public static void WriteToFile(string fileName)
{
WriteToTable(Capacitors);
WriteToTable(Resistors);
WriteToTable(Inductors);
AccessDb.WriteToFile(Accdb_Basic, fileName);
}
public static DataTable InitiateEmptyTable(string packageName)
{
DataTable dt = AccessDb.GetTable("Capacitor - " + packageName);
dt.Rows.Add(new object[] { "NC_" + packageName, "N/A", "NC", "0pF", packageName, "CAP,SM," + packageName + ",NO POP/DEBUG/PLACE HOLDER", "N/A", "N/A",
"CAPACITOR", @"Basic\Basic.SchLib", packageName + "_NC", @"Basic\Capacitor.PcbLib",
"Ideal Simulation Data", "General", "Capacitor", "X", string.Empty, "(1:1),(2:2)", string.Empty, "Ideal" });
dt.AcceptChanges();
return(dt);
}
public static DataTable InitiateEmptyTable(string packageCode)
{
string packageName = Packages[packageCode].packageName;
DataTable dt = AccessDb.GetTable("Resistor - " + packageName);
dt.Rows.Add(new object[] { "NC_" + packageName, "N/A", "NC", "1/GMIN", packageName, "RES,SM," + packageName + ",NO POP/DEBUG/PLACE HOLDER", "N/A", "N/A",
"RESISTOR", @"Basic\Basic.SchLib", packageName + "_NC", @"Basic\Resistor.PcbLib",
"Ideal Simulation Data", "General", "Resistor", "X", string.Empty, "(1:1),(2:2)", string.Empty, "Ideal" });
/*dt.Rows.Add(new object[] { "0R_" + Packages[packageCode].current + "A", "210-000000A-01", "0R", "0.05", packageName,
* "RES,SM," + packageName + ",0.05R MAX," + Packages[packageCode].current + "A,THICK_FILM,-55~" + ((packageName == "01005") ? "+125" : "+155") + "DEG(TJ),AEC-Q200",
* "KOA Speer", "RK73Z" + packageCode + "T" + Packages[packageCode].pack,
* "RESISTOR", @"Basic\Basic.SchLib", packageName + ((packageName == "0201" || packageName == "0402") ? "_GREEN" : string.Empty), @"Basic\Resistor.PcbLib",
* "Ideal Simulation Data", "General", "Resistor", "X", string.Empty, "(1:1),(2:2)", string.Empty, "Ideal" });*/
dt.AcceptChanges();
return(dt);
}
public static void WriteToTable <T>(this IDictionary <string, HashSet <T> > list) where T : Component
{
foreach (KeyValuePair <string, HashSet <T> > desc in list)
{
HashSet <T> subSet = desc.Value;
Component c = subSet.Where(c0 => c0.Variation.Id == 1).ElementAt(0);
if (!Accdb_Basic.Keys.Contains(c.TableName))
{
Accdb_Basic.Add(c.TableName, AccessDb.GetTable(c.TableName));
}
DataTable dt = Accdb_Basic[c.TableName];
if (!dt.Rows.Contains(c.Name))
{
dt.Rows.Add(c.DataRow);
}
}
}
public static void ImportAll(string pathName)
{
BuildPartNumberWithSim(pathName + @"Library\Basic\Simulation\Murata\");
//Dictionary<string, DataTable> ds = InitiateEmptyTables();
string filePath = pathName + @"Data\Components\capacitor_murata\";
string[] files = new string[] { "GRM", "GJM", "GQM", "GCM", "GCQ" };
foreach (string file in files)
{
DataTable csv = AccessDb.FromCsv(filePath + file + ".csv");
foreach (DataRow dw in csv.Rows)
{
string mfrpn = dw["Part number (#:Packing code)"].ToString(); // Console.WriteLine(dw["Part number (#:Packing code)"].ToString());
(Capacitor c, bool isValid) = DecodeCapacitor(mfrpn);
if (isValid)
{
ComponentList.Capacitors.InsertCmp(c);
}
}
}
Console.WriteLine("\n");
foreach (string s in AllListPackSizes.Keys)
{
Console.WriteLine(s + ": " + AllListPackSizes[s]);
}
Console.WriteLine("\n");
filePath = pathName + @"Data\Components\inductor_murata\";
FileInfo[] Files = Xu.Serialization.GetFileList(filePath, "*.csv");
foreach (FileInfo file in Files)
{
Console.WriteLine(file.FullName); //file.Name;
DataTable csv = AccessDb.FromCsv(file.FullName);
//if(csv.Columns.Contains("Part number # indicates the package specification code#")) Console.Write(" ok. \n");
//else Console.Write(" error. \n");
//Console.Write(" Count: " + csv.Columns[2].ColumnName + " \n");
/*
* foreach(DataColumn dc in csv.Columns)
* {
* Console.WriteLine(dc.ColumnName);
* }*/
foreach (DataRow dr in csv.Rows)
{
string mfrpn = ((string)dr["Part number # indicates the package specification code#"]).Trim('#');
string seriesType = ((string)dr["Series"]).Trim('#');
string srf = (string)dr["SRF (min#)"];
string rdc = (string)dr["Rdc (max#)"];
//string Isat = (string)dr["Rated Current (Isat)"];
string Itemp = (string)dr["Rated Current (Itemp)"];
//string tolerance = (string)dr["Inductance Tolerance"];
// inductance = (string)dr["Inductance"];
(Inductor ind, bool isValid) = DecodeInductor(mfrpn);
if (isValid)
{
ComponentList.Inductors.InsertCmp(ind);
}
}
}
}
