def test_repr(self):
expected = "<Paragraph (1):\n\t" \
"<RhetRel (Elaboration): String('foo') String('bar')>>"
m = RhetRel('Elaboration', 'foo', 'bar')
p = Paragraph(m)
descr = repr(p)
self.assertEqual(expected, descr)
expected = "<Paragraph (1):\n\t" \
"<RhetRel (Contrast): " \
"<RhetRel (Elaboration): String('foo') String('bar')> " \
"String('bar') String('baz')>>"
m2 = RhetRel('Contrast', m, 'bar', 'baz')
p = Paragraph(m2)
descr = repr(p)
self.assertEqual(expected, descr)
expected = "<Paragraph (2):\n\t" \
"<RhetRel (Contrast): " \
"<RhetRel (Elaboration): String('foo') String('bar')> " \
"String('bar') String('baz')>" \
"\n\t<RhetRel (Leaf): String('foobar') String('')>>"
m3 = RhetRel('Leaf', 'foobar')
p = Paragraph(m2, m3)
descr = repr(p)
self.assertEqual(expected, descr)
def test_lexicalise_paragraph(self):
""" Test lexicalisation of Document. """
m1 = RhetRel('Leaf', DummyMsg())
m2 = RhetRel('Elaboration', DummyMsg(), DummyMsg())
p = Paragraph(m1, m2)
tmp = lex.paragraph(p)
expected = 'Boris is fast. Boris is fast. Boris is fast.'
actual = realiser(tmp)
self.assertEqual(expected, str(actual))
def test_str(self):
expected = 'foo bar baz'
m = RhetRel('Elaboration', 'foo', 'bar', 'baz')
descr = str(m)
self.assertEqual(expected, descr)
expected = 'foo bar baz bar baz'
m2 = RhetRel('Contrast', m, 'bar', 'baz')
descr = str(m2)
self.assertEqual(expected, descr)
def test_repr(self):
expected = "<RhetRel (Elaboration): String('foo') String('bar') String('baz')>"
m = RhetRel('Elaboration', 'foo', 'bar', 'baz')
descr = repr(m)
self.assertEqual(expected, descr)
expected = "<RhetRel (Contrast): <RhetRel (Elaboration): " \
"String('foo') String('bar') String('baz')> " \
"String('bar') String('baz')>"
m2 = RhetRel('Contrast', m, 'bar', 'baz')
descr = repr(m2)
self.assertEqual(expected, descr)
def test_str(self):
expected = "MyDoc\n\nOne\n\nfoo bar"
m = RhetRel('Elaboration', 'foo', 'bar')
one = Document('One', Paragraph(m))
d = Document('MyDoc', one)
descr = str(d)
self.assertEqual(expected, descr)
expected = "MyDoc\n\nOne\n\nfoo bar\n\nTwo\n\nbaz bar"
m2 = RhetRel('Contrast', 'baz', 'bar')
two = Document('Two', Paragraph(m2))
d = Document('MyDoc', one, two)
descr = str(d)
self.assertEqual(expected, descr)
def test_lexicalise_document(self):
""" Test lexicalisation of Document. """
m1 = RhetRel('Leaf', DummyMsg())
m2 = RhetRel('Elaboration', DummyMsg(), DummyMsg())
s1 = Document('Section One', m1)
s2 = Document('Section Two', m2)
d = Document('Doc Title', s1, s2)
tmp = lex.document(d)
expected = 'Doc Title\n\n' + \
'Section One' + \
'\n\nBoris is fast.' + \
'\n\nSection Two' + \
'\n\nBoris is fast. Boris is fast.'
actual = realiser(tmp)
self.assertEqual(expected, str(actual))
def test_str(self):
expected = 'foo bar'
m = RhetRel('Elaboration', 'foo', 'bar')
p = Paragraph(m)
descr = str(p)
self.assertEqual(expected, descr)
expected = 'foo bar bar baz'
m2 = RhetRel('Contrast', m, 'bar', 'baz')
p = Paragraph(m2)
descr = str(p)
self.assertEqual(expected, descr)
expected = 'foo bar bar baz foobar'
m3 = RhetRel('Leaf', 'foobar')
p = Paragraph(m2, m3)
descr = str(p)
self.assertEqual(expected, descr)
def test_lexicalise_rst_relation(self):
""" Test lexicalisation of RhetRel. """
# a rhet relation with 3 nuclei
m = RhetRel('Elaboration', DummyMsg(), DummyMsg(), DummyMsg())
lexicalised = lex.rst_relation(m)
tmp = list(
lex.message_specification(DummyMsg()).elements(recursive=True))
expected = tmp + tmp + tmp
self.assertEqual(expected, list(lexicalised.elements(recursive=True)))
def test_repr(self):
expected = """\
<Document: (MyDoc)
<Document: (One)
String('foo bar')>>"""
m = RhetRel('Elaboration', 'foo', 'bar')
one = Document('One', Paragraph(m))
d = Document('MyDoc', one)
self.assertEqual(expected, repr(d))
expected = """\
<Document: (MyDoc)
<Document: (One)
String('foo bar')>
<Document: (Two)
String('baz bar')>>"""
m2 = RhetRel('Contrast', 'baz', 'bar')
two = Document('Two', Paragraph(m2))
d = Document('MyDoc', one, two)
self.assertEqual(expected, repr(d))
def test_init(self):
nucleus = 'This is the nucleus'
satellite = 'this is the satellite'
r = RhetRel('elaboration', nucleus, satellite=satellite, marker='and')
self.assertEqual(self.expected1, r.to_xml(1))
nucleus2 = 'this is another nucleus'
r2 = RhetRel('concession',
nucleus2,
satellite=satellite,
marker='however')
r = RhetRel('elaboration', nucleus, satellite=r2, marker='and')
self.assertEqual(self.expected2, r.to_xml(1))