def test_CurrentAndSavedInterface_get_requested_gets_current(self):
self.DTM.request_add(1, dt.Die(1))
self.ST.save_new(self.DTM.get_obj_to_save())
self.DTM.request_add(1, dt.Die(1))
from_interface = self.interface.get_requested([('1D1', [(1, 1)]), ('2D1', [(2, 1)])])
self.assertEqual(from_interface, [fh.SavedDiceTable('1D1', [(1, 1)], [], []),
fh.SavedDiceTable('2D1', [(2, 1)], [], [])])
def test_CurrentAndSavedInterface_get_all_current_not_empty_not_in_saved(self):
self.DTM.request_add(1, dt.Die(1))
current = self.DTM.get_obj_to_save()
saved = fh.SavedDiceTable('saved', [(1, 1)], [], [])
self.ST.save_new(saved)
self.assertEqual(self.ST.get_all(), [saved])
self.assertEqual(self.interface.get_all(), [saved, current])
def test_SavedDiceTable_equality_test_true(self):
table = dt.DiceTable()
table.add_die(2, dt.Die(2))
data_obj = create_saved_dice_table(table)
not_really_equal_data_obj = fh.SavedDiceTable('2D2', [(2, 1), (3, 2),
(4, 1)], [], [])
self.assertTrue(data_obj == not_really_equal_data_obj)
def test_DiceTableManager_request_reload(self):
table = dt.DiceTable()
table.add_die(1, dt.Die(2))
table.add_die(1, dt.Die(4))
data_obj = fh.SavedDiceTable('1D2 \\ 1D4', table.frequency_all(), table.get_list(), [])
self.DTM.request_reload(data_obj)
self.assertEqual(self.DTM.title, '1D2\n1D4')
self.assertEqual(self.DTM.full_text,
'2: 1\n3: 2\n4: 2\n5: 2\n6: 1\n')
def test_CurrentAndSavedInterface_get_all_current_in_saved(self):
self.DTM.request_add(1, dt.Die(1))
from_current = self.DTM.get_obj_to_save()
asserts_equal_but_isnt = fh.SavedDiceTable('1D1', [(1, 1)], [], [(789, 1.234)])
self.assertEqual(from_current, asserts_equal_but_isnt)
self.ST.save_new(asserts_equal_but_isnt)
expect_from_saved = self.interface.get_all()[0]
self.assertEqual(expect_from_saved.graph_axes, asserts_equal_but_isnt.graph_axes)
self.assertNotEqual(expect_from_saved.graph_axes, from_current.graph_axes)
self.assertEqual(self.interface.get_all(), [asserts_equal_but_isnt])
def delete_requested(self, title_tuple_list_pairs):
exclude_from_new = [
fh.SavedDiceTable(title, tuple_list, [], [])
for title, tuple_list in title_tuple_list_pairs
]
new_data_array = np.array([], dtype=object)
for saved_table in self._saved_tables:
if saved_table not in exclude_from_new:
new_data_array = np.append(new_data_array, saved_table)
self._saved_tables = new_data_array
def test_CurrentAndSavedInterface_get_requested_gets_saved_not_current(self):
self.DTM.request_add(1, dt.Die(1))
from_current = self.DTM.get_obj_to_save()
asserts_equal_but_isnt = fh.SavedDiceTable('1D1', [(1, 1)], [], [(789, 1.234)])
self.assertEqual(from_current, asserts_equal_but_isnt)
self.ST.save_new(asserts_equal_but_isnt)
self.assertEqual(len(self.interface.get_requested([('1D1', [(1, 1)])])), 1)
from_interface = self.interface.get_requested([('1D1', [(1, 1)])])[0]
self.assertEqual(from_interface.graph_pts, asserts_equal_but_isnt.graph_pts)
self.assertEqual(from_interface.dice_table.get_list(),
asserts_equal_but_isnt.dice_table.get_list())
self.assertNotEqual(from_current.graph_pts, asserts_equal_but_isnt.graph_pts)
self.assertNotEqual(from_current.dice_table.get_list(),
asserts_equal_but_isnt.dice_table.get_list())
def test_CurrentAndSavedInterface_get_all_current_empty(self):
saved = fh.SavedDiceTable('saved', [(1, 1)], [], [])
self.ST.save_new(saved)
self.assertTrue(self.interface.current_is_empty())
self.assertEqual(self.interface.get_all(), [saved])
def test_CurrentAndSavedInterface_get_and_save_current_gets(self):
self.DTM.request_add(1, dt.Die(2))
self.assertEqual(self.interface.get_and_save_current(),
fh.SavedDiceTable('1D2', [(1, 1), (2, 1)], [], []))
def create_saved_dice_table(table):
title = str(table).replace('\n', ' \\ ')
graph_data = dt.graph_pts(table)
tuple_list = table.frequency_all()
dice_list = table.get_list()
return fh.SavedDiceTable(title, tuple_list, dice_list, graph_data)
def get_obj_to_save(self):
title = self.title_one_line
graph_data = dt.graph_pts(self._table)
tuple_list = self.tuple_list
dice_list = self.dice_list
return fh.SavedDiceTable(title, tuple_list, dice_list, graph_data)
def get_requested(self, title, tuple_list):
dummy_saved_table = fh.SavedDiceTable(title, tuple_list, [], [])
for data_obj in self._saved_tables:
if dummy_saved_table == data_obj:
return data_obj
return fh.SavedDiceTable.empty_object()
def has_requested(self, title, tuple_list):
"""
:return: bool
"""
return fh.SavedDiceTable(title, tuple_list, [],
[]) in self._saved_tables