public void GetRules()
{
IPCB_Board Board;
IPCB_Rule Rule;
IPCB_BoardIterator BoardIterator;
ArrayList Report = new ArrayList();
Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Iterate through all rules
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
FilterSet.Add(PCB.TObjectId.eRuleObject); //Filter for rules only
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet);
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Rule = (IPCB_Rule)BoardIterator.FirstPCBObject();
//Step through all rules to find one matching RuleName.
while (Rule != null)
{
Report.Add("Rule : " + Rule.GetState_Name() + ", Desc : " + Rule.GetState_DescriptorString() + ", Detail : " + Rule.GetState_DetailString());
Rule = (IPCB_Rule)BoardIterator.NextPCBObject();
}
Board.BoardIterator_Destroy(ref BoardIterator); //Iterator clean-up
File.WriteAllLines("C:\\Rules.txt", (string[])Report.ToArray(typeof(string)));
return; //No match found.
}
void Loadrules()
{
IPCB_Board Board;
IPCB_BoardIterator BoardIterator;
Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
BoardIterator = Board.BoardIterator_Create();
try
{
IPCB_Rule Rule;
IClient Client = DXP.GlobalVars.Client;
IPCB_PowerPlaneConnectStyleRule ConnStyleRule;
//Iterate through all rules
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
FilterSet.Add(PCB.TObjectId.eRuleObject); //Filter for rules only
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet);
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Rule = (IPCB_Rule)BoardIterator.FirstPCBObject();
//Step through all rules.
while (Rule != null)
{
if (Rule.GetState_RuleKind() == TRuleKind.eRule_PowerPlaneConnectStyle)
{
ConnStyleRule = (IPCB_PowerPlaneConnectStyleRule)Rule;
if (Rules.ContainsKey(ConnStyleRule.GetState_Name()))
{
DXP.Utils.ShowError("Multiple rules of the same name.", "Rule Error");
}
else
{
Rules.Add(ConnStyleRule.GetState_Name(), new RuleValues(EDP.Utils.CoordToMils(ConnStyleRule.GetState_ReliefConductorWidth()), ConnStyleRule.GetState_ReliefEntries()));
cboRules.Items.Add(ConnStyleRule.GetState_Name());
}
cboRules.Items.Add(ConnStyleRule.GetState_Name());
}
Rule = (IPCB_Rule)BoardIterator.NextPCBObject();
}
//Generate report.
//File.WriteAllLines(Util.ProjPath() + Path.GetFileNameWithoutExtension(Board.GetState_FileName()) + "-Rules.do", (string[])Report.ToArray(typeof(string)));
//Client.ShowDocument(Client.OpenDocument("Text", Util.ProjPath() + "\\" + Path.GetFileNameWithoutExtension(Board.GetState_FileName()) + "-Rules.do"));
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
}
finally
{
Board.BoardIterator_Destroy(ref BoardIterator); //Iterator clean-up
}
}
private void btnSelect_Click(object sender, EventArgs e)
{
if (PCBServer == null)
{
return;
}
IPCB_BoardIterator BoardIterator;
IPCB_Via Via;
Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
BoardIterator = Board.BoardIterator_Create();
//Iterate theough all components on the board.
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eViaObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
IPCB_DrillLayerPair OldPair = null, DrillPair = null;
List <IPCB_DrillLayerPair> NewPairs = new List <IPCB_DrillLayerPair>();
for (int i = 0; i < Board.GetState_DrillLayerPairsCount(); i++)
{
DrillPair = Board.GetState_LayerPair(i);
if (lstBefore.SelectedItem.ToString() == DrillPair.GetState_Description())
{
OldPair = DrillPair;
}
}
Via = BoardIterator.FirstPCBObject() as IPCB_Via;
Board.BeginModify();
while (Via != null)
{
if (Via.GetState_StartLayer() == OldPair.GetState_StartLayer() && Via.GetState_StopLayer() == OldPair.GetState_StopLayer())
{
Via.SetState_Selected(true);
}
Via = BoardIterator.NextPCBObject() as IPCB_Via;
}
Board.EndModify();
Board.BoardIterator_Destroy(ref BoardIterator);
}
public void GetCompData()
{
try
{
IPCB_Board Board;
IPCB_BoardIterator BoardIterator;
IPCB_ServerInterface PCBServer = PCB.GlobalVars.PCBServer;
IPCB_Net Net;
Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eNetObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
//Component.GetState_ObjectID().ToString()
//Component.GetState_ObjectIDString()
int l = 0;
Net = (IPCB_Net)BoardIterator.FirstPCBObject();
//Component = (IPCB_Component)BoardIterator.FirstPCBObject();
while (Net != null)
{
LogFile[l] = Net.GetState_ObjectIDString() + " " + Net.GetState_ObjectID().ToString();
l++;
//Component.BeginModify();
//Component.SetState_NameOn(NameOn); //Show or hide refdes.
//Component.EndModify();
Net = (IPCB_Net)BoardIterator.NextPCBObject();
//Component = (IPCB_Component)BoardIterator.NextPCBObject();
}
//Iterator clean-up
Board.BoardIterator_Destroy(ref BoardIterator);
//Board.GraphicalView_ZoomRedraw();
log(LogFile);
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
}
}
/// <summary>
/// Will show or hide reference designators based on NameOn parameter.
/// </summary>
/// <param name="NameOn">true = show refdes', false = hide refdes'</param>
public void ShowHide(IPCB_Board Board, bool NameOn, bool Discretes = false)
{
try
{
IPCB_BoardIterator BoardIterator;
IPCB_Component Component;
if (Board == null)
{
return;
}
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eComponentObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Component = (IPCB_Component)BoardIterator.FirstPCBObject();
while (Component != null)
{
if (!Discretes)
{
Component.BeginModify();
Component.SetState_NameOn(NameOn); //Show or hide refdes.
Component.EndModify();
}
else
{
if (Component.GetState_Name().GetState_Text().StartsWith("R") || Component.GetState_Name().GetState_Text().StartsWith("C"))
{
Component.BeginModify();
Component.SetState_NameOn(NameOn); //Show or hide refdes.
Component.EndModify();
}
}
Component = (IPCB_Component)BoardIterator.NextPCBObject();
}
//Iterator clean-up
Board.BoardIterator_Destroy(ref BoardIterator);
Board.GraphicalView_ZoomRedraw();
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
}
}
/// <summary>
/// Compiles a list of selected components.
/// </summary>
void GetSelectedComponents()
{
IPCB_BoardIterator BoardIterator;
IPCB_Component Component;
string RefDes;
IPCB_Board Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eComponentObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Component = (IPCB_Component)BoardIterator.FirstPCBObject();
while (Component != null)
{
RefDes = Component.GetState_Name().GetState_Text();
if (Component.GetState_SourceUniqueId() != null)
{
if (Component.GetState_SourceUniqueId().Contains("@") || RefDes.Contains("EM") || RefDes.Contains("FM")) //Verify selected component is a variant.
{
RefDes = Component.GetState_Name().GetState_Text();
if (Component.GetState_Selected())
{ //Add to lists.
SelectedRef.Add(RefDes);
SelectedComp.Add(Component);
}
}
}
Component = (IPCB_Component)BoardIterator.NextPCBObject();
}
//Iterator clean-up
Board.BoardIterator_Destroy(ref BoardIterator);
}
public void BoundingBoxTest()
{
IPCB_BoardIterator BoardIterator;
IPCB_Component Component;
string RefDes;//, Varriant, Footprint, CompID;
IPCB_Board Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
double OriginX = EDP.Utils.CoordToMils(Board.GetState_XOrigin());
double OriginY = EDP.Utils.CoordToMils(Board.GetState_YOrigin());
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eComponentObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Component = (IPCB_Component)BoardIterator.FirstPCBObject();
while (Component != null)
{
RefDes = Component.GetState_Name().GetState_Text();
//Determines if component is a variant.
if (RefDes == "U7")
{
while (true)
{
MessageBox.Show("X: " + Math.Abs((EDP.Utils.CoordToMils(Component.BoundingRectangleNoNameCommentForSignals().Right) - OriginX) - (EDP.Utils.CoordToMils(Component.BoundingRectangleNoNameCommentForSignals().Left) - OriginX)) + " Y: " + Math.Abs((EDP.Utils.CoordToMils(Component.BoundingRectangleNoNameCommentForSignals().Top) - OriginX) - (EDP.Utils.CoordToMils(Component.BoundingRectangleNoNameCommentForSignals().Bottom) - OriginX)));
//MessageBox.Show("X: " + (EDP.Utils.CoordToMils(Component.BoundingRectangle().Lx) - OriginX) + " Y: " + (EDP.Utils.CoordToMils(Component.BoundingRectangle().Ly) - OriginY));
//MessageBox.Show("X: " + (EDP.Utils.CoordToMils(Component.BoundingRectangleNoNameCommentForSignals().Lx) - OriginX) + " Y: " + (EDP.Utils.CoordToMils(Component.BoundingRectangleNoNameCommentForSignals().Ly) - OriginY));
}
}
Component = (IPCB_Component)BoardIterator.NextPCBObject();
}
//Iterator clean-up
Board.BoardIterator_Destroy(ref BoardIterator);
}
/// <summary>
/// Get the body heights of all the footprints on the PCB.
/// </summary>
/// <param name="argHeights">Reference to the dict storing report info.</param>
void GetBodyHeights(ref Dictionary <string, Heights> argHeights)
{
try
{
IPCB_Component Component; // component object
IPCB_BoardIterator BoardIterator;
IPCB_Board Board; // document board object
Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only
FilterSet.Add(PCB.TObjectId.eComponentObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet);
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
//Iterate through all components looking for components.
Component = (IPCB_Component)BoardIterator.FirstPCBObject();
while (Component != null)
{
if (Component.GetState_SourceDesignator() == "U18")
{
System.Diagnostics.Debug.WriteLine(Component.GetState_SourceDesignator());
}
ObtainBodyHeight(ref argHeights, Component);
if (argHeights == null)
{
return;
}
Component = (IPCB_Component)BoardIterator.NextPCBObject();
}
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
return;
}
}
/// <summary>
/// Get rule based on name.
/// </summary>
/// <param name="RuleName">Name of the rule</param>
/// <returns>Returns rule object matching RuleName or null.</returns>
private IPCB_Rule GetRule(string RuleName)
{
try
{
IPCB_Board Board;
IPCB_Rule Rule;
IPCB_BoardIterator BoardIterator;
Board = Util.GetCurrentPCB();
if (Board == null)
{
return(null);
}
//Iterate through all rules
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
FilterSet.Add(PCB.TObjectId.eRuleObject); //Filter for rules only
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet);
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Rule = (IPCB_Rule)BoardIterator.FirstPCBObject();
//Step through all rules to find one matching RuleName.
while (Rule != null)
{
if (Rule.GetState_Name() == RuleName)
{
Board.BoardIterator_Destroy(ref BoardIterator); //Iterator clean-up
return(Rule); //Return matching rule.
}
Rule = (IPCB_Rule)BoardIterator.NextPCBObject();
}
return(null); //No match found.
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
return(null);
}
}
public void GetNets()
{
IPCB_BoardIterator BoardIterator;
IPCB_Net Net;
BoardNets = new Dictionary <string, IPCB_Net>();
IPCB_Board Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
FilterSet.Add(TObjectId.eNetObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Net = BoardIterator.FirstPCBObject() as IPCB_Net;
while (Net != null)
{
if (!BoardNets.ContainsKey(Net.GetState_Name()))
{
BoardNets.Add(Net.GetState_Name(), Net);
}
Net = BoardIterator.NextPCBObject() as IPCB_Net;
}
Board.BoardIterator_Destroy(ref BoardIterator);
}
/// <summary>
/// Will adjust refdes orientation to match component orientation.
/// </summary>
public void FixRefDesOrientation()
{
try
{
IPCB_BoardIterator BoardIterator;
IPCB_Component Component;
IPCB_Text RefDes;
IPCB_Board Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eComponentObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
//int cnt = 0;
//Component = (IPCB_Component)BoardIterator.FirstPCBObject();
//while (Component != null)
//{
// cnt++;
// Component = (IPCB_Component)BoardIterator.NextPCBObject();
//}
Component = (IPCB_Component)BoardIterator.FirstPCBObject();
//DXP.Utils.PercentInit("Updating RefDes", cnt);//Progressbar init.
while (Component != null)
{
RefDes = Component.GetState_Name();
if (Component.GetState_NameAutoPos() == TTextAutoposition.eAutoPos_CenterCenter)
{
Component.SetState_NameAutoPos(TTextAutoposition.eAutoPos_Manual);
Component.BeginModify();
RefDes.BeginModify();
switch (Convert.ToInt32(Component.GetState_Rotation()))
{
case 0: //for bottom: 90=270
RefDes.SetState_Rotation(0);
break;
case 90:
if (RefDes.GetState_Layer() == TV6_Layer.eV6_BottomOverlay)
{
RefDes.SetState_Rotation(270);
}
else
{
RefDes.SetState_Rotation(90);
}
break;
case 180:
RefDes.SetState_Rotation(0);
break;
case 270:
if (RefDes.GetState_Layer() == TV6_Layer.eV6_BottomOverlay)
{
RefDes.SetState_Rotation(270);
}
else
{
RefDes.SetState_Rotation(90);
}
break;
}
//Component.SetState_NameAutoPos(TTextAutoposition.eAutoPos_CenterCenter);
Component.ChangeNameAutoposition(TTextAutoposition.eAutoPos_CenterCenter);
RefDes.EndModify();
RefDes.GraphicallyInvalidate();
Component.EndModify();
Component.GraphicallyInvalidate();
}
//DXP.Utils.PercentUpdate();
Component = (IPCB_Component)BoardIterator.NextPCBObject();
}
//Iterator clean-up
Board.BoardIterator_Destroy(ref BoardIterator);
Board.GraphicalView_ZoomRedraw();
//Board.GraphicallyInvalidate();
//DXP.Utils.PercentFinish();
System.Windows.Forms.MessageBox.Show("Process Complete");
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
}
}
public void PrimPrimTest()
{
IPCB_BoardIterator BoardIterator;
IPCB_Pad Pad, Selected1 = null, Selected2 = null;
IPCB_Board Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
double OriginX = EDP.Utils.CoordToMils(Board.GetState_XOrigin());
double OriginY = EDP.Utils.CoordToMils(Board.GetState_YOrigin());
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.ePadObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Pad = (IPCB_Pad)BoardIterator.FirstPCBObject();
while (Pad != null)
{
//RefDes = Component.GetState_Name().GetState_Text();
//Determines if component is a variant.
if (Selected1 == null && Pad.GetState_Selected() == true)
{
Selected1 = Pad;
}
else if (Pad.GetState_Selected() == true)
{
Selected2 = Pad;
}
if (Selected1 != null && Selected2 != null)
{
break;
}
Pad = (IPCB_Pad)BoardIterator.NextPCBObject();
}
if (Selected1 == null || Selected2 == null)
{
return;
}
bool bot = false, top = false;
if (Selected1.GetState_Layer() == TV6_Layer.eV6_BottomLayer)
{
Selected1.SetState_Layer(TV6_Layer.eV6_TopLayer);
top = true;
}
if (Selected2.GetState_Layer() == TV6_Layer.eV6_BottomLayer)
{
Selected2.SetState_Layer(TV6_Layer.eV6_TopLayer);
bot = true;
}
MessageBox.Show(EDP.Utils.CoordToMMs(Board.PrimPrimDistance(Selected1, Selected2)).ToString());
if (top)
{
Selected1.SetState_Layer(TV6_Layer.eV6_BottomLayer);
}
if (bot)
{
Selected2.SetState_Layer(TV6_Layer.eV6_BottomLayer);
}
//Iterator clean-up
Board.BoardIterator_Destroy(ref BoardIterator);
}
private bool MultiBeforeViaReplace()
{
//if (PCBServer == null)
// return false;
IPCB_BoardIterator BoardIterator;
List <IPCB_Via> BoardVias = new List <IPCB_Via>();
IPCB_Via Via;
Board = Util.GetCurrentPCB();
if (Board == null)
{
return(false);
}
BoardIterator = Board.BoardIterator_Create();
//Iterate theough all components on the board.
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eViaObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
IPCB_DrillLayerPair DrillPair = null;
List <IPCB_DrillLayerPair> OldPairs = new List <IPCB_DrillLayerPair>();
List <IPCB_DrillLayerPair> NewPairs = new List <IPCB_DrillLayerPair>();
for (int i = 0; i < Board.GetState_DrillLayerPairsCount(); i++)
{
DrillPair = Board.GetState_LayerPair(i);
if (lstBefore.SelectedItems.Contains(DrillPair.GetState_Description()))
{
OldPairs.Add(DrillPair);
}
if (lstAfter.SelectedItems.Contains(DrillPair.GetState_Description()))
{
NewPairs.Add(DrillPair);
}
}
//Collect board vias that meet requirements
Via = BoardIterator.FirstPCBObject() as IPCB_Via;
while (Via != null)
{
foreach (IPCB_DrillLayerPair OldPair in OldPairs)
{
if (Via.GetState_StartLayer() == OldPair.GetState_StartLayer() && Via.GetState_StopLayer() == OldPair.GetState_StopLayer())
{
if (SelectedOnly)
{
if (Via.GetState_Selected())
{
BoardVias.Add(Via);
break;
}
}
else
{
BoardVias.Add(Via);
break;
}
}
}
Via = BoardIterator.NextPCBObject() as IPCB_Via;
}
Board.BoardIterator_Destroy(ref BoardIterator);
DXP.Utils.PercentInit("Replacing Vias", BoardVias.Count);//Progressbar init.
//Replace vias
Board.BeginModify();
IPCB_Net Net = null;
int X, Y;
List <IPCB_Via> Replaced = new List <IPCB_Via>();
while (BoardVias.Count > 0)
{
X = BoardVias[0].GetState_XLocation();
Y = BoardVias[0].GetState_YLocation();
Net = BoardVias[0].GetState_Net();
Replaced.Add(BoardVias[0]);
for (int i = 1; i < BoardVias.Count; i++)
{
foreach (IPCB_DrillLayerPair OldPair in OldPairs)
{
if (BoardVias[i].GetState_Net() == Net)
{
if (BoardVias[i].GetState_XLocation() == X)
{
if (BoardVias[i].GetState_YLocation() == Y)
{
if (BoardVias[i].GetState_StartLayer() == OldPair.GetState_StartLayer())
{
if (BoardVias[i].GetState_StopLayer() == OldPair.GetState_StopLayer())
{
if (SelectedOnly)
{
if (BoardVias[i].GetState_Selected())
{
Replaced.Add(BoardVias[i]);
}
}
else
{
Replaced.Add(BoardVias[i]);
}
}
}
}
}
}
}
}
if (Replaced.Count == lstBefore.SelectedItems.Count)
{
ReplaceVia(Replaced[0], NewPairs, false);
}
//Remove replaced vias from BoardVias (clean up)
foreach (IPCB_Via OldVia in Replaced)
{
DXP.Utils.PercentUpdate();
BoardVias.Remove(OldVia);
if (Replaced.Count == lstBefore.SelectedItems.Count)
{
Board.RemovePCBObject(OldVia);
}
}
Replaced.Clear();
}
Board.EndModify();
DXP.Utils.PercentFinish();
return(true);
}
/// <summary>
/// Aligns variant component to base component.
/// </summary>
void AlignSelected()
{
IPCB_BoardIterator BoardIterator;
IPCB_Component Component;
string RefDes;
IPCB_Board Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eComponentObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Component = (IPCB_Component)BoardIterator.FirstPCBObject();
Board.BeginModify();
while (Component != null)
{
RefDes = Component.GetState_Name().GetState_Text();
if (Component.GetState_SourceUniqueId() != null)
{
if (!Component.GetState_SourceUniqueId().Contains("@") || RefDes.Contains("EM") || RefDes.Contains("FM")) //Verify component is not a variant.
{
if (RefDes.Contains("EM"))
{
RefDes = RefDes.Replace("EM", "FM");
}
else if (RefDes.Contains("FM"))
{
RefDes = RefDes.Replace("FM", "EM");
}
if (SelectedRef.Contains(RefDes))
{
foreach (IPCB_Component item in SelectedComp)
{
if (item.GetState_Name().GetState_Text() == RefDes) //Match component
{
//Copy position, laye and rotation settings from base to variant.
item.SetState_Layer(Component.GetState_Layer());
item.SetState_XLocation(Component.GetState_XLocation());
item.SetState_YLocation(Component.GetState_YLocation());
item.SetState_Rotation(Component.GetState_Rotation());
Board.SetState_DocumentHasChanged();
break;
}
}
}
}
}
Component = (IPCB_Component)BoardIterator.NextPCBObject();
}
Board.EndModify();
Board.GraphicalView_ZoomRedraw();
Board.GraphicallyInvalidate();
//Iterator clean-up
Board.BoardIterator_Destroy(ref BoardIterator);
MessageBox.Show("Process Complete");
}
/// <summary>
/// Moves the mechanical objects of a component on a midlayer to its respective layer.
/// </summary>
public void FixEmbededResistors()
{
try
{
List <IPCB_Component> EmbededResistors = new List <IPCB_Component>();
List <TV6_Layer> UsedLayers = new List <TV6_Layer>();
IPCB_Component Component; // component object
IPCB_BoardIterator BoardIterator;
IPCB_Board Board; // document board object
SortedDictionary <string, int> LayerCounts = new SortedDictionary <string, int>();
DXP.Utils.StatusBarSetState(2, "Checking Mechanical Layers");
//Check to see if the mechanical layers we will be using are clear.
DXP.Utils.StatusBarSetStateDefault();
if (!MechanicalClear())
{
if (error)
{
return;
}
if (MessageBox.Show("There is information on Layers " + (ToolsPreferences.FirstResistorLayer + 1) + " to " + (ToolsPreferences.FirstResistorLayer + ToolsPreferences.LayerCount - 1) + ". New information may be added to these layers." + "\n" + "Do you wish to continue?", "Mechanical Layers Not Empyt", MessageBoxButtons.YesNo) == DialogResult.No)
{
return;
}
}
if (error)
{
return;
}
Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Filter by components on mid signal layers
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only
FilterSet.Add(PCB.TObjectId.eComponentObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6cMidLayersSet);
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
//Iterate through all components looking for components on mid layers.
Component = (IPCB_Component)BoardIterator.FirstPCBObject();
while (Component != null)
{
if (UsedLayers.IndexOf(Component.GetState_Layer()) == -1)
{
UsedLayers.Add(Component.GetState_Layer()); //Collect a non-duplicate list of mid layers with components
LayerCounts.Add(EDP.Utils.LayerToString(new V7_Layer(Component.GetState_Layer())), 1);
}
else
{
LayerCounts[EDP.Utils.LayerToString(new V7_Layer(Component.GetState_Layer()))]++;
}
EmbededResistors.Add(Component); //Colect a list of all components on mid layers.
Component = (IPCB_Component)BoardIterator.NextPCBObject();
}
Board.BoardIterator_Destroy(ref BoardIterator);
//No embeded resistors on this board.
if (EmbededResistors.Count <= 0)
{
LayerReport(LayerCounts);
return;
}
///Sort the list of layers
///First comp layer in list will be assigned to mech layer 19.
///Second comp layer will be assigned to mech layer 20 and so forth.
UsedLayers.Sort();
LayerCounts = LayerReport(LayerCounts);
if (LayerCounts != null)
{
List <TV6_Layer> tmpUsedLayers = new List <TV6_Layer>(UsedLayers.Count);
//Build a temp list of used layers.
UsedLayers.ForEach((item) =>
{
tmpUsedLayers.Add(item);
});
//Remove layers from the list that the user turned off.
foreach (TV6_Layer item in tmpUsedLayers)
{
if (!LayerCounts.ContainsKey(EDP.Utils.LayerToString(new V7_Layer(item))))
{
UsedLayers.Remove(item);
}
}
DXP.Utils.StatusBarSetState(2, "Updating Embeded Components");
MoveMechLayers(EmbededResistors, UsedLayers, LayerCounts);
DXP.Utils.StatusBarSetStateDefault();
//Redraw board to refresh changes.
Board.GraphicalView_ZoomRedraw();
DXP.Utils.ShowInfo("Process complete.");
}
else
{
DXP.Utils.ShowInfo("Process canceled.");
}
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
}
}
public void GetDestinationParts()
{
SelectedDestRef = new List <string>();
selectedDestinationObjects = new clsSelectedObjects();
Destination = new clsOutput();
string parameterName, parameterValue;
IPCB_BoardIterator BoardIterator;
IPCB_Parameter parameter;
IPCB_Primitive Primitive;
IPCB_Board Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
BoardIterator.AddFilter_ObjectSet(Util.PCBAllObject);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Primitive = BoardIterator.FirstPCBObject();
while (Primitive != null)
{
if (Primitive.GetState_Selected())
{
switch (Primitive.GetState_ObjectID())
{
case TObjectId.eComponentObject:
IPCB_Component componentObject = Primitive as IPCB_Component;
selectedDestinationObjects.componentObjects.Add(componentObject);
clsOutput.st_IPCB_Component newComp = new clsOutput.st_IPCB_Component();
IPCB_GroupIterator compIterator = componentObject.GroupIterator_Create();
PCB.TObjectSet compFilterset = new PCB.TObjectSet();
compFilterset.Add(TObjectId.ePadObject);
compIterator.AddFilter_ObjectSet(compFilterset);
compIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
IPCB_Pad pad = compIterator.FirstPCBObject() as IPCB_Pad;
int pinCount = 0;
newComp.Nets = new SerializableDictionary <string, string>();
while (pad != null)
{
if (pad.GetState_Net() != null)
{
if (!newComp.Nets.ContainsKey(pad.GetState_Name()))
{
newComp.Nets.Add(pad.GetState_Name(), pad.GetState_Net().GetState_Name());
}
}
pinCount++;
pad = compIterator.NextPCBObject() as IPCB_Pad;
}
componentObject.GroupIterator_Destroy(ref compIterator);
IPCB_PrimitiveParameters componentParameters = componentObject as IPCB_PrimitiveParameters;
newComp.Parameters = new SerializableDictionary <string, string>();
for (int i = 0; i < componentParameters.Count(); i++)
{
parameter = componentParameters.GetParameterByIndex(i);
parameterName = parameter.GetName();
if (parameter.GetValue() == null)
{
parameterValue = "null";
}
else
{
parameterValue = parameter.GetValue();
}
newComp.Parameters.Add(parameterName, parameterValue);
}
newComp.RefDes = componentObject.GetState_Name().GetState_Text();
newComp.Footprint = componentObject.GetState_Pattern();
newComp.PinCount = pinCount;
Destination.Components.Add(newComp.RefDes, newComp);
SelectedDestRef.Add(newComp.RefDes);
//?componentObject.GetState_DescriptorString()
//"SOIC Component U5FM-QT#94L9#-20.000MHz (5528.098mil,6358.425mil) on Top Layer"
//? componentObject.GetState_DetailString()
//"Component U5FM Comment:QT#94L9#-20.000MHz Footprint: QT194"
//?componentObject.GetState_Layer()
//componentObject.GetState_Pattern() Footprint
//componentObject.GetState_SourceDesignator() Refdes
//componentObject.GetState_SourceFootprintLibrary() library
//componentObject.GetState_SourceLibReference() corp number
//componentObject.GetState_XLocation()
//componentObject.GetState_YLocation()
System.Diagnostics.Debug.WriteLine(componentObject.GetState_DescriptorString());
break;
default:
//selectedSourceObjects.primitiveObjects.Add(Primitive);
System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
break;
}
//Primitive.Export_ToParameters(ref RefDes);
}
Primitive = BoardIterator.NextPCBObject();
}
//Iterator clean-up
Board.BoardIterator_Destroy(ref BoardIterator);
//clsOutput outputb;
//outputb = new clsOutput();
//XmlSerialization.WriteToXmlFile<clsOutput>(@"S:\Dropbox\Altium Extensions\test.xml", Output);
//outputb = XmlSerialization.ReadFromXmlFile<clsOutput>(@"S:\Dropbox\Altium Extensions\test.xml");
//@"S:\Dropbox\Altium Extensions\test.xml"
//"C:\\Users\\rlyne\\Dropbox\\Altium Extensions\\SwRI_Tools\\bin\\test.xml"
}
private void btnRemoveDupe_Click(object sender, EventArgs e)
{
DXP.Utils.StatusBarSetState(2, "Removing Vias");
//if (PCBServer == null)
// return false;
IPCB_BoardIterator BoardIterator;
List <IPCB_Via> BoardVias = new List <IPCB_Via>();
List <IPCB_Via> clnBoardVias = new List <IPCB_Via>();
IPCB_Via Via;
Board = Util.GetCurrentPCB();
if (Board == null)
{
MessageBox.Show("Unable to complete. Error occured.");
return;
}
BoardIterator = Board.BoardIterator_Create();
//Iterate theough all components on the board.
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eViaObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
IPCB_DrillLayerPair DrillPair = null;
List <IPCB_DrillLayerPair> OldPairs = new List <IPCB_DrillLayerPair>();
for (int i = 0; i < Board.GetState_DrillLayerPairsCount(); i++)
{
DrillPair = Board.GetState_LayerPair(i);
if (lstBefore.SelectedItems.Contains(DrillPair.GetState_Description()))
{
OldPairs.Add(DrillPair);
}
}
//Collect board vias that meet requirements
Via = BoardIterator.FirstPCBObject() as IPCB_Via;
while (Via != null)
{
foreach (IPCB_DrillLayerPair OldPair in OldPairs)
{
if (Via.GetState_StartLayer() == OldPair.GetState_StartLayer() && Via.GetState_StopLayer() == OldPair.GetState_StopLayer())
{
BoardVias.Add(Via);
break;
}
}
Via = BoardIterator.NextPCBObject() as IPCB_Via;
}
Board.BoardIterator_Destroy(ref BoardIterator);
DXP.Utils.PercentInit("Removing Vias", BoardVias.Count * OldPairs.Count);//Progressbar init.
//Replace vias
Board.BeginModify();
IPCB_Net Net = null;
int X, Y;
List <IPCB_Via> Replaced = new List <IPCB_Via>();
foreach (IPCB_DrillLayerPair OldPair in OldPairs)
{
clnBoardVias.AddRange(BoardVias);
while (clnBoardVias.Count > 0)
{
X = clnBoardVias[0].GetState_XLocation();
Y = clnBoardVias[0].GetState_YLocation();
Net = clnBoardVias[0].GetState_Net();
Replaced.Add(clnBoardVias[0]);
for (int i = 1; i < clnBoardVias.Count; i++)
{
if (clnBoardVias[i].GetState_Net() == Net)
{
if (clnBoardVias[i].GetState_XLocation() == X)
{
if (clnBoardVias[i].GetState_YLocation() == Y)
{
if (clnBoardVias[i].GetState_StartLayer() == OldPair.GetState_StartLayer())
{
if (clnBoardVias[i].GetState_StopLayer() == OldPair.GetState_StopLayer())
{
Replaced.Add(clnBoardVias[i]);
}
}
}
}
}
}
if (Replaced.Count > 1)
{
//Remove replaced vias from BoardVias (clean up)
for (int i = 1; i < Replaced.Count; i++)
{
clnBoardVias.Remove(Replaced[i]);
Board.RemovePCBObject(Replaced[i]);
DXP.Utils.PercentUpdate();
}
}
clnBoardVias.Remove(Replaced[0]);
DXP.Utils.PercentUpdate();
Replaced.Clear();
}
}
Board.EndModify();
DXP.Utils.PercentFinish();
MessageBox.Show("Process Complete");
}
/// <summary>
///
/// </summary>
/// <param name="argHeights">Reference to the dict storing report info.</param>
/// <param name="tmpList"></param>
private void SetBodyHeight(Dictionary <string, Heights> argHeights, List <string> tmpList)
{
//?Body.GetState_DescriptorString()
//"3D Extruded (Mechanical 2, Bot Assy) Standoff=0mil Overall=163mil (26522.112mil, 20350.482mil)"
//? Body.GetState_DescriptorString()
//"3D STEP SW3dPS-74VHC32 - 14lead IC SOIC (Mechanical 2, Bot Assy) Standoff=-0.5mil Overall=68.5mil (26522.107mil, 20347.985mil)"
//argComponent.GetState_Name().GetState_ConvertedString() "U18EM" string
//Body.GetModel().GetFileName() "SW3dPS-74VHC32 - 14lead IC SOIC.STEP" string
IPCB_Component Component; // component object
IPCB_BoardIterator BoardIterator;
IPCB_Board Board; // document board object
IPCB_GroupIterator CompIterator;
IPCB_Primitive CompItem;
bool FoundBody = false;
Board = Util.GetCurrentPCB(true);
if (Board == null)
{
return;
}
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only
FilterSet.Add(PCB.TObjectId.eComponentObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet);
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
//Iterate through all components looking for components.
Component = (IPCB_Component)BoardIterator.FirstPCBObject();
while (Component != null)
{
if (tmpList.Contains(Component.GetState_SourceDesignator()))
{
if (Component.GetState_SourceDesignator() == "JA1" || Component.GetState_SourceDesignator() == "JB6" || Component.GetState_SourceDesignator() == "U2EM")
{
MessageBox.Show("temp");
}
//argComponent.GetState_SourceDesignator()
CompIterator = Component.GroupIterator_Create();
CompIterator.AddFilter_LayerSet_2(PCBConstant.V7AllLayersSet);
CompItem = CompIterator.FirstPCBObject();
IPCB_ComponentBody Body, temp;
FoundBody = false;
Body = null;
while (CompItem != null)
{
if (CompItem.GetState_ObjectIDString() == "ComponentBody")
{
temp = CompItem as IPCB_ComponentBody;
if (!FoundBody)
{
FoundBody = true;
Body = temp;
}
else
{
if (GetCompHeight(Body) < GetCompHeight(temp))
{
Body = temp;
}
}
}
CompItem = CompIterator.NextPCBObject();
}
Component.BeginModify();
SetCompHeight(Body, EDP.Utils.MilsToCoord(argHeights[Component.GetState_SourceDesignator()].ParameterHeight));
Component.EndModify();
Body = null;
}
Component = (IPCB_Component)BoardIterator.NextPCBObject();
}
try
{
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
return;
}
}
public void NetConnect()
{
#if DEBUG
Stopwatch stopwatch;
stopwatch = new Stopwatch();
stopwatch.Start();
#endif
IPCB_BoardIterator BoardIterator;
IPCB_GroupIterator CompIterator;
IPCB_Primitive CompItem;
IPCB_Board Board = Util.GetCurrentPCB();
IPCB_Component Comp;
if (Board == null)
{
return;
}
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
//Filter for components only.
FilterSet.Add(PCB.TObjectId.eComponentObject);
FilterSet.Add(PCB.TObjectId.ePadObject);
FilterSet.Add(PCB.TObjectId.eTrackObject);
BoardIterator.AddFilter_ObjectSet(FilterSet);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
CompItem = BoardIterator.FirstPCBObject();
//Comp = (IPCB_Component)BoardIterator.FirstPCBObject();
while (CompItem != null)
{
if (CompItem.GetState_Selected())
{
if (CompItem.GetState_ObjectIDString() == "Pad" || CompItem.GetState_ObjectIDString() == "Track")
{
if (CompItem.GetState_InNet())
{
CompItem.GetState_Net().ShowNetConnects();
}
}
else
{
Comp = (IPCB_Component)CompItem;
CompIterator = Comp.GroupIterator_Create();
CompIterator.AddFilter_LayerSet_2(PCBConstant.V7AllLayersSet);
CompItem = CompIterator.FirstPCBObject();
while (CompItem != null)
{
if (CompItem.GetState_InNet())
{
CompItem.GetState_Net().ShowNetConnects();
}
CompItem = CompIterator.NextPCBObject();
}
}
}
CompItem = BoardIterator.NextPCBObject();
}
#if DEBUG
stopwatch.Stop();
Debug.WriteLine(stopwatch.ElapsedMilliseconds);
#endif
}
public void GetInitialParts()
{
try
{
SelectedSourceRef = new List <string>();
selectedSourceObjects = new clsSelectedObjects();
Source = new clsOutput();
IPCB_BoardIterator BoardIterator;
IPCB_Primitive Primitive;
IPCB_Board Board = Util.GetCurrentPCB();
if (Board == null)
{
return;
}
//Iterate theough all components on the board.
BoardIterator = Board.BoardIterator_Create();
PCB.TObjectSet FilterSet = new PCB.TObjectSet();
BoardIterator.AddFilter_ObjectSet(Util.PCBAllObject);
BoardIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
BoardIterator.AddFilter_Method(TIterationMethod.eProcessAll);
Primitive = BoardIterator.FirstPCBObject();
while (Primitive != null)
{
if (Primitive.GetState_Selected())
{
switch (Primitive.GetState_ObjectID())
{
case TObjectId.eArcObject:
IPCB_Arc arcObject = Primitive as IPCB_Arc;
selectedSourceObjects.arcObjects.Add(arcObject);
clsOutput.st_IPCB_Arc newArc = new clsOutput.st_IPCB_Arc();
newArc.StartX = arcObject.GetState_StartX();
newArc.StartY = arcObject.GetState_StartY();
newArc.EndX = arcObject.GetState_EndX();
newArc.EndY = arcObject.GetState_EndY();
newArc.StartAngle = arcObject.GetState_StartAngle();
newArc.EndAngle = arcObject.GetState_EndAngle();
newArc.CenterX = arcObject.GetState_CenterX();
newArc.CenterY = arcObject.GetState_CenterY();
newArc.KeepOut = arcObject.GetState_IsKeepout();
newArc.LineWidth = arcObject.GetState_LineWidth();
if (arcObject.GetState_Net() != null)
{
newArc.Net = arcObject.GetState_Net().GetState_Name();
}
else
{
newArc.Net = null;
}
newArc.PasteMaskExpansion = arcObject.GetState_PasteMaskExpansion();
newArc.Radius = arcObject.GetState_Radius();
newArc.SolderMaskExpansion = arcObject.GetState_SolderMaskExpansion();
newArc.Layer = Util.GetLayerName(arcObject.GetState_Board(), arcObject.GetState_V7Layer());
Source.Arcs.Add(newArc);
System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
break;
case TObjectId.ePadObject:
IPCB_Pad padObject = Primitive as IPCB_Pad;
selectedSourceObjects.padObjects.Add(padObject);
System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
break;
case TObjectId.eViaObject:
System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
IPCB_Via ViaObject = Primitive as IPCB_Via;
clsOutput.st_IPCB_Via newVia = new clsOutput.st_IPCB_Via();
string test = "";
ViaObject.Export_ToParameters(ref test);
newVia.HoleSize = ViaObject.GetState_HoleSize();
newVia.IsTestPoint_Bottom = ViaObject.GetState_IsTestPoint_Bottom();
newVia.IsTestPoint_Top = ViaObject.GetState_IsTestPoint_Top();
newVia.IsTenting = ViaObject.GetState_IsTenting();
newVia.IsTenting_Bottom = ViaObject.GetState_IsTenting_Bottom();
newVia.IsTenting_Top = ViaObject.GetState_IsTenting_Top();
//ViaObject.GetState_Layer(); ViaObject.GetState_V7Layer();
newVia.Net = ViaObject.GetState_Net().GetState_Name();
newVia.Size = ViaObject.GetState_Size();
newVia.SolderMaskExpansion = ViaObject.GetState_SolderMaskExpansion();
newVia.HighLayer = Util.GetLayerName(ViaObject.GetState_Board(), ViaObject.GetState_HighLayer());
newVia.LowLayer = Util.GetLayerName(ViaObject.GetState_Board(), ViaObject.GetState_LowLayer());
newVia.TearDrop = ViaObject.GetState_TearDrop();
newVia.XLocation = ViaObject.GetState_XLocation();
newVia.YLocation = ViaObject.GetState_YLocation();
Source.Vias.Add(newVia);
selectedSourceObjects.ViaObjects.Add(ViaObject);
break;
case TObjectId.eTrackObject:
IPCB_Track trackObject = Primitive as IPCB_Track;
System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
selectedSourceObjects.trackObjects.Add(trackObject);
clsOutput.st_IPCB_Track newTrack = new clsOutput.st_IPCB_Track();
newTrack.X1 = trackObject.GetState_X1();
newTrack.X2 = trackObject.GetState_X2();
newTrack.Y1 = trackObject.GetState_Y1();
newTrack.Y2 = trackObject.GetState_Y2();
newTrack.Width = trackObject.GetState_Width();
newTrack.Layer = Util.GetLayerName(trackObject.GetState_Board(), trackObject.GetState_V7Layer());
if (trackObject.GetState_Net() == null)
{
newTrack.Net = null;
}
else
{
newTrack.Net = trackObject.GetState_Net().GetState_Name();
}
newTrack.Keepout = trackObject.GetState_IsKeepout();
Source.Tracks.Add(newTrack);
break;
case TObjectId.eTextObject:
IPCB_Text textObject = Primitive as IPCB_Text;
selectedSourceObjects.textObjects.Add(textObject);
System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
break;
case TObjectId.eFillObject:
IPCB_Fill fillObject = Primitive as IPCB_Fill;
selectedSourceObjects.fillObjects.Add(fillObject);
clsOutput.st_IPCB_Fill newFill = new clsOutput.st_IPCB_Fill();
newFill.Length = fillObject.GetState_Length();
newFill.LocationX = fillObject.GetState_LocationX();
newFill.LocationY = fillObject.GetState_LocationY();
if (fillObject.GetState_Net() != null)
{
newFill.Net = fillObject.GetState_Net().GetState_Name();
}
newFill.PasteMaskExpansion = fillObject.GetState_PasteMaskExpansion();
if (fillObject.GetState_Polygon() != null)
{
MessageBox.Show("Polygon error. Please fix.");
}
//fillObject.GetState_Polygon(); //convert to something
newFill.Rotation = fillObject.GetState_Rotation();
newFill.SolderMaskExpansion = fillObject.GetState_SolderMaskExpansion();
newFill.Layer = Util.GetLayerName(fillObject.GetState_Board(), fillObject.GetState_V7Layer());
newFill.Width = fillObject.GetState_Width();
newFill.X1Location = fillObject.GetState_X1Location();
newFill.X2Location = fillObject.GetState_X2Location();
newFill.XLocation = fillObject.GetState_XLocation();
newFill.Y1Location = fillObject.GetState_Y1Location();
newFill.Y2Location = fillObject.GetState_Y2Location();
newFill.YLocation = fillObject.GetState_YLocation();
newFill.Keepout = fillObject.GetState_IsKeepout();
Source.Fills.Add(newFill);
System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
break;
//case TObjectId.eConnectionObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eNetObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
case TObjectId.eComponentObject:
IPCB_Component componentObject = Primitive as IPCB_Component;
selectedSourceObjects.componentObjects.Add(componentObject);
clsOutput.st_IPCB_Component newComp = new clsOutput.st_IPCB_Component();
IPCB_GroupIterator compIterator = componentObject.GroupIterator_Create();
PCB.TObjectSet compFilterset = new PCB.TObjectSet();
compFilterset.Add(TObjectId.ePadObject);
compIterator.AddFilter_ObjectSet(compFilterset);
compIterator.AddFilter_LayerSet(PCBConstant.V6AllLayersSet); //Filter all layers.
IPCB_Pad pad = compIterator.FirstPCBObject() as IPCB_Pad;
int pinCount = 0;
newComp.Nets = new SerializableDictionary <string, string>();
while (pad != null)
{
if (pad.GetState_Net() != null)
{
if (!newComp.Nets.ContainsKey(pad.GetState_Name()))
{
newComp.Nets.Add(pad.GetState_Name(), pad.GetState_Net().GetState_Name());
}
}
pinCount++;
pad = compIterator.NextPCBObject() as IPCB_Pad;
}
componentObject.GroupIterator_Destroy(ref compIterator);
newComp.Parameters = new SerializableDictionary <string, string>();
IPCB_PrimitiveParameters componentParameters = componentObject as IPCB_PrimitiveParameters;
for (int i = 0; i < componentParameters.Count(); i++)
{
IPCB_Parameter parameter = componentParameters.GetParameterByIndex(i);
newComp.Parameters.Add(parameter.GetName(), parameter.GetValue());
}
newComp.RefDes = componentObject.GetState_Name().GetState_Text();
newComp.Footprint = componentObject.GetState_Pattern();
newComp.PinCount = pinCount;
Source.Components.Add(newComp.RefDes, newComp);
SelectedSourceRef.Add(newComp.RefDes);
//?componentObject.GetState_DescriptorString()
//"SOIC Component U5FM-QT#94L9#-20.000MHz (5528.098mil,6358.425mil) on Top Layer"
//? componentObject.GetState_DetailString()
//"Component U5FM Comment:QT#94L9#-20.000MHz Footprint: QT194"
//?componentObject.GetState_Layer()
//componentObject.GetState_Pattern() Footprint
//componentObject.GetState_SourceDesignator() Refdes
//componentObject.GetState_SourceFootprintLibrary() library
//componentObject.GetState_SourceLibReference() corp number
//componentObject.GetState_XLocation()
//componentObject.GetState_YLocation()
System.Diagnostics.Debug.WriteLine(componentObject.GetState_DescriptorString());
break;
case TObjectId.ePolyObject:
IPCB_Polygon polygonObject = Primitive as IPCB_Polygon;
selectedSourceObjects.polygonObjects.Add(polygonObject);
clsOutput.st_IPCB_Polygon newPoly = new clsOutput.st_IPCB_Polygon();
//polygonObject.GetState_BorderWidth();
//polygonObject.GetState_Coordinate();
newPoly.Keepout = polygonObject.GetState_IsKeepout();
newPoly.Layer = Util.GetLayerName(polygonObject.GetState_Board(), polygonObject.GetState_V7Layer());
newPoly.MitreCorners = polygonObject.GetState_MitreCorners();
if (polygonObject.GetState_Net() != null)
{
newPoly.Net = polygonObject.GetState_Net().GetState_Name();
}
newPoly.PasteMaskExpansion = polygonObject.GetState_PasteMaskExpansion();
if (polygonObject.GetState_Polygon() != null)
{
MessageBox.Show("Polygon error. Please fix.");
}
newPoly.PolySegments = new List <SPolySegment>();
for (int i = 0; i < polygonObject.GetState_PointCount(); i++)
{
newPoly.PolySegments.Add(polygonObject.GetState_Segments(i).Data);
}
newPoly.SolderMaskExpansion = polygonObject.GetState_SolderMaskExpansion();
newPoly.TrackSize = polygonObject.GetState_TrackSize();//???
newPoly.XLocation = polygonObject.GetState_XLocation();
newPoly.YLocation = polygonObject.GetState_YLocation();
newPoly.PolyType = polygonObject.GetState_PolygonType();
Source.Polygons.Add(newPoly);
System.Diagnostics.Debug.WriteLine(polygonObject.GetState_DescriptorString());
break;
case TObjectId.eRegionObject:
IPCB_Region regionObject = Primitive as IPCB_Region;
selectedSourceObjects.regionObjects.Add(regionObject);
clsOutput.st_IPCB_Region newRegion = new clsOutput.st_IPCB_Region();
if (regionObject.GetHoleCount() > 0)
{
MessageBox.Show("Region issue");
}
newRegion.Keepout = regionObject.GetState_IsKeepout();
newRegion.RegionKind = regionObject.GetState_Kind();
newRegion.Layer = Util.GetLayerName(regionObject.GetState_Board(), regionObject.GetState_V7Layer());
if (regionObject.GetState_Net() != null)
{
newRegion.Net = regionObject.GetState_Net().GetState_Name();
}
newRegion.PasteMaskExpansion = regionObject.GetState_PasteMaskExpansion();
newRegion.SolderMaskExpansion = regionObject.GetState_SolderMaskExpansion();
List <clsOutput.st_Contour> Contours;
newRegion.GeometricPolygons = new List <List <clsOutput.st_Contour> >();
for (int i = 0; i < regionObject.GetGeometricPolygon().GetState_Count(); i++)
{
Contours = new List <clsOutput.st_Contour>();
for (int j = 0; j < regionObject.GetGeometricPolygon().GetState_Contour(i).GetState_Count(); j++)
{
Contours.Add(new clsOutput.st_Contour()
{
X = regionObject.GetGeometricPolygon().GetState_Contour(i).GetState_PointX(j),
Y = regionObject.GetGeometricPolygon().GetState_Contour(i).GetState_PointY(j)
});
}
newRegion.GeometricPolygons.Add(Contours);
}
//?regionObject.GetGeometricPolygon().GetState_Count()
//?regionObject.GetGeometricPolygon().GetState_Contour(0)
//?regionObject.GetGeometricPolygon().GetState_Contour(0).GetState_Count()
//?regionObject.GetGeometricPolygon().GetState_Contour(0).GetState_PointY(0)
//?regionObject.GetGeometricPolygon().GetState_Contour(0).GetState_PointX(0)
Source.Regions.Add(newRegion);
System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
break;
//case TObjectId.eComponentBodyObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eDimensionObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eCoordinateObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eClassObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eRuleObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eFromToObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eDifferentialPairObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eViolationObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eEmbeddedObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eEmbeddedBoardObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eSplitPlaneObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eTraceObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eSpareViaObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eBoardObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
//case TObjectId.eBoardOutlineObject:
// System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
// break;
default:
selectedSourceObjects.primitiveObjects.Add(Primitive);
System.Diagnostics.Debug.WriteLine(Primitive.GetState_DescriptorString());
break;
}
//Primitive.Export_ToParameters(ref RefDes);
}
Primitive = BoardIterator.NextPCBObject();
}
//Iterator clean-up
Board.BoardIterator_Destroy(ref BoardIterator);
//clsOutput outputb;
//outputb = new clsOutput();
//XmlSerialization.WriteToXmlFile<clsOutput>(@"S:\Dropbox\Altium Extensions\test.xml", Output);
//outputb = XmlSerialization.ReadFromXmlFile<clsOutput>(@"S:\Dropbox\Altium Extensions\test.xml");
//@"S:\Dropbox\Altium Extensions\test.xml"
//"C:\\Users\\rlyne\\Dropbox\\Altium Extensions\\SwRI_Tools\\bin\\test.xml"
}
catch (Exception ex)
{
ErrorMail.LogError("Error in " + System.Reflection.MethodBase.GetCurrentMethod().Name + ".", ex);
return;
}
}
