def get_required_request_query_or_header_parameters_internal(
header: bool, l: lenses.ui.BaseUiLens[S, T, X, Y], oai: OpenAPIObject,
p: PathItem) -> Sequence[Parameter]:
# TODO: really dirty cast
# is this even the case
# copied from unmock, but need to investigate
return [
replace(
parameter,
name=parameter.name if not header else parameter.name.lower(),
schema=change_ref(parameter.schema) if isinstance(
parameter.schema, Reference) else change_refs(parameter.schema)
if parameter.schema is not None else Schema(_type="string"),
) for parameter in l.Prism(
lambda s: get_parameter_from_ref(oai, ref_name(s))
if isinstance(s, Reference) else s,
lambda a: a,
ignore_none=True,
).Prism(
lambda s: s if (s._in == ("header" if header else "query")) and s.
required else None,
lambda a: a,
ignore_none=True,
).collect()(p)
if parameter.schema is not None and (len(lens.Each().add_lens(
schema_prism(oai)).collect()([parameter.schema])) > 0)
]
def lens_fields(new_data):
incoming_fields = set(new_data.keys())
stage = lens.Each().Filter(lambda tup: tup[0] in incoming_fields)
def update_field(field_tup):
key = field_tup[0]
return (key, new_data[key])
update = stage.modify(update_field)
return stage.collect(), update
def test_frozendict_iter():
state = frozendict.frozendict(one=1, two=2, three=3)
result = frozendict.frozendict(one=11, two=12, three=13)
assert (lens.Each()[1] + 10)(state) == result
def test_lens_get_monoid():
assert lens.Each().get_monoid()([[1, 2], [3, 4]]) == [1, 2, 3, 4]
def test_lens_collect():
assert lens.Each()[1].collect()([[1, 2], [3, 4]]) == [2, 4]
cls, lvl = spec.split()
if '/' in cls:
cls = cls.split('/')
else:
cls = [cls]
for c in cls:
lvls[c] = int(lvl)
return lvls
def spellfold(spell):
lvls = munge_level(spell['level'])
yield {'name': spell['name'], 'level': lvls}
spellfields = lens.Each()['fields'] # focus the fields of a spell
cls = 'wizard'
clsfilter = lens.Filter(
lambda s: cls in s['level']) # filter spells in this class
mutatespell = lens.Fold(spellfold) # use a fold to mutate the spell structure
optic = (spellfields & clsfilter & mutatespell) # compose these lenses
spells = optic.collect()(data)
print('\n----\nFirst 10 %s spells:\n----' % cls)
pprint([s['name'] for s in spells[:10]])
pprint(spells[:10])
# I changed my mind and want to see spells with mixed class levels
optic = optic & lens.Filter(lambda s: len(set(s['level'].values())) > 1)
def test_precord_iter():
state = PairR(left=1, right=2)
assert (lens.Each()[1] + 10)(state) == PairR(left=11, right=12)
def test_pset_iter():
state = pyr.s(1, 2, 3)
assert (lens.Each() + 10)(state) == pyr.s(11, 12, 13)
def test_pmap_iter():
state = pyr.m(a=1, b=2, c=3)
assert (lens.Each()[1] + 10)(state) == pyr.m(a=11, b=12, c=13)
def test_pvector_iter():
state = pyr.pvector([1, 2, 3])
assert (lens.Each() + 10)(state) == pyr.pvector([11, 12, 13])
def init_assign(prop):
return ast.Assign(
targets=[ast.Attribute(value=ast.Name(id="self"), attr=prop)], value=ast.Name(id=prop)
)
# Return an argument node
def init_arg(prop):
return ast.arg(arg=prop, annotation=None)
# Load the original file into AST
tree = ast.parse(original)
# Dive into tree
for_each_module_body = lens.body & lens.Each()
for_each_class_body = lens.body & lens.Each()
function_body = lens.body
function_args = lens.args
# Filter for only init functions
is_init_function = lens.Filter(is_init)
# Compose previous optics to zoom in on the module's init function
init_function = for_each_module_body & for_each_class_body & is_init_function
# Construct node diff set
current_properties = (init_function & function_body & lens.Each().value.id).collect()(tree)
extra_properties = [k for k, v in table.items() if k not in current_properties]
extra_args = [init_arg(property_) for property_ in extra_properties]
extra_assign_nodes = [init_assign(property_) for property_ in extra_properties]
