def test_read_afm(self):
afm = afmLib.AFM(AFM)
self.assertEqual(sorted(afm.kernpairs()),
sorted([('V', 'A'), ('T', 'comma'), ('V', 'd'), ('T', 'c'), ('T', 'period')]))
self.assertEqual(afm['V', 'A'], -60)
self.assertEqual(afm['V', 'd'], 30)
self.assertEqual(afm['A'], (65, 668, (8, -25, 660, 666)))
def write(afm, sep='\r'): temp = os.path.join(DATADIR, 'temp.afm') try: afm.write(temp, sep) with open(temp, 'r') as f: afmData = f.read() afm = afmLib.AFM(temp) finally: if os.path.exists(temp): os.remove(temp) return afm, afmData
def test_write_afm(self): afm = afmLib.AFM(AFM) newAfm, afmData = self.write(afm) self.assertEqual(afm.kernpairs(), newAfm.kernpairs()) self.assertEqual(afm.chars(), newAfm.chars()) self.assertEqual(afm.comments(), newAfm.comments()[1:]) # skip the "generated by afmLib" comment for pair in afm.kernpairs(): self.assertEqual(afm[pair], newAfm[pair]) for char in afm.chars(): self.assertEqual(afm[char], newAfm[char]) with open(AFM, 'r') as f: originalLines = f.read().splitlines() newLines = afmData.splitlines() del newLines[1] # remove the "generated by afmLib" comment self.assertEqual(originalLines, newLines)