// enforces a bijection Type-->_nTIB:
public static _nTIB getTIB(global::System.Type myType, string jTypeName)
{
_nTIB result;
if (!tibTable.TryGetValue(myType, out result))
{
result = new _nTIB(myType, jTypeName);
tibTable.Add(myType, result);
}
return(result);
}
private static void bootstrapSetClass(_nTIB tib)
{
// note we do not really need:
// java.lang.String javaTypeStr = nativeTypeToJavaTypeName(aType);
// because we will be called back soon to get the TIB.
// so let's store a dummy:
java.lang.String dummy = new java.lang.String();
dummy.@this();
bootstrapTable.Add(dummy, tib);
java.lang.Class.forName(dummy); // this will set the class of the tib
}
public static java.lang.Class getClass(global::System.Type aType)
{
_nTIB aTIB = getTIB(aType, aType.ToString());
java.lang.Class result = aTIB.getClass();
if (result == null)
{
// need to initialize with java.lang.Class instant
bootstrapSetClass(aTIB);
result = aTIB.getClass();
}
return(result);
}
private _nTIB(global::System.Type myType, string javaName)
{
this.myType = myType;
this.javaName = javaName;
this.componentTIB = null;
}
static _nTIB()
{
voidType = typeof(void);
tibTable = new global::System.Collections.Generic.Dictionary <global::System.Type, _nTIB>();
bootstrapTable = new System.Collections.Generic.Dictionary <java.lang.String, _nTIB>();
jNameTable = new System.Collections.Generic.Dictionary <string, _nTIB>();
//inBootstrap = true;
_nTIB voidTib = new _nTIB(voidType, "void");
tibTable.Add(voidType, voidTib);
jNameTable.Add("void", voidTib);
bootstrapSetClass(voidTib);
_nTIB booleanTib = new _nTIB(booleanType, "boolean");
tibTable.Add(booleanType, booleanTib);
jNameTable.Add("boolean", booleanTib);
bootstrapSetClass(booleanTib);
_nTIB byteTib = new _nTIB(byteType, "byte");
tibTable.Add(byteType, byteTib);
jNameTable.Add("byte", byteTib);
bootstrapSetClass(byteTib);
_nTIB charTib = new _nTIB(charType, "char");
tibTable.Add(charType, charTib);
jNameTable.Add("char", charTib);
bootstrapSetClass(charTib);
_nTIB shortTib = new _nTIB(shortType, "short");
tibTable.Add(shortType, shortTib);
jNameTable.Add("short", shortTib);
bootstrapSetClass(shortTib);
_nTIB intTib = new _nTIB(intType, "int");
tibTable.Add(intType, intTib);
jNameTable.Add("int", intTib);
bootstrapSetClass(intTib);
_nTIB longTib = new _nTIB(longType, "long");
tibTable.Add(longType, longTib);
jNameTable.Add("long", longTib);
bootstrapSetClass(longTib);
_nTIB floatTib = new _nTIB(floatType, "float");
tibTable.Add(floatType, floatTib);
jNameTable.Add("float", floatTib);
bootstrapSetClass(floatTib);
_nTIB doubleTib = new _nTIB(doubleType, "double");
tibTable.Add(doubleType, doubleTib);
jNameTable.Add("double", doubleTib);
bootstrapSetClass(doubleTib);
_nTIB objectTib = new _nTIB(objectType, "java.lang.Object");
tibTable.Add(objectType, objectTib);
jNameTable.Add("java.lang.Object", objectTib);
bootstrapSetClass(objectTib);
_nTIB booleanArrayTib = new _nTIB(booleanArrayType, "[Z");
tibTable.Add(booleanArrayType, booleanArrayTib);
jNameTable.Add("[Z", booleanArrayTib);
bootstrapSetClass(booleanArrayTib);
booleanArrayTib.setComponentTIB(booleanTib);
_nTIB byteArrayTib = new _nTIB(byteArrayType, "[B");
tibTable.Add(byteArrayType, byteArrayTib);
jNameTable.Add("[B", byteArrayTib);
bootstrapSetClass(byteArrayTib);
byteArrayTib.setComponentTIB(byteTib);
_nTIB charArrayTib = new _nTIB(charArrayType, "[C");
tibTable.Add(charArrayType, charArrayTib);
jNameTable.Add("[C", charArrayTib);
bootstrapSetClass(charArrayTib);
charArrayTib.setComponentTIB(charTib);
_nTIB shortArrayTib = new _nTIB(shortArrayType, "[S");
tibTable.Add(shortArrayType, shortArrayTib);
jNameTable.Add("[S", shortArrayTib);
bootstrapSetClass(shortArrayTib);
shortArrayTib.setComponentTIB(shortTib);
_nTIB intArrayTib = new _nTIB(intArrayType, "[I");
tibTable.Add(intArrayType, intArrayTib);
jNameTable.Add("[I", intArrayTib);
bootstrapSetClass(intArrayTib);
intArrayTib.setComponentTIB(intTib);
_nTIB longArrayTib = new _nTIB(longArrayType, "[J");
tibTable.Add(longArrayType, longArrayTib);
jNameTable.Add("[J", longArrayTib);
bootstrapSetClass(longArrayTib);
longArrayTib.setComponentTIB(longTib);
_nTIB floatArrayTib = new _nTIB(floatArrayType, "[F");
tibTable.Add(floatArrayType, floatArrayTib);
jNameTable.Add("[F", floatArrayTib);
bootstrapSetClass(floatArrayTib);
floatArrayTib.setComponentTIB(floatTib);
_nTIB doubleArrayTib = new _nTIB(doubleArrayType, "[D");
tibTable.Add(doubleArrayType, doubleArrayTib);
jNameTable.Add("[D", doubleArrayTib);
bootstrapSetClass(doubleArrayTib);
doubleArrayTib.setComponentTIB(doubleTib);
_nTIB objectArrayTib = new _nTIB(objectArrayType, "[Ljava.lang.Object");
tibTable.Add(objectArrayType, objectArrayTib);
jNameTable.Add("[Ljava.lang.Object", objectArrayTib);
bootstrapSetClass(objectArrayTib);
objectArrayTib.setComponentTIB(objectTib);
}
private void setComponentTIB(_nTIB componentTIB)
{
this.componentTIB = componentTIB;
}
static _nTIB()
{
voidType = typeof(void);
tibTable = new global::System.Collections.Generic.Dictionary<global::System.Type, _nTIB>();
bootstrapTable = new System.Collections.Generic.Dictionary<java.lang.String, _nTIB>();
jNameTable = new System.Collections.Generic.Dictionary<string,_nTIB>();
//inBootstrap = true;
_nTIB voidTib = new _nTIB(voidType, "void");
tibTable.Add(voidType, voidTib);
jNameTable.Add("void", voidTib);
bootstrapSetClass(voidTib);
_nTIB booleanTib = new _nTIB(booleanType, "boolean");
tibTable.Add(booleanType, booleanTib);
jNameTable.Add("boolean", booleanTib);
bootstrapSetClass(booleanTib);
_nTIB byteTib = new _nTIB(byteType, "byte");
tibTable.Add(byteType, byteTib);
jNameTable.Add("byte", byteTib);
bootstrapSetClass(byteTib);
_nTIB charTib = new _nTIB(charType, "char");
tibTable.Add(charType, charTib);
jNameTable.Add("char", charTib);
bootstrapSetClass(charTib);
_nTIB shortTib = new _nTIB(shortType, "short");
tibTable.Add(shortType, shortTib);
jNameTable.Add("short", shortTib);
bootstrapSetClass(shortTib);
_nTIB intTib = new _nTIB(intType, "int");
tibTable.Add(intType, intTib);
jNameTable.Add("int", intTib);
bootstrapSetClass(intTib);
_nTIB longTib = new _nTIB(longType, "long");
tibTable.Add(longType, longTib);
jNameTable.Add("long", longTib);
bootstrapSetClass(longTib);
_nTIB floatTib = new _nTIB(floatType, "float");
tibTable.Add(floatType, floatTib);
jNameTable.Add("float", floatTib);
bootstrapSetClass(floatTib);
_nTIB doubleTib = new _nTIB(doubleType, "double");
tibTable.Add(doubleType, doubleTib);
jNameTable.Add("double", doubleTib);
bootstrapSetClass(doubleTib);
_nTIB objectTib = new _nTIB(objectType, "java.lang.Object");
tibTable.Add(objectType, objectTib);
jNameTable.Add("java.lang.Object", objectTib);
bootstrapSetClass(objectTib);
_nTIB booleanArrayTib = new _nTIB(booleanArrayType, "[Z");
tibTable.Add(booleanArrayType, booleanArrayTib);
jNameTable.Add("[Z", booleanArrayTib);
bootstrapSetClass(booleanArrayTib);
booleanArrayTib.setComponentTIB(booleanTib);
_nTIB byteArrayTib = new _nTIB(byteArrayType, "[B");
tibTable.Add(byteArrayType, byteArrayTib);
jNameTable.Add("[B", byteArrayTib);
bootstrapSetClass(byteArrayTib);
byteArrayTib.setComponentTIB(byteTib);
_nTIB charArrayTib = new _nTIB(charArrayType, "[C");
tibTable.Add(charArrayType, charArrayTib);
jNameTable.Add("[C", charArrayTib);
bootstrapSetClass(charArrayTib);
charArrayTib.setComponentTIB(charTib);
_nTIB shortArrayTib = new _nTIB(shortArrayType, "[S");
tibTable.Add(shortArrayType, shortArrayTib);
jNameTable.Add("[S", shortArrayTib);
bootstrapSetClass(shortArrayTib);
shortArrayTib.setComponentTIB(shortTib);
_nTIB intArrayTib = new _nTIB(intArrayType, "[I");
tibTable.Add(intArrayType, intArrayTib);
jNameTable.Add("[I", intArrayTib);
bootstrapSetClass(intArrayTib);
intArrayTib.setComponentTIB(intTib);
_nTIB longArrayTib = new _nTIB(longArrayType, "[J");
tibTable.Add(longArrayType, longArrayTib);
jNameTable.Add("[J", longArrayTib);
bootstrapSetClass(longArrayTib);
longArrayTib.setComponentTIB(longTib);
_nTIB floatArrayTib = new _nTIB(floatArrayType, "[F");
tibTable.Add(floatArrayType, floatArrayTib);
jNameTable.Add("[F", floatArrayTib);
bootstrapSetClass(floatArrayTib);
floatArrayTib.setComponentTIB(floatTib);
_nTIB doubleArrayTib = new _nTIB(doubleArrayType, "[D");
tibTable.Add(doubleArrayType, doubleArrayTib);
jNameTable.Add("[D", doubleArrayTib);
bootstrapSetClass(doubleArrayTib);
doubleArrayTib.setComponentTIB(doubleTib);
_nTIB objectArrayTib = new _nTIB(objectArrayType, "[Ljava.lang.Object");
tibTable.Add(objectArrayType, objectArrayTib);
jNameTable.Add("[Ljava.lang.Object", objectArrayTib);
bootstrapSetClass(objectArrayTib);
objectArrayTib.setComponentTIB(objectTib);
}
private void setComponentTIB(_nTIB componentTIB)
{
this.componentTIB = componentTIB;
}
private static void bootstrapSetClass(_nTIB tib)
{
// note we do not really need:
// java.lang.String javaTypeStr = nativeTypeToJavaTypeName(aType);
// because we will be called back soon to get the TIB.
// so let's store a dummy:
java.lang.String dummy = new java.lang.String();
dummy.@this();
bootstrapTable.Add(dummy, tib);
java.lang.Class.forName(dummy); // this will set the class of the tib
}
// enforces a bijection Type-->_nTIB:
public static _nTIB getTIB(global::System.Type myType, string jTypeName)
{
_nTIB result;
if (!tibTable.TryGetValue(myType, out result)) {
result = new _nTIB(myType, jTypeName);
tibTable.Add(myType,result);
}
return result;
}
private _nTIB(global::System.Type myType, string javaName)
{
this.myType = myType;
this.javaName = javaName;
this.componentTIB = null;
}
