private void button4_Click(object sender, EventArgs e)
{
ElementCollection ExtractedElementCollection = new ElementCollection();
PCF_Dictionary PcfDict = new PCF_Dictionary(new KeywordProcessor());
//Read the input PCF file
FileReader fileReader = new FileReader();
string[] readFile = fileReader.ReadFile(mySettings.Default.pcfPath);
//This method collects all top-level element strings and creates ElementSymbols with data
Parser.CreateInitialElementList(ExtractedElementCollection, readFile);
//This method compares all element symbols and gets the amount of line for their definition
Parser.IndexElementDefinitions(ExtractedElementCollection, readFile);
//This method extracts element data from the file
Parser.ExtractElementDefinition(ExtractedElementCollection, readFile);
//This method processes elements
foreach (ElementSymbol elementSymbol in ExtractedElementCollection.Elements)
{
PcfDict.ProcessTopLevelKeywords(elementSymbol);
}
IList <ElementSymbol> elementList = (from ElementSymbol es in ExtractedElementCollection.Elements
where !(
string.Equals(es.PipelineReference, "PRE-PIPELINE") ||
string.Equals(es.PipelineReference, "MATERIALS")
)
select es).ToList();
if (iv.ConfigureAll == true)
{
PCF_Configuration.ExportAllConfigurationToExcel(elementList);
}
else
{
PCF_Configuration.ExportByPipelineConfigurationToExcel(elementList);
}
}
public Result ExecuteMyCommand(UIApplication uiApp, ref string message)
{
UIDocument uidoc = uiApp.ActiveUIDocument;
Application app = uiApp.Application;
doc = uidoc.Document;
PcfDict = new PCF_Dictionary(new KeywordProcessor());
ExtractedElementCollection = new ElementCollection();
//Read the input PCF file
FileReader fileReader = new FileReader();
string[] readFile = fileReader.ReadFile(mySettings.Default.pcfPath);
//This method collects all top-level element strings and creates ElementSymbols with data
Parser.CreateInitialElementList(ExtractedElementCollection, readFile);
//This method compares all element symbols and gets the number of lines for their definition
Parser.IndexElementDefinitions(ExtractedElementCollection, readFile);
//This method extracts element data from the file
Parser.ExtractElementDefinition(ExtractedElementCollection, readFile);
//This method processes elements
foreach (ElementSymbol elementSymbol in ExtractedElementCollection.Elements)
{
PcfDict.ProcessTopLevelKeywords(elementSymbol);
}
#region CONFIGURATION
DataSet dataSet = PCF_Configuration.ImportExcelToDataSet(mySettings.Default.excelPath);
foreach (ElementSymbol es in
from ElementSymbol es in ExtractedElementCollection.Elements
where !( //Filter out non pipeline elements
string.Equals(es.PipelineReference, "PRE-PIPELINE") ||
string.Equals(es.PipelineReference, "MATERIALS") ||
string.Equals(es.ElementType, "PIPELINE-REFERENCE")
)
select es)
{
PCF_Configuration.ExtractElementConfiguration(dataSet, es);
}
#endregion
#region Element creation
using (TransactionGroup txGp = new TransactionGroup(doc))
{
txGp.Start("Create elements from PCF data");
using (Transaction trans1 = new Transaction(doc))
{
trans1.Start("Create elements");
PcfCreator = new PCF_Creator(new ProcessElements());
//This method creates elements
//First send pipes for creation, other elements after
//Filter for pipes
var pipeQuery = from ElementSymbol es in ExtractedElementCollection.Elements
where string.Equals(es.ElementType, "PIPE")
select es;
//Send pipes to creation
foreach (ElementSymbol es in pipeQuery)
{
PcfCreator.SendElementsToCreation(es);
}
//Regenerate document
doc.Regenerate();
//The rest of the elements are sent in waves, because fx. I determined, that CAPs must be sent later
//It depends on if the element can be created as standalone or it would need other elements to be present
//CAPS must be sent later
var firstWaveElementsQuery = from ElementSymbol es in ExtractedElementCollection.Elements
where
!( //Take care! ! operator has lower precedence than ||
string.Equals(es.ElementType, "PIPE") ||
string.Equals(es.ElementType, "CAP") ||
string.Equals(es.ElementType, "FLANGE-BLIND") ||
string.Equals(es.ElementType, "OLET") ||
string.Equals(es.ElementType, "VALVE")
)
select es;
//Send elements to creation
foreach (ElementSymbol es in firstWaveElementsQuery)
{
PcfCreator.SendElementsToCreation(es);
}
trans1.Commit();
}
using (Transaction trans2 = new Transaction(doc))
{
trans2.Start("Create second wave of elements");
//Filter CAPs
var secondWaveElementsQuery = from ElementSymbol es in ExtractedElementCollection.Elements
where
string.Equals(es.ElementType, "CAP") ||
string.Equals(es.ElementType, "FLANGE-BLIND") ||
string.Equals(es.ElementType, "OLET")
select es;
//Send CAPs to creation
foreach (ElementSymbol es in secondWaveElementsQuery)
{
PcfCreator.SendElementsToCreation(es);
}
trans2.Commit();
}
using (Transaction trans3 = new Transaction(doc))
{
trans3.Start("Create third wave of elements");
//Filter CAPs
var thirdWaveElementsQuery = from ElementSymbol es in ExtractedElementCollection.Elements
where string.Equals(es.ElementType, "VALVE")
select es;
//Send CAPs to creation
foreach (ElementSymbol es in thirdWaveElementsQuery)
{
PcfCreator.SendElementsToCreation(es);
}
trans3.Commit();
}
using (Transaction tx = new Transaction(doc))
{
tx.Start("Delete dummy elements");
IEnumerable <Element> query = from ElementSymbol es in ExtractedElementCollection.Elements
where es.DummyToDelete != null
select es.DummyToDelete;
try
{
foreach (Element e in query)
{
doc.Delete(e.Id);
}
}
catch (Exception e)
{
Console.WriteLine(e);
}
tx.Commit();
}
txGp.Assimilate();
}
#endregion
//Test
//int test = ExtractedElementCollection.Elements.Count;
//using (Transaction tx = new Transaction(doc))
//{
// tx.Start("Transaction Name");
// tx.Commit();
//}
return(Result.Succeeded);
}
