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coffeeproofofconcept's Issues

There are problems with the JAVADOC format

There are problems with the JAVADOC format in:

1. In the Parser () and parser (String) methods of the IHlvlParser interface.
2. In the Transformation class with the author.
3. In the CompilationParameters class, in the getSolversJson () method, getOperationsJson (), CompilationParameters ().
4. In the compiler class, in the getSolver method.
5. In the class Splot2HlvlParser, with the Splot2HlvlParser method.
6. In the IhlvlBasicFactory interface, with the getElement, getImplies, getDecomposition, getDecompositionList method.
7. In the FileUtils class (This class is present in two packages, com.coffee.common.utils and com.coffee.modelParsers.utils), with the methods readFileFromDirectory, writeHLVLProgram.
8. In the JsonMng class, with the getfromString method.

Bug with the HLVL transformation rules

There is a small bug with the HLVL transformation rules. because, in some cases, it does not perform the line break.

Example:
This is the XML code:

"<?xml version=\"1.0\" encoding=\"UTF-8\" standalone=\"no\"?>\r\n" + 
				"<featureModel>\r\n" + 
				"    <properties/>\r\n" + 
				"    <struct>\r\n" + 
				"        <and mandatory=\"true\" name=\"EjemploFeatureIDE\">\r\n" + 
				"            <or name=\"Games\">\r\n" + 
				"                <feature name=\"Testris\"/>\r\n" + 
				"                <feature name=\"TRESDCarRace\"/>\r\n" + 
				"                <feature name=\"Chess\"/>\r\n" + 
				"            </or>\r\n" + 
				"            <feature name=\"Task\"/>\r\n" + 
				"            <feature name=\"VideoCall\"/>\r\n" + 
				"            <and mandatory=\"true\" name=\"HardWare\">\r\n" + 
				"                <feature name=\"GPS\"/>\r\n" + 
				"                <feature mandatory=\"true\" name=\"RAM\"/>\r\n" + 
				"                <alt mandatory=\"true\" name=\"Processors\">\r\n" + 
				"                    <feature name=\"GPU\"/>\r\n" + 
				"                    <feature name=\"CPU\"/>\r\n" + 
				"                </alt>\r\n" + 
				"                <feature mandatory=\"true\" name=\"ScreenResolution\"/>\r\n" + 
				"                <feature name=\"TRESGConector\"/>\r\n" + 
				"            </and>\r\n" + 
				"        </and>\r\n" + 
				"    </struct>\r\n" + 
				"    <constraints>\r\n" + 
				"        <rule>\r\n" + 
				"            <imp>\r\n" + 
				"                <var>TRESGConector</var>\r\n" + 
				"                <var>GPU</var>\r\n" + 
				"            </imp>\r\n" + 
				"        </rule>\r\n" + 
				"        <rule>\r\n" + 
				"            <imp>\r\n" + 
				"                <var>GPS</var>\r\n" + 
				"                <not>\r\n" + 
				"                    <var>Chess</var>\r\n" + 
				"                </not>\r\n" + 
				"            </imp>\r\n" + 
				"        </rule>\r\n" + 
				"    </constraints>\r\n" + 
				"    <calculations Auto=\"true\" Constraints=\"true\" Features=\"true\" Redundant=\"true\" Tautology=\"true\"/>\r\n" + 
				"    <comments/>\r\n" + 
				"    <featureOrder userDefined=\"false\"/>\r\n" + 
				"</featureModel>\r\n" + 
				""

This are methods that I'm using

public void addGroup(Node n) {
		if (n.getNodeName().equals("or")) {
			ArrayList<String> names = groupNamesChildrens(n);
			HlvlCode.append("	" + converter.getGroup(findNameInNode(n), names, GroupType.Or));
		} else if (n.getNodeName().equals("alt")) {
			ArrayList<String> names = groupNamesChildrens(n);
			HlvlCode.append("	" + converter.getGroup(findNameInNode(n), names, GroupType.And));
		}
	}
public void addDescomposition(Node n) {
		for (int i = 0; i < n.getAttributes().getLength(); i++) {
			if (n.getAttributes().item(i).getNodeName().equals("mandatory")
					&& (findNameInNode(n.getParentNode()).equals("")) && (!n.getParentNode().getNodeName().equals("or")
							&& !n.getParentNode().getNodeName().equals("alt"))) {
				HlvlCode.append("	" + converter.getCore(findNameInNode(n)));
			} else if (n.getAttributes().item(i).getNodeName().equals("mandatory")
					&& (!findNameInNode(n.getParentNode()).equals("")) && (!n.getParentNode().getNodeName().equals("or")
							&& !n.getParentNode().getNodeName().equals("alt"))) {
				HlvlCode.append("	" + converter.getDecomposition(findNameInNode(n.getParentNode()), findNameInNode(n),
						DecompositionType.Mandatory));
			} else if ((!findNameInNode(n.getParentNode()).equals("")) && n.getAttributes().getLength() == 1
					&& (!n.getParentNode().getNodeName().equals("or")
							&& !n.getParentNode().getNodeName().equals("alt"))) {
				HlvlCode.append("	" + converter.getDecomposition(findNameInNode(n.getParentNode()), findNameInNode(n),
						DecompositionType.Optional));
			}
		}
	}

This is the result

model  Auto_generated
elements: 
	boolean TRESGConector
	boolean ScreenResolution
	boolean CPU
	boolean GPU
	boolean Processors
	boolean RAM
	boolean GPS
	boolean HardWare
	boolean VideoCall
	boolean Task
	boolean Chess
	boolean TRESDCarRace
	boolean Testris
	boolean Games
	boolean EjemploFeatureIDE
relations:
	r0: coreElements(EjemploFeatureIDE)
	r1:group(Games,[Testris, TRESDCarRace, Chess])[1,*]
	r2:decomposition(EjemploFeatureIDE,[Games])<0>
	r3:decomposition(EjemploFeatureIDE,[Task])<0>
	r4:decomposition(EjemploFeatureIDE,[VideoCall])<0>
	r5:decomposition(EjemploFeatureIDE,[HardWare])<1>
	r6:decomposition(HardWare,[GPS])<0>
	r7:decomposition(HardWare,[RAM])<1>
	r8:group(Processors,[GPU, CPU])	r9:decomposition(HardWare,[Processors])<1>
	r10:decomposition(HardWare,[ScreenResolution])<1>
	r11:decomposition(HardWare,[TRESGConector])<0>
	r12: implies(TRESGConector,GPU)
	r13: mutex(GPS, Chess)

There is no line break between R8 and R9

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