public GraphicOperator(GraphicOperator go)
{
OpType = go.OpType;
OperatorPicBox = go.OperatorPicBox;
OpName = go.OpName;
Input1 = null;
Input2 = null;
OperatorPicBox.BorderStyle = BorderStyle.FixedSingle;
OperatorPicBox.SizeMode = PictureBoxSizeMode.StretchImage;
}
public DynamicButton(PictureBox pb, string t, BuilderForm parent, GraphicOperator assignedTo, GraphicOperator comingFrom)
{
button = ButtonMaker(pb, t);
picBox = pb;
type = t;
builderParent = parent;
button.Parent = picBox;
AssignedTo = assignedTo;
ComingFrom = comingFrom;
}
public GraphicOperator(string optype, PictureBox pb, string name)
{
OpType = optype;
OperatorPicBox = pb;
OpName = name;
Input1 = null;
Input2 = null;
Op2ndType = null;
OperatorPicBox.BorderStyle = BorderStyle.FixedSingle;
OperatorPicBox.SizeMode = PictureBoxSizeMode.StretchImage;
}
//
// Constructors
//
public GraphicOperator()
{
Input1 = null;
Input2 = null;
OperatorPicBox = null;
oldX = 0;
oldY = 0;
OpType = "None";
Op2ndType = "None";
OpName = "No Name";
OpPredicate = "No Predicate";
}
public void Fill_OperatorBox_Properties(GraphicOperator go)
{
textBoxTag.Text = go.PicBox.Tag.ToString();
pictureBoxOpProperties.Image = go.PicBox.Image;
BuilderParent.PropertiesType = go.Type;
textBoxName.Text = go.PicBoxName;
textBoxPredicate.Text = go.Predicate;
groupBox1.Text = "Name:";
groupBox2.Text = "Predicate:";
groupBox3.Text = "Attribute CheckList:";
groupBox4.Text = "Attribute List:";
groupBox5.Text = "GroupBy Types:";
groupBox2.Hide();
groupBox3.Hide();
groupBox4.Hide();
groupBox5.Hide();
switch (go.Type)
{
case "Select": //Name, Predicate
{
label1.Text = "Select Operator";
groupBox2.Show();
break;
}
case "Project": //Name, Checklist
{
groupBox3.Show();
groupBox3.Text = "Project Attributes";
//
// TODO: display meaningful attributes here
//
for (int i = 0; i < 5; i++)
checkedListBox1.Items.Add(String.Format("Attribute {0}", i));
break;
}
case "DupElim": //Name, Checklist
{
groupBox3.Show();
groupBox3.Text = "DupElim Attributes";
//
// TODO: display meaningful attributes here
//
for (int i = 0; i < 5; i++)
checkedListBox1.Items.Add(String.Format("Attribute {0}", i));
break;
}
case "Sort": // Name, List
{
groupBox4.Show();
label1.Text = "Sort Operator";
groupBox4.Text = "Sort Attributes";
listBox1.BeginUpdate();
//
// TODO: display meaningful attributes here
//
for (int i = 0; i < 5; i++)
{
listBox1.Items.Add(String.Format("Attribute {0}", i));
}
listBox1.EndUpdate();
break;
}
case "InputStream": // Name, List
{
groupBox4.Show();
label1.Text = "Input Stream Operator";
groupBox4.Text = "Ports";
listBox1.BeginUpdate();
//for (int i = 0; i < cm.Connections.Count; i++)
//{
// SetPropertiesListBox.Items.Add(cm.Connections[i]);
//}
//
// TODO: display meaningful attributes here
//
listBox1.EndUpdate();
break;
}
case "Join": // Name, Predicate, JoinList
{
groupBox2.Show();
groupBox3.Show();
label1.Text = "Join Operator";
groupBox3.Text = "Join Attributes:";
listBox1.BeginUpdate();
//
// TODO: display meaningful attributes here
//
for (int i = 0; i < 5; i++)
{
listBox1.Items.Add(String.Format("Join Attribute {0}", i));
}
listBox1.EndUpdate();
break;
}
case "Intersect": // Name, Note
{
label1.Text = "Intersect Operator";
break;
}
case "Difference": // Name, Note
{
label1.Text = "Difference Operator";
break;
}
case "Union": // Name, Note
{
label1.Text = "Union Operator";
break;
}
case "GroupBy":
{
groupBox3.Show();
groupBox4.Show();
groupBox5.Show();
System.Collections.Generic.List<string> GroupByListBoxItems = new List<string>();
GroupByListBoxItems.Add("GroupByCount");
GroupByListBoxItems.Add("GroupByAvg");
GroupByListBoxItems.Add("GroupBySum");
GroupByListBoxItems.Add("GroupByMax");
GroupByListBoxItems.Add("GroupByMin");
//
// TODO: display meaningful attributes here
//
for (int i = 0; i < GroupByListBoxItems.Count; i++)
{
domainUpDownGroupBy.Items.Add(GroupByListBoxItems[i]);
}
for (int i = 0; i < 5; i++)
{
checkedListBox1.Items.Add(String.Format("Attribute {0}", i));
}
for (int i = 0; i < 5; i++)
{
listBox1.Items.Add(String.Format("Attribute {0}", i));
}
break;
}
case "OutputStream":
{
label1.Text = "Output Stream Operator";
break;
}
case default(string):
{
MessageBox.Show("The operator name does not match any of the options");
break;
}
}
}
public EditOperatorForm(GraphicOperator go)
{
InitializeComponent();
}
private void buttonAccept_Click(object sender, EventArgs e)
{
GraphicOperator GO = new GraphicOperator(BuilderParent.OperatorListGraphic[Qpos]);
// Accept Properties
GO.Predicate = textBoxPredicate.Text;
switch (GO.Type)
{
case "InputStream":
{
//foreach (Connection c in cm.Connections)
//{
// if (c.ToString() == C)
// GO.Value = c.ID;
//}
//
// TODO: uncomment and get the input stream working
//
break;
}
case "GroupBy":
{
GO.SecondaryType = (string)domainUpDownGroupBy.SelectedItem;
switch (GO.SecondaryType)
{
case "GroupByCount":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[4];
break;
}
case "GroupByMax":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[5];
break;
}
case "GroupByMin":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[6];
break;
}
case "GroupBySum":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[7];
break;
}
case "GroupByAvg":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[3];
break;
}
default:
{
GO.PicBox.Image = BuilderParent.ImageList.Images[2];
break;
}
}
break;
}
}
GO.PicBox.Tag = textBoxTag.Text;
GO.PicBox.Show();
if (OpName != textBoxName.Text)
{
//
// TODO: This way of letting the user know that a unique name is required is annoying and a
// better way can be found to do it.
//
if (!BuilderParent.Check_For_Unique_Name(textBoxName.Text)) { textBoxName.Text = "UNIQUE_NAME_REQUIRED!!"; }
else
{
GO.Name = textBoxName.Text;
MessageBox.Show(GO.Name);
this.Close();
}
}
else { this.Close(); }
}
private void buttonAccept_Click(object sender, EventArgs e)
{
// Accept Properties
if(BuilderParent.PropertiesType == "GroupBy" && (string)domainUpDownGroupBy.SelectedItem == null)
{
textBoxName.Text = "GROUPBY_TYPE_REQUIRED!!";
//GroupByTypeNeeded.Visible = true;
}
else if (BuilderParent.Check_For_Unique_Name(textBoxName.Text))
{
GraphicOperator GO = new GraphicOperator(BuilderParent.PropertiesType, BuilderParent.PicBoxMaker(new Point(50,50),new Size(50,50),null,"Unassigned Tag"), textBoxName.Text);
GO.PicBox.Parent = BuilderParent.BuildArea;
GO.PicBoxName = textBoxName.Text;
GO.PicBox.Size = BuilderParent.IconSize;
GO.PicBox.Image = pictureBoxOpProperties.Image;
// Predicate changes
if (GO.has_Predicate())
{
GO.Predicate = textBoxPredicate.Text;
}
switch (GO.Type)
{
case "InputStream":
{
//foreach (Connection c in cm.Connections)
//{
// if (c.ToString() == C)
// OperatorListGraphic[QueuePos].Value = c.ID;
//}
//
// TODO: uncomment and get to work with input stream
//
break;
}
case "GroupBy":
{
GO.SecondaryType = (string)domainUpDownGroupBy.SelectedItem;
switch (GO.SecondaryType)
{
case "GroupByCount":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[4];
break;
}
case "GroupByMax":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[5];
break;
}
case "GroupByMin":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[6];
break;
}
case "GroupBySum":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[7];
break;
}
case "GroupByAvg":
{
GO.PicBox.Image = BuilderParent.ImageList.Images[3];
break;
}
default:
{
GO.PicBox.Image = BuilderParent.ImageList.Images[2];
break;
}
}
break;
}
}
if (textBoxTag.Text != "Enter Tag Here")
GO.PicBox.Tag = textBoxTag.Text;
else
GO.PicBox.Tag = String.Format("{0}", GO.PicBoxName);
GO.PicBox.Show();
BuilderParent.Search_For_Open_Area_BuildArea(GO.PicBox);
BuilderParent.OperatorListGraphic.Add(GO);
BuilderParent.BuildArea.Controls.Add(GO.PicBox);
addOpQuery();
this.Close();
}
else
{
UniqueNameRequiredLabel.Visible = true;
textBoxName.Text = "UNIQUE_NAME_REQUIRED!!";
//
// TODO: this is an annoying way to let the user know that a unique name is required
// find a better way to do it
//
}
}
private void BinaryReposition(GraphicOperator topleft, GraphicOperator bottomleft, GraphicOperator right, bool upwards, bool passedBinary)
{
//
// TODO: double check that this method actually gets used, may be old code
//
if (topleft != null && bottomleft != null && right != null)
{
int Q1 = -1, Q2 = -1;
if (passedBinary)
{
if (upwards)
{
Q1 = Find_OpGraphicList_Index(topleft.PicBox);
if (Q1 != -1)
{
OperatorListGraphic[Q1].PicBox.Location = new Point(right.PicBox.Location.X - 60, right.PicBox.Location.Y - 60);
Q2 = Find_OpGraphicList_Index(bottomleft.PicBox);
if (Q2 != -1)
OperatorListGraphic[Q2].PicBox.Location = new Point(OperatorListGraphic[Q1].PicBox.Location.X, OperatorListGraphic[Q1].PicBox.Location.Y + 60);
}
}
else
{
Q1 = Find_OpGraphicList_Index(topleft.PicBox);
if (Q1 != -1)
{
OperatorListGraphic[Q1].PicBox.Location = new Point(right.PicBox.Location.X - 60, right.PicBox.Location.Y);
Q2 = Find_OpGraphicList_Index(bottomleft.PicBox);
if (Q2 != -1)
OperatorListGraphic[Q2].PicBox.Location = new Point(OperatorListGraphic[Q1].PicBox.Location.X, right.PicBox.Location.Y + 60);
}
}
}
else
{
Q1 = Find_OpGraphicList_Index(topleft.PicBox);
if (Q1 != -1)
{
OperatorListGraphic[Q1].PicBox.Location = new Point(right.PicBox.Location.X - 60, right.PicBox.Location.Y - 60);
Q2 = Find_OpGraphicList_Index(bottomleft.PicBox);
if (Q2 != -1)
OperatorListGraphic[Q2].PicBox.Location = new Point(OperatorListGraphic[Q1].PicBox.Location.X, right.PicBox.Location.Y + 60);
}
}
BuildArea.Invalidate();
}
}
public void Set_Sample_Query2()
{
RemoveFromList("Sample Input Stream 2", OperatorListGraphic);
RemoveFromList("Sample Select Operator 2", OperatorListGraphic);
RemoveFromList("Sample Output Stream 2", OperatorListGraphic);
PictureBox tempInput1 = PicBoxMaker(new Point(100, 350), new Size(50, 50), imageList1.Images[8], "Sample Input Stream 2");
PictureBox tempSelect1 = PicBoxMaker(new Point(300, 350), new Size(50, 50), imageList1.Images[13], "Sample Select Operator 2");
PictureBox tempOutput = PicBoxMaker(new Point(500, 350), new Size(50, 50), imageList1.Images[11], "Sample Output Stream 2");
GraphicOperator InStream1 = new GraphicOperator("InputStream", tempInput1, "Sample Input Stream 2");
GraphicOperator Select1 = new GraphicOperator("Select", tempSelect1, "Sample Select 2");
GraphicOperator OutStream = new GraphicOperator("OutputStream", tempOutput, "Sample Output Stream 2");
tempInput1.Name = InStream1.Name;
tempSelect1.Name = Select1.Name;
tempOutput.Name = OutStream.Name;
Select1.Predicate = "$1.2 > i50";
Select1.Input_1 = InStream1;
OutStream.Input_1 = Select1;
this.BuildArea.Controls.Add(tempInput1);
this.BuildArea.Controls.Add(tempSelect1);
this.BuildArea.Controls.Add(tempOutput);
this.OperatorListGraphic.Add(InStream1);
this.OperatorListGraphic.Add(Select1);
this.OperatorListGraphic.Add(OutStream);
BuildArea.Invalidate();
}
private void UnaryReposition(GraphicOperator left, GraphicOperator right, bool upwards, bool passedBinary)
{
//
// TODO: double check that this code actually gets used, may be old code
//
if (left != null && right != null)
{
QueuePos = Find_OpGraphicList_Index(left.PicBox);
if (QueuePos != -1)
{
if (passedBinary)
{
if (upwards)
OperatorListGraphic[QueuePos].PicBox.Location = new Point(right.PicBox.Location.X - 60, right.PicBox.Location.Y - 60);
else
OperatorListGraphic[QueuePos].PicBox.Location = new Point(right.PicBox.Location.X - 60, right.PicBox.Location.Y + 60);
}
else
OperatorListGraphic[QueuePos].PicBox.Location = new Point(right.PicBox.Location.X - 60, right.PicBox.Location.Y);
}
BuildArea.Invalidate();
}
}
//input1 is whether go is coming in as an input1 or input2
private void RepositionInputs(GraphicOperator go, List<GraphicOperator> list, int upward, bool input1, int Xseparator)
{
if (go != null && list != null && (go.Input_1 != null || go.Input_2 != null))
{
#region level direction
if (upward == 0)
{
if (go.isUnaryOp() && go.has_Input1())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RemoveFromList(go.Input_1, list);
RepositionInputs(go.Input_1, list, 0, true, Xseparator);
}
else
{
if (go.has_Input1() && go.has_Input2())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y - 60);
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y + 60);
RemoveFromList(go.Input_1, list);
RemoveFromList(go.Input_2, list);
RepositionInputs(go.Input_1, list, 1, true, Xseparator);
RepositionInputs(go.Input_2, list, 2, false, Xseparator);
}
else if (go.has_Input1())
{
RemoveFromList(go.Input_1, list);
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RepositionInputs(go.Input_1, list, 0, true, Xseparator);
}
else if (go.has_Input2())
{
RemoveFromList(go.Input_2, list);
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RepositionInputs(go.Input_2, list, 0, false, Xseparator);
}
}
}
#endregion
#region upward
else if (upward == 1)
{
if (input1)
{
if (go.isUnaryOp() && go.has_Input1())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y - 60);
RemoveFromList(go.Input_1, list);
RepositionInputs(go.Input_1, list, 1, true, Xseparator);
}
else
{
if (go.has_Input1() && go.has_Input2())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y - 120);
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y - 60);
RemoveFromList(go.Input_1, list);
RemoveFromList(go.Input_2, list);
RepositionInputs(go.Input_1, list, 1, true, Xseparator);
RepositionInputs(go.Input_2, list, 1, false, Xseparator);
}
else if (go.has_Input1())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y - 60);
RemoveFromList(go.Input_1, list);
RepositionInputs(go.Input_1, list, 1, true, Xseparator);
}
else if (go.has_Input2())
{
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y - 60);
RemoveFromList(go.Input_2, list);
RepositionInputs(go.Input_2, list, 1, false, Xseparator);
}
}
}
else //input2
{
if (go.isUnaryOp() && go.has_Input1())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RemoveFromList(go.Input_1, list);
RepositionInputs(go.Input_1, list, 1, true, Xseparator);
}
else
{
if (go.has_Input1() && go.has_Input2())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y - 60);
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RemoveFromList(go.Input_1, list);
RemoveFromList(go.Input_2, list);
RepositionInputs(go.Input_1, list, 1, true, Xseparator);
RepositionInputs(go.Input_2, list, 1, false, Xseparator);
}
else if (go.has_Input1())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RemoveFromList(go.Input_1, list);
RepositionInputs(go.Input_1, list, 1, true, Xseparator);
}
else if (go.has_Input2())
{
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RemoveFromList(go.Input_2, list);
RepositionInputs(go.Input_2, list, 1, false, Xseparator);
}
}
}
}
#endregion
#region downward
else //downward
{
if (input1)
{
if (go.isUnaryOp() && go.has_Input1())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RemoveFromList(go.Input_1, list);
RepositionInputs(go.Input_1, list, 2, true, Xseparator);
}
else
{
if (go.has_Input1() && go.has_Input2())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y + 60);
RemoveFromList(go.Input_1, list);
RemoveFromList(go.Input_2, list);
RepositionInputs(go.Input_1, list, 2, true, Xseparator);
RepositionInputs(go.Input_2, list, 2, false, Xseparator);
}
else if (go.has_Input1())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RemoveFromList(go.Input_1, list);
RepositionInputs(go.Input_1, list, 2, true, Xseparator);
}
else if (go.has_Input2())
{
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y);
RemoveFromList(go.Input_2, list);
RepositionInputs(go.Input_2, list, 2, false, Xseparator);
}
}
}
else //input2
{
if (go.isUnaryOp() && go.has_Input1())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y + 60);
RemoveFromList(go.Input_1, list);
RepositionInputs(go.Input_1, list, 2, true, Xseparator);
}
else
{
if (go.has_Input1() && go.has_Input2())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y + 60);
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y + 120);
RemoveFromList(go.Input_1, list);
RemoveFromList(go.Input_2, list);
RepositionInputs(go.Input_1, list, 2, true, Xseparator);
RepositionInputs(go.Input_2, list, 2, false, Xseparator);
}
else if (go.has_Input1())
{
go.Input_1.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y + 60);
RemoveFromList(go.Input_1, list);
RepositionInputs(go.Input_1, list, 2, true, Xseparator);
}
else if (go.has_Input2())
{
go.Input_2.PicBox.Location = new Point(go.PicBox.Location.X - 50 - Xseparator, go.PicBox.Location.Y + 60);
RemoveFromList(go.Input_2, list);
RepositionInputs(go.Input_2, list, 2, false, Xseparator);
}
}
}
}
#endregion
}
}
private void RemoveFromList(GraphicOperator remove, List<GraphicOperator> list)
{
if (remove != null && list != null)
{
for (int i = 0; i < list.Count; i++)
if (list[i].PicBoxName == remove.PicBoxName) { list.RemoveAt(i); break; }
}
}
private void OrganizeAlgorithm(GraphicOperator go, List<GraphicOperator> list, bool upwards, bool passedBinary)
{
//
// TODO: double check that this code actually gets used, may be old code
//
GraphicOperator temp1 = new GraphicOperator();
GraphicOperator temp2 = new GraphicOperator();
temp1 = go.Input_1;
temp2 = go.Input_2;
if (temp1 != null)
{
if (temp1.isUnaryOp() && temp1.has_Input1())
{
UnaryReposition(temp1.Input_1, temp1, upwards, passedBinary);
OrganizeAlgorithm(temp1, list, upwards, passedBinary); //also try !passedBinary
}
else if (temp1.isBinaryOp() && (temp1.has_Input1() || temp1.has_Input2()))
{
if (temp1.has_Input1() && temp1.has_Input2())
{
BinaryReposition(temp1.Input_1, temp1.Input_2, temp1, upwards, passedBinary);
OrganizeAlgorithm(temp1, list, true, true);
}
else if (temp1.has_Input1() && !temp1.has_Input2())
{
UnaryReposition(temp1, temp1, upwards, passedBinary);
OrganizeAlgorithm(temp1, list, upwards, passedBinary);
}
else if (!temp1.has_Input1() && temp1.has_Input2())
{
UnaryReposition(temp1.Input_2, temp1, upwards, passedBinary);
OrganizeAlgorithm(temp1, list, upwards, passedBinary);
}
}
RemoveFromList(temp1, list);
}
if (temp2 != null)
{
if (temp2.isUnaryOp() && temp2.has_Input1())
{
UnaryReposition(temp2.Input_1, temp2, upwards, passedBinary);
OrganizeAlgorithm(temp2, list, upwards, passedBinary);
}
else if (temp2.isBinaryOp() && (temp2.has_Input1() || temp2.has_Input2()))
{
if (temp2.has_Input1() && temp2.has_Input2())
{
BinaryReposition(temp2.Input_1, temp2.Input_2, temp2, upwards, passedBinary);
OrganizeAlgorithm(temp2, list, false, true);
}
else if (temp2.has_Input1() && !temp2.has_Input2())
{
UnaryReposition(temp2.Input_1, temp2, upwards, passedBinary);
OrganizeAlgorithm(temp2, list, upwards, passedBinary);
}
else if (!temp2.has_Input1() && temp2.has_Input2())
{
UnaryReposition(temp2.Input_2, temp2, upwards, passedBinary);
OrganizeAlgorithm(temp2, list, upwards, passedBinary);
}
}
RemoveFromList(temp2, list);
}
}
