def print_tests(url, grid):
print(' url={}'.format(url))
print(' rows={}'.format(grid.height))
print(' cols={}'.format(grid.width))
if any(
isinstance(e, BackgroundElt) and e.color != 0xffffff
for r, c, e in grid.features):
print(" fill='''")
print(grid_to_string(grid))
print("'''")
if any(isinstance(e, BorderElt) for r, c, e in grid.features):
bordered = Grid(grid.height, grid.width)
bordered.features.extend(grid.features)
bordered.features.extend(outside_bars(grid))
print(" bars='''")
print(bars_to_string(bordered))
print("'''")
if any(isinstance(e, TextElt) for r, c, e in grid.features):
label_str = labels_to_string(grid)
gr = Grid(grid.height, grid.width)
gr.features.extend(autonumber(gr))
if label_str == labels_to_string(grid):
print(" cells_with_text='auto'")
else:
print(" cells_with_text='''")
print(label_str)
print("'''")
def test_all(self):
detected=(len(self.img.breaks[0])-1,len(self.img.breaks[1])-1)
expected=(self.rows,self.cols)
self.assertEqual(expected,detected,'wrong dimensions')
if hasattr(self,'fill'):
with self.subTest('fill'):
grid=self.img.grid()
grid.features.extend(self.img.read_background())
f=grid_to_string(grid)
self.assertEqual(self.fill.strip(),f.strip())
if hasattr(self,'bars'):
with self.subTest('bars'):
grid=self.img.grid()
grid.features.extend(self.img.read_bars())
grid.features.extend(outside_bars(grid))
b=bars_to_string(grid)
self.assertEqual(self.bars.strip(),b.strip())
if hasattr(self,'cells_with_text'):
with self.subTest('cells_with_text'):
if self.cells_with_text=='auto':
grid=self.img.grid()
grid.features.extend(self.img.read_background())
grid.features.extend(self.img.read_bars())
grid.features.extend(autonumber(grid))
self.cells_with_text=labels_to_string(grid)
grid=self.img.grid()
grid.features.extend(self.img.autonumber_if_text_found())
t=labels_to_string(grid)
self.assertEqual(self.cells_with_text.strip(),t.strip())
def test_all(self):
detected = (len(self.img.breaks[0]) - 1, len(self.img.breaks[1]) - 1)
expected = (self.rows, self.cols)
self.assertEqual(expected, detected, 'wrong dimensions')
if hasattr(self, 'fill'):
with self.subTest('fill'):
grid = self.img.grid()
grid.features.extend(self.img.read_background())
f = grid_to_string(grid)
self.assertEqual(self.fill.strip(), f.strip())
if hasattr(self, 'bars'):
with self.subTest('bars'):
grid = self.img.grid()
grid.features.extend(self.img.read_bars())
grid.features.extend(outside_bars(grid))
b = bars_to_string(grid)
self.assertEqual(self.bars.strip(), b.strip())
if hasattr(self, 'cells_with_text'):
with self.subTest('cells_with_text'):
if self.cells_with_text == 'auto':
grid = self.img.grid()
grid.features.extend(self.img.read_background())
grid.features.extend(self.img.read_bars())
grid.features.extend(autonumber(grid))
self.cells_with_text = labels_to_string(grid)
grid = self.img.grid()
grid.features.extend(self.img.autonumber_if_text_found())
t = labels_to_string(grid)
self.assertEqual(self.cells_with_text.strip(), t.strip())
def process(grid,args):
if args.print_testdata:
from cross2sheet.test.test import print_tests
print_tests(grid)
if args.autonumber:
grid.features.extend(autonumber(grid))
if args.outer_border:
grid.features.extend(outside_bars(grid))
pad(grid,*args.padding)
def process(grid, args):
if args.print_testdata:
from cross2sheet.test.test import print_tests
url = args.input_file_or_url
url = url.replace('http://web.mit.edu/puzzle/www/', '')
print_tests(url, grid)
if args.autonumber:
grid.features.extend(autonumber(grid))
if args.outer_border:
grid.features.extend(outside_bars(grid))
pad(grid, *args.padding)
def a_puzzle_with_answer_nowhere_man():
req=urlopen('http://web.mit.edu/puzzle/www/2014/puzzle/puzzle_with_answer_nowhere_man/grid.png')
data=req.read()
req.close()
img=ImageGrid(data)
grid=img.grid()
grid.features.extend(img.read_background())
grid.features.extend(img.read_bars())
grid.features.extend(outside_bars(grid))
grid.features.extend(autonumber(grid))
save_xlsx(grid,'nowhere_man.xlsx')
def __init__(self,data):
self.cells = [[Cell() for x in range(data.width)] for y in range(data.height)]
for r,c,e in data.back:
self.cells[r][c].back=e.color
for r,c,e in data.bars:
self.cells[r][c].borders.extend(b.lower() for b in e.dirs)
for r,c,e in data.text:
self.cells[r][c].texts.append(CellText(['text'],e.text))
g=Grid(data.height,data.width)
for s1,e1 in [('bar',data.bars),('nobar',[])]:
for s2,e2 in [('back',data.back),('noback',[])]:
g.features=e1+e2
for r,c,e in autonumber(g):
self.cells[r][c].texts.append(CellText(['auto',s1,s2],e.text))
def form_data_to_excel(form):
td=TableData.from_json(form['data'])
g=Grid(td.height,td.width)
if 'back' in form:
g.features.extend(td.back)
if 'bar' in form:
g.features.extend(td.bars)
if form['auto']=='auto':
g.features.extend(autonumber(g))
elif form['auto']=='text':
g.features.extend(td.text)
g.features.extend(outside_bars(g))
i=BytesIO()
to_openpyxl(g,text_in_cells='cells' in form,text_in_comments='comments' in form).save(i)
i.seek(0)
return i
def __init__(self, data):
self.cells = [[Cell() for x in range(data.width)]
for y in range(data.height)]
for r, c, e in data.back:
self.cells[r][c].back = e.color
for r, c, e in data.bars:
self.cells[r][c].borders.extend(b.lower() for b in e.dirs)
for r, c, e in data.text:
self.cells[r][c].texts.append(CellText(['text'], e.text))
g = Grid(data.height, data.width)
for s1, e1 in [('bar', data.bars), ('nobar', [])]:
for s2, e2 in [('back', data.back), ('noback', [])]:
g.features = e1 + e2
for r, c, e in autonumber(g):
self.cells[r][c].texts.append(
CellText(['auto', s1, s2], e.text))
def form_data_to_excel(form):
td = TableData.from_json(form['data'])
g = Grid(td.height, td.width)
if 'back' in form:
g.features.extend(td.back)
if 'bar' in form:
g.features.extend(td.bars)
if form['auto'] == 'text':
g.features.extend(td.text)
g.validate()
if form['auto'] == 'auto':
g.features.extend(autonumber(g))
g.features.extend(outside_bars(g))
i = BytesIO()
to_openpyxl(g,
text_in_cells='cells' in form,
text_in_comments='comments' in form).save(i)
i.seek(0)
return i