public static Dimension Parse(SExpression root_node)
{
Dimension result;
if ((root_node is SExpression) && ((root_node as SExpression).Name == "dimension"))
{
result = new Dimension();
int index = 0;
//
while (index < root_node.Items.Count)
{
SNodeBase node = root_node.Items[index];
SExpression sub = node as SExpression;
switch (sub.Name)
{
case "at": //todo: get all the things
break;
}
index++;
}
return(result);
}
else
{
return(null); // error
}
}
public static General Parse(SNodeBase node)
{
General result = new General();
if ((node is SExpression) && ((node as SExpression).Name == "fp_text"))
{
SExpression expr = node as SExpression;
result.links = (expr.Items[0] as SNodeAtom).AsInt;
result.no_connects = (expr.Items[1] as SNodeAtom).AsInt;
result.area = (expr.Items[2] as SExpression).GetRectF();
result.thickness = (expr.Items[3] as SNodeAtom).AsFloat;
result.drawings = (expr.Items[4] as SNodeAtom).AsInt;
result.tracks = (expr.Items[5] as SNodeAtom).AsInt;
result.zones = (expr.Items[6] as SNodeAtom).AsInt;
result.modules = (expr.Items[7] as SNodeAtom).AsInt;
result.nets = (expr.Items[8] as SNodeAtom).AsInt;
return(result);
}
else
{
return(null); // error
}
}
public static DimensionFeature Parse(SExpression root_node)
{
DimensionFeature result;
if ((root_node is SExpression) && (feature_names.Find(x => x == (root_node as SExpression).Name) != null))
{
result = new DimensionFeature();
int index = 0;
result.Name = (root_node as SExpression).Name;
//
while (index < root_node.Items.Count)
{
SNodeBase node = root_node.Items[index];
SExpression sub = node as SExpression;
switch (sub.Name)
{
case "pts": //TODO: get points
break;
}
index++;
}
return(result);
}
else
{
return(null); // error
}
}
public static PcbSegment Parse(SExpression root_node)
{
PcbSegment result;
if ((root_node is SExpression) && ((root_node as SExpression).Name == "segment"))
{
result = new PcbSegment();
int index = 0;
//
while (index < root_node.Items.Count)
{
SNodeBase node = root_node.Items[index];
SExpression sub = node as SExpression;
switch (sub.Name)
{
case "start":
{
float x = float.Parse((sub.Items[0] as SNodeAtom).Value);
float y = float.Parse((sub.Items[1] as SNodeAtom).Value);
result.start = new PointF(x, y);
}
break;
case "end":
{
float x = float.Parse((sub.Items[0] as SNodeAtom).Value);
float y = float.Parse((sub.Items[1] as SNodeAtom).Value);
result.end = new PointF(x, y);
}
break;
case "width":
result.width = sub.GetFloat();
break;
case "layer":
result.layer = sub.GetString();
break;
case "net":
result.net = sub.GetInt();
break;
case "tstamp":
result.tstamp = sub.GetUintHex();
break;
}
index++;
}
return(result);
}
else
{
return(null); // error
}
}
public static Via Parse(SExpression root_node)
{
Via result;
if ((root_node is SExpression) && ((root_node as SExpression).Name == "via"))
{
result = new Via();
int index = 0;
//
while (index < root_node.Items.Count)
{
SNodeBase node = root_node.Items[index];
SExpression sub = node as SExpression;
switch (sub.Name)
{
case "at":
{
float x = float.Parse((sub.Items[0] as SNodeAtom).Value);
float y = float.Parse((sub.Items[1] as SNodeAtom).Value);
result.at = new PointF(x, y);
}
break;
case "size":
result.size = sub.GetFloat();
break;
case "drill":
result.drill = sub.GetFloat();
break;
case "layers":
result.topmost_layer = sub.GetString(0);
result.topmost_layer = sub.GetString(1);
break;
case "net":
result.net = sub.GetInt();
break;
case "tstamp":
result.tstamp = sub.GetUintHex();
break;
}
index++;
}
return(result);
}
else
{
return(null); // error
}
}
// e.g (layers F.Cu F.Paste F.Mask)
public void ParseLayers(SNodeBase node)
{
Layers.Clear();
if ((node is SExpression) && ((node as SExpression).Name == "layers"))
{
SExpression expr = node as SExpression;
foreach (SNodeAtom atom in expr.Items)
{
AddLayer(atom.Value);
}
}
}
public static fp_text Parse(SNodeBase node)
{
fp_text result = new fp_text();
if ((node is SExpression) && ((node as SExpression).Name == "fp_text"))
{
SExpression expr = node as SExpression;
result.Type = (expr.Items[0] as SNodeAtom).Value;
result.Value = (expr.Items[1] as SNodeAtom).Value;
int index = 2;
while (index < expr.Items.Count)
{
if (expr.Items[index] is SExpression)
{
SExpression sub = expr.Items[index] as SExpression;
if (sub.Name == "at")
{
result.position = Position.Parse(sub);
}
else if (sub.Name == "effects")
{
result.effects = TextEffects.Parse(sub);
}
else if (sub.Name == "layer")
{
result.layer = Layer.ParseLayer(sub);
}
}
else
{
SNodeAtom atom = expr.Items[index] as SNodeAtom;
if (atom.Value == "hide")
{
result.visible = false;
}
}
index++;
}
return(result);
}
else
{
return(null); // error
}
}
public static LibEntry Parse(SExpression root_node)
{
LibEntry result = null;
if (root_node.Name == "lib")
{
result = new LibEntry();
int index = 0;
//
while (index < root_node.Items.Count)
{
SNodeBase node = root_node.Items[index];
SExpression sub = node as SExpression;
switch (sub.Name)
{
case "name":
result.Name = sub.GetString();
break;
case "type":
result.Type = sub.GetString();
break;
case "uri":
result.Uri = sub.GetString();
break;
case "options":
result.Options = sub.GetString();
break;
case "descr":
result.Description = sub.GetString();
break;
}
index++;
}
return(result);
}
else
{
return(null); // error
}
}
public static fp_line Parse(SNodeBase node)
{
fp_line result = new fp_line();
if ((node is SExpression) && ((node as SExpression).Name == "fp_line"))
{
SExpression expr = node as SExpression;
result.start = (expr.Items[0] as SExpression).GetPointF();
result.end = (expr.Items[1] as SExpression).GetPointF();
result.layer = Layer.ParseLayer(expr.Items[2]);
result.width = (expr.Items[3] as SExpression).GetFloat();
return(result);
}
else
{
return(null); // error
}
}
public static Net Parse(SNodeBase node)
{
Net result;
if ((node is SExpression) && ((node as SExpression).Name == "net"))
{
result = new Net();
SExpression expr = node as SExpression;
int index = 0;
result.Number = (expr.Items[index++] as SNodeAtom).AsInt;
result.Name = (expr.Items[index++] as SNodeAtom).Value;
return(result);
}
else
{
return(null); // error
}
}
// parsing
// parse single layer
// e.g (layer F.SilkS)
public static string ParseLayer(SNodeBase node)
{
if ((node is SExpression) && ((node as SExpression).Name == "layer"))
{
SExpression expr = node as SExpression;
string result = "";
foreach (SNodeAtom atom in expr.Items)
{
if (result != "")
{
result += "|";
}
result += atom.Value;
}
return(result);
}
else
{
return(""); // error
}
}
public static Module Parse(SNodeBase Node)
{
Module result = null;
SExpression RootNode = Node as SExpression;
if ((RootNode != null) && (RootNode.Name == "module"))
{
int index = 0;
result = new Module();
result.Name = (RootNode.Items[index++] as SNodeAtom).Value;
while (index < RootNode.Items.Count)
{
SExpression sexpr = RootNode.Items[index] as SExpression;
switch (sexpr.Name)
{
case "layer":
result.layer = Layer.ParseLayer(RootNode.Items[index]);
break;
case "tedit":
result.tedit = sexpr.GetUintHex();
break;
case "tstamp":
result.tstamp = sexpr.GetUintHex();
break;
case "descr":
result.description = sexpr.GetString();
break;
case "tags":
result.tags = sexpr.GetString();
break;
case "path":
result.path = sexpr.GetString();
break;
case "at":
result.position = Position.Parse(sexpr);
break;
case "attr":
result.attr = sexpr.GetString();
break;
case "fp_text":
switch ((sexpr.Items[0] as SNodeAtom).Value)
{
case "reference":
result.Reference = fp_text.Parse(RootNode.Items[index]);
break;
case "value":
result.Value = fp_text.Parse(RootNode.Items[index]);
break;
default:
//todo usertext
if (result.UserText == null)
{
result.UserText = new List <fp_text>();
}
result.UserText.Add(fp_text.Parse(RootNode.Items[index]));
break;
}
break;
case "fp_line":
case "fp_arc":
case "fp_circle":
case "fp_polygon":
case "fp_poly":
{
fp_shape shape = null;
switch (sexpr.Name)
{
case "fp_line":
shape = fp_line.Parse(RootNode.Items[index]);
break;
case "fp_arc":
shape = fp_arc.Parse(sexpr);
break;
case "fp_circle":
shape = fp_circle.Parse(sexpr);
break;
case "fp_polygon":
case "fp_poly":
shape = fp_polygon.Parse(sexpr);
break;
}
if (shape != null)
{
if (result.Borders == null)
{
result.Borders = new List <fp_shape>();
}
result.Borders.Add(shape);
}
}
break;
case "pad":
pad pad = pad.Parse(RootNode.Items[index]);
if (pad != null)
{
if (result.Pads == null)
{
result.Pads = new List <pad>();
}
result.Pads.Add(pad);
}
break;
case "model":
if (result.CadModels == null)
{
result.CadModels = new List <model>();
}
result.CadModels.Add(model.Parse(sexpr));
break;
}
index++;
}
}
return(result);
}
public static Zone Parse(SExpression root_node)
{
Zone result;
if ((root_node is SExpression) && ((root_node as SExpression).Name == "zone"))
{
result = new Zone();
int index = 0;
//
while (index < root_node.Items.Count)
{
SNodeBase node = root_node.Items[index];
SExpression sub = node as SExpression;
switch (sub.Name)
{
case "net": result.net = sub.GetInt();
break;
case "net_name":
result.net_name = sub.GetString();
break;
case "layer":
result.layer = sub.GetString();
break;
case "tstamp":
result.tstamp = sub.GetUintHex();
break;
case "hatch":
{
switch (sub.GetString())
{
case "none": result.outline_style = ZoneOutlineStyle.none;
break;
case "edge": result.outline_style = ZoneOutlineStyle.edge;
break;
case "full":
result.outline_style = ZoneOutlineStyle.full;
break;
}
result.hatch_pitch = sub.GetFloat(1);
}
break;
case "connect_pads":
//todo
break;
case "min_thickness":
result.min_thickness = sub.GetFloat();
break;
case "fill":
//todo
break;
case "polygon":
//todo
break;
}
index++;
}
return(result);
}
else
{
return(null); // error
}
}
public bool LoadFromFile(string filename)
{
bool result = false;
RootNode.LoadFromFile(filename);
UnParsed = new List <SExpression>();
if (RootNode.Name == "kicad_pcb")
{
SNodeBase pcb_node = RootNode;
SExpression pcb_items = (pcb_node as SExpression);
foreach (SExpression node in pcb_items.Items)
{
string name = node.Name;
if (name == "gr_line")
{
//
gr_line g = gr_line.Parse(node);
if (Drawings == null)
{
Drawings = new List <graphic_base>();
}
Drawings.Add(g);
}
else if (name == "gr_text")
{
//
gr_text g = gr_text.Parse(node);
if (Drawings == null)
{
Drawings = new List <graphic_base>();
}
Drawings.Add(g);
}
else if (name == "gr_arc")
{
gr_arc g = gr_arc.Parse(node);
if (Drawings == null)
{
Drawings = new List <graphic_base>();
}
Drawings.Add(g);
}
else if (name == "gr_circle")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "module")
{
Module module = Module.Parse(node);
if (Modules == null)
{
Modules = new List <Module>();
}
Modules.Add(module);
}
else if (name == "version")
{
FileVersion = node.GetString();
}
else if (name == "host")
{
Host_Name = (node.Items[0] as SNodeAtom).Value;
Host_Version = (node.Items[1] as SNodeAtom).Value;
}
else if (name == "general")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "page")
{
Page = node.GetString();
}
else if (name == "title_block")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "layers")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "setup")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "net")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "net_class")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "dimension")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "segment")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "via")
{
Trace("LoadPcb: todo: {0}", name);
}
else if (name == "zone")
{
Trace("LoadPcb: todo: {0}", name);
}
else
{
Trace("LoadPcb: unrecognised: {0}", name);
}
}
}
return(result);
}
public static pad Parse(SNodeBase node)
{
pad result = new pad();
if ((node is SExpression) && ((node as SExpression).Name == "pad"))
{
SExpression expr = node as SExpression;
int index = 0;
result.number = (expr.Items[index++] as SNodeAtom).Value;
result.type = (expr.Items[index++] as SNodeAtom).Value;
result.shape = (expr.Items[index++] as SNodeAtom).Value;
//
while (index < expr.Items.Count)
{
SExpression sub = expr.Items[index] as SExpression;
switch (sub.Name)
{
case "at":
result.position = Position.Parse(sub);
break;
case "size":
result.size = sub.GetSizeF();
break;
case "drill":
result.drill = Drill.Parse(sub);
break;
case "layers":
result._layers.ParseLayers(sub);
break;
case "net":
result.net = Net.Parse(sub);
break;
case "die_length":
result.die_length = sub.GetFloat();
break;
case "solder_mask_margin":
result.solder_mask_margin = sub.GetFloat();
break;
case "clearance":
result.clearance = sub.GetFloat();
break;
case "solder_paste_margin":
result.solder_paste_margin = sub.GetFloat();
break;
case "solder_paste_ratio":
result.solder_paste_ratio = sub.GetInt();
break;
case "zone_connect":
result.zone_connect = sub.GetInt();
break;
case "thermal_width":
result.thermal_width = sub.GetFloat();
break;
case "thermal_gap":
result.thermal_gap = sub.GetFloat();
break;
}
index++;
}
return(result);
}
else
{
return(null); // error
}
}
//
public static TextEffects Parse(SNodeBase node)
{
if ((node is SExpression) && ((node as SExpression).Name == "effects"))
{
SExpression expr = node as SExpression;
TextEffects result = new TextEffects();
int index = 0;
while (index < expr.Items.Count)
{
SExpression sexpr = expr.Items[index] as SExpression;
// justify: horiz_align, mirror
switch (sexpr.Name)
{
case "font":
result.font = FontAttributes.Parse(expr.Items[0] as SExpression);
break;
case "justify":
foreach (SNodeBase s2 in sexpr.Items)
{
if (s2 is SNodeAtom)
{
SNodeAtom atom = s2 as SNodeAtom;
switch (atom.Value)
{
case "mirror":
result.mirror = true;
break;
case "left":
result.horiz_align = TextJustify.left;
break;
case "right":
result.horiz_align = TextJustify.right;
break;
case "top":
result.vert_align = VerticalAlign.top;
break;
case "bottom":
result.vert_align = VerticalAlign.bottom;
break;
}
}
}
break;
}
index++;
}
return(result);
}
else
{
return(null); // error
}
}