def make_saved_game_model (self):
# Description, Image, Last-Access time (for sorting), Puzzle (jar)
self.saved_game_model = gtk.ListStore(str, gtk.gdk.Pixbuf, int, gobject.TYPE_PYOBJECT)
for g in self.saved_games:
game = g['game'].split('\n')[0]
grid = sudoku.sudoku_grid_from_string(game)
sr = sudoku.SudokuRater(grid.grid)
sdifficulty = sr.difficulty()
lastPlayedText = _("Last Played %(timeAgo)s") % {'timeAgo': format_friendly_date(g['saved_at'])}
levelText = _("%(level)s puzzle") % {'level': sdifficulty.value_string()}
durationText = _("Played for %(duration)s") % {
'duration': format_time(g['timer.active_time'], round_at = 15, friendly = True)}
desc = "<b><i>%s</i></b>\n<span size='small'><i>%s</i>\n<i>%s.</i></span>" % (
levelText,
lastPlayedText,
durationText,
)
self.saved_game_model.append((
desc,
sudoku_thumber.make_pixbuf(grid.grid,
sudoku.sudoku_grid_from_string(g['game'].split('\n')[1].replace(' ', '')).grid,
color_from_difficulty(sdifficulty.value)
),
g['saved_at'],
g
))
def make_new_game_model (self):
# Description, Pixbuf, Puzzle (str)
self.new_game_model = gtk.ListStore(str, gtk.gdk.Pixbuf, str)
saved_games_to_exclude = [
g['game'].split('\n')[0] for g in self.saved_games
]
for cat in sudoku.DifficultyRating.ordered_categories:
label = sudoku.DifficultyRating.label_by_cat[cat]
puzzles = self.sudoku_maker.get_puzzles(1, [cat], new = True,
exclude = saved_games_to_exclude
)
if puzzles:
puzzle, diff_val = puzzles[0]
else:
print 'WARNING: Repeating puzzle for difficulty %s -- generate more puzzles to avoid this.' % cat
puzzles = self.sudoku_maker.get_puzzles(1, [cat], new = False)
if puzzles:
puzzle, diff_val = puzzles[0]
lpuz = list(puzzle)
lpuz.reverse() # we reverse the puzzle so it at least looks different :-)
puzzle = ''
for n in lpuz:
puzzle += n
else:
print 'WARNING: No puzzle for difficulty', cat
continue
grid = sudoku.sudoku_grid_from_string(puzzle).grid
self.new_game_model.append(('<b><i>' + label + '</i></b>',
sudoku_thumber.make_pixbuf(grid,
None,
color_from_difficulty(diff_val)
),
puzzle
))
def make_saved_game_model (self):
# Description, Image, Last-Access time (for sorting), Puzzle (jar)
self.saved_game_model = Gtk.ListStore(str, GdkPixbuf.Pixbuf, int, GObject.TYPE_PYOBJECT)
for g in self.saved_games:
game = g['game'].split('\n')[0]
grid = sudoku.sudoku_grid_from_string(game)
sr = sudoku.SudokuRater(grid.grid)
sdifficulty = sr.difficulty()
lastPlayedText = self.format_friendly_date(g['saved_at'])
try:
levelText = {'easy': _('Easy puzzle'),
'medium': _('Medium puzzle'),
'hard': _('Hard puzzle'),
'very hard': _('Very hard puzzle')}[sdifficulty.value_category()]
except KeyError:
levelText = sdifficulty.value_category()
tim = g['timer.active_time']
if tim >= 3600.0:
hours = int(tim / 3600)
durationText = ngettext("Played for %d hour", "Played for %d hours", hours) % hours
elif tim >= 60.0:
minutes = int(tim / 60)
durationText = ngettext("Played for %d minute", "Played for %d minutes", minutes) % minutes
else:
seconds = int(tim)
durationText = ngettext("Played for %d second", "Played for %d seconds", seconds) % seconds
desc = "<b><i>%s</i></b>\n<span size='small'><i>%s</i>\n<i>%s.</i></span>" % (
levelText,
lastPlayedText,
durationText,
)
self.saved_game_model.append((
desc,
sudoku_thumber.make_pixbuf(grid.grid,
sudoku.sudoku_grid_from_string(g['game'].split('\n')[1].replace(' ', '')).grid,
color_from_difficulty(sdifficulty.value)
),
g['saved_at'],
g
))
def response_cb (self, dialog, response):
if response not in (Gtk.ResponseType.ACCEPT, Gtk.ResponseType.OK):
self.dialog.hide()
return
# Otherwise, we're printing!
levels = []
for cat in sudoku.DifficultyRating.categories:
if getattr(self,
cat.replace(' ', '_') + 'CheckButton'
).get_active():
levels.append(cat)
if not levels:
levels = sudoku.DifficultyRating.categories.keys()
nsudokus = self.sudokusToPrintSpinButton.get_adjustment().get_value()
sudokus = self.sudoku_maker.get_puzzles(
nsudokus,
levels,
new = not self.includeOldGamesToggle.get_active()
)
# Convert floating point difficulty into a label string
sudokus.sort(cmp = lambda a, b: cmp(a[1], b[1]))
labels = {'easy': _('Easy'),
'medium': _('Medium'),
'hard': _('Hard'),
'very hard': _('Very hard')}
sudokus = [(sudoku.sudoku_grid_from_string(puzzle),
"%s (%.2f)" % (labels[sudoku.get_difficulty_category(d)], d)
) for puzzle, d in sudokus]
sp = SudokuPrinter(sudokus,
self.dialog,
sudokus_per_page = self.sudokusPerPageSpinButton.get_adjustment().get_value())
self.sudokus_printed = sudokus
response = sp.print_op.run(Gtk.PrintOperationAction.PRINT_DIALOG, sp.main_window)
if response == Gtk.PrintOperationResult.ERROR:
pass
elif response == Gtk.PrintOperationResult.APPLY:
if self.markAsPlayedToggle.get_active():
for sud, lab in self.sudokus_printed:
jar = {}
jar['game'] = sud.to_string()
jar['printed'] = True
jar['printed_at'] = time.time()
tracker = saver.SudokuTracker()
tracker.finish_jar(jar)
self.dialog.hide()
def response_cb(self, dialog, response):
if response not in (gtk.RESPONSE_ACCEPT, gtk.RESPONSE_OK):
self.dialog.hide()
return
# Otherwise, we're printing!
levels = []
for cat in sudoku.DifficultyRating.categories:
if getattr(self,
cat.replace(' ', '_') + 'CheckButton').get_active():
levels.append(cat)
if not levels:
levels = sudoku.DifficultyRating.categories.keys()
nsudokus = self.sudokusToPrintSpinButton.get_adjustment().get_value()
sudokus = self.sudoku_maker.get_puzzles(
nsudokus, levels, new=not self.includeOldGamesToggle.get_active())
# Convert floating point difficulty into a label string
sudokus.sort(cmp=lambda a, b: cmp(a[1], b[1]))
sudokus = [(sudoku.sudoku_grid_from_string(puzzle),
"%s (%.2f)" % (sudoku.get_difficulty_category_name(d), d))
for puzzle, d in sudokus]
sp = SudokuPrinter(sudokus,
self.dialog,
sudokus_per_page=self.sudokusPerPageSpinButton.
get_adjustment().get_value())
self.sudokus_printed = sudokus
response = sp.print_op.run(gtk.PRINT_OPERATION_ACTION_PRINT_DIALOG,
sp.main_window)
if response == gtk.PRINT_OPERATION_RESULT_ERROR:
pass
elif response == gtk.PRINT_OPERATION_RESULT_APPLY:
if self.markAsPlayedToggle.get_active():
for sud, lab in self.sudokus_printed:
jar = {}
jar['game'] = sud.to_string()
jar['printed'] = True
jar['printed_at'] = time.time()
tracker = saver.SudokuTracker()
tracker.finish_jar(jar)
self.dialog.hide()
