def _test_spine_manifest_match():
#every item in the spine should be in the manifest (thence in the zip, tested above)
#every xhtml in the manifest should be in the spine. (XXX unless there are fallbacks)
bad_spine_files = []
for book in TEST_FILES:
#print book
spine, manifest, e = _get_elements(book, ('spine', 'manifest'))
toc, order = epub.parse_spine(spine)
pwd = os.path.dirname(e.opf_file)
files = epub.parse_manifest(manifest, pwd)
assert toc not in order
xhtmls = set(order)
for x in order:
name, mimetype = files.pop(x)
if mimetype != 'application/xhtml+xml':
bad_spine_files.append((book, name, mimetype))
name, mimetype = files.pop(toc)
assert mimetype == 'application/x-dtbncx+xml'
remaining = (x[1] for x in files.values())
if any(x in ('application/x-dtbncx+xml', 'application/xhtml+xml') for x in remaining):
print book, set(remaining)
assert not any(x in ('application/x-dtbncx+xml', 'application/xhtml+xml') for x in remaining)
if bad_spine_files:
bsf = {}
for book, fn, mt in bad_spine_files:
mimecount = bsf.setdefault(book, {})
mimecount[mt] = mimecount.get(mt, 0) + 1
pprint(bsf)
raise AssertionError('bad spine files in %s' % bsf.keys())
def test_parse_spine():
#every item in the spine should be a string
# the toc should be a string
#no duplicates
for book in TEST_FILES:
spine, e = _get_elements(book, ('spine',))
toc, order = epub.parse_spine(spine)
assert isinstance(order, (list, tuple))
if not isinstance(toc, basestring):
print book, toc, basestring
assert isinstance(toc, basestring)
assert all(isinstance(x, basestring) for x in order)
assert len(order) == len(set(order))
