def test_flatten_lists_and_tuples_to_array():
# simple list of primitives
f = plistbin.flatten([10, 11, 12])
assert_equals('[Array, ObjRef, ObjRef, ObjRef, Integer, Integer, Integer]', repr(f))
# list with non-primitive values
f = plistbin.flatten([(1,), (4,)])
assert_equals('[Array, ObjRef, ObjRef, Array, ObjRef, Integer, Array, ObjRef, Integer]', repr(f))
def test_flatten_number_objects():
# an int..
f = plistbin.flatten(42)
assert_equals('[Integer]', repr(f))
# .. and a float
f = plistbin.flatten(42.0005)
assert_equals('[Real]', repr(f))
def test_flatten_dicts_to_keyrefs_and_objrefs():
f = plistbin.flatten(dict(one=1,two=2))
assert_equals('[Dict, KeyRef, ObjRef, KeyRef, ObjRef, AsciiString, Integer, AsciiString, Integer]', repr(f))
def test_flatten_datetime_objects():
import datetime
f = plistbin.flatten(datetime.datetime.now())
assert_equals('[Date]', repr(f))
def test_flatten_data_objects():
f = plistbin.flatten(plistbin.Data('Some data'))
assert_equals('[Data]', repr(f))
def test_unicode_string():
f = plistbin.flatten(u'Æøå')
assert_equals('[UnicodeString]', repr(f))
def test_bytecode_string():
f = plistbin.flatten('True')
assert_equals('[AsciiString]', repr(f))
assert_equals('True', f[0].value)
def test_flatten_boolean():
f = plistbin.flatten(True)
assert_equals('[Boolean]', repr(f))
assert_equals(True, f[0].value)
