAvailable);
// Connect the status bar
this.cogDisplayStatusBar1.Display = this.cogRecordDisplay1;
}
public bool init(string vpppath, CogRecordDisplay cogRecordDisplayin = null)
{
if (null == vpppath)
{
return(false);
}
try
{
myJobManager = (CogJobManager)CogSerializer.LoadObjectFromFile(vpppath);
myJob = myJobManager.Job(0);
myJobIndependent = myJob.OwnedIndependent;
myJobManager.UserQueueFlush();
myJobManager.FailureQueueFlush();
myJob.ImageQueueFlush();
myJobIndependent.RealTimeQueueFlush();
updateDisplaySource(cogRecordDisplayin);
}
catch { }
return(true);
}
private void InitializeJobManager()
{
// Depersist the QuickBuild session
// myJobManager = (CogJobManager)CogSerializer.LoadObjectFromFile(
// Environment.GetEnvironmentVariable("VPRO_ROOT") + "\\Samples\\Programming\\QuickBuild\\mySavedQB.vpp");
myJobManager = (CogJobManager)CogSerializer.LoadObjectFromFile(path);
cogJobManagerEdit1.Subject = myJobManager;
myJob0 = myJobManager.Job(0);
myIndependentJob = myJob0.OwnedIndependent;
// Flush queues
myJobManager.UserQueueFlush();
myJobManager.FailureQueueFlush();
myJob0.ImageQueueFlush();
myIndependentJob.RealTimeQueueFlush();
// Start the timer.
timer1.Start();
}
public bool init1(string vpppath1, CogRecordDisplay cogRecordDisplayin1 = null)
{
updateDisplaySource1(cogRecordDisplayin1);
if (null == vpppath1)
{
return false;
}
try
{
myJobManager1 = (CogJobManager)CogSerializer.LoadObjectFromFile(vpppath1);
myJob1 = myJobManager1.Job(0);
myJobIndependent1 = myJob1.OwnedIndependent;
myJobManager1.UserQueueFlush();
myJobManager1.FailureQueueFlush();
myJob1.ImageQueueFlush();
myJobIndependent1.RealTimeQueueFlush();
}
catch
{
return false;
}
return true;
}
public bool init3(string vpppath3, CogRecordDisplay cogRecordDisplayin3 = null)
{
updateDisplaySource3(cogRecordDisplayin3);
if (null == vpppath3)
{
return false;
}
try
{
myJobManager3 = (CogJobManager)CogSerializer.LoadObjectFromFile(vpppath3);
myJob3 = myJobManager3.Job(0);
myJobIndependent3 = myJob3.OwnedIndependent;
myJobManager3.UserQueueFlush();
myJobManager3.FailureQueueFlush();
myJob3.ImageQueueFlush();
myJobIndependent3.RealTimeQueueFlush();
}
catch
{
return false;
}
return true;
}
public bool init2(string vpppath2, CogRecordDisplay cogRecordDisplayin2 = null)
{
updateDisplaySource2(cogRecordDisplayin2);
if (null == vpppath2)
{
return false;
}
try
{
myJobManager2 = (CogJobManager)CogSerializer.LoadObjectFromFile(vpppath2);
myJob2 = myJobManager2.Job(0);
myJobIndependent2 = myJob2.OwnedIndependent;
myJobManager2.UserQueueFlush();
myJobManager2.FailureQueueFlush();
myJob2.ImageQueueFlush();
myJobIndependent2.RealTimeQueueFlush();
}
catch
{
return false;
}
return true;
}
public bool init(string vpppath0,string vpppath1, string vpppath2, CogRecordDisplay cogRecordDisplayin0 = null, CogRecordDisplay cogRecordDisplayin1 = null, CogRecordDisplay cogRecordDisplayin2 = null)
{
bool initS1 = false;
bool initS2 = false;
bool initS3 = false;
updateDisplaySource0(cogRecordDisplayin0);
updateDisplaySource1(cogRecordDisplayin1);
updateDisplaySource2(cogRecordDisplayin2);
if (null == vpppath0)
{
return false;
}
try
{
myJobManager0 = (CogJobManager)CogSerializer.LoadObjectFromFile(vpppath0);
myJob0 = myJobManager0.Job(0);
myJobIndependent0 = myJob0.OwnedIndependent;
myJobManager0.UserQueueFlush();
myJobManager0.FailureQueueFlush();
myJob0.ImageQueueFlush();
myJobIndependent0.RealTimeQueueFlush();
// updateDisplaySource0(cogRecordDisplayin0);
initS1 = true;
}
catch
{
initS1 = false;
}
if (null == vpppath1)
{
return false;
}
try
{
myJobManager1 = (CogJobManager)CogSerializer.LoadObjectFromFile(vpppath1);
myJob1 = myJobManager1.Job(0);
myJobIndependent1 = myJob1.OwnedIndependent;
myJobManager1.UserQueueFlush();
myJobManager1.FailureQueueFlush();
myJob1.ImageQueueFlush();
myJobIndependent1.RealTimeQueueFlush();
// updateDisplaySource1(cogRecordDisplayin1);
initS2 = true;
}
catch
{
initS2 = false;
}
if (null == vpppath2)
{
return false;
}
try
{
myJobManager2 = (CogJobManager)CogSerializer.LoadObjectFromFile(vpppath2);
myJob2 = myJobManager2.Job(0);
myJobIndependent2 = myJob2.OwnedIndependent;
myJobManager2.UserQueueFlush();
myJobManager2.FailureQueueFlush();
myJob2.ImageQueueFlush();
myJobIndependent2.RealTimeQueueFlush();
// updateDisplaySource2(cogRecordDisplayin2);
initS3 = true;
}
catch
{
inits3 = false;
}
if(inits1 == true && inits2 == true && initS3 == true)
{
return true;
}
return false;
}
