def __new__(cls, *args, **kwargs):
# construct our object
future_self = super(Searcher, cls).__new__(cls, *args, **kwargs)
name = cls.__name__
# initialize a dict with searcher's name
# and the initialization time
d = dict(searcher=name, initialized=datetime.now())
# if there are global options for this class or its bases in CONFIG
for k in [k.__name__ for k in cls.__bases__] + [name]:
if hasattr(CONFIG, k):
# add them to the dict
d.update(getattr(CONFIG, k).__dict__)
# then, add the kwargs to the constructor call to the dict.
# NB: this happens after adding options from The, so
# call-specific options override the globals
d.update(kwargs)
# set our spec with the contents of the dict
future_self.spec = memo(**d)
return future_self
def __new__(cls, *args, **kwargs):
# construct our object
future_self = super(Searcher, cls).__new__(cls, *args, **kwargs)
name = cls.__name__
# initialize a dict with searcher's name
# and the initialization time
d = dict(searcher=name, initialized=datetime.now())
# if there are global options for this class or its bases in CONFIG
for k in [k.__name__ for k in cls.__bases__] + [name]:
if hasattr(CONFIG, k):
# add them to the dict
d.update(getattr(CONFIG, k).__dict__)
# then, add the kwargs to the constructor call to the dict.
# NB: this happens after adding options from The, so
# call-specific options override the globals
d.update(kwargs)
# set our spec with the contents of the dict
future_self.spec = memo(**d)
return future_self
def test_string(self):
m = base.memo(a=base.memo(a=1, b=2), b=2)
s = '{\n b: 2\n a: {\n a: 1, b: 2\n }\n}'
assert_equal(m.to_str(), s)
def test_nested(self):
v = 1
m = base.memo(a=base.memo(a=v))
assert_equal(m.a.a, v)
def test_multiple(self):
v1 = 't'
v2 = 3
m = base.memo(a=v1, b=v2)
assert_equal(m.a, v1)
assert_equal(m.b, v2)
def _generate_report(self):
return base.memo(median=self.median(), iqr=self.iqr(),
lo=self.lo, hi=self.hi)
def test_basic(self):
v = 1
m = base.memo(a=v)
assert_equal(m.a, v)
def test_string(self):
m = base.memo(a=base.memo(a=1, b=2), b=2)
s = '{\n b: 2\n a: {\n a: 1, b: 2\n }\n}'
assert_equal(m.to_str(), s)
def test_multiple(self):
v1 = 't'
v2 = 3
m = base.memo(a=v1, b=v2)
assert_equal(m.a, v1)
assert_equal(m.b, v2)
def test_nested(self):
v = 1
m = base.memo(a=base.memo(a=v))
assert_equal(m.a.a, v)
def test_basic(self):
v = 1
m = base.memo(a=v)
assert_equal(m.a, v)
def _generate_report(self):
return base.memo(median=self.median(),
iqr=self.iqr(),
lo=self.lo,
hi=self.hi)
