def test_unicode_from_string():
('Unicode#from_string() should have cast the value as string')
# Given an instance of unicode
instance = Unicode()
# When I call from_string
result = instance.from_string('unsafestring')
# Then the result should be a UUID
result.should.be.an(unicode)
def test_unicode_get_base_type():
('Unicode#get_base_type() should return the __base_type__')
# Given an instance of unicode
instance = Unicode()
# When I call get_base_type
result = instance.get_base_type()
# Then the result should be bytes
result.should.equal(unicode)
def test_unicode_get_base_type():
('Unicode#get_base_type() should return the __base_type__')
# Given an instance of unicode
instance = Unicode()
# When I call get_base_type
result = instance.get_base_type()
# Then the result should be bytes
result.should.equal(unicode)
def test_unicode_to_string():
('Unicode#to_string() should have cast the value as string')
# Given an instance of unicode
instance = Unicode()
# When I call to_string
result = instance.to_string(str(test_uuid))
# Then the result should be a string
result.should.be.a(bytes)
def test_unicode_from_string():
('Unicode#from_string() should have cast the value as string')
# Given an instance of unicode
instance = Unicode()
# When I call from_string
result = instance.from_string('unsafestring')
# Then the result should be a UUID
result.should.be.an(unicode)
def test_unicode_to_string():
('Unicode#to_string() should have cast the value as string')
# Given an instance of unicode
instance = Unicode()
# When I call to_string
result = instance.to_string(str(test_uuid))
# Then the result should be a string
result.should.be.a(bytes)
def test_unicode_to_json():
('Unicode.to_json() should deserialize the given dict into a value')
# Given an instance of unicode
instance = Unicode()
# When I call to_json
result = instance.to_json(u'unsafestring')
# Then the result should be a value
result.should.equal(
'{"type": "Unicode", "value": "unsafestring", "module": "repocket.attributes"}'
)
def test_unicode_to_json():
('Unicode.to_json() should deserialize the given dict into a value')
# Given an instance of unicode
instance = Unicode()
# When I call to_json
result = instance.to_json(u'unsafestring')
# Then the result should be a value
result.should.equal(
'{"type": "Unicode", "value": "unsafestring", "module": "repocket.attributes"}'
)
def test_unicode_from_json():
('Unicode.from_json() should deserialize the given dict into a value')
# Given an instance of unicode
instance = Unicode()
# When I call from_json
result = instance.from_json(json.dumps({
b'module': b'repocket.attributes',
b'type': b'Unicode',
b'value': b'unsafestring',
}))
# Then the result should be a value
result.should.equal(u'unsafestring')
def test_unicode_to_python():
('Unicode#to_python() should prepare data to be serialized')
# Given an instance of unicode
instance = Unicode()
# When I call to_python
result = instance.to_python(u'unsafestring')
# Then the result should be a dictionary with metadata
result.should.equal({
'module': 'repocket.attributes',
'type': 'Unicode',
'value': 'unsafestring',
})
def test_unicode_from_python():
('Unicode.from_python() should deserialize the given dict into a value')
# Given an instance of unicode
instance = Unicode()
# When I call from_python
result = instance.from_python({
b'module': b'repocket.attributes',
b'type': b'Unicode',
b'value': u'unsafestring',
})
# Then the result should be a value
result.should.equal('unsafestring')
def test_unicode_to_python():
('Unicode#to_python() should prepare data to be serialized')
# Given an instance of unicode
instance = Unicode()
# When I call to_python
result = instance.to_python(u'unsafestring')
# Then the result should be a dictionary with metadata
result.should.equal({
'module': 'repocket.attributes',
'type': 'Unicode',
'value': 'unsafestring',
})
