],
single_line=True)
_INDEX_TYPE = models.ObjectNodeType('index',
attributes=[
('fields', unicode, None),
],
single_line=True)
_STATISTICS_TYPE = models.ObjectNodeType(
'statistics',
attributes=[
('export', unicode, r'^(?i)(|true|false)$'),
],
children=[
models.ChildType('quantiles', _QUANTILES_TYPE, multiple=False),
models.ChildType('enumeration', _ENUMERATION_TYPE, multiple=False),
])
_HISTORY_TYPE = models.ObjectNodeType('history',
attributes=[],
children=[
models.ChildType('index',
_INDEX_TYPE,
multiple=True),
models.ChildType('statistics',
_STATISTICS_TYPE,
multiple=True),
])
_AGGREGATION_TYPE = models.ObjectNodeType('aggregation',
_SUMMARY_TYPE = models.TextNodeType('summary')
_NOISE_VALUES_TYPE = models.ObjectNodeType('noise-values',
float_attributes=[
'fake-prob',
'fake-one-prob',
'one-coin-prob',
'zero-coin-prob',
])
_NOISE_LEVEL_TYPE = models.ObjectNodeType(
'noise-level',
extra_newlines=(1, 1, 1),
string_attributes=['name'],
children=[
models.ChildType('summary', _SUMMARY_TYPE, False),
models.ChildType('values', _NOISE_VALUES_TYPE, False),
])
_NOISE_LEVELS_TYPE = models.ObjectNodeType('noise-levels',
extra_newlines=(1, 1, 1),
dont_indent=True,
children=[
models.ChildType(
'types', _NOISE_LEVEL_TYPE,
True),
])
_PARAMETERS_TYPE = models.ObjectNodeType(
'parameters',
int_attributes=[
_SUMMARY_TYPE = models.TextNodeType('summary')
_METRIC_TYPE = models.ObjectNodeType('metric',
attributes=[
('name', unicode,
r'^[A-Za-z0-9_.]+$'),
('kind', unicode,
r'^(?i)(|hashed-string|int)$'),
],
alphabetization=[
(_OBSOLETE_TYPE.tag, lambda _: 1),
(_SUMMARY_TYPE.tag, lambda _: 2),
],
children=[
models.ChildType(_OBSOLETE_TYPE.tag,
_OBSOLETE_TYPE,
multiple=False),
models.ChildType(_OWNER_TYPE.tag,
_OWNER_TYPE,
multiple=True),
models.ChildType(_SUMMARY_TYPE.tag,
_SUMMARY_TYPE,
multiple=False),
])
_EVENT_TYPE = models.ObjectNodeType(
'event',
attributes=[
('name', unicode, r'^[A-Z][A-Za-z0-9.]*$'),
('project', unicode, r'^([A-Z][A-Za-z0-9.]*)?$'),
],
name = node.get('name').lower()
convert = lambda text: int(text) if text.isdigit() else text
return [convert(c) for c in re.split('([0-9]+)', name)]
# The following types are used for enums.xml.
_INT_TYPE = models.ObjectNodeType(
'int',
attributes=[
('value', str, r'^[-1]|[0-9]+$'),
('label', str, None),
],
required_attributes=['value'],
text_attribute=True,
single_line=True,
children=[
models.ChildType(_OBSOLETE_TYPE.tag, _OBSOLETE_TYPE, multiple=False),
models.ChildType(_SUMMARY_TYPE.tag, _SUMMARY_TYPE, multiple=False),
])
_ENUM_TYPE = models.ObjectNodeType(
'enum',
attributes=[
('name', str, r'^[A-Za-z0-9_.]+$'),
],
required_attributes=['name'],
alphabetization=[
(_OBSOLETE_TYPE.tag, _KEEP_ORDER),
(_SUMMARY_TYPE.tag, _KEEP_ORDER),
(_INT_TYPE.tag, _INTEGER_FN('value')),
],
extra_newlines=(1, 1, 1),
# Model definitions for ukm.xml content
_OBSOLETE_TYPE = models.TextNodeType('obsolete')
_OWNER_TYPE = models.TextNodeType('owner', single_line=True)
_SUMMARY_TYPE = models.TextNodeType('summary')
_LOWERCASE_NAME_FN = lambda n: n.attributes['name'].value.lower()
_METRIC_TYPE = models.ObjectNodeType(
'metric',
attributes=[
('name', unicode),
('semantic_type', unicode),
],
children=[
models.ChildType('obsolete', _OBSOLETE_TYPE, False),
models.ChildType('owners', _OWNER_TYPE, True),
models.ChildType('summary', _SUMMARY_TYPE, False),
])
_EVENT_TYPE = models.ObjectNodeType(
'event',
alphabetization=[('metric', _LOWERCASE_NAME_FN)],
attributes=[('name', unicode), ('singular', bool)],
extra_newlines=(1, 1, 1),
children=[
models.ChildType('obsolete', _OBSOLETE_TYPE, False),
models.ChildType('owners', _OWNER_TYPE, True),
models.ChildType('summary', _SUMMARY_TYPE, False),
models.ChildType('metrics', _METRIC_TYPE, True),
])
_ACTION_TYPE = models.ObjectNodeType(
'action',
attributes=[
('name', str, None),
('not_user_triggered', str, r'^$|^true|false|True|False$'),
],
required_attributes=['name'],
alphabetization=[
(_OBSOLETE_TYPE.tag, _KEEP_ORDER),
(_OWNER_TYPE.tag, _KEEP_ORDER),
(_DESCRIPTION_TYPE.tag, _KEEP_ORDER),
],
extra_newlines=(1, 1, 1),
children=[
models.ChildType(_OBSOLETE_TYPE.tag, _OBSOLETE_TYPE, multiple=False),
models.ChildType(_OWNER_TYPE.tag, _OWNER_TYPE, multiple=True),
models.ChildType(_DESCRIPTION_TYPE.tag,
_DESCRIPTION_TYPE,
multiple=False),
])
_SUFFIX_TYPE = models.ObjectNodeType(
'suffix',
attributes=[
('name', str, r'^[A-Za-z0-9.-_]*$'),
('label', str, None),
],
required_attributes=['name', 'label'],
)
],
single_line=True)
_INDEX_TYPE = models.ObjectNodeType('index',
attributes=[
('fields', str, None),
],
single_line=True)
_STATISTICS_TYPE = models.ObjectNodeType(
'statistics',
attributes=[
('export', str, r'(?i)^(|true|false)$'),
],
children=[
models.ChildType(_QUANTILES_TYPE.tag, _QUANTILES_TYPE, multiple=False),
models.ChildType(_ENUMERATION_TYPE.tag,
_ENUMERATION_TYPE,
multiple=False),
])
_HISTORY_TYPE = models.ObjectNodeType(
'history',
attributes=[],
alphabetization=[
(_INDEX_TYPE.tag, _LOWERCASE_FN('fields')),
(_STATISTICS_TYPE.tag, _KEEP_ORDER),
],
children=[
models.ChildType(_INDEX_TYPE.tag, _INDEX_TYPE, multiple=True),
models.ChildType(_STATISTICS_TYPE.tag, _STATISTICS_TYPE,
name = node.get('name').lower()
convert = lambda text: int(text) if text.isdigit() else text
return [convert(c) for c in re.split('([0-9]+)', name)]
_INT_TYPE = models.ObjectNodeType('int',
attributes=[
('value', str, r'^[-1]|[0-9]+$'),
('label', str, None),
],
required_attributes=['value'],
text_attribute=True,
single_line=True,
children=[
models.ChildType(_OBSOLETE_TYPE.tag,
_OBSOLETE_TYPE,
multiple=False),
models.ChildType(_SUMMARY_TYPE.tag,
_SUMMARY_TYPE,
multiple=False),
])
_ENUM_TYPE = models.ObjectNodeType('enum',
attributes=[
('name', str, r'^[A-Za-z0-9_.]+$'),
],
required_attributes=['name'],
alphabetization=[
(_OBSOLETE_TYPE.tag, _KEEP_ORDER),
(_SUMMARY_TYPE.tag, _KEEP_ORDER),
(_INT_TYPE.tag, _INTEGER_FN('value')),
'hash-functions',
],
float_attributes=[
'fake-prob',
'fake-one-prob',
'one-coin-prob',
'zero-coin-prob',
],
string_attributes=['reporting-level'])
_RAPPOR_PARAMETERS_TYPE = models.ObjectNodeType(
'rappor-parameters',
extra_newlines=(1, 1, 1),
string_attributes=['name'],
children=[
models.ChildType('summary', _SUMMARY_TYPE, False),
models.ChildType('parameters', _PARAMETERS_TYPE, False),
])
_RAPPOR_PARAMETERS_TYPES_TYPE = models.ObjectNodeType(
'rappor-parameter-types',
extra_newlines=(1, 1, 1),
dont_indent=True,
children=[
models.ChildType('types', _RAPPOR_PARAMETERS_TYPE, True),
])
_OWNER_TYPE = models.TextNodeType('owner', single_line=True)
_STRING_FIELD_TYPE = models.ObjectNodeType('string-field',
extra_newlines=(1, 1, 0),
