def test_int_list_extend():
x = IntList.of_length(3)
n = 2**64 - 1
x.extend([n])
assert list(x) == [0, 0, 0, n]
def begin(self):
self.result = IntList.of_length(len(self.examples))
def test_int_list_of_length():
assert list(IntList.of_length(10)) == [0] * 10
def begin(self):
self.starts = IntList.of_length(len(self.examples))
self.ends = IntList.of_length(len(self.examples))
def begin(self):
self.nontrivial = IntList.of_length(len(self.examples))
self.result = set()
def begin(self):
"""Called at the beginning of the run to initialise any
relevant state."""
self.result = IntList.of_length(len(self.examples))
def begin(self):
self.result = IntList.of_length(len(self.examples))
def begin(self):
self.nontrivial = IntList.of_length(len(self.examples))
self.result = set()
def begin(self):
self.starts = IntList.of_length(len(self.examples))
self.ends = IntList.of_length(len(self.examples))
def begin(self):
"""Called at the beginning of the run to initialise any
relevant state."""
self.result = IntList.of_length(len(self.examples))
