def test_strings():
foo = FooPrimitives.create()
strs = dict([
# PYTHON 2 and 3 unicode strings
(u"", not DECODEUtf8),
(u"my\0text", not DECODEUtf8),
(u"the best text", not DECODEUtf8),
(u"my \b friend", not DECODEUtf8),
#"Non-ASCII / 非 ASCII 字符"
(u"Non-ASCII / \xe9\x9d\x9e ASCII \xe5\xad\x97\xe7\xac\xa6", not DECODEUtf8),
(u"Non-ASCII / \u975e ASCII \u5b57\u7b26", not DECODEUtf8)
])
if PYTHON3:
strs.update({
chr(40960) + u'abcd' + chr(1972) + u"\0\bhi": not DECODEUtf8, #unicode string
bytes(chr(40960) + u'abcd' + chr(1972) + u"\0\bhi", 'utf-8'): DECODEUtf8 # bytes utf-8 encoded
})
else:
strs.update({
unichr(40960) + u'abcd' + unichr(1972) + u"\0\bhi": not DECODEUtf8, #unicode string for python 2
})
for sSet, decode in strs.items():
foo.set_string(sSet)
sSetUnicode = sSet
if decode:
sSetUnicode = decoded_utf_8(sSet)
sGetUnicode = foo.get_string()
# print ("client SetPrs=", sSetUnicode, ".", len(sSetUnicode), List(sSetUnicode) )
# print ("client GetPrs=", sGetUnicode, ".", len(sGetUnicode), List(sGetUnicode))
assert sSetUnicode == sGetUnicode
def test_bool():
foo = FooPrimitives.create()
b = True
foo.set_bool(b)
assert b == foo.get_bool(), "test_bool failed"
b = False
foo.set_bool(b)
assert b == foo.get_bool(), "test_bool failed"
def test_bool():
foo = FooPrimitives.create()
b = True
foo.set_bool(b)
assert b == foo.get_bool(), "test_bool failed"
b = False
foo.set_bool(b)
assert b == foo.get_bool(), "test_bool failed"
def test_float():
foo = FooPrimitives.create()
min_f32 = lib.min_f32_t()
foo.set_float(min_f32)
assert min_f32 == foo.get_float(), "test_float failed"
max_f32 = lib.max_f32_t()
foo.set_float(max_f32)
assert max_f32 == foo.get_float(), "test_float failed"
def test_double():
foo = FooPrimitives.create()
min_f64 = lib.min_f64_t()
foo.set_double(min_f64)
assert min_f64 == foo.get_double(), "test_double failed"
max_f64 = lib.max_f64_t()
foo.set_double(max_f64)
assert max_f64 == foo.get_double(), "test_double failed"
def test_double():
foo = FooPrimitives.create()
min_f64 = lib.min_f64_t()
foo.set_double(min_f64)
assert min_f64 == foo.get_double(), "test_double failed"
max_f64 = lib.max_f64_t()
foo.set_double(max_f64)
assert max_f64 == foo.get_double(), "test_double failed"
def test_float():
foo = FooPrimitives.create()
min_f32 = lib.min_f32_t()
foo.set_float(min_f32)
assert min_f32 == foo.get_float(), "test_float failed"
max_f32 = lib.max_f32_t()
foo.set_float(max_f32)
assert max_f32 == foo.get_float(), "test_float failed"
def test_int32():
foo = FooPrimitives.create()
min_i32 = -2147483648
foo.set_int32(min_i32)
assert min_i32 == foo.get_int32(), "test_ints failed"
max_i32 = 2147483647
foo.set_int32(max_i32)
assert max_i32 == foo.get_int32(), "test_ints failed"
pytest.raises(OverflowError, foo.set_int32, min_i32 - 1)
pytest.raises(OverflowError, foo.set_int32, max_i32 + 1)
def test_int16():
foo = FooPrimitives.create()
min_i16 = -32768
foo.set_int16(min_i16)
assert min_i16 == foo.get_int16(), "test_ints failed"
max_i16 = 32767
foo.set_int16(max_i16)
assert max_i16 == foo.get_int16(), "test_ints failed"
pytest.raises(OverflowError, foo.set_int16, min_i16 - 1)
pytest.raises(OverflowError, foo.set_int16, max_i16 + 1)
def test_int8():
foo = FooPrimitives.create()
min_i8 = -128
foo.set_int8(min_i8)
assert min_i8 == foo.get_int8(), "test_ints failed"
max_i8 = 127
foo.set_int8(max_i8)
assert max_i8 == foo.get_int8(), "test_ints failed"
pytest.raises(OverflowError, foo.set_int8, min_i8 - 1)
pytest.raises(OverflowError, foo.set_int8, max_i8 + 1)
def test_int16():
foo = FooPrimitives.create()
min_i16 = -32768
foo.set_int16(min_i16)
assert min_i16 == foo.get_int16(), "test_ints failed"
max_i16 = 32767
foo.set_int16(max_i16)
assert max_i16 == foo.get_int16(), "test_ints failed"
pytest.raises(OverflowError, foo.set_int16, min_i16 - 1)
pytest.raises(OverflowError, foo.set_int16, max_i16 + 1)
def test_int64():
foo = FooPrimitives.create()
min_i64 = -9223372036854775808
foo.set_int64(min_i64)
assert min_i64 == foo.get_int64(), "test_ints failed"
max_i64 = 9223372036854775807
foo.set_int64(max_i64)
assert max_i64 == foo.get_int64(), "test_ints failed"
pytest.raises(OverflowError, foo.set_int64, min_i64 - 1)
pytest.raises(OverflowError, foo.set_int64, max_i64 + 1)
def test_int32():
foo = FooPrimitives.create()
min_i32 = -2147483648
foo.set_int32(min_i32)
assert min_i32 == foo.get_int32(), "test_ints failed"
max_i32 = 2147483647
foo.set_int32(max_i32)
assert max_i32 == foo.get_int32(), "test_ints failed"
pytest.raises(OverflowError, foo.set_int32, min_i32 - 1)
pytest.raises(OverflowError, foo.set_int32, max_i32 + 1)
def test_int64():
foo = FooPrimitives.create()
min_i64 = -9223372036854775808
foo.set_int64(min_i64)
assert min_i64 == foo.get_int64(), "test_ints failed"
max_i64 = 9223372036854775807
foo.set_int64(max_i64)
assert max_i64 == foo.get_int64(), "test_ints failed"
pytest.raises(OverflowError, foo.set_int64, min_i64 - 1)
pytest.raises(OverflowError, foo.set_int64, max_i64 + 1)
def test_int8():
foo = FooPrimitives.create()
min_i8 = -128
foo.set_int8(min_i8)
assert min_i8 == foo.get_int8(), "test_ints failed"
max_i8 = 127
foo.set_int8(max_i8)
assert max_i8 == foo.get_int8(), "test_ints failed"
pytest.raises(OverflowError, foo.set_int8, min_i8 - 1)
pytest.raises(OverflowError, foo.set_int8, max_i8 + 1)
def test_binary():
foo = FooPrimitives.create()
b = b''
foo.set_binary(b)
bGet = foo.get_binary()
assert b == bGet, "test_binary failed"
assert type(bGet) is bytes
b = b'123g'
foo.set_binary(b)
bGet = foo.get_binary()
assert b == bGet, "test_binary failed"
assert type(bGet) is bytes
def test_binary():
foo = FooPrimitives.create()
b = b''
foo.set_binary(b)
bGet = foo.get_binary()
assert b == bGet, "test_binary failed"
assert type(bGet) is bytes
b = b'123g'
foo.set_binary(b)
bGet = foo.get_binary()
assert b == bGet, "test_binary failed"
assert type(bGet) is bytes
def test_date():
epoch = datetime.datetime.utcfromtimestamp(0)
foo = FooPrimitives.create()
d = datetime.datetime(2007,4,17,1,2,3)
foo.set_date(d)
assert d == foo.get_date(), "test_date failed"
for i in range(100): # more reliable
d = datetime.datetime.now()
d = d.replace(microsecond = (d.microsecond // 1000) * 1000) # our precision is millisecond level
foo.set_date(d)
assert d == foo.get_date(), "test_date failed"
def test_date():
epoch = datetime.datetime.utcfromtimestamp(0)
foo = FooPrimitives.create()
d = datetime.datetime(2007, 4, 17, 1, 2, 3)
foo.set_date(d)
assert d == foo.get_date(), "test_date failed"
for i in range(100): # more reliable
d = datetime.datetime.now()
d = d.replace(microsecond=(d.microsecond // 1000) *
1000) # our precision is millisecond level
foo.set_date(d)
assert d == foo.get_date(), "test_date failed"
def test_strings():
foo = FooPrimitives.create()
strs = dict([
# PYTHON 2 and 3 unicode strings
(u"", not DECODEUtf8),
(u"my\0text", not DECODEUtf8),
(u"the best text", not DECODEUtf8),
(u"my \b friend", not DECODEUtf8),
#"Non-ASCII /\0 非 ASCII 字符"
(u"Non-ASCII /\0 \xe9\x9d\x9e ASCII \xe5\xad\x97\xe7\xac\xa6",
not DECODEUtf8),
(u"Non-ASCII /\0 \u975e ASCII \u5b57\u7b26", not DECODEUtf8)
])
if PYTHON3:
strs.update({
chr(40960) + u'abcd' + chr(1972) + u"\0\bhi":
not DECODEUtf8, #unicode string
bytes(chr(40960) + u'abcd' + chr(1972) + u"\0\bhi", 'utf-8'):
DECODEUtf8 # bytes utf-8 encoded
})
else:
strs.update({
unichr(40960) + u'abcd' + unichr(1972) + u"\0\bhi":
not DECODEUtf8, #unicode string for python 2
})
for sSet, decode in strs.items():
foo.set_string(sSet)
sSetUnicode = sSet
if decode:
sSetUnicode = decoded_utf_8(sSet)
sGetUnicode = foo.get_string()
# print ("client SetPrs=", sSetUnicode, ".", len(sSetUnicode), List(sSetUnicode) )
# print ("client GetPrs=", sGetUnicode, ".", len(sGetUnicode), List(sGetUnicode))
assert sSetUnicode == sGetUnicode
