// generate column header tree from scratch
void GenerateFullColumnHeader(Dictionary <RXClass, StringCollection> classPropertiesMap)
{
treeColumnHeader.Nodes.Clear();
// First, we generate a "General" header which contains common properties that are scheduled across different classes.
Dictionary <string, List <RXClass> > propertyClassesMap = classPropertiesMap.GroupClassesByProperty();
if (propertyClassesMap.ContainsGeneralProperty())
{
propertyClassesMap.FilterOutSingleProperties();
TreeNode headerNode = treeColumnHeader.Nodes.Add("General");
GenerateColumnHeaderByProperty(propertyClassesMap, headerNode.Nodes);
}
Dictionary <RXClass, StringCollection> newClassPropertiesMap = classPropertiesMap.DeepClone();
propertyClassesMap.FilterOutGeneralProperties(newClassPropertiesMap);
foreach (RXClass objectType in newClassPropertiesMap.Keys)
{
if (newClassPropertiesMap[objectType].Count > 0)
{
TreeNode headerNode = treeColumnHeader.Nodes.Add(ScheduleSample.GetDisplayName(objectType));
GenerateColumnHeaderByObjectType(objectType, newClassPropertiesMap[objectType], headerNode.Nodes);
}
}
treeColumnHeader.ExpandAll();
}
public void ShowSample()
{
ObjectIdCollection ids = PickObjectSet("Please pick the objects to be scheduled:");
if (ids.Count == 0)
{
return;
}
Dictionary <RXClass, List <ObjectId> > classDictionary = new Dictionary <RXClass, List <ObjectId> >();
Dictionary <RXClass, List <ObjectId> > ineligibleClassDictionary = new Dictionary <RXClass, List <ObjectId> >();
StringCollection eligibleClassNames = new StringCollection();
eligibleClassNames.AddRange(PropertyDataServices.FindEligibleClassNames());
foreach (ObjectId id in ids)
{
if (!eligibleClassNames.Contains(id.ObjectClass.Name))
{
if (!ineligibleClassDictionary.ContainsKey(id.ObjectClass))
{
ineligibleClassDictionary[id.ObjectClass] = new List <ObjectId>();
}
ineligibleClassDictionary[id.ObjectClass].Add(id);
}
else
{
if (!classDictionary.ContainsKey(id.ObjectClass))
{
classDictionary[id.ObjectClass] = new List <ObjectId>();
}
classDictionary[id.ObjectClass].Add(id);
}
}
if (classDictionary.Keys.Count == 0)
{
GetEditor().WriteMessage("No eligible object is selected. Schedule table sample will now quit.");
return;
}
UiData runtimeData = new UiData();
runtimeData.classObjectIdsMap = classDictionary;
runtimeData.ineligibleClassObjectIdsMap = ineligibleClassDictionary;
WizardSheetPropertySetDefinition sheetPsd = new WizardSheetPropertySetDefinition();
WizardSheetScheduleTableStyle sheetSts = new WizardSheetScheduleTableStyle();
WizardSheetSummary sheetSummary = new WizardSheetSummary();
WizardManager wizard = new WizardManager();
wizard.AddSheet(sheetPsd);
wizard.AddSheet(sheetSts);
wizard.AddSheet(sheetSummary);
wizard.RuntimeData = runtimeData;
if (wizard.ShowWizard() == System.Windows.Forms.DialogResult.OK)
{
ScheduleTableCreateResult result = ScheduleTableCreateEx.CreateScheduleTable(runtimeData);
}
}
public static bool ContainsGeneralProperty(this Dictionary <string, List <RXClass> > propertyClassesMap)
{
foreach (string propertyName in propertyClassesMap.Keys)
{
if (propertyClassesMap[propertyName].Count > 1)
{
return(true);
}
}
return(false);
}
public static StringCollection GetGeneralPropertyNames(this Dictionary <string, List <RXClass> > propertyClassesMap)
{
StringCollection propNames = new StringCollection();
foreach (string propName in propertyClassesMap.Keys)
{
if (propertyClassesMap[propName].Count > 1)
{
propNames.Add(propName);
}
}
return(propNames);
}
public static Dictionary <RXClass, StringCollection> DeepClone(this Dictionary <RXClass, StringCollection> classPropertiesMap)
{
Dictionary <RXClass, StringCollection> newMap = new Dictionary <RXClass, StringCollection>();
foreach (RXClass objectType in classPropertiesMap.Keys)
{
StringCollection propsCopy = new StringCollection();
string[] rawProps = new string[classPropertiesMap[objectType].Count];
classPropertiesMap[objectType].CopyTo(rawProps, 0);
propsCopy.AddRange(rawProps);
newMap[objectType] = propsCopy;
}
return(newMap);
}
private static PropertySetDefinition CreatePropertySetDefinition(UiData uiData, Transaction trans)
{
Database db = ScheduleSample.GetDatabase();
string psdName = uiData.propertySetDefinitionName;
StringCollection appliesTo = new StringCollection();
foreach (RXClass rc in uiData.classPropertiesMap.Keys)
{
appliesTo.Add(rc.Name);
}
// create the property set definition
PropertySetDefinition psd = new PropertySetDefinition();
psd.SetToStandard(db);
psd.SubSetDatabaseDefaults(db);
psd.AlternateName = psdName;
psd.IsLocked = false;
psd.IsVisible = true;
psd.IsWriteable = true;
psd.SetAppliesToFilter(appliesTo, false);
Dictionary <string, List <RXClass> > propertyClassesMap = uiData.classPropertiesMap.GroupClassesByProperty();
foreach (string propertyName in propertyClassesMap.Keys)
{
PropertyDefinition propDef = new PropertyDefinition();
propDef.SetToStandard(db);
propDef.SubSetDatabaseDefaults(db);
propDef.Name = propertyName;
propDef.Automatic = true;
propDef.Description = propertyName;
propDef.IsVisible = true;
propDef.IsReadOnly = true;
foreach (RXClass objectType in propertyClassesMap[propertyName])
{
propDef.SetAutomaticData(objectType.Name, propertyName);
}
psd.Definitions.Add(propDef);
}
DictionaryPropertySetDefinitions propDefs = new DictionaryPropertySetDefinitions(db);
propDefs.AddNewRecord(uiData.propertySetDefinitionName, psd);
trans.AddNewlyCreatedDBObject(psd, true);
return(psd);
}
public static void FilterOutGeneralProperties(this Dictionary <string, List <RXClass> > propertyClassesMap, Dictionary <RXClass, StringCollection> classPropertiesMap)
{
StringCollection generalPropertyNames = propertyClassesMap.GetGeneralPropertyNames();
foreach (RXClass objectType in classPropertiesMap.Keys)
{
for (int i = classPropertiesMap[objectType].Count - 1; i >= 0; --i)
{
string prop = classPropertiesMap[objectType][i];
if (generalPropertyNames.Contains(prop))
{
classPropertiesMap[objectType].RemoveAt(i);
}
}
}
}
public static Dictionary <string, List <RXClass> > GroupClassesByProperty(this Dictionary <RXClass, StringCollection> classPropertiesMap)
{
Dictionary <string, List <RXClass> > propertyClassesMap = new Dictionary <string, List <RXClass> >();
foreach (RXClass objectType in classPropertiesMap.Keys)
{
foreach (string propertyName in classPropertiesMap[objectType])
{
if (!propertyClassesMap.ContainsKey(propertyName))
{
propertyClassesMap[propertyName] = new List <RXClass>();
}
propertyClassesMap[propertyName].Add(objectType);
}
}
return(propertyClassesMap);
}
public static void FilterOutSingleProperties(this Dictionary <string, List <RXClass> > propertyClassesMap)
{
StringCollection generalPropertyNames = propertyClassesMap.GetGeneralPropertyNames();
StringCollection singlePropertyNames = new StringCollection();
foreach (string prop in propertyClassesMap.Keys)
{
if (!generalPropertyNames.Contains(prop))
{
singlePropertyNames.Add(prop);
}
}
foreach (string prop in singlePropertyNames)
{
propertyClassesMap.Remove(prop);
}
}
void GenerateColumnHeaderByObjectType(RXClass objectType, StringCollection propertyNames, TreeNodeCollection nodes)
{
// First we categorize the properties.
Dictionary <string, StringCollection> categorizedProperties = new Dictionary <string, StringCollection>();
foreach (string propertyName in propertyNames)
{
string catName = GetCategoryName(propertyName);
if (!categorizedProperties.ContainsKey(catName))
{
categorizedProperties[catName] = new StringCollection();
}
categorizedProperties[catName].Add(propertyName);
}
// sort category names alphabetically
List <string> sortedCatNames = new List <string>();
foreach (string catName in categorizedProperties.Keys)
{
sortedCatNames.Add(catName);
}
sortedCatNames.Sort();
// create category headers
foreach (string catName in sortedCatNames)
{
TreeNode headerNode = nodes.Add(catName);
// create columns
List <string> sortedPropNames = new List <string>();
string[] propNames = new string[categorizedProperties[catName].Count];
categorizedProperties[catName].CopyTo(propNames, 0);
sortedPropNames.AddRange(propNames);
sortedPropNames.Sort();
foreach (string propName in sortedPropNames)
{
AddPropertyToNodeCollection(headerNode.Nodes, objectType, propName);
}
}
}
// Fill the property tree with the property definition sets defined in the previous wizard sheet.
void FillPropertyTree()
{
treeProperties.Nodes.Clear();
// Add a "General" node which contains common properties that are scheduled across different classes.
Dictionary <string, List <RXClass> > propertyClassesMap = runtimeData.classPropertiesMap.GroupClassesByProperty();
if (propertyClassesMap.ContainsGeneralProperty())
{
TreeNode headerNode = treeProperties.Nodes.Add("General");
StringCollection generalProperties = propertyClassesMap.GetGeneralPropertyNames();
foreach (string propName in generalProperties)
{
AddPropertyToNodeCollection(headerNode.Nodes, propertyClassesMap[propName], propName);
}
}
// Now we add properties grouped by class
Dictionary <RXClass, StringCollection> newClassPropertiesMap = runtimeData.classPropertiesMap.DeepClone();
propertyClassesMap.FilterOutGeneralProperties(newClassPropertiesMap); // we only need the properties that are not shared across classes at this stage
foreach (RXClass objectType in newClassPropertiesMap.Keys)
{
if (newClassPropertiesMap[objectType].Count == 0)
{
continue;
}
TreeNode newNode = treeProperties.Nodes.Add(ScheduleSample.GetDisplayName(objectType));
StringCollection propertyNames = newClassPropertiesMap[objectType];
foreach (string propertyName in propertyNames)
{
AddPropertyToNodeCollection(newNode.Nodes, objectType, propertyName);
}
}
treeProperties.ExpandAll();
}
