def validate_user_options(**user_args: str) -> bool:
"""Validate the user's arguments.
Raises a value error is something is not valid.
Args:
**user_args:
"""
option_validators = validators.OptionValidator()
option_validators.register_validator(
'Output', validators.DirectoryValidation(key="Output")
)
option_validators.register_validator(
'Input', validators.DirectoryValidation(key="Input")
)
invalid_messages = []
for validation in [
option_validators.get("Output"),
option_validators.get("Input")
]:
if not validation.is_valid(**user_args):
invalid_messages.append(validation.explanation(**user_args))
if len(invalid_messages) > 0:
raise ValueError("\n".join(invalid_messages))
return True
def validate_user_options(**user_args: Dict[str, str]) -> bool:
"""Make sure that the options the user provided is valid.
Args:
**user_args:
"""
option_validators = validators.OptionValidator()
option_validators.register_validator(
key=OPTION_USER_INPUT,
validator=validators.DirectoryValidation(key=OPTION_USER_INPUT))
option_validators.register_validator(
key="Input Required",
validator=RequiredValueValidation(key=OPTION_USER_INPUT))
option_validators.register_validator(
key="Identifier type Required",
validator=RequiredValueValidation(key=IDENTIFIER_TYPE))
option_validators.register_validator(
key="Match 035 and 955",
validator=DependentTruthyValueValidation(
key=OPTION_035_FIELD, required_true_keys=[OPTION_955_FIELD]))
invalid_messages = [
validation.explanation(**user_args) for validation in [
option_validators.get(OPTION_USER_INPUT),
option_validators.get("Input Required"),
option_validators.get("Identifier type Required"),
option_validators.get('Match 035 and 955')
] if not validation.is_valid(**user_args)
]
if invalid_messages:
raise ValueError("\n".join(invalid_messages))
return True
def validate_user_options(**user_args: str) -> bool:
"""Validate the user's arguments.
Raises a value error is something is not valid.
Args:
**user_args:
"""
user_arguments: UserArgs = typing.cast(UserArgs, user_args)
option_validators = validators.OptionValidator()
option_validators.register_validator(
'At least one output',
OutputValidator(at_least_one_of=[
"Output Digital Library", "Output HathiTrust"
]))
option_validators.register_validator(
'Input', validators.DirectoryValidation(key="Input"))
invalid_messages: List[str] = []
for validation in [
option_validators.get('At least one output'),
option_validators.get("Input")
]:
if not validation.is_valid(**user_arguments):
invalid_messages.append(
validation.explanation(**user_arguments))
if len(invalid_messages) > 0:
raise ValueError("\n".join(invalid_messages))
return True
def validate_user_options(**user_args: Dict[str, str]) -> bool:
"""Make sure that the options the user provided is valid.
Args:
**user_args:
"""
option_validators = validators.OptionValidator()
option_validators.register_validator(
key='Input', validator=validators.DirectoryValidation(key="Input"))
option_validators.register_validator(
key="Input Required",
validator=RequiredValueValidation(key="Input"))
option_validators.register_validator(
key="Identifier type Required",
validator=RequiredValueValidation(key="Identifier type"))
option_validators.register_validator(
key="Match 035 and 955",
validator=DependentTruthyValueValidation(
key='Add 035 field', required_true_keys=['Add 955 field']))
invalid_messages = []
for validation in [
option_validators.get("Input"),
option_validators.get("Input Required"),
option_validators.get("Identifier type Required"),
option_validators.get('Match 035 and 955')
]:
if not validation.is_valid(**user_args):
invalid_messages.append(validation.explanation(**user_args))
if len(invalid_messages) > 0:
raise ValueError("\n".join(invalid_messages))
return True
def validate_user_options(**user_args: str) -> bool:
"""Validate the user's arguments.
Raises a value error is something is not valid.
Args:
**user_args:
"""
user_arguments: UserArgs = typing.cast(UserArgs, user_args)
option_validators = validators.OptionValidator()
option_validators.register_validator(
'At least one output',
MinimumOutputsValidator(
at_least_one_of=[OUTPUT_DIGITAL_LIBRARY, OUTPUT_HATHITRUST]))
option_validators.register_validator(
'At least one output exists',
OutputsValidValuesValidator(
keys_to_check=[OUTPUT_DIGITAL_LIBRARY, OUTPUT_HATHITRUST]))
option_validators.register_validator(
USER_INPUT_PATH,
validators.DirectoryValidation(key=USER_INPUT_PATH))
invalid_messages: List[str] = []
for validation in [
option_validators.get('At least one output'),
option_validators.get('At least one output exists'),
option_validators.get(USER_INPUT_PATH)
]:
if not validation.is_valid(**user_arguments): # type: ignore
invalid_messages.append(
validation.explanation(**user_arguments) # type: ignore
)
if len(invalid_messages) > 0:
raise ValueError("\n".join(invalid_messages))
return True
def __init__(self, at_least_one_of: List[str]) -> None:
super().__init__()
self.keys = at_least_one_of
self._validators = []
for k in self.keys:
self._validators.append(validators.DirectoryValidation(k))