def test_write_approximate_table_size_correct(self):
approxTable = approximateTableServer.get_table(5)
approximateTable.write(approxTable)
read_table = self.read_approximate_table()
for i in range(5):
mergedlist = self.merge_list(approxTable[i])
for j in range(len(mergedlist)):
self.assertEqual(mergedlist[j], read_table[i][j])
def test_write_approximate_table_size_correct(self):
approxTable = approximateTableServer.get_table(5)
approximateTable.write(approxTable)
read_table = self.read_approximate_table()
for i in range(5):
mergedlist = self.merge_list(approxTable[i])
for j in range(len(mergedlist)):
self.assertEqual(mergedlist[j], read_table[i][j])
def test_calculate_approximate_table_when_n_is_5(self):
calculation_result = approximateTable.calculate(
pTableServer.get_table(5), gaussianPtableServer.get_table(5))
self.assertEqual(calculation_result,
approximateTableServer.get_table(5))
def test_calculate_approximate_table_when_n_is_5(self): calculation_result = approximateTable.calculate(pTableServer.get_table(5), gaussianPtableServer.get_table(5)) self.assertEqual(calculation_result, approximateTableServer.get_table(5))
