protected string BuildModifierItemName(SymbolSet ss, string modNumber, ModifiersTypeModifier m)
{
// Constructs a string containing the name of a modifier, where each Label value
// is seperated by a DomainSeparator (usually a colon). Builds this for each group
// of related SymbolSet and modifier.
//string result = this.BuildModifierItemCategory(ss, modNumber);
//result = result + _configHelper.DomainSeparator + m.Category.Replace(',', '-') + _configHelper.DomainSeparator + m.Label.Replace(',', '-');
string result;
if (m.Category != null && m.Category != "")
{
result = ((m.CategoryAlias == "") ? m.Category : m.CategoryAlias) + _configHelper.DomainSeparator + ((m.LabelAlias == "") ? m.Label : m.LabelAlias);
}
else
{
result = m.LabelAlias == "" ? m.Label : m.LabelAlias;
}
result = result.Replace(',', '-');
return result;
}
string IModifierExport.Line(SymbolSet ss, string modNumber, ModifiersTypeModifier m)
{
string result = BuildModifierItemName(null, modNumber, m) + ",";
result = result + BuildModifierCode(null, modNumber, m);
return result;
}
string IEntityExport.Line(LibraryStandardIdentityGroup sig,
SymbolSet ss,
EntitySubTypeType eSubType)
{
string code = BuildEntityCode(null, null, null, null, eSubType);
return BuildEntityItemName(null, null, null, null, eSubType) + "," + code;
}
public string CodeIt(LibraryStandardIdentityGroup sig, SymbolSet ss, SymbolSetEntity e, SymbolSetEntityEntityType eType, EntitySubTypeType eSubType)
{
string code = "";
if (ss != null); // && (e != null || (e == null && eType == null)))
code = BuildEntityCode(sig, ss, e, eType, eSubType);
return code;
}
public string NameIt(SymbolSet ss, string modNumber, ModifiersTypeModifier m)
{
string name = "";
if(ss != null && m != null)
name = BuildModifierItemName(ss, modNumber, m);
return name;
}
public string CodeIt(SymbolSet ss, string modNumber, ModifiersTypeModifier m)
{
string code = "";
if (ss != null && m != null)
code = BuildModifierCode(ss, modNumber, m);
return code;
}
protected string BuildQuotedModifierCode(SymbolSet ss, string modNumber, ModifiersTypeModifier m)
{
// Constructs a quoted string containing the symbol set and modifier codes for a given
// set of those objects.
string code = '"' + this.BuildModifierCode(ss, modNumber, m) + '"';
return code;
}
public string NameIt(LibraryStandardIdentityGroup sig, SymbolSet ss, SymbolSetEntity e, SymbolSetEntityEntityType eType, EntitySubTypeType eSubType)
{
string name = "";
if(ss != null && e != null)
name = BuildEntityItemName(sig, ss, e, eType, eSubType);
return name;
}
protected string BuildModifierItemCategory(SymbolSet ss, string modNumber)
{
// Contructs the category information for a given SymbolSet and modifier, including the Label
// attribute of the SymbolSet and the type of icon being categorized, deperated by the
// domain separator (usually a colon).
string result = ss.Label.Replace(',', '-') + _configHelper.DomainSeparator;
result = result + "Modifier " + modNumber;
return result;
}
string IEntityExport.Line(LibraryStandardIdentityGroup sig, SymbolSet ss, SymbolSetEntity e, SymbolSetEntityEntityType eType, EntitySubTypeType eSubType)
{
GeometryType geoType = GeometryType.POINT;
IconType icoType = IconType.MAIN;
string result = Convert.ToString(ss.SymbolSetCode.DigitOne) + Convert.ToString(ss.SymbolSetCode.DigitTwo);
string code = BuildEntityCode(sig, ss, e, eType, eSubType);
// Remove the first two characters as this output does not require the symbol set code, and exclude any trailing underbar digit
// Note that these code will not be unique, with the substring operation in place.
code = code.Substring(2,6);
result = result + ",";
result = result + e.Label.Replace(',', '-');
geoType = e.GeometryType;
icoType = e.Icon;
result = result + ",";
if (eType != null)
{
result = result + eType.Label.Replace(',', '-');
geoType = eType.GeometryType;
icoType = eType.Icon;
}
result = result + ",";
if (eSubType != null)
{
result = result + eSubType.Label.Replace(',', '-');
geoType = eSubType.GeometryType;
icoType = eSubType.Icon;
}
if (sig != null)
{
result = result + "," + sig.Label;
}
else
{
result = result + ",";
}
result = result + "," + code + "," + _geometryList[(int)geoType];
result = result + "," + Convert.ToString(icoType) + "," + BuildEntityItemName(sig, ss, e, eType, eSubType);
return result;
}
protected string BuildEntityCode(LibraryStandardIdentityGroup sig,
SymbolSet ss,
SymbolSetEntity e,
SymbolSetEntityEntityType eType,
EntitySubTypeType eSubType)
{
// Constructs a string containing the symbol set and entity codes for a given
// set of those objects.
string code = "";
if (ss != null)
{
code = code + Convert.ToString(ss.SymbolSetCode.DigitOne) + Convert.ToString(ss.SymbolSetCode.DigitTwo);
}
if (e == null && eType == null && eSubType != null)
{
// Deal with the special entity sub types as a special case
code = code + eSubType.EntityCode + eSubType.EntityTypeCode + Convert.ToString(eSubType.EntitySubTypeCode.DigitOne) + Convert.ToString(eSubType.EntitySubTypeCode.DigitTwo);
}
else
{
// Almost everything is dealt with below
code = code + Convert.ToString(e.EntityCode.DigitOne) + Convert.ToString(e.EntityCode.DigitTwo);
if (eType != null)
code = code + Convert.ToString(eType.EntityTypeCode.DigitOne) + Convert.ToString(eType.EntityTypeCode.DigitTwo);
else
code = code + "00";
if (eSubType != null)
code = code + Convert.ToString(eSubType.EntitySubTypeCode.DigitOne) + Convert.ToString(eSubType.EntitySubTypeCode.DigitTwo);
else
code = code + "00";
}
if (sig != null)
{
code = code + sig.GraphicSuffix;
}
return code;
}
string IModifierExport.Line(SymbolSet ss, string modNumber, ModifiersTypeModifier m)
{
_notes = "";
string result = "";
string graphicPath = "";
switch (modNumber)
{
case "1":
graphicPath = _configHelper.GetPath(ss.ID, FindEnum.FindModifierOnes);
break;
case "2":
graphicPath = _configHelper.GetPath(ss.ID, FindEnum.FindModifierTwos);
break;
}
string itemRootedPath = _configHelper.BuildRootedPath(graphicPath, m.Graphic);
string itemOriginalPath = _configHelper.BuildOriginalPath(graphicPath, m.Graphic);
if (!File.Exists(itemOriginalPath))
{
_notes = _notes + "image file does not exist;";
logger.Warn("Image File Missing: " + itemOriginalPath);
}
string itemName = BuildModifierItemName(ss, modNumber, m);
string itemCategory = BuildModifierItemCategory(ss, modNumber);
string itemTags = BuildModifierItemTags(ss, modNumber, m, _omitSource, _omitLegacy);
string itemID = BuildModifierCode(ss, modNumber, m);
result = itemRootedPath + "," +
Convert.ToString(_configHelper.PointSize) + "," +
itemName + "," +
itemCategory + "," +
itemTags + "," +
itemID + "," +
"Point" + "," +
_notes;
return result;
}
string IModifierExport.Line(SymbolSet ss, string modNumber, ModifiersTypeModifier m)
{
string result = Convert.ToString(ss.SymbolSetCode.DigitOne) + Convert.ToString(ss.SymbolSetCode.DigitTwo);
result = result + "," + modNumber + ",";
if (m.Category != null)
result = result + m.Category.Replace(',', '-') + ",";
else
result = result + ",";
result = result + m.Label.Replace(',', '-') + ",";
result = result + Convert.ToString(m.ModifierCode.DigitOne) + Convert.ToString(m.ModifierCode.DigitTwo);
result = result + "," + BuildModifierItemName(ss, modNumber, m);
return result;
}
protected string BuildModifierCode(SymbolSet ss, string modNumber, ModifiersTypeModifier m)
{
// Constructs a string containing the symbol set and modifier codes for a given
// set of those objects.
string code = "";
if(ss != null)
{
code = code + Convert.ToString(ss.SymbolSetCode.DigitOne) + Convert.ToString(ss.SymbolSetCode.DigitTwo);
}
code = code + Convert.ToString(m.ModifierCode.DigitOne) + Convert.ToString(m.ModifierCode.DigitTwo);
if (ss != null)
{
code = code + modNumber;
}
return code;
}
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 void _serializeSymbolSet(SymbolSet ss, string path)
{
if (ss != null)
{
var serializer = new XmlSerializer(typeof(SymbolSet));
using (FileStream writer = new FileStream(path, FileMode.Create, FileAccess.Write, FileShare.ReadWrite))
{
try
{
serializer.Serialize(writer, ss);
}
catch (IOException ex)
{
logger.Error(ex.Message);
}
}
}
}
internal SymbolSetEntity Entity(SymbolSet symbolSet, string entityID)
{
SymbolSetEntity retObj = null;
if (symbolSet != null)
{
if (symbolSet.Entities != null)
{
foreach (SymbolSetEntity lObj in symbolSet.Entities)
{
if (lObj.ID == entityID)
{
return lObj;
}
}
}
}
_statusFlag -= 2048;
return retObj;
}
private void _exportMod(StreamWriter w, SymbolSet s, ModifiersTypeModifier mod, string modNumber, IModifierExport exporter, string expression)
{
string line;
if (!(exporter is ImageModifierExport) || mod.ModifierCode.DigitOne != 0 || mod.ModifierCode.DigitTwo != 0)
{
if (expression == "" ||
System.Text.RegularExpressions.Regex.IsMatch(mod.Label, expression, System.Text.RegularExpressions.RegexOptions.IgnoreCase))
{
line = string.Format("{0}", exporter.Line(s, modNumber, mod));
w.WriteLine(line);
w.Flush();
}
else if (mod.Category != null)
{
if (System.Text.RegularExpressions.Regex.IsMatch(mod.Category, expression, System.Text.RegularExpressions.RegexOptions.IgnoreCase))
{
line = string.Format("{0}", exporter.Line(s, modNumber, mod));
w.WriteLine(line);
w.Flush();
}
}
}
}
private void _exportSpecialEntities(ETLExportEnum exportType, IEntityExport exporter, SymbolSet s, StreamWriter w, EntitySubTypeType[] array)
{
// Exports special entities to a CSV file
string line = "";
if (array != null)
{
foreach (EntitySubTypeType eSubType in array)
{
if (eSubType.Icon == IconType.SPECIAL && exportType == ETLExportEnum.ETLExportImage)
{
foreach (LibraryStandardIdentityGroup sig in _library.StandardIdentityGroups)
{
line = string.Format("{0}", exporter.Line(sig, s, eSubType));
w.WriteLine(line);
w.Flush();
}
}
else
{
if (exportType == ETLExportEnum.ETLExportDomain)
line = string.Format("{0}", exporter.Line(eSubType));
else
line = string.Format("{0}", exporter.Line(null, s, eSubType));
w.WriteLine(line);
w.Flush();
}
}
}
}
internal SymbolSetLegacySymbol LegacySymbol(string legacySIDC, ref LibraryDimension dimensionOut, ref SymbolSet ssOut)
{
SymbolSetLegacySymbol retObj = null;
dimensionOut = null;
ssOut = null;
string codingSchemeLetter = legacySIDC.Substring(0, 1);
string code = legacySIDC.Substring(2, 1);
string firstLetterInFunction = legacySIDC.Substring(4, 1);
foreach (LibraryDimension lObj in _library.Dimensions)
{
if (lObj.LegacyDimensionCode != null)
{
foreach (LegacyLetterCodeType lObj2 in lObj.LegacyDimensionCode)
{
if ((lObj2.Value == code && lObj2.FirstFunctionLetter == "" && lObj2.CodingSchemeLetter == "") ||
(lObj2.Value == code && lObj2.FirstFunctionLetter == firstLetterInFunction && lObj2.CodingSchemeLetter == "") ||
(lObj2.Value == code && lObj2.FirstFunctionLetter == "" && lObj2.CodingSchemeLetter == codingSchemeLetter) ||
(lObj2.Value == code && lObj2.FirstFunctionLetter == firstLetterInFunction && lObj2.CodingSchemeLetter == codingSchemeLetter))
{
if (lObj.SymbolSets != null)
{
foreach (LibraryDimensionSymbolSetRef ssRef in lObj.SymbolSets)
{
SymbolSet ss = this.SymbolSet(ssRef.ID);
if (ss != null)
{
retObj = this.LegacySymbol(ss, legacySIDC);
if (retObj != null)
{
dimensionOut = lObj;
ssOut = ss;
return retObj;
}
}
}
}
}
}
}
}
if (retObj == null)
{
_statusFlag -= 4; // Can't find a Dimension
_statusFlag -= 16; // Can't find a SymbolSet
_statusFlag -= 65536; // Can't find a LegacySymbol
}
return retObj;
}
internal SymbolSetLegacySymbol LegacySymbol(SymbolSet symbolSet, string legacySIDC)
{
SymbolSetLegacySymbol retObj = null;
string schema = legacySIDC.Substring(0, 1);
string functionCode = legacySIDC.Substring(4, 6);
string dimension = legacySIDC.Substring(2, 1);
string hqtffd = legacySIDC.Substring(10, 1);
string amplifier = legacySIDC.Substring(11, 1);
string tail = legacySIDC.Substring(12, 3);
if (symbolSet != null)
{
if (symbolSet.LegacySymbols != null)
{
foreach (SymbolSetLegacySymbol lObj in symbolSet.LegacySymbols)
{
foreach (LegacyFunctionCodeType lObj2 in lObj.LegacyFunctionCode)
{
if (lObj2.Value == functionCode)
{
//
// Thanks to many exceptions in 2525C, given also that function codes are not unique, we need to check other legacy code values
//
if ((lObj2.SchemaOverride == "" || (lObj2.SchemaOverride != "" && lObj2.SchemaOverride == schema)) &&
(lObj2.DimensionOverride == "" || (lObj2.DimensionOverride != "" && lObj2.DimensionOverride == dimension)) &&
(lObj2.HQTFFDOverride == "" || (lObj2.HQTFFDOverride != "" && lObj2.HQTFFDOverride == hqtffd)) &&
(lObj2.AmplifierOverride == "" || (lObj2.AmplifierOverride != "" && lObj2.AmplifierOverride == amplifier)) &&
(lObj2.TailOverride == "" || (lObj2.TailOverride != "" && lObj2.TailOverride == tail)))
{
return lObj;
}
}
}
}
}
}
return retObj;
}
internal EntitySubTypeType EntitySubType(SymbolSet ss, ushort entitySubTypeCodeOne, ushort entitySubTypeCodeTwo)
{
EntitySubTypeType retObj = null;
if (ss != null)
{
if (ss.SpecialEntitySubTypes != null)
{
foreach (EntitySubTypeType lObj in ss.SpecialEntitySubTypes)
{
if (lObj.EntitySubTypeCode.DigitOne == entitySubTypeCodeOne &&
lObj.EntitySubTypeCode.DigitTwo == entitySubTypeCodeTwo)
{
return lObj;
}
}
}
}
return retObj;
}
internal EntitySubTypeType EntitySubType(SymbolSet ss, SymbolSetEntityEntityType entityType, string entitySubTypeID)
{
EntitySubTypeType retObj = null;
if (entityType != null)
{
if (entityType.EntitySubTypes != null)
{
foreach (EntitySubTypeType lObj in entityType.EntitySubTypes)
{
if (lObj.ID == entitySubTypeID)
{
return lObj;
}
}
}
// Can't find it. Check to see if the symbol set has special entity subtypes
if (ss != null)
{
if (ss.SpecialEntitySubTypes != null)
{
foreach (EntitySubTypeType lObj in ss.SpecialEntitySubTypes)
{
if (lObj.ID == entitySubTypeID)
{
return lObj;
}
}
}
}
}
_statusFlag -= 8192;
return retObj;
}
protected string BuildQuotedEntityCode(LibraryStandardIdentityGroup sig,
SymbolSet ss,
SymbolSetEntity e,
SymbolSetEntityEntityType eType,
EntitySubTypeType eSubType)
{
// Constructs a quoted string containing the symbol set and entity codes for a given
// set of those objects.
string code = '"' + this.BuildEntityCode(sig, ss, e, eType, eSubType) + '"';
return code;
}
// The following has been commented out as being potentially superflous
//internal LibraryAffiliation AffiliationByLegacyCode(string legacyStandardIdentityCode, string legacyDimensionCode, string legacyFirstLetterInFunction, string legacyCodingSchemeLetter)
//{
// LibraryAffiliation retObj = null;
// // For each affiliation (combination of context, dimension, and standard identity)
// foreach(LibraryAffiliation lObj in this._library.Affiliations)
// {
// if (lObj.LegacyStandardIdentityCode != null)
// {
// // For each standard identity
// foreach (LegacyLetterCodeType lObj2 in lObj.LegacyStandardIdentityCode)
// {
// // If this is the standard identity we are looking for...
// if (lObj2.Value == legacyStandardIdentityCode)
// {
// // Grab the dimension associated with the current affiliation
// LibraryDimension lDim = this.Dimension(lObj.DimensionID);
// // For each dimension code in that dimension...
// foreach (LegacyLetterCodeType lObj3 in lDim.LegacyDimensionCode)
// {
// // Test to see if this is the dimension we are looking for by checking to see if the codes match and there is no
// // first function letter and coding schema letter override, or...
// // use the overriding first function letter to refine the test, or...
// // use the overriding coding scheme letter to refine the test.
// if((lObj3.Value == legacyDimensionCode && lObj3.FirstFunctionLetter == "" && lObj3.CodingSchemeLetter == "") ||
// (lObj3.Value == legacyDimensionCode && lObj3.FirstFunctionLetter == legacyFirstLetterInFunction && lObj3.CodingSchemeLetter == "") ||
// (lObj3.Value == legacyDimensionCode && lObj3.FirstFunctionLetter == "" && lObj3.CodingSchemeLetter == legacyCodingSchemeLetter) ||
// (lObj3.Value == legacyDimensionCode && lObj3.FirstFunctionLetter == legacyFirstLetterInFunction && lObj3.CodingSchemeLetter == legacyCodingSchemeLetter))
// // We have a match, so return the current affiliation
// return lObj;
// }
// }
// }
// }
// }
// _statusFlag -= 512;
// return retObj;
//}
internal SymbolSetEntity Entity(SymbolSet symbolSet, ushort entityCodeOne, ushort entityCodeTwo)
{
SymbolSetEntity retObj = null;
if (symbolSet != null)
{
if (symbolSet.Entities != null)
{
foreach (SymbolSetEntity lObj in symbolSet.Entities)
{
if (lObj.EntityCode.DigitOne == entityCodeOne &&
lObj.EntityCode.DigitTwo == entityCodeTwo)
{
return lObj;
}
}
}
}
_statusFlag -= 2048;
return retObj;
}
internal ModifiersTypeModifier ModifierTwo(SymbolSet symbolSet, string modifierID)
{
ModifiersTypeModifier retObj = null;
if (symbolSet != null)
if(symbolSet.SectorTwoModifiers != null)
{
foreach (ModifiersTypeModifier lObj in symbolSet.SectorTwoModifiers)
{
if (lObj.ID == modifierID || modifierID == "NA" && lObj.ModifierCode.DigitOne == 0 && lObj.ModifierCode.DigitTwo == 0)
{
return lObj;
}
}
}
_statusFlag -= 32768;
return retObj;
}
internal ModifiersTypeModifier ModifierTwo(SymbolSet symbolSet, ushort modifierCodeOne, ushort modifierCodeTwo)
{
ModifiersTypeModifier retObj = null;
if (symbolSet != null)
if(symbolSet.SectorTwoModifiers != null)
{
foreach (ModifiersTypeModifier lObj in symbolSet.SectorTwoModifiers)
{
if (lObj.ModifierCode.DigitOne == modifierCodeOne &&
lObj.ModifierCode.DigitTwo == modifierCodeTwo)
{
return lObj;
}
}
}
_statusFlag -= 32768;
return retObj;
}
private void _SetInvalidSymbolProps()
{
// If a symbol can't be recognized, this method sets up
// the current symbol to represent the special Invalid symbol.
_version = _librarian.Version(1, 0);
_context = _librarian.Context(0);
_dimension = _librarian.Dimension("INTERNAL");
_standardIdentity = _librarian.StandardIdentity(1);
_symbolSet = _librarian.SymbolSet(9, 8);
_status = _librarian.Status(0);
_hqTFDummy = _librarian.HQTFDummy(0);
_amplifierGroup = _librarian.AmplifierGroup(0);
_amplifier = _librarian.Amplifier(_amplifierGroup, 0);
_affiliation = _librarian.Affiliation("REALITY", "INTERNAL", "SI_UNKNOWN");
_entity = _librarian.Entity(_symbolSet, "INVALID");
_entityType = null;
_entitySubType = null;
_modifierOne = null;
_modifierTwo = null;
}
private void _UpdateFromCurrent()
{
// Search for the appropriate JMSML Library elements, given the current (2525D)
// SIDC for this Symbol.
string first10 = _sidc.PartAString;
string second10 = _sidc.PartBString;
_librarian.ResetStatusCode();
_version = _librarian.Version(Convert.ToUInt16(first10.Substring(0, 1)),
Convert.ToUInt16(first10.Substring(1, 1)));
_context = _librarian.Context(Convert.ToUInt16(first10.Substring(2, 1)));
_standardIdentity = _librarian.StandardIdentity(Convert.ToUInt16(first10.Substring(3, 1)));
_sig = _librarian.StandardIdentityGroup(_standardIdentity);
_symbolSet = _librarian.SymbolSet(Convert.ToUInt16(first10.Substring(4, 1)), Convert.ToUInt16(first10.Substring(5, 1)));
if (_symbolSet != null)
{
_dimension = _librarian.DimensionBySymbolSet(_symbolSet.ID);
}
if (_context != null && _dimension != null && _standardIdentity != null)
{
_affiliation = _librarian.Affiliation(_context.ID, _dimension.ID, _standardIdentity.ID);
}
_status = _librarian.Status(Convert.ToUInt16(first10.Substring(6, 1)));
_hqTFDummy = _librarian.HQTFDummy(Convert.ToUInt16(first10.Substring(7, 1)));
_amplifierGroup = _librarian.AmplifierGroup(Convert.ToUInt16(first10.Substring(8, 1)));
if (_amplifierGroup != null)
{
_amplifier = _librarian.Amplifier(_amplifierGroup, Convert.ToUInt16(first10.Substring(9, 1)));
}
if (_symbolSet != null)
{
_entity = _librarian.Entity(_symbolSet, Convert.ToUInt16(second10.Substring(0, 1)), Convert.ToUInt16(second10.Substring(1, 1)));
if (_entity != null)
{
_entityType = _librarian.EntityType(_entity, Convert.ToUInt16(second10.Substring(2, 1)), Convert.ToUInt16(second10.Substring(3, 1)));
}
if (_entityType != null)
{
_entitySubType = _librarian.EntitySubType(_entityType, Convert.ToUInt16(second10.Substring(4, 1)), Convert.ToUInt16(second10.Substring(5, 1)));
if (_entitySubType == null)
{
_entitySubType = _librarian.EntitySubType(_symbolSet, Convert.ToUInt16(second10.Substring(4, 1)), Convert.ToUInt16(second10.Substring(5, 1)));
}
}
_modifierOne = _librarian.ModifierOne(_symbolSet, Convert.ToUInt16(second10.Substring(6, 1)), Convert.ToUInt16(second10.Substring(7, 1)));
_modifierTwo = _librarian.ModifierTwo(_symbolSet, Convert.ToUInt16(second10.Substring(8, 1)), Convert.ToUInt16(second10.Substring(9, 1)));
_legacySymbol = _librarian.LegacySymbol(_symbolSet, _entity, _entityType, _entitySubType, _modifierOne, _modifierTwo);
}
_librarian.LogConversionResult(_sidc.PartAString + ", " + _sidc.PartBString);
_ValidateStatus();
}
internal SymbolSetLegacySymbol LegacySymbol(SymbolSet symbolSet,
SymbolSetEntity entity,
SymbolSetEntityEntityType entityType,
EntitySubTypeType entitySubType,
ModifiersTypeModifier modifierOne,
ModifiersTypeModifier modifierTwo)
{
SymbolSetLegacySymbol retObj = null;
// Account now for non-null modifiers that are effectively treated like null (00)
if (modifierOne != null)
{
if (modifierOne.ModifierCode.DigitOne == 0 &&
modifierOne.ModifierCode.DigitTwo == 0)
modifierOne = null;
}
if (modifierTwo != null)
{
if (modifierTwo.ModifierCode.DigitOne == 0 &&
modifierTwo.ModifierCode.DigitTwo == 0)
modifierTwo = null;
}
// Now build a legacy 15 character SIDC from the 2525D symbol objects
if (symbolSet != null)
{
if (symbolSet.LegacySymbols != null)
{
int match = 0;
foreach (SymbolSetLegacySymbol lObj in symbolSet.LegacySymbols)
{
if(entity != null)
{
if (lObj.EntityID != "NA")
{
if (lObj.EntityID == entity.ID)
match++;
}
}
else if(lObj.EntityID == "NA")
match++;
if(entityType != null)
{
if (lObj.EntityTypeID != "NA")
{
if (lObj.EntityTypeID == entityType.ID)
match++;
}
}
else if(lObj.EntityTypeID == "NA")
match++;
if(entitySubType != null)
{
if (lObj.EntitySubTypeID != "NA")
{
if (lObj.EntitySubTypeID == entitySubType.ID)
match++;
}
}
else if(lObj.EntitySubTypeID == "NA")
match++;
if(modifierOne != null)
{
if (lObj.ModifierOneID != "NA")
{
if (lObj.ModifierOneID == modifierOne.ID)
match++;
}
}
else if(lObj.ModifierOneID == "NA")
match++;
if(modifierTwo != null)
{
if (lObj.ModifierTwoID != "NA")
{
if (lObj.ModifierTwoID == modifierTwo.ID)
match++;
}
}
else if(lObj.ModifierTwoID == "NA")
match++;
if(match == 5)
{
return lObj;
}
match = 0;
}
}
}
_statusFlag -= 65536;
return retObj;
}
