def test_data_types_v3():
grid = hszinc.Grid(version=hszinc.VER_3_0)
grid.column['comment'] = {}
grid.column['value'] = {}
grid.extend([
{
'comment': 'A NA',
'value': hszinc.NA,
},
{
'comment': 'An empty list',
'value': [],
},
{
'comment': 'A null value in a list',
'value': [None],
},
{
'comment': 'A marker in a list',
'value': [hszinc.MARKER],
},
{
'comment': 'Booleans',
'value': [True, False],
},
{
'comment': 'References',
'value': [hszinc.Ref('a-ref'),
hszinc.Ref('a-ref', 'a value')],
},
{
'comment': 'A quantity',
'value': [hszinc.Quantity(500, 'miles')],
},
{
'comment': 'A XStr',
'value': [hszinc.XStr("hex", 'deadbeef')],
},
])
grid_str = hszinc.dump(grid)
ref_str = '''ver:"3.0"
comment,value
"A NA",NA
"An empty list",[]
"A null value in a list",[N]
"A marker in a list",[M]
"Booleans",[T,F]
"References",[@a-ref,@a-ref "a value"]
"A quantity",[500miles]
"A XStr",[hex("deadbeef")]
'''
assert grid_str == ref_str
def test_xstr_b64():
assert XStr("b64", '3q2+7w==').data == b'\xde\xad\xbe\xef'
barray = bytearray(random.getrandbits(8) for _ in range(10))
assert barray == hszinc.XStr("b64", binascii.b2a_base64(barray)).data
def test_xstr_other():
assert (XStr("other", "hello word").data == "hello word")
barray = bytearray(random.getrandbits(8) for _ in range(10))
assert barray == hszinc.XStr("other", barray).data
def test_xstr_hex():
assert XStr("hex", "deadbeef").data == b'\xde\xad\xbe\xef'
barray = bytearray(random.getrandbits(8) for _ in range(10))
assert barray == hszinc.XStr("hex",
binascii.hexlify(barray).decode("ascii")).data
def test_data_types_json_v3():
grid = hszinc.Grid(version=hszinc.VER_3_0)
grid.column['comment'] = {}
grid.column['value'] = {}
grid.extend([
{
'comment': 'A Remove (3.0 version)',
'value': hszinc.REMOVE,
},
{
'comment': 'A NA',
'value': hszinc.NA,
},
{
'comment': 'An empty list',
'value': [],
},
{
'comment': 'A null value in a list',
'value': [None],
},
{
'comment': 'A marker in a list',
'value': [hszinc.MARKER],
},
{
'comment': 'Booleans',
'value': [True, False],
},
{
'comment': 'References',
'value': [hszinc.Ref('a-ref'),
hszinc.Ref('a-ref', 'a value')],
},
{
'comment': 'A quantity',
'value': [hszinc.Quantity(500, 'miles')],
},
{
'comment': 'A XStr',
'value': [hszinc.XStr("hex", 'deadbeef')],
},
])
grid_json = json.loads(hszinc.dump(grid, mode=hszinc.MODE_JSON))
assert grid_json == {
'meta': {
'ver': '3.0'
},
'cols': [
{
'name': 'comment'
},
{
'name': 'value'
},
],
'rows': [
{
'comment': 's:A Remove (3.0 version)',
'value': '-:'
},
{
'comment': 's:A NA',
'value': 'z:'
},
{
'comment': "s:An empty list",
'value': []
},
{
'comment': "s:A null value in a list",
'value': [None]
},
{
'comment': "s:A marker in a list",
'value': ['m:']
},
{
'comment': "s:Booleans",
'value': [True, False]
},
{
'comment': "s:References",
'value': ['r:a-ref', 'r:a-ref a value']
},
{
'comment': "s:A quantity",
'value': ['n:500.000000 miles'] # Python is more precise
# than The Proclaimers
},
{
'comment': "s:A XStr",
'value': ['x:hex:deadbeef']
}
]
}