def test_instance():
data="""
"adder.easy_algo_family.yaml": |
description: desc
interface: easy_algo_tests.validity.MyAdderInterface
"one.adder.yaml": |
description: desc
constructor: easy_algo_tests.validity.One
parameters:
"not_sub.adder.yaml": |
description: desc
constructor: easy_algo_tests.validity.Two
parameters:
"""
d = dtu.dir_from_data(data)
sources = [d]
db = EasyAlgoDB(sources)
print format_db(db)
family = db.get_family('adder')
assert family.valid == True
one = db.create_instance('adder', 'one')
assert type(one).__name__ == 'One'
try:
db.create_instance('not_found', 'does_not_exist')
raise Exception()
except Exception as e:
assert 'not find' in str(e), e
try:
db.create_instance('adder', 'does_not_exist')
raise Exception()
except Exception as e:
assert 'not find' in str(e), e
try:
db.create_instance('adder', 'not_sub')
raise Exception()
except Exception as e:
assert 'MyAdderInterface' in str(e)
def test_instance():
data = """
"adder.easy_algo_family.yaml": |
description: desc
interface: easy_algo_tests.validity.MyAdderInterface
"one.adder.yaml": |
description: desc
constructor: easy_algo_tests.validity.One
parameters:
"not_sub.adder.yaml": |
description: desc
constructor: easy_algo_tests.validity.Two
parameters:
"""
d = dtu.dir_from_data(data)
sources = [d]
db = EasyAlgoDB(sources)
print((format_db(db)))
family = db.get_family("adder")
assert family.valid == True
one = db.create_instance("adder", "one")
assert type(one).__name__ == "One"
try:
db.create_instance("not_found", "does_not_exist")
raise Exception()
except Exception as e:
assert "not find" in str(e), e
try:
db.create_instance("adder", "does_not_exist")
raise Exception()
except Exception as e:
assert "not find" in str(e), e
try:
db.create_instance("adder", "not_sub")
raise Exception()
except Exception as e:
assert "MyAdderInterface" in str(e)
def call_summary():
db = get_easy_algo_db()
s = format_db(db)
logger.info(s)
errors = []
for f in db.family_name2config.values():
if not f.valid:
errors.append('Family %s: %s' %
(f.family_name, f.error_if_invalid))
for i in f.instances.values():
if not i.valid:
errors.append('Family %s / instance %r: %s' %
(f, i.instance_name, i.error_if_invalid))
if errors:
msg = '\n' + '\n'.join(f.instances)
raise Exception(msg)
def call_summary():
db = get_easy_algo_db()
s = format_db(db)
dtu.logger.info(s)
errors = []
for f in list(db.family_name2config.values()):
if not f.valid:
errors.append(f"Family {f.family_name}: {f.error_if_invalid}")
for i in list(f.instances.values()):
if not i.valid:
errors.append(
f"Family {f.family_name} / instance {i.instance_name!r}:\n\n"
f"{dtu.indent(i.error_if_invalid, ' ')}"
)
if errors:
msg = "\n" + "\n".join(errors)
raise Exception(msg)
def go(self):
args = self.options.get_extra()
db = get_easy_algo_db()
colorize = True
verbose = self.options.verbose
if len(args) == 0:
s = format_db(db, verbose=verbose, colorize=colorize)
elif len(args) == 1:
family = db.get_family(args[0])
s = format_instances(family,
colorize=colorize,
verbose=self.options.verbose)
elif len(args) == 2:
family_name = args[0]
family = db.get_family(family_name)
instance_name = args[1]
instance = db.create_instance(family_name, instance_name)
s = instance
print(s)