def test_parseSpecialCitations(self):
readingCount = 0
for mass in lectionary.getLectionary()._allSpecialMasses:
for reading in mass.allReadings:
readingCount += 1
citations.parse(reading.citation)
# $ grep --count /reading special-lectionary.xml
self.assertEqual(84, readingCount)
def test_parseWeekdayCitations(self):
readingCount = 0
for mass in lectionary.getLectionary()._allWeekdayMasses:
for reading in mass.allReadings:
readingCount += 1
# TODO: Here is one we cannot parse yet!
if reading.citation == 'Est C:12,14-16,23-25':
continue
citations.parse(reading.citation)
# $ grep --count /reading weekday-lectionary.xml
self.assertEqual(863, readingCount)
def getVerses(query):
'''
Return an object representation of the verses associated with
`query` that you can format according to your needs.
The `query` is parsed by :func:`citations.parse`.
The representation of the returned verses is a ``list`` of pairs.
The first element in each pair is the **address** of a verse. The
second element in each pair is the **text** of the same verse.
The address of the verse is itself a pair of integers representing
the **chapter** and **verse** respectively. (This will have to
change to handle the insertions into Esther.)
'''
citation = citations.parse(query)
book = getBible().findBook(citation.book)
if citation.addrs is None:
# This is the citation of an entire book.
return book.text.getAllVerses()
try:
return list(
itertools.chain.from_iterable(
book.text.getRangeOfVerses(addrRange)
for addrRange in citation.addrRanges))
except KeyError as e:
raise InvalidCitation(citation, e), None, sys.exc_info()[2]
def test_parseSundayCitations(self):
'''
Prove that the number of readings we find in the Sunday
Lectionary by invoking ``grep`` on the XML equals the number
of readings we find in our object representation of the Sunday
Lectionary. Furthermore, prove that we can parse every one of
the citations.
'''
readingCount = 0
for mass in lectionary.getLectionary().allSundayMasses:
for reading in mass.allReadings:
readingCount += 1
citations.parse(reading.citation)
# $ grep --count /reading sunday-lectionary.xml
self.assertEqual(535, readingCount)
def title(self):
'''
The title of the reading.
'''
tokens = [citations.parse(self._citation).displayString]
if self._optionSetIndex is not None:
tokens.append('(Option %d of %d)' %
(self._optionIndex + 1, self._optionSetSize))
return ' '.join(tokens)
def test_songOfSongs(self):
'''
This case requires that the parsing of the book tokens be
'greedy'.
Because 'song' is both an abbreviations for this book and the
first word in its full name, a non-greedy approach to
parsing-out the name of the book will leave too many tokens
behind.
'''
ref = citations.parse('song of songs 1:2-3:4')
self.assertEqual('songofsongs', ref.book)
self.assertEqual([addrs.AddrRange(addrs.Addr(1, 2), addrs.Addr(3, 4))],
ref.addrs)
def test_syntheticAndMinimal(self):
'''
This is exact same series appears in parseVersesTokenTestCase,
but here we add the name of a book.
'''
ref = citations.parse('gn 1')
self.assertEqual('genesis', ref.book)
self.assertEqual([addrs.Addr(1)], ref.addrs)
ref = citations.parse('gn 1-2')
self.assertEqual('genesis', ref.book)
self.assertEqual([addrs.AddrRange(addrs.Addr(1), addrs.Addr(2))],
ref.addrs)
ref = citations.parse('gn 1,3')
self.assertEqual('genesis', ref.book)
self.assertEqual([addrs.Addr(1), addrs.Addr(3)], ref.addrs)
ref = citations.parse('gn 1-2,4')
self.assertEqual('genesis', ref.book)
self.assertEqual(
[addrs.AddrRange(addrs.Addr(1), addrs.Addr(2)),
addrs.Addr(4)], ref.addrs)
ref = citations.parse('gn 1:1')
self.assertEqual('genesis', ref.book)
self.assertEqual([addrs.Addr(1, 1)], ref.addrs)
ref = citations.parse('gn 1:1-2')
self.assertEqual('genesis', ref.book)
self.assertEqual([addrs.AddrRange(addrs.Addr(1, 1), addrs.Addr(1, 2))],
ref.addrs)
ref = citations.parse('gn 1:1,3')
self.assertEqual('genesis', ref.book)
self.assertEqual([addrs.Addr(1, 1), addrs.Addr(1, 3)], ref.addrs)
ref = citations.parse('gn 1:1-2,4')
self.assertEqual('genesis', ref.book)
self.assertEqual([
addrs.AddrRange(addrs.Addr(1, 1), addrs.Addr(1, 2)),
addrs.Addr(1, 4)
], ref.addrs)
ref = citations.parse('gn 1:1-2:1')
self.assertEqual('genesis', ref.book)
self.assertEqual([addrs.AddrRange(addrs.Addr(1, 1), addrs.Addr(2, 1))],
ref.addrs)
ref = citations.parse('gn 1:1,2:1')
self.assertEqual('genesis', ref.book)
self.assertEqual([addrs.Addr(1, 1), addrs.Addr(2, 1)], ref.addrs)
ref = citations.parse('gn 1:1,3,2:1')
self.assertEqual('genesis', ref.book)
self.assertEqual(
[addrs.Addr(1, 1),
addrs.Addr(1, 3),
addrs.Addr(2, 1)], ref.addrs)
ref = citations.parse('gn 1:1,3-2:1')
self.assertEqual('genesis', ref.book)
self.assertEqual([
addrs.Addr(1, 1),
addrs.AddrRange(addrs.Addr(1, 3), addrs.Addr(2, 1))
], ref.addrs)
def test_twoTokenBookPlus(self):
ref = citations.parse('1 samuel 1:2-3:4')
self.assertEqual('1samuel', ref.book)
self.assertEqual([addrs.AddrRange(addrs.Addr(1, 2), addrs.Addr(3, 4))],
ref.addrs)
def test_twoTokenBookOnly(self):
ref = citations.parse('1 samuel')
self.assertEqual('1samuel', ref.book)
self.assertEqual(None, ref.addrs)
def test_singleTokenBookOnly(self):
ref = citations.parse('gn')
self.assertEqual('genesis', ref.book)
self.assertEqual(None, ref.addrs)
def test_actualMistakes(self):
with self.assertRaises(citations.ParsingError):
citations.parse('Ez` 37:12-14')
with self.assertRaises(citations.ParsingError):
citations.parse('3 Lk 24:13-35')
with self.assertRaises(citations.ParsingError):
citations.parse('Acts 2:14:22-33')
with self.assertRaises(citations.ParsingError):
citations.parse('1 Pt2:20b-25')
with self.assertRaises(citations.ParsingError):
citations.parse('Zep 2:3,3:12--13')
with self.assertRaises(citations.ParsingError):
citations.parse('I s58:7-10')
with self.assertRaises(citations.ParsingError):
citations.parse('Cor 5:6b-8')
with self.assertRaises(citations.ParsingError):
citations.parse('Is 49L1-6')
def test_emptyString(self):
with self.assertRaises(citations.ParsingError):
citations.parse('')
def test_None(self):
with self.assertRaises(citations.ParsingError):
citations.parse(None)