def test_div(self):
s = Str2D('12\n43', valign='bottom')
t = Str2D('abc\nde\nf', halign='right')
assert s / t == '12 \n43 \nabc\n de\n f'
assert s.div(t) == '12 \n43 \nabc\n de\n f'
assert s.div(t, '-') == '12 \n43 \n---\nabc\n de\n f'
def test_add(self):
s = Str2D('12\n43', valign='bottom')
t = Str2D('abc\nde\nf', halign='right')
assert s + t == ' abc\n12 de\n43 f'
assert s.add(t) == ' abc\n12 de\n43 f'
assert s.add(t, ' | ') == ' | abc\n12 | de\n43 | f'
def test_kwargs(self):
s = Str2D('1\n23', halign='center', vfill='^')
assert s._kwargs == dict(halign='center',
hfill='',
valign='top',
vfill='^')
def test_getitem(self):
s = Str2D('12\n43')
assert s[:1] / s[1:] == s
assert s[:, :1] + s[:, 1:] == s
assert s[::-1] == s.V
assert s[:, ::-1] == s.H
assert s[0] == '12'
assert s[1][1] == '3'
def test_roll(self):
s = Str2D('123\n654')
assert s.roll(1) == '231\n546'
assert s.roll(50) == '312\n465'
assert s.roll(0) == '123\n654'
assert s.roll(1, 0) == '654\n123'
assert s.roll(1, 0).roll(-2) == '546\n231'
assert s.T.roll(1, 0) == '25\n34\n16'
def test_transformations(self):
s = Str2D('12\n43')
assert s.I == '12\n43'
assert s.H == '21\n34'
assert s.V == '43\n12'
assert s.T == '14\n23'
assert s.TV == '23\n14'
assert s.VH == '34\n21'
assert s.VT == '41\n32'
assert s.HVT == '32\n41'
def test_iter(self):
s = Str2D('12\n43')
assert tuple(s.__iter__()) == s.s
def test_layer(self):
s = Str2D('12\n43')
assert Str2D('@@\n@@').layer(s.mask(' *\n* ')) == '1@\n@3'
def test_mask(self):
s = Str2D('12\n43')
assert s.mask(' *\n* ') == '1 \n 3'
def test_strip2d(self):
s = Str2D('12\n43')
assert s.buffer(' ').strip2d() == s
def test_constuction_one(self):
s0_0 = 'a\nbc\ndef'
s0_l = 'a \nbc \ndef'
s0_c = ' a \nbc \ndef'
s0_r = ' a\n bc\ndef'
s0_w0 = s0_l
s0_w4 = 'a \nbc \ndef '
s0_h0 = s0_l
s0_h6_t = 'a \nbc \ndef\n \n \n '
s0_h6_m = ' \na \nbc \ndef\n \n '
s0_h6_b = ' \n \n \na \nbc \ndef'
s0_hf = 'a..\nbc.\ndef'
s0_vf = 'a \nbc \ndef\n+ \n+ \n+ '
s0_ev = '..+...\n..a...\n..bc..\n.def..\n..+...\n..+...'
assert Str2D(s0_0) == s0_l
assert Str2D(Str2D(s0_0)) == s0_l
assert Str2D(Str2D(s0_0).s) == s0_l
assert Str2D(s0_0, halign='leFt') == s0_l
assert Str2D(s0_0, halign='center') == s0_c
assert Str2D(s0_0, halign='right') == s0_r
assert Str2D(s0_0, min_width=0) == s0_l
assert Str2D(s0_0, min_width=4) == s0_w4
assert Str2D(s0_0, min_height=0) == s0_l
assert Str2D(s0_0, min_height=6) == s0_h6_t
assert Str2D(s0_0, min_height=6, valign='top') == s0_h6_t
assert Str2D(s0_0, min_height=6, valign='middLe') == s0_h6_m
assert Str2D(s0_0, min_height=6, valign='bottom') == s0_h6_b
assert Str2D(s0_0, hfill='.') == s0_hf
assert Str2D(s0_0, min_height=6, vfill='+') == s0_vf
assert Str2D(s0_0, 6, 'center', '.', 6, 'middle', '+') == s0_ev
def test_copy(self):
s = Str2D('12\n43')
assert s == s.__copy__()
assert s is not s.__copy__()
def test_shape(self):
assert Str2D('1\n2\n3').shape == (3, 1)
assert Str2D('\n' * 5).shape == (6, 0)
assert Str2D('1234').shape == (1, 4)
assert Str2D('123\n 5 \n').shape == (3, 4)
def test_count(self):
s = Str2D('tttt\nd\ntthh')
assert s.count('t') == 6
def test_title(self):
s = Str2D('Ab\nCD')
assert s.title() == 'Ab\nCd'
def test_upper(self):
s = Str2D('Ab\nCD')
assert s.upper() == 'AB\nCD'
def test_lower(self):
s = Str2D('Ab\nCD')
assert s.lower() == 'ab\ncd'
def test_replace(self):
s = Str2D('12\n43')
assert s.replace('2', '5') == '15\n43'
def test_strip(self):
s = Str2D('12\n43')
assert s.buffer(' ').strip() == ' \n12\n43\n '
def test_height(self):
assert Str2D('1\n2\n3').height == 3
assert Str2D('\n' * 5).height == 6
def test_width(self):
assert Str2D('1\n2\n3').width == 1
assert Str2D('\n' * 5).width == 0
assert Str2D('1234').width == 4
assert Str2D('123\n 5 \n').width == 4
def test_join(self):
s = Str2D('12\n43')
assert s._join('|', [s] * 3) == s + '|' + s + '|' + s
assert s._join('-', [s] * 3, axis=0) == s / '-' / s / '-' / s
def test_construction_two(self):
s = Str2D('1\n23')
assert hasattr(s, 'hfill')
assert hasattr(s, 'vfill')
assert hasattr(s, 'halign')
assert hasattr(s, 'valign')
def test_shuffle(self):
s = Str2D('abcde\nfghij')
assert s.shuffle(3.1415) == 'gdjhf\ncebia'
def test_box(self):
s = Str2D('12\n43')
assert s.box_dbl() == '╔══╗\n║12║\n║43║\n╚══╝'
assert s.box_sgl() == '┌──┐\n│12│\n│43│\n└──┘'
assert s.buffer('#') == '####\n#12#\n#43#\n####'
def test_join2d(self):
s = Str2D('12\n43')
assert s.join([s] * 3) == s * 5
def test_equal_width(self):
s = Str2D('12\n43')
assert all(
map(lambda s: s.width == 6,
s.equal_width([s, s.buffer(' '), s * 3])))
def test_fill(self):
s = Str2D('123\n654\nabc\nfed')
assert s.fill('.') == '...\n...\n...\n...'
def test_asstr2d(self):
s = Str2D('12\n43')
assert s is s.asstr2d(s)
assert type(s.asstr2d('12\n43')) == type(s)
assert s.asstr2d(s.__repr__()) is not s
assert s.asstr2d(s) == s
def test_sum(self):
s = Str2D('12\n43')
assert s.sum([s] * 4) == s * 4