def __init__(self, expression="", context=None):
AssociativeSet.__init__(self, expression)
if context:
self.context = context
context.connect(self)
def test_parse_nested_expression(self):
root = AssociativeSet('*')
parse_text = "foo bar (baz berz)"
parse(parse_text, root)
# Expected: foo, bar, (baz berz), baz, berz, outer expression, inner expression (parenthetical)
# Plus outer ordinals: 0, 1, 2 (which should be shared w/ inner ordinals) and 5 relations to
# support them, and the 'position' category.
# self.assertEqual( len(root.contents), 15)
self.assertTrue("foo" in root.contents)
self.assertTrue("bar" in root.contents)
relations = root.comprehend("baz", "berz")
self.assertTrue(
len(relations) > 0,
"Should get a relation back for the inner expression")
inner_expression = relations[0]
self.assertNotEqual(inner_expression.name, '*',
"Shouldn't get root back as our match")
self.assertTrue("baz" in inner_expression,
"Can't see first item in nested expression.")
self.assertTrue("berz" in inner_expression,
"Can't see second item in nested expression.")
def __init__(self, expression="", context=None): AssociativeSet.__init__(self, expression) if context: self.context = context context.connect(self)
def test_parse_nested_expression(self):
root = AssociativeSet('*')
parse_text = "foo bar (baz berz)"
parse(parse_text, root)
# Expected: foo, bar, (baz berz), baz, berz, outer expression, inner expression (parenthetical)
# Plus outer ordinals: 0, 1, 2 (which should be shared w/ inner ordinals) and 5 relations to
# support them, and the 'position' category.
# self.assertEqual( len(root.contents), 15)
self.assertTrue( "foo" in root.contents )
self.assertTrue( "bar" in root.contents )
relations = root.comprehend("baz", "berz")
self.assertTrue(len(relations) > 0, "Should get a relation back for the inner expression")
inner_expression = relations[0]
self.assertNotEqual( inner_expression.name, '*', "Shouldn't get root back as our match")
self.assertTrue("baz" in inner_expression, "Can't see first item in nested expression.")
self.assertTrue("berz" in inner_expression, "Can't see second item in nested expression.")
def test_categorization_of_atom(self):
expression = ['foo']
context = AssociativeSet("*")
categorized = categorize(expression, context)
self.assertEqual(
AssociativeSet("__relation__0").name, categorized.name)
# We expect a category related to the context we've created and our expression, 'foo'
self.assertTrue("*" in categorized.contents)
self.assertTrue("foo" in categorized.contents)
def test_parse_ordering_of_expression(self):
root = AssociativeSet('*')
expression_result = parse("foo bar", root)
self.assertEqual(len(root.comprehend("foo", "0")), 1) # Should get ONE hit.
position_relation = root.comprehend("foo", "0")[0]
self.assertTrue("position" in position_relation.contents)
position_tags = [x for x in position_relation.contents.values() if "position" in x.contents]
self.assertTrue(position_tags, "Should be able to see the position relation marked as such.")
def test_generate_simple_dump(self):
filename = "/nml/nextwheel/tests/test.dot"
root = AssociativeSet('*')
# parse_text = "foo bar (baz berz)"
parse_text = "foo bar"
parse(parse_text, root)
# Expected: foo, bar, (baz berz), baz, berz, outer expression, inner expression (parenthetical)
CategoryInspector(root).dump_to_file(filename)
dumpfile = open(filename, "r")
self.assertNotEqual(dumpfile, None, "Can't find the file?")
content = dumpfile.readlines()
self.assertTrue(len(content) > 0, "No lines read from dot file?")
# We don't want duplicate relations. Let's only allow them once.
# In this case our context is named '*' and our test category is 'bar'.
lines_with_bar_and_star = [
line for line in content if "bar" in line and "*" in line
]
self.assertTrue(
len(lines_with_bar_and_star) == 1,
"'bar' and '*' should appear only ONCE")
def test_parse_atom(self):
root = AssociativeSet('.')
expression = "foo"
parsed = parse(expression, root)
self.assertTrue(isinstance(parsed, AssociativeSet))
self.assertTrue(expression in parsed.contents,
"Not seeing 'foo' in the contents.")
def test_parse_ordering_of_expression(self):
root = AssociativeSet('*')
expression_result = parse("foo bar", root)
self.assertEqual(len(root.comprehend("foo", "0")),
1) # Should get ONE hit.
position_relation = root.comprehend("foo", "0")[0]
self.assertTrue("position" in position_relation.contents)
position_tags = [
x for x in position_relation.contents.values()
if "position" in x.contents
]
self.assertTrue(
position_tags,
"Should be able to see the position relation marked as such.")
def test_parse_simple_expression(self):
root = AssociativeSet('.')
expression = "foo bar"
# Note that this is the result of the expression being
# *parsed*, not *parsed AND evaluated*. If it was being
# evaluated there would be another category that represented
# the result of the interaction.
expression_result = parse(expression, root)
# Expected in root: foo, bar, the relation between them, and the literal <<relation>> category.
# Also the ordinal values (positions) for each element of the expression, and a relation for each.
# And the 'position' category.
# self.assertEqual( len(root.contents), 9)
self.assertTrue("foo" in root.contents)
self.assertTrue("bar" in root.contents)
self.assertTrue("__relation__0" in root.contents)
def test_single_level_match(self):
"""
Test to see if one graph describes another (tree subset)
Note that the root nodes will not be the same. This is a test
to see if the subject's contents contain the given pattern.
"""
pattern = AssociativeSet("pattern")
subject = AssociativeSet("subject")
# Give the subject structure
subject.connect(AssociativeSet("string"))
subject.connect(AssociativeSet("blarf"))
subject.connect(AssociativeSet("fizzbinn"))
self.assertFalse(pattern.describes(subject), "The pattern shouldn't describe the subject yet!")
# Now give the pattern part of that structure.
pattern.connect(AssociativeSet("string"))
self.assertTrue(pattern.describes(subject), "The pattern should describe the subject.")
def test_simplest_match(self):
setA = AssociativeSet("foo")
setB = AssociativeSet("foo")
self.assertTrue(setA.matches(setB))
def test_creating_categorized_expression(self):
context = AssociativeSet("")
categories = [Category("foo", context)]
foo = categorized_expression(categories, context)
self.assertEqual(foo.name, "__relation__0")
from associative_tools import AssociativeSet
# This should be a proper unit test.
def expect(expected, msg=""):
if not expected:
print "Fail: %s" % msg
else:
print ".",
s = AssociativeSet("*") # * essentially means "root" or "this namespace"
s.associate("foo", "bar")
expect("foo" in s.comprehend("bar")[0], "Can't associate properly?")
expect("bar" in s.comprehend("foo")[0], "Can't associate properly a second time?")
s = AssociativeSet("*")
s.associate("foo", "bar", "baz")
expect(set(["bar", "baz"]).issubset(s.comprehend("foo")[0].terms), "Multiple associations aren't working.")
expect(set(["baz"]).issubset(s.comprehend("foo", "bar")[0].terms), "Multiple comprehensions aren't working.")
s = AssociativeSet("*")
s.associate("foo", "bar", "baz")