def test_add_private_entry(self):
with save_private_dict():
add_private_dict_entry('ACME 3.1', 0x10011101, 'DS', 'Test One',
'3')
entry = get_private_entry((0x1001, 0x0001), 'ACME 3.1')
assert 'DS' == entry[0] # VR
assert '3' == entry[1] # VM
assert 'Test One' == entry[2] # description
def test_get_private_entry(self):
"""Test get_private_entry"""
# existing entry
entry = get_private_entry((0x0903, 0x0011), 'GEIIS PACS')
self.assertEqual('US', entry[0]) # VR
self.assertEqual('1', entry[1]) # VM
self.assertEqual('Significant Flag', entry[2]) # name
self.assertFalse(entry[3]) # is retired
# existing entry in another slot
entry = get_private_entry((0x0903, 0x1011), 'GEIIS PACS')
self.assertEqual('Significant Flag', entry[2]) # name
# non-existing entry
self.assertRaises(KeyError, get_private_entry, (0x0903, 0x0011),
'Nonexisting')
self.assertRaises(KeyError, get_private_entry, (0x0903, 0x0091),
'GEIIS PACS')
def test_get_private_entry(self):
"""Test get_private_entry"""
# existing entry
entry = get_private_entry((0x0903, 0x0011), 'GEIIS PACS')
self.assertEqual('US', entry[0]) # VR
self.assertEqual('1', entry[1]) # VM
self.assertEqual('Significant Flag', entry[2]) # name
self.assertFalse(entry[3]) # is retired
# existing entry in another slot
entry = get_private_entry((0x0903, 0x1011), 'GEIIS PACS')
self.assertEqual('Significant Flag', entry[2]) # name
# non-existing entry
self.assertRaises(KeyError, get_private_entry,
(0x0903, 0x0011), 'Nonexisting')
self.assertRaises(KeyError, get_private_entry,
(0x0903, 0x0091), 'GEIIS PACS')
def is_multiple_values(value):
tag = value.tag
if not tag.is_private:
vvm = datadict.get_entry(tag)[1].split("-")
return len(vvm) == 2 or 1 < int(vvm[0])
elif hasattr(tag, "private_creator"):
vvm = datadict.get_private_entry(tag,
tag.private_creator)[1].split("-")
return len(vvm) == 2 or 1 < int(vvm[0])
else:
return 1
def test_get_private_entry(self):
"""Test get_private_entry"""
# existing entry
entry = get_private_entry((0x0903, 0x0011), 'GEIIS PACS')
assert 'US' == entry[0] # VR
assert '1' == entry[1] # VM
assert 'Significant Flag' == entry[2] # name
assert not entry[3] # is retired
# existing entry in another slot
entry = get_private_entry((0x0903, 0x1011), 'GEIIS PACS')
assert 'Significant Flag' == entry[2] # name
# non-existing entry
with pytest.raises(KeyError):
get_private_entry((0x0903, 0x0011), 'Nonexisting')
with pytest.raises(KeyError):
get_private_entry((0x0903, 0x0091), 'GEIIS PACS')
def test_get_private_entry(self):
"""Test get_private_entry"""
# existing entry
entry = get_private_entry((0x0903, 0x0011), 'GEIIS PACS')
assert 'US' == entry[0] # VR
assert '1' == entry[1] # VM
assert 'Significant Flag' == entry[2] # name
assert not entry[3] # is retired
# existing entry in another slot
entry = get_private_entry((0x0903, 0x1011), 'GEIIS PACS')
assert 'Significant Flag' == entry[2] # name
# non-existing entry
with pytest.raises(KeyError):
get_private_entry((0x0903, 0x0011), 'Nonexisting')
with pytest.raises(KeyError):
get_private_entry((0x0903, 0x0091), 'GEIIS PACS')
def test_add_private_entry(self):
add_private_dict_entry('ACME 3.1', 0x10011101, 'DS', 'Test One', '3')
entry = get_private_entry((0x1001, 0x0001), 'ACME 3.1')
assert 'DS' == entry[0] # VR
assert '3' == entry[1] # VM
assert 'Test One' == entry[2] # description
