public Dependency(string dependantId, string dependsOnId, DependencyDirection direction, bool enforce)
{
DependantId = dependantId;
DependsOnId = dependsOnId;
Direction = direction;
Enforce = enforce;
}
public List <DatabaseObject> GetDependencies(int databaseObjectId, DependencyDirection direction, DependencyLevel level, DatabaseObjectType?objectsType)
{
EnforceDatabaseObjectId(databaseObjectId);
DatabaseObject databaseObject = Keys[databaseObjectId];
return(GetDependencies(databaseObject, direction, level, objectsType));
}
public List <T> GetDependencies(int symbolId, DependencyDirection direction, DependencyLevel level)
{
if (symbolId < 0 || symbolId >= SymbolTable.Count)
{
throw new ArgumentException(nameof(symbolId));
}
Digraph g = direction == DependencyDirection.Downstream ? Digraph : Digraph.Reverse();
IEnumerable <int> symbolIndexes;
if (level == DependencyLevel.DirectOnly)
{
// That's easy
symbolIndexes = g.GetAdjList(symbolId);
}
else
{
// Run BFS to find out
var bfs = new DigraphBfs(g, symbolId);
symbolIndexes = bfs.Preorder;
}
List <T> symbols = symbolIndexes
.Select(i => Keys[i])
.ToList();
return(symbols);
}
public Dependency(string dependantId, string dependsOnId, DependencyDirection direction, bool enforce)
{
DependantId = dependantId;
DependsOnId = dependsOnId;
Direction = direction;
Enforce = enforce;
}
public List <T> GetDependencies(T symbol, DependencyDirection direction, DependencyLevel level)
{
if (!SymbolTable.ContainsKey(symbol))
{
throw new ArgumentException(nameof(symbol));
}
return(GetDependencies(SymbolTable[symbol], direction, level));
}
public List <DatabaseObject> GetDependencies(DatabaseObject databaseObject, DependencyDirection direction, DependencyLevel level, DatabaseObjectType?objectsType = null)
{
if (!SymbolTable.ContainsKey(databaseObject))
{
throw new ArgumentException(nameof(databaseObject));
}
var items = GetDependencies(SymbolTable[databaseObject], direction, level);
return(objectsType == null ? items : items.Where(w => w.ObjectType == objectsType).ToList());
}
private Texture2D GetArrowByDirection(DependencyDirection direction)
{
switch (direction)
{
case DependencyDirection.Up:
return(_mainWindow.ArrowUp);
case DependencyDirection.Down:
return(_mainWindow.ArrowDown);
case DependencyDirection.Left:
return(_mainWindow.ArrowLeft);
case DependencyDirection.Right:
return(_mainWindow.ArrowRight);
}
return(null);
}
private void DrawCurveReferences(Rect start, Rect end, NodeVisual visual, DependencyDirection direction)
{
var xOffset = start.position.x > end.position.x ? 10 : -10;
var startPos = new Vector3(
start.x + start.width * 0.5f,
start.y + start.height,
0
);
var endPos = new Vector3(
end.x + end.width * 0.5f + xOffset,
end.y,
0
);
var startTan = startPos + Vector3.up * 25;
var endTan = endPos + Vector3.down * 75;
for (var i = 1; i < 4; i++)
{
var shadow = new Color32(visual.LineShadowColor.r, visual.LineShadowColor.g, visual.LineShadowColor.b, (byte)Mathf.Clamp(i * 30f, 0, 255));
Handles.DrawBezier(startPos, endPos, startTan, endTan, shadow, null, i * 2);
}
Handles.DrawBezier(startPos, endPos, startTan, endTan, visual.LineColor, null, 3);
var arrowSize = 14;
var arrowPosition = startPos + new Vector3(-arrowSize / 2, -2);
if (direction == DependencyDirection.Down)
{
arrowPosition = endPos + new Vector3(-arrowSize / 2, -12);
}
DrawArrow(arrowPosition, arrowSize, GetArrowByDirection(direction), visual);
}
public IList <ViewModels.DatabaseObject> Get(int objectId, DependencyDirection direction, DependencyLevel level, DatabaseObjectType?objectsType = null)
{
var items = _graph.GetDependencies(objectId, direction, level, objectsType);
return(Mapper.Map <List <ViewModels.DatabaseObject> >(items));
}
public IList <ViewModels.Module> Get(int moduleId, DependencyDirection direction, DependencyLevel level)
{
var items = _graph.GetDependencies(moduleId, direction, level);
return(Mapper.Map <List <ViewModels.Module> >(items));
}
