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package rba.tool.editor.generator.z3;
public class SortValueCodeTemplate {
String area_zorder_code;
String area_visibility_code;
String content_state_priority_code;
String method_code;
private static final String NL = "\r\n";
String getCompleteCode() {
return "import groovy.transform.CompileStatic;" + NL + NL
+ "import java.util.ArrayList;" + NL
+ "import java.util.HashMap;" + NL
+ "import java.util.List;" + NL
+ "import java.util.Map;" + NL + NL
+ "import com.microsoft.z3.BoolExpr;" + NL
+ "import com.microsoft.z3.Context;" + NL
+ "import com.microsoft.z3.Expr;" + NL
+ "import com.microsoft.z3.IntExpr;" + NL
+ "import com.microsoft.z3.Solver;" + NL
+ "import com.microsoft.z3.Status;" + NL + NL
+ "import rba.tool.core.z3.Z3CodeManager;" + NL + NL
+ "@CompileStatic" + NL
+ "public class SortValueCalculation implements rba.tool.core.sort.ISortValueCalculation {" + NL + NL
+ " Context ctx;" + NL
+ " IntExpr std;" + NL
+ " IntExpr min;" + NL
+ " IntExpr max;" + NL
+ " IntExpr non;" + NL + NL
+ " BoolExpr stdConstr;" + NL
+ " BoolExpr minConstr;" + NL
+ " BoolExpr maxConstr;" + NL
+ " BoolExpr nonConstr;" + NL + NL
+ " public void setUp() {" + NL
+ " ctx = new Context();" + NL
+ " std = ctx.mkIntConst(\"STANDARD\");" + NL
+ " stdConstr = ctx.mkEq(std, ctx.mkInt(10));" + NL + NL
+ " min = ctx.mkIntConst(\"MIN_VALUE\");" + NL
+ " minConstr = ctx.mkEq(min, ctx.mkInt(0));" + NL + NL
+ " max = ctx.mkIntConst(\"MAX_VALUE\");" + NL
+ " maxConstr = ctx.mkEq(max, ctx.mkInt(9999));" + NL + NL
+ " non = ctx.mkIntConst(\"NONE_VALUE\");" + NL
+ " nonConstr = ctx.mkEq(non, ctx.mkInt(-1));" + NL
+ " }" + NL + NL
+ " public void close() {" + NL
+ " ctx.close();" + NL
+ " }" + NL + NL
+ " /**" + NL
+ " * Derived the value of Zorder" + NL
+ " */" + NL
+ " public Map<String, Integer> calculateArea_zorder() {" + NL
+ " Solver s = ctx.mkSolver();" + NL
+ " s.push();" + NL + NL
+ " List<Expr> areaList = new ArrayList<Expr>();" + NL
+ " List<BoolExpr> constrList = new ArrayList<BoolExpr>();" + NL
+ " List<BoolExpr> constrLabelList = new ArrayList<BoolExpr>();" + NL + NL
+ area_zorder_code + NL
+ " s.add(stdConstr);" + NL
+ " s.add(minConstr);" + NL
+ " s.add(maxConstr);" + NL
+ " s.add(nonConstr);" + NL + NL
+ " for (int i = 0; i < constrList.size(); i++) {" + NL
+ " s.assertAndTrack(constrList.get(i), constrLabelList.get(i));" + NL
+ " }" + NL + NL
+ " Status st = s.check();" + NL
+ " Map<String, Integer> map = Z3CodeManager.INSTNACE.setModel(s, areaList, st);" + NL
+ " s.pop();" + NL
+ " return map;" + NL
+ " }" + NL + NL
+ " /**" + NL
+ " * Derivation of Visibility value" + NL
+ " */" + NL
+ " public Map<String, Integer> calculateAllocatable_visibility() {" + NL
+ " Solver s = ctx.mkSolver();" + NL
+ " s.push();" + NL + NL
+ " List<Expr> areaList = new ArrayList<Expr>();" + NL
+ " List<BoolExpr> constrList = new ArrayList<BoolExpr>();" + NL
+ " List<BoolExpr> constrLabelList = new ArrayList<BoolExpr>();" + NL + NL
+ area_visibility_code + NL
+ " s.add(stdConstr);" + NL
+ " s.add(minConstr);" + NL
+ " s.add(maxConstr);" + NL
+ " s.add(nonConstr);" + NL + NL
+ " for (int i = 0; i < constrList.size(); i++) {" + NL
+ " s.assertAndTrack(constrList.get(i), constrLabelList.get(i));" + NL
+ " }" + NL + NL
+ " Status st = s.check();" + NL
+ " Map<String, Integer> map = Z3CodeManager.INSTNACE.setModel(s, areaList, st); \r\n" + NL
+ " s.pop();" + NL
+ " return map;" + NL
+ " }" + NL + NL
+ " /**" + NL
+ " * Derived the value of priority" + NL
+ " */" + NL
+ " public Map<String, Integer> calculateContentState_priority() {" + NL
+ " Solver s = ctx.mkSolver();" + NL
+ " s.push();" + NL + NL
+ " List<Expr> contentList = new ArrayList<Expr>();" + NL
+ " List<BoolExpr> constrList = new ArrayList<BoolExpr>();" + NL
+ " List<BoolExpr> constrLabelList = new ArrayList<BoolExpr>();" + NL + NL
+ content_state_priority_code + NL
+ " s.add(stdConstr);" + NL
+ " s.add(minConstr);" + NL
+ " s.add(maxConstr);" + NL
+ " s.add(nonConstr);" + NL + NL
+ " for (int i = 0; i < constrList.size(); i++) {" + NL
+ " s.assertAndTrack(constrList.get(i), constrLabelList.get(i));" + NL
+ " }" + NL + NL
+ " Status st = s.check();" + NL
+ " Map<String, Integer> map = Z3CodeManager.INSTNACE.setModel(s, contentList, st);" + NL
+ " s.pop();" + NL
+ " return map;" + NL
+ " }" + NL
+ method_code + NL
+ "}" + NL;
}
}
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