public CoordinationPoint(
bool isFirCopx,
string departureAirportOrFixBefore,
string departureRunway,
string coordinationFix,
string arrivalAirportOrFixAfter,
string arrivalRunway,
string fromSector,
string toSector,
string climbLevel,
string descendLevel,
string name,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
IsFirCopx = isFirCopx;
DepartureAirportOrFixBefore = departureAirportOrFixBefore;
DepartureRunway = departureRunway;
CoordinationFix = coordinationFix;
ArrivalAirportOrFixAfter = arrivalAirportOrFixAfter;
ArrivalRunway = arrivalRunway;
FromSector = fromSector;
ToSector = toSector;
ClimbLevel = climbLevel;
DescendLevel = descendLevel;
Name = name;
}
/*
* Iterate the lines in a file.
* - Skip any blank line
* - Store up any full-comment lines to be turned into a DocBlock
* - If it's a data line, yield a data item for parsing
*/
public override IEnumerator <SectorData> GetEnumerator()
{
Docblock docblock = new Docblock();
using TextReader file = this.streamFactory.GetStream(this.FullPath);
string line;
while ((line = file.ReadLine()) != null)
{
this.CurrentLineNumber++;
if (reader.IsBlankLine(line))
{
continue;
}
if (reader.IsCommentLine(line))
{
docblock.AddLine(reader.GetCommentSegment(line));
}
else
{
yield return(new SectorData(
docblock,
reader.GetCommentSegment(line),
reader.GetDataSegments(line),
reader.GetRawData(line),
new Definition(this.FullPath, this.CurrentLineNumber)
));
docblock = new Docblock();
}
}
}
private static void AssertExpectedDocblockLines(Docblock docblock, List <string> docblockLines)
{
Docblock expectedDocblock = new();
docblockLines?.ForEach(line => docblock.AddLine(new Comment(line)));
Assert.Equal(expectedDocblock, docblock);
}
public InfoLatitude(
string latitude,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
this.Latitude = latitude;
}
public SectorlineCoordinate(
Coordinate coordinate,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
Coordinate = coordinate;
}
public InfoScale(
int scale,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
this.Scale = scale;
}
public InfoMagneticVariation(
double variation,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
this.Variation = variation;
}
public FixedColourRunwayCentreline(
RunwayCentrelineSegment centrelineSegment,
Definition definition,
Docblock docblock,
Comment inlineComment
)
: base(centrelineSegment, definition, docblock, inlineComment)
{
}
public InfoMilesPerDegreeLatitude(
int miles,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
this.Miles = miles;
}
public GroundNetworkCoordinate(
Coordinate coordinate,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
Coordinate = coordinate;
}
public RunwayCentreline(
RunwayCentrelineSegment centrelineSegment,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
CentrelineSegment = centrelineSegment;
}
public CentrelineStarter(
bool isExtended,
RunwayCentrelineSegment centrelineSegment,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(centrelineSegment, definition, docblock, inlineComment)
{
IsExtended = isExtended;
}
public SectorActive(
string airfield,
string runway,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
Airfield = airfield;
Runway = runway;
}
public Fix(
string identifier,
Coordinate coordinate,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
Identifier = identifier;
Coordinate = coordinate;
}
public Colour(
string name,
int value,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
this.Name = name;
this.Value = value;
}
public RegionPoint(
Point point,
Definition definition,
Docblock docblock,
Comment inlineComment,
string colour = null
)
: base(definition, docblock, inlineComment)
{
Point = point;
Colour = colour;
}
public AbstractSectorElementTest()
{
this.docblock = DocblockFactory.Make();
this.comment = CommentFactory.Make();
this.definition = DefinitionFactory.Make();
this.element = new MockSectorElement(
this.definition,
this.docblock,
this.comment
);
}
public SectorlineDisplayRule(
string controlledSector,
string compareSectorFirst,
string compareSectorSecond,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
ControlledSector = controlledSector;
CompareSectorFirst = compareSectorFirst;
CompareSectorSecond = compareSectorSecond;
}
public Freetext(
string title,
string text,
Coordinate coordinate,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
Title = title;
Text = text;
Coordinate = coordinate;
}
public SectorGuest(
string controller,
string departureAirport,
string arrivalAirport,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
Controller = controller;
DepartureAirport = departureAirport;
ArrivalAirport = arrivalAirport;
}
public Label(
string text,
Coordinate position,
string colour,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
Text = text;
Position = position;
Colour = colour;
}
public Ndb(
string identifier,
string frequency,
Coordinate coordinate,
Definition definition,
Docblock docblock,
Comment inlineComment
) : base(definition, docblock, inlineComment)
{
this.Identifier = identifier;
this.Frequency = frequency;
this.Coordinate = coordinate;
}
public GeoSegment(
Point firstPoint,
Point secondPoint,
string colour,
Definition definition,
Docblock docblock,
Comment comment
) : base(definition, docblock, comment)
{
FirstPoint = firstPoint;
SecondPoint = secondPoint;
Colour = colour;
}
public SectorData(
Docblock docblock,
Comment inlineComment,
List <string> dataSegments,
string rawData,
Definition definition
)
{
this.docblock = docblock;
this.inlineComment = inlineComment;
this.dataSegments = dataSegments;
this.rawData = rawData;
this.definition = definition;
}
public ArtccSegment(
string identifier,
ArtccType type,
Point startPoint,
Point endPoint,
Definition definition,
Docblock docblock,
Comment inlineComment
)
: base(definition, docblock, inlineComment)
{
Identifier = identifier;
Type = type;
StartPoint = startPoint;
EndPoint = endPoint;
}
public InfoName(string name, Definition definition, Docblock docblock, Comment inlineComment)
: base(definition, docblock, inlineComment)
{
this.Name = name;
}
public void ParseData(AbstractSectorDataFile data)
{
bool foundFirst = false;
// Set up some variables for the first declaration line
string name = "";
Point initialFirstPoint = new Point("");
Point initialSecondPoint = new Point("");
string initialColour = "0";
Definition initialDefinition = new Definition("", 1);
Comment initialComment = new Comment("");
Docblock initialDocblock = new Docblock();
List <GeoSegment> segments = new List <GeoSegment>();
foreach (SectorData line in data)
{
// If not found the first item, we should check it's a name.
if (!foundFirst)
{
if (!this.IsNameSegment(line))
{
this.eventLogger.AddEvent(
new SyntaxError("Invalid start to geo segment, expected a name", line)
);
return;
}
foundFirst = true;
// Set up the segment
int nameEndIndex = this.GetEndOfNameIndex(line);
name = string.Join(' ', line.dataSegments.GetRange(0, nameEndIndex));
line.dataSegments.RemoveRange(0, nameEndIndex);
try
{
GeoSegment firstSegment = this.ParseGeoSegment(line);
initialFirstPoint = firstSegment.FirstPoint;
initialSecondPoint = firstSegment.SecondPoint;
initialColour = firstSegment.Colour;
initialDefinition = firstSegment.GetDefinition();
initialDocblock = firstSegment.Docblock;
initialComment = firstSegment.InlineComment;
}
catch (ArgumentException)
{
// Syntax errors dealt with in segment parsing method
return;
}
continue;
}
// If it's a name segment, we should save our progress and start afresh
if (this.IsNameSegment(line))
{
// Add the full geo element
this.elements.Add(
new Geo(
name,
initialFirstPoint,
initialSecondPoint,
initialColour,
segments,
initialDefinition,
initialDocblock,
initialComment
)
);
// Reset the segments array
segments = new List <GeoSegment>();
// Set up the segment
int nameEndIndex = this.GetEndOfNameIndex(line);
name = string.Join(' ', line.dataSegments.GetRange(0, nameEndIndex));
line.dataSegments.RemoveRange(0, nameEndIndex);
try
{
GeoSegment firstSegment = this.ParseGeoSegment(line);
initialFirstPoint = firstSegment.FirstPoint;
initialSecondPoint = firstSegment.SecondPoint;
initialColour = firstSegment.Colour;
initialDefinition = firstSegment.GetDefinition();
initialDocblock = firstSegment.Docblock;
initialComment = firstSegment.InlineComment;
}
catch (ArgumentException)
{
// Syntax errors dealt with in segment parsing method
return;
}
continue;
}
// Otherwise, process the segment
try
{
segments.Add(this.ParseGeoSegment(line));
}
catch
{
// Syntax errors dealt with in segment parsing method
return;
}
}
// Add final geo element
this.elements.Add(
new Geo(
name,
initialFirstPoint,
initialSecondPoint,
initialColour,
segments,
initialDefinition,
initialDocblock,
initialComment
)
);
}
public InfoAirport(string airportIcao, Definition definition, Docblock docblock, Comment inlineComment)
: base(definition, docblock, inlineComment)
{
this.AirportIcao = airportIcao;
}
public InfoCallsign(string callsign, Definition definition, Docblock docblock, Comment inlineComment)
: base(definition, docblock, inlineComment)
{
this.Callsign = callsign;
}
public MockSectorElement(Definition definition, Docblock docblock, Comment inlineComment)
: base(definition, docblock, inlineComment)
{
}
