def board_from_request(req):
out = build_blank_board()
for row in range(9):
for col in range(9):
key = ("cell%d_%d" % (row, col))
val = req.get(key)
if val:
try:
val = int(val)
out[row][col] = val
except ValueError, e:
pass
def board_from_request(req):
out = build_blank_board()
for row in range(9):
for col in range(9):
key = ("cell%d_%d" % (row, col))
val = req.get(key)
if val:
try:
val = int(val)
out[row][col] = val
except ValueError, e:
pass
from unittest import TestCase
from sudokudlx.sparsematrix import SparseMatrix
from sudokudlx.sudoku import SudokuPuzzle
from sudokudlx.fileutil import build_sudoku
from sudokudlx import sudoku
from copy import deepcopy
blank = sudoku.build_blank_board()
class SudokuTests(TestCase):
def testRowColToBox(self):
r, c = 0, 0
box = sudoku.row_col_to_box(r, c)
assert box == 0
r, c = 8, 8
box = sudoku.row_col_to_box(r, c)
assert box == 8
r, c = 4, 4
box = sudoku.row_col_to_box(r, c)
assert box == 4
def testDlxRow(self):
dlxrow = sudoku.dlx_row(0, 0, 1)
assert len(dlxrow) == 324
assert sum(dlxrow) == 4
from unittest import TestCase
from sudokudlx.sparsematrix import SparseMatrix
from sudokudlx.sudoku import SudokuPuzzle
from sudokudlx.fileutil import build_sudoku
from sudokudlx import sudoku
from copy import deepcopy
blank = sudoku.build_blank_board()
class SudokuTests(TestCase):
def testRowColToBox(self):
r, c = 0, 0
box = sudoku.row_col_to_box(r, c)
assert box == 0
r, c = 8, 8
box = sudoku.row_col_to_box(r, c)
assert box == 8
r, c = 4, 4
box = sudoku.row_col_to_box(r, c)
assert box == 4
def testDlxRow(self):
dlxrow = sudoku.dlx_row(0, 0, 1)
assert len(dlxrow) == 324
assert sum(dlxrow) == 4
