//ecapsulate union information in artificial lines containing Union objects
private static void buildUnions(List<Line> lines)
{
bool[] loadStates = new bool[16]; //keeps track of which properties have already occured
bool readyUnion = false; //union header has been seen (offsets block recognition by 1, leaves union headers, destroys EndUnion footer)
bool inUnion = false; //first keyword duplication has been reached, begin submitting data
bool createdLine = false; //lets the line remover know if the loop counter needs decrementing
Line line = null; //current line
Union union = new Union(); //currently building union
for (int i = 0; i < lines.Count; i++)
{
line = lines[i];
createdLine = false;
//Debug.WriteLine(line.original + " = " + inUnion.ToString());
//set as ready if these states are detected
if (line.typeValue == ControlType.Union) { readyUnion = true; }
else if (line.typeValue == ControlType.EndUnion) { readyUnion = true; }
//block recognition
if ((line.keyword.found() && loadStates[line.keyword.index]) || (line.keyword.index == 15))
{
//this keyword has been loaded before, check and submit whatever was loaded
if (readyUnion && !inUnion) //switch inUnion ON
{
readyUnion = false;
inUnion = true;
}
else if (readyUnion && inUnion) //switch inUnion OFF
{
readyUnion = false;
inUnion = false;
}
//submit a continuous union block
if (inUnion && (union.type == ControlType.Continuous))
{
Line newLine = new Line();
newLine.unionValue = union;
union = new Union();
newLine.type = valueType.UNION;
//Debug.WriteLine("[INSERT CONT]");
lines.Insert(i, newLine);
createdLine = true;
}
//always clear loadStates
for (int k = 0; k < loadStates.Length; k++)
{
loadStates[k] = false;
}
//ready for next block
}
//store applicable keywords in the corresponding union location
switch (line.keyword.index)
{
case 1:
union.name = line.stringValue;
loadStates[1] = true;//mark this property as loaded
break;
case 2:
union.type = line.typeValue;
loadStates[2] = true;//mark this property as loaded
break;
case 12:
union.max = line.intValue;
loadStates[12] = true;//mark this property as loaded
break;
case 13:
union.min = line.intValue;
loadStates[13] = true;//mark this property as loaded
break;
case 14:
if (inUnion) //index in a union, submit on the spot (all in one line)
{
//Debug.WriteLine("[INSERT INDEX]");
Line newLine = new Line();
Union indexUnion = new Union();
indexUnion.name = line.indexValue.name;
indexUnion.min = line.indexValue.value;
indexUnion.type = ControlType.Indexed;
newLine.unionValue = indexUnion;
newLine.type = valueType.UNION;
lines.Insert(i, newLine);
createdLine = true;
}
break;
}
if (inUnion)
{
lines.Remove(line); //always remove union lines (since they've been converted)
if (!createdLine) { i--; } //don't need to decrement if a lines already been added
}
}//end line loop
}
public Union clone()
{
Union union = new Union();
union.name = this.name;
union.type = this.type;
union.min = this.min;
union.max = this.max;
return union;
}
//called by form UnionGenerator.cs
public static void genUnion(Trait trait, bool cont, int count, int start, int span, int seperation, String prefix)
{
if (cont)
{
span--;
for (int i = 0; i < count; i++)
{
Union union = new Union();
union.name = prefix + " " + (i + 1).ToString();
union.type = ControlType.Continuous;
union.min = start + ((span + seperation) * i);
union.max = union.min + span;
trait.union.Add(union);
}
}
else
{
for (int i = 0; i < count; i++)
{
Union union = new Union();
union.name = prefix + " " + (i + 1).ToString();
union.type = ControlType.Indexed;
union.min = start + (seperation * i);
trait.union.Add(union);
}
}
}
public static void addUnion(Trait trait)
{
Union union = new Union();
if (trait.union.Count > 0)
{
//if there are things in the list, use the last type (better workflow)
union.type = trait.union[trait.union.Count - 1].type;
}
else
{
union.type = ControlType.Continuous;
}
trait.union.Add(union);
union.name = "Union " + trait.union.Count;
union.min = 0;
union.max = 255;
}
} //end buildTraits()
//ecapsulate union information in artificial lines containing Union objects
private static void buildUnions(List <Line> lines)
{
bool[] loadStates = new bool[16]; //keeps track of which properties have already occured
bool readyUnion = false; //union header has been seen (offsets block recognition by 1, leaves union headers, destroys EndUnion footer)
bool inUnion = false; //first keyword duplication has been reached, begin submitting data
bool createdLine = false; //lets the line remover know if the loop counter needs decrementing
Line line = null; //current line
Union union = new Union(); //currently building union
for (int i = 0; i < lines.Count; i++)
{
line = lines[i];
createdLine = false;
//Debug.WriteLine(line.original + " = " + inUnion.ToString());
//set as ready if these states are detected
if (line.typeValue == ControlType.Union)
{
readyUnion = true;
}
else if (line.typeValue == ControlType.EndUnion)
{
readyUnion = true;
}
//block recognition
if ((line.keyword.found() && loadStates[line.keyword.index]) || (line.keyword.index == 15))
{
//this keyword has been loaded before, check and submit whatever was loaded
if (readyUnion && !inUnion) //switch inUnion ON
{
readyUnion = false;
inUnion = true;
}
else if (readyUnion && inUnion) //switch inUnion OFF
{
readyUnion = false;
inUnion = false;
}
//submit a continuous union block
if (inUnion && (union.type == ControlType.Continuous))
{
Line newLine = new Line();
newLine.unionValue = union;
union = new Union();
newLine.type = valueType.UNION;
//Debug.WriteLine("[INSERT CONT]");
lines.Insert(i, newLine);
createdLine = true;
}
//always clear loadStates
for (int k = 0; k < loadStates.Length; k++)
{
loadStates[k] = false;
}
//ready for next block
}
//store applicable keywords in the corresponding union location
switch (line.keyword.index)
{
case 1:
union.name = line.stringValue;
loadStates[1] = true; //mark this property as loaded
break;
case 2:
union.type = line.typeValue;
loadStates[2] = true; //mark this property as loaded
break;
case 12:
union.max = line.intValue;
loadStates[12] = true; //mark this property as loaded
break;
case 13:
union.min = line.intValue;
loadStates[13] = true; //mark this property as loaded
break;
case 14:
if (inUnion) //index in a union, submit on the spot (all in one line)
{
//Debug.WriteLine("[INSERT INDEX]");
Line newLine = new Line();
Union indexUnion = new Union();
indexUnion.name = line.indexValue.name;
indexUnion.min = line.indexValue.value;
indexUnion.type = ControlType.Indexed;
newLine.unionValue = indexUnion;
newLine.type = valueType.UNION;
lines.Insert(i, newLine);
createdLine = true;
}
break;
}
if (inUnion)
{
lines.Remove(line); //always remove union lines (since they've been converted)
if (!createdLine)
{
i--;
} //don't need to decrement if a lines already been added
}
}//end line loop
} //end buildUnions()
//Internal Functions//////////////////////////////////////////////////////////////
/*
* function for compiling information stored in Data.Traits
* returns string of finished DDL
*/
private static String export()
{
String DDL = "";
//Header
DDL += ";*************************************************" + n;
DDL += "; Fixture: " + Data.fixture + n;
DDL += "; Brand: " + Data.manufacturer + n;
DDL += "; Channels: " + maxChannel().ToString() + n;
DDL += "; Notes: " + Data.notes + n;
DDL += "; Created by " + Data.creator + n;
DDL += "; Created on " + DateTime.Now.ToString("M/d/yyyy") + n;
DDL += "; Made using DDL Creator (TM)" + n;
DDL += "; (c)2008-2013 WindWorks Design" + n;
DDL += "; www.windworksdesign.com" + n;
DDL += ";*************************************************" + n + n;
//Device name
DDL += "Device " + Data.fixture + n + n;
//Trait definitions
for (int t = 0; t < Data.traits.Count; t++)
{
Trait trait = Data.traits[t];
switch (trait.type)
{
case ControlType.Continuous: /////////////////
DDL += " Trait " + trait.name + n;
DDL += " Type " + trait.type.ToString() + n;
DDL += " Channel " + trait.channel.ToString() + n;
DDL += " Size " + sizeToString(trait.size) + n;
DDL += " Invert " + boolToString(trait.invert) + n;
DDL += " XAxis " + boolToString(trait.x) + n;
DDL += " YAxis " + boolToString(trait.y) + n;
DDL += " Black " + boolToString(trait.black) + n;
DDL += " BoValue " + trait.blackValue.ToString() + n;
DDL += " Master " + boolToString(trait.grand) + n;
DDL += " Default " + trait.defaultValue.ToString() + n;
DDL += " Maximum " + trait.max.ToString() + n;
DDL += " Minimum " + trait.min.ToString() + n;
break;
case ControlType.Indexed: /////////////////
DDL += " Trait " + trait.name + n;
DDL += " Type " + trait.type.ToString() + n;
DDL += " Channel " + trait.channel.ToString() + n;
DDL += " Black " + boolToString(trait.black) + n;
DDL += " BoValue " + trait.blackValue.ToString() + n;
DDL += " Default " + trait.defaultValue.ToString() + n;
for (int i = 0; i < trait.index.Count; i++)
{
DDL += " Index " + trait.index[i].name + "," + trait.index[i].value + n;
}
break;
case ControlType.Union: /////////////////
DDL += " Trait " + trait.name + n;
DDL += " Type " + trait.type.ToString() + n;
DDL += " Channel " + trait.channel.ToString() + n;
DDL += " Black " + boolToString(trait.black) + n;
DDL += " BoValue " + trait.blackValue.ToString() + n;
DDL += " Default " + trait.defaultValue.ToString() + n;
for (int u = 0; u < trait.union.Count; u++)
{
Union union = trait.union[u];
switch (union.type)
{
case ControlType.Continuous:
DDL += n;
DDL += " Trait " + union.name + n;
DDL += " Type Continuous" + n;
DDL += " Maximum " + union.max.ToString() + n;
DDL += " Minimum " + union.min.ToString() + n;
break;
case ControlType.Indexed:
//create new sub-type header based on previous entry
if ((u == 0) || (trait.union[u - 1].type == ControlType.Continuous))
{
DDL += n;
DDL += " Trait " + trait.name + n;
DDL += " Type Indexed" + n;
}
DDL += " Index " + union.name + "," + union.min + n;
break;
}
}
DDL += n;
DDL += " Trait " + trait.name + n;
DDL += " Type EndUnion" + n;
break;
} //type switch
DDL += n + n;
} //trait loop
DDL += "End";
return(DDL);
}
