static void CopyDesignRules(string designRuleFile, Eagle.designrules designRules)
{
try
{
using (StreamReader druIn = new StreamReader(designRuleFile))
{
// initialize the design rules section
designRules.name = Path.GetFileNameWithoutExtension(designRuleFile);
designRules.description.Clear();
designRules.param.Clear();
var line = druIn.ReadLine();
var regex = new Regex("[a-zA-Z]*\\[(.*)\\]");
while (line != null)
{
string[] nameValues = line.Split('=');
if (nameValues.Count() < 2)
{
// error
continue;
}
var name = nameValues[0].Trim();
var value = nameValues[1].Trim();
if (name.Contains("description"))
{
var desc = new Eagle.description();
desc.Text.Add(value);
Console.WriteLine(name);
desc.language = regex.Replace(name, "$1");
Console.WriteLine(desc.language);
designRules.description.Add(desc);
}
else
{
var param = new Eagle.param();
param.name = name;
param.value = value;
designRules.param.Add(param);
}
// read the next line
line = druIn.ReadLine();
}
}
}
catch (Exception e)
{
Console.WriteLine("Error in reading design rules file {0}", e.Message);
}
}
static void AddSignals(Eagle.nets nets, Eagle.parts parts,
Dictionary<string, Signal> signalMap, Dictionary<string, Package> packageMap,
Eagle.libraries libs, Eagle.signals signals)
{
foreach (var net in nets.net)
{
var signal = new Eagle.signal();
signal.name = net.name;
var pinrefs = net.segment.SelectMany(s => s.Items).
Where(i => i is Eagle.pinref).
Select(i => i as Eagle.pinref );
foreach (var pinref in pinrefs )
{
var part = parts.part.Where(p => p.name.Equals(pinref.part)).FirstOrDefault();
var device =
libs.library.Where(l => l.name.Equals(part.library)). // find library
SelectMany(l => l.devicesets.deviceset).Where(ds => ds.name.Equals(part.deviceset)). // find deviceset
SelectMany(ds => ds.devices.device).Where(d => d.name.Equals(part.device)). // find device
FirstOrDefault();
if (device == null)
{
// same error as reported above
continue;
}
var connect = device.connects.connect.
Where(c => c.pin.Equals(pinref.pin) && c.gate.Equals(pinref.gate)).
FirstOrDefault();
var pads = connect.pad.Split(' ');
foreach (var pad in pads)
{
var contactref = new Eagle.contactref();
contactref.element = pinref.part;
contactref.pad = pad;
if (connect.route != CyPhy2Schematic.Schematic.Eagle.connectRoute.all)
contactref.route = (CyPhy2Schematic.Schematic.Eagle.contactrefRoute)connect.route;
signal.Items.Add(contactref);
}
}
if (signalMap.ContainsKey(net.name)) // add pre-route if we already have it
{
var jsig = signalMap[net.name];
Package refPkg = null;
if (jsig.RelComponentID != null && packageMap.ContainsKey(jsig.RelComponentID))
refPkg = packageMap[jsig.RelComponentID];
if (jsig.wires != null)
{
foreach (var jwire in jsig.wires)
{
double rx1 = jwire.x1;
double rx2 = jwire.x2;
double ry1 = jwire.y1;
double ry2 = jwire.y2;
var wire = new Eagle.wire();
if (refPkg != null)
{
RotateAndTranslate(refPkg, jwire.x1, jwire.y1, out rx1, out ry1);
RotateAndTranslate(refPkg, jwire.x2, jwire.y2, out rx2, out ry2);
}
wire.x1 = rx1.ToString();
wire.x2 = rx2.ToString();
wire.y1 = ry1.ToString();
wire.y2 = ry2.ToString();
wire.width = jwire.width.ToString();
wire.layer = jwire.layer.ToString();
signal.Items.Add(wire);
}
}
if (jsig.vias != null)
{
foreach (var jvia in jsig.vias)
{
var via = new Eagle.via();
double rx = jvia.x;
double ry = jvia.y;
if (refPkg != null)
{
RotateAndTranslate(refPkg, jvia.x, jvia.y, out rx, out ry);
}
via.x = rx.ToString();
via.y = ry.ToString();
via.extent = jvia.layerBegin.ToString() + '-' + jvia.layerEnd.ToString();
via.drill = jvia.drill.ToString();
signal.Items.Add(via);
}
}
}
signals.signal.Add(signal);
}
}
static void AddBoundary(Layout boardLayout, Eagle.plain plain)
{
{
var w = new Eagle.wire();
w.x1 = Convert.ToString(0);
w.x2 = Convert.ToString(boardLayout.boardWidth);
w.y1 = Convert.ToString(0);
w.y2 = Convert.ToString(0);
w.width = Convert.ToString(0);
w.layer = BOARD_LAYER;
plain.Items.Add(w);
}
{
var w = new Eagle.wire();
w.x1 = Convert.ToString(0);
w.x2 = Convert.ToString(boardLayout.boardWidth);
w.y1 = Convert.ToString(boardLayout.boardHeight);
w.y2 = Convert.ToString(boardLayout.boardHeight);
w.width = Convert.ToString(0);
w.layer = BOARD_LAYER;
plain.Items.Add(w);
}
{
var w = new Eagle.wire();
w.x1 = Convert.ToString(0);
w.x2 = Convert.ToString(0);
w.y1 = Convert.ToString(0);
w.y2 = Convert.ToString(boardLayout.boardHeight);
w.width = Convert.ToString(0);
w.layer = BOARD_LAYER;
plain.Items.Add(w);
}
{
var w = new Eagle.wire();
w.x1 = Convert.ToString(boardLayout.boardWidth);
w.x2 = Convert.ToString(boardLayout.boardWidth);
w.y1 = Convert.ToString(0);
w.y2 = Convert.ToString(boardLayout.boardHeight);
w.width = Convert.ToString(0);
w.layer = BOARD_LAYER;
plain.Items.Add(w);
}
}
static void AddElements(Eagle.parts parts, Dictionary<string, Package> packageMap,
Eagle.libraries libs, Eagle.elements elements)
{
foreach (var part in parts.part)
{
Eagle.element element = new Eagle.element();
element.name = part.name;
element.library = part.library;
var devset =
libs.library.Where(l => l.name.Equals(part.library)). // find library
SelectMany(l => l.devicesets.deviceset).Where(ds => ds.name.Equals(part.deviceset)). // find deviceset
FirstOrDefault();
var device = devset != null ?
devset.devices.device.Where(d => d.name.Equals(part.device)). // find device
FirstOrDefault() : null;
var tech = device != null ?
device.technologies.technology.Select(t => t.name).FirstOrDefault() : null;
if (devset == null || device == null)
{
Console.WriteLine("ERROR: part {0} does not have device or deviceset information in schema file", part.name);
continue;
}
element.package = device.package;
if (devset.uservalue.ToString().Equals("no"))
{
var value = devset.name + device.name;
element.value = value.Replace("*", tech);
}
if (packageMap.ContainsKey(part.name))
{
var pkg = packageMap[part.name];
// multiple with 10, floor and divide by 10 to align place on a 0.1 mm grid
double pkgx = (pkg.x != null) ? (double)pkg.x : 0.0;
double pkgy = (pkg.y != null) ? (double)pkg.y : 0.0;
int prot = (pkg.rotation != null) ? (int)pkg.rotation : 0;
double x = 0.1 * Math.Floor(10.0 * (pkgx +
((prot % 2) == 1 ? pkg.height/2.0 : pkg.width/2.0)));
double y = 0.1 * Math.Floor(10.0 * (pkgy +
((prot % 2) == 1 ? pkg.width/2.0 : pkg.height/2.0)));
double xorg = pkg.originX != null ? (double)pkg.originX : 0.0;
double yorg = pkg.originY != null ? (double)pkg.originY : 0.0;
switch (prot)
{
case 0: x -= xorg; y -= yorg; break;
case 2: x += xorg; y += yorg; break;
case 1: x -= yorg; y -= xorg; break;
case 3: x += yorg; y += xorg; break;
}
double rx = x;
double ry = y;
if (pkg.RelComponentID != null &&
packageMap.ContainsKey(pkg.RelComponentID))
// part has a relative placement
{
var refPkg = packageMap[pkg.RelComponentID];
// rotate the contained parts according to refPkg rotation
if (refPkg.rotation != null) prot += (int)refPkg.rotation;
if (prot > 3) prot = prot % 4;
RotateAndTranslate(refPkg, x, y, out rx, out ry);
}
element.x = rx.ToString();
element.y = ry.ToString();
string layer = ((pkg.layer == 1) ? "M" : "");
string rot = (90 * prot).ToString();
element.rot = layer + "R" + rot;
}
else
{
Console.WriteLine("WARNING: part {0} not found in layout file", part.name);
}
foreach (var sattrib in device.technologies.technology.SelectMany(t => t.attribute))
{
Eagle.attribute dattrib = new Eagle.attribute();
dattrib.name = sattrib.name;
dattrib.value = sattrib.value;
dattrib.layer = ATTRIB_LAYER;
dattrib.display = Eagle.attributeDisplay.off;
element.attribute.Add(dattrib);
}
elements.element.Add(element);
}
}