m.parameters.add(param);
SuppressWarningAnnotation swa = new SuppressWarningAnnotation();
m.annotation = swa;
for (String p : map.possibleEntries.keySet())
{
Field f = new Field();
f.setName(p);
returnClass.fields.add(f);
ITypeNode type = map.possibleEntries.get(p);
if (type instanceof ListType)
{
if (((ListType) type).type instanceof MapType)
{
swa.warnings.add(WarningTypes.unchecked);
ClassDefinition newRet = new ClassDefinition();
newRet.setName(m.name + p + appendName);
newRet.packageName = packageName2;
newRet.imports.add(new Type(Map.class));
newRet.imports.add(new Type(List.class));
newRet.implemented.add(stryctInterface);
returnClass.imports.add(new Type(Vector.class));
defs.addAll(generateStructs(newRet, packageName2, (MapType) ((ListType) type).type, isParameter));
defs.add(newRet);
f.type = new ListType(newRet);
m.body += f.type.getName() + " tmp" + count
+ " = new Vector<" + newRet.getName()
+ ">();\n\t\t";
m.body += "if( value.keySet().contains(\"" + f.getName()
+ "\" ))\n\t\t";
m.body += "{\n\t\t\t";
if (map.valueType instanceof List
|| map.valueType instanceof ListType)
{
m.body += "Object tmpL" + count + " = value.get(\""
+ f.getName() + "\");\n\t\t\t";
m.body += "for( Object m : (Object[])tmpL" + count
+ ")\n\t\t\t";
} else
{
m.body += "for( Object m : (Object[])value.get(\""
+ f.getName() + "\"))\n\t\t\t";
}
m.body += "{\n\t\t\t\t";
m.body += "tmp" + count + ".add( new " + newRet.getName()
+ "( (" + ((ListType) type).type + ") m)";
m.body += ");\n\t\t\t";
m.body += "}\n\t\t";
m.body += "}\n\t\t";
m.body += "this." + f.getName() + " = tmp" + count
+ ";\n\n\n\t\t\t";
} else
{
f.type = map.possibleEntries.get(p);
// m.body += "this." + f.getName() + " = (" + f.type.getName()
// + ") value.get(value.keySet().toArray()[" + count
// + "]);\n\t\t";
m.body += "if( value.keySet().contains(\"" + f.getName()
+ "\" ))\n\t\t";
m.body += "{\n\t\t\t";
if (map.valueType instanceof List
|| map.valueType instanceof ListType)
{
m.body += "Object tmpL" + count + " = value.get(\""
+ f.getName() + "\");\n\t\t\t";
m.body += "for( Object m : (Object[])tmpL" + count
+ ")\n\t\t\t";
} else
{
m.body += "for( Object m : (Object[])value.get(\""
+ f.getName() + "\"))\n\t\t\t";
}
m.body += "{\n\t\t\t\t";
m.body += "this." + f.getName() + ".add(("
+ ((ListType) type).type + ") m";
m.body += ");\n\t\t\t";
m.body += "}\n\t\t";
m.body += "}\n\t\t";
}
} else if (type instanceof MapType)
{
ClassDefinition newRet = new ClassDefinition();
newRet.setName(m.name + p + appendName);
newRet.packageName = packageName2;
newRet.imports.add(new Type(Map.class));
newRet.imports.add(new Type(List.class));
newRet.implemented.add(stryctInterface);
defs.addAll(generateStructs(newRet, packageName2, (MapType) type, isParameter));
defs.add(newRet);
f.type = newRet;
m.body += "this." + f.getName() + " = new " + newRet.getName()
+ "( (" + f.type.getName() + ") value.get(" + count
+ "));\n\t\t";
} else
{
f.type = map.possibleEntries.get(p);
m.body += "this." + f.getName() + " = (" + f.type.getName()
+ ") value.get(\"" + f.getName() + "\");\n\t\t";
}
count++;
}
returnClass.definitions.add(m);