///
/// <summary> * return the jmf root of the status jmf that contains all modules, null if no modules are active
/// *
/// * @return </summary>
///
public virtual JDFDoc getStatusResponse()
{
if (counters.Count == 0)
{
return(null);
}
StatusCounter root = counters[0];
JDFDoc d = new JDFDoc("JMF");
JDFJMF jmf = d.getJMFRoot();
jmf.mergeElement(root.getDocJMFPhaseTime().getJMFRoot(), false);
JDFDeviceInfo di = jmf.getResponse(0).getDeviceInfo(0);
for (int i = 1; i < counters.Count; i++)
{
StatusCounter counter = counters[i];
JDFDoc docJMFPhaseTime = counter.getDocJMFPhaseTime();
if (docJMFPhaseTime == null)
{
continue;
}
JDFDeviceInfo di2 = docJMFPhaseTime.getJMFRoot().getResponse(0).getDeviceInfo(0);
VElement phases = di2.getChildElementVector(ElementName.JOBPHASE, null, null, true, -1, false);
for (int j = 0; j < phases.Count; j++)
{
di.copyElement(phases[j], null);
}
di.setDeviceStatus(getDeviceStatus());
}
return(d);
}
public virtual void testModules14()
{
VString v = new VString("orig fullList end", null);
for (int i = 0; i < v.Count; i++)
{
reSetUp();
string testType = v.stringAt(i);
JDFAuditPool ap = n.getCreateAuditPool();
ap.appendXMLComment("JDF 1.3 incompatible auditing of module phases the REQUIRED time attributes are not set in the ModulePhase elements\n" + "- note that phases may now arbitrarily overlap\n" + "The modulePhase elements now only specify which modules are involved, times are all defined by the phasetime proper", null);
ap.appendXMLComment("The following phaseTime is executed by one module - the RIP,which executes two process steps (Interpreting and Rendering)", null);
JDFPhaseTime ptRIP = ap.addPhaseTime(EnumNodeStatus.Setup, null, null);
JDFDate date = new JDFDate();
ptRIP.setStart(date);
JDFDoc jmfDoc = new JDFDoc("JMF");
JDFJMF jmf = jmfDoc.getJMFRoot();
jmf.setDescriptiveName("Initial phase when the RIP starts up");
JDFSignal signal = jmf.appendSignal(JDFMessage.EnumType.Status);
JDFDeviceInfo di = signal.appendDeviceInfo();
JDFJobPhase jpRIP = di.appendJobPhase();
di.setDeviceStatus(EnumDeviceStatus.Setup);
jpRIP.setStartTime(date);
jpRIP.setStatus(EnumNodeStatus.Setup);
jpRIP.setJobID(n.getJobID(true));
jpRIP.setJobPartID(n.getJobPartID(true));
JDFModuleStatus msRIP = jpRIP.appendModuleStatus();
msRIP.setCombinedProcessIndex(new JDFIntegerList("0 1"));
msRIP.setModuleType("Imaging");
msRIP.setModuleID("ID_Imaging");
JDFModulePhase mpRIP = ptRIP.appendModulePhase();
mpRIP.setCombinedProcessIndex(new JDFIntegerList("0 1"));
mpRIP.setModuleType("Imaging");
mpRIP.setModuleID("ID_Imaging");
JDFModuleStatus msPrint = di.appendModuleStatus();
msPrint.setCombinedProcessIndex(new JDFIntegerList("2"));
msPrint.setModuleType("Printer");
msPrint.setModuleID("ID_Printer");
JDFModuleStatus msStitch = di.appendModuleStatus();
msStitch.setCombinedProcessIndex(new JDFIntegerList("3"));
msStitch.setModuleType("Stitcher");
msStitch.setModuleID("ID_Stitcher");
jmfDoc.write2File(sm_dirTestDataTemp + "moduleStatus" + testType + "0.jmf", 2, false);
date.addOffset(0, 5, 0, 0);
jmf.setTimeStamp(date);
JDFJobPhase jpPrint = di.appendJobPhase();
di.setDeviceStatus(EnumDeviceStatus.Running);
jpPrint.setStatus(EnumNodeStatus.InProgress);
jpPrint.setStartTime(date);
jpPrint.setJobID(n.getJobID(true));
jpPrint.setJobPartID(n.getJobPartID(true));
msPrint = jpPrint.appendModuleStatus();
msPrint.setCombinedProcessIndex(new JDFIntegerList("2"));
msPrint.setModuleType("Printer");
msPrint.setModuleID("ID_Printer");
msStitch = jpPrint.appendModuleStatus();
msStitch.setCombinedProcessIndex(new JDFIntegerList("3"));
msStitch.setModuleType("Stitcher");
msStitch.setModuleID("ID_Stitcher");
di.removeChildren(ElementName.MODULESTATUS, null, null);
jmf.setDescriptiveName("Phase when the Printer and Finisher start up; RIP is still RIPping");
jmfDoc.write2File(sm_dirTestDataTemp + "moduleStatus" + testType + "1.jmf", 2, false);
ap.appendXMLComment("The following phaseTime is executed by two modules - sticher and printer", null);
JDFPhaseTime ptPrint = ap.addPhaseTime(EnumNodeStatus.InProgress, null, null);
JDFModulePhase mpPrint = ptPrint.appendModulePhase();
mpPrint.setCombinedProcessIndex(new JDFIntegerList("2"));
mpPrint.setModuleType("Printer");
mpPrint.setModuleID("ID_Printer");
ptPrint.setStart(date);
JDFModulePhase mpStitch = ptPrint.appendModulePhase();
mpStitch.setCombinedProcessIndex(new JDFIntegerList("3"));
mpStitch.setModuleType("Stitcher");
mpStitch.setModuleID("ID_Stitcher");
date.addOffset(0, 30, 0, 0);
ptRIP.setEnd(date);
JDFDeviceInfo di2 = null;
if (i < 2)
{
JDFSignal signal2 = jmf.appendSignal(JDFMessage.EnumType.Status);
di2 = (JDFDeviceInfo)signal2.copyElement(di, null);
di2.removeChild(ElementName.JOBPHASE, null, 0);
if (i == 1)
{
JDFModuleStatus directMSRip = (JDFModuleStatus)di2.copyElement(msRIP, null);
directMSRip.setDeviceStatus(EnumDeviceStatus.Idle);
}
}
else
{
jpRIP.setAttribute("EndTime", date.DateTimeISO);
jpRIP.setDescriptiveName("Added EndTime to explicitly close phase");
}
jmf.setTimeStamp(date);
jmf.setDescriptiveName("Phase when the RIP has completed, Printer and Finisher are still RIPping");
jmfDoc.write2File(sm_dirTestDataTemp + "moduleStatus" + testType + "2.jmf", 2, false);
date.addOffset(0, 70, 0, 0);
ptPrint.setEnd(date);
jmf.setTimeStamp(date);
if (i < 2)
{
signal.deleteNode();
signal = jmf.appendSignal(JDFMessage.EnumType.Status);
di = (JDFDeviceInfo)signal.copyElement(di2, null);
di.removeChild(ElementName.JOBPHASE, null, 0);
di.removeChild(ElementName.MODULESTATUS, null, 0);
di.setDeviceStatus(EnumDeviceStatus.Idle);
signal.appendXMLComment("Or should the complete list of modules also be specified here?", di);
}
else
{
jpRIP.deleteNode();
jpPrint.setAttribute("EndTime", date.DateTimeISO);
jpPrint.setDescriptiveName("Added EndTime to explicitly close phase");
}
jmf.setDescriptiveName("Phase when the Printer and Finisher have completed");
jmfDoc.write2File(sm_dirTestDataTemp + "moduleStatus" + testType + "3.jmf", 2, false);
doc.write2File(sm_dirTestDataTemp + "DigiPrintModule.1.4" + testType + ".jdf", 2, false);
}
}