def test_value_change(self):
""" New attribute values should update dictionary keys & vice versa """
x = CleverDict()
x.life = 42
x["life"] = 43
assert x.life == 43
assert x["life"] == 43
x.life = 42
assert x.life == 42
assert x["life"] == 42
x["1"] = 10
assert x["1"] == 10
assert x["_1"] == 10
assert x._1 == 10
x["_1"] = 11
assert x["1"] == 11
assert x["_1"] == 11
assert x._1 == 11
x._1 = 12
assert x["1"] == 12
assert x["_1"] == 12
assert x._1 == 12
# can't double assign
with pytest.raises(KeyError):
x["+1"] = 1
def test_info(self, capsys):
global c # globals are not 'seen' by info()
z = b = a = c = CleverDict.fromkeys((0, 1, 2, "a", "what?", "return"),
0)
c.setattr_direct("b", "B")
c.info() # this prints to stdout
out, err = capsys.readouterr()
assert out == dedent("""\
CleverDict:
a is b is z
a[0] == a['_0'] == a['_False'] == a._0 == a._False == 0
a[1] == a['_1'] == a['_True'] == a._1 == a._True == 0
a[2] == a['_2'] == a._2 == 0
a['a'] == a.a == 0
a['what?'] == a['what_'] == a.what_ == 0
a['return'] == a['_return'] == a._return == 0
a.b == 'B'
""")
z = b = a = c = CleverDict.fromkeys(["a"], "A")
assert c.info(
as_str=True
) == "CleverDict:\n a is b is z\n a['a'] == a.a == 'A'"
del a
assert c.info(
as_str=True) == "CleverDict:\n b is z\n b['a'] == b.a == 'A'"
del b
assert c.info(as_str=True) == "CleverDict:\n z['a'] == z.a == 'A'"
del z
assert c.info(as_str=True) == "CleverDict:\n x['a'] == x.a == 'A'"
def test_Expand(self):
with Expand(False):
x = CleverDict.fromkeys(("a", 0, 1, "what?"), 1)
x.add_alias(0, 2)
assert x.get_aliases("a") == ["a"]
assert x.get_aliases(0) == [0, 2]
assert x.get_aliases(1) == [1]
x = CleverDict.fromkeys(("a", 0, 1, "what?"), 1)
x.add_alias(0, 2)
assert x.get_aliases("a") == ["a"]
assert x.get_aliases(0) == [0, "_0", "_False", 2, "_2"]
assert x.get_aliases(1) == [1, "_1", "_True"]
with Expand(True):
x = CleverDict.fromkeys(("a", 0, 1, "what?"), 1)
x.add_alias(0, 2)
assert x.get_aliases("a") == ["a"]
assert x.get_aliases(0) == [0, "_0", "_False", 2, "_2"]
assert x.get_aliases(1) == [1, "_1", "_True"]
CleverDict.expand = False
x = CleverDict({1: 1})
with pytest.raises(AttributeError):
x._1
CleverDict.expand = True
x = CleverDict({1: 1})
x._1
def test_conversions(self):
x = CleverDict({1: "First Entry", " ": "space", "??": "question"})
assert x._1 == "First Entry"
assert x["_1"] == "First Entry"
assert x[1] == "First Entry"
with pytest.raises(KeyError):
x["1"] = 5
with pytest.raises(KeyError):
x = CleverDict({1: "First Entry", "1": "space", "??": "question"})
x["else"] = "is else"
assert x["else"] == "is else"
assert x["_else"] == "is else"
assert x._else == "is else"
with pytest.raises(KeyError):
x["?else"] = "other"
x._4 = "abc"
with pytest.raises(KeyError):
x["4"] = "def"
x[12345.0] = "klm"
assert x._12345 == "klm"
x[2.0] = "two-point-0"
assert x._2 == "two-point-0"
x["11a23bccà~£#@q123b/=€впВМвапрй"] = "abc"
assert x._11a23bccà____q123b___впВМвапрй == "abc"
assert x["11a23bccà~£#@q123b/=€впВМвапрй"] == "abc"
assert x["_11a23bccà____q123b___впВМвапрй"] == "abc"
def test_tolist(self):
"""
Create a list of (k,v) tuples e.g. for serialising dictionaries
with numeric keys (which isn't supported in json.dumps/.loads)
"""
x = CleverDict({1: "one", 2: "two"})
assert x.tolist() == [(1, 'one'), (2, 'two')]
def test_normalise_unicode(self):
"""
Most unicode letters are valid in attribute names
"""
x = CleverDict({"ветчина_и_яйца$a": "ham and eggs"})
x.ве = "be"
x["1ве"] = "1be"
assert x.ветчина_и_яйца_a == "ham and eggs"
assert x.ве == "be"
assert x._1ве == "1be"
def test_value_change(self):
""" New attribute values should update dictionary keys & vice versa """
x = CleverDict()
x.life = 42
x['life'] = 43
assert x.life == 43
assert x['life'] == 43
x.life = 42
assert x.life == 42
assert x['life'] == 42
def testupdate(self):
x = CleverDict.fromkeys((0, 1, 2, "a", "what?", "return"), 0)
y = CleverDict({0: 2, "c": 3})
x.update(y)
assert x == CleverDict({
0: 2,
1: 0,
2: 0,
"a": 0,
"what?": 0,
"return": 0,
"c": 3
})
def test_conversion_of_invalid_attribute_name(self):
"""
x.1 is an invalid attribute name in Python, so CleverDict
will convert this to x._1
"""
x = CleverDict({1: "First Entry", " ": "space", "??": "question"})
assert x._1 == "First Entry"
def test_True_False_None_functionality(self):
"""
When setting dictionary keys in Python:
d[0] is d[0.0] is d[False]
d[1] is d[1.0] is d[True]
d[1234.0] is d[1234]
If the same key is set in different ways e.g.
d = {0: "Zero", False: "Untrue"}
the last (rightmost) value overwrites any previous values, so
d[0] == "Untrue"
Furthermore, keywords like True and False can't be used as attributes.
"""
x = CleverDict()
x[0] = 0
x[False] = 1
x[1] = 2
x[True] = 3
x[None] = "nothing"
assert x[0] == 1
assert x[False] == 1
assert x["_0"] == 1
assert x["_False"] == 1
assert x._0 == 1
assert x._False == 1
assert x[1] == 3
assert x[True] == 3
assert x["_1"] == 3
assert x["_True"] == 3
assert x._1 == 3
assert x._True == 3
assert x[None] == "nothing"
assert x["_None"] == "nothing"
with pytest.raises(KeyError):
x["None"]
def test_creation_using_existing_dict(self):
""" CleverDicts can be creates from existing dictionaries """
x = CleverDict({"total": 6, "usergroup": "Knights of Ni"})
assert x.total == 6
assert x["total"] == 6
assert x.usergroup == "Knights of Ni"
assert x["usergroup"] == "Knights of Ni"
def test_creation_using_keyword_arguments(self):
""" CleverDicts can be created using keyword assignment """
x = CleverDict(created="today", review="tomorrow")
assert x.created == "today"
assert x["created"] == "today"
assert x.review == "tomorrow"
assert x["review"] == "tomorrow"
def test_creation_using_existing_dict(self):
""" CleverDicts can be creates from existing dictionaries """
x = CleverDict({'total': 6, 'usergroup': "Knights of Ni"})
assert x.total == 6
assert x['total'] == 6
assert x.usergroup == "Knights of Ni"
assert x['usergroup'] == "Knights of Ni"
def test_creation_using_existing_UserDict(self):
""" CleverDicts can be creates from existing UserDict objects """
u = UserDict({"total": 6, "usergroup": "Knights of Ni"})
x = CleverDict(u)
assert x.total == 6
assert x["total"] == 6
assert x.usergroup == "Knights of Ni"
assert x["usergroup"] == "Knights of Ni"
def test_creation_using_existing_UserDict(self):
""" CleverDicts can be creates from existing UserDict objects """
u = UserDict({'total': 6, 'usergroup': "Knights of Ni"})
x = CleverDict(u)
assert x.total == 6
assert x['total'] == 6
assert x.usergroup == "Knights of Ni"
assert x['usergroup'] == "Knights of Ni"
def testget_key(self):
x = CleverDict.fromkeys(("a", 0, 1, "what?"), 1)
x.add_alias(0, "zero")
for key in x.keys():
for name in x.get_aliases(key):
assert x.get_key(name) == key
assert x.get_key(True) == 1
assert x.get_key("_True") == 1
assert x.get_key("zero") == 0
def test_raises_error(self):
"""
Attribute and Key errors should be raised as with normal objects/dicts
"""
x = CleverDict()
with pytest.raises(AttributeError):
x.a
with pytest.raises(KeyError):
x["a"]
def test_save_on_creation(self):
""" Once set, CleverDict.save should be called on creation """
CleverDict.save = my_example_save_function
self.delete_log()
x = CleverDict({'total': 6, 'usergroup': "Knights of Ni"})
with open("example.log", "r") as file:
log = file.read()
assert log == "Notional save to database: .total = 6 <class 'int'>Notional save to database: .usergroup = Knights of Ni <class 'str'>"
self.delete_log()
def test_creation_using_vars(self):
""" Works for 'simple' data objects i.e. no methods just data """
class My_class:
pass
m = My_class()
m.subject = "Python"
x = CleverDict(vars(m))
assert x.subject == "Python"
assert x["subject"] == "Python"
def test_save_on_update(self):
""" Once set, CleverDict.save should be called after updates """
x = CleverDict({'total': 6, 'usergroup': "Knights of Ni"})
self.delete_log()
CleverDict.save = my_example_save_function
x.total += 1
with open("example.log", "r") as file:
log = file.read()
assert log == "Notional save to database: .total = 7 <class 'int'>"
self.delete_log()
def test_save_on_creation(self):
""" Once set, CleverDict.save should be called on creation """
CleverDict.save = example_save_function
self.delete_log()
CleverDict({"total": 6, "usergroup": "Knights of Ni"})
with open("example.log", "r") as file:
log = file.read()
assert log == dedent("""\
Notional save to database: .total = 6 <class 'int'>
Notional save to database: .usergroup = Knights of Ni <class 'str'>
""")
self.delete_log()
CleverDict.save = dummy_save_function
def test_setattr_direct(self):
"""
Sets an attribute directly, i.e. without making it into an item.
Attributes set via setattr_direct will
expressly not appear in the result of repr(). They will appear in the result of str() however.
"""
x = CleverDict()
x.setattr_direct("a", "A")
assert x.a == "A"
with pytest.raises(KeyError):
x["a"]
x.get_key("a")
assert x.get_aliases() == []
def test_del(self):
x = CleverDict()
x[1] = 1
del x[1]
with pytest.raises(KeyError):
x[1]
x[1] = 1
del x["_1"]
with pytest.raises(KeyError):
x[1]
x[1] = 1
del x._1
with pytest.raises(KeyError):
x[1]
with pytest.raises(KeyError):
del x[1]
with pytest.raises(AttributeError):
del x._1
def from_url(url=None):
"""
A typical workflow to speed up the ingest process, from copying new media
from an existing folder, right up to having Premiere Pro open and ready for
actual editing to start.
"""
url = r"https://www.youtube.com/watch?v=1UYb37pOl1E&feature=youtu.be"
media = CleverDict(DL(url))
project = get_all_input_for_ingest(title=media.title)
try:
os.mkdir(project.dirpath)
except FileExistsError:
print(f"Folder already exists: {project.dirpath}")
media.download_path.rename(project.dirpath / media.download_path.name)
copy_from_other_source(project)
project.get_format()
create_prproj_from_template(project)
import_clips_to_bin(project)
create_rushes_sequence(project)
insert_clips_in_rushes_sequence(project)
app.project.save()
def test_creation_using_list(self):
""" Works for initiating using a list of iterables """
x = CleverDict([(1, "one"), [2, "two"], (3, "three")])
assert x._1 == "one"
assert x._2 == "two"
assert x._3 == "three"
def test_creation_using_fromkeys(self):
""" Works for initiating >1 keys with the same value"""
x = CleverDict().fromkeys(["a", 1, "what?"], "val")
assert x.a == "val"
assert x._1 == "val"
assert x.what_ == "val"
def test_data_attribute(self):
x = CleverDict()
x["data"] = "data"
assert x["data"] == "data"
assert x.data == "data"
def test_use_as_dict(self):
d = dict.fromkeys((0, 1, 23, "what?", "a"), "test")
x = CleverDict(d)
x.setattr_direct("b", 2)
assert dict(x) == d
def test_add_alias_delete_alias(self):
"""
Aliases are created automatically after expanding 1, True
for example. add_alias() and delete_alias() allow us to specify
additional attribute names as aliases, such that if the value of one
changes, the value changes for all.
It is not possible to delete a key.
"""
x = CleverDict({"red": "a lovely colour", "blue": "a cool colour"})
alias_list = ["crimson", "burgundy", "scarlet", "normalise~me"]
x.add_alias("red", alias_list[0])
x.add_alias("red", alias_list)
# setting an alias that is already defined for another key is not allowed
with pytest.raises(KeyError):
x.add_alias("blue", alias_list[0])
# setting via an alias is also valid
x.add_alias("scarlet", "rood")
assert x.rood == "a lovely colour"
for alias in alias_list[:-1]:
assert getattr(x, alias) == "a lovely colour"
assert x[alias] == "a lovely colour"
assert getattr(x, "normalise_me") == "a lovely colour"
assert x["normalise_me"] == "a lovely colour"
# Updating one alias (or primary Key) should update all:
x.burgundy = "A RICH COLOUR"
assert x.scarlet == "A RICH COLOUR"
x.delete_alias(["scarlet"])
with pytest.raises(AttributeError):
x.scarlet
assert x.crimson == "A RICH COLOUR"
x.crimson = "the best colour of all"
assert x.burgundy == "the best colour of all"
with pytest.raises(KeyError):
x.delete_alias(["scarlet"])
# can't delete the key element
with pytest.raises(KeyError):
x.delete_alias("red")
# test 'expansion' of alias
x.add_alias("red", True)
assert x._True is x[True] is x._1 is x[1] is x["red"]
x = CleverDict()
x["2"] = 1
x.add_alias("2", True)
assert x.get_aliases("2") == ["2", "_2", True, "_1", "_True"]
# removes True, '_1' and '_True'
x.delete_alias(True)
assert x.get_aliases("2") == ["2", "_2"]
x = CleverDict()
x["2"] = 1
x.add_alias("2", True)
assert x.get_aliases("2") == ["2", "_2", True, "_1", "_True"]
# only remove True,not '_1' and '_True'
with Expand(False):
x.delete_alias(True)
assert x.get_aliases("2") == ["2", "_2", "_1", "_True"]
def test_repr_and_eq(self):
"""
Tests that the output from __repr__ can be used to reconstruct the
CleverDict object, and __eq__ can be used to compare CleverDict objects."""
x = CleverDict()
x[0] = 0
x[False] = 1
x[1] = 2
x[True] = 3
x.a = 4
x["what?"] = 5
x.add_alias("a", "c")
y = eval(repr(x))
assert x == y
y.b = 6
assert x != y
x = CleverDict()
assert eval(repr(x)) == x
with Expand(False):
x = CleverDict({True: 1})
assert len(x.get_aliases()) == 1
assert CleverDict(eval(repr(x))) == x
# check whether _expand has been properly reset
x = CleverDict({True: 1})
assert len(x.get_aliases()) == 1
# empty dict with one variable
x = CleverDict()
x.setattr_direct("a", 1)
assert len(x.get_aliases()) == 0
assert eval(repr(x)) == x