internal Symbol(Librarian librarian, SIDC sidc, bool drawColorBars = true, bool drawCivilianFrame = false)
{
_librarian = librarian;
_sidc = sidc;
_colorBarOCA = drawColorBars;
_useCivilianFrame = drawCivilianFrame;
_legacySIDC = _blankLegacySIDC;
_configHelper = new ConfigHelper(_librarian);
_UpdateFromCurrent();
switch (_symbolStat)
{
case SymbolStatusEnum.statusEnumOld:
_BuildLegacySIDC();
break;
case SymbolStatusEnum.statusEnumNew:
_legacySIDC = _blankLegacySIDC;
break;
}
_BuildNames();
_BuildTags();
_BuildLabels();
_BuildDrawRule();
_BuildGraphics();
}
public void SIDCConstructorTest()
{
string partA = string.Empty;
string partB = string.Empty;
SIDC target = new SIDC(partA, partB);
Assert.AreEqual(target.PartAString, "1001980000");
Assert.AreEqual(target.PartBString, "1000000000");
}
public void MakeSymbolTest()
{
string configPath = string.Empty;
Librarian target = new Librarian(configPath);
SIDC sidc = new SIDC(1003010000,1100000000);
Symbol actual = null;
actual = target.MakeSymbol(sidc);
Assert.IsNotNull(actual, "Symbol object is null.");
}
public Symbol MakeSymbol(SIDC sidc)
{
Symbol s = new Symbol(this, sidc, _drawColoredOCABars, _drawCivilianFrames);
if (s.SymbolStatus == SymbolStatusEnum.statusEnumInvalid)
{
s = null;
}
return(s);
}
public Symbol MakeSymbol(SIDC sidc)
{
Symbol s = new Symbol(this, sidc);
if (s.SymbolStatus == SymbolStatusEnum.statusEnumInvalid)
{
s = null;
}
return(s);
}
public Symbol MakeSymbol(UInt32 partA, UInt32 partB)
{
SIDC sid = new SIDC(partA, partB);
Symbol s = new Symbol(this, sid, _drawColoredOCABars, _drawCivilianFrames);
if (s.SymbolStatus == SymbolStatusEnum.statusEnumInvalid)
{
s = null;
}
return(s);
}
public Symbol MakeSymbol(UInt32 partA, UInt32 partB)
{
SIDC sid = new SIDC(partA, partB);
Symbol s = new Symbol(this, sid);
if (s.SymbolStatus == SymbolStatusEnum.statusEnumInvalid)
{
s = null;
}
return(s);
}
internal Symbol(Librarian librarian, SIDC sidc)
{
_librarian = librarian;
_sidc = sidc;
_legacySIDC = _blankLegacySIDC;
_UpdateFromCurrent();
switch (_symbolStat)
{
case SymbolStatusEnum.statusEnumOld:
_BuildLegacySIDC();
break;
case SymbolStatusEnum.statusEnumNew:
_legacySIDC = _blankLegacySIDC;
break;
}
_BuildTags();
_BuildLabels();
_BuildDrawRule();
}
internal Symbol(Librarian librarian, SIDC sidc, bool drawColorBars = true, bool drawCivilianFrame = false)
{
_librarian = librarian;
_sidc = sidc;
_colorBarOCA = drawColorBars;
_useCivilianFrame = drawCivilianFrame;
_legacySIDC = _blankLegacySIDC;
_configHelper = new ConfigHelper(_librarian);
_UpdateFromCurrent();
switch (_symbolStat)
{
case SymbolStatusEnum.statusEnumOld:
_BuildLegacySIDC();
break;
case SymbolStatusEnum.statusEnumNew:
_legacySIDC = _blankLegacySIDC;
break;
}
_BuildNames();
_BuildTags();
_BuildLabels();
_BuildDrawRule();
_BuildGraphics();
}
public Symbol MakeSymbol(SIDC sidc)
{
Symbol s = new Symbol(this, sidc, _drawColoredOCABars, _drawCivilianFrames);
if (s.SymbolStatus == SymbolStatusEnum.statusEnumInvalid)
{
s = null;
}
return s;
}
public Symbol MakeSymbol(UInt32 partA, UInt32 partB)
{
SIDC sid = new SIDC(partA, partB);
Symbol s = new Symbol(this, sid, _drawColoredOCABars, _drawCivilianFrames);
if (s.SymbolStatus == SymbolStatusEnum.statusEnumInvalid)
{
s = null;
}
return s;
}
public void PartAStringTest()
{
uint partA = 0;
uint partB = 0;
SIDC target = new SIDC(partA, partB);
string expected = "1000980000";
string actual;
target.PartAString = expected;
actual = target.PartAString;
Assert.AreEqual(expected, actual);
}
public void SIDCConstructorTest1()
{
uint partA = 0;
uint partB = 0;
SIDC target = new SIDC(partA, partB);
Assert.AreEqual(target.PartAUInt, (uint)1001980000);
Assert.AreEqual(target.PartBUInt, (uint)1000000000);
}
public void PartAUIntMixTest()
{
uint partA = 0;
uint partB = 0;
SIDC target = new SIDC(partA, partB);
uint expected = 1000980000;
string actual;
target.PartAUInt = expected;
actual = target.PartAString;
Assert.AreEqual("1000980000", actual);
}
public void PartBStringMixTest()
{
uint partA = 0;
uint partB = 0;
SIDC target = new SIDC(partA, partB);
string expected = "1000000000";
uint actual;
target.PartBString = expected;
actual = target.PartBUInt;
Assert.AreEqual((uint)1000000000, actual);
}
public void PartBUIntTest()
{
uint partA = 0;
uint partB = 0;
SIDC target = new SIDC(partA, partB);
uint expected = 1000000000;
uint actual;
target.PartBUInt = expected;
actual = target.PartBUInt;
Assert.AreEqual(expected, actual);
}