def testRead(self):
f = SimpleStringFactFormatter()
fact = f.read("%s is a big tree.| (big, tree)")
assert fact.__class__ is Fact
assert fact.template.format == "%s is a big tree."
assert fact.actorPlaceholders[0].rule == AndRule(
[TagRule("big"), TagRule("tree")])
def testParse(self):
f = SimpleStringFactFormatter().read(
"%s is a [big, beautiful] [tree, bird, fish].")
s = f.template.substitutions
assert len(s) == 2
assert s[0].subst == "[big, beautiful]"
assert s[1].subst == "[tree, bird, fish]"
def __load_plain(self):
self.actors = readList("../data/actors.txt", ActorFormatter())
self.facts = readList("../data/facts.txt", SimpleStringFactFormatter())
def testDefaultFactIsApplicableToAll(self):
fact = SimpleStringFactFormatter().read("%s is a word.")
assert fact.isApplicableTo("Anything")
def testReadWithNoRules(self):
f = SimpleStringFactFormatter()
fact = f.read("%s is a word.")
assert fact.actorPlaceholders[0].rule == TrueRule()
def testFactWithNoActorsIsReady(self):
fact = SimpleStringFactFormatter().read("Word is a word.")
assert fact.ready()
def testGetFactAbout(self):
fact = SimpleStringFactFormatter().read("%s is a word.")
factString = fact.getFactAbout(Actor("Book"))
assert factString == "Book is a word."
def testSingleSubstitution(self):
f = SimpleStringFactFormatter().read("%s is a [big, beautiful] tree.")
s = f.getFactAbout(Actor("Oak"))
assert s in ["Oak is a beautiful tree.", "Oak is a big tree."]