def test_convert():
from pkg_resources import resource_filename
codebook = open(
resource_filename('tests.fixtures', 'qds_input_fixture.csv'), 'r')
converted = cqo.convert(codebook)
reader = csv.DictReader(converted, encoding='utf-8', delimiter=',')
row1 = reader.next()
row2 = reader.next()
row3 = reader.next()
assert row1['field'] == u'TODAY'
assert row1['table'] == u'Test_Schema_Title'
assert row1['type'] == u'string'
assert row2['field'] == u'GENDER'
assert row2['table'] == u'Test_Schema_Title'
assert row2['type'] == u'choice'
assert row3['field'] == u'BIRTHSEX'
assert row3['table'] == u'Test_Schema_Title'
assert row3['type'] == u'choice'
converted.close()
def parse_dispatch(codebook, codebook_format, delimiter):
"""
Dispatch to specific parser
:codebook: codebook file
:codebook_format: denotes type of codebook, i.e. 'occams'
:delimiter: delimiter used in the codebook file
:return: list of dictionaries...a dictionary denotes a row from the csv
"""
if delimiter == u'comma':
delimiter = ','
elif delimiter == u'tab':
delimiter = '\t'
if codebook_format == u'iform':
codebook = iform_json.convert(codebook)
elif codebook_format == u'qds':
codebook = convert_qds_to_occams.convert(
codebook, delimiter=delimiter)
parsed = parse(codebook, delimiter=delimiter)
return parsed
def parse_dispatch(codebook, codebook_format, delimiter):
"""
Dispatch to specific parser
:codebook: codebook file
:codebook_format: denotes type of codebook, i.e. 'occams'
:delimiter: delimiter used in the codebook file
:return: list of dictionaries...a dictionary denotes a row from the csv
"""
if delimiter == u'comma':
delimiter = ','
elif delimiter == u'tab':
delimiter = '\t'
if codebook_format == u'iform':
codebook = iform_json.convert(codebook)
elif codebook_format == u'qds':
codebook = convert_qds_to_occams.convert(codebook, delimiter=delimiter)
parsed = parse(codebook, delimiter=delimiter)
return parsed
def test_convert(datadir):
codebook = datadir.join('qds_input_fixture.csv').open()
converted = cqo.convert(codebook)
reader = csv.DictReader(converted, encoding='utf-8', delimiter=',')
row1 = reader.next()
row2 = reader.next()
row3 = reader.next()
assert row1['field'] == u'TODAY'
assert row1['table'] == u'Test_Schema_Title'
assert row1['type'] == u'string'
assert row2['field'] == u'GENDER'
assert row2['table'] == u'Test_Schema_Title'
assert row2['type'] == u'choice'
assert row3['field'] == u'BIRTHSEX'
assert row3['table'] == u'Test_Schema_Title'
assert row3['type'] == u'choice'
converted.close()
def test_convert(datadir):
codebook = datadir.join('qds_input_fixture.csv').open()
converted = cqo.convert(codebook)
reader = csv.DictReader(converted, encoding='utf-8', delimiter=',')
row1 = reader.next()
row2 = reader.next()
row3 = reader.next()
assert row1['field'] == u'TODAY'
assert row1['table'] == u'Test_Schema_Title'
assert row1['type'] == u'string'
assert row2['field'] == u'GENDER'
assert row2['table'] == u'Test_Schema_Title'
assert row2['type'] == u'choice'
assert row3['field'] == u'BIRTHSEX'
assert row3['table'] == u'Test_Schema_Title'
assert row3['type'] == u'choice'
converted.close()
