def _get_resolver_config(resolver_config_identifier):
"""
get the resolver config of a resolver identified by its config identifier
helper to access the resolver configuration
:param resolver_config_identifier: resolver config identifier as string
:return: dict with the resolver configuration
"""
# identify the fully qualified resolver spec by all possible resolver
# prefixes, which are taken from the resolver_classes list
lookup_keys = []
config_keys = list(resolver_registry.keys())
for entry in config_keys:
lookup_keys.append('linotp.' + entry)
# we got the resolver prefix, now we can search in the config for
# all resolver configuration entries
resolver_config = {}
config = context['Config']
for key, value in list(config.items()):
if key.endswith(resolver_config_identifier):
for entry in lookup_keys:
if key.startswith(entry):
resolver_config[key] = value
return resolver_config
def _get_resolver_config(resolver_config_identifier):
"""
get the resolver config of a resolver identified by its config identifier
helper to access the resolver configuration
:param resolver_config_identifier: resolver config identifier as string
:return: dict with the resolver configuration
"""
# identify the fully qualified resolver spec by all possible resolver
# prefixes, which are taken from the resolver_classes list
lookup_keys = []
config_keys = resolver_registry.keys()
for entry in config_keys:
lookup_keys.append('linotp.' + entry)
# we got the resolver prefix, now we can search in the config for
# all resolver configuration entries
resolver_config = {}
config = context['Config']
for key, value in config.items():
if key.endswith(resolver_config_identifier):
for entry in lookup_keys:
if key.startswith(entry):
resolver_config[key] = value
return resolver_config
def get_cls_identifier(config_identifier):
"""
Returns the class identifier string for a existing resolver
identified by config_identifier (or None, if config_identifier
doesn't exist)
"""
config = context.get('Config')
cls_identifiers = list(resolver_registry.keys())
for config_entry in config:
if not config_entry.endswith(config_identifier):
continue
for cls_identifier in cls_identifiers:
if config_entry.startswith('linotp.' + cls_identifier):
return cls_identifier
return None
def get_cls_identifier(config_identifier):
"""
Returns the class identifier string for a existing resolver
identified by config_identifier (or None, if config_identifier
doesn't exist)
"""
config = context.get('Config')
cls_identifiers = resolver_registry.keys()
for config_entry in config:
if not config_entry.endswith(config_identifier):
continue
for cls_identifier in cls_identifiers:
if config_entry.startswith('linotp.' + cls_identifier):
return cls_identifier
return None
def similar_resolver_exists(config_identifier):
"""
Signifies if a resolver identified by config_identifer
exists in the configuration.
:remark: matches case insensitive
:returns: bool
"""
config = context.get('Config')
cls_identifiers = resolver_registry.keys()
for config_entry in config:
for cls_identifier in cls_identifiers:
if config_entry.startswith('linotp.' + cls_identifier):
__, __, entry_config_identifier = config_entry.rpartition('.')
if entry_config_identifier.lower() == config_identifier.lower():
return True
return False
def similar_resolver_exists(config_identifier):
"""
Signifies if a resolver identified by config_identifer
exists in the configuration.
:remark: matches case insensitive
:returns: bool
"""
config = context.get('Config')
cls_identifiers = list(resolver_registry.keys())
for config_entry in config:
for cls_identifier in cls_identifiers:
if config_entry.startswith('linotp.' + cls_identifier):
__, __, entry_config_identifier = config_entry.rpartition('.')
if entry_config_identifier.lower() == config_identifier.lower(
):
return True
return False
