def _on_database_select(self, _):
"""Load chosen database"""
self.structure_drop.reset()
if (self.database[1] is None
or getattr(self.database[1], "base_url", None) is None):
self.query_button.tooltip = "Search - No database chosen"
self.freeze()
else:
self.offset = 0
self.number = 1
self.structure_page_chooser.silent_reset()
try:
self.freeze()
self.query_button.description = "Updating ..."
self.query_button.icon = "cog"
self.query_button.tooltip = "Updating filters ..."
self._set_intslider_ranges()
self._set_version()
except Exception as exc: # pylint: disable=broad-except
LOGGER.error(
"Exception raised during setting IntSliderRanges: %s",
exc.with_traceback(),
)
finally:
self.query_button.description = "Search"
self.query_button.icon = "search"
self.query_button.tooltip = "Search"
self.sort_selector.valid_fields = sorted(
get_sortable_fields(self.database[1].base_url))
self.unfreeze()
def __init__(self, *args: Tuple[Any]):
LOGGER.error(
"%s raised.\nError message: %s\nAbout this exception: %s",
args[0].__class__.__name__
if args and isinstance(args[0], Exception)
else self.__class__.__name__,
str(args[0]) if args else "",
args[0].__doc__
if args and isinstance(args[0], Exception)
else self.__doc__,
)
super().__init__(*args)
def handle_errors(response: dict) -> Tuple[str, set]:
"""Handle any errors"""
if "data" not in response and "errors" not in response:
raise InputError(f"No data and no errors reported in response: {response}")
if "errors" in response:
LOGGER.error("Errored response:\n%s", json.dumps(response, indent=2))
if "data" in response:
msg = (
'<font color="red">Error(s) during querying,</font> but '
f"<strong>{len(response['data'])}</strong> structures found."
)
elif isinstance(response["errors"], dict) and "detail" in response["errors"]:
msg = (
'<font color="red">Error(s) during querying. '
f"Message from server:<br>{response['errors']['detail']!r}.</font>"
)
elif isinstance(response["errors"], list) and any(
["detail" in _ for _ in response["errors"]]
):
details = [_["detail"] for _ in response["errors"] if "detail" in _]
msg = (
'<font color="red">Error(s) during querying. Message(s) from server:<br> - '
f"{'<br> - '.join(details)!r}</font>"
)
else:
msg = (
'<font color="red">Error during querying, '
"please try again later.</font>"
)
http_errors = set()
for raw_error in response.get("errors", []):
try:
error = OptimadeError(**raw_error)
status = int(error.status)
except (ValidationError, TypeError, ValueError):
status = 400
http_errors.add(status)
return msg, http_errors
return "", set()
def get_entry_endpoint_schema(base_url: str, endpoint: str = None) -> dict:
"""Retrieve provider's entry endpoint schema (default: /structures)."""
result = {}
endpoint = endpoint if endpoint is not None else "structures"
endpoint = f"/info/{endpoint.strip('/')}"
response = perform_optimade_query(endpoint=endpoint, base_url=base_url)
msg, _ = handle_errors(response)
if msg:
LOGGER.error(
"Could not retrieve information about entry-endpoint %r.\n Message: %r\n Response:"
"\n%s",
endpoint[len("/info/") :],
msg,
response,
)
return result
return response.get("data", {}).get("properties", {})
def fetch_providers(providers_urls: Union[str, List[str]] = None) -> list:
"""Fetch OPTIMADE database providers (from Materials-Consortia)
:param providers_urls: String or list of strings with versioned base URL(s)
to Materials-Consortia providers database
"""
if providers_urls and not isinstance(providers_urls, (list, str)):
raise TypeError("providers_urls must be a string or list of strings")
if not providers_urls:
providers_urls = PROVIDERS_URLS
elif not isinstance(providers_urls, list):
providers_urls = [providers_urls]
for providers_url in providers_urls:
providers = perform_optimade_query(base_url=providers_url, endpoint="")
msg, _ = handle_errors(providers)
if msg:
LOGGER.warning("%r returned error(s).", providers_url)
else:
break
else:
if CACHED_PROVIDERS.exists():
# Load local cached providers file
LOGGER.warning(
"Loading local, possibly outdated, list of providers (%r).",
CACHED_PROVIDERS.name,
)
with open(CACHED_PROVIDERS, "r") as handle:
providers = json.load(handle)
else:
LOGGER.error(
"Neither any of the provider URLs: %r returned a valid response, "
"and the local cached file of the latest valid response does not exist.",
providers_urls,
)
providers = {}
update_local_providers_json(providers)
return providers.get("data", [])
def check_entry_properties(
base_url: str,
entry_endpoint: str,
properties: Union[str, Iterable[str]],
checks: Union[str, Iterable[str]],
) -> List[str]:
"""Check an entry-endpoint's properties
:param checks: An iterable, which only recognizes the following str entries:
"sort", "sortable", "present", "queryable"
The first two and latter two represent the same thing, i.e., whether a property is sortable
and whether a property is present in the entry-endpoint's resource's attributes, respectively.
:param properties: Can be either a list or not of properties to check.
:param entry_endpoint: A valid entry-endpoint for the OPTIMADE implementation,
e.g., "structures", "_exmpl_calculations", or "/extensions/structures".
"""
if isinstance(properties, str):
properties = [properties]
properties = list(properties)
if not checks:
# Don't make any queries if called improperly (with empty iterable for `checks`)
return properties
if isinstance(checks, str):
checks = [checks]
checks = set(checks)
if "queryable" in checks:
checks.update({"present"})
checks.remove("queryable")
if "sortable" in checks:
checks.update({"sort"})
checks.remove("sortable")
query_params = {
"endpoint": f"/info/{entry_endpoint.strip('/')}",
"base_url": base_url,
}
response = perform_optimade_query(**query_params)
msg, _ = handle_errors(response)
if msg:
LOGGER.error(
"Could not retrieve information about entry-endpoint %r.\n Message: %r\n Response:"
"\n%s",
entry_endpoint,
msg,
response,
)
if "present" in checks:
return []
return properties
res = list(properties) # Copy of input list of properties
found_properties = response.get("data", {}).get("properties", {})
for field in properties:
field_property = found_properties.get(field, None)
if field_property is None:
LOGGER.debug(
"Could not find %r in %r for provider with base URL %r. Found properties:\n%s",
field,
query_params["endpoint"],
base_url,
json.dumps(found_properties),
)
if "present" in checks:
res.remove(field)
elif "sort" in checks:
sortable = field_property.get("sortable", False)
if not sortable:
res.remove(field)
LOGGER.debug(
"sortable fields found for %s (looking for %r): %r", base_url, properties, res
)
return res