public string Line(LibraryStandardIdentityGroup sig, SymbolSet ss, SymbolSetLegacySymbol symbol, LegacyEntityType entity, LegacyFunctionCodeType code)
{
string result = "";
string graphic = "";
_notes = "";
string graphicPath = _configHelper.GetPath("JMSML_2525C", FindEnum.Find2525C);
if (entity.Graphic != "" && entity.Icon != IconType.FULL_FRAME)
graphic = entity.Graphic;
else
graphic = GrabGraphic(entity.CloverGraphic, entity.RectangleGraphic, entity.SquareGraphic, entity.DiamondGraphic, sig.GraphicSuffix);
string id = graphic.Substring(0, graphic.Length - 4); ;
IconType iType = entity.Icon;
string geometryType = GeometryIs(entity.GeometryType);
string itemRootedPath = _configHelper.BuildRootedPath(graphicPath, graphic);
string itemOriginalPath = _configHelper.BuildOriginalPath(graphicPath, graphic);
if (!File.Exists(itemOriginalPath))
_notes = _notes + "image file does not exist;";
result = result + itemRootedPath;
result = result + "," + Convert.ToString(_configHelper.PointSize);
result = result + "," + id;
result = result + "," + BuildEntityItemCategory(ss, iType, geometryType);
result = result + "," + BuildEntityItemTags(sig, ss, symbol, entity, code);
result = result + "," + id;
result = result + "," + geometryType;
result = result + "," + _notes;
return result;
}
private string _BuildLegacySIDC(LegacyFunctionCodeType functionCode)
{
string result = "";
if (_symbolSet != null && _affiliation != null && _dimension != null &&
_status != null && _amplifierGroup != null && _amplifier != null && _context.ContextCode != 2)
{
if (_legacySymbol != null)
{
// Schema
if (functionCode.SchemaOverride != "")
result = functionCode.SchemaOverride;
else
result = _symbolSet.LegacyCodingSchemeCode[0].Value;
// Standard Identity
if (functionCode.StandardIdentityOverride != "")
result = result + functionCode.StandardIdentityOverride;
else
result = result + _affiliation.LegacyStandardIdentityCode[0].Value;
// Dimension
if (functionCode.DimensionOverride != "")
result = result + functionCode.DimensionOverride;
else
result = result + _dimension.LegacyDimensionCode[0].Value;
// Status
if (functionCode.StatusOverride != "")
result = result + functionCode.StatusOverride;
else
result = result + _status.LegacyStatusCode[0].Value;
// Function
result = result + functionCode.Value;
}
else
{
result = _symbolSet.LegacyCodingSchemeCode[0].Value +
_affiliation.LegacyStandardIdentityCode[0].Value +
_dimension.LegacyDimensionCode[0].Value +
_status.LegacyStatusCode[0].Value +
_blankLegacyFunction;
}
// HQTFFD
if (functionCode.HQTFFDOverride != "")
result = result + functionCode.HQTFFDOverride;
else
result = result + _amplifierGroup.LegacyModifierCode[0].Value;
// Amplifier
if (functionCode.AmplifierOverride != "")
result = result + functionCode.AmplifierOverride;
else
result = result + _amplifier.LegacyModifierCode[0].Value;
//Tail
if (functionCode.TailOverride != "")
result = result + functionCode.TailOverride;
else
result = result + _blankLegacyTail;
}
return result;
}
public string Line(SymbolSet ss, SymbolSetLegacySymbol legacySymbol, LegacyFunctionCodeType functionCode)
{
string result = "";
string name = _buildName(ss, legacySymbol);
string entityCode = "";
string extraIcon = "";
// Special care is needed with special entity subtypes
bool isEntitySubTypeSpecial = false;
if (_entitySubType != null)
{
if (_configHelper.IsSpecialEntitySubtype(ss, _entitySubType))
{
entityCode = _entityExport.CodeIt(null, ss, _entity, _entityType, null);
extraIcon = _entityExport.CodeIt(null, ss, null, null, _entitySubType);
isEntitySubTypeSpecial = true;
}
else
entityCode = _entityExport.CodeIt(null, ss, _entity, _entityType, _entitySubType);
}
else
entityCode = _entityExport.CodeIt(null, ss, _entity, _entityType, _entitySubType);
string mod1Code = "";
string mod2Code = "";
if (_modifier1 != null && _modifier1.Label != "Unspecified" && _modifier1.Label != "Not Applicable")
mod1Code = _modifierExport.CodeIt(ss, "1", _modifier1);
if (_modifier2 != null && _modifier2.Label != "Unspecified" && _modifier2.Label != "Not Applicable")
mod2Code = _modifierExport.CodeIt(ss, "2", _modifier2);
bool fullFrame = false;
string geometry = _entityExport.GeometryIt(_entity, _entityType, _entitySubType);
if (_entitySubType != null && !isEntitySubTypeSpecial)
{
fullFrame = _entitySubType.Icon == IconType.FULL_FRAME;
}
else if (_entityType != null)
{
fullFrame = _entityType.Icon == IconType.FULL_FRAME;
}
else if (_entity != null)
{
fullFrame = _entity.Icon == IconType.FULL_FRAME;
}
string fullFrameOutput = fullFrame ? "TRUE" : "";
result = name;
result = result + "," + _buildSIDCKey(ss, legacySymbol, functionCode); // + "LegacyKey";
result = result + "," + entityCode; // + "MainIcon";
result = result + "," + mod1Code; // + "Modifier1";
result = result + "," + mod2Code; // + "Modifier2";
result = result + "," + extraIcon; // + "ExtraIcon";
result = result + "," + fullFrameOutput; // + "FullFrame";
result = result + "," + geometry; // + "GeometryType";
result = result + ","; // + "Standard";
result = result + ","; // + "Status";
result = result + ","; // + "Notes";
return result;
}
private void _importLegacyData(string source, string destination)
{
if (File.Exists(destination))
{
SymbolSet ss = _deserializeSymbolSet(destination);
LibraryDimension dimension = _librarian.Dimension(ss.DimensionID);
if (ss != null)
{
string code = Convert.ToString(ss.SymbolSetCode.DigitOne) + Convert.ToString(ss.SymbolSetCode.DigitTwo);
if (code != "")
{
// Open the source file for read.
if (File.Exists(source))
{
// Lets build a list of legacy symbols to hold the results
List<SymbolSetLegacySymbol> legacySymbols = new List<SymbolSetLegacySymbol>();
// Now process the input
string line = "";
using (StreamReader r = new StreamReader(source))
{
while (!r.EndOfStream)
{
line = r.ReadLine();
string[] tokens = line.Split(',');
string ssCode = tokens[2];
string legacyCode = tokens[0];
string fullLegacyCode = tokens[1];
string mod1Code = tokens[4];
string mod2Code = tokens[5];
string status = tokens[6];
string remarks = tokens[7];
// Skip over all rows in the source file that don't match the symbol set code
// or where the 2525C SIDC field is blank.
if (ssCode == code && legacyCode != "")
{
// Extract the six character function code from the current 2525C SIDC.
string functionCode = legacyCode.Substring(legacyCode.Length - 6);
//string schemaCode = legacyCode.Substring(0, 1);
//string dimensionCode = legacyCode.Substring(2, 1);
string entityCode = tokens[3];
if (entityCode.Length == 6)
{
string eCode = entityCode.Substring(0, 2);
string etCode = entityCode.Substring(2, 2);
string estCode = entityCode.Substring(4, 2);
// Now that we have everything, let's find the pieces in the open symbol set
SymbolSetLegacySymbol ls = new SymbolSetLegacySymbol();
// Find the entity, entity type, and entity subtype for the specified SIDC.
SymbolSetEntity entity = _librarian.Entity(ss, Convert.ToUInt16(eCode.Substring(0, 1)), Convert.ToUInt16(eCode.Substring(1, 1)));
if (entity != null)
{
ls.EntityID = entity.ID;
ls.ID = entity.ID;
if (etCode != "00")
{
SymbolSetEntityEntityType eType = _librarian.EntityType(entity, Convert.ToUInt16(etCode.Substring(0, 1)), Convert.ToUInt16(etCode.Substring(1, 1)));
if (eType != null)
{
ls.EntityTypeID = eType.ID;
ls.ID = ls.ID + "_" + eType.ID;
if (estCode != "00")
{
EntitySubTypeType eSubType = _librarian.EntitySubType(eType, Convert.ToUInt16(estCode.Substring(0, 1)), Convert.ToUInt16(estCode.Substring(1, 1)));
if (eSubType != null)
{
ls.EntitySubTypeID = eSubType.ID;
ls.ID = ls.ID + "_" + eSubType.ID;
}
}
}
}
}
// No entities were found, so mark it as retired.
if (ls.ID == null)
{
ls.ID = "RETIRED";
ls.Remarks = "Retired";
}
// Find the modifier 1 and modifier 2 for the specified SIDC.
if (mod1Code != "" && mod1Code != "00" && mod1Code != "0")
{
if (mod1Code.Length == 2)
{
ModifiersTypeModifier mod = _librarian.ModifierOne(ss, Convert.ToUInt16(mod1Code.Substring(0, 1)), Convert.ToUInt16(mod1Code.Substring(1, 1)));
if (mod != null)
{
ls.ModifierOneID = mod.ID;
ls.ID = ls.ID + "_" + mod.ID;
}
}
}
if (mod2Code != "" && mod2Code != "00" && mod2Code != "0")
{
if (mod2Code.Length == 2)
{
ModifiersTypeModifier mod = _librarian.ModifierTwo(ss, Convert.ToUInt16(mod2Code.Substring(0, 1)), Convert.ToUInt16(mod2Code.Substring(1, 1)));
if (mod != null)
{
ls.ModifierTwoID = mod.ID;
ls.ID = ls.ID + "_" + mod.ID;
}
}
}
ls.ID = ls.ID + "_SYM";
ls.Label = fullLegacyCode;
// Add the legacy function code
LegacyFunctionCodeType lfCode = new LegacyFunctionCodeType();
lfCode.Name = "2525C";
if (fullLegacyCode.Substring(0, 1) != ss.LegacyCodingSchemeCode[0].Value)
lfCode.SchemaOverride = fullLegacyCode.Substring(0, 1);
if (fullLegacyCode.Substring(2, 1) != dimension.LegacyDimensionCode[0].Value)
lfCode.DimensionOverride = fullLegacyCode.Substring(2, 1);
lfCode.Value = functionCode;
if (status != "")
lfCode.Description = status;
if (remarks != "")
lfCode.Remarks = remarks;
ls.LegacyFunctionCode = new LegacyFunctionCodeType[] { lfCode };
// Add it to the current legacy symbol set
legacySymbols.Add(ls);
}
}
}
r.Close();
}
// Done processing the input. If there is anything in our list then add it to the
// symbol set and re-serialize it. Remove the existing values if they exist.
if (legacySymbols.Count > 0)
{
ss.LegacySymbols = legacySymbols.ToArray();
// Serialize the symbol set
_serializeSymbolSet(ss, destination);
}
}
}
}
}
}
private string _buildSIDCKey(SymbolSet ss, SymbolSetLegacySymbol legacySymbol, LegacyFunctionCodeType functionCode)
{
// Builds a unique key from a select number of characters from an SIDC.
// The pattern for this is:
//
// S-D-FFFFFF
//
// Where:
//
// S = Schema code
// D = Dimension code
// FFFFFF = Function code
string result = "";
if (functionCode != null)
{
if (functionCode.SchemaOverride == "")
{
LegacyLetterCodeType letterCode = _configHelper.LegacyLetter(ss.LegacyCodingSchemeCode, _standard);
if(letterCode != null)
result = letterCode.Value;
}
else
result = functionCode.SchemaOverride;
result = result + "-";
Librarian lib = _configHelper.Librarian;
LibraryDimension dimension = lib.Dimension(ss.DimensionID);
if (functionCode.DimensionOverride == "")
{
LegacyLetterCodeType letterCode = _configHelper.LegacyLetter(dimension.LegacyDimensionCode, _standard);
if (letterCode != null)
result = result + letterCode.Value;
}
else
result = result + functionCode.DimensionOverride;
result = result + "-";
result = result + functionCode.Value;
}
return result;
}
public string Line(SymbolSet ss, SymbolSetLegacySymbol legacySymbol, LegacyEntityType legacyEntity, LegacyFunctionCodeType functionCode)
{
string result = "";
string sidcKey = _buildSIDCKey(ss, legacySymbol, functionCode);
bool fullFrame = (legacyEntity.Icon == IconType.FULL_FRAME);
string fullFrameOutput = fullFrame ? "TRUE" : "";
result = legacyEntity.Label;
result = result + "," + sidcKey;
result = result + "," + sidcKey;
result = result + ",";
result = result + ",";
result = result + ",";
result = result + "," + fullFrameOutput;
result = result + "," + "Point"; // TODO : Handle this through a modernized form of GeometryIt
result = result + ",";
result = result + ",";
result = result + ",";
return result;
}
public LegacyFunctionCodeType[] LegacyFunctions(LegacyFunctionCodeType[] functionArray, string standard)
{
// Retrieves and returns an array of all function codes in the given array matching the given standard
List<LegacyFunctionCodeType> functionCodes = new List<LegacyFunctionCodeType>();
foreach (LegacyFunctionCodeType functionCodeInArray in functionArray)
{
if (functionCodeInArray.Name == standard)
{
functionCodes.Add(functionCodeInArray);
}
}
return functionCodes.ToArray<LegacyFunctionCodeType>();
}
public LegacyFunctionCodeType LegacyFunction(LegacyFunctionCodeType[] functionArray, string standard)
{
// Retrieves and returns the first function code in the given array matching the given standard
LegacyFunctionCodeType functionCode = null;
foreach(LegacyFunctionCodeType functionCodeInArray in functionArray)
{
if (functionCodeInArray.Name == standard)
{
functionCode = functionCodeInArray;
break;
}
}
return functionCode;
}
protected string BuildEntityItemTags(LibraryStandardIdentityGroup sig, SymbolSet ss, SymbolSetLegacySymbol symbol, LegacyEntityType entity, LegacyFunctionCodeType code)
{
// Builds a list of seperated tag strings from information derived from the specified objects.
// TODO: Normalize with similar code found in the preceding function.
string result = "";
string graphic = "";
string name = entity.Label.Replace(',', '-');
// Add the type of geometry
string geometry = _geometryList[(int)entity.GeometryType];
if (entity.Icon == IconType.FULL_FRAME)
{
if (sig != null)
{
graphic = GrabGraphic(entity.CloverGraphic, entity.RectangleGraphic, entity.SquareGraphic, entity.DiamondGraphic, sig.GraphicSuffix);
}
_notes = _notes + "icon touches frame;";
}
else
graphic = entity.Graphic;
// Create the unique ID
string id = graphic.Substring(0, graphic.Length - 4);
// Grab any custom XML tags that might exist
string[] xmlTags = entity.Tags;
// Now build the string
result = ss.Label.Replace(',', '-');
result = result + ";" + name;
// If there is a standard identity group, add it
if (sig != null)
{
result = result + ";" + sig.Label;
}
// Add any custom XML or export tags that might exist
result = _configHelper.AddCustomTags(result, id, xmlTags);
// Add the 15 character SIDC for the symbol
result = result + ";" + symbol.Label;
// Add the entity's type
result = result + ";" + Convert.ToString(entity.Icon);
// Add the three most important pieces of information
result = result + ";" + geometry;
result = result + ";" + name;
result = result + ";" + id;
if (result.Length > 255)
{
// Can't have a tag string greater than 255 in length.
// Human interaction will be required to resolve these on a case by case basis.
_notes = _notes + "styleItemTags > 255;";
}
return result;
}