def test_sd_setitems(self):
r = sorteddict()
r['b'] = 1
r['c'] = 2
r['d'] = 3
r['f'] = 5
r['g'] = 6
r['h'] = 7
r['i'] = 8
r['a'] = 0
r['j'] = 9
r['l'] = 11
r['k'] = 10
r['m'] = 12
r['n'] = 13
r['o'] = 14
r['p'] = 15
r['q'] = 16
r['s'] = 18
r['v'] = 21
r['w'] = 22
r['x'] = 23
r['y'] = 24
r['z'] = 25
r['e'] = 4
r['r'] = 17
r['t'] = 19
r['u'] = 20
assert r == self.z
def test_sd_setitems(self):
r = sorteddict()
r['b'] = 1
r['c'] = 2
r['d'] = 3
r['f'] = 5
r['g'] = 6
r['h'] = 7
r['i'] = 8
r['a'] = 0
r['j'] = 9
r['l'] = 11
r['k'] = 10
r['m'] = 12
r['n'] = 13
r['o'] = 14
r['p'] = 15
r['q'] = 16
r['s'] = 18
r['v'] = 21
r['w'] = 22
r['x'] = 23
r['y'] = 24
r['z'] = 25
r['e'] = 4
r['r'] = 17
r['t'] = 19
r['u'] = 20
assert r == self.z
def test_sd_ass_consequitive_slice(self):
r = sorteddict(self.z)
if not self.nopytest:
py.test.raises(
TypeError,
"r[10:15] = ordereddict([(1, 0), (2, 1), (3, 2), (4, 24), (5, 25)])"
)
def test_sd_slice(self):
r = sorteddict(self.z)
#print r
y = r[3:6]
#print y
assert y['d'] == 3
assert y['e'] == 4
assert y['f'] == 5
def test_sd_copy(self):
x1 = sorteddict(self.z)
x = x1.copy()
assert len(x) == 26
assert x['c'] == 2
x['c'] = 4
assert self.x['c'] == 3
assert x['c'] == 4
def test_sd_copy(self):
x1 = sorteddict(self.z)
x = x1.copy()
assert len(x) == 26
assert x['c'] == 2
x['c'] = 4
assert self.x['c'] == 3
assert x['c'] == 4
def test_sd_slice(self):
r = sorteddict(self.z)
#print r
y = r[3:6]
#print y
assert y['d'] == 3
assert y['e'] == 4
assert y['f'] == 5
def test_sd_pickle(self):
fname = 'tmpdata.pkl'
r = sorteddict(self.z)
fp = open(fname, 'wb')
cPickle.dump(r, fp)
fp.close()
s = cPickle.load(open(fname, 'rb'))
assert s == r
s['k'] = 10
assert s == self.z
os.remove(fname)
def test_sd_pickle(self):
fname = 'tmpdata.pkl'
r = sorteddict(self.z)
fp = open(fname, 'wb')
cPickle.dump(r, fp)
fp.close()
s = cPickle.load(open(fname, 'rb'))
assert s == r
s['k'] = 10
assert s == self.z
os.remove(fname)
def test_sorted_from_ordered(self):
i = self.z.items(reverse=True)
random.shuffle(i)
i = ordereddict(i)
sd = sorteddict(i)
assert sd == self.z
def test_sd_rename(self):
x = sorteddict(self.x)
if not self.nopytest:
py.test.raises(TypeError, "x.rename('c', 'caaa')")
def test_sd_init_from_seq(self):
r = sorteddict((('j', 9),('g', 6),('i', 8),('h', 7), ('f', 5)))
assert r == self.part
def test_sd_del_non_consequitive_slice(self):
r = sorteddict(self.z)
if not self.nopytest:
py.test.raises(TypeError, "del r[4:24:2]")
def test_sd_del_non_consequitive_slice(self):
r = sorteddict(self.z)
if not self.nopytest:
py.test.raises(TypeError, "del r[4:24:2]")
def test_sd_init_from_seq(self):
r = sorteddict((('j', 9), ('g', 6), ('i', 8), ('h', 7), ('f', 5)))
assert r == self.part
def test_sd_lower(self):
r = sorteddict(self.upperlower)
assert r != self.upperlower
assert r.index('a') == 2
rl = sorteddict(self.upperlower, key=string.lower)
assert rl == self.upperlower
def test_sd_lower(self):
r = sorteddict(self.upperlower)
assert r != self.upperlower
assert r.index('a') == 2
rl = sorteddict(self.upperlower, key=string.lower)
assert rl == self.upperlower
def test_sorted_from_ordered(self):
i = self.z.items(reverse=True)
random.shuffle(i)
i = ordereddict(i)
sd = sorteddict(i)
assert sd == self.z
def test_sd_rename(self):
x = sorteddict(self.x)
if not self.nopytest:
py.test.raises(TypeError, "x.rename('c', 'caaa')")
def test_sd_ass_non_consequitive_slice(self):
r = sorteddict(self.z)
if not self.nopytest:
py.test.raises(TypeError, "r[10:15:2] = ordereddict([(1, 0), (2, 1), (3, 2),])")