def test_text_block_2(text_block2):
b = TextBlock(3, 3, fixrows=False, fixcols=True, maxrows=5, wrap=True)
b.add_line(0, 'abcdefg')
assert b[:, :] == ['ab-', 'cd-', 'efg']
b = TextBlock(3, 3, fixrows=False, fixcols=True, maxrows=5, wrap=True)
b.add_line(0, 'abcdefgh')
assert b[:, :] == ['ab-', 'cd-', 'ef-', 'gh ']
b = TextBlock(3, 3, fixrows=False, fixcols=True, maxrows=5, wrap=True)
b.add_line(0, 'abcdefghijklmnop')
assert b[:, :] == ['ab-', 'cd-', 'ef-', 'gh-', 'ij-']
b = TextBlock(3,
3,
fixrows=False,
fixcols=True,
maxrows=5,
wrap=True,
wrap_hyphen=False)
b.add_line(0, 'abcdefghijklmnop')
assert b[:, :] == ['abc', 'def', 'ghi', 'jkl', 'mno']
b = TextBlock(3, 3, fixrows=False, fixcols=False, maxcols=1000, wrap=True)
b.add_line(0, 'abcdefg')
assert b[:, :] == ['abcdefg', ' ', ' ']
b.add_line(1, '12345678')
assert b[:, :] == ['abcdefg ', '12345678', ' ']
def test_container_2():
c = Container()
b = TextBlock(1,1,maxcols=3)
c.add_component(b, 1, 1)
b2 = TextBlock(1,1,maxcols=3)
c.add_component(b2, 1, 0, b, 'botleft')
b.add_line(0, 'abcd')
b2.add_line(0, 'efgh')
assert c[:,:] == [' ',' ab-',' cd ',' ef-',' gh ']
def test_container_1():
c = Container()
b = TextBlock(1,1)
c.add_component(b, 1, 1)
assert c.size() == (2,2)
b.resize(3,3)
assert c.size() == (4,4)
b[3,3] = 'x'
assert c.size() == (5,5)
assert c[4,4] == 'x'
def __init__(self,
nrows=1,
ncols=1,
borders=(1, 1, 1, 1),
content_pad=(0, 0, 0, 0),
maxrows=10000,
maxcols=1000,
fixrows=False,
fixcols=False,
wrap=True,
wrap_hyphen=True):
"""
Instantiates a Cell, borders sets type of borders, set 0 for no borders. content_pad sets what happens when no
borders is used, 1 means that
:param nrows:
:param ncols:
:param borders:
:param content_pad:
:param maxrows:
:param maxcols:
:param fixrows:
:param fixcols:
:param wrap:
:param wrap_hyphen:
"""
self.borders = borders
self.isnt_border = [1 if border == 0 else 0 for border in borders]
self.content_pad = content_pad
super(Cell, self).__init__(nrows + 2, ncols + 2, fixrows, fixcols,
maxrows + 2, maxcols + 2, wrap)
self._content = TextBlock(nrows, ncols, fixrows, fixcols, maxrows,
maxcols, wrap, wrap_hyphen)
self.c = self._content
orient = ['top', 'bot', 'left', 'right']
self._borders = [
CellBorder(orient[i], borders[i], self._content, fixrows, fixcols,
maxrows + 2, maxcols + 2) for i in range(4)
]
self.add_component(self._content, 1, 1)
self.add_component(self._borders[0], -1, -1, self._content,
'topleft') # TOP
self.add_component(self._borders[1], 1, -1, self._content,
'botleft') # BOT
self.add_component(self._borders[2], -1, -1, self._content,
'topleft') # LEFT
self.add_component(self._borders[3], -1, 1, self._content,
'topright') # RIGHT
self.rowix = 0
"""
self[:, :] = ' '
for cc in self.components:
row, col = self.get_absolute_position(cc)
self[row:row + cc.c.get_nrows(),
col:col + cc.c.get_ncols()] = cc.c.get_lines()
def _get_lines(self):
self._render_components()
return super(Container, self)._get_lines()
def __getitem__(self, index):
self._render_components()
return super(Container, self).__getitem__(index)
# def __setitem__(self, index, value):
if __name__ == '__main__':
c = Container()
b = TextBlock(1, 1, maxcols=3)
c.add_component(b, 1, 1)
b2 = TextBlock(1, 1, maxcols=3)
c.add_component(b2, 1, 0, b, 'botleft')
b.add_line(0, 'abcd')
b2.add_line(0, 'efgh')
print c
# assert c[:, :] == [' ', ' ab-', ' cd ', ' ef-', ' gh ']
def test_text_block_3():
b = TextBlock(3, 3, fixrows=False, fixcols=True, maxrows=5, wrap=True)
b.add_lines(0, ['abcd', 'efgh', 'ijkl'])
assert b[:, :] == ['ab-', 'cd ', 'ef-', 'gh ', 'ij-']
def text_block2():
b = TextBlock(3, 3, False, True, maxrows=5, wrap=True)
return b
def text_block1():
block = TextBlock(3, 5, fixrows=True, fixcols=True, wrap=False)
return block