///
/// <summary> * sets all relevant parameters of this to the values specified in resourceLink or its linked resource or JDF node
/// * </summary>
/// * <param name="resourceLink"> the resourceLink to extract the information from </param>
/// * <param name="rqp"> parameters </param>
///
public virtual void setLink(JDFResourceLink resourceLink, JDFResourceQuParams rqp)
{
if (resourceLink == null)
{
return;
}
JDFAmountPool ap = resourceLink.getAmountPool();
if (ap != null)
{
copyElement(ap, null);
}
else
{
if (resourceLink.hasAttribute(AttributeName.ACTUALAMOUNT))
{
setActualAmount(resourceLink.getActualAmount(null));
}
if (resourceLink.hasAttribute(AttributeName.AMOUNT))
{
setAmount(resourceLink.getAmount(null));
}
}
setProcessUsage(resourceLink.getEnumProcessUsage());
JDFResource r = resourceLink.getTarget();
if (r == null && rqp != null)
{
rqp.setExact(false);
}
bool bExact = rqp == null ? false : rqp.getExact();
if (!bExact || r == null) // if we do not have a resource let's limp
// along and provide as much as we have
{
setResourceName(resourceLink.getLinkedResourceName());
setAttribute(AttributeName.RESOURCEID, resourceLink.getrRef());
EnumUsage usage = resourceLink.getUsage();
if (usage != null)
{
setAttribute(AttributeName.USAGE, usage.getName());
}
if (r != null && r.hasAttribute(AttributeName.PRODUCTID))
{
setProductID(r.getProductID());
}
}
else
{
// create a copy of the resource in the original jdf
JDFResource rr = (JDFResource)r.getParentNode_KElement().copyElement(r, null);
rr.inlineRefElements(null, null, true);
// move resource copy from the original node into this document
moveElement(rr, null);
}
}
public virtual void testPlannedWasteICS()
{
JDFAmountPool ap = rlOut.getCreateAmountPool();
JDFAmountPool apIn = rlMediaIn.getCreateAmountPool();
JDFComponent cover = (JDFComponent)outComp.addPartition(EnumPartIDKey.SheetName, "Cover");
JDFAttributeMap map = cover.getPartMap();
ap.appendXMLComment("Want 10000-10400 good cover sheets and allow for 500 waste cover sheets", null);
map.put(EnumPartIDKey.Condition, "Good");
rlOut.setAmount(10000, map);
rlOut.setMaxAmount(10400, map);
apIn.appendXMLComment("Amount[Good]: planned consumption for good production\n" + "MaxAmount[Good]: planned maximum consumption for good production\n" + "MaxAmount[Waste]: planned Media for waste", null);
rlMediaIn.setAmount(10500, map);
map.put(EnumPartIDKey.Condition, "Waste");
rlMediaIn.setMaxAmount(500, map);
ap.appendXMLComment("Want 20000 good first insert sheets and allow for 200 waste insert sheets", null);
JDFComponent sheet1 = (JDFComponent)outComp.addPartition(EnumPartIDKey.SheetName, "Sheet1");
map = sheet1.getPartMap();
map.put(EnumPartIDKey.Condition, "Good");
rlOut.setAmount(20000, map);
rlOut.setMaxAmount(20800, map);
rlMediaIn.setAmount(21000, map);
map.put(EnumPartIDKey.Condition, "Waste");
rlMediaIn.setMaxAmount(200, map);
ap.appendXMLComment("Want 20000 good second insert sheets and allow for 100 waste insert sheets", null);
JDFComponent sheet2 = (JDFComponent)outComp.addPartition(EnumPartIDKey.SheetName, "Sheet2");
map = sheet2.getPartMap();
map.put(EnumPartIDKey.Condition, "Good");
rlOut.setAmount(20000, map);
rlOut.setMaxAmount(20800, map);
rlMediaIn.setAmount(20900, map);
map.put(EnumPartIDKey.Condition, "Waste");
rlMediaIn.setMaxAmount(100, map);
d.write2File(sm_dirTestDataTemp + "plannedWasteICS.jdf", 2, true);
//
// * map=cover.getPartMap(); map.put(EnumPartIDKey.Condition, "Good");
// * rl.getAmountPool().getPartAmount(map,0).appendXMLComment(
// * "Actually produced covers: 10200\nWaste put on output stack:100");
// * rlIn.getAmountPool().getPartAmount(map,0).appendXMLComment(
// * "Total consumed sheets: 10400\nOf that: sheets wasted: 200");
// * rl.setActualAmount(10200, map); rlIn.setActualAmount(10200, map);
// * map.put(EnumPartIDKey.Condition, "Waste"); rl.setActualAmount(100,
// * map); rlIn.setActualAmount(200, map);
// *
// * d.write2File(sm_dirTestDataTemp+"actualWasteICS.jdf", 2, true);
//
}
public virtual void testPlannedWaste()
{
JDFElement.setLongID(false);
d = new JDFDoc("JDF");
n = d.getJDFRoot();
n.setType(EnumType.ConventionalPrinting);
outComp = (JDFComponent)n.addResource(ElementName.COMPONENT, null, EnumUsage.Output, null, null, null, null);
rlOut = n.getLink(outComp, null);
JDFAmountPool ap = rlOut.getCreateAmountPool();
JDFComponent cover = (JDFComponent)outComp.addPartition(EnumPartIDKey.SheetName, "Cover");
JDFAttributeMap map = cover.getPartMap();
ap.appendXMLComment("Want 10000-10500 good cover sheets and allow for 500 waste cover sheets", null);
map.put(EnumPartIDKey.Condition, "Good");
rlOut.setAmount(10000, map);
rlOut.setMaxAmount(10500, map);
map.put(EnumPartIDKey.Condition, "Waste");
rlOut.setMaxAmount(500, map);
ap.appendXMLComment("Want 20000 good first insert sheets and allow for 200 waste insert sheets", null);
JDFComponent sheet1 = (JDFComponent)outComp.addPartition(EnumPartIDKey.SheetName, "Sheet1");
map = sheet1.getPartMap();
map.put(EnumPartIDKey.Condition, "Good");
rlOut.setAmount(20000, map);
map.put(EnumPartIDKey.Condition, "Waste");
rlOut.setMaxAmount(200, map);
ap.appendXMLComment("Want 20000 good second insert sheets and allow for 200 waste insert sheets", null);
JDFComponent sheet2 = (JDFComponent)outComp.addPartition(EnumPartIDKey.SheetName, "Sheet2");
map = sheet2.getPartMap();
map.put(EnumPartIDKey.Condition, "Good");
rlOut.setAmount(20000, map);
map.put(EnumPartIDKey.Condition, "Waste");
rlOut.setMaxAmount(100, map);
d.write2File(sm_dirTestDataTemp + "plannedWaste.jdf", 2, true);
}
public virtual void testGetChildElementVector_or()
{
JDFDoc d = new JDFDoc("AmountPool");
JDFAmountPool ap = (JDFAmountPool)d.getRoot();
JDFAttributeMap partMap = new JDFAttributeMap("a", "a1");
partMap.put("b", "b1");
JDFPartAmount pa1 = ap.appendPartAmount();
pa1.setAttributes(partMap);
partMap.put("a", "a2");
partMap.put("b", "b2");
JDFPartAmount pa2 = ap.appendPartAmount();
pa2.setAttributes(partMap);
VElement v = ap.getChildElementVector(ElementName.PARTAMOUNT, null, partMap, false, 0, false);
Assert.AreEqual(1, v.Count);
partMap.put("b", "b1");
v = ap.getChildElementVector(ElementName.PARTAMOUNT, null, partMap, false, 0, false);
Assert.AreEqual(2, v.Count);
}