def test_find_and_parse1(self):
d = find_columns_and_parse(TEST_LINES2)
eq_("NV", d["Cronin"])
eq_("Y", d["Holmes"])
eq_("N", d["Murphy"])
eq_("Y", d["Mr. President"])
eq_("P", d["Peterson"])
def test_find_and_parse1(self):
d = find_columns_and_parse(TEST_LINES3)
eq_("Y", d["Collins, A."])
eq_("NV", d["Garrett"])
eq_("Y", d[u"Muñoz"])
eq_("Y", d["Syverson"])
eq_("NV", d["Link"])
def test_find_and_parse1(self):
d = find_columns_and_parse(TEST_LINES3)
eq_('Y', d['Collins, A.'])
eq_('NV', d['Garrett'])
eq_('Y', d[u'Muñoz'])
eq_('Y', d['Syverson'])
eq_('NV', d['Link'])
def test_find_and_parse1(self):
d = find_columns_and_parse(TEST_LINES2)
eq_('NV', d['Cronin'])
eq_('Y', d['Holmes'])
eq_('N', d['Murphy'])
eq_('Y', d['Mr. President'])
eq_('P', d['Peterson'])
def test_find_and_parse1(self):
d = find_columns_and_parse(TEST_LINES3)
eq_('Y', d['Collins, A.'])
eq_('NV', d['Garrett'])
eq_('Y', d[u'Muñoz'])
eq_('Y', d['Syverson'])
eq_('NV', d['Link'])
def test_find_and_parse1(self):
d = find_columns_and_parse(TEST_LINES2)
eq_('NV', d['Cronin'])
eq_('Y', d['Holmes'])
eq_('N', d['Murphy'])
eq_('Y', d['Mr. President'])
eq_('P', d['Peterson'])
def test_find_and_parse1(self):
d = find_columns_and_parse(TEST_LINES1)
eq_("E", d["Acevedo"])
eq_("Y", d["Davis,William"])
eq_("Y", d["Dunkin"])
eq_("N", d["Durkin"])
eq_("Y", d["Lyons"])
eq_("N", d["Reis"])
def test_find_and_parse1(self):
d = find_columns_and_parse(TEST_LINES1)
eq_('E', d['Acevedo'])
eq_('Y', d['Davis,William'])
eq_('Y', d['Dunkin'])
eq_('N', d['Durkin'])
eq_('Y', d['Lyons'])
eq_('N', d['Reis'])
def test_find_and_parse1(self):
d = find_columns_and_parse(TEST_LINES1)
eq_('E', d['Acevedo'])
eq_('Y', d['Davis,William'])
eq_('Y', d['Dunkin'])
eq_('N', d['Durkin'])
eq_('Y', d['Lyons'])
eq_('N', d['Reis'])
