from __future__ import annotations import logging import time import typing as t from globus_sdk import client, exc, paging, response, utils from globus_sdk._types import DateLike, IntLike, UUIDLike from globus_sdk.scopes import TransferScopes from .data import DeleteData, TransferData from .errors import TransferAPIError from .response import ActivationRequirementsResponse, IterableTransferResponse from .transport import TransferRequestsTransport log = logging.getLogger(__name__) TransferFilterDict = t.Dict[str, t.Union[str, t.List[str]]] def _datelike_to_str(x: DateLike) -> str: return x if isinstance(x, str) else x.isoformat(timespec="seconds") def _format_filter_item(x: str | TransferFilterDict) -> str: if isinstance(x, str): return x return "/".join(f"{k}:{utils.commajoin(v)}" for k, v in x.items()) def _format_filter( x: (str | TransferFilterDict | list[str | TransferFilterDict]), ) -> str | list[str]: if isinstance(x, list): return [_format_filter_item(y) for y in x] return _format_filter_item(x) def _get_page_size(paged_result: IterableTransferResponse) -> int: return len(paged_result["DATA"]) class TransferClient(client.BaseClient): r""" Client for the `Globus Transfer API `_. This class provides helper methods for most common resources in the REST API, and basic ``get``, ``put``, ``post``, and ``delete`` methods from the base rest client that can be used to access any REST resource. Detailed documentation is available in the official REST API documentation, which is linked to from the method documentation. Methods that allow arbitrary keyword arguments will pass the extra arguments as query parameters. .. _transfer_filter_formatting: **Filter Formatting** Several methods of ``TransferClient`` take a ``filter`` parameter which can be a string, dict, or list of strings/dicts. When the filter given is a string, it is passed as a single unmodified param. When the filter given is a dict, it is formatted according to the below rules into a single param. When the filter is a list, each item of the list is parsed and passed as separate params. dict parsing rules: - each (key, value) pair in the dict is a clause in the resulting filter string - clauses are each formatted to ``key:value`` - when the value is a list, it is comma-separated, as in ``key:value1,value2`` - clauses are separated with slashes, as in ``key1:value1/key2:value2`` The corresponding external API documentation describes, in detail, the supported filter clauses for each method which uses the ``filter`` parameter. Generally, speaking, filter clauses documented as ``string list`` can be passed as lists to a filter dict, while string, date, and numeric filters should be passed as strings. **Paginated Calls** Methods which support pagination can be called as paginated or unpaginated methods. If the method name is ``TransferClient.foo``, the paginated version is ``TransferClient.paginated.foo``. Using ``TransferClient.endpoint_search`` as an example:: from globus_sdk import TransferClient tc = TransferClient(...) # this is the unpaginated version for x in tc.endpoint_search("tutorial"): print("Endpoint ID: {}".format(x["id"])) # this is the paginated version for page in tc.paginated.endpoint_search("testdata"): for x in page: print("Endpoint ID: {}".format(x["id"])) .. automethodlist:: globus_sdk.TransferClient """ service_name = "transfer" base_path = "/v0.10/" transport_class: type[TransferRequestsTransport] = TransferRequestsTransport error_class = TransferAPIError scopes = TransferScopes # Convenience methods, providing more pythonic access to common REST # resources # # Endpoint Management # def get_endpoint( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: ID of endpoint to lookup :param query_params: Any additional parameters will be passed through as query params. .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) endpoint = tc.get_endpoint(endpoint_id) print("Endpoint name:", endpoint["display_name"] or endpoint["canonical_name"]) .. tab-item:: API Info ``GET /endpoint/`` .. extdoclink:: Get Endpoint by ID :ref: transfer/endpoint/#get_endpoint_by_id """ # noqa: E501 log.info(f"TransferClient.get_endpoint({endpoint_id})") return self.get(f"endpoint/{endpoint_id}", query_params=query_params) def update_endpoint( self, endpoint_id: UUIDLike, data: dict[str, t.Any], *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: ID of endpoint to lookup :param data: A partial endpoint document with fields to update :param query_params: Any additional parameters will be passed through as query params. .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) epup = { "display_name": "My New Endpoint Name", "description": "Better Description", } update_result = tc.update_endpoint(endpoint_id, epup) .. tab-item:: API Info ``PUT /endpoint/`` .. extdoclink:: Update Endpoint by ID :ref: transfer/endpoint/#update_endpoint_by_id """ # noqa: E501 if data.get("myproxy_server"): if data.get("oauth_server"): raise exc.GlobusSDKUsageError( "an endpoint cannot be reconfigured to use multiple " "identity providers for activation; specify either " "MyProxy or OAuth, not both" ) else: data["oauth_server"] = None elif data.get("oauth_server"): data["myproxy_server"] = None log.info(f"TransferClient.update_endpoint({endpoint_id}, ...)") return self.put(f"endpoint/{endpoint_id}", data=data, query_params=query_params) def create_endpoint(self, data: dict[str, t.Any]) -> response.GlobusHTTPResponse: """ :param data: An endpoint document with fields for the new endpoint .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) ep_data = { "DATA_TYPE": "endpoint", "display_name": display_name, "DATA": [ { "DATA_TYPE": "server", "hostname": "gridftp.example.edu", }, ], } create_result = tc.create_endpoint(ep_data) endpoint_id = create_result["id"] .. tab-item:: API Info ``POST /endpoint/`` .. extdoclink:: Create Endpoint :ref: transfer/endpoint/#create_endpoint """ if data.get("myproxy_server") and data.get("oauth_server"): raise exc.GlobusSDKUsageError( "an endpoint cannot be created using multiple identity " "providers for activation; specify either MyProxy or OAuth, " "not both" ) log.info("TransferClient.create_endpoint(...)") return self.post("endpoint", data=data) def delete_endpoint(self, endpoint_id: UUIDLike) -> response.GlobusHTTPResponse: """ :param endpoint_id: ID of endpoint to delete .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) delete_result = tc.delete_endpoint(endpoint_id) .. tab-item:: API Info ``DELETE /endpoint/`` .. extdoclink:: Delete Endpoint by ID :ref: transfer/endpoint/#delete_endpoint_by_id """ log.info(f"TransferClient.delete_endpoint({endpoint_id})") return self.delete(f"endpoint/{endpoint_id}") @paging.has_paginator( paging.HasNextPaginator, items_key="DATA", get_page_size=_get_page_size, max_total_results=1000, page_size=100, ) def endpoint_search( self, filter_fulltext: str | None = None, *, filter_scope: str | None = None, filter_owner_id: str | None = None, filter_host_endpoint: UUIDLike | None = None, filter_non_functional: bool | None = None, limit: int | None = None, offset: int | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: r""" :param filter_fulltext: The string to use in a full text search on endpoints. Effectively, the "search query" which is being requested. May be omitted with specific ``filter_scope`` values. :param filter_scope: A "scope" within which to search for endpoints. This must be one of the limited and known names known to the service, which can be found documented in the **External Documentation** below. Defaults to searching all endpoints (in which case ``filter_fulltext`` is required) :param filter_owner_id: Limit search to endpoints owned by the specified Globus Auth identity. Conflicts with scopes 'my-endpoints', 'my-gcp-endpoints', and 'shared-by-me'. :param filter_host_endpoint: Limit search to endpoints hosted by the specified endpoint. May cause BadRequest or PermissionDenied errors if the endpoint ID given is not valid for this operation. :param filter_non_functional: Limit search to endpoints which have the 'non_functional' flag set to True or False. :param limit: limit the number of results :param offset: offset used in paging :param query_params: Any additional parameters will be passed through as query params. It is important to be aware that the Endpoint Search API limits you to 1000 results for any search query. .. tab-set:: .. tab-item:: Example Usage Search for a given string as a fulltext search: .. code-block:: python tc = globus_sdk.TransferClient(...) for ep in tc.endpoint_search("String to search for!"): print(ep["display_name"]) Search for a given string, but only on endpoints that you own: .. code-block:: python for ep in tc.endpoint_search("foo", filter_scope="my-endpoints"): print(f"{ep['display_name']} has ID {ep['id']}") .. tab-item:: Paginated Usage .. paginatedusage:: endpoint_search .. tab-item:: API Info .. parsed-literal:: GET /endpoint_search\ ?filter_fulltext=&filter_scope= .. extdoclink:: Endpoint Search :ref: transfer/endpoint_search """ # noqa: E501 if query_params is None: query_params = {} if filter_scope is not None: query_params["filter_scope"] = filter_scope if filter_fulltext is not None: query_params["filter_fulltext"] = filter_fulltext if filter_owner_id is not None: query_params["filter_owner_id"] = filter_owner_id if filter_host_endpoint is not None: query_params["filter_host_endpoint"] = filter_host_endpoint if filter_non_functional is not None: # convert to int (expect bool input) query_params["filter_non_functional"] = 1 if filter_non_functional else 0 if limit is not None: query_params["limit"] = limit if offset is not None: query_params["offset"] = offset log.info(f"TransferClient.endpoint_search({query_params})") return IterableTransferResponse( self.get("endpoint_search", query_params=query_params) ) def endpoint_autoactivate( self, endpoint_id: UUIDLike, *, if_expires_in: int | None = None, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: r""" :param endpoint_id: The ID of the endpoint to autoactivate :param if_expires_in: A number of seconds. Autoactivation will only be attempted if the current activation expires within this timeframe. Otherwise, autoactivation will succeed with a code of 'AlreadyActivated' :param query_params: Any additional parameters will be passed through as query params. The following example will try to "auto" activate the endpoint using a credential available from another endpoint or sign in by the user with the same identity provider, but only if the endpoint is not already activated or going to expire within an hour (3600 seconds). If that fails, direct the user to the globus website to perform activation: .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) r = tc.endpoint_autoactivate(ep_id, if_expires_in=3600) while r["code"] == "AutoActivationFailed": print( "Endpoint requires manual activation, please open " "the following URL in a browser to activate the endpoint: " f"https://app.globus.org/file-manager?origin_id={ep_id}" ) input("Press ENTER after activating the endpoint:") r = tc.endpoint_autoactivate(ep_id, if_expires_in=3600) This is the recommended flow for most thick client applications, because many endpoints require activation via OAuth MyProxy, which must be done in a browser anyway. Web based clients can link directly to the URL. You also might want messaging or logging depending on why and how the operation succeeded, in which case you'll need to look at the value of the "code" field and either decide on your own messaging or use the response's "message" field. .. code-block:: python tc = globus_sdk.TransferClient(...) r = tc.endpoint_autoactivate(ep_id, if_expires_in=3600) if r["code"] == "AutoActivationFailed": print(f"Endpoint({ep_id}) Not Active! Error! Source message: {r['message']}") sys.exit(1) elif r["code"] == "AutoActivated.CachedCredential": print(f"Endpoint({ep_id}) autoactivated using a cached credential.") elif r["code"] == "AutoActivated.GlobusOnlineCredential": print(f"Endpoint({ep_id}) autoactivated using a built-in Globus credential.") elif r["code"] == "AlreadyActivated": print(f"Endpoint({ep_id}) already active for at least 3600 seconds") .. tab-item:: API Info ``POST /endpoint//autoactivate`` .. extdoclink:: Autoactivate Endpoint :ref: transfer/endpoint_activation/#autoactivate_endpoint """ # noqa: E501 if query_params is None: query_params = {} if if_expires_in is not None: query_params["if_expires_in"] = if_expires_in log.info(f"TransferClient.endpoint_autoactivate({endpoint_id})") return self.post( f"endpoint/{endpoint_id}/autoactivate", query_params=query_params ) def endpoint_deactivate( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The ID of the endpoint to deactivate :param query_params: Any additional parameters will be passed through as query params. .. tab-set:: .. tab-item:: API Info ``POST /endpoint//deactivate`` .. extdoclink:: Deactivate Endpoint :ref: transfer/endpoint_activation/#deactivate_endpoint """ log.info(f"TransferClient.endpoint_deactivate({endpoint_id})") return self.post( f"endpoint/{endpoint_id}/deactivate", query_params=query_params ) def endpoint_activate( self, endpoint_id: UUIDLike, *, requirements_data: dict[str, t.Any] | None, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The ID of the endpoint to activate :pram requirements_data: Filled in activation requirements data, as can be fetched from :meth:`~endpoint_get_activation_requirements`. Only the fields for the activation type being used need to be filled in. :param requirements_data: An optional body for the request :param query_params: Any additional parameters will be passed through as query params. Consider using autoactivate and web activation instead, described in the example for :meth:`~endpoint_autoactivate`. .. tab-set:: .. tab-item:: API Info ``POST /endpoint//activate`` .. extdoclink:: Activate Endpoint :ref: transfer/endpoint_activation/#activate_endpoint """ log.info(f"TransferClient.endpoint_activate({endpoint_id})") return self.post( f"endpoint/{endpoint_id}/activate", data=requirements_data, query_params=query_params, ) def endpoint_get_activation_requirements( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> ActivationRequirementsResponse: """ :param endpoint_id: The ID of the endpoint whose activation requirements data is being looked up :param query_params: Any additional parameters will be passed through as query params. .. tab-set:: .. tab-item:: API Info ``GET /endpoint//activation_requirements`` .. extdoclink:: Get Activation Requirements :ref: transfer/endpoint_activation/#get_activation_requirements """ return ActivationRequirementsResponse( self.get( f"endpoint/{endpoint_id}/activation_requirements", query_params=query_params, ) ) def my_effective_pause_rule_list( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ :param endpoint_id: the endpoint on which the current user's effective pause rules are fetched :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint//my_effective_pause_rule_list`` .. extdoclink:: Get my effective endpoint pause rules :ref: transfer/endpoint/#get_endpoint_pause_rules """ log.info(f"TransferClient.my_effective_pause_rule_list({endpoint_id}, ...)") return IterableTransferResponse( self.get( f"endpoint/{endpoint_id}/my_effective_pause_rule_list", query_params=query_params, ) ) # Shared Endpoints def my_shared_endpoint_list( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ :param endpoint_id: the host endpoint whose shares are listed :param query_params: Additional passthrough query parameters Get a list of shared endpoints for which the user has ``administrator`` or ``access_manager`` on a given host endpoint. .. tab-set:: .. tab-item:: API Info ``GET /endpoint//my_shared_endpoint_list`` .. extdoclink:: Get shared endpoint list :ref: transfer/endpoint/#get_shared_endpoint_list """ log.info(f"TransferClient.my_shared_endpoint_list({endpoint_id}, ...)") return IterableTransferResponse( self.get( f"endpoint/{endpoint_id}/my_shared_endpoint_list", query_params=query_params, ) ) @paging.has_paginator(paging.NextTokenPaginator, items_key="shared_endpoints") def get_shared_endpoint_list( self, endpoint_id: UUIDLike, *, max_results: int | None = None, next_token: str | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ :param endpoint_id: the host endpoint whose shares are listed :param max_results: cap to the number of results :param next_token: token used for paging :param query_params: Any additional parameters to be passed through as query params. Get a list of all shared endpoints on a given host endpoint. .. tab-set:: .. tab-item:: Paginated Usage .. paginatedusage:: get_shared_endpoint_list .. tab-item:: API Info ``GET /endpoint//shared_endpoint_list`` .. extdoclink:: Get shared endpoint list (2) :ref: transfer/endpoint/#get_shared_endpoint_list2 """ log.info(f"TransferClient.get_shared_endpoint_list({endpoint_id}, ...)") if query_params is None: query_params = {} if max_results is not None: query_params["max_results"] = str(max_results) if next_token is not None: query_params["next_token"] = next_token return IterableTransferResponse( self.get( f"endpoint/{endpoint_id}/shared_endpoint_list", query_params=query_params, ), iter_key="shared_endpoints", ) def create_shared_endpoint( self, data: dict[str, t.Any] ) -> response.GlobusHTTPResponse: """ :param data: A python dict representation of a ``shared_endpoint`` document .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) shared_ep_data = { "DATA_TYPE": "shared_endpoint", "host_endpoint": host_endpoint_id, "host_path": host_path, "display_name": display_name, # optionally specify additional endpoint fields "description": "my test share", } create_result = tc.create_shared_endpoint(shared_ep_data) endpoint_id = create_result["id"] .. tab-item:: API Info ``POST /shared_endpoint`` .. extdoclink:: Create Shared Endpoint :ref: transfer/endpoint/#create_shared_endpoint """ log.info("TransferClient.create_shared_endpoint(...)") return self.post("shared_endpoint", data=data) # Endpoint servers def endpoint_server_list( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ :param endpoint_id: The endpoint whose servers are being listed :param query_params: Any additional parameters to be passed through as query params. .. tab-set:: .. tab-item:: API Info ``GET /endpoint//server_list`` .. extdoclink:: Get endpoint server list :ref: transfer/endpoint/#get_endpoint_server_list """ log.info(f"TransferClient.endpoint_server_list({endpoint_id}, ...)") return IterableTransferResponse( self.get(f"endpoint/{endpoint_id}/server_list", query_params=query_params) ) def get_endpoint_server( self, endpoint_id: UUIDLike, server_id: IntLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint under which the server is registered :param server_id: The ID of the server :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint//server/`` .. extdoclink:: Get endpoint server by id :ref: transfer/endpoint/#get_endpoint_server_by_id """ log.info( "TransferClient.get_endpoint_server(%s, %s, ...)", endpoint_id, server_id ) return self.get( f"endpoint/{endpoint_id}/server/{server_id}", query_params=query_params ) def add_endpoint_server( self, endpoint_id: UUIDLike, server_data: dict[str, t.Any] ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint under which the server is being registered :param server_data: Fields for the new server, as a server document .. tab-set:: .. tab-item:: API Info ``POST /endpoint//server`` .. extdoclink:: Add endpoint server :ref: transfer/endpoint/#add_endpoint_server """ log.info(f"TransferClient.add_endpoint_server({endpoint_id}, ...)") return self.post(f"endpoint/{endpoint_id}/server", data=server_data) def update_endpoint_server( self, endpoint_id: UUIDLike, server_id: IntLike, server_data: dict[str, t.Any], ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint under which the server is registered :param server_id: The ID of the server to update :param server_data: Fields on the server to update, as a partial server document .. tab-set:: .. tab-item:: API Info ``PUT /endpoint//server/`` .. extdoclink:: Update endpoint server by ID :ref: transfer/endpoint/#update_endpoint_server_by_id """ log.info( "TransferClient.update_endpoint_server(%s, %s, ...)", endpoint_id, server_id, ) return self.put(f"endpoint/{endpoint_id}/server/{server_id}", data=server_data) def delete_endpoint_server( self, endpoint_id: UUIDLike, server_id: IntLike ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint under which the server is registered :param server_id: The ID of the server to delete .. tab-set:: .. tab-item:: API Info ``DELETE /endpoint//server/`` .. extdoclink:: Delete endpoint server by ID :ref: transfer/endpoint/#delete_endpoint_server_by_id """ log.info( "TransferClient.delete_endpoint_server(%s, %s)", endpoint_id, server_id ) return self.delete(f"endpoint/{endpoint_id}/server/{server_id}") # # Roles # def endpoint_role_list( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ :param endpoint_id: The endpoint whose roles are being listed :param query_params: Any additional parameters to be passed through as query params. .. tab-set:: .. tab-item:: API Info ``GET /endpoint//role_list`` .. extdoclink:: Get list of endpoint roles :ref: transfer/endpoint_roles/#role_list """ log.info(f"TransferClient.endpoint_role_list({endpoint_id}, ...)") return IterableTransferResponse( self.get(f"endpoint/{endpoint_id}/role_list", query_params=query_params) ) def add_endpoint_role( self, endpoint_id: UUIDLike, role_data: dict[str, t.Any] ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint on which the role is being added :param role_data: A role document for the new role .. tab-set:: .. tab-item:: API Info ``POST /endpoint//role`` .. extdoclink:: Create endpoint role :ref: transfer/endpoint_roles/#create_role """ log.info(f"TransferClient.add_endpoint_role({endpoint_id}, ...)") return self.post(f"endpoint/{endpoint_id}/role", data=role_data) def get_endpoint_role( self, endpoint_id: UUIDLike, role_id: str, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint on which the role applies :param role_id: The ID of the role :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint//role/`` .. extdoclink:: Get endpoint role by ID :ref: transfer/endpoint_roles/#get_endpoint_role_by_id """ log.info(f"TransferClient.get_endpoint_role({endpoint_id}, {role_id}, ...)") return self.get( f"endpoint/{endpoint_id}/role/{role_id}", query_params=query_params ) def delete_endpoint_role( self, endpoint_id: UUIDLike, role_id: str ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint on which the role applies :param role_id: The ID of the role to delete .. tab-set:: .. tab-item:: API Info ``DELETE /endpoint//role/`` .. extdoclink:: Delete endpoint role by ID :ref: transfer/endpoint_roles/#delete_endpoint_role_by_id """ log.info(f"TransferClient.delete_endpoint_role({endpoint_id}, {role_id})") return self.delete(f"endpoint/{endpoint_id}/role/{role_id}") # # ACLs # def endpoint_acl_list( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ :param endpoint_id: The endpoint whose ACLs are being listed :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint//access_list`` .. extdoclink:: Get list of access rules :ref: transfer/acl/#rest_access_get_list """ log.info(f"TransferClient.endpoint_acl_list({endpoint_id}, ...)") return IterableTransferResponse( self.get(f"endpoint/{endpoint_id}/access_list", query_params=query_params) ) def get_endpoint_acl_rule( self, endpoint_id: UUIDLike, rule_id: str, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint on which the access rule applies :param rule_id: The ID of the rule to fetch :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint//access/`` .. extdoclink:: Get access rule by ID :ref: transfer/acl/#get_access_rule_by_id """ log.info( "TransferClient.get_endpoint_acl_rule(%s, %s, ...)", endpoint_id, rule_id ) return self.get( f"endpoint/{endpoint_id}/access/{rule_id}", query_params=query_params ) def add_endpoint_acl_rule( self, endpoint_id: UUIDLike, rule_data: dict[str, t.Any] ) -> response.GlobusHTTPResponse: """ :param endpoint_id: ID of endpoint to which to add the acl :param rule_data: A python dict representation of an ``access`` document .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) rule_data = { "DATA_TYPE": "access", "principal_type": "identity", "principal": identity_id, "path": "/dataset1/", "permissions": "rw", } result = tc.add_endpoint_acl_rule(endpoint_id, rule_data) rule_id = result["access_id"] Note that if this rule is being created on a shared endpoint the "path" field is relative to the "host_path" of the shared endpoint. .. tab-item:: API Info ``POST /endpoint//access`` .. extdoclink:: Create access rule :ref: transfer/acl/#rest_access_create """ log.info(f"TransferClient.add_endpoint_acl_rule({endpoint_id}, ...)") return self.post(f"endpoint/{endpoint_id}/access", data=rule_data) def update_endpoint_acl_rule( self, endpoint_id: UUIDLike, rule_id: str, rule_data: dict[str, t.Any], ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint on which the access rule applies :param rule_id: The ID of the access rule to modify :param rule_data: A partial ``access`` document containing fields to update .. tab-set:: .. tab-item:: API Info ``PUT /endpoint//access/`` .. extdoclink:: Update access rule :ref: transfer/acl/#update_access_rule """ log.info( "TransferClient.update_endpoint_acl_rule(%s, %s, ...)", endpoint_id, rule_id, ) return self.put(f"endpoint/{endpoint_id}/access/{rule_id}", data=rule_data) def delete_endpoint_acl_rule( self, endpoint_id: UUIDLike, rule_id: str ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The endpoint on which the access rule applies :param rule_id: The ID of the access rule to remove .. tab-set:: .. tab-item:: API Info ``DELETE /endpoint//access/`` .. extdoclink:: Delete access rule :ref: transfer/acl/#delete_access_rule """ log.info( "TransferClient.delete_endpoint_acl_rule(%s, %s)", endpoint_id, rule_id ) return self.delete(f"endpoint/{endpoint_id}/access/{rule_id}") # # Bookmarks # def bookmark_list( self, *, query_params: dict[str, t.Any] | None = None ) -> IterableTransferResponse: """ :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /bookmark_list`` .. extdoclink:: Get list of bookmarks :ref: transfer/endpoint_bookmarks/#get_list_of_bookmarks """ log.info(f"TransferClient.bookmark_list({query_params})") return IterableTransferResponse( self.get("bookmark_list", query_params=query_params) ) def create_bookmark( self, bookmark_data: dict[str, t.Any] ) -> response.GlobusHTTPResponse: """ :param bookmark_data: A bookmark document for the bookmark to create .. tab-set:: .. tab-item:: API Info ``POST /bookmark`` .. extdoclink:: Create bookmark :ref: transfer/endpoint_bookmarks/#create_bookmark """ log.info(f"TransferClient.create_bookmark({bookmark_data})") return self.post("bookmark", data=bookmark_data) def get_bookmark( self, bookmark_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param bookmark_id: The ID of the bookmark to lookup :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /bookmark/`` .. extdoclink:: Get bookmark by ID :ref: transfer/endpoint_bookmarks/#get_bookmark_by_id """ log.info(f"TransferClient.get_bookmark({bookmark_id})") return self.get(f"bookmark/{bookmark_id}", query_params=query_params) def update_bookmark( self, bookmark_id: UUIDLike, bookmark_data: dict[str, t.Any] ) -> response.GlobusHTTPResponse: """ :param bookmark_id: The ID of the bookmark to modify :param bookmark_data: A partial bookmark document with fields to update .. tab-set:: .. tab-item:: API Info ``PUT /bookmark/`` .. extdoclink:: Update bookmark :ref: transfer/endpoint_bookmarks/#update_bookmark """ log.info(f"TransferClient.update_bookmark({bookmark_id})") return self.put(f"bookmark/{bookmark_id}", data=bookmark_data) def delete_bookmark(self, bookmark_id: UUIDLike) -> response.GlobusHTTPResponse: """ :param bookmark_id: The ID of the bookmark to delete .. tab-set:: .. tab-item:: API Info ``DELETE /bookmark/`` .. extdoclink:: Delete bookmark by ID :ref: transfer/endpoint_bookmarks/#delete_bookmark_by_id """ log.info(f"TransferClient.delete_bookmark({bookmark_id})") return self.delete(f"bookmark/{bookmark_id}") # # Synchronous Filesys Operations # def operation_ls( self, endpoint_id: UUIDLike, path: str | None = None, *, show_hidden: bool | None = None, orderby: str | list[str] | None = None, limit: int | None = None, offset: int | None = None, # note: filter is a soft keyword in python, so using this name is okay # pylint: disable=redefined-builtin filter: ( str | TransferFilterDict | list[str | TransferFilterDict] | None ) = None, local_user: str | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ :param endpoint_id: The ID of the endpoint on which to do a dir listing :param path: Path to a directory on the endpoint to list :param show_hidden: Show hidden files (names beginning in dot). Defaults to true. :param limit: Limit the number of results returned. Defaults to 100,000 , which is also the maximum. :param offset: Offset into the result list, which can be used to page results. :param orderby: One or more order-by options. Each option is either a field name or a field name followed by a space and 'ASC' or 'DESC' for ascending or descending. :param filter: Only return file documents which match these filter clauses. For the filter syntax, see the **External Documentation** linked below. If a dict is supplied as the filter, it is formatted as a set of filter clauses. If a list is supplied, it is passed as multiple params. See :ref:`filter formatting ` for details. :param local_user: Optional value passed to identity mapping specifying which local user account to map to. Only usable with Globus Connect Server v5 mapped collections. :param query_params: Additional passthrough query parameters .. note:: Pagination is not supported by the GridFTP protocol, and therefore limit+offset pagination will result in the Transfer service repeatedly fetching an entire directory listing from the server and filtering it before returning it to the client. For latency-sensitive applications, such usage may still be more efficient than asking for a very large directory listing as it reduces the size of the payload passed between the Transfer service and the client. .. tab-set:: .. tab-item:: Example Usage List with a path: .. code-block:: python tc = globus_sdk.TransferClient(...) for entry in tc.operation_ls(ep_id, path="/~/project1/"): print(entry["name"], entry["type"]) List with explicit ordering: .. code-block:: python tc = globus_sdk.TransferClient(...) for entry in tc.operation_ls(ep_id, path="/~/project1/", orderby=["type", "name"]): print(entry["name DESC"], entry["type"]) List filtering to files modified before January 1, 2021. Note the use of an empty "start date" for the filter: .. code-block:: python tc = globus_sdk.TransferClient(...) for entry in tc.operation_ls( ep_id, path="/~/project1/", filter={"last_modified": ["", "2021-01-01"]}, ): print(entry["name"], entry["type"]) .. tab-item:: API Info ``GET /operation/endpoint//ls`` .. extdoclink:: List Directory Contents :ref: transfer/file_operations/#list_directory_contents """ # noqa: E501 if query_params is None: query_params = {} if path is not None: query_params["path"] = path if show_hidden is not None: query_params["show_hidden"] = 1 if show_hidden else 0 if limit is not None: query_params["limit"] = limit if offset is not None: query_params["offset"] = offset if orderby is not None: if isinstance(orderby, str): query_params["orderby"] = orderby else: query_params["orderby"] = ",".join(orderby) if filter is not None: query_params["filter"] = _format_filter(filter) if local_user is not None: query_params["local_user"] = local_user log.info(f"TransferClient.operation_ls({endpoint_id}, {query_params})") return IterableTransferResponse( self.get(f"operation/endpoint/{endpoint_id}/ls", query_params=query_params) ) def operation_mkdir( self, endpoint_id: UUIDLike, path: str, *, local_user: str | None = None, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The ID of the endpoint on which to create a directory :param path: Path to the new directory to create :param local_user: Optional value passed to identity mapping specifying which local user account to map to. Only usable with Globus Connect Server v5 mapped collections. :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) tc.operation_mkdir(ep_id, path="/~/newdir/") .. tab-item:: API Info ``POST /operation/endpoint//mkdir`` .. extdoclink:: Make Directory :ref: transfer/file_operations/#make_directory """ log.info( "TransferClient.operation_mkdir({}, {}, {})".format( endpoint_id, path, query_params ) ) json_body = {"DATA_TYPE": "mkdir", "path": path} if local_user is not None: json_body["local_user"] = local_user return self.post( f"operation/endpoint/{endpoint_id}/mkdir", data=json_body, query_params=query_params, ) def operation_rename( self, endpoint_id: UUIDLike, oldpath: str, newpath: str, *, local_user: str | None = None, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The ID of the endpoint on which to rename a file :param oldpath: Path to the old filename :param newpath: Path to the new filename :param local_user: Optional value passed to identity mapping specifying which local user account to map to. Only usable with Globus Connect Server v5 mapped collections. :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) tc.operation_rename(ep_id, oldpath="/~/file1.txt", newpath="/~/project1data.txt") .. tab-item:: API Info ``POST /operation/endpoint//rename`` .. extdoclink:: Rename :ref: transfer/file_operations/#rename """ # noqa: E501 log.info( "TransferClient.operation_rename({}, {}, {}, {})".format( endpoint_id, oldpath, newpath, query_params ) ) json_body = { "DATA_TYPE": "rename", "old_path": oldpath, "new_path": newpath, } if local_user is not None: json_body["local_user"] = local_user return self.post( f"operation/endpoint/{endpoint_id}/rename", data=json_body, query_params=query_params, ) def operation_symlink( self, endpoint_id: UUIDLike, symlink_target: str, path: str, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param endpoint_id: The ID of the endpoint on which to create a symlink :param symlink_target: The path referenced by the new symlink :param path: The name of (path to) the new symlink :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) tc.operation_symlink(ep_id, symlink_target="/~/file1.txt", path="/~/link-to-file1.txt") .. tab-item:: API Info ``POST /operation/endpoint//symlink`` .. extdoclink:: Symlink :ref: transfer/file_operations/#symlink """ # noqa: E501 log.info( "TransferClient.operation_symlink({}, {}, {}, {})".format( endpoint_id, symlink_target, path, query_params ) ) data = { "DATA_TYPE": "symlink", "symlink_target": symlink_target, "path": path, } return self.post( f"operation/endpoint/{endpoint_id}/symlink", data=data, query_params=query_params, ) # # Task Submission # def get_submission_id( self, *, query_params: dict[str, t.Any] | None = None ) -> response.GlobusHTTPResponse: """ :param query_params: Additional passthrough query parameters Submission IDs are required to submit tasks to the Transfer service via the :meth:`submit_transfer <.submit_transfer>` and :meth:`submit_delete <.submit_delete>` methods. Most users will not need to call this method directly, as the methods :meth:`~submit_transfer` and :meth:`~submit_delete` will call it automatically if the data does not contain a ``submission_id``. .. tab-set:: .. tab-item:: API Info ``GET /submission_id`` .. extdoclink:: Get a submission ID :ref: transfer/task_submit/#get_submission_id .. tab-item:: Example Response Data .. expandtestfixture:: transfer.get_submission_id """ log.info(f"TransferClient.get_submission_id({query_params})") return self.get("submission_id", query_params=query_params) def submit_transfer( self, data: dict[str, t.Any] | TransferData ) -> response.GlobusHTTPResponse: """ :param data: A transfer task document listing files and directories, and setting various options. See :class:`TransferData ` for details Submit a Transfer Task. If no ``submission_id`` is included in the payload, one will be requested and used automatically. The data passed to this method will be modified to include the ``submission_id``. .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) tdata = globus_sdk.TransferData( tc, source_endpoint_id, destination_endpoint_id, label="SDK example", sync_level="checksum", ) tdata.add_item("/source/path/dir/", "/dest/path/dir/", recursive=True) tdata.add_item("/source/path/file.txt", "/dest/path/file.txt") transfer_result = tc.submit_transfer(tdata) print("task_id =", transfer_result["task_id"]) The `data` parameter can be a normal Python dictionary, or a :class:`TransferData ` object. .. tab-item:: API Info ``POST /transfer`` .. extdoclink:: Submit a transfer task :ref: transfer/task_submit/#submit_transfer_task """ # noqa: E501 log.info("TransferClient.submit_transfer(...)") if "submission_id" not in data: log.debug("submit_transfer autofetching submission_id") data["submission_id"] = self.get_submission_id()["value"] return self.post("/transfer", data=data) def submit_delete( self, data: dict[str, t.Any] | DeleteData ) -> response.GlobusHTTPResponse: """ :param data: A delete task document listing files and directories, and setting various options. See :class:`DeleteData ` for details Submit a Delete Task. If no ``submission_id`` is included in the payload, one will be requested and used automatically. The data passed to this method will be modified to include the ``submission_id``. .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) ddata = globus_sdk.DeleteData(tc, endpoint_id, recursive=True) ddata.add_item("/dir/to/delete/") ddata.add_item("/file/to/delete/file.txt") delete_result = tc.submit_delete(ddata) print("task_id =", delete_result["task_id"]) The `data` parameter can be a normal Python dictionary, or a :class:`DeleteData ` object. .. tab-item:: API Info ``POST /delete`` .. extdoclink:: Submit a delete task :ref: transfer/task_submit/#submit_delete_task """ log.info("TransferClient.submit_delete(...)") if "submission_id" not in data: log.debug("submit_delete autofetching submission_id") data["submission_id"] = self.get_submission_id()["value"] return self.post("/delete", data=data) # # Task inspection and management # @paging.has_paginator( paging.LimitOffsetTotalPaginator, items_key="DATA", get_page_size=_get_page_size, max_total_results=1000, page_size=1000, ) def task_list( self, *, limit: int | None = None, offset: int | None = None, # pylint: disable=redefined-builtin filter: str | TransferFilterDict | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ Get an iterable of task documents owned by the current user. :param limit: limit the number of results :param offset: offset used in paging :param filter: Only return task documents which match these filter clauses. For the filter syntax, see the **External Documentation** linked below. If a dict is supplied as the filter, it is formatted as a set of filter clauses. See :ref:`filter formatting ` for details. :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Example Usage Fetch 10 tasks and print some basic info: .. code-block:: python tc = TransferClient(...) for task in tc.task_list(limit=10): print( f"Task({task['task_id']}): " f"{task['source_endpoint']} -> {task['destination_endpoint']}" ) Fetch 3 *specific* tasks using a ``task_id`` filter: .. code-block:: python tc = TransferClient(...) task_ids = [ "acb4b581-b3f3-403a-a42a-9da97aaa9961", "39447a3c-e002-401a-b95c-f48b69b4c60a", "02330d3a-987b-4abb-97ed-6a22f8fa365e", ] for task in tc.task_list(filter={"task_id": task_ids}): print( f"Task({task['task_id']}): " f"{task['source_endpoint']} -> {task['destination_endpoint']}" ) .. tab-item:: Paginated Usage .. paginatedusage:: task_list .. tab-item:: API Info ``GET /task_list`` .. extdoclink:: Task List :ref: transfer/task/#get_task_list """ # noqa: E501 log.info("TransferClient.task_list(...)") if query_params is None: query_params = {} if limit is not None: query_params["limit"] = limit if offset is not None: query_params["offset"] = offset if filter is not None: query_params["filter"] = _format_filter_item(filter) return IterableTransferResponse( self.get("task_list", query_params=query_params) ) @paging.has_paginator( paging.LimitOffsetTotalPaginator, items_key="DATA", get_page_size=_get_page_size, max_total_results=1000, page_size=1000, ) def task_event_list( self, task_id: UUIDLike, *, limit: int | None = None, offset: int | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: r""" List events (for example, faults and errors) for a given Task. :param task_id: The ID of the task to inspect :param limit: limit the number of results :param offset: offset used in paging :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Example Usage Fetch 10 events and print some basic info: .. code-block:: python tc = TransferClient(...) task_id = ... for event in tc.task_event_list(task_id, limit=10): print(f"Event on Task({task_id}) at {event['time']}:\n{event['description']}") .. tab-item:: Paginated Usage .. paginatedusage:: task_event_list .. tab-item:: API Info ``GET /task//event_list`` .. extdoclink:: Get Event List :ref: transfer/task/#get_event_list """ # noqa: E501 log.info(f"TransferClient.task_event_list({task_id}, ...)") if query_params is None: query_params = {} if limit is not None: query_params["limit"] = limit if offset is not None: query_params["offset"] = offset return IterableTransferResponse( self.get(f"task/{task_id}/event_list", query_params=query_params) ) def get_task( self, task_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ :param task_id: The ID of the task to inspect :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /task/`` .. extdoclink:: Get task by ID :ref: transfer/task/#get_task_by_id """ log.info(f"TransferClient.get_task({task_id}, ...)") return self.get(f"task/{task_id}", query_params=query_params) def update_task( self, task_id: UUIDLike, data: dict[str, t.Any], *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Modify a task. Only tasks which are still running can be modified, and only the ``label`` and ``deadline`` fields can be updated. :param task_id: The ID of the task to modify :param data: A partial task document with fields to update :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``PUT /task/`` .. extdoclink:: Update task by ID :ref: transfer/task/#update_task_by_id """ log.info(f"TransferClient.update_task({task_id}, ...)") return self.put(f"task/{task_id}", data=data, query_params=query_params) def cancel_task(self, task_id: UUIDLike) -> response.GlobusHTTPResponse: """ Cancel a task which is still running. :param task_id: The ID of the task to cancel .. tab-set:: .. tab-item:: API Info ``POST /task//cancel`` .. extdoclink:: Cancel task by ID :ref: transfer/task/#cancel_task_by_id """ log.info(f"TransferClient.cancel_task({task_id})") return self.post(f"task/{task_id}/cancel") def task_wait( self, task_id: UUIDLike, *, timeout: int = 10, polling_interval: int = 10 ) -> bool: r""" Wait until a Task is complete or fails, with a time limit. If the task is "ACTIVE" after time runs out, returns ``False``. Otherwise returns ``True``. :param task_id: ID of the Task to wait on for completion :param timeout: Number of seconds to wait in total. Minimum 1. [Default: ``10``] :param polling_interval: Number of seconds between queries to Globus about the Task status. Minimum 1. [Default: ``10``] .. tab-set:: .. tab-item:: Example Usage If you want to wait for a task to terminate, but want to warn every minute that it doesn't terminate, you could: .. code-block:: python tc = TransferClient(...) while not tc.task_wait(task_id, timeout=60): print(f"Another minute went by without {task_id} terminating") Or perhaps you want to check on a task every minute for 10 minutes, and give up if it doesn't complete in that time: .. code-block:: python tc = TransferClient(...) done = tc.task_wait(task_id, timeout=600, polling_interval=60) if not done: print(f"{task_id} didn't successfully terminate!") else: print(f"{task_id} completed") You could print dots while you wait for a task by only waiting one second at a time: .. code-block:: python tc = TransferClient(...) while not tc.task_wait(task_id, timeout=1, polling_interval=1): print(".", end="") print(f"\n{task_id} completed!") """ # noqa: E501 log.info( "TransferClient.task_wait(%s, %s, %s)", task_id, timeout, polling_interval ) # check valid args if timeout < 1: log.error(f"task_wait() timeout={timeout} is less than minimum of 1s") raise exc.GlobusSDKUsageError( "TransferClient.task_wait timeout has a minimum of 1" ) if polling_interval < 1: log.error( "task_wait() polling_interval={} is less than minimum of 1s".format( polling_interval ) ) raise exc.GlobusSDKUsageError( "TransferClient.task_wait polling_interval has a minimum of 1" ) # ensure that we always wait at least one interval, even if the timeout # is shorter than the polling interval, by reducing the interval to the # timeout if it is larger polling_interval = min(timeout, polling_interval) # helper for readability def timed_out(waited_time: int) -> bool: return waited_time > timeout waited_time = 0 # doing this as a while-True loop actually makes it simpler than doing # while not timed_out(waited_time) because of the end condition while True: # get task, check if status != ACTIVE task = self.get_task(task_id) status = task["status"] if status != "ACTIVE": log.debug( "task_wait(task_id={}) terminated with status={}".format( task_id, status ) ) return True # make sure to check if we timed out before sleeping again, so we # don't sleep an extra polling_interval waited_time += polling_interval if timed_out(waited_time): log.debug(f"task_wait(task_id={task_id}) timed out") return False log.debug(f"task_wait(task_id={task_id}) waiting {polling_interval}s") time.sleep(polling_interval) # unreachable -- end of task_wait def task_pause_info( self, task_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Get info about why a task is paused or about to be paused. :param task_id: The ID of the task to inspect :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /task//pause_info`` .. extdoclink:: Get task pause info :ref: transfer/task/#get_task_pause_info """ log.info(f"TransferClient.task_pause_info({task_id}, ...)") return self.get(f"task/{task_id}/pause_info", query_params=query_params) @paging.has_paginator( paging.NullableMarkerPaginator, items_key="DATA", marker_key="next_marker" ) def task_successful_transfers( self, task_id: UUIDLike, *, marker: str | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ Get the successful file transfers for a completed Task. .. note:: Only files that were actually transferred are included. This does not include directories, files that were checked but skipped as part of a sync transfer, or files which were skipped due to skip_source_errors being set on the task. :param task_id: The ID of the task to inspect :param marker: A marker for pagination :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Example Usage Fetch all transferred files for a task and print some basic info: .. code-block:: python tc = TransferClient(...) task_id = ... for info in tc.task_successful_transfers(task_id): print(f"{info['source_path']} -> {info['destination_path']}") .. tab-item:: Paginated Usage .. paginatedusage:: task_successful_transfers .. tab-item:: API Info ``GET /task//successful_transfers`` .. extdoclink:: Get Task Successful Transfers :ref: transfer/task/#get_task_successful_transfers """ # noqa: E501 log.info(f"TransferClient.task_successful_transfers({task_id}, ...)") if query_params is None: query_params = {} if marker is not None: query_params["marker"] = marker return IterableTransferResponse( self.get(f"task/{task_id}/successful_transfers", query_params=query_params) ) @paging.has_paginator( paging.NullableMarkerPaginator, items_key="DATA", marker_key="next_marker" ) def task_skipped_errors( self, task_id: UUIDLike, *, marker: str | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ Get path and error information for all paths that were skipped due to skip_source_errors being set on a completed transfer Task. :param task_id: The ID of the task to inspect :param marker: A marker for pagination :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Example Usage Fetch all skipped errors for a task and print some basic info: .. code-block:: python tc = TransferClient(...) task_id = ... for info in tc.task_skipped_errors(task_id): print(f"{info['error_code']} -> {info['source_path']}") .. tab-item:: Paginated Usage .. paginatedusage:: task_skipped_errors .. tab-item:: API Info ``GET /task//skipped_errors`` .. extdoclink:: Get Task Skipped Errors :ref: transfer/task/#get_task_skipped_errors """ # noqa: E501 log.info("TransferClient.task_skipped_errors(%s, ...)", task_id) if query_params is None: query_params = {} if marker is not None: query_params["marker"] = marker return IterableTransferResponse( self.get(f"task/{task_id}/skipped_errors", query_params=query_params) ) # # advanced endpoint management (requires endpoint manager role) # def endpoint_manager_monitored_endpoints( self, *, query_params: dict[str, t.Any] | None = None ) -> IterableTransferResponse: """ Get endpoints the current user is a monitor or manager on. :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET endpoint_manager/monitored_endpoints`` .. extdoclink:: Get monitored endpoints :ref: transfer/advanced_endpoint_management/#get_monitored_endpoints """ log.info(f"TransferClient.endpoint_manager_monitored_endpoints({query_params})") return IterableTransferResponse( self.get("endpoint_manager/monitored_endpoints", query_params=query_params) ) def endpoint_manager_hosted_endpoint_list( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ Get shared endpoints hosted on the given endpoint. :param endpoint_id: The ID of the host endpoint :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint_manager/endpoint//hosted_endpoint_list`` .. extdoclink:: Get hosted endpoint list :ref: transfer/advanced_endpoint_management/#get_hosted_endpoint_list """ # noqa: E501 log.info(f"TransferClient.endpoint_manager_hosted_endpoint_list({endpoint_id})") return IterableTransferResponse( self.get( f"endpoint_manager/endpoint/{endpoint_id}/hosted_endpoint_list", query_params=query_params, ) ) def endpoint_manager_get_endpoint( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Get endpoint details as an admin. :param endpoint_id: The ID of the endpoint :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint_manager/endpoint/`` .. extdoclink:: Get endpoint as admin :ref: transfer/advanced_endpoint_management/#mc_get_endpoint """ log.info(f"TransferClient.endpoint_manager_get_endpoint({endpoint_id})") return self.get( f"endpoint_manager/endpoint/{endpoint_id}", query_params=query_params ) def endpoint_manager_acl_list( self, endpoint_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ Get a list of access control rules on specified endpoint as an admin. :param endpoint_id: The ID of the endpoint :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET endpoint_manager/endpoint//access_list`` .. extdoclink:: Get endpoint access list as admin :ref: transfer/advanced_endpoint_management/#get_endpoint_access_list_as_admin """ # noqa: E501 log.info( f"TransferClient.endpoint_manager_endpoint_acl_list({endpoint_id}, ...)" ) return IterableTransferResponse( self.get( f"endpoint_manager/endpoint/{endpoint_id}/access_list", query_params=query_params, ) ) # # endpoint manager task methods # @paging.has_paginator(paging.LastKeyPaginator, items_key="DATA") def endpoint_manager_task_list( self, *, filter_status: None | str | t.Iterable[str] = None, filter_task_id: None | UUIDLike | t.Iterable[UUIDLike] = None, filter_owner_id: UUIDLike | None = None, filter_endpoint: UUIDLike | None = None, filter_is_paused: bool | None = None, filter_completion_time: (None | str | tuple[DateLike, DateLike]) = None, filter_min_faults: int | None = None, filter_local_user: str | None = None, last_key: str | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: r""" Get a list of tasks visible via ``activity_monitor`` role, as opposed to tasks owned by the current user. For any query that doesn't specify a ``filter_status`` that is a subset of ``("ACTIVE", "INACTIVE")``, at least one of ``filter_task_id`` or ``filter_endpoint`` is required. :param filter_status: Return only tasks with any of the specified statuses Note that in-progress tasks will have status ``"ACTIVE"`` or ``"INACTIVE"``, and completed tasks will have status ``"SUCCEEDED"`` or ``"FAILED"``. :param filter_task_id: Return only tasks with any of the specified ids. If any of the specified tasks do not involve an endpoint the user has an appropriate role for, a ``PermissionDenied`` error will be returned. This filter can't be combined with any other filter. If another filter is passed, a ``BadRequest`` will be returned. (limit: 50 task IDs) :param filter_owner_id: A Globus Auth identity id. Limit results to tasks submitted by the specified identity, or linked to the specified identity, at submit time. Returns ``UserNotFound`` if the identity does not exist or has never used the Globus Transfer service. If no tasks were submitted by this user to an endpoint the current user has an appropriate role on, an empty result set will be returned. Unless filtering for running tasks (i.e. ``filter_status`` is a subset of ``("ACTIVE", "INACTIVE")``, ``filter_endpoint`` is required when using ``filter_owner_id``. :param filter_endpoint: Single endpoint id. Return only tasks with a matching source or destination endpoint or matching source or destination host endpoint. :param filter_is_paused: Return only tasks with the specified ``is_paused`` value. Requires that ``filter_status`` is also passed and contains a subset of ``"ACTIVE"`` and ``"INACTIVE"``. Completed tasks always have ``is_paused`` equal to ``False`` and filtering on their paused state is not useful and not supported. Note that pausing is an async operation, and after a pause rule is inserted it will take time before the ``is_paused`` flag is set on all affected tasks. Tasks paused by id will have the ``is_paused`` flag set immediately. :param filter_completion_time: Start and end date-times separated by a comma, or provided as a tuple of strings or datetime objects. Returns only completed tasks with ``completion_time`` in the specified range. Date strings should be specified in one of the following ISO 8601 formats: ``YYYY-MM-DDTHH:MM:SS``, ``YYYY-MM-DDTHH:MM:SS+/-HH:MM``, or ``YYYY-MM-DDTHH:MM:SSZ``. If no timezone is specified, UTC is assumed. A space can be used between the date and time instead of ``T``. A blank string may be used for either the start or end (but not both) to indicate no limit on that side. If the end date is blank, the filter will also include all active tasks, since they will complete some time in the future. :param filter_min_faults: Minimum number of cumulative faults, inclusive. Return only tasks with ``faults >= N``, where ``N`` is the filter value. Use ``filter_min_faults=1`` to find all tasks with at least one fault. Note that many errors are not fatal and the task may still be successful even if ``faults >= 1``. :param filter_local_user: A valid username for the target system running the endpoint, as a utf8 encoded string. Requires that ``filter_endpoint`` is also set. Return only tasks that have successfully fetched the local user from the endpoint, and match the values of ``filter_endpoint`` and ``filter_local_user`` on the source or on the destination. :param last_key: the last key, for paging :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Example Usage Fetch some tasks and print some basic info: .. code-block:: python tc = TransferClient(...) for task in tc.endpoint_manager_task_list(filter_status="ACTIVE"): print( f"Task({task['task_id']}): " f"{task['source_endpoint']} -> {task['destination_endpoint']}\n" " was submitted by\n" f" {task['owner_string']}" ) .. tab-item:: Paginated Usage .. paginatedusage:: endpoint_manager_task_list For example, fetch and print all active tasks visible via ``activity_monitor`` permissions: .. code-block:: python tc = TransferClient(...) for page in tc.paginated.endpoint_manager_task_list(filter_status="ACTIVE"): for task in page: print( f"Task({task['task_id']}): " f"{task['source_endpoint']} -> {task['destination_endpoint']}\n" " was submitted by\n" f" {task['owner_string']}" ) .. tab-item:: API Info ``GET endpoint_manager/task_list`` .. extdoclink:: Advanced Endpoint Management: Get tasks :ref: transfer/advanced_endpoint_management/#get_tasks """ # noqa: E501 log.info("TransferClient.endpoint_manager_task_list(...)") if query_params is None: query_params = {} if filter_status is not None: query_params["filter_status"] = utils.commajoin(filter_status) if filter_task_id is not None: query_params["filter_task_id"] = utils.commajoin(filter_task_id) if filter_owner_id is not None: query_params["filter_owner_id"] = filter_owner_id if filter_endpoint is not None: query_params["filter_endpoint"] = filter_endpoint if filter_is_paused is not None: query_params["filter_is_paused"] = filter_is_paused if filter_completion_time is not None: if isinstance(filter_completion_time, str): query_params["filter_completion_time"] = filter_completion_time else: start_t, end_t = filter_completion_time start_t, end_t = _datelike_to_str(start_t), _datelike_to_str(end_t) query_params["filter_completion_time"] = f"{start_t},{end_t}" if filter_min_faults is not None: query_params["filter_min_faults"] = filter_min_faults if filter_local_user is not None: query_params["filter_local_user"] = filter_local_user if last_key is not None: query_params["last_key"] = last_key return IterableTransferResponse( self.get("endpoint_manager/task_list", query_params=query_params) ) def endpoint_manager_get_task( self, task_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Get task info as an admin. Requires activity monitor effective role on the destination endpoint of the task. :param task_id: The ID of the task to inspect :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint_manager/task/`` .. extdoclink:: Get task as admin :ref: transfer/advanced_endpoint_management/#get_task """ log.info(f"TransferClient.endpoint_manager_get_task({task_id}, ...)") return self.get(f"endpoint_manager/task/{task_id}", query_params=query_params) @paging.has_paginator( paging.LimitOffsetTotalPaginator, items_key="DATA", get_page_size=_get_page_size, max_total_results=1000, page_size=1000, ) def endpoint_manager_task_event_list( self, task_id: UUIDLike, *, limit: int | None = None, offset: int | None = None, filter_is_error: bool | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ List events (for example, faults and errors) for a given task as an admin. Requires activity monitor effective role on the destination endpoint of the task. :param task_id: The ID of the task to inspect :param limit: limit the number of results :param offset: offset used in paging :param filter_is_error: Return only events that are errors. A value of ``False`` (returning only non-errors) is not supported. By default all events are returned. :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Paginated Usage .. paginatedusage:: endpoint_manager_task_event_list .. tab-item:: API Info ``GET /task//event_list`` .. extdoclink:: Get task events as admin :ref: transfer/advanced_endpoint_management/#get_task_events """ log.info(f"TransferClient.endpoint_manager_task_event_list({task_id}, ...)") if query_params is None: query_params = {} if limit is not None: query_params["limit"] = limit if offset is not None: query_params["offset"] = offset if filter_is_error is not None: query_params["filter_is_error"] = 1 if filter_is_error else 0 return IterableTransferResponse( self.get( f"endpoint_manager/task/{task_id}/event_list", query_params=query_params ) ) def endpoint_manager_task_pause_info( self, task_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Get details about why a task is paused as an admin. Requires activity monitor effective role on the destination endpoint of the task. :param task_id: The ID of the task to inspect :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint_manager/task//pause_info`` .. extdoclink:: Get task pause info as admin :ref: transfer/advanced_endpoint_management/#get_task_pause_info_as_admin """ # noqa: E501 log.info(f"TransferClient.endpoint_manager_task_pause_info({task_id}, ...)") return self.get( f"endpoint_manager/task/{task_id}/pause_info", query_params=query_params ) @paging.has_paginator( paging.NullableMarkerPaginator, items_key="DATA", marker_key="next_marker" ) def endpoint_manager_task_successful_transfers( self, task_id: UUIDLike, *, marker: str | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: r""" Get the successful file transfers for a completed Task as an admin. :param task_id: The ID of the task to inspect :param marker: A marker for pagination :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Paginated Usage .. paginatedusage:: endpoint_manager_task_successful_transfers .. tab-item:: API Info ``GET /endpoint_manager/task//successful_transfers`` .. extdoclink:: Get task successful transfers as admin :ref: transfer/advanced_endpoint_management/\ #get_task_successful_transfers_as_admin """ log.info( "TransferClient.endpoint_manager_task_successful_transfers(%s, ...)", task_id, ) if query_params is None: query_params = {} if marker is not None: query_params["marker"] = marker return IterableTransferResponse( self.get( f"endpoint_manager/task/{task_id}/successful_transfers", query_params=query_params, ) ) @paging.has_paginator( paging.NullableMarkerPaginator, items_key="DATA", marker_key="next_marker" ) def endpoint_manager_task_skipped_errors( self, task_id: UUIDLike, *, marker: str | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: r""" Get skipped errors for a completed Task as an admin. :param task_id: The ID of the task to inspect :param marker: A marker for pagination :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: Paginated Usage .. paginatedusage:: endpoint_manager_task_skipped_errors .. tab-item:: API Info ``GET /endpoint_manager/task//skipped_errors`` .. extdoclink:: Get task skipped errors as admin :ref: transfer/advanced_endpoint_management/\ #get_task_skipped_errors_as_admin """ log.info(f"TransferClient.endpoint_manager_task_skipped_errors({task_id}, ...)") if query_params is None: query_params = {} if marker is not None: query_params["marker"] = marker return IterableTransferResponse( self.get( f"endpoint_manager/task/{task_id}/skipped_errors", query_params=query_params, ) ) def endpoint_manager_cancel_tasks( self, task_ids: t.Iterable[UUIDLike], message: str, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Cancel a list of tasks as an admin. Requires activity manager effective role on the task(s) source or destination endpoint(s). :param task_ids: List of task ids to cancel :param message: Message given to all users whose tasks have been canceled :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``POST /endpoint_manager/admin_cancel`` .. extdoclink:: Cancel tasks as admin :ref: transfer/advanced_endpoint_management/#admin_cancel """ str_task_ids = [str(i) for i in task_ids] log.info( f"TransferClient.endpoint_manager_cancel_tasks({str_task_ids}, {message})" ) data = {"message": message, "task_id_list": str_task_ids} return self.post( "endpoint_manager/admin_cancel", data=data, query_params=query_params ) def endpoint_manager_cancel_status( self, admin_cancel_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Get the status of an an admin cancel (result of endpoint_manager_cancel_tasks). :param admin_cancel_id: The ID of the the cancel job to inspect :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint_manager/admin_cancel/`` .. extdoclink:: Get cancel status by ID :ref: transfer/advanced_endpoint_management/#get_cancel_status_by_id """ log.info(f"TransferClient.endpoint_manager_cancel_status({admin_cancel_id})") return self.get( f"endpoint_manager/admin_cancel/{admin_cancel_id}", query_params=query_params, ) def endpoint_manager_pause_tasks( self, task_ids: t.Iterable[UUIDLike], message: str, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Pause a list of tasks as an admin. Requires activity manager effective role on the task(s) source or destination endpoint(s). :param task_ids: List of task ids to pause :param message: Message given to all users whose tasks have been paused :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``POST /endpoint_manager/admin_pause`` .. extdoclink:: Pause tasks as admin :ref: transfer/advanced_endpoint_management/#pause_tasks_as_admin """ str_task_ids = [str(i) for i in task_ids] log.info( f"TransferClient.endpoint_manager_pause_tasks({str_task_ids}, {message})" ) data = {"message": message, "task_id_list": str_task_ids} return self.post( "endpoint_manager/admin_pause", data=data, query_params=query_params ) def endpoint_manager_resume_tasks( self, task_ids: t.Iterable[UUIDLike], *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Resume a list of tasks as an admin. Requires activity manager effective role on the task(s) source or destination endpoint(s). :param task_ids: List of task ids to resume :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``POST /endpoint_manager/admin_resume`` .. extdoclink:: Resume tasks as admin :ref: transfer/advanced_endpoint_management/#resume_tasks_as_admin """ str_task_ids = [str(i) for i in task_ids] log.info(f"TransferClient.endpoint_manager_resume_tasks({str_task_ids})") data = {"task_id_list": str_task_ids} return self.post( "endpoint_manager/admin_resume", data=data, query_params=query_params ) # # endpoint manager pause rule methods # def endpoint_manager_pause_rule_list( self, *, filter_endpoint: UUIDLike | None = None, query_params: dict[str, t.Any] | None = None, ) -> IterableTransferResponse: """ Get a list of pause rules on endpoints that the current user has the activity monitor effective role on. :param filter_endpoint: An endpoint ID. Limit results to rules on endpoints hosted by this endpoint. Must be activity monitor on this endpoint, not just the hosted endpoints. :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint_manager/pause_rule_list`` .. extdoclink:: Get pause rules :ref: transfer/advanced_endpoint_management/#get_pause_rules """ log.info("TransferClient.endpoint_manager_pause_rule_list(...)") if query_params is None: query_params = {} if filter_endpoint is not None: query_params["filter_endpoint"] = filter_endpoint return IterableTransferResponse( self.get("endpoint_manager/pause_rule_list", query_params=query_params) ) def endpoint_manager_create_pause_rule( self, data: dict[str, t.Any] | None ) -> response.GlobusHTTPResponse: """ Create a new pause rule. Requires the activity manager effective role on the endpoint defined in the rule. :param data: A pause rule document describing the rule to create .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) rule_data = { "DATA_TYPE": "pause_rule", "message": "Message to users explaining why tasks are paused", "endpoint_id": "339abc22-aab3-4b45-bb56-8d40535bfd80", "identity_id": None, # affect all users on endpoint "start_time": None, # start now } create_result = tc.endpoint_manager_create_pause_rule(ep_data) rule_id = create_result["id"] .. tab-item:: API Info ``POST /endpoint_manager/pause_rule`` .. extdoclink:: Create pause rule :ref: transfer/advanced_endpoint_management/#create_pause_rule """ log.info("TransferClient.endpoint_manager_create_pause_rule(...)") return self.post("endpoint_manager/pause_rule", data=data) def endpoint_manager_get_pause_rule( self, pause_rule_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Get an existing pause rule by ID. Requires the activity manager effective role on the endpoint defined in the rule. :param pause_rule_id: ID of pause rule to get :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``GET /endpoint_manager/pause_rule/`` .. extdoclink:: Get pause rule :ref: transfer/advanced_endpoint_management/#get_pause_rule """ log.info(f"TransferClient.endpoint_manager_get_pause_rule({pause_rule_id})") return self.get( f"endpoint_manager/pause_rule/{pause_rule_id}", query_params=query_params ) def endpoint_manager_update_pause_rule( self, pause_rule_id: UUIDLike, data: dict[str, t.Any] | None, ) -> response.GlobusHTTPResponse: """ Update an existing pause rule by ID. Requires the activity manager effective role on the endpoint defined in the rule. Note that non update-able fields in data will be ignored. :param pause_rule_id: The ID of the pause rule to update :param data: A partial pause rule document with fields to update .. tab-set:: .. tab-item:: Example Usage .. code-block:: python tc = globus_sdk.TransferClient(...) rule_data = { "message": "Update to pause, reads are now allowed.", "pause_ls": False, "pause_task_transfer_read": False, } update_result = tc.endpoint_manager_update_pause_rule(ep_data) .. tab-item:: API Info ``PUT /endpoint_manager/pause_rule/`` .. extdoclink:: Update pause rule :ref: transfer/advanced_endpoint_management/#update_pause_rule """ log.info(f"TransferClient.endpoint_manager_update_pause_rule({pause_rule_id})") return self.put(f"endpoint_manager/pause_rule/{pause_rule_id}", data=data) def endpoint_manager_delete_pause_rule( self, pause_rule_id: UUIDLike, *, query_params: dict[str, t.Any] | None = None, ) -> response.GlobusHTTPResponse: """ Delete an existing pause rule by ID. Requires the user to see the "editable" field of the rule as True. Any tasks affected by this rule will no longer be once it is deleted. :param pause_rule_id: The ID of the pause rule to delete :param query_params: Additional passthrough query parameters .. tab-set:: .. tab-item:: API Info ``DELETE /endpoint_manager/pause_rule/`` .. extdoclink:: Delete pause rule :ref: transfer/advanced_endpoint_management/#delete_pause_rule """ log.info(f"TransferClient.endpoint_manager_delete_pause_rule({pause_rule_id})") return self.delete( f"endpoint_manager/pause_rule/{pause_rule_id}", query_params=query_params )