/*
* ========================================
* Input Menu
* ========================================
*/
/**
* Input menu loop
*/
private void loopMenuInput()
{
int selItem;
Menu menu = new Menu(MenuData.INPUT_TITLE, MenuData.INPUT_CONTENT, this);
do
{
selItem = menu.getItem();
switch (selItem)
{
case MenuData.INPUT_ONE_LINE: inputPuzzleFromKeyboard1Line(); break;
case MenuData.INPUT_9ROWS: inputPuzzleFromKeyboard9rows(); break;
case MenuData.INPUT_11ROWS: inputPuzzleFromKeyboard11rows(); break;
case MenuData.INPUT_13ROWS: inputPuzzleFromKeyboard13rows(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Generate Menu
* ========================================
*/
/**
* Generate menu loop.
*/
private void loopMenuGenerate()
{
int selItem;
Menu menu = new Menu(MenuData.GENERATE_TITLE, MenuData.GENERATE_CONTENT, this);
do
{
selItem = menu.getItem();
switch (selItem)
{
case MenuData.GENERATE_RANDOM: generateRandomPuzzle(); break;
case MenuData.GENERATE_RANDOM_PLUS_RATING: generateAndRateRandomPuzzle(); break;
case MenuData.GENERATE_BASED_ON_EXAMPLE: generateFromExample(); break;
case MenuData.GENERATE_BASED_ON_CURRENT_PUZZLE: generateFromCurrentPuzzle(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Load Menu
* ========================================
*/
/**
* Load menu loop.
*/
private void loopMenuLoad()
{
int selItem;
Menu menu = new Menu(MenuData.LOAD_TITLE, MenuData.LOAD_CONTENT, this);
do
{
selItem = menu.getItem();
switch (selItem)
{
case MenuData.LOAD_FROM_FILE: loadFromFile(); break;
case MenuData.LOAD_EXAMPLE: loadFromExample(); break;
case MenuData.LOAD_EMPTY_PUZZLE: trackPuzzleUndo(); puzzle = SudokuStore.boardCopy(SudokuPuzzles.PUZZLE_EMPTY); break;
case MenuData.LOAD_LIST_EXAMPLES: listPuzzleExamples(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Options Menu
* ========================================
*/
/**
* Options menu loop
*/
private void loopMenuOptions()
{
int selItem;
Menu menu = new Menu(MenuData.OPTIONS_TITLE, MenuData.OPTIONS_CONTENT, this);
do
{
selItem = menu.getItem();
switch (selItem)
{
case MenuData.OPTIONS_RND_SEED_ON_EMPTY_CELL: rndSeedOnCells = !rndSeedOnCells; break;
case MenuData.OPTIONS_RND_SEED_ON_FREE_DIGIT: rndSeedOnDigits = !rndSeedOnDigits; break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Solve Menu
* ========================================
*/
/**
* Solve menu loop
*/
private void loopMenuSolve()
{
int selItem;
Menu menu = new Menu(MenuData.SOLVE_TITLE, MenuData.SOLVE_CONTENT, this);
do
{
selItem = menu.getItem();
switch (selItem)
{
case MenuData.SOLVE_FIND_FIRST: solveFindFirst(); break;
case MenuData.SOLVE_FIND_ALL: solveFindAll(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Evaluate Menu
* ========================================
*/
/**
* Evaluate menu loop
*/
private void loopMenuEvaluate()
{
int selItem;
Menu menu = new Menu(MenuData.EVALUATE_TITLE, MenuData.EVALUATE_CONTENT, this);
do
{
selItem = menu.getItem();
switch (selItem)
{
case MenuData.EVALUATE_SOLUTION_EXISTENCE: evaluateSolutions(); break;
case MenuData.EVALUATE_PUZZLE_DIFFICULTY: ratePuzzleDifficulty(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Main Menu
* ========================================
*/
/**
* Main menu loop
*/
private void loopMenuMain()
{
Menu menu = new Menu(MenuData.MAIN_TITLE, MenuData.MAIN_CONTENT, this);
int selItem;
do
{
selItem = menu.getItem();
switch (selItem)
{
case MenuData.LOAD: loopMenuLoad(); break;
case MenuData.GENERATE: loopMenuGenerate(); break;
case MenuData.INPUT: loopMenuInput(); break;
case MenuData.MODIFY: loopMenuModify(); break;
case MenuData.EVALUATE: loopMenuEvaluate(); break;
case MenuData.SOLVE: loopMenuSolve(); break;
case MenuData.SAVE: savePuzzle(); break;
case MenuData.OPTIONS: loopMenuOptions(); break;
case MenuData.ABOUT: displayAboutInto(); break;
case MenuData.RETURN: quitFromApp(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Options Menu
* ========================================
*/
/**
* Options menu loop
*/
private void loopMenuOptions() {
int selItem;
Menu menu = new Menu(MenuData.OPTIONS_TITLE, MenuData.OPTIONS_CONTENT, this);
do {
selItem = menu.getItem();
switch (selItem) {
case MenuData.OPTIONS_RND_SEED_ON_EMPTY_CELL: rndSeedOnCells = !rndSeedOnCells; break;
case MenuData.OPTIONS_RND_SEED_ON_FREE_DIGIT: rndSeedOnDigits = !rndSeedOnDigits; break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Modify Menu
* ========================================
*/
/**
* Modify menu loop
*/
private void loopMenuModify() {
int selItem;
Menu menu = new Menu(MenuData.MODIFY_TITLE, MenuData.MODIFY_CONTENT, this);
do {
selItem = menu.getItem();
switch (selItem) {
case MenuData.MODIFY_SET_CELL:
trackPuzzleUndo();
setCell();
break;
case MenuData.MODIFY_ROTATE_CLOCK_WISE:
trackPuzzleUndo();
puzzle = SudokuStore.rotateClockWise(puzzle);
break;
case MenuData.MODIFY_ROTATE_COUNTER_CLOCK_WISE:
trackPuzzleUndo();
puzzle = SudokuStore.rotateCounterclockWise(puzzle);
break;
case MenuData.MODIFY_TRANSPOSE_TL_BR:
trackPuzzleUndo();
puzzle = SudokuStore.transposeTlBr(puzzle);
break;
case MenuData.MODIFY_TRANSPOSE_TR_BL:
trackPuzzleUndo();
puzzle = SudokuStore.transposeTrBl(puzzle);
break;
case MenuData.MODIFY_REFLECT_HORIZ:
trackPuzzleUndo();
puzzle = SudokuStore.reflectHorizontally(puzzle);
break;
case MenuData.MODIFY_REFLECT_VERT:
trackPuzzleUndo();
puzzle = SudokuStore.reflectVertically(puzzle);
break;
case MenuData.MODIFY_SWAP_COL_SEGMENTS:
trackPuzzleUndo();
puzzle = SudokuStore.swapColSegmentsRandomly(puzzle);
break;
case MenuData.MODIFY_SWAP_ROW_SEGMENTS:
trackPuzzleUndo();
puzzle = SudokuStore.swapRowSegmentsRandomly(puzzle);
break;
case MenuData.MODIFY_SWAP_COLS_IN_SEGMENTS:
trackPuzzleUndo();
puzzle = SudokuStore.swapColsInSegmentRandomly(puzzle);
break;
case MenuData.MODIFY_SWAP_ROWS_IN_SEGMENTS:
trackPuzzleUndo();
puzzle = SudokuStore.swapRowsInSegmentRandomly(puzzle);
break;
case MenuData.MODIFY_PERMUTE:
trackPuzzleUndo();
puzzle = SudokuStore.permuteBoard(puzzle);
break;
case MenuData.MODIFY_RANDOM_TRANSF_ONE:
trackPuzzleUndo();
puzzle = SudokuStore.randomBoardTransf(puzzle);
break;
case MenuData.MODIFY_RANDOM_TRANSF_SEQ:
trackPuzzleUndo();
puzzle = SudokuStore.seqOfRandomBoardTransf(puzzle);
break;
case MenuData.UNDO:
performPuzzleUndo();
break;
case MenuData.REDO:
performPuzzleRedo();
break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Solve Menu
* ========================================
*/
/**
* Solve menu loop
*/
private void loopMenuSolve() {
int selItem;
Menu menu = new Menu(MenuData.SOLVE_TITLE, MenuData.SOLVE_CONTENT, this);
do {
selItem = menu.getItem();
switch (selItem) {
case MenuData.SOLVE_FIND_FIRST: solveFindFirst(); break;
case MenuData.SOLVE_FIND_ALL: solveFindAll(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Evaluate Menu
* ========================================
*/
/**
* Evaluate menu loop
*/
private void loopMenuEvaluate() {
int selItem;
Menu menu = new Menu(MenuData.EVALUATE_TITLE, MenuData.EVALUATE_CONTENT, this);
do {
selItem = menu.getItem();
switch (selItem) {
case MenuData.EVALUATE_SOLUTION_EXISTENCE: evaluateSolutions(); break;
case MenuData.EVALUATE_PUZZLE_DIFFICULTY: ratePuzzleDifficulty(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Input Menu
* ========================================
*/
/**
* Input menu loop
*/
private void loopMenuInput() {
int selItem;
Menu menu = new Menu(MenuData.INPUT_TITLE, MenuData.INPUT_CONTENT, this);
do {
selItem = menu.getItem();
switch (selItem) {
case MenuData.INPUT_ONE_LINE: inputPuzzleFromKeyboard1Line(); break;
case MenuData.INPUT_9ROWS: inputPuzzleFromKeyboard9rows(); break;
case MenuData.INPUT_11ROWS: inputPuzzleFromKeyboard11rows(); break;
case MenuData.INPUT_13ROWS: inputPuzzleFromKeyboard13rows(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Generate Menu
* ========================================
*/
/**
* Generate menu loop.
*/
private void loopMenuGenerate() {
int selItem;
Menu menu = new Menu(MenuData.GENERATE_TITLE, MenuData.GENERATE_CONTENT, this);
do {
selItem = menu.getItem();
switch (selItem) {
case MenuData.GENERATE_RANDOM: generateRandomPuzzle(); break;
case MenuData.GENERATE_RANDOM_PLUS_RATING: generateAndRateRandomPuzzle(); break;
case MenuData.GENERATE_BASED_ON_EXAMPLE: generateFromExample(); break;
case MenuData.GENERATE_BASED_ON_CURRENT_PUZZLE: generateFromCurrentPuzzle(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Load Menu
* ========================================
*/
/**
* Load menu loop.
*/
private void loopMenuLoad() {
int selItem;
Menu menu = new Menu(MenuData.LOAD_TITLE, MenuData.LOAD_CONTENT, this);
do {
selItem = menu.getItem();
switch (selItem) {
case MenuData.LOAD_FROM_FILE: loadFromFile(); break;
case MenuData.LOAD_EXAMPLE: loadFromExample(); break;
case MenuData.LOAD_EMPTY_PUZZLE: trackPuzzleUndo(); puzzle = SudokuStore.boardCopy(SudokuPuzzles.PUZZLE_EMPTY); break;
case MenuData.LOAD_LIST_EXAMPLES: listPuzzleExamples(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Main Menu
* ========================================
*/
/**
* Main menu loop
*/
private void loopMenuMain() {
Menu menu = new Menu(MenuData.MAIN_TITLE, MenuData.MAIN_CONTENT, this);
int selItem;
do {
selItem = menu.getItem();
switch (selItem) {
case MenuData.LOAD: loopMenuLoad(); break;
case MenuData.GENERATE: loopMenuGenerate(); break;
case MenuData.INPUT: loopMenuInput(); break;
case MenuData.MODIFY: loopMenuModify(); break;
case MenuData.EVALUATE: loopMenuEvaluate(); break;
case MenuData.SOLVE: loopMenuSolve(); break;
case MenuData.SAVE: savePuzzle(); break;
case MenuData.OPTIONS: loopMenuOptions(); break;
case MenuData.ABOUT: displayAboutInto(); break;
case MenuData.RETURN: quitFromApp(); break;
case MenuData.UNDO: performPuzzleUndo(); break;
case MenuData.REDO: performPuzzleRedo(); break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}
/*
* ========================================
* Modify Menu
* ========================================
*/
/**
* Modify menu loop
*/
private void loopMenuModify()
{
int selItem;
Menu menu = new Menu(MenuData.MODIFY_TITLE, MenuData.MODIFY_CONTENT, this);
do
{
selItem = menu.getItem();
switch (selItem)
{
case MenuData.MODIFY_SET_CELL:
trackPuzzleUndo();
setCell();
break;
case MenuData.MODIFY_ROTATE_CLOCK_WISE:
trackPuzzleUndo();
puzzle = SudokuStore.rotateClockWise(puzzle);
break;
case MenuData.MODIFY_ROTATE_COUNTER_CLOCK_WISE:
trackPuzzleUndo();
puzzle = SudokuStore.rotateCounterclockWise(puzzle);
break;
case MenuData.MODIFY_TRANSPOSE_TL_BR:
trackPuzzleUndo();
puzzle = SudokuStore.transposeTlBr(puzzle);
break;
case MenuData.MODIFY_TRANSPOSE_TR_BL:
trackPuzzleUndo();
puzzle = SudokuStore.transposeTrBl(puzzle);
break;
case MenuData.MODIFY_REFLECT_HORIZ:
trackPuzzleUndo();
puzzle = SudokuStore.reflectHorizontally(puzzle);
break;
case MenuData.MODIFY_REFLECT_VERT:
trackPuzzleUndo();
puzzle = SudokuStore.reflectVertically(puzzle);
break;
case MenuData.MODIFY_SWAP_COL_SEGMENTS:
trackPuzzleUndo();
puzzle = SudokuStore.swapColSegmentsRandomly(puzzle);
break;
case MenuData.MODIFY_SWAP_ROW_SEGMENTS:
trackPuzzleUndo();
puzzle = SudokuStore.swapRowSegmentsRandomly(puzzle);
break;
case MenuData.MODIFY_SWAP_COLS_IN_SEGMENTS:
trackPuzzleUndo();
puzzle = SudokuStore.swapColsInSegmentRandomly(puzzle);
break;
case MenuData.MODIFY_SWAP_ROWS_IN_SEGMENTS:
trackPuzzleUndo();
puzzle = SudokuStore.swapRowsInSegmentRandomly(puzzle);
break;
case MenuData.MODIFY_PERMUTE:
trackPuzzleUndo();
puzzle = SudokuStore.permuteBoard(puzzle);
break;
case MenuData.MODIFY_RANDOM_TRANSF_ONE:
trackPuzzleUndo();
puzzle = SudokuStore.randomBoardTransf(puzzle);
break;
case MenuData.MODIFY_RANDOM_TRANSF_SEQ:
trackPuzzleUndo();
puzzle = SudokuStore.seqOfRandomBoardTransf(puzzle);
break;
case MenuData.UNDO:
performPuzzleUndo();
break;
case MenuData.REDO:
performPuzzleRedo();
break;
default: incorrectSelection(); break;
}
} while (selItem != MenuData.RETURN);
}