def setUp(self):
self.printV = pv.create(pv.EMPTY, pv.EMPTY)
self.v3 = pv.vec(["x", "y", "z"])
def setUp(self):
self.printV = pv.create(pv.EMPTY, pv.EMPTY)
self.v3 = pv.vec(["x", "y", "z"])
self.assertEqual(self.printV.__str__(), "[[], []]")
# repr(v)
def test__repr___PASS(self):
regex = r"<clojure\.lang\.persistentvector\.PersistentVector" \
r" object at 0x[a-fA-F0-9]+ \[\[\] \[\]\]>$"
self.assertTrue(re.match(regex, self.printV.__repr__()))
testCreationMap_PASS = {
# vec
pv.vec([]): pv.EMPTY,
pv.vec([uobj])._tail[0]: uobj,
pv.vec([0, 0, uobj])._tail[2]: uobj,
# create
pv.create(): pv.EMPTY,
pv.create(uobj)._tail[0]: uobj,
pv.create(0, 0, uobj)._tail[2]: uobj,
}
testMetaDataMap_PASS = {
pv.PersistentVector(pseudoMetaData, 0, 5, pv.EMPTY_NODE, []) \
.meta(): pseudoMetaData,
pv.PersistentVector(pseudoMetaData, 0, 5, pv.EMPTY_NODE, []) \
.empty().meta(): pseudoMetaData,
}
testCallMap_PASS = {
# _tail used
pv.vec([42])(0): 42,
pv.vec([0, 42])(1): 42,
def test__str___PASS(self):
self.assertEqual(self.printV.__str__(), "[[], []]")
# repr(v)
def test__repr___PASS(self):
regex = r"<clojure\.lang\.persistentvector\.PersistentVector" \
r" object at 0x[a-fA-F0-9]+ \[\[\] \[\]\]>$"
self.assertTrue(re.match(regex, self.printV.__repr__()))
testCreationMap_PASS = {
# vec
pv.vec([]): pv.EMPTY,
pv.vec([uobj])._tail[0]: uobj,
pv.vec([0, 0, uobj])._tail[2]: uobj,
# create
pv.create(): pv.EMPTY,
pv.create(uobj)._tail[0]: uobj,
pv.create(0, 0, uobj)._tail[2]: uobj,
}
testMetaDataMap_PASS = {
pv.PersistentVector(pseudoMetaData, 0, 5, pv.EMPTY_NODE, []) \
.meta(): pseudoMetaData,
pv.PersistentVector(pseudoMetaData, 0, 5, pv.EMPTY_NODE, []) \
.empty().meta(): pseudoMetaData,
}
testCallMap_PASS = {
# _tail used
pv.vec([42])(0): 42,
pv.vec([0, 42])(1): 42,
