public static Bitmap getTileBitmap(TileType type) {
if (grassRes == null) {
grassRes = new int[11];
grassRes[0] = R.drawable.grass0;
grassRes[1] = R.drawable.grass1;
grassRes[2] = R.drawable.grass2;
grassRes[3] = R.drawable.grass3;
grassRes[4] = R.drawable.grass4;
grassRes[5] = R.drawable.grass5;
grassRes[6] = R.drawable.grass6;
grassRes[7] = R.drawable.grass7;
grassRes[8] = R.drawable.grass8;
grassRes[9] = R.drawable.grass9;
grassRes[10] = R.drawable.grass10;
}
if (grass == null) grass = new Bitmap[11];
int random;
switch (type) {
case GRASS:
random = (int) (Math.random() * 11);
if (grass[random] == null || (grass[random] != null && grass[random].isRecycled()))
grass[random] =
BitmapFactory.decodeResource(
ContextProvider.getInstance().getContext().getResources(), grassRes[random]);
return grass[random];
case SAND:
if (sand == null || (sand != null && sand.isRecycled()))
sand =
BitmapFactory.decodeResource(
ContextProvider.getInstance().getContext().getResources(), R.drawable.tile_sand);
return sand;
default:
random = (int) (Math.random() * 11);
if (grass[random] == null || (grass[random] != null && grass[random].isRecycled()))
grass[random] =
BitmapFactory.decodeResource(
ContextProvider.getInstance().getContext().getResources(), grassRes[random]);
return grass[random];
}
}
public void testStartupRequestWithParameter() throws Exception {
RWTFactory.getEntryPointManager().registerByPath("/rap", DefaultEntryPoint.class, null);
Fixture.fakeNewGetRequest();
Fixture.fakeRequestParam("param", "value");
RWTFactory.getServiceManager().getHandler().service();
Fixture.fakeNewRequest();
Fixture.fakeRequestParam("param", null);
Fixture.fakeRequestParam(RequestParams.RWT_INITIALIZE, "true");
RWTFactory.getServiceManager().getHandler().service();
assertEquals("value", ContextProvider.getRequest().getParameter("param"));
}
/**
* @param request
* @param response
*/
public void doGet(HttpServletRequest request, HttpServletResponse response)
throws IOException, ServletException {
System.out.print("\n\t In do get method dfgfbg");
PrintWriter out = response.getWriter();
ServiceDAO<TestTaker> testTakerdao =
(ServiceDAO<TestTaker>)
ContextProvider.getApplicationContext().getBean(Constants.TESTTAKER_DAO);
TestTaker testTaker = new TestTaker();
testTaker.setEmailId(request.getParameter("emailId"));
List<TestTaker> testTakerList = testTakerdao.select(testTaker);
System.out.println("\t\t\t\t\t the value in ajax validation is " + testTakerList.size());
if (testTakerList.size() > 0) {
out.write("failure");
}
}
/**
* Implements check function with same arguments of Authorisation security implementation
*
* @see Verify#check(UserContext, Query, Operation)
*/
public Authorization.QueryCheck check(User userContext, Query query, Operation operation) {
return provider.check(userContext, query, operation);
}
protected boolean mayDo(
MMObjectNode user, MMObjectNode contextNode, Operation operation, boolean checkOwnRights) {
return provider.mayDoOnContext(user, contextNode, operation, checkOwnRights);
}
@Override
public C getContext() {
return _context == null ? null : _context.getContext();
}
/** The destroy method is used to release the pointer to the subscriber service */
public void destroy() {
unbindSubscriber(ContextProvider.getInstance().getSubscriber());
}
/**
* initializing the servlet by defining the resolution directory, the alias for the servlet, and
* the resolution directory alias. Also, the servlet uses the singleton ContextProvider to get the
* subscriber found by the service to be registered with the servlet.
*/
public void init() {
this.setServletAlias(SERVLET_ALIAS);
bindSubscriber(ContextProvider.getInstance().getSubscriber());
}
