public void stripClasses() //iterates through originalCodeLineList, for every Top Level class creates a new A3Class,
//then calls an A3Class.Method to recursively strip top level classes within it
//until all classes have been found
{
//current class object
A3Level1Class a3c = new A3Level1Class(); //class gets populated and then added to a3ClassList, then this class gets cleared for
//new class
int depth = 0; //this is the depth of the current line cursor, only class dec's with a depth of 0 are recorded as
//a new class
Boolean capped = false;
for (int i = 0; i < originalCodeLineList.Count; i++)//iterates through originalCodeList
{
capped = false;
String cursor = originalCodeLineList[i];//value of current index of List
//BUGFIX
//If variable dec includes a bunch of code, handle and skip line
if (cursor.Contains("=") && cursor.Contains(";"))
{
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
continue;
}
//Check if empty class declaration at base level
if ((depth == 0) && (cursor.Contains("class")) && (cursor.Contains(";"))) //this is a class that has no contents;
{
if (cursor.Contains("class")) //found a new class dec
{
String temp = GenLib.stripFormating(cursor);
int loc = temp.IndexOf("class"); //find where in the line the class keyword starts
loc += 6; //find the location where the actuall classname starts
int end = GenLib.endOfWord(temp, loc); //the point the classname ends
int length = end - loc; //the length of the classname
a3c = new A3Level1Class(temp.Substring(loc, length)); //grab the className;
if (cursor.Contains(":")) //does this class extend a base class
{
loc = temp.IndexOf(":");
loc = GenLib.startOfNextWord(temp, loc);//find start of baseClass Name
end = GenLib.endOfWord(temp, loc);
length = end - loc;
if (a3c.ExtendedTree != null && a3c.ExtendedTree.Count > 0)
{
a3c.ExtendedTree.Add(temp.Substring(loc, length));//add originalcode line
}
else
{
a3c.ExtendedTree = new List <String> {
temp.Substring(loc, length)
}
};
}
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
}
if (a3ClassList != null && a3c.OriginalCode.Count > 0)
{
a3ClassList.Add(a3c);//store class
}
else
{
a3ClassList = new List <A3Level1Class> {
a3c
}
};
a3c = new A3Level1Class();//clear class
continue;
}
//Check, has depth increased
//Check, is this an open/close statement, then depth as not increased or decreased
if (cursor.Contains("{}"))
{
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
}
//Check, has depth actually increased
else if (cursor.Contains("{"))
{
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
//Need to handle if multiple opens and closes on a single line(god forbid)
if (((Regex.Split(cursor, "{")).Length - 1) > 1)
{
depth += (Regex.Split(cursor, "{").Length);
}
else
{
depth++;
}
}
//check if depth has decreased (can happen on same line)
//Check, is this an open/close than depth has not increased or descreased
if (cursor.Contains("{}"))
{
;
}
else if (cursor.Contains("}") && (depth > 1))
{
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
//Need to handle if multiple opens and closes on a single line(god forbid)
if (((Regex.Split(cursor, "}")).Length - 1) > 1)
{
depth -= (Regex.Split(cursor, "}").Length - 1);
}
else
{
depth--;
}
}
//Check, has depth actually descreased
else if (cursor.Contains("}"))//if the depth is 1 and closing, that is the end of this class
{
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
depth--;//decrease depth
if (a3c.A3ClassName != null && a3c.A3ClassName != "")
{
if (a3ClassList != null && a3c.OriginalCode.Count > 0)
{
a3ClassList.Add(a3c);//store class
}
else
{
a3ClassList = new List <A3Level1Class> {
a3c
}
};
a3c = new A3Level1Class();//clear class
}
continue;
}
//Check, check for new nonempty class dec at base level
if (depth == 0)
{
if (cursor.Contains("class"))//found a new class dec
{
String temp = GenLib.stripFormating(cursor);
int loc = temp.IndexOf("class"); //find where in the line the class keyword starts
loc += 6; //find the location where the actuall classname starts
int end = GenLib.endOfWord(temp, loc); //the point the classname ends
int length = end - loc; //the length of the classname
a3c = new A3Level1Class(temp.Substring(loc, length)); //grab the className;
if (cursor.Contains(":")) //does this class extend a base class
{
loc = temp.IndexOf(":");
loc = GenLib.startOfNextWord(temp, loc);//find start of baseClass Name
end = GenLib.endOfWord(temp, loc);
length = end - loc;
if (a3c.ExtendedTree != null && a3c.ExtendedTree.Count > 0)
{
a3c.ExtendedTree.Add(temp.Substring(loc, length));//add originalcode line
}
else
{
a3c.ExtendedTree = new List <String> {
temp.Substring(loc, length)
}
};
}
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
}
}/**/
//We need to capture lines of code that are not increased or
//decreased to the code and within the content of the current class being captured
else if (!capped)
{
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
}
}
if (A3ClassList.Count > 0)
{
foreach (A3Level1Class x in A3ClassList)
{
x.recursiveParseClasses();//sort all the children classes in each class, recursively
}
}
fillEntireList();
}
public new void recursiveParseClasses() //parses all the children classes in originalcode and tells each child to do the same
{ //strips only the top level and records contents
filterContent();
//current class object
if (OriginalCode.Count <= 1)
{
return;
}
A3TertiaryClass a3c = new A3TertiaryClass(); //class gets populated and then added to a3ClassList, then this class gets cleared for new class
int depth = 0; //this is the depth of the current line cursor, only class dec's with a depth of 0 are recorded as a new class
Boolean capped = false; //has cursor been captured
if (Content != null)
{
for (int i = 0; i < Content.Count; i++) //iterates through originalCodeList
{
String cursor = Content[i]; //value of current index of List
capped = false;
//BUGFIX
//If variable dec includes a bunch of code, handle and skip line
if (cursor.Contains("=") && cursor.Contains(";"))
{
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
continue;
}
//Is this an Empty Class
if ((depth == 0) && (cursor.Contains("class")) && (cursor.Contains(";"))) //this is a class that has no contents;
{
if (cursor.Contains("class")) //found a new class dec
{
String temp = GenLib.stripFormating(cursor);
int loc = temp.IndexOf("class"); //find where in the line the class keyword starts
loc += 6; //find the location where the actual classname starts
int end = GenLib.endOfWord(temp, loc); //the point the classname ends
int length = end - loc; //the length of the classname
a3c = new A3TertiaryClass(temp.Substring(loc, length)); //grab the className;
if (cursor.Contains(":")) //does this class extend a base class
{
loc = temp.IndexOf(":");
loc = GenLib.startOfNextWord(temp, loc);//find start of baseClass Name
end = GenLib.endOfWord(temp, loc);
length = end - loc;
if (a3c.ExtendedTree != null && a3c.ExtendedTree.Count > 0)
{
a3c.ExtendedTree.Add(temp.Substring(loc, length));//add originalcode line
}
else
{
a3c.ExtendedTree = new List <String> {
temp.Substring(loc, length)
}
};
}
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
}
if (a3c.A3ClassName != null && a3c.A3ClassName != "")
{
if (subClasses != null && Content.Count > 0)
{
subClasses.Add(a3c);//store class
}
else
{
subClasses = new List <A3TertiaryClass> {
a3c
}
};
}
a3c = new A3TertiaryClass();//clear class
continue;
}
//Has depth increased
if (cursor.Contains("{}"))
{
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
}
else if (cursor.Contains("{"))
{
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
//Need to handle if multiple opens and closes on a single line(god forbid)
if (((Regex.Split(cursor, "{")).Length - 1) > 1)
{
depth += (Regex.Split(cursor, "{").Length - 1);
}
else
{
depth++;
}
}
//check if depth has decreased (can happen on same line)
if (cursor.Contains("{}"))
{
;
}
else if (cursor.Contains("}") && (depth > 1))
{
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
//Need to handle if multiple opens and closes on a single line(god forbid)
if (((Regex.Split(cursor, "}")).Length - 1) > 1)
{
depth -= (Regex.Split(cursor, "}").Length - 1);
}
else
{
depth--;
}
}
else if (cursor.Contains("}"))//if the depth is 1 and closing, that is the end of this class
{
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
depth--;//decrease depth
if (a3c.A3ClassName != null && a3c.A3ClassName != "")
{
if (subClasses != null && Content.Count > 0)
{
subClasses.Add(a3c);//store class
}
else
{
subClasses = new List <A3TertiaryClass> {
a3c
}
};
a3c = new A3TertiaryClass();//clear class
}
continue;
}
//if depth is 0, check for new class dec
if (depth == 0)
{
if (cursor.Contains("class"))//found a new class dec
{
String temp = GenLib.stripFormating(cursor);
int loc = temp.IndexOf("class"); //find where in the line the class keyword starts
loc += 6; //find the location where the actuall classname starts
int end = GenLib.endOfWord(temp, loc); //the point the classname ends
int length = end - loc; //the length of the classname
a3c = new A3TertiaryClass(temp.Substring(loc, length)); //grab the className;
if (cursor.Contains(":")) //does this class extend a base class
{
loc = temp.IndexOf(":");
loc = GenLib.startOfNextWord(temp, loc);//find start of baseClass Name
end = GenLib.endOfWord(temp, loc);
length = end - loc;
if (a3c.ExtendedTree != null && a3c.ExtendedTree.Count > 0)
{
a3c.ExtendedTree.Add(temp.Substring(loc, length));//add originalcode line
}
else
{
a3c.ExtendedTree = new List <String> {
temp.Substring(loc, length)
}
};
}
capped = true;
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
}
}
else if (!capped)
{
if (a3c.OriginalCode != null && a3c.OriginalCode.Count > 0)
{
a3c.OriginalCode.Add(cursor);//add originalcode line
}
else
{
a3c.OriginalCode = new List <String> {
cursor
}
};
}
}
}
if (subClasses != null)
{
foreach (A3TertiaryClass x in subClasses)
{
x.recursiveParseClasses();//sort all the children classes in each class, recursively
}
}
}
private async void btnProcess_Click(object sender, RoutedEventArgs e)
{
String pboPath = txtPboPath.Text;
String binPath = txtBinPath.Text;
String cppPath = txtCppPath.Text;
String serialPath = txtSerialized.Text;
String outputPath = txtOutputPath.Text;
List <String> addColumn = new List <String>();
List <String> addToAllRows = new List <String>();
List <String> temp = tbExtraColumns.Text.Split(';').ToList();
if (tbExtraColumns.Text != String.Empty)
{
foreach (String x in temp)
{
addColumn.Add(x.Split(':')[0]);
addToAllRows.Add(x.Split(':')[1]);
}
}
if (addColumn.Count != addToAllRows.Count)
{
addColumn = null;
addToAllRows = null;
}
//Extract
List <String> binList = new List <String>();
if (cbExtractIsNeeded.IsChecked.Value)
{
Log("Extracting Files At: " + pboPath);
binList = GenLib.extract(pboPath, binPath, txtBankRevPath.Text);
Log("Extracted Files To: " + binPath);
}
//Convert
List <String> cppList = new List <String>();
if (cbConvertIsNeeded.IsChecked.Value)
{
Log("Converting Files At: " + binPath);
if (!cbExtractIsNeeded.IsChecked.Value)
{
binList = GenLib.binList(binPath);
}
cppList = GenLib.convert(binList, cppPath, txtCfgConvertPath.Text);
Log("Converted Files To: " + cppPath);
}
//Serialize
if (cbSerialize.IsChecked.Value)
{
if (cbConvertIsNeeded.IsChecked.Value)
{
;
}
else
{
cppList = GenLib.cppList(cppPath);
}
//Data Grab > Objects
///MultiThread
///
//Clear null files
for (int i = 0; i < cppList.Count; i++)
{
if (cppList[i] == null)
{
cppList.Remove(cppList[i]);
i--;
}
}
A3CppFile[] fileArray = new A3CppFile[cppList.Count];//we need the static length of the array to parallelize, the index's must exist beforehand for async assignment
Parallel.For(0,
(cppList.Count - 1), new ParallelOptions
{
MaxDegreeOfParallelism = 1
},
a =>
{
A3CppFile tempArray = GenLib.parseFile(cppList[a]);
fileArray[a] = tempArray;
});
///SingleThread
///
/*
* A3CppFile[] fileArray = new A3CppFile[cppList.Count];//we need the static length of the array to parallelize, the index's must exist beforehand for async assignment
* for(int i = 0; i < cppList.Count; i++)
* {
* fileArray[i] = GenLib.parseFile(cppList[i]);
* }
*/
//Serialize
Log("Serializing...");
GenLib.serialize(fileArray.ToList(), serialPath);
Log("Serialized");
}
///Parse
///
if (cbProcess.IsChecked.Value)
{
Log("Deserializing...");
//Deserialize objects to parse
List <A3CppFile> flist = GenLib.deserialize(serialPath);
Log("Deserialized");
Log("Parsing...");
//create list of all classes
List <A3Class> list = new List <A3Class>();
if (flist != null)
{
for (int i = 0; i < flist.Count; i++)
{
if (flist[i] != null)
{
if (flist[i].A3EntireClassList != null)
{
foreach (A3Class c in flist[i].A3EntireClassList)
{
if (list != null)
{
list.Add(c);
}
else
{
list = new List <A3Class> {
c
}
};
}
}
}
}
}
list = A3Presentation.includeOnlySelected(list, cbShowCfgVehicles.IsChecked.Value, cbShowCfgAmmo.IsChecked.Value, cbShowCfgWeapons.IsChecked.Value, cbShowCfgMagazines.IsChecked.Value, cbShowLvl1.IsChecked.Value, cbShowLvl2.IsChecked.Value, cbShowTertiary.IsChecked.Value, cbShowOtherCfg.IsChecked.Value);
//Apply Filters
List <String> outputList = new List <String>();
if (txtNotContainPartClass.Text != "")
{
list = A3Presentation.filterOutClassByPartialName(list, txtNotContainPartClass.Text.Split(';'));
}
if (txtContainPartClass.Text != "")
{
list = A3Presentation.filterInClassByPartialName(list, txtContainPartClass.Text.Split(';'));
}
if (txtHasDirectParent.Text != "")
{
list = A3Presentation.filterInClassByDirectParent(list, txtHasDirectParent.Text.Split(';'));
}
if (txtHasParent.Text != "")
{
list = A3Presentation.filterInClassByAnyParent(list, txtHasParent.Text.Split(';'));
}
if (txtContainsFields.Text != "")
{
list = A3Presentation.filterOutClassByVariableName(list, txtContainsFields.Text.Split(';'));
}
if (txtDisplayFields.Text != "")
{
outputList = A3Presentation.outputSelectedFields(list, txtDisplayFields.Text.Split(';'), cbShowClassName.IsChecked.Value,
cbShowParentClass.IsChecked.Value, cbShowBaseClass.IsChecked.Value, cbOutputSource.IsChecked.Value, addColumn, addToAllRows,
cbConfigType.IsChecked.Value);
}
if (cbDisplayAllFields.IsChecked.Value)
{
outputList = A3Presentation.outputAllFields(list, cbShowClassName.IsChecked.Value,
cbShowParentClass.IsChecked.Value, cbShowBaseClass.IsChecked.Value, cbOutputSource.IsChecked.Value, addColumn, addToAllRows,
cbConfigType.IsChecked.Value);
}
Log("Parsed");
//Build Output
Log("Creating File...");
StringBuilder output = new StringBuilder(5000);
using (StreamWriter sw = File.CreateText(txtOutputPath.Text))
{
foreach (String s in outputList)
{
if (output.Capacity >= (output.MaxCapacity / 8))
{
sw.Write(output);
output = new StringBuilder(5000);
}
else
{
output.Append(s);
}
}
sw.Write(output);
}
//Create Output File
Log("File Created At: " + txtOutputPath.Text);
}
//Add code to update tvClassList treeview with classes
//if serialized path exists and is valid, load it
}
}
