cirro_api_client.v1.models
Contains all the data models used in inputs/outputs
1""" Contains all the data models used in inputs/outputs """ 2 3from .access_type import AccessType 4from .allowed_data_type import AllowedDataType 5from .audit_event import AuditEvent 6from .audit_event_changes_type_0 import AuditEventChangesType0 7from .audit_event_event_detail_type_0 import AuditEventEventDetailType0 8from .auth_info import AuthInfo 9from .aws_credentials import AWSCredentials 10from .billing_account import BillingAccount 11from .billing_account_request import BillingAccountRequest 12from .billing_method import BillingMethod 13from .budget_period import BudgetPeriod 14from .cloud_account import CloudAccount 15from .cloud_account_type import CloudAccountType 16from .column_definition import ColumnDefinition 17from .contact import Contact 18from .create_notebook_instance_request import CreateNotebookInstanceRequest 19from .create_reference_request import CreateReferenceRequest 20from .create_response import CreateResponse 21from .custom_pipeline_settings import CustomPipelineSettings 22from .customer_type import CustomerType 23from .dashboard import Dashboard 24from .dashboard_dashboard_data import DashboardDashboardData 25from .dashboard_info import DashboardInfo 26from .dashboard_request import DashboardRequest 27from .dashboard_request_dashboard_data import DashboardRequestDashboardData 28from .dashboard_request_info import DashboardRequestInfo 29from .dataset import Dataset 30from .dataset_assets_manifest import DatasetAssetsManifest 31from .dataset_detail import DatasetDetail 32from .dataset_detail_info import DatasetDetailInfo 33from .dataset_detail_params import DatasetDetailParams 34from .dataset_viz import DatasetViz 35from .error_message import ErrorMessage 36from .executor import Executor 37from .file_access_request import FileAccessRequest 38from .file_entry import FileEntry 39from .file_entry_metadata import FileEntryMetadata 40from .file_name_pattern import FileNamePattern 41from .file_requirements import FileRequirements 42from .form_schema import FormSchema 43from .form_schema_form import FormSchemaForm 44from .form_schema_ui import FormSchemaUi 45from .generate_sftp_credentials_request import GenerateSftpCredentialsRequest 46from .get_execution_logs_response import GetExecutionLogsResponse 47from .get_project_summary_response_200 import GetProjectSummaryResponse200 48from .import_data_request import ImportDataRequest 49from .invite_user_request import InviteUserRequest 50from .invite_user_response import InviteUserResponse 51from .log_entry import LogEntry 52from .login_provider import LoginProvider 53from .metric_record import MetricRecord 54from .metric_record_services import MetricRecordServices 55from .notebook_instance import NotebookInstance 56from .notebook_instance_status_response import NotebookInstanceStatusResponse 57from .open_notebook_instance_response import OpenNotebookInstanceResponse 58from .paginated_response_dataset_list_dto import PaginatedResponseDatasetListDto 59from .paginated_response_sample_dto import PaginatedResponseSampleDto 60from .pipeline_code import PipelineCode 61from .portal_error_response import PortalErrorResponse 62from .process import Process 63from .process_detail import ProcessDetail 64from .project import Project 65from .project_detail import ProjectDetail 66from .project_metrics import ProjectMetrics 67from .project_request import ProjectRequest 68from .project_role import ProjectRole 69from .project_settings import ProjectSettings 70from .project_user import ProjectUser 71from .reference import Reference 72from .reference_type import ReferenceType 73from .reference_type_validation_item import ReferenceTypeValidationItem 74from .repository_type import RepositoryType 75from .resources_info import ResourcesInfo 76from .run_analysis_request import RunAnalysisRequest 77from .run_analysis_request_params import RunAnalysisRequestParams 78from .sample import Sample 79from .sample_metadata import SampleMetadata 80from .sample_request import SampleRequest 81from .sample_request_metadata import SampleRequestMetadata 82from .service_connection import ServiceConnection 83from .set_user_project_role_request import SetUserProjectRoleRequest 84from .sftp_credentials import SftpCredentials 85from .status import Status 86from .stop_execution_response import StopExecutionResponse 87from .sync_status import SyncStatus 88from .system_info_response import SystemInfoResponse 89from .table import Table 90from .tag import Tag 91from .task import Task 92from .tenant_info import TenantInfo 93from .update_dataset_request import UpdateDatasetRequest 94from .update_user_request import UpdateUserRequest 95from .update_user_request_settings import UpdateUserRequestSettings 96from .upload_dataset_create_response import UploadDatasetCreateResponse 97from .upload_dataset_request import UploadDatasetRequest 98from .user import User 99from .validate_file_requirements_request import ValidateFileRequirementsRequest 100 101__all__ = ( 102 "AccessType", 103 "AllowedDataType", 104 "AuditEvent", 105 "AuditEventChangesType0", 106 "AuditEventEventDetailType0", 107 "AuthInfo", 108 "AWSCredentials", 109 "BillingAccount", 110 "BillingAccountRequest", 111 "BillingMethod", 112 "BudgetPeriod", 113 "CloudAccount", 114 "CloudAccountType", 115 "ColumnDefinition", 116 "Contact", 117 "CreateNotebookInstanceRequest", 118 "CreateReferenceRequest", 119 "CreateResponse", 120 "CustomerType", 121 "CustomPipelineSettings", 122 "Dashboard", 123 "DashboardDashboardData", 124 "DashboardInfo", 125 "DashboardRequest", 126 "DashboardRequestDashboardData", 127 "DashboardRequestInfo", 128 "Dataset", 129 "DatasetAssetsManifest", 130 "DatasetDetail", 131 "DatasetDetailInfo", 132 "DatasetDetailParams", 133 "DatasetViz", 134 "ErrorMessage", 135 "Executor", 136 "FileAccessRequest", 137 "FileEntry", 138 "FileEntryMetadata", 139 "FileNamePattern", 140 "FileRequirements", 141 "FormSchema", 142 "FormSchemaForm", 143 "FormSchemaUi", 144 "GenerateSftpCredentialsRequest", 145 "GetExecutionLogsResponse", 146 "GetProjectSummaryResponse200", 147 "ImportDataRequest", 148 "InviteUserRequest", 149 "InviteUserResponse", 150 "LogEntry", 151 "LoginProvider", 152 "MetricRecord", 153 "MetricRecordServices", 154 "NotebookInstance", 155 "NotebookInstanceStatusResponse", 156 "OpenNotebookInstanceResponse", 157 "PaginatedResponseDatasetListDto", 158 "PaginatedResponseSampleDto", 159 "PipelineCode", 160 "PortalErrorResponse", 161 "Process", 162 "ProcessDetail", 163 "Project", 164 "ProjectDetail", 165 "ProjectMetrics", 166 "ProjectRequest", 167 "ProjectRole", 168 "ProjectSettings", 169 "ProjectUser", 170 "Reference", 171 "ReferenceType", 172 "ReferenceTypeValidationItem", 173 "RepositoryType", 174 "ResourcesInfo", 175 "RunAnalysisRequest", 176 "RunAnalysisRequestParams", 177 "Sample", 178 "SampleMetadata", 179 "SampleRequest", 180 "SampleRequestMetadata", 181 "ServiceConnection", 182 "SetUserProjectRoleRequest", 183 "SftpCredentials", 184 "Status", 185 "StopExecutionResponse", 186 "SyncStatus", 187 "SystemInfoResponse", 188 "Table", 189 "Tag", 190 "Task", 191 "TenantInfo", 192 "UpdateDatasetRequest", 193 "UpdateUserRequest", 194 "UpdateUserRequestSettings", 195 "UploadDatasetCreateResponse", 196 "UploadDatasetRequest", 197 "User", 198 "ValidateFileRequirementsRequest", 199)
5class AccessType(str, Enum): 6 DATASET_UPLOAD = "DATASET_UPLOAD" 7 PROJECT_DOWNLOAD = "PROJECT_DOWNLOAD" 8 REFERENCE_UPLOAD = "REFERENCE_UPLOAD" 9 SAMPLESHEET_UPLOAD = "SAMPLESHEET_UPLOAD" 10 11 def __str__(self) -> str: 12 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
14@_attrs_define 15class AllowedDataType: 16 """ 17 Attributes: 18 description (str): 19 error_msg (str): 20 allowed_patterns (List['FileNamePattern']): 21 """ 22 23 description: str 24 error_msg: str 25 allowed_patterns: List["FileNamePattern"] 26 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 27 28 def to_dict(self) -> Dict[str, Any]: 29 description = self.description 30 31 error_msg = self.error_msg 32 33 allowed_patterns = [] 34 for allowed_patterns_item_data in self.allowed_patterns: 35 allowed_patterns_item = allowed_patterns_item_data.to_dict() 36 allowed_patterns.append(allowed_patterns_item) 37 38 field_dict: Dict[str, Any] = {} 39 field_dict.update(self.additional_properties) 40 field_dict.update( 41 { 42 "description": description, 43 "errorMsg": error_msg, 44 "allowedPatterns": allowed_patterns, 45 } 46 ) 47 48 return field_dict 49 50 @classmethod 51 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 52 from ..models.file_name_pattern import FileNamePattern 53 54 d = src_dict.copy() 55 description = d.pop("description") 56 57 error_msg = d.pop("errorMsg") 58 59 allowed_patterns = [] 60 _allowed_patterns = d.pop("allowedPatterns") 61 for allowed_patterns_item_data in _allowed_patterns: 62 allowed_patterns_item = FileNamePattern.from_dict(allowed_patterns_item_data) 63 64 allowed_patterns.append(allowed_patterns_item) 65 66 allowed_data_type = cls( 67 description=description, 68 error_msg=error_msg, 69 allowed_patterns=allowed_patterns, 70 ) 71 72 allowed_data_type.additional_properties = d 73 return allowed_data_type 74 75 @property 76 def additional_keys(self) -> List[str]: 77 return list(self.additional_properties.keys())
Attributes:
- description (str):
- error_msg (str):
- allowed_patterns (List['FileNamePattern']):
2def __init__(self, description, error_msg, allowed_patterns): 3 self.description = description 4 self.error_msg = error_msg 5 self.allowed_patterns = allowed_patterns 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class AllowedDataType.
28 def to_dict(self) -> Dict[str, Any]: 29 description = self.description 30 31 error_msg = self.error_msg 32 33 allowed_patterns = [] 34 for allowed_patterns_item_data in self.allowed_patterns: 35 allowed_patterns_item = allowed_patterns_item_data.to_dict() 36 allowed_patterns.append(allowed_patterns_item) 37 38 field_dict: Dict[str, Any] = {} 39 field_dict.update(self.additional_properties) 40 field_dict.update( 41 { 42 "description": description, 43 "errorMsg": error_msg, 44 "allowedPatterns": allowed_patterns, 45 } 46 ) 47 48 return field_dict
50 @classmethod 51 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 52 from ..models.file_name_pattern import FileNamePattern 53 54 d = src_dict.copy() 55 description = d.pop("description") 56 57 error_msg = d.pop("errorMsg") 58 59 allowed_patterns = [] 60 _allowed_patterns = d.pop("allowedPatterns") 61 for allowed_patterns_item_data in _allowed_patterns: 62 allowed_patterns_item = FileNamePattern.from_dict(allowed_patterns_item_data) 63 64 allowed_patterns.append(allowed_patterns_item) 65 66 allowed_data_type = cls( 67 description=description, 68 error_msg=error_msg, 69 allowed_patterns=allowed_patterns, 70 ) 71 72 allowed_data_type.additional_properties = d 73 return allowed_data_type
19@_attrs_define 20class AuditEvent: 21 """ 22 Attributes: 23 id (Union[Unset, str]): The unique identifier for the audit event 24 event_type (Union[Unset, str]): The type of event Example: CREATE. 25 project_id (Union[Unset, str]): The project ID associated with the event (if applicable) 26 entity_id (Union[Unset, str]): The entity ID associated with the event 27 entity_type (Union[Unset, str]): The entity type associated with the event Example: ProjectRecord. 28 event_detail (Union['AuditEventEventDetailType0', None, Unset]): The details of the event, such as the request 29 details sent from the client 30 changes (Union['AuditEventChangesType0', None, Unset]): The changes made to the entity (if applicable) Example: 31 {'.settings.retentionPolicyDays': '1 -> 2'}. 32 username (Union[Unset, str]): The username of the user who performed the action Example: admin@cirro.bio. 33 ip_address (Union[Unset, str]): The IP address of the user who performed the action Example: 0.0.0.0. 34 created_at (Union[Unset, datetime.datetime]): The date and time the event was created 35 """ 36 37 id: Union[Unset, str] = UNSET 38 event_type: Union[Unset, str] = UNSET 39 project_id: Union[Unset, str] = UNSET 40 entity_id: Union[Unset, str] = UNSET 41 entity_type: Union[Unset, str] = UNSET 42 event_detail: Union["AuditEventEventDetailType0", None, Unset] = UNSET 43 changes: Union["AuditEventChangesType0", None, Unset] = UNSET 44 username: Union[Unset, str] = UNSET 45 ip_address: Union[Unset, str] = UNSET 46 created_at: Union[Unset, datetime.datetime] = UNSET 47 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 48 49 def to_dict(self) -> Dict[str, Any]: 50 from ..models.audit_event_changes_type_0 import AuditEventChangesType0 51 from ..models.audit_event_event_detail_type_0 import AuditEventEventDetailType0 52 53 id = self.id 54 55 event_type = self.event_type 56 57 project_id = self.project_id 58 59 entity_id = self.entity_id 60 61 entity_type = self.entity_type 62 63 event_detail: Union[Dict[str, Any], None, Unset] 64 if isinstance(self.event_detail, Unset): 65 event_detail = UNSET 66 elif isinstance(self.event_detail, AuditEventEventDetailType0): 67 event_detail = self.event_detail.to_dict() 68 else: 69 event_detail = self.event_detail 70 71 changes: Union[Dict[str, Any], None, Unset] 72 if isinstance(self.changes, Unset): 73 changes = UNSET 74 elif isinstance(self.changes, AuditEventChangesType0): 75 changes = self.changes.to_dict() 76 else: 77 changes = self.changes 78 79 username = self.username 80 81 ip_address = self.ip_address 82 83 created_at: Union[Unset, str] = UNSET 84 if not isinstance(self.created_at, Unset): 85 created_at = self.created_at.isoformat() 86 87 field_dict: Dict[str, Any] = {} 88 field_dict.update(self.additional_properties) 89 field_dict.update({}) 90 if id is not UNSET: 91 field_dict["id"] = id 92 if event_type is not UNSET: 93 field_dict["eventType"] = event_type 94 if project_id is not UNSET: 95 field_dict["projectId"] = project_id 96 if entity_id is not UNSET: 97 field_dict["entityId"] = entity_id 98 if entity_type is not UNSET: 99 field_dict["entityType"] = entity_type 100 if event_detail is not UNSET: 101 field_dict["eventDetail"] = event_detail 102 if changes is not UNSET: 103 field_dict["changes"] = changes 104 if username is not UNSET: 105 field_dict["username"] = username 106 if ip_address is not UNSET: 107 field_dict["ipAddress"] = ip_address 108 if created_at is not UNSET: 109 field_dict["createdAt"] = created_at 110 111 return field_dict 112 113 @classmethod 114 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 115 from ..models.audit_event_changes_type_0 import AuditEventChangesType0 116 from ..models.audit_event_event_detail_type_0 import AuditEventEventDetailType0 117 118 d = src_dict.copy() 119 id = d.pop("id", UNSET) 120 121 event_type = d.pop("eventType", UNSET) 122 123 project_id = d.pop("projectId", UNSET) 124 125 entity_id = d.pop("entityId", UNSET) 126 127 entity_type = d.pop("entityType", UNSET) 128 129 def _parse_event_detail(data: object) -> Union["AuditEventEventDetailType0", None, Unset]: 130 if data is None: 131 return data 132 if isinstance(data, Unset): 133 return data 134 try: 135 if not isinstance(data, dict): 136 raise TypeError() 137 event_detail_type_0 = AuditEventEventDetailType0.from_dict(data) 138 139 return event_detail_type_0 140 except: # noqa: E722 141 pass 142 return cast(Union["AuditEventEventDetailType0", None, Unset], data) 143 144 event_detail = _parse_event_detail(d.pop("eventDetail", UNSET)) 145 146 def _parse_changes(data: object) -> Union["AuditEventChangesType0", None, Unset]: 147 if data is None: 148 return data 149 if isinstance(data, Unset): 150 return data 151 try: 152 if not isinstance(data, dict): 153 raise TypeError() 154 changes_type_0 = AuditEventChangesType0.from_dict(data) 155 156 return changes_type_0 157 except: # noqa: E722 158 pass 159 return cast(Union["AuditEventChangesType0", None, Unset], data) 160 161 changes = _parse_changes(d.pop("changes", UNSET)) 162 163 username = d.pop("username", UNSET) 164 165 ip_address = d.pop("ipAddress", UNSET) 166 167 _created_at = d.pop("createdAt", UNSET) 168 created_at: Union[Unset, datetime.datetime] 169 if isinstance(_created_at, Unset): 170 created_at = UNSET 171 else: 172 created_at = isoparse(_created_at) 173 174 audit_event = cls( 175 id=id, 176 event_type=event_type, 177 project_id=project_id, 178 entity_id=entity_id, 179 entity_type=entity_type, 180 event_detail=event_detail, 181 changes=changes, 182 username=username, 183 ip_address=ip_address, 184 created_at=created_at, 185 ) 186 187 audit_event.additional_properties = d 188 return audit_event 189 190 @property 191 def additional_keys(self) -> List[str]: 192 return list(self.additional_properties.keys())
Attributes:
- id (Union[Unset, str]): The unique identifier for the audit event
- event_type (Union[Unset, str]): The type of event Example: CREATE.
- project_id (Union[Unset, str]): The project ID associated with the event (if applicable)
- entity_id (Union[Unset, str]): The entity ID associated with the event
- entity_type (Union[Unset, str]): The entity type associated with the event Example: ProjectRecord.
- event_detail (Union['AuditEventEventDetailType0', None, Unset]): The details of the event, such as the request details sent from the client
- changes (Union['AuditEventChangesType0', None, Unset]): The changes made to the entity (if applicable) Example: {'.settings.retentionPolicyDays': '1 -> 2'}.
- username (Union[Unset, str]): The username of the user who performed the action Example: admin@cirro.bio.
- ip_address (Union[Unset, str]): The IP address of the user who performed the action Example: 0.0.0.0.
- created_at (Union[Unset, datetime.datetime]): The date and time the event was created
2def __init__(self, id=attr_dict['id'].default, event_type=attr_dict['event_type'].default, project_id=attr_dict['project_id'].default, entity_id=attr_dict['entity_id'].default, entity_type=attr_dict['entity_type'].default, event_detail=attr_dict['event_detail'].default, changes=attr_dict['changes'].default, username=attr_dict['username'].default, ip_address=attr_dict['ip_address'].default, created_at=attr_dict['created_at'].default): 3 self.id = id 4 self.event_type = event_type 5 self.project_id = project_id 6 self.entity_id = entity_id 7 self.entity_type = entity_type 8 self.event_detail = event_detail 9 self.changes = changes 10 self.username = username 11 self.ip_address = ip_address 12 self.created_at = created_at 13 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class AuditEvent.
49 def to_dict(self) -> Dict[str, Any]: 50 from ..models.audit_event_changes_type_0 import AuditEventChangesType0 51 from ..models.audit_event_event_detail_type_0 import AuditEventEventDetailType0 52 53 id = self.id 54 55 event_type = self.event_type 56 57 project_id = self.project_id 58 59 entity_id = self.entity_id 60 61 entity_type = self.entity_type 62 63 event_detail: Union[Dict[str, Any], None, Unset] 64 if isinstance(self.event_detail, Unset): 65 event_detail = UNSET 66 elif isinstance(self.event_detail, AuditEventEventDetailType0): 67 event_detail = self.event_detail.to_dict() 68 else: 69 event_detail = self.event_detail 70 71 changes: Union[Dict[str, Any], None, Unset] 72 if isinstance(self.changes, Unset): 73 changes = UNSET 74 elif isinstance(self.changes, AuditEventChangesType0): 75 changes = self.changes.to_dict() 76 else: 77 changes = self.changes 78 79 username = self.username 80 81 ip_address = self.ip_address 82 83 created_at: Union[Unset, str] = UNSET 84 if not isinstance(self.created_at, Unset): 85 created_at = self.created_at.isoformat() 86 87 field_dict: Dict[str, Any] = {} 88 field_dict.update(self.additional_properties) 89 field_dict.update({}) 90 if id is not UNSET: 91 field_dict["id"] = id 92 if event_type is not UNSET: 93 field_dict["eventType"] = event_type 94 if project_id is not UNSET: 95 field_dict["projectId"] = project_id 96 if entity_id is not UNSET: 97 field_dict["entityId"] = entity_id 98 if entity_type is not UNSET: 99 field_dict["entityType"] = entity_type 100 if event_detail is not UNSET: 101 field_dict["eventDetail"] = event_detail 102 if changes is not UNSET: 103 field_dict["changes"] = changes 104 if username is not UNSET: 105 field_dict["username"] = username 106 if ip_address is not UNSET: 107 field_dict["ipAddress"] = ip_address 108 if created_at is not UNSET: 109 field_dict["createdAt"] = created_at 110 111 return field_dict
113 @classmethod 114 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 115 from ..models.audit_event_changes_type_0 import AuditEventChangesType0 116 from ..models.audit_event_event_detail_type_0 import AuditEventEventDetailType0 117 118 d = src_dict.copy() 119 id = d.pop("id", UNSET) 120 121 event_type = d.pop("eventType", UNSET) 122 123 project_id = d.pop("projectId", UNSET) 124 125 entity_id = d.pop("entityId", UNSET) 126 127 entity_type = d.pop("entityType", UNSET) 128 129 def _parse_event_detail(data: object) -> Union["AuditEventEventDetailType0", None, Unset]: 130 if data is None: 131 return data 132 if isinstance(data, Unset): 133 return data 134 try: 135 if not isinstance(data, dict): 136 raise TypeError() 137 event_detail_type_0 = AuditEventEventDetailType0.from_dict(data) 138 139 return event_detail_type_0 140 except: # noqa: E722 141 pass 142 return cast(Union["AuditEventEventDetailType0", None, Unset], data) 143 144 event_detail = _parse_event_detail(d.pop("eventDetail", UNSET)) 145 146 def _parse_changes(data: object) -> Union["AuditEventChangesType0", None, Unset]: 147 if data is None: 148 return data 149 if isinstance(data, Unset): 150 return data 151 try: 152 if not isinstance(data, dict): 153 raise TypeError() 154 changes_type_0 = AuditEventChangesType0.from_dict(data) 155 156 return changes_type_0 157 except: # noqa: E722 158 pass 159 return cast(Union["AuditEventChangesType0", None, Unset], data) 160 161 changes = _parse_changes(d.pop("changes", UNSET)) 162 163 username = d.pop("username", UNSET) 164 165 ip_address = d.pop("ipAddress", UNSET) 166 167 _created_at = d.pop("createdAt", UNSET) 168 created_at: Union[Unset, datetime.datetime] 169 if isinstance(_created_at, Unset): 170 created_at = UNSET 171 else: 172 created_at = isoparse(_created_at) 173 174 audit_event = cls( 175 id=id, 176 event_type=event_type, 177 project_id=project_id, 178 entity_id=entity_id, 179 entity_type=entity_type, 180 event_detail=event_detail, 181 changes=changes, 182 username=username, 183 ip_address=ip_address, 184 created_at=created_at, 185 ) 186 187 audit_event.additional_properties = d 188 return audit_event
10@_attrs_define 11class AuditEventChangesType0: 12 """The changes made to the entity (if applicable) 13 14 Example: 15 {'.settings.retentionPolicyDays': '1 -> 2'} 16 17 """ 18 19 additional_properties: Dict[str, str] = _attrs_field(init=False, factory=dict) 20 21 def to_dict(self) -> Dict[str, Any]: 22 field_dict: Dict[str, Any] = {} 23 field_dict.update(self.additional_properties) 24 field_dict.update({}) 25 26 return field_dict 27 28 @classmethod 29 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 30 d = src_dict.copy() 31 audit_event_changes_type_0 = cls() 32 33 audit_event_changes_type_0.additional_properties = d 34 return audit_event_changes_type_0 35 36 @property 37 def additional_keys(self) -> List[str]: 38 return list(self.additional_properties.keys())
The changes made to the entity (if applicable)
Example:
{'.settings.retentionPolicyDays': '1 -> 2'}
10@_attrs_define 11class AuditEventEventDetailType0: 12 """The details of the event, such as the request details sent from the client""" 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 audit_event_event_detail_type_0 = cls() 27 28 audit_event_event_detail_type_0.additional_properties = d 29 return audit_event_event_detail_type_0 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
The details of the event, such as the request details sent from the client
10@_attrs_define 11class AuthInfo: 12 """ 13 Attributes: 14 user_pool_id (str): 15 sdk_app_id (str): 16 ui_app_id (str): 17 endpoint (str): 18 """ 19 20 user_pool_id: str 21 sdk_app_id: str 22 ui_app_id: str 23 endpoint: str 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 user_pool_id = self.user_pool_id 28 29 sdk_app_id = self.sdk_app_id 30 31 ui_app_id = self.ui_app_id 32 33 endpoint = self.endpoint 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "userPoolId": user_pool_id, 40 "sdkAppId": sdk_app_id, 41 "uiAppId": ui_app_id, 42 "endpoint": endpoint, 43 } 44 ) 45 46 return field_dict 47 48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 user_pool_id = d.pop("userPoolId") 52 53 sdk_app_id = d.pop("sdkAppId") 54 55 ui_app_id = d.pop("uiAppId") 56 57 endpoint = d.pop("endpoint") 58 59 auth_info = cls( 60 user_pool_id=user_pool_id, 61 sdk_app_id=sdk_app_id, 62 ui_app_id=ui_app_id, 63 endpoint=endpoint, 64 ) 65 66 auth_info.additional_properties = d 67 return auth_info 68 69 @property 70 def additional_keys(self) -> List[str]: 71 return list(self.additional_properties.keys())
Attributes:
- user_pool_id (str):
- sdk_app_id (str):
- ui_app_id (str):
- endpoint (str):
2def __init__(self, user_pool_id, sdk_app_id, ui_app_id, endpoint): 3 self.user_pool_id = user_pool_id 4 self.sdk_app_id = sdk_app_id 5 self.ui_app_id = ui_app_id 6 self.endpoint = endpoint 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class AuthInfo.
26 def to_dict(self) -> Dict[str, Any]: 27 user_pool_id = self.user_pool_id 28 29 sdk_app_id = self.sdk_app_id 30 31 ui_app_id = self.ui_app_id 32 33 endpoint = self.endpoint 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "userPoolId": user_pool_id, 40 "sdkAppId": sdk_app_id, 41 "uiAppId": ui_app_id, 42 "endpoint": endpoint, 43 } 44 ) 45 46 return field_dict
48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 user_pool_id = d.pop("userPoolId") 52 53 sdk_app_id = d.pop("sdkAppId") 54 55 ui_app_id = d.pop("uiAppId") 56 57 endpoint = d.pop("endpoint") 58 59 auth_info = cls( 60 user_pool_id=user_pool_id, 61 sdk_app_id=sdk_app_id, 62 ui_app_id=ui_app_id, 63 endpoint=endpoint, 64 ) 65 66 auth_info.additional_properties = d 67 return auth_info
14@_attrs_define 15class AWSCredentials: 16 """ 17 Attributes: 18 access_key_id (str): 19 secret_access_key (str): 20 session_token (str): 21 expiration (datetime.datetime): 22 region (Union[Unset, str]): Region of requested resource (i.e., S3 Bucket) 23 """ 24 25 access_key_id: str 26 secret_access_key: str 27 session_token: str 28 expiration: datetime.datetime 29 region: Union[Unset, str] = UNSET 30 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 31 32 def to_dict(self) -> Dict[str, Any]: 33 access_key_id = self.access_key_id 34 35 secret_access_key = self.secret_access_key 36 37 session_token = self.session_token 38 39 expiration = self.expiration.isoformat() 40 41 region = self.region 42 43 field_dict: Dict[str, Any] = {} 44 field_dict.update(self.additional_properties) 45 field_dict.update( 46 { 47 "accessKeyId": access_key_id, 48 "secretAccessKey": secret_access_key, 49 "sessionToken": session_token, 50 "expiration": expiration, 51 } 52 ) 53 if region is not UNSET: 54 field_dict["region"] = region 55 56 return field_dict 57 58 @classmethod 59 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 60 d = src_dict.copy() 61 access_key_id = d.pop("accessKeyId") 62 63 secret_access_key = d.pop("secretAccessKey") 64 65 session_token = d.pop("sessionToken") 66 67 expiration = isoparse(d.pop("expiration")) 68 69 region = d.pop("region", UNSET) 70 71 aws_credentials = cls( 72 access_key_id=access_key_id, 73 secret_access_key=secret_access_key, 74 session_token=session_token, 75 expiration=expiration, 76 region=region, 77 ) 78 79 aws_credentials.additional_properties = d 80 return aws_credentials 81 82 @property 83 def additional_keys(self) -> List[str]: 84 return list(self.additional_properties.keys())
Attributes:
- access_key_id (str):
- secret_access_key (str):
- session_token (str):
- expiration (datetime.datetime):
- region (Union[Unset, str]): Region of requested resource (i.e., S3 Bucket)
2def __init__(self, access_key_id, secret_access_key, session_token, expiration, region=attr_dict['region'].default): 3 self.access_key_id = access_key_id 4 self.secret_access_key = secret_access_key 5 self.session_token = session_token 6 self.expiration = expiration 7 self.region = region 8 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class AWSCredentials.
32 def to_dict(self) -> Dict[str, Any]: 33 access_key_id = self.access_key_id 34 35 secret_access_key = self.secret_access_key 36 37 session_token = self.session_token 38 39 expiration = self.expiration.isoformat() 40 41 region = self.region 42 43 field_dict: Dict[str, Any] = {} 44 field_dict.update(self.additional_properties) 45 field_dict.update( 46 { 47 "accessKeyId": access_key_id, 48 "secretAccessKey": secret_access_key, 49 "sessionToken": session_token, 50 "expiration": expiration, 51 } 52 ) 53 if region is not UNSET: 54 field_dict["region"] = region 55 56 return field_dict
58 @classmethod 59 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 60 d = src_dict.copy() 61 access_key_id = d.pop("accessKeyId") 62 63 secret_access_key = d.pop("secretAccessKey") 64 65 session_token = d.pop("sessionToken") 66 67 expiration = isoparse(d.pop("expiration")) 68 69 region = d.pop("region", UNSET) 70 71 aws_credentials = cls( 72 access_key_id=access_key_id, 73 secret_access_key=secret_access_key, 74 session_token=session_token, 75 expiration=expiration, 76 region=region, 77 ) 78 79 aws_credentials.additional_properties = d 80 return aws_credentials
17@_attrs_define 18class BillingAccount: 19 """ 20 Attributes: 21 id (str): 22 name (str): 23 organization (str): 24 contacts (List['Contact']): 25 customer_type (CustomerType): 26 billing_method (BillingMethod): 27 primary_budget_number (str): 28 owner (str): 29 shared_with (List[str]): 30 is_archived (bool): 31 """ 32 33 id: str 34 name: str 35 organization: str 36 contacts: List["Contact"] 37 customer_type: CustomerType 38 billing_method: BillingMethod 39 primary_budget_number: str 40 owner: str 41 shared_with: List[str] 42 is_archived: bool 43 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 44 45 def to_dict(self) -> Dict[str, Any]: 46 id = self.id 47 48 name = self.name 49 50 organization = self.organization 51 52 contacts = [] 53 for contacts_item_data in self.contacts: 54 contacts_item = contacts_item_data.to_dict() 55 contacts.append(contacts_item) 56 57 customer_type = self.customer_type.value 58 59 billing_method = self.billing_method.value 60 61 primary_budget_number = self.primary_budget_number 62 63 owner = self.owner 64 65 shared_with = self.shared_with 66 67 is_archived = self.is_archived 68 69 field_dict: Dict[str, Any] = {} 70 field_dict.update(self.additional_properties) 71 field_dict.update( 72 { 73 "id": id, 74 "name": name, 75 "organization": organization, 76 "contacts": contacts, 77 "customerType": customer_type, 78 "billingMethod": billing_method, 79 "primaryBudgetNumber": primary_budget_number, 80 "owner": owner, 81 "sharedWith": shared_with, 82 "isArchived": is_archived, 83 } 84 ) 85 86 return field_dict 87 88 @classmethod 89 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 90 from ..models.contact import Contact 91 92 d = src_dict.copy() 93 id = d.pop("id") 94 95 name = d.pop("name") 96 97 organization = d.pop("organization") 98 99 contacts = [] 100 _contacts = d.pop("contacts") 101 for contacts_item_data in _contacts: 102 contacts_item = Contact.from_dict(contacts_item_data) 103 104 contacts.append(contacts_item) 105 106 customer_type = CustomerType(d.pop("customerType")) 107 108 billing_method = BillingMethod(d.pop("billingMethod")) 109 110 primary_budget_number = d.pop("primaryBudgetNumber") 111 112 owner = d.pop("owner") 113 114 shared_with = cast(List[str], d.pop("sharedWith")) 115 116 is_archived = d.pop("isArchived") 117 118 billing_account = cls( 119 id=id, 120 name=name, 121 organization=organization, 122 contacts=contacts, 123 customer_type=customer_type, 124 billing_method=billing_method, 125 primary_budget_number=primary_budget_number, 126 owner=owner, 127 shared_with=shared_with, 128 is_archived=is_archived, 129 ) 130 131 billing_account.additional_properties = d 132 return billing_account 133 134 @property 135 def additional_keys(self) -> List[str]: 136 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- organization (str):
- contacts (List['Contact']):
- customer_type (CustomerType):
- billing_method (BillingMethod):
- primary_budget_number (str):
- owner (str):
- shared_with (List[str]):
- is_archived (bool):
2def __init__(self, id, name, organization, contacts, customer_type, billing_method, primary_budget_number, owner, shared_with, is_archived): 3 self.id = id 4 self.name = name 5 self.organization = organization 6 self.contacts = contacts 7 self.customer_type = customer_type 8 self.billing_method = billing_method 9 self.primary_budget_number = primary_budget_number 10 self.owner = owner 11 self.shared_with = shared_with 12 self.is_archived = is_archived 13 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class BillingAccount.
45 def to_dict(self) -> Dict[str, Any]: 46 id = self.id 47 48 name = self.name 49 50 organization = self.organization 51 52 contacts = [] 53 for contacts_item_data in self.contacts: 54 contacts_item = contacts_item_data.to_dict() 55 contacts.append(contacts_item) 56 57 customer_type = self.customer_type.value 58 59 billing_method = self.billing_method.value 60 61 primary_budget_number = self.primary_budget_number 62 63 owner = self.owner 64 65 shared_with = self.shared_with 66 67 is_archived = self.is_archived 68 69 field_dict: Dict[str, Any] = {} 70 field_dict.update(self.additional_properties) 71 field_dict.update( 72 { 73 "id": id, 74 "name": name, 75 "organization": organization, 76 "contacts": contacts, 77 "customerType": customer_type, 78 "billingMethod": billing_method, 79 "primaryBudgetNumber": primary_budget_number, 80 "owner": owner, 81 "sharedWith": shared_with, 82 "isArchived": is_archived, 83 } 84 ) 85 86 return field_dict
88 @classmethod 89 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 90 from ..models.contact import Contact 91 92 d = src_dict.copy() 93 id = d.pop("id") 94 95 name = d.pop("name") 96 97 organization = d.pop("organization") 98 99 contacts = [] 100 _contacts = d.pop("contacts") 101 for contacts_item_data in _contacts: 102 contacts_item = Contact.from_dict(contacts_item_data) 103 104 contacts.append(contacts_item) 105 106 customer_type = CustomerType(d.pop("customerType")) 107 108 billing_method = BillingMethod(d.pop("billingMethod")) 109 110 primary_budget_number = d.pop("primaryBudgetNumber") 111 112 owner = d.pop("owner") 113 114 shared_with = cast(List[str], d.pop("sharedWith")) 115 116 is_archived = d.pop("isArchived") 117 118 billing_account = cls( 119 id=id, 120 name=name, 121 organization=organization, 122 contacts=contacts, 123 customer_type=customer_type, 124 billing_method=billing_method, 125 primary_budget_number=primary_budget_number, 126 owner=owner, 127 shared_with=shared_with, 128 is_archived=is_archived, 129 ) 130 131 billing_account.additional_properties = d 132 return billing_account
17@_attrs_define 18class BillingAccountRequest: 19 """ 20 Attributes: 21 name (str): 22 contacts (List['Contact']): 23 customer_type (CustomerType): 24 billing_method (BillingMethod): 25 primary_budget_number (str): 26 owner (str): 27 shared_with (List[str]): 28 """ 29 30 name: str 31 contacts: List["Contact"] 32 customer_type: CustomerType 33 billing_method: BillingMethod 34 primary_budget_number: str 35 owner: str 36 shared_with: List[str] 37 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 38 39 def to_dict(self) -> Dict[str, Any]: 40 name = self.name 41 42 contacts = [] 43 for contacts_item_data in self.contacts: 44 contacts_item = contacts_item_data.to_dict() 45 contacts.append(contacts_item) 46 47 customer_type = self.customer_type.value 48 49 billing_method = self.billing_method.value 50 51 primary_budget_number = self.primary_budget_number 52 53 owner = self.owner 54 55 shared_with = self.shared_with 56 57 field_dict: Dict[str, Any] = {} 58 field_dict.update(self.additional_properties) 59 field_dict.update( 60 { 61 "name": name, 62 "contacts": contacts, 63 "customerType": customer_type, 64 "billingMethod": billing_method, 65 "primaryBudgetNumber": primary_budget_number, 66 "owner": owner, 67 "sharedWith": shared_with, 68 } 69 ) 70 71 return field_dict 72 73 @classmethod 74 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 75 from ..models.contact import Contact 76 77 d = src_dict.copy() 78 name = d.pop("name") 79 80 contacts = [] 81 _contacts = d.pop("contacts") 82 for contacts_item_data in _contacts: 83 contacts_item = Contact.from_dict(contacts_item_data) 84 85 contacts.append(contacts_item) 86 87 customer_type = CustomerType(d.pop("customerType")) 88 89 billing_method = BillingMethod(d.pop("billingMethod")) 90 91 primary_budget_number = d.pop("primaryBudgetNumber") 92 93 owner = d.pop("owner") 94 95 shared_with = cast(List[str], d.pop("sharedWith")) 96 97 billing_account_request = cls( 98 name=name, 99 contacts=contacts, 100 customer_type=customer_type, 101 billing_method=billing_method, 102 primary_budget_number=primary_budget_number, 103 owner=owner, 104 shared_with=shared_with, 105 ) 106 107 billing_account_request.additional_properties = d 108 return billing_account_request 109 110 @property 111 def additional_keys(self) -> List[str]: 112 return list(self.additional_properties.keys())
Attributes:
- name (str):
- contacts (List['Contact']):
- customer_type (CustomerType):
- billing_method (BillingMethod):
- primary_budget_number (str):
- owner (str):
- shared_with (List[str]):
2def __init__(self, name, contacts, customer_type, billing_method, primary_budget_number, owner, shared_with): 3 self.name = name 4 self.contacts = contacts 5 self.customer_type = customer_type 6 self.billing_method = billing_method 7 self.primary_budget_number = primary_budget_number 8 self.owner = owner 9 self.shared_with = shared_with 10 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class BillingAccountRequest.
39 def to_dict(self) -> Dict[str, Any]: 40 name = self.name 41 42 contacts = [] 43 for contacts_item_data in self.contacts: 44 contacts_item = contacts_item_data.to_dict() 45 contacts.append(contacts_item) 46 47 customer_type = self.customer_type.value 48 49 billing_method = self.billing_method.value 50 51 primary_budget_number = self.primary_budget_number 52 53 owner = self.owner 54 55 shared_with = self.shared_with 56 57 field_dict: Dict[str, Any] = {} 58 field_dict.update(self.additional_properties) 59 field_dict.update( 60 { 61 "name": name, 62 "contacts": contacts, 63 "customerType": customer_type, 64 "billingMethod": billing_method, 65 "primaryBudgetNumber": primary_budget_number, 66 "owner": owner, 67 "sharedWith": shared_with, 68 } 69 ) 70 71 return field_dict
73 @classmethod 74 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 75 from ..models.contact import Contact 76 77 d = src_dict.copy() 78 name = d.pop("name") 79 80 contacts = [] 81 _contacts = d.pop("contacts") 82 for contacts_item_data in _contacts: 83 contacts_item = Contact.from_dict(contacts_item_data) 84 85 contacts.append(contacts_item) 86 87 customer_type = CustomerType(d.pop("customerType")) 88 89 billing_method = BillingMethod(d.pop("billingMethod")) 90 91 primary_budget_number = d.pop("primaryBudgetNumber") 92 93 owner = d.pop("owner") 94 95 shared_with = cast(List[str], d.pop("sharedWith")) 96 97 billing_account_request = cls( 98 name=name, 99 contacts=contacts, 100 customer_type=customer_type, 101 billing_method=billing_method, 102 primary_budget_number=primary_budget_number, 103 owner=owner, 104 shared_with=shared_with, 105 ) 106 107 billing_account_request.additional_properties = d 108 return billing_account_request
5class BillingMethod(str, Enum): 6 BUDGET_NUMBER = "BUDGET_NUMBER" 7 CREDIT = "CREDIT" 8 PURCHASE_ORDER = "PURCHASE_ORDER" 9 10 def __str__(self) -> str: 11 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
5class BudgetPeriod(str, Enum): 6 ANNUALLY = "ANNUALLY" 7 MONTHLY = "MONTHLY" 8 QUARTERLY = "QUARTERLY" 9 10 def __str__(self) -> str: 11 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
13@_attrs_define 14class CloudAccount: 15 """ 16 Attributes: 17 account_type (CloudAccountType): Type of cloud account (Hosted by Cirro, or Bring your own account) 18 account_id (Union[Unset, str]): AWS Account ID 19 account_name (Union[Unset, str]): Name used to describe the account, useful when the account hosts multiple 20 projects 21 region_name (Union[Unset, str]): AWS Region Code (defaults to region of Cirro app) Example: us-west-2. 22 """ 23 24 account_type: CloudAccountType 25 account_id: Union[Unset, str] = UNSET 26 account_name: Union[Unset, str] = UNSET 27 region_name: Union[Unset, str] = UNSET 28 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 29 30 def to_dict(self) -> Dict[str, Any]: 31 account_type = self.account_type.value 32 33 account_id = self.account_id 34 35 account_name = self.account_name 36 37 region_name = self.region_name 38 39 field_dict: Dict[str, Any] = {} 40 field_dict.update(self.additional_properties) 41 field_dict.update( 42 { 43 "accountType": account_type, 44 } 45 ) 46 if account_id is not UNSET: 47 field_dict["accountId"] = account_id 48 if account_name is not UNSET: 49 field_dict["accountName"] = account_name 50 if region_name is not UNSET: 51 field_dict["regionName"] = region_name 52 53 return field_dict 54 55 @classmethod 56 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 57 d = src_dict.copy() 58 account_type = CloudAccountType(d.pop("accountType")) 59 60 account_id = d.pop("accountId", UNSET) 61 62 account_name = d.pop("accountName", UNSET) 63 64 region_name = d.pop("regionName", UNSET) 65 66 cloud_account = cls( 67 account_type=account_type, 68 account_id=account_id, 69 account_name=account_name, 70 region_name=region_name, 71 ) 72 73 cloud_account.additional_properties = d 74 return cloud_account 75 76 @property 77 def additional_keys(self) -> List[str]: 78 return list(self.additional_properties.keys())
Attributes:
- account_type (CloudAccountType): Type of cloud account (Hosted by Cirro, or Bring your own account)
- account_id (Union[Unset, str]): AWS Account ID
- account_name (Union[Unset, str]): Name used to describe the account, useful when the account hosts multiple projects
- region_name (Union[Unset, str]): AWS Region Code (defaults to region of Cirro app) Example: us-west-2.
2def __init__(self, account_type, account_id=attr_dict['account_id'].default, account_name=attr_dict['account_name'].default, region_name=attr_dict['region_name'].default): 3 self.account_type = account_type 4 self.account_id = account_id 5 self.account_name = account_name 6 self.region_name = region_name 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class CloudAccount.
30 def to_dict(self) -> Dict[str, Any]: 31 account_type = self.account_type.value 32 33 account_id = self.account_id 34 35 account_name = self.account_name 36 37 region_name = self.region_name 38 39 field_dict: Dict[str, Any] = {} 40 field_dict.update(self.additional_properties) 41 field_dict.update( 42 { 43 "accountType": account_type, 44 } 45 ) 46 if account_id is not UNSET: 47 field_dict["accountId"] = account_id 48 if account_name is not UNSET: 49 field_dict["accountName"] = account_name 50 if region_name is not UNSET: 51 field_dict["regionName"] = region_name 52 53 return field_dict
55 @classmethod 56 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 57 d = src_dict.copy() 58 account_type = CloudAccountType(d.pop("accountType")) 59 60 account_id = d.pop("accountId", UNSET) 61 62 account_name = d.pop("accountName", UNSET) 63 64 region_name = d.pop("regionName", UNSET) 65 66 cloud_account = cls( 67 account_type=account_type, 68 account_id=account_id, 69 account_name=account_name, 70 region_name=region_name, 71 ) 72 73 cloud_account.additional_properties = d 74 return cloud_account
5class CloudAccountType(str, Enum): 6 BYOA = "BYOA" 7 HOSTED = "HOSTED" 8 9 def __str__(self) -> str: 10 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
12@_attrs_define 13class ColumnDefinition: 14 """ 15 Attributes: 16 col (Union[Unset, str]): Column name in asset file 17 name (Union[Unset, str]): User-friendly column name 18 desc (Union[Unset, str]): Description of the column 19 """ 20 21 col: Union[Unset, str] = UNSET 22 name: Union[Unset, str] = UNSET 23 desc: Union[Unset, str] = UNSET 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 col = self.col 28 29 name = self.name 30 31 desc = self.desc 32 33 field_dict: Dict[str, Any] = {} 34 field_dict.update(self.additional_properties) 35 field_dict.update({}) 36 if col is not UNSET: 37 field_dict["col"] = col 38 if name is not UNSET: 39 field_dict["name"] = name 40 if desc is not UNSET: 41 field_dict["desc"] = desc 42 43 return field_dict 44 45 @classmethod 46 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 47 d = src_dict.copy() 48 col = d.pop("col", UNSET) 49 50 name = d.pop("name", UNSET) 51 52 desc = d.pop("desc", UNSET) 53 54 column_definition = cls( 55 col=col, 56 name=name, 57 desc=desc, 58 ) 59 60 column_definition.additional_properties = d 61 return column_definition 62 63 @property 64 def additional_keys(self) -> List[str]: 65 return list(self.additional_properties.keys())
Attributes:
- col (Union[Unset, str]): Column name in asset file
- name (Union[Unset, str]): User-friendly column name
- desc (Union[Unset, str]): Description of the column
2def __init__(self, col=attr_dict['col'].default, name=attr_dict['name'].default, desc=attr_dict['desc'].default): 3 self.col = col 4 self.name = name 5 self.desc = desc 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ColumnDefinition.
26 def to_dict(self) -> Dict[str, Any]: 27 col = self.col 28 29 name = self.name 30 31 desc = self.desc 32 33 field_dict: Dict[str, Any] = {} 34 field_dict.update(self.additional_properties) 35 field_dict.update({}) 36 if col is not UNSET: 37 field_dict["col"] = col 38 if name is not UNSET: 39 field_dict["name"] = name 40 if desc is not UNSET: 41 field_dict["desc"] = desc 42 43 return field_dict
45 @classmethod 46 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 47 d = src_dict.copy() 48 col = d.pop("col", UNSET) 49 50 name = d.pop("name", UNSET) 51 52 desc = d.pop("desc", UNSET) 53 54 column_definition = cls( 55 col=col, 56 name=name, 57 desc=desc, 58 ) 59 60 column_definition.additional_properties = d 61 return column_definition
10@_attrs_define 11class Contact: 12 """ 13 Attributes: 14 name (str): 15 organization (str): 16 email (str): 17 phone (str): 18 """ 19 20 name: str 21 organization: str 22 email: str 23 phone: str 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 organization = self.organization 30 31 email = self.email 32 33 phone = self.phone 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "name": name, 40 "organization": organization, 41 "email": email, 42 "phone": phone, 43 } 44 ) 45 46 return field_dict 47 48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 name = d.pop("name") 52 53 organization = d.pop("organization") 54 55 email = d.pop("email") 56 57 phone = d.pop("phone") 58 59 contact = cls( 60 name=name, 61 organization=organization, 62 email=email, 63 phone=phone, 64 ) 65 66 contact.additional_properties = d 67 return contact 68 69 @property 70 def additional_keys(self) -> List[str]: 71 return list(self.additional_properties.keys())
Attributes:
- name (str):
- organization (str):
- email (str):
- phone (str):
2def __init__(self, name, organization, email, phone): 3 self.name = name 4 self.organization = organization 5 self.email = email 6 self.phone = phone 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Contact.
26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 organization = self.organization 30 31 email = self.email 32 33 phone = self.phone 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "name": name, 40 "organization": organization, 41 "email": email, 42 "phone": phone, 43 } 44 ) 45 46 return field_dict
48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 name = d.pop("name") 52 53 organization = d.pop("organization") 54 55 email = d.pop("email") 56 57 phone = d.pop("phone") 58 59 contact = cls( 60 name=name, 61 organization=organization, 62 email=email, 63 phone=phone, 64 ) 65 66 contact.additional_properties = d 67 return contact
10@_attrs_define 11class CreateNotebookInstanceRequest: 12 """ 13 Attributes: 14 name (str): 15 instance_type (str): AWS EC2 Instance Type (see list of available options) Example: ml.t3.medium. 16 accelerator_types (List[str]): 17 volume_size_gb (int): 18 """ 19 20 name: str 21 instance_type: str 22 accelerator_types: List[str] 23 volume_size_gb: int 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 instance_type = self.instance_type 30 31 accelerator_types = self.accelerator_types 32 33 volume_size_gb = self.volume_size_gb 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "name": name, 40 "instanceType": instance_type, 41 "acceleratorTypes": accelerator_types, 42 "volumeSizeGB": volume_size_gb, 43 } 44 ) 45 46 return field_dict 47 48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 name = d.pop("name") 52 53 instance_type = d.pop("instanceType") 54 55 accelerator_types = cast(List[str], d.pop("acceleratorTypes")) 56 57 volume_size_gb = d.pop("volumeSizeGB") 58 59 create_notebook_instance_request = cls( 60 name=name, 61 instance_type=instance_type, 62 accelerator_types=accelerator_types, 63 volume_size_gb=volume_size_gb, 64 ) 65 66 create_notebook_instance_request.additional_properties = d 67 return create_notebook_instance_request 68 69 @property 70 def additional_keys(self) -> List[str]: 71 return list(self.additional_properties.keys())
Attributes:
- name (str):
- instance_type (str): AWS EC2 Instance Type (see list of available options) Example: ml.t3.medium.
- accelerator_types (List[str]):
- volume_size_gb (int):
2def __init__(self, name, instance_type, accelerator_types, volume_size_gb): 3 self.name = name 4 self.instance_type = instance_type 5 self.accelerator_types = accelerator_types 6 self.volume_size_gb = volume_size_gb 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class CreateNotebookInstanceRequest.
26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 instance_type = self.instance_type 30 31 accelerator_types = self.accelerator_types 32 33 volume_size_gb = self.volume_size_gb 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "name": name, 40 "instanceType": instance_type, 41 "acceleratorTypes": accelerator_types, 42 "volumeSizeGB": volume_size_gb, 43 } 44 ) 45 46 return field_dict
48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 name = d.pop("name") 52 53 instance_type = d.pop("instanceType") 54 55 accelerator_types = cast(List[str], d.pop("acceleratorTypes")) 56 57 volume_size_gb = d.pop("volumeSizeGB") 58 59 create_notebook_instance_request = cls( 60 name=name, 61 instance_type=instance_type, 62 accelerator_types=accelerator_types, 63 volume_size_gb=volume_size_gb, 64 ) 65 66 create_notebook_instance_request.additional_properties = d 67 return create_notebook_instance_request
10@_attrs_define 11class CreateReferenceRequest: 12 """ 13 Attributes: 14 name (str): 15 description (str): 16 type (str): 17 expected_files (List[str]): 18 """ 19 20 name: str 21 description: str 22 type: str 23 expected_files: List[str] 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 description = self.description 30 31 type = self.type 32 33 expected_files = self.expected_files 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "name": name, 40 "description": description, 41 "type": type, 42 "expectedFiles": expected_files, 43 } 44 ) 45 46 return field_dict 47 48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 name = d.pop("name") 52 53 description = d.pop("description") 54 55 type = d.pop("type") 56 57 expected_files = cast(List[str], d.pop("expectedFiles")) 58 59 create_reference_request = cls( 60 name=name, 61 description=description, 62 type=type, 63 expected_files=expected_files, 64 ) 65 66 create_reference_request.additional_properties = d 67 return create_reference_request 68 69 @property 70 def additional_keys(self) -> List[str]: 71 return list(self.additional_properties.keys())
Attributes:
- name (str):
- description (str):
- type (str):
- expected_files (List[str]):
2def __init__(self, name, description, type, expected_files): 3 self.name = name 4 self.description = description 5 self.type = type 6 self.expected_files = expected_files 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class CreateReferenceRequest.
26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 description = self.description 30 31 type = self.type 32 33 expected_files = self.expected_files 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "name": name, 40 "description": description, 41 "type": type, 42 "expectedFiles": expected_files, 43 } 44 ) 45 46 return field_dict
48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 name = d.pop("name") 52 53 description = d.pop("description") 54 55 type = d.pop("type") 56 57 expected_files = cast(List[str], d.pop("expectedFiles")) 58 59 create_reference_request = cls( 60 name=name, 61 description=description, 62 type=type, 63 expected_files=expected_files, 64 ) 65 66 create_reference_request.additional_properties = d 67 return create_reference_request
10@_attrs_define 11class CreateResponse: 12 """ 13 Attributes: 14 id (str): 15 message (str): 16 """ 17 18 id: str 19 message: str 20 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 21 22 def to_dict(self) -> Dict[str, Any]: 23 id = self.id 24 25 message = self.message 26 27 field_dict: Dict[str, Any] = {} 28 field_dict.update(self.additional_properties) 29 field_dict.update( 30 { 31 "id": id, 32 "message": message, 33 } 34 ) 35 36 return field_dict 37 38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 id = d.pop("id") 42 43 message = d.pop("message") 44 45 create_response = cls( 46 id=id, 47 message=message, 48 ) 49 50 create_response.additional_properties = d 51 return create_response 52 53 @property 54 def additional_keys(self) -> List[str]: 55 return list(self.additional_properties.keys())
Attributes:
- id (str):
- message (str):
2def __init__(self, id, message): 3 self.id = id 4 self.message = message 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class CreateResponse.
5class CustomerType(str, Enum): 6 CONSORTIUM = "CONSORTIUM" 7 EXTERNAL = "EXTERNAL" 8 INTERNAL = "INTERNAL" 9 10 def __str__(self) -> str: 11 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
15@_attrs_define 16class CustomPipelineSettings: 17 """Used to describe the location of the process definition dependencies 18 19 Attributes: 20 repository (str): GitHub repository that contains the process definition Example: CirroBio/my-pipeline. 21 branch (Union[Unset, str]): Branch, tag, or commit hash of the repo that contains the process definition 22 Default: 'main'. 23 folder (Union[Unset, str]): Folder within the repo that contains the process definition Default: '.cirro'. 24 last_sync (Union[None, Unset, datetime.datetime]): Time of last sync 25 sync_status (Union[None, SyncStatus, Unset]): 26 commit_hash (Union[None, Unset, str]): Commit hash of the last successful sync 27 """ 28 29 repository: str 30 branch: Union[Unset, str] = "main" 31 folder: Union[Unset, str] = ".cirro" 32 last_sync: Union[None, Unset, datetime.datetime] = UNSET 33 sync_status: Union[None, SyncStatus, Unset] = UNSET 34 commit_hash: Union[None, Unset, str] = UNSET 35 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 36 37 def to_dict(self) -> Dict[str, Any]: 38 repository = self.repository 39 40 branch = self.branch 41 42 folder = self.folder 43 44 last_sync: Union[None, Unset, str] 45 if isinstance(self.last_sync, Unset): 46 last_sync = UNSET 47 elif isinstance(self.last_sync, datetime.datetime): 48 last_sync = self.last_sync.isoformat() 49 else: 50 last_sync = self.last_sync 51 52 sync_status: Union[None, Unset, str] 53 if isinstance(self.sync_status, Unset): 54 sync_status = UNSET 55 elif isinstance(self.sync_status, SyncStatus): 56 sync_status = self.sync_status.value 57 else: 58 sync_status = self.sync_status 59 60 commit_hash: Union[None, Unset, str] 61 if isinstance(self.commit_hash, Unset): 62 commit_hash = UNSET 63 else: 64 commit_hash = self.commit_hash 65 66 field_dict: Dict[str, Any] = {} 67 field_dict.update(self.additional_properties) 68 field_dict.update( 69 { 70 "repository": repository, 71 } 72 ) 73 if branch is not UNSET: 74 field_dict["branch"] = branch 75 if folder is not UNSET: 76 field_dict["folder"] = folder 77 if last_sync is not UNSET: 78 field_dict["lastSync"] = last_sync 79 if sync_status is not UNSET: 80 field_dict["syncStatus"] = sync_status 81 if commit_hash is not UNSET: 82 field_dict["commitHash"] = commit_hash 83 84 return field_dict 85 86 @classmethod 87 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 88 d = src_dict.copy() 89 repository = d.pop("repository") 90 91 branch = d.pop("branch", UNSET) 92 93 folder = d.pop("folder", UNSET) 94 95 def _parse_last_sync(data: object) -> Union[None, Unset, datetime.datetime]: 96 if data is None: 97 return data 98 if isinstance(data, Unset): 99 return data 100 try: 101 if not isinstance(data, str): 102 raise TypeError() 103 last_sync_type_0 = isoparse(data) 104 105 return last_sync_type_0 106 except: # noqa: E722 107 pass 108 return cast(Union[None, Unset, datetime.datetime], data) 109 110 last_sync = _parse_last_sync(d.pop("lastSync", UNSET)) 111 112 def _parse_sync_status(data: object) -> Union[None, SyncStatus, Unset]: 113 if data is None: 114 return data 115 if isinstance(data, Unset): 116 return data 117 try: 118 if not isinstance(data, str): 119 raise TypeError() 120 sync_status_type_1 = SyncStatus(data) 121 122 return sync_status_type_1 123 except: # noqa: E722 124 pass 125 return cast(Union[None, SyncStatus, Unset], data) 126 127 sync_status = _parse_sync_status(d.pop("syncStatus", UNSET)) 128 129 def _parse_commit_hash(data: object) -> Union[None, Unset, str]: 130 if data is None: 131 return data 132 if isinstance(data, Unset): 133 return data 134 return cast(Union[None, Unset, str], data) 135 136 commit_hash = _parse_commit_hash(d.pop("commitHash", UNSET)) 137 138 custom_pipeline_settings = cls( 139 repository=repository, 140 branch=branch, 141 folder=folder, 142 last_sync=last_sync, 143 sync_status=sync_status, 144 commit_hash=commit_hash, 145 ) 146 147 custom_pipeline_settings.additional_properties = d 148 return custom_pipeline_settings 149 150 @property 151 def additional_keys(self) -> List[str]: 152 return list(self.additional_properties.keys())
Used to describe the location of the process definition dependencies
Attributes:
- repository (str): GitHub repository that contains the process definition Example: CirroBio/my-pipeline.
- branch (Union[Unset, str]): Branch, tag, or commit hash of the repo that contains the process definition Default: 'main'.
- folder (Union[Unset, str]): Folder within the repo that contains the process definition Default: '.cirro'.
- last_sync (Union[None, Unset, datetime.datetime]): Time of last sync
- sync_status (Union[None, SyncStatus, Unset]):
- commit_hash (Union[None, Unset, str]): Commit hash of the last successful sync
2def __init__(self, repository, branch=attr_dict['branch'].default, folder=attr_dict['folder'].default, last_sync=attr_dict['last_sync'].default, sync_status=attr_dict['sync_status'].default, commit_hash=attr_dict['commit_hash'].default): 3 self.repository = repository 4 self.branch = branch 5 self.folder = folder 6 self.last_sync = last_sync 7 self.sync_status = sync_status 8 self.commit_hash = commit_hash 9 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class CustomPipelineSettings.
37 def to_dict(self) -> Dict[str, Any]: 38 repository = self.repository 39 40 branch = self.branch 41 42 folder = self.folder 43 44 last_sync: Union[None, Unset, str] 45 if isinstance(self.last_sync, Unset): 46 last_sync = UNSET 47 elif isinstance(self.last_sync, datetime.datetime): 48 last_sync = self.last_sync.isoformat() 49 else: 50 last_sync = self.last_sync 51 52 sync_status: Union[None, Unset, str] 53 if isinstance(self.sync_status, Unset): 54 sync_status = UNSET 55 elif isinstance(self.sync_status, SyncStatus): 56 sync_status = self.sync_status.value 57 else: 58 sync_status = self.sync_status 59 60 commit_hash: Union[None, Unset, str] 61 if isinstance(self.commit_hash, Unset): 62 commit_hash = UNSET 63 else: 64 commit_hash = self.commit_hash 65 66 field_dict: Dict[str, Any] = {} 67 field_dict.update(self.additional_properties) 68 field_dict.update( 69 { 70 "repository": repository, 71 } 72 ) 73 if branch is not UNSET: 74 field_dict["branch"] = branch 75 if folder is not UNSET: 76 field_dict["folder"] = folder 77 if last_sync is not UNSET: 78 field_dict["lastSync"] = last_sync 79 if sync_status is not UNSET: 80 field_dict["syncStatus"] = sync_status 81 if commit_hash is not UNSET: 82 field_dict["commitHash"] = commit_hash 83 84 return field_dict
86 @classmethod 87 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 88 d = src_dict.copy() 89 repository = d.pop("repository") 90 91 branch = d.pop("branch", UNSET) 92 93 folder = d.pop("folder", UNSET) 94 95 def _parse_last_sync(data: object) -> Union[None, Unset, datetime.datetime]: 96 if data is None: 97 return data 98 if isinstance(data, Unset): 99 return data 100 try: 101 if not isinstance(data, str): 102 raise TypeError() 103 last_sync_type_0 = isoparse(data) 104 105 return last_sync_type_0 106 except: # noqa: E722 107 pass 108 return cast(Union[None, Unset, datetime.datetime], data) 109 110 last_sync = _parse_last_sync(d.pop("lastSync", UNSET)) 111 112 def _parse_sync_status(data: object) -> Union[None, SyncStatus, Unset]: 113 if data is None: 114 return data 115 if isinstance(data, Unset): 116 return data 117 try: 118 if not isinstance(data, str): 119 raise TypeError() 120 sync_status_type_1 = SyncStatus(data) 121 122 return sync_status_type_1 123 except: # noqa: E722 124 pass 125 return cast(Union[None, SyncStatus, Unset], data) 126 127 sync_status = _parse_sync_status(d.pop("syncStatus", UNSET)) 128 129 def _parse_commit_hash(data: object) -> Union[None, Unset, str]: 130 if data is None: 131 return data 132 if isinstance(data, Unset): 133 return data 134 return cast(Union[None, Unset, str], data) 135 136 commit_hash = _parse_commit_hash(d.pop("commitHash", UNSET)) 137 138 custom_pipeline_settings = cls( 139 repository=repository, 140 branch=branch, 141 folder=folder, 142 last_sync=last_sync, 143 sync_status=sync_status, 144 commit_hash=commit_hash, 145 ) 146 147 custom_pipeline_settings.additional_properties = d 148 return custom_pipeline_settings
17@_attrs_define 18class Dashboard: 19 """ 20 Attributes: 21 id (str): 22 name (str): 23 description (str): 24 process_ids (List[str]): 25 dashboard_data (DashboardDashboardData): 26 info (DashboardInfo): 27 created_by (str): 28 created_at (datetime.datetime): 29 updated_at (datetime.datetime): 30 """ 31 32 id: str 33 name: str 34 description: str 35 process_ids: List[str] 36 dashboard_data: "DashboardDashboardData" 37 info: "DashboardInfo" 38 created_by: str 39 created_at: datetime.datetime 40 updated_at: datetime.datetime 41 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 42 43 def to_dict(self) -> Dict[str, Any]: 44 id = self.id 45 46 name = self.name 47 48 description = self.description 49 50 process_ids = self.process_ids 51 52 dashboard_data = self.dashboard_data.to_dict() 53 54 info = self.info.to_dict() 55 56 created_by = self.created_by 57 58 created_at = self.created_at.isoformat() 59 60 updated_at = self.updated_at.isoformat() 61 62 field_dict: Dict[str, Any] = {} 63 field_dict.update(self.additional_properties) 64 field_dict.update( 65 { 66 "id": id, 67 "name": name, 68 "description": description, 69 "processIds": process_ids, 70 "dashboardData": dashboard_data, 71 "info": info, 72 "createdBy": created_by, 73 "createdAt": created_at, 74 "updatedAt": updated_at, 75 } 76 ) 77 78 return field_dict 79 80 @classmethod 81 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 82 from ..models.dashboard_dashboard_data import DashboardDashboardData 83 from ..models.dashboard_info import DashboardInfo 84 85 d = src_dict.copy() 86 id = d.pop("id") 87 88 name = d.pop("name") 89 90 description = d.pop("description") 91 92 process_ids = cast(List[str], d.pop("processIds")) 93 94 dashboard_data = DashboardDashboardData.from_dict(d.pop("dashboardData")) 95 96 info = DashboardInfo.from_dict(d.pop("info")) 97 98 created_by = d.pop("createdBy") 99 100 created_at = isoparse(d.pop("createdAt")) 101 102 updated_at = isoparse(d.pop("updatedAt")) 103 104 dashboard = cls( 105 id=id, 106 name=name, 107 description=description, 108 process_ids=process_ids, 109 dashboard_data=dashboard_data, 110 info=info, 111 created_by=created_by, 112 created_at=created_at, 113 updated_at=updated_at, 114 ) 115 116 dashboard.additional_properties = d 117 return dashboard 118 119 @property 120 def additional_keys(self) -> List[str]: 121 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- description (str):
- process_ids (List[str]):
- dashboard_data (DashboardDashboardData):
- info (DashboardInfo):
- created_by (str):
- created_at (datetime.datetime):
- updated_at (datetime.datetime):
2def __init__(self, id, name, description, process_ids, dashboard_data, info, created_by, created_at, updated_at): 3 self.id = id 4 self.name = name 5 self.description = description 6 self.process_ids = process_ids 7 self.dashboard_data = dashboard_data 8 self.info = info 9 self.created_by = created_by 10 self.created_at = created_at 11 self.updated_at = updated_at 12 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Dashboard.
43 def to_dict(self) -> Dict[str, Any]: 44 id = self.id 45 46 name = self.name 47 48 description = self.description 49 50 process_ids = self.process_ids 51 52 dashboard_data = self.dashboard_data.to_dict() 53 54 info = self.info.to_dict() 55 56 created_by = self.created_by 57 58 created_at = self.created_at.isoformat() 59 60 updated_at = self.updated_at.isoformat() 61 62 field_dict: Dict[str, Any] = {} 63 field_dict.update(self.additional_properties) 64 field_dict.update( 65 { 66 "id": id, 67 "name": name, 68 "description": description, 69 "processIds": process_ids, 70 "dashboardData": dashboard_data, 71 "info": info, 72 "createdBy": created_by, 73 "createdAt": created_at, 74 "updatedAt": updated_at, 75 } 76 ) 77 78 return field_dict
80 @classmethod 81 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 82 from ..models.dashboard_dashboard_data import DashboardDashboardData 83 from ..models.dashboard_info import DashboardInfo 84 85 d = src_dict.copy() 86 id = d.pop("id") 87 88 name = d.pop("name") 89 90 description = d.pop("description") 91 92 process_ids = cast(List[str], d.pop("processIds")) 93 94 dashboard_data = DashboardDashboardData.from_dict(d.pop("dashboardData")) 95 96 info = DashboardInfo.from_dict(d.pop("info")) 97 98 created_by = d.pop("createdBy") 99 100 created_at = isoparse(d.pop("createdAt")) 101 102 updated_at = isoparse(d.pop("updatedAt")) 103 104 dashboard = cls( 105 id=id, 106 name=name, 107 description=description, 108 process_ids=process_ids, 109 dashboard_data=dashboard_data, 110 info=info, 111 created_by=created_by, 112 created_at=created_at, 113 updated_at=updated_at, 114 ) 115 116 dashboard.additional_properties = d 117 return dashboard
10@_attrs_define 11class DashboardDashboardData: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 dashboard_dashboard_data = cls() 27 28 dashboard_dashboard_data.additional_properties = d 29 return dashboard_dashboard_data 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
10@_attrs_define 11class DashboardInfo: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 dashboard_info = cls() 27 28 dashboard_info.additional_properties = d 29 return dashboard_info 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
15@_attrs_define 16class DashboardRequest: 17 """ 18 Attributes: 19 name (str): 20 description (str): 21 process_ids (List[str]): 22 dashboard_data (DashboardRequestDashboardData): 23 info (DashboardRequestInfo): 24 """ 25 26 name: str 27 description: str 28 process_ids: List[str] 29 dashboard_data: "DashboardRequestDashboardData" 30 info: "DashboardRequestInfo" 31 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 32 33 def to_dict(self) -> Dict[str, Any]: 34 name = self.name 35 36 description = self.description 37 38 process_ids = self.process_ids 39 40 dashboard_data = self.dashboard_data.to_dict() 41 42 info = self.info.to_dict() 43 44 field_dict: Dict[str, Any] = {} 45 field_dict.update(self.additional_properties) 46 field_dict.update( 47 { 48 "name": name, 49 "description": description, 50 "processIds": process_ids, 51 "dashboardData": dashboard_data, 52 "info": info, 53 } 54 ) 55 56 return field_dict 57 58 @classmethod 59 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 60 from ..models.dashboard_request_dashboard_data import DashboardRequestDashboardData 61 from ..models.dashboard_request_info import DashboardRequestInfo 62 63 d = src_dict.copy() 64 name = d.pop("name") 65 66 description = d.pop("description") 67 68 process_ids = cast(List[str], d.pop("processIds")) 69 70 dashboard_data = DashboardRequestDashboardData.from_dict(d.pop("dashboardData")) 71 72 info = DashboardRequestInfo.from_dict(d.pop("info")) 73 74 dashboard_request = cls( 75 name=name, 76 description=description, 77 process_ids=process_ids, 78 dashboard_data=dashboard_data, 79 info=info, 80 ) 81 82 dashboard_request.additional_properties = d 83 return dashboard_request 84 85 @property 86 def additional_keys(self) -> List[str]: 87 return list(self.additional_properties.keys())
Attributes:
- name (str):
- description (str):
- process_ids (List[str]):
- dashboard_data (DashboardRequestDashboardData):
- info (DashboardRequestInfo):
2def __init__(self, name, description, process_ids, dashboard_data, info): 3 self.name = name 4 self.description = description 5 self.process_ids = process_ids 6 self.dashboard_data = dashboard_data 7 self.info = info 8 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class DashboardRequest.
33 def to_dict(self) -> Dict[str, Any]: 34 name = self.name 35 36 description = self.description 37 38 process_ids = self.process_ids 39 40 dashboard_data = self.dashboard_data.to_dict() 41 42 info = self.info.to_dict() 43 44 field_dict: Dict[str, Any] = {} 45 field_dict.update(self.additional_properties) 46 field_dict.update( 47 { 48 "name": name, 49 "description": description, 50 "processIds": process_ids, 51 "dashboardData": dashboard_data, 52 "info": info, 53 } 54 ) 55 56 return field_dict
58 @classmethod 59 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 60 from ..models.dashboard_request_dashboard_data import DashboardRequestDashboardData 61 from ..models.dashboard_request_info import DashboardRequestInfo 62 63 d = src_dict.copy() 64 name = d.pop("name") 65 66 description = d.pop("description") 67 68 process_ids = cast(List[str], d.pop("processIds")) 69 70 dashboard_data = DashboardRequestDashboardData.from_dict(d.pop("dashboardData")) 71 72 info = DashboardRequestInfo.from_dict(d.pop("info")) 73 74 dashboard_request = cls( 75 name=name, 76 description=description, 77 process_ids=process_ids, 78 dashboard_data=dashboard_data, 79 info=info, 80 ) 81 82 dashboard_request.additional_properties = d 83 return dashboard_request
10@_attrs_define 11class DashboardRequestDashboardData: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 dashboard_request_dashboard_data = cls() 27 28 dashboard_request_dashboard_data.additional_properties = d 29 return dashboard_request_dashboard_data 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
10@_attrs_define 11class DashboardRequestInfo: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 dashboard_request_info = cls() 27 28 dashboard_request_info.additional_properties = d 29 return dashboard_request_info 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
18@_attrs_define 19class Dataset: 20 """ 21 Attributes: 22 id (str): 23 name (str): 24 description (str): 25 project_id (str): 26 process_id (str): 27 source_dataset_ids (List[str]): 28 status (Status): 29 tags (List['Tag']): 30 created_by (str): 31 created_at (datetime.datetime): 32 updated_at (datetime.datetime): 33 """ 34 35 id: str 36 name: str 37 description: str 38 project_id: str 39 process_id: str 40 source_dataset_ids: List[str] 41 status: Status 42 tags: List["Tag"] 43 created_by: str 44 created_at: datetime.datetime 45 updated_at: datetime.datetime 46 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 47 48 def to_dict(self) -> Dict[str, Any]: 49 id = self.id 50 51 name = self.name 52 53 description = self.description 54 55 project_id = self.project_id 56 57 process_id = self.process_id 58 59 source_dataset_ids = self.source_dataset_ids 60 61 status = self.status.value 62 63 tags = [] 64 for tags_item_data in self.tags: 65 tags_item = tags_item_data.to_dict() 66 tags.append(tags_item) 67 68 created_by = self.created_by 69 70 created_at = self.created_at.isoformat() 71 72 updated_at = self.updated_at.isoformat() 73 74 field_dict: Dict[str, Any] = {} 75 field_dict.update(self.additional_properties) 76 field_dict.update( 77 { 78 "id": id, 79 "name": name, 80 "description": description, 81 "projectId": project_id, 82 "processId": process_id, 83 "sourceDatasetIds": source_dataset_ids, 84 "status": status, 85 "tags": tags, 86 "createdBy": created_by, 87 "createdAt": created_at, 88 "updatedAt": updated_at, 89 } 90 ) 91 92 return field_dict 93 94 @classmethod 95 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 96 from ..models.tag import Tag 97 98 d = src_dict.copy() 99 id = d.pop("id") 100 101 name = d.pop("name") 102 103 description = d.pop("description") 104 105 project_id = d.pop("projectId") 106 107 process_id = d.pop("processId") 108 109 source_dataset_ids = cast(List[str], d.pop("sourceDatasetIds")) 110 111 status = Status(d.pop("status")) 112 113 tags = [] 114 _tags = d.pop("tags") 115 for tags_item_data in _tags: 116 tags_item = Tag.from_dict(tags_item_data) 117 118 tags.append(tags_item) 119 120 created_by = d.pop("createdBy") 121 122 created_at = isoparse(d.pop("createdAt")) 123 124 updated_at = isoparse(d.pop("updatedAt")) 125 126 dataset = cls( 127 id=id, 128 name=name, 129 description=description, 130 project_id=project_id, 131 process_id=process_id, 132 source_dataset_ids=source_dataset_ids, 133 status=status, 134 tags=tags, 135 created_by=created_by, 136 created_at=created_at, 137 updated_at=updated_at, 138 ) 139 140 dataset.additional_properties = d 141 return dataset 142 143 @property 144 def additional_keys(self) -> List[str]: 145 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- description (str):
- project_id (str):
- process_id (str):
- source_dataset_ids (List[str]):
- status (Status):
- tags (List['Tag']):
- created_by (str):
- created_at (datetime.datetime):
- updated_at (datetime.datetime):
2def __init__(self, id, name, description, project_id, process_id, source_dataset_ids, status, tags, created_by, created_at, updated_at): 3 self.id = id 4 self.name = name 5 self.description = description 6 self.project_id = project_id 7 self.process_id = process_id 8 self.source_dataset_ids = source_dataset_ids 9 self.status = status 10 self.tags = tags 11 self.created_by = created_by 12 self.created_at = created_at 13 self.updated_at = updated_at 14 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Dataset.
48 def to_dict(self) -> Dict[str, Any]: 49 id = self.id 50 51 name = self.name 52 53 description = self.description 54 55 project_id = self.project_id 56 57 process_id = self.process_id 58 59 source_dataset_ids = self.source_dataset_ids 60 61 status = self.status.value 62 63 tags = [] 64 for tags_item_data in self.tags: 65 tags_item = tags_item_data.to_dict() 66 tags.append(tags_item) 67 68 created_by = self.created_by 69 70 created_at = self.created_at.isoformat() 71 72 updated_at = self.updated_at.isoformat() 73 74 field_dict: Dict[str, Any] = {} 75 field_dict.update(self.additional_properties) 76 field_dict.update( 77 { 78 "id": id, 79 "name": name, 80 "description": description, 81 "projectId": project_id, 82 "processId": process_id, 83 "sourceDatasetIds": source_dataset_ids, 84 "status": status, 85 "tags": tags, 86 "createdBy": created_by, 87 "createdAt": created_at, 88 "updatedAt": updated_at, 89 } 90 ) 91 92 return field_dict
94 @classmethod 95 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 96 from ..models.tag import Tag 97 98 d = src_dict.copy() 99 id = d.pop("id") 100 101 name = d.pop("name") 102 103 description = d.pop("description") 104 105 project_id = d.pop("projectId") 106 107 process_id = d.pop("processId") 108 109 source_dataset_ids = cast(List[str], d.pop("sourceDatasetIds")) 110 111 status = Status(d.pop("status")) 112 113 tags = [] 114 _tags = d.pop("tags") 115 for tags_item_data in _tags: 116 tags_item = Tag.from_dict(tags_item_data) 117 118 tags.append(tags_item) 119 120 created_by = d.pop("createdBy") 121 122 created_at = isoparse(d.pop("createdAt")) 123 124 updated_at = isoparse(d.pop("updatedAt")) 125 126 dataset = cls( 127 id=id, 128 name=name, 129 description=description, 130 project_id=project_id, 131 process_id=process_id, 132 source_dataset_ids=source_dataset_ids, 133 status=status, 134 tags=tags, 135 created_by=created_by, 136 created_at=created_at, 137 updated_at=updated_at, 138 ) 139 140 dataset.additional_properties = d 141 return dataset
18@_attrs_define 19class DatasetAssetsManifest: 20 """ 21 Attributes: 22 domain (Union[Unset, str]): Base URL for files Example: s3://project-1a1a/datasets/1a1a. 23 files (Union[Unset, List['FileEntry']]): List of files in the dataset, including metadata 24 viz (Union[Unset, List['DatasetViz']]): List of viz to render for the dataset 25 tables (Union[Unset, List['Table']]): List of web optimized tables for the dataset 26 """ 27 28 domain: Union[Unset, str] = UNSET 29 files: Union[Unset, List["FileEntry"]] = UNSET 30 viz: Union[Unset, List["DatasetViz"]] = UNSET 31 tables: Union[Unset, List["Table"]] = UNSET 32 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 33 34 def to_dict(self) -> Dict[str, Any]: 35 domain = self.domain 36 37 files: Union[Unset, List[Dict[str, Any]]] = UNSET 38 if not isinstance(self.files, Unset): 39 files = [] 40 for files_item_data in self.files: 41 files_item = files_item_data.to_dict() 42 files.append(files_item) 43 44 viz: Union[Unset, List[Dict[str, Any]]] = UNSET 45 if not isinstance(self.viz, Unset): 46 viz = [] 47 for viz_item_data in self.viz: 48 viz_item = viz_item_data.to_dict() 49 viz.append(viz_item) 50 51 tables: Union[Unset, List[Dict[str, Any]]] = UNSET 52 if not isinstance(self.tables, Unset): 53 tables = [] 54 for tables_item_data in self.tables: 55 tables_item = tables_item_data.to_dict() 56 tables.append(tables_item) 57 58 field_dict: Dict[str, Any] = {} 59 field_dict.update(self.additional_properties) 60 field_dict.update({}) 61 if domain is not UNSET: 62 field_dict["domain"] = domain 63 if files is not UNSET: 64 field_dict["files"] = files 65 if viz is not UNSET: 66 field_dict["viz"] = viz 67 if tables is not UNSET: 68 field_dict["tables"] = tables 69 70 return field_dict 71 72 @classmethod 73 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 74 from ..models.dataset_viz import DatasetViz 75 from ..models.file_entry import FileEntry 76 from ..models.table import Table 77 78 d = src_dict.copy() 79 domain = d.pop("domain", UNSET) 80 81 files = [] 82 _files = d.pop("files", UNSET) 83 for files_item_data in _files or []: 84 files_item = FileEntry.from_dict(files_item_data) 85 86 files.append(files_item) 87 88 viz = [] 89 _viz = d.pop("viz", UNSET) 90 for viz_item_data in _viz or []: 91 viz_item = DatasetViz.from_dict(viz_item_data) 92 93 viz.append(viz_item) 94 95 tables = [] 96 _tables = d.pop("tables", UNSET) 97 for tables_item_data in _tables or []: 98 tables_item = Table.from_dict(tables_item_data) 99 100 tables.append(tables_item) 101 102 dataset_assets_manifest = cls( 103 domain=domain, 104 files=files, 105 viz=viz, 106 tables=tables, 107 ) 108 109 dataset_assets_manifest.additional_properties = d 110 return dataset_assets_manifest 111 112 @property 113 def additional_keys(self) -> List[str]: 114 return list(self.additional_properties.keys())
Attributes:
- domain (Union[Unset, str]): Base URL for files Example: s3://project-1a1a/datasets/1a1a.
- files (Union[Unset, List['FileEntry']]): List of files in the dataset, including metadata
- viz (Union[Unset, List['DatasetViz']]): List of viz to render for the dataset
- tables (Union[Unset, List['Table']]): List of web optimized tables for the dataset
2def __init__(self, domain=attr_dict['domain'].default, files=attr_dict['files'].default, viz=attr_dict['viz'].default, tables=attr_dict['tables'].default): 3 self.domain = domain 4 self.files = files 5 self.viz = viz 6 self.tables = tables 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class DatasetAssetsManifest.
34 def to_dict(self) -> Dict[str, Any]: 35 domain = self.domain 36 37 files: Union[Unset, List[Dict[str, Any]]] = UNSET 38 if not isinstance(self.files, Unset): 39 files = [] 40 for files_item_data in self.files: 41 files_item = files_item_data.to_dict() 42 files.append(files_item) 43 44 viz: Union[Unset, List[Dict[str, Any]]] = UNSET 45 if not isinstance(self.viz, Unset): 46 viz = [] 47 for viz_item_data in self.viz: 48 viz_item = viz_item_data.to_dict() 49 viz.append(viz_item) 50 51 tables: Union[Unset, List[Dict[str, Any]]] = UNSET 52 if not isinstance(self.tables, Unset): 53 tables = [] 54 for tables_item_data in self.tables: 55 tables_item = tables_item_data.to_dict() 56 tables.append(tables_item) 57 58 field_dict: Dict[str, Any] = {} 59 field_dict.update(self.additional_properties) 60 field_dict.update({}) 61 if domain is not UNSET: 62 field_dict["domain"] = domain 63 if files is not UNSET: 64 field_dict["files"] = files 65 if viz is not UNSET: 66 field_dict["viz"] = viz 67 if tables is not UNSET: 68 field_dict["tables"] = tables 69 70 return field_dict
72 @classmethod 73 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 74 from ..models.dataset_viz import DatasetViz 75 from ..models.file_entry import FileEntry 76 from ..models.table import Table 77 78 d = src_dict.copy() 79 domain = d.pop("domain", UNSET) 80 81 files = [] 82 _files = d.pop("files", UNSET) 83 for files_item_data in _files or []: 84 files_item = FileEntry.from_dict(files_item_data) 85 86 files.append(files_item) 87 88 viz = [] 89 _viz = d.pop("viz", UNSET) 90 for viz_item_data in _viz or []: 91 viz_item = DatasetViz.from_dict(viz_item_data) 92 93 viz.append(viz_item) 94 95 tables = [] 96 _tables = d.pop("tables", UNSET) 97 for tables_item_data in _tables or []: 98 tables_item = Table.from_dict(tables_item_data) 99 100 tables.append(tables_item) 101 102 dataset_assets_manifest = cls( 103 domain=domain, 104 files=files, 105 viz=viz, 106 tables=tables, 107 ) 108 109 dataset_assets_manifest.additional_properties = d 110 return dataset_assets_manifest
20@_attrs_define 21class DatasetDetail: 22 """ 23 Attributes: 24 id (str): 25 name (str): 26 description (str): 27 s3 (str): 28 process_id (str): 29 project_id (str): 30 source_dataset_ids (List[str]): 31 status (Status): 32 status_message (str): 33 tags (List['Tag']): 34 params (DatasetDetailParams): 35 info (DatasetDetailInfo): 36 created_by (str): 37 created_at (datetime.datetime): 38 updated_at (datetime.datetime): 39 """ 40 41 id: str 42 name: str 43 description: str 44 s3: str 45 process_id: str 46 project_id: str 47 source_dataset_ids: List[str] 48 status: Status 49 status_message: str 50 tags: List["Tag"] 51 params: "DatasetDetailParams" 52 info: "DatasetDetailInfo" 53 created_by: str 54 created_at: datetime.datetime 55 updated_at: datetime.datetime 56 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 57 58 def to_dict(self) -> Dict[str, Any]: 59 id = self.id 60 61 name = self.name 62 63 description = self.description 64 65 s3 = self.s3 66 67 process_id = self.process_id 68 69 project_id = self.project_id 70 71 source_dataset_ids = self.source_dataset_ids 72 73 status = self.status.value 74 75 status_message = self.status_message 76 77 tags = [] 78 for tags_item_data in self.tags: 79 tags_item = tags_item_data.to_dict() 80 tags.append(tags_item) 81 82 params = self.params.to_dict() 83 84 info = self.info.to_dict() 85 86 created_by = self.created_by 87 88 created_at = self.created_at.isoformat() 89 90 updated_at = self.updated_at.isoformat() 91 92 field_dict: Dict[str, Any] = {} 93 field_dict.update(self.additional_properties) 94 field_dict.update( 95 { 96 "id": id, 97 "name": name, 98 "description": description, 99 "s3": s3, 100 "processId": process_id, 101 "projectId": project_id, 102 "sourceDatasetIds": source_dataset_ids, 103 "status": status, 104 "statusMessage": status_message, 105 "tags": tags, 106 "params": params, 107 "info": info, 108 "createdBy": created_by, 109 "createdAt": created_at, 110 "updatedAt": updated_at, 111 } 112 ) 113 114 return field_dict 115 116 @classmethod 117 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 118 from ..models.dataset_detail_info import DatasetDetailInfo 119 from ..models.dataset_detail_params import DatasetDetailParams 120 from ..models.tag import Tag 121 122 d = src_dict.copy() 123 id = d.pop("id") 124 125 name = d.pop("name") 126 127 description = d.pop("description") 128 129 s3 = d.pop("s3") 130 131 process_id = d.pop("processId") 132 133 project_id = d.pop("projectId") 134 135 source_dataset_ids = cast(List[str], d.pop("sourceDatasetIds")) 136 137 status = Status(d.pop("status")) 138 139 status_message = d.pop("statusMessage") 140 141 tags = [] 142 _tags = d.pop("tags") 143 for tags_item_data in _tags: 144 tags_item = Tag.from_dict(tags_item_data) 145 146 tags.append(tags_item) 147 148 params = DatasetDetailParams.from_dict(d.pop("params")) 149 150 info = DatasetDetailInfo.from_dict(d.pop("info")) 151 152 created_by = d.pop("createdBy") 153 154 created_at = isoparse(d.pop("createdAt")) 155 156 updated_at = isoparse(d.pop("updatedAt")) 157 158 dataset_detail = cls( 159 id=id, 160 name=name, 161 description=description, 162 s3=s3, 163 process_id=process_id, 164 project_id=project_id, 165 source_dataset_ids=source_dataset_ids, 166 status=status, 167 status_message=status_message, 168 tags=tags, 169 params=params, 170 info=info, 171 created_by=created_by, 172 created_at=created_at, 173 updated_at=updated_at, 174 ) 175 176 dataset_detail.additional_properties = d 177 return dataset_detail 178 179 @property 180 def additional_keys(self) -> List[str]: 181 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- description (str):
- s3 (str):
- process_id (str):
- project_id (str):
- source_dataset_ids (List[str]):
- status (Status):
- status_message (str):
- tags (List['Tag']):
- params (DatasetDetailParams):
- info (DatasetDetailInfo):
- created_by (str):
- created_at (datetime.datetime):
- updated_at (datetime.datetime):
2def __init__(self, id, name, description, s3, process_id, project_id, source_dataset_ids, status, status_message, tags, params, info, created_by, created_at, updated_at): 3 self.id = id 4 self.name = name 5 self.description = description 6 self.s3 = s3 7 self.process_id = process_id 8 self.project_id = project_id 9 self.source_dataset_ids = source_dataset_ids 10 self.status = status 11 self.status_message = status_message 12 self.tags = tags 13 self.params = params 14 self.info = info 15 self.created_by = created_by 16 self.created_at = created_at 17 self.updated_at = updated_at 18 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class DatasetDetail.
58 def to_dict(self) -> Dict[str, Any]: 59 id = self.id 60 61 name = self.name 62 63 description = self.description 64 65 s3 = self.s3 66 67 process_id = self.process_id 68 69 project_id = self.project_id 70 71 source_dataset_ids = self.source_dataset_ids 72 73 status = self.status.value 74 75 status_message = self.status_message 76 77 tags = [] 78 for tags_item_data in self.tags: 79 tags_item = tags_item_data.to_dict() 80 tags.append(tags_item) 81 82 params = self.params.to_dict() 83 84 info = self.info.to_dict() 85 86 created_by = self.created_by 87 88 created_at = self.created_at.isoformat() 89 90 updated_at = self.updated_at.isoformat() 91 92 field_dict: Dict[str, Any] = {} 93 field_dict.update(self.additional_properties) 94 field_dict.update( 95 { 96 "id": id, 97 "name": name, 98 "description": description, 99 "s3": s3, 100 "processId": process_id, 101 "projectId": project_id, 102 "sourceDatasetIds": source_dataset_ids, 103 "status": status, 104 "statusMessage": status_message, 105 "tags": tags, 106 "params": params, 107 "info": info, 108 "createdBy": created_by, 109 "createdAt": created_at, 110 "updatedAt": updated_at, 111 } 112 ) 113 114 return field_dict
116 @classmethod 117 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 118 from ..models.dataset_detail_info import DatasetDetailInfo 119 from ..models.dataset_detail_params import DatasetDetailParams 120 from ..models.tag import Tag 121 122 d = src_dict.copy() 123 id = d.pop("id") 124 125 name = d.pop("name") 126 127 description = d.pop("description") 128 129 s3 = d.pop("s3") 130 131 process_id = d.pop("processId") 132 133 project_id = d.pop("projectId") 134 135 source_dataset_ids = cast(List[str], d.pop("sourceDatasetIds")) 136 137 status = Status(d.pop("status")) 138 139 status_message = d.pop("statusMessage") 140 141 tags = [] 142 _tags = d.pop("tags") 143 for tags_item_data in _tags: 144 tags_item = Tag.from_dict(tags_item_data) 145 146 tags.append(tags_item) 147 148 params = DatasetDetailParams.from_dict(d.pop("params")) 149 150 info = DatasetDetailInfo.from_dict(d.pop("info")) 151 152 created_by = d.pop("createdBy") 153 154 created_at = isoparse(d.pop("createdAt")) 155 156 updated_at = isoparse(d.pop("updatedAt")) 157 158 dataset_detail = cls( 159 id=id, 160 name=name, 161 description=description, 162 s3=s3, 163 process_id=process_id, 164 project_id=project_id, 165 source_dataset_ids=source_dataset_ids, 166 status=status, 167 status_message=status_message, 168 tags=tags, 169 params=params, 170 info=info, 171 created_by=created_by, 172 created_at=created_at, 173 updated_at=updated_at, 174 ) 175 176 dataset_detail.additional_properties = d 177 return dataset_detail
10@_attrs_define 11class DatasetDetailInfo: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 dataset_detail_info = cls() 27 28 dataset_detail_info.additional_properties = d 29 return dataset_detail_info 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
10@_attrs_define 11class DatasetDetailParams: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 dataset_detail_params = cls() 27 28 dataset_detail_params.additional_properties = d 29 return dataset_detail_params 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
12@_attrs_define 13class DatasetViz: 14 """ 15 Attributes: 16 name (Union[Unset, str]): Name of viz 17 desc (Union[Unset, str]): Description of viz 18 type (Union[Unset, str]): Type of viz Example: vitescce. 19 config (Union[Unset, str]): Path to config file used to render viz 20 """ 21 22 name: Union[Unset, str] = UNSET 23 desc: Union[Unset, str] = UNSET 24 type: Union[Unset, str] = UNSET 25 config: Union[Unset, str] = UNSET 26 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 27 28 def to_dict(self) -> Dict[str, Any]: 29 name = self.name 30 31 desc = self.desc 32 33 type = self.type 34 35 config = self.config 36 37 field_dict: Dict[str, Any] = {} 38 field_dict.update(self.additional_properties) 39 field_dict.update({}) 40 if name is not UNSET: 41 field_dict["name"] = name 42 if desc is not UNSET: 43 field_dict["desc"] = desc 44 if type is not UNSET: 45 field_dict["type"] = type 46 if config is not UNSET: 47 field_dict["config"] = config 48 49 return field_dict 50 51 @classmethod 52 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 53 d = src_dict.copy() 54 name = d.pop("name", UNSET) 55 56 desc = d.pop("desc", UNSET) 57 58 type = d.pop("type", UNSET) 59 60 config = d.pop("config", UNSET) 61 62 dataset_viz = cls( 63 name=name, 64 desc=desc, 65 type=type, 66 config=config, 67 ) 68 69 dataset_viz.additional_properties = d 70 return dataset_viz 71 72 @property 73 def additional_keys(self) -> List[str]: 74 return list(self.additional_properties.keys())
Attributes:
- name (Union[Unset, str]): Name of viz
- desc (Union[Unset, str]): Description of viz
- type (Union[Unset, str]): Type of viz Example: vitescce.
- config (Union[Unset, str]): Path to config file used to render viz
2def __init__(self, name=attr_dict['name'].default, desc=attr_dict['desc'].default, type=attr_dict['type'].default, config=attr_dict['config'].default): 3 self.name = name 4 self.desc = desc 5 self.type = type 6 self.config = config 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class DatasetViz.
28 def to_dict(self) -> Dict[str, Any]: 29 name = self.name 30 31 desc = self.desc 32 33 type = self.type 34 35 config = self.config 36 37 field_dict: Dict[str, Any] = {} 38 field_dict.update(self.additional_properties) 39 field_dict.update({}) 40 if name is not UNSET: 41 field_dict["name"] = name 42 if desc is not UNSET: 43 field_dict["desc"] = desc 44 if type is not UNSET: 45 field_dict["type"] = type 46 if config is not UNSET: 47 field_dict["config"] = config 48 49 return field_dict
51 @classmethod 52 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 53 d = src_dict.copy() 54 name = d.pop("name", UNSET) 55 56 desc = d.pop("desc", UNSET) 57 58 type = d.pop("type", UNSET) 59 60 config = d.pop("config", UNSET) 61 62 dataset_viz = cls( 63 name=name, 64 desc=desc, 65 type=type, 66 config=config, 67 ) 68 69 dataset_viz.additional_properties = d 70 return dataset_viz
10@_attrs_define 11class ErrorMessage: 12 """ 13 Attributes: 14 message (str): 15 """ 16 17 message: str 18 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 19 20 def to_dict(self) -> Dict[str, Any]: 21 message = self.message 22 23 field_dict: Dict[str, Any] = {} 24 field_dict.update(self.additional_properties) 25 field_dict.update( 26 { 27 "message": message, 28 } 29 ) 30 31 return field_dict 32 33 @classmethod 34 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 35 d = src_dict.copy() 36 message = d.pop("message") 37 38 error_message = cls( 39 message=message, 40 ) 41 42 error_message.additional_properties = d 43 return error_message 44 45 @property 46 def additional_keys(self) -> List[str]: 47 return list(self.additional_properties.keys())
Attributes:
- message (str):
2def __init__(self, message): 3 self.message = message 4 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ErrorMessage.
5class Executor(str, Enum): 6 CROMWELL = "CROMWELL" 7 INGEST = "INGEST" 8 NEXTFLOW = "NEXTFLOW" 9 10 def __str__(self) -> str: 11 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
13@_attrs_define 14class FileAccessRequest: 15 """ 16 Attributes: 17 access_type (AccessType): 18 dataset_id (Union[None, Unset, str]): 19 token_lifetime_hours (Union[None, Unset, int]): 20 """ 21 22 access_type: AccessType 23 dataset_id: Union[None, Unset, str] = UNSET 24 token_lifetime_hours: Union[None, Unset, int] = UNSET 25 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 26 27 def to_dict(self) -> Dict[str, Any]: 28 access_type = self.access_type.value 29 30 dataset_id: Union[None, Unset, str] 31 if isinstance(self.dataset_id, Unset): 32 dataset_id = UNSET 33 else: 34 dataset_id = self.dataset_id 35 36 token_lifetime_hours: Union[None, Unset, int] 37 if isinstance(self.token_lifetime_hours, Unset): 38 token_lifetime_hours = UNSET 39 else: 40 token_lifetime_hours = self.token_lifetime_hours 41 42 field_dict: Dict[str, Any] = {} 43 field_dict.update(self.additional_properties) 44 field_dict.update( 45 { 46 "accessType": access_type, 47 } 48 ) 49 if dataset_id is not UNSET: 50 field_dict["datasetId"] = dataset_id 51 if token_lifetime_hours is not UNSET: 52 field_dict["tokenLifetimeHours"] = token_lifetime_hours 53 54 return field_dict 55 56 @classmethod 57 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 58 d = src_dict.copy() 59 access_type = AccessType(d.pop("accessType")) 60 61 def _parse_dataset_id(data: object) -> Union[None, Unset, str]: 62 if data is None: 63 return data 64 if isinstance(data, Unset): 65 return data 66 return cast(Union[None, Unset, str], data) 67 68 dataset_id = _parse_dataset_id(d.pop("datasetId", UNSET)) 69 70 def _parse_token_lifetime_hours(data: object) -> Union[None, Unset, int]: 71 if data is None: 72 return data 73 if isinstance(data, Unset): 74 return data 75 return cast(Union[None, Unset, int], data) 76 77 token_lifetime_hours = _parse_token_lifetime_hours(d.pop("tokenLifetimeHours", UNSET)) 78 79 file_access_request = cls( 80 access_type=access_type, 81 dataset_id=dataset_id, 82 token_lifetime_hours=token_lifetime_hours, 83 ) 84 85 file_access_request.additional_properties = d 86 return file_access_request 87 88 @property 89 def additional_keys(self) -> List[str]: 90 return list(self.additional_properties.keys())
Attributes:
- access_type (AccessType):
- dataset_id (Union[None, Unset, str]):
- token_lifetime_hours (Union[None, Unset, int]):
2def __init__(self, access_type, dataset_id=attr_dict['dataset_id'].default, token_lifetime_hours=attr_dict['token_lifetime_hours'].default): 3 self.access_type = access_type 4 self.dataset_id = dataset_id 5 self.token_lifetime_hours = token_lifetime_hours 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class FileAccessRequest.
27 def to_dict(self) -> Dict[str, Any]: 28 access_type = self.access_type.value 29 30 dataset_id: Union[None, Unset, str] 31 if isinstance(self.dataset_id, Unset): 32 dataset_id = UNSET 33 else: 34 dataset_id = self.dataset_id 35 36 token_lifetime_hours: Union[None, Unset, int] 37 if isinstance(self.token_lifetime_hours, Unset): 38 token_lifetime_hours = UNSET 39 else: 40 token_lifetime_hours = self.token_lifetime_hours 41 42 field_dict: Dict[str, Any] = {} 43 field_dict.update(self.additional_properties) 44 field_dict.update( 45 { 46 "accessType": access_type, 47 } 48 ) 49 if dataset_id is not UNSET: 50 field_dict["datasetId"] = dataset_id 51 if token_lifetime_hours is not UNSET: 52 field_dict["tokenLifetimeHours"] = token_lifetime_hours 53 54 return field_dict
56 @classmethod 57 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 58 d = src_dict.copy() 59 access_type = AccessType(d.pop("accessType")) 60 61 def _parse_dataset_id(data: object) -> Union[None, Unset, str]: 62 if data is None: 63 return data 64 if isinstance(data, Unset): 65 return data 66 return cast(Union[None, Unset, str], data) 67 68 dataset_id = _parse_dataset_id(d.pop("datasetId", UNSET)) 69 70 def _parse_token_lifetime_hours(data: object) -> Union[None, Unset, int]: 71 if data is None: 72 return data 73 if isinstance(data, Unset): 74 return data 75 return cast(Union[None, Unset, int], data) 76 77 token_lifetime_hours = _parse_token_lifetime_hours(d.pop("tokenLifetimeHours", UNSET)) 78 79 file_access_request = cls( 80 access_type=access_type, 81 dataset_id=dataset_id, 82 token_lifetime_hours=token_lifetime_hours, 83 ) 84 85 file_access_request.additional_properties = d 86 return file_access_request
16@_attrs_define 17class FileEntry: 18 """ 19 Attributes: 20 path (Union[Unset, str]): Relative path to file Example: data/fastq/SRX12875516_SRR16674827_1.fastq.gz. 21 size (Union[Unset, int]): File size (in bytes) Example: 1435658507. 22 metadata (Union[Unset, FileEntryMetadata]): Metadata associated with the file Example: {'read': 1}. 23 """ 24 25 path: Union[Unset, str] = UNSET 26 size: Union[Unset, int] = UNSET 27 metadata: Union[Unset, "FileEntryMetadata"] = UNSET 28 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 29 30 def to_dict(self) -> Dict[str, Any]: 31 path = self.path 32 33 size = self.size 34 35 metadata: Union[Unset, Dict[str, Any]] = UNSET 36 if not isinstance(self.metadata, Unset): 37 metadata = self.metadata.to_dict() 38 39 field_dict: Dict[str, Any] = {} 40 field_dict.update(self.additional_properties) 41 field_dict.update({}) 42 if path is not UNSET: 43 field_dict["path"] = path 44 if size is not UNSET: 45 field_dict["size"] = size 46 if metadata is not UNSET: 47 field_dict["metadata"] = metadata 48 49 return field_dict 50 51 @classmethod 52 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 53 from ..models.file_entry_metadata import FileEntryMetadata 54 55 d = src_dict.copy() 56 path = d.pop("path", UNSET) 57 58 size = d.pop("size", UNSET) 59 60 _metadata = d.pop("metadata", UNSET) 61 metadata: Union[Unset, FileEntryMetadata] 62 if isinstance(_metadata, Unset): 63 metadata = UNSET 64 else: 65 metadata = FileEntryMetadata.from_dict(_metadata) 66 67 file_entry = cls( 68 path=path, 69 size=size, 70 metadata=metadata, 71 ) 72 73 file_entry.additional_properties = d 74 return file_entry 75 76 @property 77 def additional_keys(self) -> List[str]: 78 return list(self.additional_properties.keys())
Attributes:
- path (Union[Unset, str]): Relative path to file Example: data/fastq/SRX12875516_SRR16674827_1.fastq.gz.
- size (Union[Unset, int]): File size (in bytes) Example: 1435658507.
- metadata (Union[Unset, FileEntryMetadata]): Metadata associated with the file Example: {'read': 1}.
2def __init__(self, path=attr_dict['path'].default, size=attr_dict['size'].default, metadata=attr_dict['metadata'].default): 3 self.path = path 4 self.size = size 5 self.metadata = metadata 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class FileEntry.
30 def to_dict(self) -> Dict[str, Any]: 31 path = self.path 32 33 size = self.size 34 35 metadata: Union[Unset, Dict[str, Any]] = UNSET 36 if not isinstance(self.metadata, Unset): 37 metadata = self.metadata.to_dict() 38 39 field_dict: Dict[str, Any] = {} 40 field_dict.update(self.additional_properties) 41 field_dict.update({}) 42 if path is not UNSET: 43 field_dict["path"] = path 44 if size is not UNSET: 45 field_dict["size"] = size 46 if metadata is not UNSET: 47 field_dict["metadata"] = metadata 48 49 return field_dict
51 @classmethod 52 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 53 from ..models.file_entry_metadata import FileEntryMetadata 54 55 d = src_dict.copy() 56 path = d.pop("path", UNSET) 57 58 size = d.pop("size", UNSET) 59 60 _metadata = d.pop("metadata", UNSET) 61 metadata: Union[Unset, FileEntryMetadata] 62 if isinstance(_metadata, Unset): 63 metadata = UNSET 64 else: 65 metadata = FileEntryMetadata.from_dict(_metadata) 66 67 file_entry = cls( 68 path=path, 69 size=size, 70 metadata=metadata, 71 ) 72 73 file_entry.additional_properties = d 74 return file_entry
10@_attrs_define 11class FileEntryMetadata: 12 """Metadata associated with the file 13 14 Example: 15 {'read': 1} 16 17 """ 18 19 additional_properties: Dict[str, str] = _attrs_field(init=False, factory=dict) 20 21 def to_dict(self) -> Dict[str, Any]: 22 field_dict: Dict[str, Any] = {} 23 field_dict.update(self.additional_properties) 24 field_dict.update({}) 25 26 return field_dict 27 28 @classmethod 29 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 30 d = src_dict.copy() 31 file_entry_metadata = cls() 32 33 file_entry_metadata.additional_properties = d 34 return file_entry_metadata 35 36 @property 37 def additional_keys(self) -> List[str]: 38 return list(self.additional_properties.keys())
Metadata associated with the file
Example:
{'read': 1}
10@_attrs_define 11class FileNamePattern: 12 """ 13 Attributes: 14 example_name (str): 15 description (str): 16 """ 17 18 example_name: str 19 description: str 20 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 21 22 def to_dict(self) -> Dict[str, Any]: 23 example_name = self.example_name 24 25 description = self.description 26 27 field_dict: Dict[str, Any] = {} 28 field_dict.update(self.additional_properties) 29 field_dict.update( 30 { 31 "exampleName": example_name, 32 "description": description, 33 } 34 ) 35 36 return field_dict 37 38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 example_name = d.pop("exampleName") 42 43 description = d.pop("description") 44 45 file_name_pattern = cls( 46 example_name=example_name, 47 description=description, 48 ) 49 50 file_name_pattern.additional_properties = d 51 return file_name_pattern 52 53 @property 54 def additional_keys(self) -> List[str]: 55 return list(self.additional_properties.keys())
Attributes:
- example_name (str):
- description (str):
2def __init__(self, example_name, description): 3 self.example_name = example_name 4 self.description = description 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class FileNamePattern.
22 def to_dict(self) -> Dict[str, Any]: 23 example_name = self.example_name 24 25 description = self.description 26 27 field_dict: Dict[str, Any] = {} 28 field_dict.update(self.additional_properties) 29 field_dict.update( 30 { 31 "exampleName": example_name, 32 "description": description, 33 } 34 ) 35 36 return field_dict
38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 example_name = d.pop("exampleName") 42 43 description = d.pop("description") 44 45 file_name_pattern = cls( 46 example_name=example_name, 47 description=description, 48 ) 49 50 file_name_pattern.additional_properties = d 51 return file_name_pattern
14@_attrs_define 15class FileRequirements: 16 """ 17 Attributes: 18 files (List[str]): 19 error_msg (str): 20 allowed_data_types (List['AllowedDataType']): 21 """ 22 23 files: List[str] 24 error_msg: str 25 allowed_data_types: List["AllowedDataType"] 26 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 27 28 def to_dict(self) -> Dict[str, Any]: 29 files = self.files 30 31 error_msg = self.error_msg 32 33 allowed_data_types = [] 34 for allowed_data_types_item_data in self.allowed_data_types: 35 allowed_data_types_item = allowed_data_types_item_data.to_dict() 36 allowed_data_types.append(allowed_data_types_item) 37 38 field_dict: Dict[str, Any] = {} 39 field_dict.update(self.additional_properties) 40 field_dict.update( 41 { 42 "files": files, 43 "errorMsg": error_msg, 44 "allowedDataTypes": allowed_data_types, 45 } 46 ) 47 48 return field_dict 49 50 @classmethod 51 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 52 from ..models.allowed_data_type import AllowedDataType 53 54 d = src_dict.copy() 55 files = cast(List[str], d.pop("files")) 56 57 error_msg = d.pop("errorMsg") 58 59 allowed_data_types = [] 60 _allowed_data_types = d.pop("allowedDataTypes") 61 for allowed_data_types_item_data in _allowed_data_types: 62 allowed_data_types_item = AllowedDataType.from_dict(allowed_data_types_item_data) 63 64 allowed_data_types.append(allowed_data_types_item) 65 66 file_requirements = cls( 67 files=files, 68 error_msg=error_msg, 69 allowed_data_types=allowed_data_types, 70 ) 71 72 file_requirements.additional_properties = d 73 return file_requirements 74 75 @property 76 def additional_keys(self) -> List[str]: 77 return list(self.additional_properties.keys())
Attributes:
- files (List[str]):
- error_msg (str):
- allowed_data_types (List['AllowedDataType']):
2def __init__(self, files, error_msg, allowed_data_types): 3 self.files = files 4 self.error_msg = error_msg 5 self.allowed_data_types = allowed_data_types 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class FileRequirements.
28 def to_dict(self) -> Dict[str, Any]: 29 files = self.files 30 31 error_msg = self.error_msg 32 33 allowed_data_types = [] 34 for allowed_data_types_item_data in self.allowed_data_types: 35 allowed_data_types_item = allowed_data_types_item_data.to_dict() 36 allowed_data_types.append(allowed_data_types_item) 37 38 field_dict: Dict[str, Any] = {} 39 field_dict.update(self.additional_properties) 40 field_dict.update( 41 { 42 "files": files, 43 "errorMsg": error_msg, 44 "allowedDataTypes": allowed_data_types, 45 } 46 ) 47 48 return field_dict
50 @classmethod 51 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 52 from ..models.allowed_data_type import AllowedDataType 53 54 d = src_dict.copy() 55 files = cast(List[str], d.pop("files")) 56 57 error_msg = d.pop("errorMsg") 58 59 allowed_data_types = [] 60 _allowed_data_types = d.pop("allowedDataTypes") 61 for allowed_data_types_item_data in _allowed_data_types: 62 allowed_data_types_item = AllowedDataType.from_dict(allowed_data_types_item_data) 63 64 allowed_data_types.append(allowed_data_types_item) 65 66 file_requirements = cls( 67 files=files, 68 error_msg=error_msg, 69 allowed_data_types=allowed_data_types, 70 ) 71 72 file_requirements.additional_properties = d 73 return file_requirements
17@_attrs_define 18class FormSchema: 19 """ 20 Attributes: 21 form (Union[Unset, FormSchemaForm]): JSONSchema representation of the parameters 22 ui (Union[Unset, FormSchemaUi]): Describes how the form should be rendered, see rjsf 23 """ 24 25 form: Union[Unset, "FormSchemaForm"] = UNSET 26 ui: Union[Unset, "FormSchemaUi"] = UNSET 27 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 28 29 def to_dict(self) -> Dict[str, Any]: 30 form: Union[Unset, Dict[str, Any]] = UNSET 31 if not isinstance(self.form, Unset): 32 form = self.form.to_dict() 33 34 ui: Union[Unset, Dict[str, Any]] = UNSET 35 if not isinstance(self.ui, Unset): 36 ui = self.ui.to_dict() 37 38 field_dict: Dict[str, Any] = {} 39 field_dict.update(self.additional_properties) 40 field_dict.update({}) 41 if form is not UNSET: 42 field_dict["form"] = form 43 if ui is not UNSET: 44 field_dict["ui"] = ui 45 46 return field_dict 47 48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 from ..models.form_schema_form import FormSchemaForm 51 from ..models.form_schema_ui import FormSchemaUi 52 53 d = src_dict.copy() 54 _form = d.pop("form", UNSET) 55 form: Union[Unset, FormSchemaForm] 56 if isinstance(_form, Unset): 57 form = UNSET 58 else: 59 form = FormSchemaForm.from_dict(_form) 60 61 _ui = d.pop("ui", UNSET) 62 ui: Union[Unset, FormSchemaUi] 63 if isinstance(_ui, Unset): 64 ui = UNSET 65 else: 66 ui = FormSchemaUi.from_dict(_ui) 67 68 form_schema = cls( 69 form=form, 70 ui=ui, 71 ) 72 73 form_schema.additional_properties = d 74 return form_schema 75 76 @property 77 def additional_keys(self) -> List[str]: 78 return list(self.additional_properties.keys())
Attributes:
- form (Union[Unset, FormSchemaForm]): JSONSchema representation of the parameters
- ui (Union[Unset, FormSchemaUi]): Describes how the form should be rendered, see rjsf
2def __init__(self, form=attr_dict['form'].default, ui=attr_dict['ui'].default): 3 self.form = form 4 self.ui = ui 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class FormSchema.
29 def to_dict(self) -> Dict[str, Any]: 30 form: Union[Unset, Dict[str, Any]] = UNSET 31 if not isinstance(self.form, Unset): 32 form = self.form.to_dict() 33 34 ui: Union[Unset, Dict[str, Any]] = UNSET 35 if not isinstance(self.ui, Unset): 36 ui = self.ui.to_dict() 37 38 field_dict: Dict[str, Any] = {} 39 field_dict.update(self.additional_properties) 40 field_dict.update({}) 41 if form is not UNSET: 42 field_dict["form"] = form 43 if ui is not UNSET: 44 field_dict["ui"] = ui 45 46 return field_dict
48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 from ..models.form_schema_form import FormSchemaForm 51 from ..models.form_schema_ui import FormSchemaUi 52 53 d = src_dict.copy() 54 _form = d.pop("form", UNSET) 55 form: Union[Unset, FormSchemaForm] 56 if isinstance(_form, Unset): 57 form = UNSET 58 else: 59 form = FormSchemaForm.from_dict(_form) 60 61 _ui = d.pop("ui", UNSET) 62 ui: Union[Unset, FormSchemaUi] 63 if isinstance(_ui, Unset): 64 ui = UNSET 65 else: 66 ui = FormSchemaUi.from_dict(_ui) 67 68 form_schema = cls( 69 form=form, 70 ui=ui, 71 ) 72 73 form_schema.additional_properties = d 74 return form_schema
10@_attrs_define 11class FormSchemaForm: 12 """JSONSchema representation of the parameters""" 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 form_schema_form = cls() 27 28 form_schema_form.additional_properties = d 29 return form_schema_form 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
JSONSchema representation of the parameters
10@_attrs_define 11class FormSchemaUi: 12 """Describes how the form should be rendered, see rjsf""" 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 form_schema_ui = cls() 27 28 form_schema_ui.additional_properties = d 29 return form_schema_ui 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
Describes how the form should be rendered, see rjsf
12@_attrs_define 13class GenerateSftpCredentialsRequest: 14 """ 15 Attributes: 16 lifetime_days (Union[Unset, int]): Number of days the credentials are valid for Default: 1. 17 """ 18 19 lifetime_days: Union[Unset, int] = 1 20 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 21 22 def to_dict(self) -> Dict[str, Any]: 23 lifetime_days = self.lifetime_days 24 25 field_dict: Dict[str, Any] = {} 26 field_dict.update(self.additional_properties) 27 field_dict.update({}) 28 if lifetime_days is not UNSET: 29 field_dict["lifetimeDays"] = lifetime_days 30 31 return field_dict 32 33 @classmethod 34 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 35 d = src_dict.copy() 36 lifetime_days = d.pop("lifetimeDays", UNSET) 37 38 generate_sftp_credentials_request = cls( 39 lifetime_days=lifetime_days, 40 ) 41 42 generate_sftp_credentials_request.additional_properties = d 43 return generate_sftp_credentials_request 44 45 @property 46 def additional_keys(self) -> List[str]: 47 return list(self.additional_properties.keys())
Attributes:
- lifetime_days (Union[Unset, int]): Number of days the credentials are valid for Default: 1.
2def __init__(self, lifetime_days=attr_dict['lifetime_days'].default): 3 self.lifetime_days = lifetime_days 4 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class GenerateSftpCredentialsRequest.
33 @classmethod 34 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 35 d = src_dict.copy() 36 lifetime_days = d.pop("lifetimeDays", UNSET) 37 38 generate_sftp_credentials_request = cls( 39 lifetime_days=lifetime_days, 40 ) 41 42 generate_sftp_credentials_request.additional_properties = d 43 return generate_sftp_credentials_request
14@_attrs_define 15class GetExecutionLogsResponse: 16 """ 17 Attributes: 18 events (List['LogEntry']): 19 """ 20 21 events: List["LogEntry"] 22 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 23 24 def to_dict(self) -> Dict[str, Any]: 25 events = [] 26 for events_item_data in self.events: 27 events_item = events_item_data.to_dict() 28 events.append(events_item) 29 30 field_dict: Dict[str, Any] = {} 31 field_dict.update(self.additional_properties) 32 field_dict.update( 33 { 34 "events": events, 35 } 36 ) 37 38 return field_dict 39 40 @classmethod 41 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 42 from ..models.log_entry import LogEntry 43 44 d = src_dict.copy() 45 events = [] 46 _events = d.pop("events") 47 for events_item_data in _events: 48 events_item = LogEntry.from_dict(events_item_data) 49 50 events.append(events_item) 51 52 get_execution_logs_response = cls( 53 events=events, 54 ) 55 56 get_execution_logs_response.additional_properties = d 57 return get_execution_logs_response 58 59 @property 60 def additional_keys(self) -> List[str]: 61 return list(self.additional_properties.keys())
Attributes:
- events (List['LogEntry']):
2def __init__(self, events): 3 self.events = events 4 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class GetExecutionLogsResponse.
24 def to_dict(self) -> Dict[str, Any]: 25 events = [] 26 for events_item_data in self.events: 27 events_item = events_item_data.to_dict() 28 events.append(events_item) 29 30 field_dict: Dict[str, Any] = {} 31 field_dict.update(self.additional_properties) 32 field_dict.update( 33 { 34 "events": events, 35 } 36 ) 37 38 return field_dict
40 @classmethod 41 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 42 from ..models.log_entry import LogEntry 43 44 d = src_dict.copy() 45 events = [] 46 _events = d.pop("events") 47 for events_item_data in _events: 48 events_item = LogEntry.from_dict(events_item_data) 49 50 events.append(events_item) 51 52 get_execution_logs_response = cls( 53 events=events, 54 ) 55 56 get_execution_logs_response.additional_properties = d 57 return get_execution_logs_response
14@_attrs_define 15class GetProjectSummaryResponse200: 16 """ """ 17 18 additional_properties: Dict[str, List["Task"]] = _attrs_field(init=False, factory=dict) 19 20 def to_dict(self) -> Dict[str, Any]: 21 field_dict: Dict[str, Any] = {} 22 for prop_name, prop in self.additional_properties.items(): 23 field_dict[prop_name] = [] 24 for additional_property_item_data in prop: 25 additional_property_item = additional_property_item_data.to_dict() 26 field_dict[prop_name].append(additional_property_item) 27 28 field_dict.update({}) 29 30 return field_dict 31 32 @classmethod 33 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 34 from ..models.task import Task 35 36 d = src_dict.copy() 37 get_project_summary_response_200 = cls() 38 39 additional_properties = {} 40 for prop_name, prop_dict in d.items(): 41 additional_property = [] 42 _additional_property = prop_dict 43 for additional_property_item_data in _additional_property: 44 additional_property_item = Task.from_dict(additional_property_item_data) 45 46 additional_property.append(additional_property_item) 47 48 additional_properties[prop_name] = additional_property 49 50 get_project_summary_response_200.additional_properties = additional_properties 51 return get_project_summary_response_200 52 53 @property 54 def additional_keys(self) -> List[str]: 55 return list(self.additional_properties.keys())
20 def to_dict(self) -> Dict[str, Any]: 21 field_dict: Dict[str, Any] = {} 22 for prop_name, prop in self.additional_properties.items(): 23 field_dict[prop_name] = [] 24 for additional_property_item_data in prop: 25 additional_property_item = additional_property_item_data.to_dict() 26 field_dict[prop_name].append(additional_property_item) 27 28 field_dict.update({}) 29 30 return field_dict
32 @classmethod 33 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 34 from ..models.task import Task 35 36 d = src_dict.copy() 37 get_project_summary_response_200 = cls() 38 39 additional_properties = {} 40 for prop_name, prop_dict in d.items(): 41 additional_property = [] 42 _additional_property = prop_dict 43 for additional_property_item_data in _additional_property: 44 additional_property_item = Task.from_dict(additional_property_item_data) 45 46 additional_property.append(additional_property_item) 47 48 additional_properties[prop_name] = additional_property 49 50 get_project_summary_response_200.additional_properties = additional_properties 51 return get_project_summary_response_200
12@_attrs_define 13class ImportDataRequest: 14 """ 15 Attributes: 16 name (str): Name of the dataset 17 public_ids (List[str]): 18 description (Union[Unset, str]): Description of the dataset 19 """ 20 21 name: str 22 public_ids: List[str] 23 description: Union[Unset, str] = UNSET 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 public_ids = self.public_ids 30 31 description = self.description 32 33 field_dict: Dict[str, Any] = {} 34 field_dict.update(self.additional_properties) 35 field_dict.update( 36 { 37 "name": name, 38 "publicIds": public_ids, 39 } 40 ) 41 if description is not UNSET: 42 field_dict["description"] = description 43 44 return field_dict 45 46 @classmethod 47 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 48 d = src_dict.copy() 49 name = d.pop("name") 50 51 public_ids = cast(List[str], d.pop("publicIds")) 52 53 description = d.pop("description", UNSET) 54 55 import_data_request = cls( 56 name=name, 57 public_ids=public_ids, 58 description=description, 59 ) 60 61 import_data_request.additional_properties = d 62 return import_data_request 63 64 @property 65 def additional_keys(self) -> List[str]: 66 return list(self.additional_properties.keys())
Attributes:
- name (str): Name of the dataset
- public_ids (List[str]):
- description (Union[Unset, str]): Description of the dataset
2def __init__(self, name, public_ids, description=attr_dict['description'].default): 3 self.name = name 4 self.public_ids = public_ids 5 self.description = description 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ImportDataRequest.
26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 public_ids = self.public_ids 30 31 description = self.description 32 33 field_dict: Dict[str, Any] = {} 34 field_dict.update(self.additional_properties) 35 field_dict.update( 36 { 37 "name": name, 38 "publicIds": public_ids, 39 } 40 ) 41 if description is not UNSET: 42 field_dict["description"] = description 43 44 return field_dict
46 @classmethod 47 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 48 d = src_dict.copy() 49 name = d.pop("name") 50 51 public_ids = cast(List[str], d.pop("publicIds")) 52 53 description = d.pop("description", UNSET) 54 55 import_data_request = cls( 56 name=name, 57 public_ids=public_ids, 58 description=description, 59 ) 60 61 import_data_request.additional_properties = d 62 return import_data_request
10@_attrs_define 11class InviteUserRequest: 12 """ 13 Attributes: 14 name (str): 15 organization (str): 16 email (str): 17 """ 18 19 name: str 20 organization: str 21 email: str 22 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 23 24 def to_dict(self) -> Dict[str, Any]: 25 name = self.name 26 27 organization = self.organization 28 29 email = self.email 30 31 field_dict: Dict[str, Any] = {} 32 field_dict.update(self.additional_properties) 33 field_dict.update( 34 { 35 "name": name, 36 "organization": organization, 37 "email": email, 38 } 39 ) 40 41 return field_dict 42 43 @classmethod 44 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 45 d = src_dict.copy() 46 name = d.pop("name") 47 48 organization = d.pop("organization") 49 50 email = d.pop("email") 51 52 invite_user_request = cls( 53 name=name, 54 organization=organization, 55 email=email, 56 ) 57 58 invite_user_request.additional_properties = d 59 return invite_user_request 60 61 @property 62 def additional_keys(self) -> List[str]: 63 return list(self.additional_properties.keys())
Attributes:
- name (str):
- organization (str):
- email (str):
2def __init__(self, name, organization, email): 3 self.name = name 4 self.organization = organization 5 self.email = email 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class InviteUserRequest.
24 def to_dict(self) -> Dict[str, Any]: 25 name = self.name 26 27 organization = self.organization 28 29 email = self.email 30 31 field_dict: Dict[str, Any] = {} 32 field_dict.update(self.additional_properties) 33 field_dict.update( 34 { 35 "name": name, 36 "organization": organization, 37 "email": email, 38 } 39 ) 40 41 return field_dict
43 @classmethod 44 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 45 d = src_dict.copy() 46 name = d.pop("name") 47 48 organization = d.pop("organization") 49 50 email = d.pop("email") 51 52 invite_user_request = cls( 53 name=name, 54 organization=organization, 55 email=email, 56 ) 57 58 invite_user_request.additional_properties = d 59 return invite_user_request
10@_attrs_define 11class InviteUserResponse: 12 """ 13 Attributes: 14 message (str): 15 """ 16 17 message: str 18 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 19 20 def to_dict(self) -> Dict[str, Any]: 21 message = self.message 22 23 field_dict: Dict[str, Any] = {} 24 field_dict.update(self.additional_properties) 25 field_dict.update( 26 { 27 "message": message, 28 } 29 ) 30 31 return field_dict 32 33 @classmethod 34 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 35 d = src_dict.copy() 36 message = d.pop("message") 37 38 invite_user_response = cls( 39 message=message, 40 ) 41 42 invite_user_response.additional_properties = d 43 return invite_user_response 44 45 @property 46 def additional_keys(self) -> List[str]: 47 return list(self.additional_properties.keys())
Attributes:
- message (str):
2def __init__(self, message): 3 self.message = message 4 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class InviteUserResponse.
12@_attrs_define 13class LogEntry: 14 """ 15 Attributes: 16 message (str): 17 timestamp (Union[Unset, int]): UNIX timestamp in milliseconds, might be blank if we don't have this info 18 """ 19 20 message: str 21 timestamp: Union[Unset, int] = UNSET 22 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 23 24 def to_dict(self) -> Dict[str, Any]: 25 message = self.message 26 27 timestamp = self.timestamp 28 29 field_dict: Dict[str, Any] = {} 30 field_dict.update(self.additional_properties) 31 field_dict.update( 32 { 33 "message": message, 34 } 35 ) 36 if timestamp is not UNSET: 37 field_dict["timestamp"] = timestamp 38 39 return field_dict 40 41 @classmethod 42 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 43 d = src_dict.copy() 44 message = d.pop("message") 45 46 timestamp = d.pop("timestamp", UNSET) 47 48 log_entry = cls( 49 message=message, 50 timestamp=timestamp, 51 ) 52 53 log_entry.additional_properties = d 54 return log_entry 55 56 @property 57 def additional_keys(self) -> List[str]: 58 return list(self.additional_properties.keys())
Attributes:
- message (str):
- timestamp (Union[Unset, int]): UNIX timestamp in milliseconds, might be blank if we don't have this info
2def __init__(self, message, timestamp=attr_dict['timestamp'].default): 3 self.message = message 4 self.timestamp = timestamp 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class LogEntry.
24 def to_dict(self) -> Dict[str, Any]: 25 message = self.message 26 27 timestamp = self.timestamp 28 29 field_dict: Dict[str, Any] = {} 30 field_dict.update(self.additional_properties) 31 field_dict.update( 32 { 33 "message": message, 34 } 35 ) 36 if timestamp is not UNSET: 37 field_dict["timestamp"] = timestamp 38 39 return field_dict
41 @classmethod 42 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 43 d = src_dict.copy() 44 message = d.pop("message") 45 46 timestamp = d.pop("timestamp", UNSET) 47 48 log_entry = cls( 49 message=message, 50 timestamp=timestamp, 51 ) 52 53 log_entry.additional_properties = d 54 return log_entry
10@_attrs_define 11class LoginProvider: 12 """ 13 Attributes: 14 id (str): 15 name (str): 16 description (str): 17 logo_url (str): 18 """ 19 20 id: str 21 name: str 22 description: str 23 logo_url: str 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 id = self.id 28 29 name = self.name 30 31 description = self.description 32 33 logo_url = self.logo_url 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "id": id, 40 "name": name, 41 "description": description, 42 "logoUrl": logo_url, 43 } 44 ) 45 46 return field_dict 47 48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 id = d.pop("id") 52 53 name = d.pop("name") 54 55 description = d.pop("description") 56 57 logo_url = d.pop("logoUrl") 58 59 login_provider = cls( 60 id=id, 61 name=name, 62 description=description, 63 logo_url=logo_url, 64 ) 65 66 login_provider.additional_properties = d 67 return login_provider 68 69 @property 70 def additional_keys(self) -> List[str]: 71 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- description (str):
- logo_url (str):
2def __init__(self, id, name, description, logo_url): 3 self.id = id 4 self.name = name 5 self.description = description 6 self.logo_url = logo_url 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class LoginProvider.
26 def to_dict(self) -> Dict[str, Any]: 27 id = self.id 28 29 name = self.name 30 31 description = self.description 32 33 logo_url = self.logo_url 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "id": id, 40 "name": name, 41 "description": description, 42 "logoUrl": logo_url, 43 } 44 ) 45 46 return field_dict
48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 id = d.pop("id") 52 53 name = d.pop("name") 54 55 description = d.pop("description") 56 57 logo_url = d.pop("logoUrl") 58 59 login_provider = cls( 60 id=id, 61 name=name, 62 description=description, 63 logo_url=logo_url, 64 ) 65 66 login_provider.additional_properties = d 67 return login_provider
18@_attrs_define 19class MetricRecord: 20 """ 21 Attributes: 22 unit (str): 23 date (Union[Unset, datetime.date]): Date in ISO 8601 format 24 services (Union[Unset, MetricRecordServices]): Map of service names to metric value Example: {'Amazon Simple 25 Storage Service': 24.91}. 26 """ 27 28 unit: str 29 date: Union[Unset, datetime.date] = UNSET 30 services: Union[Unset, "MetricRecordServices"] = UNSET 31 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 32 33 def to_dict(self) -> Dict[str, Any]: 34 unit = self.unit 35 36 date: Union[Unset, str] = UNSET 37 if not isinstance(self.date, Unset): 38 date = self.date.isoformat() 39 40 services: Union[Unset, Dict[str, Any]] = UNSET 41 if not isinstance(self.services, Unset): 42 services = self.services.to_dict() 43 44 field_dict: Dict[str, Any] = {} 45 field_dict.update(self.additional_properties) 46 field_dict.update( 47 { 48 "unit": unit, 49 } 50 ) 51 if date is not UNSET: 52 field_dict["date"] = date 53 if services is not UNSET: 54 field_dict["services"] = services 55 56 return field_dict 57 58 @classmethod 59 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 60 from ..models.metric_record_services import MetricRecordServices 61 62 d = src_dict.copy() 63 unit = d.pop("unit") 64 65 _date = d.pop("date", UNSET) 66 date: Union[Unset, datetime.date] 67 if isinstance(_date, Unset): 68 date = UNSET 69 else: 70 date = isoparse(_date).date() 71 72 _services = d.pop("services", UNSET) 73 services: Union[Unset, MetricRecordServices] 74 if isinstance(_services, Unset): 75 services = UNSET 76 else: 77 services = MetricRecordServices.from_dict(_services) 78 79 metric_record = cls( 80 unit=unit, 81 date=date, 82 services=services, 83 ) 84 85 metric_record.additional_properties = d 86 return metric_record 87 88 @property 89 def additional_keys(self) -> List[str]: 90 return list(self.additional_properties.keys())
Attributes:
- unit (str):
- date (Union[Unset, datetime.date]): Date in ISO 8601 format
- services (Union[Unset, MetricRecordServices]): Map of service names to metric value Example: {'Amazon Simple Storage Service': 24.91}.
2def __init__(self, unit, date=attr_dict['date'].default, services=attr_dict['services'].default): 3 self.unit = unit 4 self.date = date 5 self.services = services 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class MetricRecord.
33 def to_dict(self) -> Dict[str, Any]: 34 unit = self.unit 35 36 date: Union[Unset, str] = UNSET 37 if not isinstance(self.date, Unset): 38 date = self.date.isoformat() 39 40 services: Union[Unset, Dict[str, Any]] = UNSET 41 if not isinstance(self.services, Unset): 42 services = self.services.to_dict() 43 44 field_dict: Dict[str, Any] = {} 45 field_dict.update(self.additional_properties) 46 field_dict.update( 47 { 48 "unit": unit, 49 } 50 ) 51 if date is not UNSET: 52 field_dict["date"] = date 53 if services is not UNSET: 54 field_dict["services"] = services 55 56 return field_dict
58 @classmethod 59 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 60 from ..models.metric_record_services import MetricRecordServices 61 62 d = src_dict.copy() 63 unit = d.pop("unit") 64 65 _date = d.pop("date", UNSET) 66 date: Union[Unset, datetime.date] 67 if isinstance(_date, Unset): 68 date = UNSET 69 else: 70 date = isoparse(_date).date() 71 72 _services = d.pop("services", UNSET) 73 services: Union[Unset, MetricRecordServices] 74 if isinstance(_services, Unset): 75 services = UNSET 76 else: 77 services = MetricRecordServices.from_dict(_services) 78 79 metric_record = cls( 80 unit=unit, 81 date=date, 82 services=services, 83 ) 84 85 metric_record.additional_properties = d 86 return metric_record
10@_attrs_define 11class MetricRecordServices: 12 """Map of service names to metric value 13 14 Example: 15 {'Amazon Simple Storage Service': 24.91} 16 17 """ 18 19 additional_properties: Dict[str, float] = _attrs_field(init=False, factory=dict) 20 21 def to_dict(self) -> Dict[str, Any]: 22 field_dict: Dict[str, Any] = {} 23 field_dict.update(self.additional_properties) 24 field_dict.update({}) 25 26 return field_dict 27 28 @classmethod 29 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 30 d = src_dict.copy() 31 metric_record_services = cls() 32 33 metric_record_services.additional_properties = d 34 return metric_record_services 35 36 @property 37 def additional_keys(self) -> List[str]: 38 return list(self.additional_properties.keys())
Map of service names to metric value
Example:
{'Amazon Simple Storage Service': 24.91}
14@_attrs_define 15class NotebookInstance: 16 """ 17 Attributes: 18 id (str): 19 name (str): 20 status (Status): 21 status_message (str): 22 instance_type (str): 23 accelerator_types (List[str]): 24 volume_size_gb (int): 25 created_by (str): 26 created_at (datetime.datetime): 27 updated_at (datetime.datetime): 28 """ 29 30 id: str 31 name: str 32 status: Status 33 status_message: str 34 instance_type: str 35 accelerator_types: List[str] 36 volume_size_gb: int 37 created_by: str 38 created_at: datetime.datetime 39 updated_at: datetime.datetime 40 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 41 42 def to_dict(self) -> Dict[str, Any]: 43 id = self.id 44 45 name = self.name 46 47 status = self.status.value 48 49 status_message = self.status_message 50 51 instance_type = self.instance_type 52 53 accelerator_types = self.accelerator_types 54 55 volume_size_gb = self.volume_size_gb 56 57 created_by = self.created_by 58 59 created_at = self.created_at.isoformat() 60 61 updated_at = self.updated_at.isoformat() 62 63 field_dict: Dict[str, Any] = {} 64 field_dict.update(self.additional_properties) 65 field_dict.update( 66 { 67 "id": id, 68 "name": name, 69 "status": status, 70 "statusMessage": status_message, 71 "instanceType": instance_type, 72 "acceleratorTypes": accelerator_types, 73 "volumeSizeGB": volume_size_gb, 74 "createdBy": created_by, 75 "createdAt": created_at, 76 "updatedAt": updated_at, 77 } 78 ) 79 80 return field_dict 81 82 @classmethod 83 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 84 d = src_dict.copy() 85 id = d.pop("id") 86 87 name = d.pop("name") 88 89 status = Status(d.pop("status")) 90 91 status_message = d.pop("statusMessage") 92 93 instance_type = d.pop("instanceType") 94 95 accelerator_types = cast(List[str], d.pop("acceleratorTypes")) 96 97 volume_size_gb = d.pop("volumeSizeGB") 98 99 created_by = d.pop("createdBy") 100 101 created_at = isoparse(d.pop("createdAt")) 102 103 updated_at = isoparse(d.pop("updatedAt")) 104 105 notebook_instance = cls( 106 id=id, 107 name=name, 108 status=status, 109 status_message=status_message, 110 instance_type=instance_type, 111 accelerator_types=accelerator_types, 112 volume_size_gb=volume_size_gb, 113 created_by=created_by, 114 created_at=created_at, 115 updated_at=updated_at, 116 ) 117 118 notebook_instance.additional_properties = d 119 return notebook_instance 120 121 @property 122 def additional_keys(self) -> List[str]: 123 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- status (Status):
- status_message (str):
- instance_type (str):
- accelerator_types (List[str]):
- volume_size_gb (int):
- created_by (str):
- created_at (datetime.datetime):
- updated_at (datetime.datetime):
2def __init__(self, id, name, status, status_message, instance_type, accelerator_types, volume_size_gb, created_by, created_at, updated_at): 3 self.id = id 4 self.name = name 5 self.status = status 6 self.status_message = status_message 7 self.instance_type = instance_type 8 self.accelerator_types = accelerator_types 9 self.volume_size_gb = volume_size_gb 10 self.created_by = created_by 11 self.created_at = created_at 12 self.updated_at = updated_at 13 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class NotebookInstance.
42 def to_dict(self) -> Dict[str, Any]: 43 id = self.id 44 45 name = self.name 46 47 status = self.status.value 48 49 status_message = self.status_message 50 51 instance_type = self.instance_type 52 53 accelerator_types = self.accelerator_types 54 55 volume_size_gb = self.volume_size_gb 56 57 created_by = self.created_by 58 59 created_at = self.created_at.isoformat() 60 61 updated_at = self.updated_at.isoformat() 62 63 field_dict: Dict[str, Any] = {} 64 field_dict.update(self.additional_properties) 65 field_dict.update( 66 { 67 "id": id, 68 "name": name, 69 "status": status, 70 "statusMessage": status_message, 71 "instanceType": instance_type, 72 "acceleratorTypes": accelerator_types, 73 "volumeSizeGB": volume_size_gb, 74 "createdBy": created_by, 75 "createdAt": created_at, 76 "updatedAt": updated_at, 77 } 78 ) 79 80 return field_dict
82 @classmethod 83 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 84 d = src_dict.copy() 85 id = d.pop("id") 86 87 name = d.pop("name") 88 89 status = Status(d.pop("status")) 90 91 status_message = d.pop("statusMessage") 92 93 instance_type = d.pop("instanceType") 94 95 accelerator_types = cast(List[str], d.pop("acceleratorTypes")) 96 97 volume_size_gb = d.pop("volumeSizeGB") 98 99 created_by = d.pop("createdBy") 100 101 created_at = isoparse(d.pop("createdAt")) 102 103 updated_at = isoparse(d.pop("updatedAt")) 104 105 notebook_instance = cls( 106 id=id, 107 name=name, 108 status=status, 109 status_message=status_message, 110 instance_type=instance_type, 111 accelerator_types=accelerator_types, 112 volume_size_gb=volume_size_gb, 113 created_by=created_by, 114 created_at=created_at, 115 updated_at=updated_at, 116 ) 117 118 notebook_instance.additional_properties = d 119 return notebook_instance
10@_attrs_define 11class NotebookInstanceStatusResponse: 12 """ 13 Attributes: 14 status (str): 15 status_message (str): 16 """ 17 18 status: str 19 status_message: str 20 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 21 22 def to_dict(self) -> Dict[str, Any]: 23 status = self.status 24 25 status_message = self.status_message 26 27 field_dict: Dict[str, Any] = {} 28 field_dict.update(self.additional_properties) 29 field_dict.update( 30 { 31 "status": status, 32 "statusMessage": status_message, 33 } 34 ) 35 36 return field_dict 37 38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 status = d.pop("status") 42 43 status_message = d.pop("statusMessage") 44 45 notebook_instance_status_response = cls( 46 status=status, 47 status_message=status_message, 48 ) 49 50 notebook_instance_status_response.additional_properties = d 51 return notebook_instance_status_response 52 53 @property 54 def additional_keys(self) -> List[str]: 55 return list(self.additional_properties.keys())
Attributes:
- status (str):
- status_message (str):
2def __init__(self, status, status_message): 3 self.status = status 4 self.status_message = status_message 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class NotebookInstanceStatusResponse.
22 def to_dict(self) -> Dict[str, Any]: 23 status = self.status 24 25 status_message = self.status_message 26 27 field_dict: Dict[str, Any] = {} 28 field_dict.update(self.additional_properties) 29 field_dict.update( 30 { 31 "status": status, 32 "statusMessage": status_message, 33 } 34 ) 35 36 return field_dict
38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 status = d.pop("status") 42 43 status_message = d.pop("statusMessage") 44 45 notebook_instance_status_response = cls( 46 status=status, 47 status_message=status_message, 48 ) 49 50 notebook_instance_status_response.additional_properties = d 51 return notebook_instance_status_response
10@_attrs_define 11class OpenNotebookInstanceResponse: 12 """ 13 Attributes: 14 url (str): 15 message (str): 16 """ 17 18 url: str 19 message: str 20 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 21 22 def to_dict(self) -> Dict[str, Any]: 23 url = self.url 24 25 message = self.message 26 27 field_dict: Dict[str, Any] = {} 28 field_dict.update(self.additional_properties) 29 field_dict.update( 30 { 31 "url": url, 32 "message": message, 33 } 34 ) 35 36 return field_dict 37 38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 url = d.pop("url") 42 43 message = d.pop("message") 44 45 open_notebook_instance_response = cls( 46 url=url, 47 message=message, 48 ) 49 50 open_notebook_instance_response.additional_properties = d 51 return open_notebook_instance_response 52 53 @property 54 def additional_keys(self) -> List[str]: 55 return list(self.additional_properties.keys())
Attributes:
- url (str):
- message (str):
2def __init__(self, url, message): 3 self.url = url 4 self.message = message 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class OpenNotebookInstanceResponse.
38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 url = d.pop("url") 42 43 message = d.pop("message") 44 45 open_notebook_instance_response = cls( 46 url=url, 47 message=message, 48 ) 49 50 open_notebook_instance_response.additional_properties = d 51 return open_notebook_instance_response
14@_attrs_define 15class PaginatedResponseDatasetListDto: 16 """ 17 Attributes: 18 data (List['Dataset']): 19 next_token (str): 20 """ 21 22 data: List["Dataset"] 23 next_token: str 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 data = [] 28 for data_item_data in self.data: 29 data_item = data_item_data.to_dict() 30 data.append(data_item) 31 32 next_token = self.next_token 33 34 field_dict: Dict[str, Any] = {} 35 field_dict.update(self.additional_properties) 36 field_dict.update( 37 { 38 "data": data, 39 "nextToken": next_token, 40 } 41 ) 42 43 return field_dict 44 45 @classmethod 46 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 47 from ..models.dataset import Dataset 48 49 d = src_dict.copy() 50 data = [] 51 _data = d.pop("data") 52 for data_item_data in _data: 53 data_item = Dataset.from_dict(data_item_data) 54 55 data.append(data_item) 56 57 next_token = d.pop("nextToken") 58 59 paginated_response_dataset_list_dto = cls( 60 data=data, 61 next_token=next_token, 62 ) 63 64 paginated_response_dataset_list_dto.additional_properties = d 65 return paginated_response_dataset_list_dto 66 67 @property 68 def additional_keys(self) -> List[str]: 69 return list(self.additional_properties.keys())
Attributes:
- data (List['Dataset']):
- next_token (str):
2def __init__(self, data, next_token): 3 self.data = data 4 self.next_token = next_token 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class PaginatedResponseDatasetListDto.
26 def to_dict(self) -> Dict[str, Any]: 27 data = [] 28 for data_item_data in self.data: 29 data_item = data_item_data.to_dict() 30 data.append(data_item) 31 32 next_token = self.next_token 33 34 field_dict: Dict[str, Any] = {} 35 field_dict.update(self.additional_properties) 36 field_dict.update( 37 { 38 "data": data, 39 "nextToken": next_token, 40 } 41 ) 42 43 return field_dict
45 @classmethod 46 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 47 from ..models.dataset import Dataset 48 49 d = src_dict.copy() 50 data = [] 51 _data = d.pop("data") 52 for data_item_data in _data: 53 data_item = Dataset.from_dict(data_item_data) 54 55 data.append(data_item) 56 57 next_token = d.pop("nextToken") 58 59 paginated_response_dataset_list_dto = cls( 60 data=data, 61 next_token=next_token, 62 ) 63 64 paginated_response_dataset_list_dto.additional_properties = d 65 return paginated_response_dataset_list_dto
14@_attrs_define 15class PaginatedResponseSampleDto: 16 """ 17 Attributes: 18 data (List['Sample']): 19 next_token (str): 20 """ 21 22 data: List["Sample"] 23 next_token: str 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 data = [] 28 for data_item_data in self.data: 29 data_item = data_item_data.to_dict() 30 data.append(data_item) 31 32 next_token = self.next_token 33 34 field_dict: Dict[str, Any] = {} 35 field_dict.update(self.additional_properties) 36 field_dict.update( 37 { 38 "data": data, 39 "nextToken": next_token, 40 } 41 ) 42 43 return field_dict 44 45 @classmethod 46 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 47 from ..models.sample import Sample 48 49 d = src_dict.copy() 50 data = [] 51 _data = d.pop("data") 52 for data_item_data in _data: 53 data_item = Sample.from_dict(data_item_data) 54 55 data.append(data_item) 56 57 next_token = d.pop("nextToken") 58 59 paginated_response_sample_dto = cls( 60 data=data, 61 next_token=next_token, 62 ) 63 64 paginated_response_sample_dto.additional_properties = d 65 return paginated_response_sample_dto 66 67 @property 68 def additional_keys(self) -> List[str]: 69 return list(self.additional_properties.keys())
Attributes:
- data (List['Sample']):
- next_token (str):
2def __init__(self, data, next_token): 3 self.data = data 4 self.next_token = next_token 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class PaginatedResponseSampleDto.
26 def to_dict(self) -> Dict[str, Any]: 27 data = [] 28 for data_item_data in self.data: 29 data_item = data_item_data.to_dict() 30 data.append(data_item) 31 32 next_token = self.next_token 33 34 field_dict: Dict[str, Any] = {} 35 field_dict.update(self.additional_properties) 36 field_dict.update( 37 { 38 "data": data, 39 "nextToken": next_token, 40 } 41 ) 42 43 return field_dict
45 @classmethod 46 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 47 from ..models.sample import Sample 48 49 d = src_dict.copy() 50 data = [] 51 _data = d.pop("data") 52 for data_item_data in _data: 53 data_item = Sample.from_dict(data_item_data) 54 55 data.append(data_item) 56 57 next_token = d.pop("nextToken") 58 59 paginated_response_sample_dto = cls( 60 data=data, 61 next_token=next_token, 62 ) 63 64 paginated_response_sample_dto.additional_properties = d 65 return paginated_response_sample_dto
12@_attrs_define 13class PipelineCode: 14 """Used to describe the pipeline analysis code, not required for ingest processes 15 16 Attributes: 17 repository_path (str): GitHub repository which contains the workflow code Example: nf-core/rnaseq. 18 version (str): Branch, tag, or commit hash of the pipeline code Example: main. 19 repository_type (RepositoryType): Type of repository 20 entry_point (str): Main script for running the pipeline Example: main.nf. 21 """ 22 23 repository_path: str 24 version: str 25 repository_type: RepositoryType 26 entry_point: str 27 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 28 29 def to_dict(self) -> Dict[str, Any]: 30 repository_path = self.repository_path 31 32 version = self.version 33 34 repository_type = self.repository_type.value 35 36 entry_point = self.entry_point 37 38 field_dict: Dict[str, Any] = {} 39 field_dict.update(self.additional_properties) 40 field_dict.update( 41 { 42 "repositoryPath": repository_path, 43 "version": version, 44 "repositoryType": repository_type, 45 "entryPoint": entry_point, 46 } 47 ) 48 49 return field_dict 50 51 @classmethod 52 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 53 d = src_dict.copy() 54 repository_path = d.pop("repositoryPath") 55 56 version = d.pop("version") 57 58 repository_type = RepositoryType(d.pop("repositoryType")) 59 60 entry_point = d.pop("entryPoint") 61 62 pipeline_code = cls( 63 repository_path=repository_path, 64 version=version, 65 repository_type=repository_type, 66 entry_point=entry_point, 67 ) 68 69 pipeline_code.additional_properties = d 70 return pipeline_code 71 72 @property 73 def additional_keys(self) -> List[str]: 74 return list(self.additional_properties.keys())
Used to describe the pipeline analysis code, not required for ingest processes
Attributes:
- repository_path (str): GitHub repository which contains the workflow code Example: nf-core/rnaseq.
- version (str): Branch, tag, or commit hash of the pipeline code Example: main.
- repository_type (RepositoryType): Type of repository
- entry_point (str): Main script for running the pipeline Example: main.nf.
2def __init__(self, repository_path, version, repository_type, entry_point): 3 self.repository_path = repository_path 4 self.version = version 5 self.repository_type = repository_type 6 self.entry_point = entry_point 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class PipelineCode.
29 def to_dict(self) -> Dict[str, Any]: 30 repository_path = self.repository_path 31 32 version = self.version 33 34 repository_type = self.repository_type.value 35 36 entry_point = self.entry_point 37 38 field_dict: Dict[str, Any] = {} 39 field_dict.update(self.additional_properties) 40 field_dict.update( 41 { 42 "repositoryPath": repository_path, 43 "version": version, 44 "repositoryType": repository_type, 45 "entryPoint": entry_point, 46 } 47 ) 48 49 return field_dict
51 @classmethod 52 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 53 d = src_dict.copy() 54 repository_path = d.pop("repositoryPath") 55 56 version = d.pop("version") 57 58 repository_type = RepositoryType(d.pop("repositoryType")) 59 60 entry_point = d.pop("entryPoint") 61 62 pipeline_code = cls( 63 repository_path=repository_path, 64 version=version, 65 repository_type=repository_type, 66 entry_point=entry_point, 67 ) 68 69 pipeline_code.additional_properties = d 70 return pipeline_code
14@_attrs_define 15class PortalErrorResponse: 16 """ 17 Attributes: 18 status_code (int): 19 error_code (str): 20 error_detail (str): 21 errors (List['ErrorMessage']): 22 """ 23 24 status_code: int 25 error_code: str 26 error_detail: str 27 errors: List["ErrorMessage"] 28 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 29 30 def to_dict(self) -> Dict[str, Any]: 31 status_code = self.status_code 32 33 error_code = self.error_code 34 35 error_detail = self.error_detail 36 37 errors = [] 38 for errors_item_data in self.errors: 39 errors_item = errors_item_data.to_dict() 40 errors.append(errors_item) 41 42 field_dict: Dict[str, Any] = {} 43 field_dict.update(self.additional_properties) 44 field_dict.update( 45 { 46 "statusCode": status_code, 47 "errorCode": error_code, 48 "errorDetail": error_detail, 49 "errors": errors, 50 } 51 ) 52 53 return field_dict 54 55 @classmethod 56 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 57 from ..models.error_message import ErrorMessage 58 59 d = src_dict.copy() 60 status_code = d.pop("statusCode") 61 62 error_code = d.pop("errorCode") 63 64 error_detail = d.pop("errorDetail") 65 66 errors = [] 67 _errors = d.pop("errors") 68 for errors_item_data in _errors: 69 errors_item = ErrorMessage.from_dict(errors_item_data) 70 71 errors.append(errors_item) 72 73 portal_error_response = cls( 74 status_code=status_code, 75 error_code=error_code, 76 error_detail=error_detail, 77 errors=errors, 78 ) 79 80 portal_error_response.additional_properties = d 81 return portal_error_response 82 83 @property 84 def additional_keys(self) -> List[str]: 85 return list(self.additional_properties.keys())
Attributes:
- status_code (int):
- error_code (str):
- error_detail (str):
- errors (List['ErrorMessage']):
2def __init__(self, status_code, error_code, error_detail, errors): 3 self.status_code = status_code 4 self.error_code = error_code 5 self.error_detail = error_detail 6 self.errors = errors 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class PortalErrorResponse.
30 def to_dict(self) -> Dict[str, Any]: 31 status_code = self.status_code 32 33 error_code = self.error_code 34 35 error_detail = self.error_detail 36 37 errors = [] 38 for errors_item_data in self.errors: 39 errors_item = errors_item_data.to_dict() 40 errors.append(errors_item) 41 42 field_dict: Dict[str, Any] = {} 43 field_dict.update(self.additional_properties) 44 field_dict.update( 45 { 46 "statusCode": status_code, 47 "errorCode": error_code, 48 "errorDetail": error_detail, 49 "errors": errors, 50 } 51 ) 52 53 return field_dict
55 @classmethod 56 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 57 from ..models.error_message import ErrorMessage 58 59 d = src_dict.copy() 60 status_code = d.pop("statusCode") 61 62 error_code = d.pop("errorCode") 63 64 error_detail = d.pop("errorDetail") 65 66 errors = [] 67 _errors = d.pop("errors") 68 for errors_item_data in _errors: 69 errors_item = ErrorMessage.from_dict(errors_item_data) 70 71 errors.append(errors_item) 72 73 portal_error_response = cls( 74 status_code=status_code, 75 error_code=error_code, 76 error_detail=error_detail, 77 errors=errors, 78 ) 79 80 portal_error_response.additional_properties = d 81 return portal_error_response
13@_attrs_define 14class Process: 15 """ 16 Attributes: 17 id (str): Unique ID of the Process Example: process-hutch-magic_flute-1_0. 18 name (str): Friendly name for the process Example: MAGeCK Flute. 19 executor (Executor): How the workflow is executed 20 description (Union[Unset, str]): Example: MAGeCK Flute enables accurate identification of essential genes with 21 their related biological functions. 22 data_type (Union[None, Unset, str]): Name of the data type this pipeline produces (if it is not defined, use the 23 name) 24 documentation_url (Union[Unset, str]): Link to pipeline documentation Example: 25 https://docs.cirro.bio/pipelines/catalog_targeted_sequencing/#crispr-screen-analysis. 26 file_requirements_message (Union[Unset, str]): Description of the files to be uploaded (optional) 27 child_process_ids (Union[Unset, List[str]]): IDs of pipelines that can be run downstream 28 parent_process_ids (Union[Unset, List[str]]): IDs of pipelines that can run this pipeline 29 owner (Union[Unset, str]): Username of the pipeline creator (blank if Cirro curated) 30 linked_project_ids (Union[Unset, List[str]]): Projects that can run this pipeline 31 allow_multiple_sources (Union[Unset, bool]): Whether the pipeline is allowed to have multiple dataset sources 32 is_archived (Union[Unset, bool]): Whether the pipeline is marked as archived 33 """ 34 35 id: str 36 name: str 37 executor: Executor 38 description: Union[Unset, str] = UNSET 39 data_type: Union[None, Unset, str] = UNSET 40 documentation_url: Union[Unset, str] = UNSET 41 file_requirements_message: Union[Unset, str] = UNSET 42 child_process_ids: Union[Unset, List[str]] = UNSET 43 parent_process_ids: Union[Unset, List[str]] = UNSET 44 owner: Union[Unset, str] = UNSET 45 linked_project_ids: Union[Unset, List[str]] = UNSET 46 allow_multiple_sources: Union[Unset, bool] = UNSET 47 is_archived: Union[Unset, bool] = UNSET 48 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 49 50 def to_dict(self) -> Dict[str, Any]: 51 id = self.id 52 53 name = self.name 54 55 executor = self.executor.value 56 57 description = self.description 58 59 data_type: Union[None, Unset, str] 60 if isinstance(self.data_type, Unset): 61 data_type = UNSET 62 else: 63 data_type = self.data_type 64 65 documentation_url = self.documentation_url 66 67 file_requirements_message = self.file_requirements_message 68 69 child_process_ids: Union[Unset, List[str]] = UNSET 70 if not isinstance(self.child_process_ids, Unset): 71 child_process_ids = self.child_process_ids 72 73 parent_process_ids: Union[Unset, List[str]] = UNSET 74 if not isinstance(self.parent_process_ids, Unset): 75 parent_process_ids = self.parent_process_ids 76 77 owner = self.owner 78 79 linked_project_ids: Union[Unset, List[str]] = UNSET 80 if not isinstance(self.linked_project_ids, Unset): 81 linked_project_ids = self.linked_project_ids 82 83 allow_multiple_sources = self.allow_multiple_sources 84 85 is_archived = self.is_archived 86 87 field_dict: Dict[str, Any] = {} 88 field_dict.update(self.additional_properties) 89 field_dict.update( 90 { 91 "id": id, 92 "name": name, 93 "executor": executor, 94 } 95 ) 96 if description is not UNSET: 97 field_dict["description"] = description 98 if data_type is not UNSET: 99 field_dict["dataType"] = data_type 100 if documentation_url is not UNSET: 101 field_dict["documentationUrl"] = documentation_url 102 if file_requirements_message is not UNSET: 103 field_dict["fileRequirementsMessage"] = file_requirements_message 104 if child_process_ids is not UNSET: 105 field_dict["childProcessIds"] = child_process_ids 106 if parent_process_ids is not UNSET: 107 field_dict["parentProcessIds"] = parent_process_ids 108 if owner is not UNSET: 109 field_dict["owner"] = owner 110 if linked_project_ids is not UNSET: 111 field_dict["linkedProjectIds"] = linked_project_ids 112 if allow_multiple_sources is not UNSET: 113 field_dict["allowMultipleSources"] = allow_multiple_sources 114 if is_archived is not UNSET: 115 field_dict["isArchived"] = is_archived 116 117 return field_dict 118 119 @classmethod 120 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 121 d = src_dict.copy() 122 id = d.pop("id") 123 124 name = d.pop("name") 125 126 executor = Executor(d.pop("executor")) 127 128 description = d.pop("description", UNSET) 129 130 def _parse_data_type(data: object) -> Union[None, Unset, str]: 131 if data is None: 132 return data 133 if isinstance(data, Unset): 134 return data 135 return cast(Union[None, Unset, str], data) 136 137 data_type = _parse_data_type(d.pop("dataType", UNSET)) 138 139 documentation_url = d.pop("documentationUrl", UNSET) 140 141 file_requirements_message = d.pop("fileRequirementsMessage", UNSET) 142 143 child_process_ids = cast(List[str], d.pop("childProcessIds", UNSET)) 144 145 parent_process_ids = cast(List[str], d.pop("parentProcessIds", UNSET)) 146 147 owner = d.pop("owner", UNSET) 148 149 linked_project_ids = cast(List[str], d.pop("linkedProjectIds", UNSET)) 150 151 allow_multiple_sources = d.pop("allowMultipleSources", UNSET) 152 153 is_archived = d.pop("isArchived", UNSET) 154 155 process = cls( 156 id=id, 157 name=name, 158 executor=executor, 159 description=description, 160 data_type=data_type, 161 documentation_url=documentation_url, 162 file_requirements_message=file_requirements_message, 163 child_process_ids=child_process_ids, 164 parent_process_ids=parent_process_ids, 165 owner=owner, 166 linked_project_ids=linked_project_ids, 167 allow_multiple_sources=allow_multiple_sources, 168 is_archived=is_archived, 169 ) 170 171 process.additional_properties = d 172 return process 173 174 @property 175 def additional_keys(self) -> List[str]: 176 return list(self.additional_properties.keys())
Attributes:
- id (str): Unique ID of the Process Example: process-hutch-magic_flute-1_0.
- name (str): Friendly name for the process Example: MAGeCK Flute.
- executor (Executor): How the workflow is executed
- description (Union[Unset, str]): Example: MAGeCK Flute enables accurate identification of essential genes with their related biological functions.
- data_type (Union[None, Unset, str]): Name of the data type this pipeline produces (if it is not defined, use the name)
- documentation_url (Union[Unset, str]): Link to pipeline documentation Example: https://docs.cirro.bio/pipelines/catalog_targeted_sequencing/#crispr-screen-analysis.
- file_requirements_message (Union[Unset, str]): Description of the files to be uploaded (optional)
- child_process_ids (Union[Unset, List[str]]): IDs of pipelines that can be run downstream
- parent_process_ids (Union[Unset, List[str]]): IDs of pipelines that can run this pipeline
- owner (Union[Unset, str]): Username of the pipeline creator (blank if Cirro curated)
- linked_project_ids (Union[Unset, List[str]]): Projects that can run this pipeline
- allow_multiple_sources (Union[Unset, bool]): Whether the pipeline is allowed to have multiple dataset sources
- is_archived (Union[Unset, bool]): Whether the pipeline is marked as archived
2def __init__(self, id, name, executor, description=attr_dict['description'].default, data_type=attr_dict['data_type'].default, documentation_url=attr_dict['documentation_url'].default, file_requirements_message=attr_dict['file_requirements_message'].default, child_process_ids=attr_dict['child_process_ids'].default, parent_process_ids=attr_dict['parent_process_ids'].default, owner=attr_dict['owner'].default, linked_project_ids=attr_dict['linked_project_ids'].default, allow_multiple_sources=attr_dict['allow_multiple_sources'].default, is_archived=attr_dict['is_archived'].default): 3 self.id = id 4 self.name = name 5 self.executor = executor 6 self.description = description 7 self.data_type = data_type 8 self.documentation_url = documentation_url 9 self.file_requirements_message = file_requirements_message 10 self.child_process_ids = child_process_ids 11 self.parent_process_ids = parent_process_ids 12 self.owner = owner 13 self.linked_project_ids = linked_project_ids 14 self.allow_multiple_sources = allow_multiple_sources 15 self.is_archived = is_archived 16 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Process.
50 def to_dict(self) -> Dict[str, Any]: 51 id = self.id 52 53 name = self.name 54 55 executor = self.executor.value 56 57 description = self.description 58 59 data_type: Union[None, Unset, str] 60 if isinstance(self.data_type, Unset): 61 data_type = UNSET 62 else: 63 data_type = self.data_type 64 65 documentation_url = self.documentation_url 66 67 file_requirements_message = self.file_requirements_message 68 69 child_process_ids: Union[Unset, List[str]] = UNSET 70 if not isinstance(self.child_process_ids, Unset): 71 child_process_ids = self.child_process_ids 72 73 parent_process_ids: Union[Unset, List[str]] = UNSET 74 if not isinstance(self.parent_process_ids, Unset): 75 parent_process_ids = self.parent_process_ids 76 77 owner = self.owner 78 79 linked_project_ids: Union[Unset, List[str]] = UNSET 80 if not isinstance(self.linked_project_ids, Unset): 81 linked_project_ids = self.linked_project_ids 82 83 allow_multiple_sources = self.allow_multiple_sources 84 85 is_archived = self.is_archived 86 87 field_dict: Dict[str, Any] = {} 88 field_dict.update(self.additional_properties) 89 field_dict.update( 90 { 91 "id": id, 92 "name": name, 93 "executor": executor, 94 } 95 ) 96 if description is not UNSET: 97 field_dict["description"] = description 98 if data_type is not UNSET: 99 field_dict["dataType"] = data_type 100 if documentation_url is not UNSET: 101 field_dict["documentationUrl"] = documentation_url 102 if file_requirements_message is not UNSET: 103 field_dict["fileRequirementsMessage"] = file_requirements_message 104 if child_process_ids is not UNSET: 105 field_dict["childProcessIds"] = child_process_ids 106 if parent_process_ids is not UNSET: 107 field_dict["parentProcessIds"] = parent_process_ids 108 if owner is not UNSET: 109 field_dict["owner"] = owner 110 if linked_project_ids is not UNSET: 111 field_dict["linkedProjectIds"] = linked_project_ids 112 if allow_multiple_sources is not UNSET: 113 field_dict["allowMultipleSources"] = allow_multiple_sources 114 if is_archived is not UNSET: 115 field_dict["isArchived"] = is_archived 116 117 return field_dict
119 @classmethod 120 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 121 d = src_dict.copy() 122 id = d.pop("id") 123 124 name = d.pop("name") 125 126 executor = Executor(d.pop("executor")) 127 128 description = d.pop("description", UNSET) 129 130 def _parse_data_type(data: object) -> Union[None, Unset, str]: 131 if data is None: 132 return data 133 if isinstance(data, Unset): 134 return data 135 return cast(Union[None, Unset, str], data) 136 137 data_type = _parse_data_type(d.pop("dataType", UNSET)) 138 139 documentation_url = d.pop("documentationUrl", UNSET) 140 141 file_requirements_message = d.pop("fileRequirementsMessage", UNSET) 142 143 child_process_ids = cast(List[str], d.pop("childProcessIds", UNSET)) 144 145 parent_process_ids = cast(List[str], d.pop("parentProcessIds", UNSET)) 146 147 owner = d.pop("owner", UNSET) 148 149 linked_project_ids = cast(List[str], d.pop("linkedProjectIds", UNSET)) 150 151 allow_multiple_sources = d.pop("allowMultipleSources", UNSET) 152 153 is_archived = d.pop("isArchived", UNSET) 154 155 process = cls( 156 id=id, 157 name=name, 158 executor=executor, 159 description=description, 160 data_type=data_type, 161 documentation_url=documentation_url, 162 file_requirements_message=file_requirements_message, 163 child_process_ids=child_process_ids, 164 parent_process_ids=parent_process_ids, 165 owner=owner, 166 linked_project_ids=linked_project_ids, 167 allow_multiple_sources=allow_multiple_sources, 168 is_archived=is_archived, 169 ) 170 171 process.additional_properties = d 172 return process
18@_attrs_define 19class ProcessDetail: 20 """ 21 Attributes: 22 id (str): Unique ID of the Process Example: process-hutch-magic_flute-1_0. 23 name (str): Friendly name for the process Example: MAGeCK Flute. 24 description (str): Example: MAGeCK Flute enables accurate identification of essential genes with their related 25 biological functions. 26 executor (Executor): How the workflow is executed 27 child_process_ids (List[str]): IDs of pipelines that can be run downstream 28 parent_process_ids (List[str]): IDs of pipelines that can run this pipeline 29 linked_project_ids (List[str]): Projects that can run this pipeline 30 data_type (Union[None, Unset, str]): Name of the data type this pipeline produces (if it is not defined, use the 31 name) 32 documentation_url (Union[None, Unset, str]): Link to pipeline documentation Example: 33 https://docs.cirro.bio/pipelines/catalog_targeted_sequencing/#crispr-screen-analysis. 34 file_requirements_message (Union[None, Unset, str]): Description of the files to be uploaded (optional) 35 pipeline_code (Union['PipelineCode', None, Unset]): 36 owner (Union[None, Unset, str]): Username of the pipeline creator (blank if Cirro curated) 37 allow_multiple_sources (Union[Unset, bool]): Whether the pipeline is allowed to have multiple dataset sources 38 custom_settings (Union['CustomPipelineSettings', None, Unset]): 39 is_archived (Union[Unset, bool]): Whether the process is marked for removal 40 """ 41 42 id: str 43 name: str 44 description: str 45 executor: Executor 46 child_process_ids: List[str] 47 parent_process_ids: List[str] 48 linked_project_ids: List[str] 49 data_type: Union[None, Unset, str] = UNSET 50 documentation_url: Union[None, Unset, str] = UNSET 51 file_requirements_message: Union[None, Unset, str] = UNSET 52 pipeline_code: Union["PipelineCode", None, Unset] = UNSET 53 owner: Union[None, Unset, str] = UNSET 54 allow_multiple_sources: Union[Unset, bool] = UNSET 55 custom_settings: Union["CustomPipelineSettings", None, Unset] = UNSET 56 is_archived: Union[Unset, bool] = UNSET 57 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 58 59 def to_dict(self) -> Dict[str, Any]: 60 from ..models.custom_pipeline_settings import CustomPipelineSettings 61 from ..models.pipeline_code import PipelineCode 62 63 id = self.id 64 65 name = self.name 66 67 description = self.description 68 69 executor = self.executor.value 70 71 child_process_ids = self.child_process_ids 72 73 parent_process_ids = self.parent_process_ids 74 75 linked_project_ids = self.linked_project_ids 76 77 data_type: Union[None, Unset, str] 78 if isinstance(self.data_type, Unset): 79 data_type = UNSET 80 else: 81 data_type = self.data_type 82 83 documentation_url: Union[None, Unset, str] 84 if isinstance(self.documentation_url, Unset): 85 documentation_url = UNSET 86 else: 87 documentation_url = self.documentation_url 88 89 file_requirements_message: Union[None, Unset, str] 90 if isinstance(self.file_requirements_message, Unset): 91 file_requirements_message = UNSET 92 else: 93 file_requirements_message = self.file_requirements_message 94 95 pipeline_code: Union[Dict[str, Any], None, Unset] 96 if isinstance(self.pipeline_code, Unset): 97 pipeline_code = UNSET 98 elif isinstance(self.pipeline_code, PipelineCode): 99 pipeline_code = self.pipeline_code.to_dict() 100 else: 101 pipeline_code = self.pipeline_code 102 103 owner: Union[None, Unset, str] 104 if isinstance(self.owner, Unset): 105 owner = UNSET 106 else: 107 owner = self.owner 108 109 allow_multiple_sources = self.allow_multiple_sources 110 111 custom_settings: Union[Dict[str, Any], None, Unset] 112 if isinstance(self.custom_settings, Unset): 113 custom_settings = UNSET 114 elif isinstance(self.custom_settings, CustomPipelineSettings): 115 custom_settings = self.custom_settings.to_dict() 116 else: 117 custom_settings = self.custom_settings 118 119 is_archived = self.is_archived 120 121 field_dict: Dict[str, Any] = {} 122 field_dict.update(self.additional_properties) 123 field_dict.update( 124 { 125 "id": id, 126 "name": name, 127 "description": description, 128 "executor": executor, 129 "childProcessIds": child_process_ids, 130 "parentProcessIds": parent_process_ids, 131 "linkedProjectIds": linked_project_ids, 132 } 133 ) 134 if data_type is not UNSET: 135 field_dict["dataType"] = data_type 136 if documentation_url is not UNSET: 137 field_dict["documentationUrl"] = documentation_url 138 if file_requirements_message is not UNSET: 139 field_dict["fileRequirementsMessage"] = file_requirements_message 140 if pipeline_code is not UNSET: 141 field_dict["pipelineCode"] = pipeline_code 142 if owner is not UNSET: 143 field_dict["owner"] = owner 144 if allow_multiple_sources is not UNSET: 145 field_dict["allowMultipleSources"] = allow_multiple_sources 146 if custom_settings is not UNSET: 147 field_dict["customSettings"] = custom_settings 148 if is_archived is not UNSET: 149 field_dict["isArchived"] = is_archived 150 151 return field_dict 152 153 @classmethod 154 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 155 from ..models.custom_pipeline_settings import CustomPipelineSettings 156 from ..models.pipeline_code import PipelineCode 157 158 d = src_dict.copy() 159 id = d.pop("id") 160 161 name = d.pop("name") 162 163 description = d.pop("description") 164 165 executor = Executor(d.pop("executor")) 166 167 child_process_ids = cast(List[str], d.pop("childProcessIds")) 168 169 parent_process_ids = cast(List[str], d.pop("parentProcessIds")) 170 171 linked_project_ids = cast(List[str], d.pop("linkedProjectIds")) 172 173 def _parse_data_type(data: object) -> Union[None, Unset, str]: 174 if data is None: 175 return data 176 if isinstance(data, Unset): 177 return data 178 return cast(Union[None, Unset, str], data) 179 180 data_type = _parse_data_type(d.pop("dataType", UNSET)) 181 182 def _parse_documentation_url(data: object) -> Union[None, Unset, str]: 183 if data is None: 184 return data 185 if isinstance(data, Unset): 186 return data 187 return cast(Union[None, Unset, str], data) 188 189 documentation_url = _parse_documentation_url(d.pop("documentationUrl", UNSET)) 190 191 def _parse_file_requirements_message(data: object) -> Union[None, Unset, str]: 192 if data is None: 193 return data 194 if isinstance(data, Unset): 195 return data 196 return cast(Union[None, Unset, str], data) 197 198 file_requirements_message = _parse_file_requirements_message(d.pop("fileRequirementsMessage", UNSET)) 199 200 def _parse_pipeline_code(data: object) -> Union["PipelineCode", None, Unset]: 201 if data is None: 202 return data 203 if isinstance(data, Unset): 204 return data 205 try: 206 if not isinstance(data, dict): 207 raise TypeError() 208 pipeline_code_type_1 = PipelineCode.from_dict(data) 209 210 return pipeline_code_type_1 211 except: # noqa: E722 212 pass 213 return cast(Union["PipelineCode", None, Unset], data) 214 215 pipeline_code = _parse_pipeline_code(d.pop("pipelineCode", UNSET)) 216 217 def _parse_owner(data: object) -> Union[None, Unset, str]: 218 if data is None: 219 return data 220 if isinstance(data, Unset): 221 return data 222 return cast(Union[None, Unset, str], data) 223 224 owner = _parse_owner(d.pop("owner", UNSET)) 225 226 allow_multiple_sources = d.pop("allowMultipleSources", UNSET) 227 228 def _parse_custom_settings(data: object) -> Union["CustomPipelineSettings", None, Unset]: 229 if data is None: 230 return data 231 if isinstance(data, Unset): 232 return data 233 try: 234 if not isinstance(data, dict): 235 raise TypeError() 236 custom_settings_type_1 = CustomPipelineSettings.from_dict(data) 237 238 return custom_settings_type_1 239 except: # noqa: E722 240 pass 241 return cast(Union["CustomPipelineSettings", None, Unset], data) 242 243 custom_settings = _parse_custom_settings(d.pop("customSettings", UNSET)) 244 245 is_archived = d.pop("isArchived", UNSET) 246 247 process_detail = cls( 248 id=id, 249 name=name, 250 description=description, 251 executor=executor, 252 child_process_ids=child_process_ids, 253 parent_process_ids=parent_process_ids, 254 linked_project_ids=linked_project_ids, 255 data_type=data_type, 256 documentation_url=documentation_url, 257 file_requirements_message=file_requirements_message, 258 pipeline_code=pipeline_code, 259 owner=owner, 260 allow_multiple_sources=allow_multiple_sources, 261 custom_settings=custom_settings, 262 is_archived=is_archived, 263 ) 264 265 process_detail.additional_properties = d 266 return process_detail 267 268 @property 269 def additional_keys(self) -> List[str]: 270 return list(self.additional_properties.keys())
Attributes:
- id (str): Unique ID of the Process Example: process-hutch-magic_flute-1_0.
- name (str): Friendly name for the process Example: MAGeCK Flute.
- description (str): Example: MAGeCK Flute enables accurate identification of essential genes with their related biological functions.
- executor (Executor): How the workflow is executed
- child_process_ids (List[str]): IDs of pipelines that can be run downstream
- parent_process_ids (List[str]): IDs of pipelines that can run this pipeline
- linked_project_ids (List[str]): Projects that can run this pipeline
- data_type (Union[None, Unset, str]): Name of the data type this pipeline produces (if it is not defined, use the name)
- documentation_url (Union[None, Unset, str]): Link to pipeline documentation Example: https://docs.cirro.bio/pipelines/catalog_targeted_sequencing/#crispr-screen-analysis.
- file_requirements_message (Union[None, Unset, str]): Description of the files to be uploaded (optional)
- pipeline_code (Union['PipelineCode', None, Unset]):
- owner (Union[None, Unset, str]): Username of the pipeline creator (blank if Cirro curated)
- allow_multiple_sources (Union[Unset, bool]): Whether the pipeline is allowed to have multiple dataset sources
- custom_settings (Union['CustomPipelineSettings', None, Unset]):
- is_archived (Union[Unset, bool]): Whether the process is marked for removal
2def __init__(self, id, name, description, executor, child_process_ids, parent_process_ids, linked_project_ids, data_type=attr_dict['data_type'].default, documentation_url=attr_dict['documentation_url'].default, file_requirements_message=attr_dict['file_requirements_message'].default, pipeline_code=attr_dict['pipeline_code'].default, owner=attr_dict['owner'].default, allow_multiple_sources=attr_dict['allow_multiple_sources'].default, custom_settings=attr_dict['custom_settings'].default, is_archived=attr_dict['is_archived'].default): 3 self.id = id 4 self.name = name 5 self.description = description 6 self.executor = executor 7 self.child_process_ids = child_process_ids 8 self.parent_process_ids = parent_process_ids 9 self.linked_project_ids = linked_project_ids 10 self.data_type = data_type 11 self.documentation_url = documentation_url 12 self.file_requirements_message = file_requirements_message 13 self.pipeline_code = pipeline_code 14 self.owner = owner 15 self.allow_multiple_sources = allow_multiple_sources 16 self.custom_settings = custom_settings 17 self.is_archived = is_archived 18 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ProcessDetail.
59 def to_dict(self) -> Dict[str, Any]: 60 from ..models.custom_pipeline_settings import CustomPipelineSettings 61 from ..models.pipeline_code import PipelineCode 62 63 id = self.id 64 65 name = self.name 66 67 description = self.description 68 69 executor = self.executor.value 70 71 child_process_ids = self.child_process_ids 72 73 parent_process_ids = self.parent_process_ids 74 75 linked_project_ids = self.linked_project_ids 76 77 data_type: Union[None, Unset, str] 78 if isinstance(self.data_type, Unset): 79 data_type = UNSET 80 else: 81 data_type = self.data_type 82 83 documentation_url: Union[None, Unset, str] 84 if isinstance(self.documentation_url, Unset): 85 documentation_url = UNSET 86 else: 87 documentation_url = self.documentation_url 88 89 file_requirements_message: Union[None, Unset, str] 90 if isinstance(self.file_requirements_message, Unset): 91 file_requirements_message = UNSET 92 else: 93 file_requirements_message = self.file_requirements_message 94 95 pipeline_code: Union[Dict[str, Any], None, Unset] 96 if isinstance(self.pipeline_code, Unset): 97 pipeline_code = UNSET 98 elif isinstance(self.pipeline_code, PipelineCode): 99 pipeline_code = self.pipeline_code.to_dict() 100 else: 101 pipeline_code = self.pipeline_code 102 103 owner: Union[None, Unset, str] 104 if isinstance(self.owner, Unset): 105 owner = UNSET 106 else: 107 owner = self.owner 108 109 allow_multiple_sources = self.allow_multiple_sources 110 111 custom_settings: Union[Dict[str, Any], None, Unset] 112 if isinstance(self.custom_settings, Unset): 113 custom_settings = UNSET 114 elif isinstance(self.custom_settings, CustomPipelineSettings): 115 custom_settings = self.custom_settings.to_dict() 116 else: 117 custom_settings = self.custom_settings 118 119 is_archived = self.is_archived 120 121 field_dict: Dict[str, Any] = {} 122 field_dict.update(self.additional_properties) 123 field_dict.update( 124 { 125 "id": id, 126 "name": name, 127 "description": description, 128 "executor": executor, 129 "childProcessIds": child_process_ids, 130 "parentProcessIds": parent_process_ids, 131 "linkedProjectIds": linked_project_ids, 132 } 133 ) 134 if data_type is not UNSET: 135 field_dict["dataType"] = data_type 136 if documentation_url is not UNSET: 137 field_dict["documentationUrl"] = documentation_url 138 if file_requirements_message is not UNSET: 139 field_dict["fileRequirementsMessage"] = file_requirements_message 140 if pipeline_code is not UNSET: 141 field_dict["pipelineCode"] = pipeline_code 142 if owner is not UNSET: 143 field_dict["owner"] = owner 144 if allow_multiple_sources is not UNSET: 145 field_dict["allowMultipleSources"] = allow_multiple_sources 146 if custom_settings is not UNSET: 147 field_dict["customSettings"] = custom_settings 148 if is_archived is not UNSET: 149 field_dict["isArchived"] = is_archived 150 151 return field_dict
153 @classmethod 154 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 155 from ..models.custom_pipeline_settings import CustomPipelineSettings 156 from ..models.pipeline_code import PipelineCode 157 158 d = src_dict.copy() 159 id = d.pop("id") 160 161 name = d.pop("name") 162 163 description = d.pop("description") 164 165 executor = Executor(d.pop("executor")) 166 167 child_process_ids = cast(List[str], d.pop("childProcessIds")) 168 169 parent_process_ids = cast(List[str], d.pop("parentProcessIds")) 170 171 linked_project_ids = cast(List[str], d.pop("linkedProjectIds")) 172 173 def _parse_data_type(data: object) -> Union[None, Unset, str]: 174 if data is None: 175 return data 176 if isinstance(data, Unset): 177 return data 178 return cast(Union[None, Unset, str], data) 179 180 data_type = _parse_data_type(d.pop("dataType", UNSET)) 181 182 def _parse_documentation_url(data: object) -> Union[None, Unset, str]: 183 if data is None: 184 return data 185 if isinstance(data, Unset): 186 return data 187 return cast(Union[None, Unset, str], data) 188 189 documentation_url = _parse_documentation_url(d.pop("documentationUrl", UNSET)) 190 191 def _parse_file_requirements_message(data: object) -> Union[None, Unset, str]: 192 if data is None: 193 return data 194 if isinstance(data, Unset): 195 return data 196 return cast(Union[None, Unset, str], data) 197 198 file_requirements_message = _parse_file_requirements_message(d.pop("fileRequirementsMessage", UNSET)) 199 200 def _parse_pipeline_code(data: object) -> Union["PipelineCode", None, Unset]: 201 if data is None: 202 return data 203 if isinstance(data, Unset): 204 return data 205 try: 206 if not isinstance(data, dict): 207 raise TypeError() 208 pipeline_code_type_1 = PipelineCode.from_dict(data) 209 210 return pipeline_code_type_1 211 except: # noqa: E722 212 pass 213 return cast(Union["PipelineCode", None, Unset], data) 214 215 pipeline_code = _parse_pipeline_code(d.pop("pipelineCode", UNSET)) 216 217 def _parse_owner(data: object) -> Union[None, Unset, str]: 218 if data is None: 219 return data 220 if isinstance(data, Unset): 221 return data 222 return cast(Union[None, Unset, str], data) 223 224 owner = _parse_owner(d.pop("owner", UNSET)) 225 226 allow_multiple_sources = d.pop("allowMultipleSources", UNSET) 227 228 def _parse_custom_settings(data: object) -> Union["CustomPipelineSettings", None, Unset]: 229 if data is None: 230 return data 231 if isinstance(data, Unset): 232 return data 233 try: 234 if not isinstance(data, dict): 235 raise TypeError() 236 custom_settings_type_1 = CustomPipelineSettings.from_dict(data) 237 238 return custom_settings_type_1 239 except: # noqa: E722 240 pass 241 return cast(Union["CustomPipelineSettings", None, Unset], data) 242 243 custom_settings = _parse_custom_settings(d.pop("customSettings", UNSET)) 244 245 is_archived = d.pop("isArchived", UNSET) 246 247 process_detail = cls( 248 id=id, 249 name=name, 250 description=description, 251 executor=executor, 252 child_process_ids=child_process_ids, 253 parent_process_ids=parent_process_ids, 254 linked_project_ids=linked_project_ids, 255 data_type=data_type, 256 documentation_url=documentation_url, 257 file_requirements_message=file_requirements_message, 258 pipeline_code=pipeline_code, 259 owner=owner, 260 allow_multiple_sources=allow_multiple_sources, 261 custom_settings=custom_settings, 262 is_archived=is_archived, 263 ) 264 265 process_detail.additional_properties = d 266 return process_detail
16@_attrs_define 17class Project: 18 """ 19 Attributes: 20 id (str): 21 name (str): 22 description (str): 23 status (Status): 24 tags (List['Tag']): 25 billing_account_id (str): 26 """ 27 28 id: str 29 name: str 30 description: str 31 status: Status 32 tags: List["Tag"] 33 billing_account_id: str 34 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 35 36 def to_dict(self) -> Dict[str, Any]: 37 id = self.id 38 39 name = self.name 40 41 description = self.description 42 43 status = self.status.value 44 45 tags = [] 46 for tags_item_data in self.tags: 47 tags_item = tags_item_data.to_dict() 48 tags.append(tags_item) 49 50 billing_account_id = self.billing_account_id 51 52 field_dict: Dict[str, Any] = {} 53 field_dict.update(self.additional_properties) 54 field_dict.update( 55 { 56 "id": id, 57 "name": name, 58 "description": description, 59 "status": status, 60 "tags": tags, 61 "billingAccountId": billing_account_id, 62 } 63 ) 64 65 return field_dict 66 67 @classmethod 68 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 69 from ..models.tag import Tag 70 71 d = src_dict.copy() 72 id = d.pop("id") 73 74 name = d.pop("name") 75 76 description = d.pop("description") 77 78 status = Status(d.pop("status")) 79 80 tags = [] 81 _tags = d.pop("tags") 82 for tags_item_data in _tags: 83 tags_item = Tag.from_dict(tags_item_data) 84 85 tags.append(tags_item) 86 87 billing_account_id = d.pop("billingAccountId") 88 89 project = cls( 90 id=id, 91 name=name, 92 description=description, 93 status=status, 94 tags=tags, 95 billing_account_id=billing_account_id, 96 ) 97 98 project.additional_properties = d 99 return project 100 101 @property 102 def additional_keys(self) -> List[str]: 103 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- description (str):
- status (Status):
- tags (List['Tag']):
- billing_account_id (str):
2def __init__(self, id, name, description, status, tags, billing_account_id): 3 self.id = id 4 self.name = name 5 self.description = description 6 self.status = status 7 self.tags = tags 8 self.billing_account_id = billing_account_id 9 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Project.
36 def to_dict(self) -> Dict[str, Any]: 37 id = self.id 38 39 name = self.name 40 41 description = self.description 42 43 status = self.status.value 44 45 tags = [] 46 for tags_item_data in self.tags: 47 tags_item = tags_item_data.to_dict() 48 tags.append(tags_item) 49 50 billing_account_id = self.billing_account_id 51 52 field_dict: Dict[str, Any] = {} 53 field_dict.update(self.additional_properties) 54 field_dict.update( 55 { 56 "id": id, 57 "name": name, 58 "description": description, 59 "status": status, 60 "tags": tags, 61 "billingAccountId": billing_account_id, 62 } 63 ) 64 65 return field_dict
67 @classmethod 68 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 69 from ..models.tag import Tag 70 71 d = src_dict.copy() 72 id = d.pop("id") 73 74 name = d.pop("name") 75 76 description = d.pop("description") 77 78 status = Status(d.pop("status")) 79 80 tags = [] 81 _tags = d.pop("tags") 82 for tags_item_data in _tags: 83 tags_item = Tag.from_dict(tags_item_data) 84 85 tags.append(tags_item) 86 87 billing_account_id = d.pop("billingAccountId") 88 89 project = cls( 90 id=id, 91 name=name, 92 description=description, 93 status=status, 94 tags=tags, 95 billing_account_id=billing_account_id, 96 ) 97 98 project.additional_properties = d 99 return project
20@_attrs_define 21class ProjectDetail: 22 """ 23 Attributes: 24 id (str): 25 name (str): 26 description (str): 27 billing_account_id (str): 28 contacts (List['Contact']): 29 status (Status): 30 settings (ProjectSettings): 31 status_message (str): 32 tags (List['Tag']): 33 created_by (str): 34 created_at (datetime.datetime): 35 updated_at (datetime.datetime): 36 """ 37 38 id: str 39 name: str 40 description: str 41 billing_account_id: str 42 contacts: List["Contact"] 43 status: Status 44 settings: "ProjectSettings" 45 status_message: str 46 tags: List["Tag"] 47 created_by: str 48 created_at: datetime.datetime 49 updated_at: datetime.datetime 50 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 51 52 def to_dict(self) -> Dict[str, Any]: 53 id = self.id 54 55 name = self.name 56 57 description = self.description 58 59 billing_account_id = self.billing_account_id 60 61 contacts = [] 62 for contacts_item_data in self.contacts: 63 contacts_item = contacts_item_data.to_dict() 64 contacts.append(contacts_item) 65 66 status = self.status.value 67 68 settings = self.settings.to_dict() 69 70 status_message = self.status_message 71 72 tags = [] 73 for tags_item_data in self.tags: 74 tags_item = tags_item_data.to_dict() 75 tags.append(tags_item) 76 77 created_by = self.created_by 78 79 created_at = self.created_at.isoformat() 80 81 updated_at = self.updated_at.isoformat() 82 83 field_dict: Dict[str, Any] = {} 84 field_dict.update(self.additional_properties) 85 field_dict.update( 86 { 87 "id": id, 88 "name": name, 89 "description": description, 90 "billingAccountId": billing_account_id, 91 "contacts": contacts, 92 "status": status, 93 "settings": settings, 94 "statusMessage": status_message, 95 "tags": tags, 96 "createdBy": created_by, 97 "createdAt": created_at, 98 "updatedAt": updated_at, 99 } 100 ) 101 102 return field_dict 103 104 @classmethod 105 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 106 from ..models.contact import Contact 107 from ..models.project_settings import ProjectSettings 108 from ..models.tag import Tag 109 110 d = src_dict.copy() 111 id = d.pop("id") 112 113 name = d.pop("name") 114 115 description = d.pop("description") 116 117 billing_account_id = d.pop("billingAccountId") 118 119 contacts = [] 120 _contacts = d.pop("contacts") 121 for contacts_item_data in _contacts: 122 contacts_item = Contact.from_dict(contacts_item_data) 123 124 contacts.append(contacts_item) 125 126 status = Status(d.pop("status")) 127 128 settings = ProjectSettings.from_dict(d.pop("settings")) 129 130 status_message = d.pop("statusMessage") 131 132 tags = [] 133 _tags = d.pop("tags") 134 for tags_item_data in _tags: 135 tags_item = Tag.from_dict(tags_item_data) 136 137 tags.append(tags_item) 138 139 created_by = d.pop("createdBy") 140 141 created_at = isoparse(d.pop("createdAt")) 142 143 updated_at = isoparse(d.pop("updatedAt")) 144 145 project_detail = cls( 146 id=id, 147 name=name, 148 description=description, 149 billing_account_id=billing_account_id, 150 contacts=contacts, 151 status=status, 152 settings=settings, 153 status_message=status_message, 154 tags=tags, 155 created_by=created_by, 156 created_at=created_at, 157 updated_at=updated_at, 158 ) 159 160 project_detail.additional_properties = d 161 return project_detail 162 163 @property 164 def additional_keys(self) -> List[str]: 165 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- description (str):
- billing_account_id (str):
- contacts (List['Contact']):
- status (Status):
- settings (ProjectSettings):
- status_message (str):
- tags (List['Tag']):
- created_by (str):
- created_at (datetime.datetime):
- updated_at (datetime.datetime):
2def __init__(self, id, name, description, billing_account_id, contacts, status, settings, status_message, tags, created_by, created_at, updated_at): 3 self.id = id 4 self.name = name 5 self.description = description 6 self.billing_account_id = billing_account_id 7 self.contacts = contacts 8 self.status = status 9 self.settings = settings 10 self.status_message = status_message 11 self.tags = tags 12 self.created_by = created_by 13 self.created_at = created_at 14 self.updated_at = updated_at 15 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ProjectDetail.
52 def to_dict(self) -> Dict[str, Any]: 53 id = self.id 54 55 name = self.name 56 57 description = self.description 58 59 billing_account_id = self.billing_account_id 60 61 contacts = [] 62 for contacts_item_data in self.contacts: 63 contacts_item = contacts_item_data.to_dict() 64 contacts.append(contacts_item) 65 66 status = self.status.value 67 68 settings = self.settings.to_dict() 69 70 status_message = self.status_message 71 72 tags = [] 73 for tags_item_data in self.tags: 74 tags_item = tags_item_data.to_dict() 75 tags.append(tags_item) 76 77 created_by = self.created_by 78 79 created_at = self.created_at.isoformat() 80 81 updated_at = self.updated_at.isoformat() 82 83 field_dict: Dict[str, Any] = {} 84 field_dict.update(self.additional_properties) 85 field_dict.update( 86 { 87 "id": id, 88 "name": name, 89 "description": description, 90 "billingAccountId": billing_account_id, 91 "contacts": contacts, 92 "status": status, 93 "settings": settings, 94 "statusMessage": status_message, 95 "tags": tags, 96 "createdBy": created_by, 97 "createdAt": created_at, 98 "updatedAt": updated_at, 99 } 100 ) 101 102 return field_dict
104 @classmethod 105 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 106 from ..models.contact import Contact 107 from ..models.project_settings import ProjectSettings 108 from ..models.tag import Tag 109 110 d = src_dict.copy() 111 id = d.pop("id") 112 113 name = d.pop("name") 114 115 description = d.pop("description") 116 117 billing_account_id = d.pop("billingAccountId") 118 119 contacts = [] 120 _contacts = d.pop("contacts") 121 for contacts_item_data in _contacts: 122 contacts_item = Contact.from_dict(contacts_item_data) 123 124 contacts.append(contacts_item) 125 126 status = Status(d.pop("status")) 127 128 settings = ProjectSettings.from_dict(d.pop("settings")) 129 130 status_message = d.pop("statusMessage") 131 132 tags = [] 133 _tags = d.pop("tags") 134 for tags_item_data in _tags: 135 tags_item = Tag.from_dict(tags_item_data) 136 137 tags.append(tags_item) 138 139 created_by = d.pop("createdBy") 140 141 created_at = isoparse(d.pop("createdAt")) 142 143 updated_at = isoparse(d.pop("updatedAt")) 144 145 project_detail = cls( 146 id=id, 147 name=name, 148 description=description, 149 billing_account_id=billing_account_id, 150 contacts=contacts, 151 status=status, 152 settings=settings, 153 status_message=status_message, 154 tags=tags, 155 created_by=created_by, 156 created_at=created_at, 157 updated_at=updated_at, 158 ) 159 160 project_detail.additional_properties = d 161 return project_detail
16@_attrs_define 17class ProjectMetrics: 18 """ 19 Attributes: 20 project_id (str): 21 costs (Union[Unset, List['MetricRecord']]): Costs by service by month Example: [{ 22 "date": "2022-11-01", 23 "unit": "$", 24 "service": { 25 "Other": 26.47, 26 "EC2 - Other": 3.66, 27 "Amazon Elastic Compute Cloud - Compute": 140.59, 28 "Amazon Simple Storage Service": 24.91, 29 "AmazonCloudWatch": 2.09 30 } 31 }] 32 . 33 storage_metrics (Union[Unset, List['MetricRecord']]): Storage usage by tier by day Example: [{ 34 "date": "2023-12-12", 35 "unit": "GB", 36 "service": { 37 "IntelligentTieringAIAStorage": 4198.95, 38 "IntelligentTieringFAStorage": 1516.48, 39 "StandardStorage": 1.9, 40 "IntelligentTieringIAStorage": 2154.6 41 } 42 }] 43 . 44 """ 45 46 project_id: str 47 costs: Union[Unset, List["MetricRecord"]] = UNSET 48 storage_metrics: Union[Unset, List["MetricRecord"]] = UNSET 49 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 50 51 def to_dict(self) -> Dict[str, Any]: 52 project_id = self.project_id 53 54 costs: Union[Unset, List[Dict[str, Any]]] = UNSET 55 if not isinstance(self.costs, Unset): 56 costs = [] 57 for costs_item_data in self.costs: 58 costs_item = costs_item_data.to_dict() 59 costs.append(costs_item) 60 61 storage_metrics: Union[Unset, List[Dict[str, Any]]] = UNSET 62 if not isinstance(self.storage_metrics, Unset): 63 storage_metrics = [] 64 for storage_metrics_item_data in self.storage_metrics: 65 storage_metrics_item = storage_metrics_item_data.to_dict() 66 storage_metrics.append(storage_metrics_item) 67 68 field_dict: Dict[str, Any] = {} 69 field_dict.update(self.additional_properties) 70 field_dict.update( 71 { 72 "projectId": project_id, 73 } 74 ) 75 if costs is not UNSET: 76 field_dict["costs"] = costs 77 if storage_metrics is not UNSET: 78 field_dict["storageMetrics"] = storage_metrics 79 80 return field_dict 81 82 @classmethod 83 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 84 from ..models.metric_record import MetricRecord 85 86 d = src_dict.copy() 87 project_id = d.pop("projectId") 88 89 costs = [] 90 _costs = d.pop("costs", UNSET) 91 for costs_item_data in _costs or []: 92 costs_item = MetricRecord.from_dict(costs_item_data) 93 94 costs.append(costs_item) 95 96 storage_metrics = [] 97 _storage_metrics = d.pop("storageMetrics", UNSET) 98 for storage_metrics_item_data in _storage_metrics or []: 99 storage_metrics_item = MetricRecord.from_dict(storage_metrics_item_data) 100 101 storage_metrics.append(storage_metrics_item) 102 103 project_metrics = cls( 104 project_id=project_id, 105 costs=costs, 106 storage_metrics=storage_metrics, 107 ) 108 109 project_metrics.additional_properties = d 110 return project_metrics 111 112 @property 113 def additional_keys(self) -> List[str]: 114 return list(self.additional_properties.keys())
Attributes:
- project_id (str):
- costs (Union[Unset, List['MetricRecord']]): Costs by service by month Example: [{ "date": "2022-11-01", "unit": "$", "service": { "Other": 26.47, "EC2 - Other": 3.66, "Amazon Elastic Compute Cloud - Compute": 140.59, "Amazon Simple Storage Service": 24.91, "AmazonCloudWatch": 2.09 } }] .
- storage_metrics (Union[Unset, List['MetricRecord']]): Storage usage by tier by day Example: [{ "date": "2023-12-12", "unit": "GB", "service": { "IntelligentTieringAIAStorage": 4198.95, "IntelligentTieringFAStorage": 1516.48, "StandardStorage": 1.9, "IntelligentTieringIAStorage": 2154.6 } }] .
2def __init__(self, project_id, costs=attr_dict['costs'].default, storage_metrics=attr_dict['storage_metrics'].default): 3 self.project_id = project_id 4 self.costs = costs 5 self.storage_metrics = storage_metrics 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ProjectMetrics.
51 def to_dict(self) -> Dict[str, Any]: 52 project_id = self.project_id 53 54 costs: Union[Unset, List[Dict[str, Any]]] = UNSET 55 if not isinstance(self.costs, Unset): 56 costs = [] 57 for costs_item_data in self.costs: 58 costs_item = costs_item_data.to_dict() 59 costs.append(costs_item) 60 61 storage_metrics: Union[Unset, List[Dict[str, Any]]] = UNSET 62 if not isinstance(self.storage_metrics, Unset): 63 storage_metrics = [] 64 for storage_metrics_item_data in self.storage_metrics: 65 storage_metrics_item = storage_metrics_item_data.to_dict() 66 storage_metrics.append(storage_metrics_item) 67 68 field_dict: Dict[str, Any] = {} 69 field_dict.update(self.additional_properties) 70 field_dict.update( 71 { 72 "projectId": project_id, 73 } 74 ) 75 if costs is not UNSET: 76 field_dict["costs"] = costs 77 if storage_metrics is not UNSET: 78 field_dict["storageMetrics"] = storage_metrics 79 80 return field_dict
82 @classmethod 83 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 84 from ..models.metric_record import MetricRecord 85 86 d = src_dict.copy() 87 project_id = d.pop("projectId") 88 89 costs = [] 90 _costs = d.pop("costs", UNSET) 91 for costs_item_data in _costs or []: 92 costs_item = MetricRecord.from_dict(costs_item_data) 93 94 costs.append(costs_item) 95 96 storage_metrics = [] 97 _storage_metrics = d.pop("storageMetrics", UNSET) 98 for storage_metrics_item_data in _storage_metrics or []: 99 storage_metrics_item = MetricRecord.from_dict(storage_metrics_item_data) 100 101 storage_metrics.append(storage_metrics_item) 102 103 project_metrics = cls( 104 project_id=project_id, 105 costs=costs, 106 storage_metrics=storage_metrics, 107 ) 108 109 project_metrics.additional_properties = d 110 return project_metrics
19@_attrs_define 20class ProjectRequest: 21 """ 22 Attributes: 23 name (str): 24 description (str): 25 billing_account_id (str): 26 settings (ProjectSettings): 27 contacts (List['Contact']): 28 account (Union['CloudAccount', None, Unset]): 29 tags (Union[List['Tag'], None, Unset]): 30 """ 31 32 name: str 33 description: str 34 billing_account_id: str 35 settings: "ProjectSettings" 36 contacts: List["Contact"] 37 account: Union["CloudAccount", None, Unset] = UNSET 38 tags: Union[List["Tag"], None, Unset] = UNSET 39 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 40 41 def to_dict(self) -> Dict[str, Any]: 42 from ..models.cloud_account import CloudAccount 43 44 name = self.name 45 46 description = self.description 47 48 billing_account_id = self.billing_account_id 49 50 settings = self.settings.to_dict() 51 52 contacts = [] 53 for contacts_item_data in self.contacts: 54 contacts_item = contacts_item_data.to_dict() 55 contacts.append(contacts_item) 56 57 account: Union[Dict[str, Any], None, Unset] 58 if isinstance(self.account, Unset): 59 account = UNSET 60 elif isinstance(self.account, CloudAccount): 61 account = self.account.to_dict() 62 else: 63 account = self.account 64 65 tags: Union[List[Dict[str, Any]], None, Unset] 66 if isinstance(self.tags, Unset): 67 tags = UNSET 68 elif isinstance(self.tags, list): 69 tags = [] 70 for tags_type_0_item_data in self.tags: 71 tags_type_0_item = tags_type_0_item_data.to_dict() 72 tags.append(tags_type_0_item) 73 74 else: 75 tags = self.tags 76 77 field_dict: Dict[str, Any] = {} 78 field_dict.update(self.additional_properties) 79 field_dict.update( 80 { 81 "name": name, 82 "description": description, 83 "billingAccountId": billing_account_id, 84 "settings": settings, 85 "contacts": contacts, 86 } 87 ) 88 if account is not UNSET: 89 field_dict["account"] = account 90 if tags is not UNSET: 91 field_dict["tags"] = tags 92 93 return field_dict 94 95 @classmethod 96 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 97 from ..models.cloud_account import CloudAccount 98 from ..models.contact import Contact 99 from ..models.project_settings import ProjectSettings 100 from ..models.tag import Tag 101 102 d = src_dict.copy() 103 name = d.pop("name") 104 105 description = d.pop("description") 106 107 billing_account_id = d.pop("billingAccountId") 108 109 settings = ProjectSettings.from_dict(d.pop("settings")) 110 111 contacts = [] 112 _contacts = d.pop("contacts") 113 for contacts_item_data in _contacts: 114 contacts_item = Contact.from_dict(contacts_item_data) 115 116 contacts.append(contacts_item) 117 118 def _parse_account(data: object) -> Union["CloudAccount", None, Unset]: 119 if data is None: 120 return data 121 if isinstance(data, Unset): 122 return data 123 try: 124 if not isinstance(data, dict): 125 raise TypeError() 126 account_type_1 = CloudAccount.from_dict(data) 127 128 return account_type_1 129 except: # noqa: E722 130 pass 131 return cast(Union["CloudAccount", None, Unset], data) 132 133 account = _parse_account(d.pop("account", UNSET)) 134 135 def _parse_tags(data: object) -> Union[List["Tag"], None, Unset]: 136 if data is None: 137 return data 138 if isinstance(data, Unset): 139 return data 140 try: 141 if not isinstance(data, list): 142 raise TypeError() 143 tags_type_0 = [] 144 _tags_type_0 = data 145 for tags_type_0_item_data in _tags_type_0: 146 tags_type_0_item = Tag.from_dict(tags_type_0_item_data) 147 148 tags_type_0.append(tags_type_0_item) 149 150 return tags_type_0 151 except: # noqa: E722 152 pass 153 return cast(Union[List["Tag"], None, Unset], data) 154 155 tags = _parse_tags(d.pop("tags", UNSET)) 156 157 project_request = cls( 158 name=name, 159 description=description, 160 billing_account_id=billing_account_id, 161 settings=settings, 162 contacts=contacts, 163 account=account, 164 tags=tags, 165 ) 166 167 project_request.additional_properties = d 168 return project_request 169 170 @property 171 def additional_keys(self) -> List[str]: 172 return list(self.additional_properties.keys())
Attributes:
- name (str):
- description (str):
- billing_account_id (str):
- settings (ProjectSettings):
- contacts (List['Contact']):
- account (Union['CloudAccount', None, Unset]):
- tags (Union[List['Tag'], None, Unset]):
2def __init__(self, name, description, billing_account_id, settings, contacts, account=attr_dict['account'].default, tags=attr_dict['tags'].default): 3 self.name = name 4 self.description = description 5 self.billing_account_id = billing_account_id 6 self.settings = settings 7 self.contacts = contacts 8 self.account = account 9 self.tags = tags 10 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ProjectRequest.
41 def to_dict(self) -> Dict[str, Any]: 42 from ..models.cloud_account import CloudAccount 43 44 name = self.name 45 46 description = self.description 47 48 billing_account_id = self.billing_account_id 49 50 settings = self.settings.to_dict() 51 52 contacts = [] 53 for contacts_item_data in self.contacts: 54 contacts_item = contacts_item_data.to_dict() 55 contacts.append(contacts_item) 56 57 account: Union[Dict[str, Any], None, Unset] 58 if isinstance(self.account, Unset): 59 account = UNSET 60 elif isinstance(self.account, CloudAccount): 61 account = self.account.to_dict() 62 else: 63 account = self.account 64 65 tags: Union[List[Dict[str, Any]], None, Unset] 66 if isinstance(self.tags, Unset): 67 tags = UNSET 68 elif isinstance(self.tags, list): 69 tags = [] 70 for tags_type_0_item_data in self.tags: 71 tags_type_0_item = tags_type_0_item_data.to_dict() 72 tags.append(tags_type_0_item) 73 74 else: 75 tags = self.tags 76 77 field_dict: Dict[str, Any] = {} 78 field_dict.update(self.additional_properties) 79 field_dict.update( 80 { 81 "name": name, 82 "description": description, 83 "billingAccountId": billing_account_id, 84 "settings": settings, 85 "contacts": contacts, 86 } 87 ) 88 if account is not UNSET: 89 field_dict["account"] = account 90 if tags is not UNSET: 91 field_dict["tags"] = tags 92 93 return field_dict
95 @classmethod 96 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 97 from ..models.cloud_account import CloudAccount 98 from ..models.contact import Contact 99 from ..models.project_settings import ProjectSettings 100 from ..models.tag import Tag 101 102 d = src_dict.copy() 103 name = d.pop("name") 104 105 description = d.pop("description") 106 107 billing_account_id = d.pop("billingAccountId") 108 109 settings = ProjectSettings.from_dict(d.pop("settings")) 110 111 contacts = [] 112 _contacts = d.pop("contacts") 113 for contacts_item_data in _contacts: 114 contacts_item = Contact.from_dict(contacts_item_data) 115 116 contacts.append(contacts_item) 117 118 def _parse_account(data: object) -> Union["CloudAccount", None, Unset]: 119 if data is None: 120 return data 121 if isinstance(data, Unset): 122 return data 123 try: 124 if not isinstance(data, dict): 125 raise TypeError() 126 account_type_1 = CloudAccount.from_dict(data) 127 128 return account_type_1 129 except: # noqa: E722 130 pass 131 return cast(Union["CloudAccount", None, Unset], data) 132 133 account = _parse_account(d.pop("account", UNSET)) 134 135 def _parse_tags(data: object) -> Union[List["Tag"], None, Unset]: 136 if data is None: 137 return data 138 if isinstance(data, Unset): 139 return data 140 try: 141 if not isinstance(data, list): 142 raise TypeError() 143 tags_type_0 = [] 144 _tags_type_0 = data 145 for tags_type_0_item_data in _tags_type_0: 146 tags_type_0_item = Tag.from_dict(tags_type_0_item_data) 147 148 tags_type_0.append(tags_type_0_item) 149 150 return tags_type_0 151 except: # noqa: E722 152 pass 153 return cast(Union[List["Tag"], None, Unset], data) 154 155 tags = _parse_tags(d.pop("tags", UNSET)) 156 157 project_request = cls( 158 name=name, 159 description=description, 160 billing_account_id=billing_account_id, 161 settings=settings, 162 contacts=contacts, 163 account=account, 164 tags=tags, 165 ) 166 167 project_request.additional_properties = d 168 return project_request
5class ProjectRole(str, Enum): 6 ADMIN = "ADMIN" 7 COLLABORATOR = "COLLABORATOR" 8 CONTRIBUTOR = "CONTRIBUTOR" 9 NONE = "NONE" 10 11 def __str__(self) -> str: 12 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
13@_attrs_define 14class ProjectSettings: 15 """ 16 Attributes: 17 budget_amount (int): Total allowed cost for the budget period 18 budget_period (BudgetPeriod): Time period associated with the budget amount 19 dragen_ami (Union[None, Unset, str]): AMI ID for the DRAGEN compute environment (if enabled) 20 enable_compute (Union[Unset, bool]): Enables the default compute environment Default: True. 21 enable_dragen (Union[Unset, bool]): Enables the DRAGEN compute environment Default: False. 22 enable_backup (Union[Unset, bool]): Enables the AWS Backup service for S3 Default: False. 23 enable_sftp (Union[Unset, bool]): Enables access to files over SFTP Default: False. 24 max_f1vcpu (Union[Unset, int]): Service quota limit for On Demand F1 instances Default: 0. 25 max_spot_vcpu (Union[Unset, int]): Service quota limit for SPOT instances Default: 0. 26 retention_policy_days (Union[Unset, int]): Days to keep deleted datasets before being permanently erased 27 Default: 7. 28 service_connections (Union[Unset, List[str]]): List of service connections to enable 29 vpc_id (Union[None, Unset, str]): VPC that the compute environment will use Example: vpc-00000000000000000. 30 batch_subnets (Union[List[str], None, Unset]): List of subnets that the compute environment will use Example: 31 ["subnet-00000000000000000"]. 32 sagemaker_subnets (Union[List[str], None, Unset]): List of subnets that the sagemaker instances will use 33 Example: ["subnet-00000000000000000"]. 34 kms_arn (Union[None, Unset, str]): KMS Key ARN to encrypt S3 objects, if not provided, default bucket encryption 35 will be used 36 """ 37 38 budget_amount: int 39 budget_period: BudgetPeriod 40 dragen_ami: Union[None, Unset, str] = UNSET 41 enable_compute: Union[Unset, bool] = True 42 enable_dragen: Union[Unset, bool] = False 43 enable_backup: Union[Unset, bool] = False 44 enable_sftp: Union[Unset, bool] = False 45 max_f1vcpu: Union[Unset, int] = 0 46 max_spot_vcpu: Union[Unset, int] = 0 47 retention_policy_days: Union[Unset, int] = 7 48 service_connections: Union[Unset, List[str]] = UNSET 49 vpc_id: Union[None, Unset, str] = UNSET 50 batch_subnets: Union[List[str], None, Unset] = UNSET 51 sagemaker_subnets: Union[List[str], None, Unset] = UNSET 52 kms_arn: Union[None, Unset, str] = UNSET 53 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 54 55 def to_dict(self) -> Dict[str, Any]: 56 budget_amount = self.budget_amount 57 58 budget_period = self.budget_period.value 59 60 dragen_ami: Union[None, Unset, str] 61 if isinstance(self.dragen_ami, Unset): 62 dragen_ami = UNSET 63 else: 64 dragen_ami = self.dragen_ami 65 66 enable_compute = self.enable_compute 67 68 enable_dragen = self.enable_dragen 69 70 enable_backup = self.enable_backup 71 72 enable_sftp = self.enable_sftp 73 74 max_f1vcpu = self.max_f1vcpu 75 76 max_spot_vcpu = self.max_spot_vcpu 77 78 retention_policy_days = self.retention_policy_days 79 80 service_connections: Union[Unset, List[str]] = UNSET 81 if not isinstance(self.service_connections, Unset): 82 service_connections = self.service_connections 83 84 vpc_id: Union[None, Unset, str] 85 if isinstance(self.vpc_id, Unset): 86 vpc_id = UNSET 87 else: 88 vpc_id = self.vpc_id 89 90 batch_subnets: Union[List[str], None, Unset] 91 if isinstance(self.batch_subnets, Unset): 92 batch_subnets = UNSET 93 elif isinstance(self.batch_subnets, list): 94 batch_subnets = self.batch_subnets 95 96 else: 97 batch_subnets = self.batch_subnets 98 99 sagemaker_subnets: Union[List[str], None, Unset] 100 if isinstance(self.sagemaker_subnets, Unset): 101 sagemaker_subnets = UNSET 102 elif isinstance(self.sagemaker_subnets, list): 103 sagemaker_subnets = self.sagemaker_subnets 104 105 else: 106 sagemaker_subnets = self.sagemaker_subnets 107 108 kms_arn: Union[None, Unset, str] 109 if isinstance(self.kms_arn, Unset): 110 kms_arn = UNSET 111 else: 112 kms_arn = self.kms_arn 113 114 field_dict: Dict[str, Any] = {} 115 field_dict.update(self.additional_properties) 116 field_dict.update( 117 { 118 "budgetAmount": budget_amount, 119 "budgetPeriod": budget_period, 120 } 121 ) 122 if dragen_ami is not UNSET: 123 field_dict["dragenAmi"] = dragen_ami 124 if enable_compute is not UNSET: 125 field_dict["enableCompute"] = enable_compute 126 if enable_dragen is not UNSET: 127 field_dict["enableDragen"] = enable_dragen 128 if enable_backup is not UNSET: 129 field_dict["enableBackup"] = enable_backup 130 if enable_sftp is not UNSET: 131 field_dict["enableSftp"] = enable_sftp 132 if max_f1vcpu is not UNSET: 133 field_dict["maxF1VCPU"] = max_f1vcpu 134 if max_spot_vcpu is not UNSET: 135 field_dict["maxSpotVCPU"] = max_spot_vcpu 136 if retention_policy_days is not UNSET: 137 field_dict["retentionPolicyDays"] = retention_policy_days 138 if service_connections is not UNSET: 139 field_dict["serviceConnections"] = service_connections 140 if vpc_id is not UNSET: 141 field_dict["vpcId"] = vpc_id 142 if batch_subnets is not UNSET: 143 field_dict["batchSubnets"] = batch_subnets 144 if sagemaker_subnets is not UNSET: 145 field_dict["sagemakerSubnets"] = sagemaker_subnets 146 if kms_arn is not UNSET: 147 field_dict["kmsArn"] = kms_arn 148 149 return field_dict 150 151 @classmethod 152 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 153 d = src_dict.copy() 154 budget_amount = d.pop("budgetAmount") 155 156 budget_period = BudgetPeriod(d.pop("budgetPeriod")) 157 158 def _parse_dragen_ami(data: object) -> Union[None, Unset, str]: 159 if data is None: 160 return data 161 if isinstance(data, Unset): 162 return data 163 return cast(Union[None, Unset, str], data) 164 165 dragen_ami = _parse_dragen_ami(d.pop("dragenAmi", UNSET)) 166 167 enable_compute = d.pop("enableCompute", UNSET) 168 169 enable_dragen = d.pop("enableDragen", UNSET) 170 171 enable_backup = d.pop("enableBackup", UNSET) 172 173 enable_sftp = d.pop("enableSftp", UNSET) 174 175 max_f1vcpu = d.pop("maxF1VCPU", UNSET) 176 177 max_spot_vcpu = d.pop("maxSpotVCPU", UNSET) 178 179 retention_policy_days = d.pop("retentionPolicyDays", UNSET) 180 181 service_connections = cast(List[str], d.pop("serviceConnections", UNSET)) 182 183 def _parse_vpc_id(data: object) -> Union[None, Unset, str]: 184 if data is None: 185 return data 186 if isinstance(data, Unset): 187 return data 188 return cast(Union[None, Unset, str], data) 189 190 vpc_id = _parse_vpc_id(d.pop("vpcId", UNSET)) 191 192 def _parse_batch_subnets(data: object) -> Union[List[str], None, Unset]: 193 if data is None: 194 return data 195 if isinstance(data, Unset): 196 return data 197 try: 198 if not isinstance(data, list): 199 raise TypeError() 200 batch_subnets_type_0 = cast(List[str], data) 201 202 return batch_subnets_type_0 203 except: # noqa: E722 204 pass 205 return cast(Union[List[str], None, Unset], data) 206 207 batch_subnets = _parse_batch_subnets(d.pop("batchSubnets", UNSET)) 208 209 def _parse_sagemaker_subnets(data: object) -> Union[List[str], None, Unset]: 210 if data is None: 211 return data 212 if isinstance(data, Unset): 213 return data 214 try: 215 if not isinstance(data, list): 216 raise TypeError() 217 sagemaker_subnets_type_0 = cast(List[str], data) 218 219 return sagemaker_subnets_type_0 220 except: # noqa: E722 221 pass 222 return cast(Union[List[str], None, Unset], data) 223 224 sagemaker_subnets = _parse_sagemaker_subnets(d.pop("sagemakerSubnets", UNSET)) 225 226 def _parse_kms_arn(data: object) -> Union[None, Unset, str]: 227 if data is None: 228 return data 229 if isinstance(data, Unset): 230 return data 231 return cast(Union[None, Unset, str], data) 232 233 kms_arn = _parse_kms_arn(d.pop("kmsArn", UNSET)) 234 235 project_settings = cls( 236 budget_amount=budget_amount, 237 budget_period=budget_period, 238 dragen_ami=dragen_ami, 239 enable_compute=enable_compute, 240 enable_dragen=enable_dragen, 241 enable_backup=enable_backup, 242 enable_sftp=enable_sftp, 243 max_f1vcpu=max_f1vcpu, 244 max_spot_vcpu=max_spot_vcpu, 245 retention_policy_days=retention_policy_days, 246 service_connections=service_connections, 247 vpc_id=vpc_id, 248 batch_subnets=batch_subnets, 249 sagemaker_subnets=sagemaker_subnets, 250 kms_arn=kms_arn, 251 ) 252 253 project_settings.additional_properties = d 254 return project_settings 255 256 @property 257 def additional_keys(self) -> List[str]: 258 return list(self.additional_properties.keys())
Attributes:
- budget_amount (int): Total allowed cost for the budget period
- budget_period (BudgetPeriod): Time period associated with the budget amount
- dragen_ami (Union[None, Unset, str]): AMI ID for the DRAGEN compute environment (if enabled)
- enable_compute (Union[Unset, bool]): Enables the default compute environment Default: True.
- enable_dragen (Union[Unset, bool]): Enables the DRAGEN compute environment Default: False.
- enable_backup (Union[Unset, bool]): Enables the AWS Backup service for S3 Default: False.
- enable_sftp (Union[Unset, bool]): Enables access to files over SFTP Default: False.
- max_f1vcpu (Union[Unset, int]): Service quota limit for On Demand F1 instances Default: 0.
- max_spot_vcpu (Union[Unset, int]): Service quota limit for SPOT instances Default: 0.
- retention_policy_days (Union[Unset, int]): Days to keep deleted datasets before being permanently erased Default: 7.
- service_connections (Union[Unset, List[str]]): List of service connections to enable
- vpc_id (Union[None, Unset, str]): VPC that the compute environment will use Example: vpc-00000000000000000.
- batch_subnets (Union[List[str], None, Unset]): List of subnets that the compute environment will use Example: ["subnet-00000000000000000"].
- sagemaker_subnets (Union[List[str], None, Unset]): List of subnets that the sagemaker instances will use Example: ["subnet-00000000000000000"].
- kms_arn (Union[None, Unset, str]): KMS Key ARN to encrypt S3 objects, if not provided, default bucket encryption will be used
2def __init__(self, budget_amount, budget_period, dragen_ami=attr_dict['dragen_ami'].default, enable_compute=attr_dict['enable_compute'].default, enable_dragen=attr_dict['enable_dragen'].default, enable_backup=attr_dict['enable_backup'].default, enable_sftp=attr_dict['enable_sftp'].default, max_f1vcpu=attr_dict['max_f1vcpu'].default, max_spot_vcpu=attr_dict['max_spot_vcpu'].default, retention_policy_days=attr_dict['retention_policy_days'].default, service_connections=attr_dict['service_connections'].default, vpc_id=attr_dict['vpc_id'].default, batch_subnets=attr_dict['batch_subnets'].default, sagemaker_subnets=attr_dict['sagemaker_subnets'].default, kms_arn=attr_dict['kms_arn'].default): 3 self.budget_amount = budget_amount 4 self.budget_period = budget_period 5 self.dragen_ami = dragen_ami 6 self.enable_compute = enable_compute 7 self.enable_dragen = enable_dragen 8 self.enable_backup = enable_backup 9 self.enable_sftp = enable_sftp 10 self.max_f1vcpu = max_f1vcpu 11 self.max_spot_vcpu = max_spot_vcpu 12 self.retention_policy_days = retention_policy_days 13 self.service_connections = service_connections 14 self.vpc_id = vpc_id 15 self.batch_subnets = batch_subnets 16 self.sagemaker_subnets = sagemaker_subnets 17 self.kms_arn = kms_arn 18 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ProjectSettings.
55 def to_dict(self) -> Dict[str, Any]: 56 budget_amount = self.budget_amount 57 58 budget_period = self.budget_period.value 59 60 dragen_ami: Union[None, Unset, str] 61 if isinstance(self.dragen_ami, Unset): 62 dragen_ami = UNSET 63 else: 64 dragen_ami = self.dragen_ami 65 66 enable_compute = self.enable_compute 67 68 enable_dragen = self.enable_dragen 69 70 enable_backup = self.enable_backup 71 72 enable_sftp = self.enable_sftp 73 74 max_f1vcpu = self.max_f1vcpu 75 76 max_spot_vcpu = self.max_spot_vcpu 77 78 retention_policy_days = self.retention_policy_days 79 80 service_connections: Union[Unset, List[str]] = UNSET 81 if not isinstance(self.service_connections, Unset): 82 service_connections = self.service_connections 83 84 vpc_id: Union[None, Unset, str] 85 if isinstance(self.vpc_id, Unset): 86 vpc_id = UNSET 87 else: 88 vpc_id = self.vpc_id 89 90 batch_subnets: Union[List[str], None, Unset] 91 if isinstance(self.batch_subnets, Unset): 92 batch_subnets = UNSET 93 elif isinstance(self.batch_subnets, list): 94 batch_subnets = self.batch_subnets 95 96 else: 97 batch_subnets = self.batch_subnets 98 99 sagemaker_subnets: Union[List[str], None, Unset] 100 if isinstance(self.sagemaker_subnets, Unset): 101 sagemaker_subnets = UNSET 102 elif isinstance(self.sagemaker_subnets, list): 103 sagemaker_subnets = self.sagemaker_subnets 104 105 else: 106 sagemaker_subnets = self.sagemaker_subnets 107 108 kms_arn: Union[None, Unset, str] 109 if isinstance(self.kms_arn, Unset): 110 kms_arn = UNSET 111 else: 112 kms_arn = self.kms_arn 113 114 field_dict: Dict[str, Any] = {} 115 field_dict.update(self.additional_properties) 116 field_dict.update( 117 { 118 "budgetAmount": budget_amount, 119 "budgetPeriod": budget_period, 120 } 121 ) 122 if dragen_ami is not UNSET: 123 field_dict["dragenAmi"] = dragen_ami 124 if enable_compute is not UNSET: 125 field_dict["enableCompute"] = enable_compute 126 if enable_dragen is not UNSET: 127 field_dict["enableDragen"] = enable_dragen 128 if enable_backup is not UNSET: 129 field_dict["enableBackup"] = enable_backup 130 if enable_sftp is not UNSET: 131 field_dict["enableSftp"] = enable_sftp 132 if max_f1vcpu is not UNSET: 133 field_dict["maxF1VCPU"] = max_f1vcpu 134 if max_spot_vcpu is not UNSET: 135 field_dict["maxSpotVCPU"] = max_spot_vcpu 136 if retention_policy_days is not UNSET: 137 field_dict["retentionPolicyDays"] = retention_policy_days 138 if service_connections is not UNSET: 139 field_dict["serviceConnections"] = service_connections 140 if vpc_id is not UNSET: 141 field_dict["vpcId"] = vpc_id 142 if batch_subnets is not UNSET: 143 field_dict["batchSubnets"] = batch_subnets 144 if sagemaker_subnets is not UNSET: 145 field_dict["sagemakerSubnets"] = sagemaker_subnets 146 if kms_arn is not UNSET: 147 field_dict["kmsArn"] = kms_arn 148 149 return field_dict
151 @classmethod 152 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 153 d = src_dict.copy() 154 budget_amount = d.pop("budgetAmount") 155 156 budget_period = BudgetPeriod(d.pop("budgetPeriod")) 157 158 def _parse_dragen_ami(data: object) -> Union[None, Unset, str]: 159 if data is None: 160 return data 161 if isinstance(data, Unset): 162 return data 163 return cast(Union[None, Unset, str], data) 164 165 dragen_ami = _parse_dragen_ami(d.pop("dragenAmi", UNSET)) 166 167 enable_compute = d.pop("enableCompute", UNSET) 168 169 enable_dragen = d.pop("enableDragen", UNSET) 170 171 enable_backup = d.pop("enableBackup", UNSET) 172 173 enable_sftp = d.pop("enableSftp", UNSET) 174 175 max_f1vcpu = d.pop("maxF1VCPU", UNSET) 176 177 max_spot_vcpu = d.pop("maxSpotVCPU", UNSET) 178 179 retention_policy_days = d.pop("retentionPolicyDays", UNSET) 180 181 service_connections = cast(List[str], d.pop("serviceConnections", UNSET)) 182 183 def _parse_vpc_id(data: object) -> Union[None, Unset, str]: 184 if data is None: 185 return data 186 if isinstance(data, Unset): 187 return data 188 return cast(Union[None, Unset, str], data) 189 190 vpc_id = _parse_vpc_id(d.pop("vpcId", UNSET)) 191 192 def _parse_batch_subnets(data: object) -> Union[List[str], None, Unset]: 193 if data is None: 194 return data 195 if isinstance(data, Unset): 196 return data 197 try: 198 if not isinstance(data, list): 199 raise TypeError() 200 batch_subnets_type_0 = cast(List[str], data) 201 202 return batch_subnets_type_0 203 except: # noqa: E722 204 pass 205 return cast(Union[List[str], None, Unset], data) 206 207 batch_subnets = _parse_batch_subnets(d.pop("batchSubnets", UNSET)) 208 209 def _parse_sagemaker_subnets(data: object) -> Union[List[str], None, Unset]: 210 if data is None: 211 return data 212 if isinstance(data, Unset): 213 return data 214 try: 215 if not isinstance(data, list): 216 raise TypeError() 217 sagemaker_subnets_type_0 = cast(List[str], data) 218 219 return sagemaker_subnets_type_0 220 except: # noqa: E722 221 pass 222 return cast(Union[List[str], None, Unset], data) 223 224 sagemaker_subnets = _parse_sagemaker_subnets(d.pop("sagemakerSubnets", UNSET)) 225 226 def _parse_kms_arn(data: object) -> Union[None, Unset, str]: 227 if data is None: 228 return data 229 if isinstance(data, Unset): 230 return data 231 return cast(Union[None, Unset, str], data) 232 233 kms_arn = _parse_kms_arn(d.pop("kmsArn", UNSET)) 234 235 project_settings = cls( 236 budget_amount=budget_amount, 237 budget_period=budget_period, 238 dragen_ami=dragen_ami, 239 enable_compute=enable_compute, 240 enable_dragen=enable_dragen, 241 enable_backup=enable_backup, 242 enable_sftp=enable_sftp, 243 max_f1vcpu=max_f1vcpu, 244 max_spot_vcpu=max_spot_vcpu, 245 retention_policy_days=retention_policy_days, 246 service_connections=service_connections, 247 vpc_id=vpc_id, 248 batch_subnets=batch_subnets, 249 sagemaker_subnets=sagemaker_subnets, 250 kms_arn=kms_arn, 251 ) 252 253 project_settings.additional_properties = d 254 return project_settings
12@_attrs_define 13class ProjectUser: 14 """ 15 Attributes: 16 name (str): 17 username (str): 18 organization (str): 19 department (str): 20 email (str): 21 role (ProjectRole): 22 """ 23 24 name: str 25 username: str 26 organization: str 27 department: str 28 email: str 29 role: ProjectRole 30 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 31 32 def to_dict(self) -> Dict[str, Any]: 33 name = self.name 34 35 username = self.username 36 37 organization = self.organization 38 39 department = self.department 40 41 email = self.email 42 43 role = self.role.value 44 45 field_dict: Dict[str, Any] = {} 46 field_dict.update(self.additional_properties) 47 field_dict.update( 48 { 49 "name": name, 50 "username": username, 51 "organization": organization, 52 "department": department, 53 "email": email, 54 "role": role, 55 } 56 ) 57 58 return field_dict 59 60 @classmethod 61 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 62 d = src_dict.copy() 63 name = d.pop("name") 64 65 username = d.pop("username") 66 67 organization = d.pop("organization") 68 69 department = d.pop("department") 70 71 email = d.pop("email") 72 73 role = ProjectRole(d.pop("role")) 74 75 project_user = cls( 76 name=name, 77 username=username, 78 organization=organization, 79 department=department, 80 email=email, 81 role=role, 82 ) 83 84 project_user.additional_properties = d 85 return project_user 86 87 @property 88 def additional_keys(self) -> List[str]: 89 return list(self.additional_properties.keys())
Attributes:
- name (str):
- username (str):
- organization (str):
- department (str):
- email (str):
- role (ProjectRole):
2def __init__(self, name, username, organization, department, email, role): 3 self.name = name 4 self.username = username 5 self.organization = organization 6 self.department = department 7 self.email = email 8 self.role = role 9 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ProjectUser.
32 def to_dict(self) -> Dict[str, Any]: 33 name = self.name 34 35 username = self.username 36 37 organization = self.organization 38 39 department = self.department 40 41 email = self.email 42 43 role = self.role.value 44 45 field_dict: Dict[str, Any] = {} 46 field_dict.update(self.additional_properties) 47 field_dict.update( 48 { 49 "name": name, 50 "username": username, 51 "organization": organization, 52 "department": department, 53 "email": email, 54 "role": role, 55 } 56 ) 57 58 return field_dict
60 @classmethod 61 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 62 d = src_dict.copy() 63 name = d.pop("name") 64 65 username = d.pop("username") 66 67 organization = d.pop("organization") 68 69 department = d.pop("department") 70 71 email = d.pop("email") 72 73 role = ProjectRole(d.pop("role")) 74 75 project_user = cls( 76 name=name, 77 username=username, 78 organization=organization, 79 department=department, 80 email=email, 81 role=role, 82 ) 83 84 project_user.additional_properties = d 85 return project_user
16@_attrs_define 17class Reference: 18 """ 19 Attributes: 20 id (str): 21 name (str): 22 description (str): 23 type (str): 24 files (List['FileEntry']): 25 created_by (str): 26 created_at (datetime.datetime): 27 """ 28 29 id: str 30 name: str 31 description: str 32 type: str 33 files: List["FileEntry"] 34 created_by: str 35 created_at: datetime.datetime 36 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 37 38 def to_dict(self) -> Dict[str, Any]: 39 id = self.id 40 41 name = self.name 42 43 description = self.description 44 45 type = self.type 46 47 files = [] 48 for files_item_data in self.files: 49 files_item = files_item_data.to_dict() 50 files.append(files_item) 51 52 created_by = self.created_by 53 54 created_at = self.created_at.isoformat() 55 56 field_dict: Dict[str, Any] = {} 57 field_dict.update(self.additional_properties) 58 field_dict.update( 59 { 60 "id": id, 61 "name": name, 62 "description": description, 63 "type": type, 64 "files": files, 65 "createdBy": created_by, 66 "createdAt": created_at, 67 } 68 ) 69 70 return field_dict 71 72 @classmethod 73 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 74 from ..models.file_entry import FileEntry 75 76 d = src_dict.copy() 77 id = d.pop("id") 78 79 name = d.pop("name") 80 81 description = d.pop("description") 82 83 type = d.pop("type") 84 85 files = [] 86 _files = d.pop("files") 87 for files_item_data in _files: 88 files_item = FileEntry.from_dict(files_item_data) 89 90 files.append(files_item) 91 92 created_by = d.pop("createdBy") 93 94 created_at = isoparse(d.pop("createdAt")) 95 96 reference = cls( 97 id=id, 98 name=name, 99 description=description, 100 type=type, 101 files=files, 102 created_by=created_by, 103 created_at=created_at, 104 ) 105 106 reference.additional_properties = d 107 return reference 108 109 @property 110 def additional_keys(self) -> List[str]: 111 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- description (str):
- type (str):
- files (List['FileEntry']):
- created_by (str):
- created_at (datetime.datetime):
2def __init__(self, id, name, description, type, files, created_by, created_at): 3 self.id = id 4 self.name = name 5 self.description = description 6 self.type = type 7 self.files = files 8 self.created_by = created_by 9 self.created_at = created_at 10 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Reference.
38 def to_dict(self) -> Dict[str, Any]: 39 id = self.id 40 41 name = self.name 42 43 description = self.description 44 45 type = self.type 46 47 files = [] 48 for files_item_data in self.files: 49 files_item = files_item_data.to_dict() 50 files.append(files_item) 51 52 created_by = self.created_by 53 54 created_at = self.created_at.isoformat() 55 56 field_dict: Dict[str, Any] = {} 57 field_dict.update(self.additional_properties) 58 field_dict.update( 59 { 60 "id": id, 61 "name": name, 62 "description": description, 63 "type": type, 64 "files": files, 65 "createdBy": created_by, 66 "createdAt": created_at, 67 } 68 ) 69 70 return field_dict
72 @classmethod 73 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 74 from ..models.file_entry import FileEntry 75 76 d = src_dict.copy() 77 id = d.pop("id") 78 79 name = d.pop("name") 80 81 description = d.pop("description") 82 83 type = d.pop("type") 84 85 files = [] 86 _files = d.pop("files") 87 for files_item_data in _files: 88 files_item = FileEntry.from_dict(files_item_data) 89 90 files.append(files_item) 91 92 created_by = d.pop("createdBy") 93 94 created_at = isoparse(d.pop("createdAt")) 95 96 reference = cls( 97 id=id, 98 name=name, 99 description=description, 100 type=type, 101 files=files, 102 created_by=created_by, 103 created_at=created_at, 104 ) 105 106 reference.additional_properties = d 107 return reference
14@_attrs_define 15class ReferenceType: 16 """ 17 Attributes: 18 name (str): 19 description (str): 20 directory (str): 21 validation (List['ReferenceTypeValidationItem']): 22 """ 23 24 name: str 25 description: str 26 directory: str 27 validation: List["ReferenceTypeValidationItem"] 28 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 29 30 def to_dict(self) -> Dict[str, Any]: 31 name = self.name 32 33 description = self.description 34 35 directory = self.directory 36 37 validation = [] 38 for validation_item_data in self.validation: 39 validation_item = validation_item_data.to_dict() 40 validation.append(validation_item) 41 42 field_dict: Dict[str, Any] = {} 43 field_dict.update(self.additional_properties) 44 field_dict.update( 45 { 46 "name": name, 47 "description": description, 48 "directory": directory, 49 "validation": validation, 50 } 51 ) 52 53 return field_dict 54 55 @classmethod 56 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 57 from ..models.reference_type_validation_item import ReferenceTypeValidationItem 58 59 d = src_dict.copy() 60 name = d.pop("name") 61 62 description = d.pop("description") 63 64 directory = d.pop("directory") 65 66 validation = [] 67 _validation = d.pop("validation") 68 for validation_item_data in _validation: 69 validation_item = ReferenceTypeValidationItem.from_dict(validation_item_data) 70 71 validation.append(validation_item) 72 73 reference_type = cls( 74 name=name, 75 description=description, 76 directory=directory, 77 validation=validation, 78 ) 79 80 reference_type.additional_properties = d 81 return reference_type 82 83 @property 84 def additional_keys(self) -> List[str]: 85 return list(self.additional_properties.keys())
Attributes:
- name (str):
- description (str):
- directory (str):
- validation (List['ReferenceTypeValidationItem']):
2def __init__(self, name, description, directory, validation): 3 self.name = name 4 self.description = description 5 self.directory = directory 6 self.validation = validation 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ReferenceType.
30 def to_dict(self) -> Dict[str, Any]: 31 name = self.name 32 33 description = self.description 34 35 directory = self.directory 36 37 validation = [] 38 for validation_item_data in self.validation: 39 validation_item = validation_item_data.to_dict() 40 validation.append(validation_item) 41 42 field_dict: Dict[str, Any] = {} 43 field_dict.update(self.additional_properties) 44 field_dict.update( 45 { 46 "name": name, 47 "description": description, 48 "directory": directory, 49 "validation": validation, 50 } 51 ) 52 53 return field_dict
55 @classmethod 56 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 57 from ..models.reference_type_validation_item import ReferenceTypeValidationItem 58 59 d = src_dict.copy() 60 name = d.pop("name") 61 62 description = d.pop("description") 63 64 directory = d.pop("directory") 65 66 validation = [] 67 _validation = d.pop("validation") 68 for validation_item_data in _validation: 69 validation_item = ReferenceTypeValidationItem.from_dict(validation_item_data) 70 71 validation.append(validation_item) 72 73 reference_type = cls( 74 name=name, 75 description=description, 76 directory=directory, 77 validation=validation, 78 ) 79 80 reference_type.additional_properties = d 81 return reference_type
10@_attrs_define 11class ReferenceTypeValidationItem: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 reference_type_validation_item = cls() 27 28 reference_type_validation_item.additional_properties = d 29 return reference_type_validation_item 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
5class RepositoryType(str, Enum): 6 AWS = "AWS" 7 GITHUB_PRIVATE = "GITHUB_PRIVATE" 8 GITHUB_PUBLIC = "GITHUB_PUBLIC" 9 NONE = "NONE" 10 11 def __str__(self) -> str: 12 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
12@_attrs_define 13class ResourcesInfo: 14 """ 15 Attributes: 16 commit (str): 17 date (datetime.datetime): 18 repository (str): 19 source_version (str): 20 """ 21 22 commit: str 23 date: datetime.datetime 24 repository: str 25 source_version: str 26 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 27 28 def to_dict(self) -> Dict[str, Any]: 29 commit = self.commit 30 31 date = self.date.isoformat() 32 33 repository = self.repository 34 35 source_version = self.source_version 36 37 field_dict: Dict[str, Any] = {} 38 field_dict.update(self.additional_properties) 39 field_dict.update( 40 { 41 "commit": commit, 42 "date": date, 43 "repository": repository, 44 "sourceVersion": source_version, 45 } 46 ) 47 48 return field_dict 49 50 @classmethod 51 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 52 d = src_dict.copy() 53 commit = d.pop("commit") 54 55 date = isoparse(d.pop("date")) 56 57 repository = d.pop("repository") 58 59 source_version = d.pop("sourceVersion") 60 61 resources_info = cls( 62 commit=commit, 63 date=date, 64 repository=repository, 65 source_version=source_version, 66 ) 67 68 resources_info.additional_properties = d 69 return resources_info 70 71 @property 72 def additional_keys(self) -> List[str]: 73 return list(self.additional_properties.keys())
Attributes:
- commit (str):
- date (datetime.datetime):
- repository (str):
- source_version (str):
2def __init__(self, commit, date, repository, source_version): 3 self.commit = commit 4 self.date = date 5 self.repository = repository 6 self.source_version = source_version 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ResourcesInfo.
28 def to_dict(self) -> Dict[str, Any]: 29 commit = self.commit 30 31 date = self.date.isoformat() 32 33 repository = self.repository 34 35 source_version = self.source_version 36 37 field_dict: Dict[str, Any] = {} 38 field_dict.update(self.additional_properties) 39 field_dict.update( 40 { 41 "commit": commit, 42 "date": date, 43 "repository": repository, 44 "sourceVersion": source_version, 45 } 46 ) 47 48 return field_dict
50 @classmethod 51 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 52 d = src_dict.copy() 53 commit = d.pop("commit") 54 55 date = isoparse(d.pop("date")) 56 57 repository = d.pop("repository") 58 59 source_version = d.pop("sourceVersion") 60 61 resources_info = cls( 62 commit=commit, 63 date=date, 64 repository=repository, 65 source_version=source_version, 66 ) 67 68 resources_info.additional_properties = d 69 return resources_info
16@_attrs_define 17class RunAnalysisRequest: 18 """ 19 Attributes: 20 name (str): Name of the dataset 21 process_id (str): Process ID of the workflow Example: process-nf-core-rnaseq-3_8. 22 source_dataset_ids (List[str]): These datasets contain files that are inputs to this workflow. 23 params (RunAnalysisRequestParams): Parameters used in workflow (can be empty) 24 notification_emails (List[str]): Emails to notify upon workflow success or failure 25 description (Union[None, Unset, str]): Description of the dataset (optional) 26 resume_dataset_id (Union[None, Unset, str]): Used for caching task execution. If the parameters are the same as 27 the dataset specified here, it will re-use the output to minimize duplicate work 28 """ 29 30 name: str 31 process_id: str 32 source_dataset_ids: List[str] 33 params: "RunAnalysisRequestParams" 34 notification_emails: List[str] 35 description: Union[None, Unset, str] = UNSET 36 resume_dataset_id: Union[None, Unset, str] = UNSET 37 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 38 39 def to_dict(self) -> Dict[str, Any]: 40 name = self.name 41 42 process_id = self.process_id 43 44 source_dataset_ids = self.source_dataset_ids 45 46 params = self.params.to_dict() 47 48 notification_emails = self.notification_emails 49 50 description: Union[None, Unset, str] 51 if isinstance(self.description, Unset): 52 description = UNSET 53 else: 54 description = self.description 55 56 resume_dataset_id: Union[None, Unset, str] 57 if isinstance(self.resume_dataset_id, Unset): 58 resume_dataset_id = UNSET 59 else: 60 resume_dataset_id = self.resume_dataset_id 61 62 field_dict: Dict[str, Any] = {} 63 field_dict.update(self.additional_properties) 64 field_dict.update( 65 { 66 "name": name, 67 "processId": process_id, 68 "sourceDatasetIds": source_dataset_ids, 69 "params": params, 70 "notificationEmails": notification_emails, 71 } 72 ) 73 if description is not UNSET: 74 field_dict["description"] = description 75 if resume_dataset_id is not UNSET: 76 field_dict["resumeDatasetId"] = resume_dataset_id 77 78 return field_dict 79 80 @classmethod 81 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 82 from ..models.run_analysis_request_params import RunAnalysisRequestParams 83 84 d = src_dict.copy() 85 name = d.pop("name") 86 87 process_id = d.pop("processId") 88 89 source_dataset_ids = cast(List[str], d.pop("sourceDatasetIds")) 90 91 params = RunAnalysisRequestParams.from_dict(d.pop("params")) 92 93 notification_emails = cast(List[str], d.pop("notificationEmails")) 94 95 def _parse_description(data: object) -> Union[None, Unset, str]: 96 if data is None: 97 return data 98 if isinstance(data, Unset): 99 return data 100 return cast(Union[None, Unset, str], data) 101 102 description = _parse_description(d.pop("description", UNSET)) 103 104 def _parse_resume_dataset_id(data: object) -> Union[None, Unset, str]: 105 if data is None: 106 return data 107 if isinstance(data, Unset): 108 return data 109 return cast(Union[None, Unset, str], data) 110 111 resume_dataset_id = _parse_resume_dataset_id(d.pop("resumeDatasetId", UNSET)) 112 113 run_analysis_request = cls( 114 name=name, 115 process_id=process_id, 116 source_dataset_ids=source_dataset_ids, 117 params=params, 118 notification_emails=notification_emails, 119 description=description, 120 resume_dataset_id=resume_dataset_id, 121 ) 122 123 run_analysis_request.additional_properties = d 124 return run_analysis_request 125 126 @property 127 def additional_keys(self) -> List[str]: 128 return list(self.additional_properties.keys())
Attributes:
- name (str): Name of the dataset
- process_id (str): Process ID of the workflow Example: process-nf-core-rnaseq-3_8.
- source_dataset_ids (List[str]): These datasets contain files that are inputs to this workflow.
- params (RunAnalysisRequestParams): Parameters used in workflow (can be empty)
- notification_emails (List[str]): Emails to notify upon workflow success or failure
- description (Union[None, Unset, str]): Description of the dataset (optional)
- resume_dataset_id (Union[None, Unset, str]): Used for caching task execution. If the parameters are the same as the dataset specified here, it will re-use the output to minimize duplicate work
2def __init__(self, name, process_id, source_dataset_ids, params, notification_emails, description=attr_dict['description'].default, resume_dataset_id=attr_dict['resume_dataset_id'].default): 3 self.name = name 4 self.process_id = process_id 5 self.source_dataset_ids = source_dataset_ids 6 self.params = params 7 self.notification_emails = notification_emails 8 self.description = description 9 self.resume_dataset_id = resume_dataset_id 10 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class RunAnalysisRequest.
39 def to_dict(self) -> Dict[str, Any]: 40 name = self.name 41 42 process_id = self.process_id 43 44 source_dataset_ids = self.source_dataset_ids 45 46 params = self.params.to_dict() 47 48 notification_emails = self.notification_emails 49 50 description: Union[None, Unset, str] 51 if isinstance(self.description, Unset): 52 description = UNSET 53 else: 54 description = self.description 55 56 resume_dataset_id: Union[None, Unset, str] 57 if isinstance(self.resume_dataset_id, Unset): 58 resume_dataset_id = UNSET 59 else: 60 resume_dataset_id = self.resume_dataset_id 61 62 field_dict: Dict[str, Any] = {} 63 field_dict.update(self.additional_properties) 64 field_dict.update( 65 { 66 "name": name, 67 "processId": process_id, 68 "sourceDatasetIds": source_dataset_ids, 69 "params": params, 70 "notificationEmails": notification_emails, 71 } 72 ) 73 if description is not UNSET: 74 field_dict["description"] = description 75 if resume_dataset_id is not UNSET: 76 field_dict["resumeDatasetId"] = resume_dataset_id 77 78 return field_dict
80 @classmethod 81 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 82 from ..models.run_analysis_request_params import RunAnalysisRequestParams 83 84 d = src_dict.copy() 85 name = d.pop("name") 86 87 process_id = d.pop("processId") 88 89 source_dataset_ids = cast(List[str], d.pop("sourceDatasetIds")) 90 91 params = RunAnalysisRequestParams.from_dict(d.pop("params")) 92 93 notification_emails = cast(List[str], d.pop("notificationEmails")) 94 95 def _parse_description(data: object) -> Union[None, Unset, str]: 96 if data is None: 97 return data 98 if isinstance(data, Unset): 99 return data 100 return cast(Union[None, Unset, str], data) 101 102 description = _parse_description(d.pop("description", UNSET)) 103 104 def _parse_resume_dataset_id(data: object) -> Union[None, Unset, str]: 105 if data is None: 106 return data 107 if isinstance(data, Unset): 108 return data 109 return cast(Union[None, Unset, str], data) 110 111 resume_dataset_id = _parse_resume_dataset_id(d.pop("resumeDatasetId", UNSET)) 112 113 run_analysis_request = cls( 114 name=name, 115 process_id=process_id, 116 source_dataset_ids=source_dataset_ids, 117 params=params, 118 notification_emails=notification_emails, 119 description=description, 120 resume_dataset_id=resume_dataset_id, 121 ) 122 123 run_analysis_request.additional_properties = d 124 return run_analysis_request
10@_attrs_define 11class RunAnalysisRequestParams: 12 """Parameters used in workflow (can be empty)""" 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 run_analysis_request_params = cls() 27 28 run_analysis_request_params.additional_properties = d 29 return run_analysis_request_params 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
Parameters used in workflow (can be empty)
16@_attrs_define 17class Sample: 18 """ 19 Attributes: 20 id (str): 21 name (str): 22 metadata (SampleMetadata): 23 dataset_ids (List[str]): 24 created_at (datetime.datetime): 25 updated_at (datetime.datetime): 26 """ 27 28 id: str 29 name: str 30 metadata: "SampleMetadata" 31 dataset_ids: List[str] 32 created_at: datetime.datetime 33 updated_at: datetime.datetime 34 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 35 36 def to_dict(self) -> Dict[str, Any]: 37 id = self.id 38 39 name = self.name 40 41 metadata = self.metadata.to_dict() 42 43 dataset_ids = self.dataset_ids 44 45 created_at = self.created_at.isoformat() 46 47 updated_at = self.updated_at.isoformat() 48 49 field_dict: Dict[str, Any] = {} 50 field_dict.update(self.additional_properties) 51 field_dict.update( 52 { 53 "id": id, 54 "name": name, 55 "metadata": metadata, 56 "datasetIds": dataset_ids, 57 "createdAt": created_at, 58 "updatedAt": updated_at, 59 } 60 ) 61 62 return field_dict 63 64 @classmethod 65 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 66 from ..models.sample_metadata import SampleMetadata 67 68 d = src_dict.copy() 69 id = d.pop("id") 70 71 name = d.pop("name") 72 73 metadata = SampleMetadata.from_dict(d.pop("metadata")) 74 75 dataset_ids = cast(List[str], d.pop("datasetIds")) 76 77 created_at = isoparse(d.pop("createdAt")) 78 79 updated_at = isoparse(d.pop("updatedAt")) 80 81 sample = cls( 82 id=id, 83 name=name, 84 metadata=metadata, 85 dataset_ids=dataset_ids, 86 created_at=created_at, 87 updated_at=updated_at, 88 ) 89 90 sample.additional_properties = d 91 return sample 92 93 @property 94 def additional_keys(self) -> List[str]: 95 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- metadata (SampleMetadata):
- dataset_ids (List[str]):
- created_at (datetime.datetime):
- updated_at (datetime.datetime):
2def __init__(self, id, name, metadata, dataset_ids, created_at, updated_at): 3 self.id = id 4 self.name = name 5 self.metadata = metadata 6 self.dataset_ids = dataset_ids 7 self.created_at = created_at 8 self.updated_at = updated_at 9 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Sample.
36 def to_dict(self) -> Dict[str, Any]: 37 id = self.id 38 39 name = self.name 40 41 metadata = self.metadata.to_dict() 42 43 dataset_ids = self.dataset_ids 44 45 created_at = self.created_at.isoformat() 46 47 updated_at = self.updated_at.isoformat() 48 49 field_dict: Dict[str, Any] = {} 50 field_dict.update(self.additional_properties) 51 field_dict.update( 52 { 53 "id": id, 54 "name": name, 55 "metadata": metadata, 56 "datasetIds": dataset_ids, 57 "createdAt": created_at, 58 "updatedAt": updated_at, 59 } 60 ) 61 62 return field_dict
64 @classmethod 65 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 66 from ..models.sample_metadata import SampleMetadata 67 68 d = src_dict.copy() 69 id = d.pop("id") 70 71 name = d.pop("name") 72 73 metadata = SampleMetadata.from_dict(d.pop("metadata")) 74 75 dataset_ids = cast(List[str], d.pop("datasetIds")) 76 77 created_at = isoparse(d.pop("createdAt")) 78 79 updated_at = isoparse(d.pop("updatedAt")) 80 81 sample = cls( 82 id=id, 83 name=name, 84 metadata=metadata, 85 dataset_ids=dataset_ids, 86 created_at=created_at, 87 updated_at=updated_at, 88 ) 89 90 sample.additional_properties = d 91 return sample
10@_attrs_define 11class SampleMetadata: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 sample_metadata = cls() 27 28 sample_metadata.additional_properties = d 29 return sample_metadata 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
14@_attrs_define 15class SampleRequest: 16 """ 17 Attributes: 18 name (str): 19 metadata (SampleRequestMetadata): 20 """ 21 22 name: str 23 metadata: "SampleRequestMetadata" 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 metadata = self.metadata.to_dict() 30 31 field_dict: Dict[str, Any] = {} 32 field_dict.update(self.additional_properties) 33 field_dict.update( 34 { 35 "name": name, 36 "metadata": metadata, 37 } 38 ) 39 40 return field_dict 41 42 @classmethod 43 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 44 from ..models.sample_request_metadata import SampleRequestMetadata 45 46 d = src_dict.copy() 47 name = d.pop("name") 48 49 metadata = SampleRequestMetadata.from_dict(d.pop("metadata")) 50 51 sample_request = cls( 52 name=name, 53 metadata=metadata, 54 ) 55 56 sample_request.additional_properties = d 57 return sample_request 58 59 @property 60 def additional_keys(self) -> List[str]: 61 return list(self.additional_properties.keys())
Attributes:
- name (str):
- metadata (SampleRequestMetadata):
2def __init__(self, name, metadata): 3 self.name = name 4 self.metadata = metadata 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class SampleRequest.
42 @classmethod 43 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 44 from ..models.sample_request_metadata import SampleRequestMetadata 45 46 d = src_dict.copy() 47 name = d.pop("name") 48 49 metadata = SampleRequestMetadata.from_dict(d.pop("metadata")) 50 51 sample_request = cls( 52 name=name, 53 metadata=metadata, 54 ) 55 56 sample_request.additional_properties = d 57 return sample_request
10@_attrs_define 11class SampleRequestMetadata: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 sample_request_metadata = cls() 27 28 sample_request_metadata.additional_properties = d 29 return sample_request_metadata 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
10@_attrs_define 11class ServiceConnection: 12 """ 13 Attributes: 14 name (str): 15 description (str): 16 """ 17 18 name: str 19 description: str 20 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 21 22 def to_dict(self) -> Dict[str, Any]: 23 name = self.name 24 25 description = self.description 26 27 field_dict: Dict[str, Any] = {} 28 field_dict.update(self.additional_properties) 29 field_dict.update( 30 { 31 "name": name, 32 "description": description, 33 } 34 ) 35 36 return field_dict 37 38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 name = d.pop("name") 42 43 description = d.pop("description") 44 45 service_connection = cls( 46 name=name, 47 description=description, 48 ) 49 50 service_connection.additional_properties = d 51 return service_connection 52 53 @property 54 def additional_keys(self) -> List[str]: 55 return list(self.additional_properties.keys())
Attributes:
- name (str):
- description (str):
2def __init__(self, name, description): 3 self.name = name 4 self.description = description 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ServiceConnection.
38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 name = d.pop("name") 42 43 description = d.pop("description") 44 45 service_connection = cls( 46 name=name, 47 description=description, 48 ) 49 50 service_connection.additional_properties = d 51 return service_connection
13@_attrs_define 14class SetUserProjectRoleRequest: 15 """ 16 Attributes: 17 username (str): 18 role (ProjectRole): 19 supress_notification (Union[Unset, bool]): Default: False. 20 """ 21 22 username: str 23 role: ProjectRole 24 supress_notification: Union[Unset, bool] = False 25 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 26 27 def to_dict(self) -> Dict[str, Any]: 28 username = self.username 29 30 role = self.role.value 31 32 supress_notification = self.supress_notification 33 34 field_dict: Dict[str, Any] = {} 35 field_dict.update(self.additional_properties) 36 field_dict.update( 37 { 38 "username": username, 39 "role": role, 40 } 41 ) 42 if supress_notification is not UNSET: 43 field_dict["supressNotification"] = supress_notification 44 45 return field_dict 46 47 @classmethod 48 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 49 d = src_dict.copy() 50 username = d.pop("username") 51 52 role = ProjectRole(d.pop("role")) 53 54 supress_notification = d.pop("supressNotification", UNSET) 55 56 set_user_project_role_request = cls( 57 username=username, 58 role=role, 59 supress_notification=supress_notification, 60 ) 61 62 set_user_project_role_request.additional_properties = d 63 return set_user_project_role_request 64 65 @property 66 def additional_keys(self) -> List[str]: 67 return list(self.additional_properties.keys())
Attributes:
- username (str):
- role (ProjectRole):
- supress_notification (Union[Unset, bool]): Default: False.
2def __init__(self, username, role, supress_notification=attr_dict['supress_notification'].default): 3 self.username = username 4 self.role = role 5 self.supress_notification = supress_notification 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class SetUserProjectRoleRequest.
27 def to_dict(self) -> Dict[str, Any]: 28 username = self.username 29 30 role = self.role.value 31 32 supress_notification = self.supress_notification 33 34 field_dict: Dict[str, Any] = {} 35 field_dict.update(self.additional_properties) 36 field_dict.update( 37 { 38 "username": username, 39 "role": role, 40 } 41 ) 42 if supress_notification is not UNSET: 43 field_dict["supressNotification"] = supress_notification 44 45 return field_dict
47 @classmethod 48 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 49 d = src_dict.copy() 50 username = d.pop("username") 51 52 role = ProjectRole(d.pop("role")) 53 54 supress_notification = d.pop("supressNotification", UNSET) 55 56 set_user_project_role_request = cls( 57 username=username, 58 role=role, 59 supress_notification=supress_notification, 60 ) 61 62 set_user_project_role_request.additional_properties = d 63 return set_user_project_role_request
12@_attrs_define 13class SftpCredentials: 14 """ 15 Attributes: 16 username (str): 17 password (str): 18 project_id (str): 19 expires_at (datetime.datetime): 20 """ 21 22 username: str 23 password: str 24 project_id: str 25 expires_at: datetime.datetime 26 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 27 28 def to_dict(self) -> Dict[str, Any]: 29 username = self.username 30 31 password = self.password 32 33 project_id = self.project_id 34 35 expires_at = self.expires_at.isoformat() 36 37 field_dict: Dict[str, Any] = {} 38 field_dict.update(self.additional_properties) 39 field_dict.update( 40 { 41 "username": username, 42 "password": password, 43 "projectId": project_id, 44 "expiresAt": expires_at, 45 } 46 ) 47 48 return field_dict 49 50 @classmethod 51 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 52 d = src_dict.copy() 53 username = d.pop("username") 54 55 password = d.pop("password") 56 57 project_id = d.pop("projectId") 58 59 expires_at = isoparse(d.pop("expiresAt")) 60 61 sftp_credentials = cls( 62 username=username, 63 password=password, 64 project_id=project_id, 65 expires_at=expires_at, 66 ) 67 68 sftp_credentials.additional_properties = d 69 return sftp_credentials 70 71 @property 72 def additional_keys(self) -> List[str]: 73 return list(self.additional_properties.keys())
Attributes:
- username (str):
- password (str):
- project_id (str):
- expires_at (datetime.datetime):
2def __init__(self, username, password, project_id, expires_at): 3 self.username = username 4 self.password = password 5 self.project_id = project_id 6 self.expires_at = expires_at 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class SftpCredentials.
28 def to_dict(self) -> Dict[str, Any]: 29 username = self.username 30 31 password = self.password 32 33 project_id = self.project_id 34 35 expires_at = self.expires_at.isoformat() 36 37 field_dict: Dict[str, Any] = {} 38 field_dict.update(self.additional_properties) 39 field_dict.update( 40 { 41 "username": username, 42 "password": password, 43 "projectId": project_id, 44 "expiresAt": expires_at, 45 } 46 ) 47 48 return field_dict
50 @classmethod 51 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 52 d = src_dict.copy() 53 username = d.pop("username") 54 55 password = d.pop("password") 56 57 project_id = d.pop("projectId") 58 59 expires_at = isoparse(d.pop("expiresAt")) 60 61 sftp_credentials = cls( 62 username=username, 63 password=password, 64 project_id=project_id, 65 expires_at=expires_at, 66 ) 67 68 sftp_credentials.additional_properties = d 69 return sftp_credentials
5class Status(str, Enum): 6 ARCHIVED = "ARCHIVED" 7 COMPLETED = "COMPLETED" 8 DELETE = "DELETE" 9 DELETED = "DELETED" 10 DELETING = "DELETING" 11 FAILED = "FAILED" 12 PENDING = "PENDING" 13 RUNNING = "RUNNING" 14 SUSPENDED = "SUSPENDED" 15 16 def __str__(self) -> str: 17 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
12@_attrs_define 13class StopExecutionResponse: 14 """ 15 Attributes: 16 success (Union[Unset, List[str]]): List of job IDs that were successful in termination 17 failed (Union[Unset, List[str]]): List of job IDs that were not successful in termination 18 """ 19 20 success: Union[Unset, List[str]] = UNSET 21 failed: Union[Unset, List[str]] = UNSET 22 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 23 24 def to_dict(self) -> Dict[str, Any]: 25 success: Union[Unset, List[str]] = UNSET 26 if not isinstance(self.success, Unset): 27 success = self.success 28 29 failed: Union[Unset, List[str]] = UNSET 30 if not isinstance(self.failed, Unset): 31 failed = self.failed 32 33 field_dict: Dict[str, Any] = {} 34 field_dict.update(self.additional_properties) 35 field_dict.update({}) 36 if success is not UNSET: 37 field_dict["success"] = success 38 if failed is not UNSET: 39 field_dict["failed"] = failed 40 41 return field_dict 42 43 @classmethod 44 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 45 d = src_dict.copy() 46 success = cast(List[str], d.pop("success", UNSET)) 47 48 failed = cast(List[str], d.pop("failed", UNSET)) 49 50 stop_execution_response = cls( 51 success=success, 52 failed=failed, 53 ) 54 55 stop_execution_response.additional_properties = d 56 return stop_execution_response 57 58 @property 59 def additional_keys(self) -> List[str]: 60 return list(self.additional_properties.keys())
Attributes:
- success (Union[Unset, List[str]]): List of job IDs that were successful in termination
- failed (Union[Unset, List[str]]): List of job IDs that were not successful in termination
2def __init__(self, success=attr_dict['success'].default, failed=attr_dict['failed'].default): 3 self.success = success 4 self.failed = failed 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class StopExecutionResponse.
24 def to_dict(self) -> Dict[str, Any]: 25 success: Union[Unset, List[str]] = UNSET 26 if not isinstance(self.success, Unset): 27 success = self.success 28 29 failed: Union[Unset, List[str]] = UNSET 30 if not isinstance(self.failed, Unset): 31 failed = self.failed 32 33 field_dict: Dict[str, Any] = {} 34 field_dict.update(self.additional_properties) 35 field_dict.update({}) 36 if success is not UNSET: 37 field_dict["success"] = success 38 if failed is not UNSET: 39 field_dict["failed"] = failed 40 41 return field_dict
43 @classmethod 44 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 45 d = src_dict.copy() 46 success = cast(List[str], d.pop("success", UNSET)) 47 48 failed = cast(List[str], d.pop("failed", UNSET)) 49 50 stop_execution_response = cls( 51 success=success, 52 failed=failed, 53 ) 54 55 stop_execution_response.additional_properties = d 56 return stop_execution_response
5class SyncStatus(str, Enum): 6 FAILED = "FAILED" 7 SUCCESSFUL = "SUCCESSFUL" 8 9 def __str__(self) -> str: 10 return str(self.value)
str(object='') -> str str(bytes_or_buffer[, encoding[, errors]]) -> str
Create a new string object from the given object. If encoding or errors is specified, then the object must expose a data buffer that will be decoded using the given encoding and error handler. Otherwise, returns the result of object.__str__() (if defined) or repr(object). encoding defaults to sys.getdefaultencoding(). errors defaults to 'strict'.
Inherited Members
- enum.Enum
- name
- value
- builtins.str
- encode
- replace
- split
- rsplit
- join
- capitalize
- casefold
- title
- center
- count
- expandtabs
- find
- partition
- index
- ljust
- lower
- lstrip
- rfind
- rindex
- rjust
- rstrip
- rpartition
- splitlines
- strip
- swapcase
- translate
- upper
- startswith
- endswith
- removeprefix
- removesuffix
- isascii
- islower
- isupper
- istitle
- isspace
- isdecimal
- isdigit
- isnumeric
- isalpha
- isalnum
- isidentifier
- isprintable
- zfill
- format
- format_map
- maketrans
16@_attrs_define 17class SystemInfoResponse: 18 """ 19 Attributes: 20 resources_bucket (str): 21 references_bucket (str): 22 live_endpoint (str): 23 region (str): 24 system_message (str): 25 maintenance_mode_enabled (bool): 26 commit_hash (str): 27 version (str): 28 resources_info (ResourcesInfo): 29 tenant_info (TenantInfo): 30 auth (AuthInfo): 31 """ 32 33 resources_bucket: str 34 references_bucket: str 35 live_endpoint: str 36 region: str 37 system_message: str 38 maintenance_mode_enabled: bool 39 commit_hash: str 40 version: str 41 resources_info: "ResourcesInfo" 42 tenant_info: "TenantInfo" 43 auth: "AuthInfo" 44 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 45 46 def to_dict(self) -> Dict[str, Any]: 47 resources_bucket = self.resources_bucket 48 49 references_bucket = self.references_bucket 50 51 live_endpoint = self.live_endpoint 52 53 region = self.region 54 55 system_message = self.system_message 56 57 maintenance_mode_enabled = self.maintenance_mode_enabled 58 59 commit_hash = self.commit_hash 60 61 version = self.version 62 63 resources_info = self.resources_info.to_dict() 64 65 tenant_info = self.tenant_info.to_dict() 66 67 auth = self.auth.to_dict() 68 69 field_dict: Dict[str, Any] = {} 70 field_dict.update(self.additional_properties) 71 field_dict.update( 72 { 73 "resourcesBucket": resources_bucket, 74 "referencesBucket": references_bucket, 75 "liveEndpoint": live_endpoint, 76 "region": region, 77 "systemMessage": system_message, 78 "maintenanceModeEnabled": maintenance_mode_enabled, 79 "commitHash": commit_hash, 80 "version": version, 81 "resourcesInfo": resources_info, 82 "tenantInfo": tenant_info, 83 "auth": auth, 84 } 85 ) 86 87 return field_dict 88 89 @classmethod 90 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 91 from ..models.auth_info import AuthInfo 92 from ..models.resources_info import ResourcesInfo 93 from ..models.tenant_info import TenantInfo 94 95 d = src_dict.copy() 96 resources_bucket = d.pop("resourcesBucket") 97 98 references_bucket = d.pop("referencesBucket") 99 100 live_endpoint = d.pop("liveEndpoint") 101 102 region = d.pop("region") 103 104 system_message = d.pop("systemMessage") 105 106 maintenance_mode_enabled = d.pop("maintenanceModeEnabled") 107 108 commit_hash = d.pop("commitHash") 109 110 version = d.pop("version") 111 112 resources_info = ResourcesInfo.from_dict(d.pop("resourcesInfo")) 113 114 tenant_info = TenantInfo.from_dict(d.pop("tenantInfo")) 115 116 auth = AuthInfo.from_dict(d.pop("auth")) 117 118 system_info_response = cls( 119 resources_bucket=resources_bucket, 120 references_bucket=references_bucket, 121 live_endpoint=live_endpoint, 122 region=region, 123 system_message=system_message, 124 maintenance_mode_enabled=maintenance_mode_enabled, 125 commit_hash=commit_hash, 126 version=version, 127 resources_info=resources_info, 128 tenant_info=tenant_info, 129 auth=auth, 130 ) 131 132 system_info_response.additional_properties = d 133 return system_info_response 134 135 @property 136 def additional_keys(self) -> List[str]: 137 return list(self.additional_properties.keys())
Attributes:
- resources_bucket (str):
- references_bucket (str):
- live_endpoint (str):
- region (str):
- system_message (str):
- maintenance_mode_enabled (bool):
- commit_hash (str):
- version (str):
- resources_info (ResourcesInfo):
- tenant_info (TenantInfo):
- auth (AuthInfo):
2def __init__(self, resources_bucket, references_bucket, live_endpoint, region, system_message, maintenance_mode_enabled, commit_hash, version, resources_info, tenant_info, auth): 3 self.resources_bucket = resources_bucket 4 self.references_bucket = references_bucket 5 self.live_endpoint = live_endpoint 6 self.region = region 7 self.system_message = system_message 8 self.maintenance_mode_enabled = maintenance_mode_enabled 9 self.commit_hash = commit_hash 10 self.version = version 11 self.resources_info = resources_info 12 self.tenant_info = tenant_info 13 self.auth = auth 14 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class SystemInfoResponse.
46 def to_dict(self) -> Dict[str, Any]: 47 resources_bucket = self.resources_bucket 48 49 references_bucket = self.references_bucket 50 51 live_endpoint = self.live_endpoint 52 53 region = self.region 54 55 system_message = self.system_message 56 57 maintenance_mode_enabled = self.maintenance_mode_enabled 58 59 commit_hash = self.commit_hash 60 61 version = self.version 62 63 resources_info = self.resources_info.to_dict() 64 65 tenant_info = self.tenant_info.to_dict() 66 67 auth = self.auth.to_dict() 68 69 field_dict: Dict[str, Any] = {} 70 field_dict.update(self.additional_properties) 71 field_dict.update( 72 { 73 "resourcesBucket": resources_bucket, 74 "referencesBucket": references_bucket, 75 "liveEndpoint": live_endpoint, 76 "region": region, 77 "systemMessage": system_message, 78 "maintenanceModeEnabled": maintenance_mode_enabled, 79 "commitHash": commit_hash, 80 "version": version, 81 "resourcesInfo": resources_info, 82 "tenantInfo": tenant_info, 83 "auth": auth, 84 } 85 ) 86 87 return field_dict
89 @classmethod 90 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 91 from ..models.auth_info import AuthInfo 92 from ..models.resources_info import ResourcesInfo 93 from ..models.tenant_info import TenantInfo 94 95 d = src_dict.copy() 96 resources_bucket = d.pop("resourcesBucket") 97 98 references_bucket = d.pop("referencesBucket") 99 100 live_endpoint = d.pop("liveEndpoint") 101 102 region = d.pop("region") 103 104 system_message = d.pop("systemMessage") 105 106 maintenance_mode_enabled = d.pop("maintenanceModeEnabled") 107 108 commit_hash = d.pop("commitHash") 109 110 version = d.pop("version") 111 112 resources_info = ResourcesInfo.from_dict(d.pop("resourcesInfo")) 113 114 tenant_info = TenantInfo.from_dict(d.pop("tenantInfo")) 115 116 auth = AuthInfo.from_dict(d.pop("auth")) 117 118 system_info_response = cls( 119 resources_bucket=resources_bucket, 120 references_bucket=references_bucket, 121 live_endpoint=live_endpoint, 122 region=region, 123 system_message=system_message, 124 maintenance_mode_enabled=maintenance_mode_enabled, 125 commit_hash=commit_hash, 126 version=version, 127 resources_info=resources_info, 128 tenant_info=tenant_info, 129 auth=auth, 130 ) 131 132 system_info_response.additional_properties = d 133 return system_info_response
16@_attrs_define 17class Table: 18 """ 19 Attributes: 20 desc (str): 21 name (Union[Unset, str]): User-friendly name of asset 22 type (Union[Unset, str]): Type of file Example: parquet. 23 rows (Union[Unset, int]): Number of rows in table 24 path (Union[Unset, str]): Relative path to asset 25 cols (Union[List['ColumnDefinition'], None, Unset]): 26 """ 27 28 desc: str 29 name: Union[Unset, str] = UNSET 30 type: Union[Unset, str] = UNSET 31 rows: Union[Unset, int] = UNSET 32 path: Union[Unset, str] = UNSET 33 cols: Union[List["ColumnDefinition"], None, Unset] = UNSET 34 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 35 36 def to_dict(self) -> Dict[str, Any]: 37 desc = self.desc 38 39 name = self.name 40 41 type = self.type 42 43 rows = self.rows 44 45 path = self.path 46 47 cols: Union[List[Dict[str, Any]], None, Unset] 48 if isinstance(self.cols, Unset): 49 cols = UNSET 50 elif isinstance(self.cols, list): 51 cols = [] 52 for cols_type_0_item_data in self.cols: 53 cols_type_0_item = cols_type_0_item_data.to_dict() 54 cols.append(cols_type_0_item) 55 56 else: 57 cols = self.cols 58 59 field_dict: Dict[str, Any] = {} 60 field_dict.update(self.additional_properties) 61 field_dict.update( 62 { 63 "desc": desc, 64 } 65 ) 66 if name is not UNSET: 67 field_dict["name"] = name 68 if type is not UNSET: 69 field_dict["type"] = type 70 if rows is not UNSET: 71 field_dict["rows"] = rows 72 if path is not UNSET: 73 field_dict["path"] = path 74 if cols is not UNSET: 75 field_dict["cols"] = cols 76 77 return field_dict 78 79 @classmethod 80 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 81 from ..models.column_definition import ColumnDefinition 82 83 d = src_dict.copy() 84 desc = d.pop("desc") 85 86 name = d.pop("name", UNSET) 87 88 type = d.pop("type", UNSET) 89 90 rows = d.pop("rows", UNSET) 91 92 path = d.pop("path", UNSET) 93 94 def _parse_cols(data: object) -> Union[List["ColumnDefinition"], None, Unset]: 95 if data is None: 96 return data 97 if isinstance(data, Unset): 98 return data 99 try: 100 if not isinstance(data, list): 101 raise TypeError() 102 cols_type_0 = [] 103 _cols_type_0 = data 104 for cols_type_0_item_data in _cols_type_0: 105 cols_type_0_item = ColumnDefinition.from_dict(cols_type_0_item_data) 106 107 cols_type_0.append(cols_type_0_item) 108 109 return cols_type_0 110 except: # noqa: E722 111 pass 112 return cast(Union[List["ColumnDefinition"], None, Unset], data) 113 114 cols = _parse_cols(d.pop("cols", UNSET)) 115 116 table = cls( 117 desc=desc, 118 name=name, 119 type=type, 120 rows=rows, 121 path=path, 122 cols=cols, 123 ) 124 125 table.additional_properties = d 126 return table 127 128 @property 129 def additional_keys(self) -> List[str]: 130 return list(self.additional_properties.keys())
Attributes:
- desc (str):
- name (Union[Unset, str]): User-friendly name of asset
- type (Union[Unset, str]): Type of file Example: parquet.
- rows (Union[Unset, int]): Number of rows in table
- path (Union[Unset, str]): Relative path to asset
- cols (Union[List['ColumnDefinition'], None, Unset]):
2def __init__(self, desc, name=attr_dict['name'].default, type=attr_dict['type'].default, rows=attr_dict['rows'].default, path=attr_dict['path'].default, cols=attr_dict['cols'].default): 3 self.desc = desc 4 self.name = name 5 self.type = type 6 self.rows = rows 7 self.path = path 8 self.cols = cols 9 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Table.
36 def to_dict(self) -> Dict[str, Any]: 37 desc = self.desc 38 39 name = self.name 40 41 type = self.type 42 43 rows = self.rows 44 45 path = self.path 46 47 cols: Union[List[Dict[str, Any]], None, Unset] 48 if isinstance(self.cols, Unset): 49 cols = UNSET 50 elif isinstance(self.cols, list): 51 cols = [] 52 for cols_type_0_item_data in self.cols: 53 cols_type_0_item = cols_type_0_item_data.to_dict() 54 cols.append(cols_type_0_item) 55 56 else: 57 cols = self.cols 58 59 field_dict: Dict[str, Any] = {} 60 field_dict.update(self.additional_properties) 61 field_dict.update( 62 { 63 "desc": desc, 64 } 65 ) 66 if name is not UNSET: 67 field_dict["name"] = name 68 if type is not UNSET: 69 field_dict["type"] = type 70 if rows is not UNSET: 71 field_dict["rows"] = rows 72 if path is not UNSET: 73 field_dict["path"] = path 74 if cols is not UNSET: 75 field_dict["cols"] = cols 76 77 return field_dict
79 @classmethod 80 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 81 from ..models.column_definition import ColumnDefinition 82 83 d = src_dict.copy() 84 desc = d.pop("desc") 85 86 name = d.pop("name", UNSET) 87 88 type = d.pop("type", UNSET) 89 90 rows = d.pop("rows", UNSET) 91 92 path = d.pop("path", UNSET) 93 94 def _parse_cols(data: object) -> Union[List["ColumnDefinition"], None, Unset]: 95 if data is None: 96 return data 97 if isinstance(data, Unset): 98 return data 99 try: 100 if not isinstance(data, list): 101 raise TypeError() 102 cols_type_0 = [] 103 _cols_type_0 = data 104 for cols_type_0_item_data in _cols_type_0: 105 cols_type_0_item = ColumnDefinition.from_dict(cols_type_0_item_data) 106 107 cols_type_0.append(cols_type_0_item) 108 109 return cols_type_0 110 except: # noqa: E722 111 pass 112 return cast(Union[List["ColumnDefinition"], None, Unset], data) 113 114 cols = _parse_cols(d.pop("cols", UNSET)) 115 116 table = cls( 117 desc=desc, 118 name=name, 119 type=type, 120 rows=rows, 121 path=path, 122 cols=cols, 123 ) 124 125 table.additional_properties = d 126 return table
10@_attrs_define 11class Tag: 12 """ 13 Attributes: 14 key (str): 15 value (str): 16 editable (bool): 17 """ 18 19 key: str 20 value: str 21 editable: bool 22 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 23 24 def to_dict(self) -> Dict[str, Any]: 25 key = self.key 26 27 value = self.value 28 29 editable = self.editable 30 31 field_dict: Dict[str, Any] = {} 32 field_dict.update(self.additional_properties) 33 field_dict.update( 34 { 35 "key": key, 36 "value": value, 37 "editable": editable, 38 } 39 ) 40 41 return field_dict 42 43 @classmethod 44 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 45 d = src_dict.copy() 46 key = d.pop("key") 47 48 value = d.pop("value") 49 50 editable = d.pop("editable") 51 52 tag = cls( 53 key=key, 54 value=value, 55 editable=editable, 56 ) 57 58 tag.additional_properties = d 59 return tag 60 61 @property 62 def additional_keys(self) -> List[str]: 63 return list(self.additional_properties.keys())
Attributes:
- key (str):
- value (str):
- editable (bool):
2def __init__(self, key, value, editable): 3 self.key = key 4 self.value = value 5 self.editable = editable 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Tag.
24 def to_dict(self) -> Dict[str, Any]: 25 key = self.key 26 27 value = self.value 28 29 editable = self.editable 30 31 field_dict: Dict[str, Any] = {} 32 field_dict.update(self.additional_properties) 33 field_dict.update( 34 { 35 "key": key, 36 "value": value, 37 "editable": editable, 38 } 39 ) 40 41 return field_dict
43 @classmethod 44 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 45 d = src_dict.copy() 46 key = d.pop("key") 47 48 value = d.pop("value") 49 50 editable = d.pop("editable") 51 52 tag = cls( 53 key=key, 54 value=value, 55 editable=editable, 56 ) 57 58 tag.additional_properties = d 59 return tag
14@_attrs_define 15class Task: 16 """ 17 Attributes: 18 name (str): 19 native_job_id (str): 20 status (str): 21 requested_at (datetime.datetime): 22 stopped_at (Union[Unset, datetime.datetime]): 23 container_image (Union[Unset, str]): 24 command_line (Union[Unset, str]): 25 log_location (Union[Unset, str]): 26 """ 27 28 name: str 29 native_job_id: str 30 status: str 31 requested_at: datetime.datetime 32 stopped_at: Union[Unset, datetime.datetime] = UNSET 33 container_image: Union[Unset, str] = UNSET 34 command_line: Union[Unset, str] = UNSET 35 log_location: Union[Unset, str] = UNSET 36 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 37 38 def to_dict(self) -> Dict[str, Any]: 39 name = self.name 40 41 native_job_id = self.native_job_id 42 43 status = self.status 44 45 requested_at = self.requested_at.isoformat() 46 47 stopped_at: Union[Unset, str] = UNSET 48 if not isinstance(self.stopped_at, Unset): 49 stopped_at = self.stopped_at.isoformat() 50 51 container_image = self.container_image 52 53 command_line = self.command_line 54 55 log_location = self.log_location 56 57 field_dict: Dict[str, Any] = {} 58 field_dict.update(self.additional_properties) 59 field_dict.update( 60 { 61 "name": name, 62 "nativeJobId": native_job_id, 63 "status": status, 64 "requestedAt": requested_at, 65 } 66 ) 67 if stopped_at is not UNSET: 68 field_dict["stoppedAt"] = stopped_at 69 if container_image is not UNSET: 70 field_dict["containerImage"] = container_image 71 if command_line is not UNSET: 72 field_dict["commandLine"] = command_line 73 if log_location is not UNSET: 74 field_dict["logLocation"] = log_location 75 76 return field_dict 77 78 @classmethod 79 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 80 d = src_dict.copy() 81 name = d.pop("name") 82 83 native_job_id = d.pop("nativeJobId") 84 85 status = d.pop("status") 86 87 requested_at = isoparse(d.pop("requestedAt")) 88 89 _stopped_at = d.pop("stoppedAt", UNSET) 90 stopped_at: Union[Unset, datetime.datetime] 91 if isinstance(_stopped_at, Unset): 92 stopped_at = UNSET 93 else: 94 stopped_at = isoparse(_stopped_at) 95 96 container_image = d.pop("containerImage", UNSET) 97 98 command_line = d.pop("commandLine", UNSET) 99 100 log_location = d.pop("logLocation", UNSET) 101 102 task = cls( 103 name=name, 104 native_job_id=native_job_id, 105 status=status, 106 requested_at=requested_at, 107 stopped_at=stopped_at, 108 container_image=container_image, 109 command_line=command_line, 110 log_location=log_location, 111 ) 112 113 task.additional_properties = d 114 return task 115 116 @property 117 def additional_keys(self) -> List[str]: 118 return list(self.additional_properties.keys())
Attributes:
- name (str):
- native_job_id (str):
- status (str):
- requested_at (datetime.datetime):
- stopped_at (Union[Unset, datetime.datetime]):
- container_image (Union[Unset, str]):
- command_line (Union[Unset, str]):
- log_location (Union[Unset, str]):
2def __init__(self, name, native_job_id, status, requested_at, stopped_at=attr_dict['stopped_at'].default, container_image=attr_dict['container_image'].default, command_line=attr_dict['command_line'].default, log_location=attr_dict['log_location'].default): 3 self.name = name 4 self.native_job_id = native_job_id 5 self.status = status 6 self.requested_at = requested_at 7 self.stopped_at = stopped_at 8 self.container_image = container_image 9 self.command_line = command_line 10 self.log_location = log_location 11 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class Task.
38 def to_dict(self) -> Dict[str, Any]: 39 name = self.name 40 41 native_job_id = self.native_job_id 42 43 status = self.status 44 45 requested_at = self.requested_at.isoformat() 46 47 stopped_at: Union[Unset, str] = UNSET 48 if not isinstance(self.stopped_at, Unset): 49 stopped_at = self.stopped_at.isoformat() 50 51 container_image = self.container_image 52 53 command_line = self.command_line 54 55 log_location = self.log_location 56 57 field_dict: Dict[str, Any] = {} 58 field_dict.update(self.additional_properties) 59 field_dict.update( 60 { 61 "name": name, 62 "nativeJobId": native_job_id, 63 "status": status, 64 "requestedAt": requested_at, 65 } 66 ) 67 if stopped_at is not UNSET: 68 field_dict["stoppedAt"] = stopped_at 69 if container_image is not UNSET: 70 field_dict["containerImage"] = container_image 71 if command_line is not UNSET: 72 field_dict["commandLine"] = command_line 73 if log_location is not UNSET: 74 field_dict["logLocation"] = log_location 75 76 return field_dict
78 @classmethod 79 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 80 d = src_dict.copy() 81 name = d.pop("name") 82 83 native_job_id = d.pop("nativeJobId") 84 85 status = d.pop("status") 86 87 requested_at = isoparse(d.pop("requestedAt")) 88 89 _stopped_at = d.pop("stoppedAt", UNSET) 90 stopped_at: Union[Unset, datetime.datetime] 91 if isinstance(_stopped_at, Unset): 92 stopped_at = UNSET 93 else: 94 stopped_at = isoparse(_stopped_at) 95 96 container_image = d.pop("containerImage", UNSET) 97 98 command_line = d.pop("commandLine", UNSET) 99 100 log_location = d.pop("logLocation", UNSET) 101 102 task = cls( 103 name=name, 104 native_job_id=native_job_id, 105 status=status, 106 requested_at=requested_at, 107 stopped_at=stopped_at, 108 container_image=container_image, 109 command_line=command_line, 110 log_location=log_location, 111 ) 112 113 task.additional_properties = d 114 return task
14@_attrs_define 15class TenantInfo: 16 """ 17 Attributes: 18 id (str): 19 name (str): 20 description (str): 21 location (str): 22 contact_email (str): 23 tenant_logo_url (str): 24 terms_of_service_url (str): 25 privacy_policy_url (str): 26 login_providers (List['LoginProvider']): 27 """ 28 29 id: str 30 name: str 31 description: str 32 location: str 33 contact_email: str 34 tenant_logo_url: str 35 terms_of_service_url: str 36 privacy_policy_url: str 37 login_providers: List["LoginProvider"] 38 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 39 40 def to_dict(self) -> Dict[str, Any]: 41 id = self.id 42 43 name = self.name 44 45 description = self.description 46 47 location = self.location 48 49 contact_email = self.contact_email 50 51 tenant_logo_url = self.tenant_logo_url 52 53 terms_of_service_url = self.terms_of_service_url 54 55 privacy_policy_url = self.privacy_policy_url 56 57 login_providers = [] 58 for login_providers_item_data in self.login_providers: 59 login_providers_item = login_providers_item_data.to_dict() 60 login_providers.append(login_providers_item) 61 62 field_dict: Dict[str, Any] = {} 63 field_dict.update(self.additional_properties) 64 field_dict.update( 65 { 66 "id": id, 67 "name": name, 68 "description": description, 69 "location": location, 70 "contactEmail": contact_email, 71 "tenantLogoUrl": tenant_logo_url, 72 "termsOfServiceUrl": terms_of_service_url, 73 "privacyPolicyUrl": privacy_policy_url, 74 "loginProviders": login_providers, 75 } 76 ) 77 78 return field_dict 79 80 @classmethod 81 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 82 from ..models.login_provider import LoginProvider 83 84 d = src_dict.copy() 85 id = d.pop("id") 86 87 name = d.pop("name") 88 89 description = d.pop("description") 90 91 location = d.pop("location") 92 93 contact_email = d.pop("contactEmail") 94 95 tenant_logo_url = d.pop("tenantLogoUrl") 96 97 terms_of_service_url = d.pop("termsOfServiceUrl") 98 99 privacy_policy_url = d.pop("privacyPolicyUrl") 100 101 login_providers = [] 102 _login_providers = d.pop("loginProviders") 103 for login_providers_item_data in _login_providers: 104 login_providers_item = LoginProvider.from_dict(login_providers_item_data) 105 106 login_providers.append(login_providers_item) 107 108 tenant_info = cls( 109 id=id, 110 name=name, 111 description=description, 112 location=location, 113 contact_email=contact_email, 114 tenant_logo_url=tenant_logo_url, 115 terms_of_service_url=terms_of_service_url, 116 privacy_policy_url=privacy_policy_url, 117 login_providers=login_providers, 118 ) 119 120 tenant_info.additional_properties = d 121 return tenant_info 122 123 @property 124 def additional_keys(self) -> List[str]: 125 return list(self.additional_properties.keys())
Attributes:
- id (str):
- name (str):
- description (str):
- location (str):
- contact_email (str):
- tenant_logo_url (str):
- terms_of_service_url (str):
- privacy_policy_url (str):
- login_providers (List['LoginProvider']):
2def __init__(self, id, name, description, location, contact_email, tenant_logo_url, terms_of_service_url, privacy_policy_url, login_providers): 3 self.id = id 4 self.name = name 5 self.description = description 6 self.location = location 7 self.contact_email = contact_email 8 self.tenant_logo_url = tenant_logo_url 9 self.terms_of_service_url = terms_of_service_url 10 self.privacy_policy_url = privacy_policy_url 11 self.login_providers = login_providers 12 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class TenantInfo.
40 def to_dict(self) -> Dict[str, Any]: 41 id = self.id 42 43 name = self.name 44 45 description = self.description 46 47 location = self.location 48 49 contact_email = self.contact_email 50 51 tenant_logo_url = self.tenant_logo_url 52 53 terms_of_service_url = self.terms_of_service_url 54 55 privacy_policy_url = self.privacy_policy_url 56 57 login_providers = [] 58 for login_providers_item_data in self.login_providers: 59 login_providers_item = login_providers_item_data.to_dict() 60 login_providers.append(login_providers_item) 61 62 field_dict: Dict[str, Any] = {} 63 field_dict.update(self.additional_properties) 64 field_dict.update( 65 { 66 "id": id, 67 "name": name, 68 "description": description, 69 "location": location, 70 "contactEmail": contact_email, 71 "tenantLogoUrl": tenant_logo_url, 72 "termsOfServiceUrl": terms_of_service_url, 73 "privacyPolicyUrl": privacy_policy_url, 74 "loginProviders": login_providers, 75 } 76 ) 77 78 return field_dict
80 @classmethod 81 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 82 from ..models.login_provider import LoginProvider 83 84 d = src_dict.copy() 85 id = d.pop("id") 86 87 name = d.pop("name") 88 89 description = d.pop("description") 90 91 location = d.pop("location") 92 93 contact_email = d.pop("contactEmail") 94 95 tenant_logo_url = d.pop("tenantLogoUrl") 96 97 terms_of_service_url = d.pop("termsOfServiceUrl") 98 99 privacy_policy_url = d.pop("privacyPolicyUrl") 100 101 login_providers = [] 102 _login_providers = d.pop("loginProviders") 103 for login_providers_item_data in _login_providers: 104 login_providers_item = LoginProvider.from_dict(login_providers_item_data) 105 106 login_providers.append(login_providers_item) 107 108 tenant_info = cls( 109 id=id, 110 name=name, 111 description=description, 112 location=location, 113 contact_email=contact_email, 114 tenant_logo_url=tenant_logo_url, 115 terms_of_service_url=terms_of_service_url, 116 privacy_policy_url=privacy_policy_url, 117 login_providers=login_providers, 118 ) 119 120 tenant_info.additional_properties = d 121 return tenant_info
14@_attrs_define 15class UpdateDatasetRequest: 16 """ 17 Attributes: 18 name (str): 19 description (str): 20 process_id (str): 21 tags (List['Tag']): 22 """ 23 24 name: str 25 description: str 26 process_id: str 27 tags: List["Tag"] 28 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 29 30 def to_dict(self) -> Dict[str, Any]: 31 name = self.name 32 33 description = self.description 34 35 process_id = self.process_id 36 37 tags = [] 38 for tags_item_data in self.tags: 39 tags_item = tags_item_data.to_dict() 40 tags.append(tags_item) 41 42 field_dict: Dict[str, Any] = {} 43 field_dict.update(self.additional_properties) 44 field_dict.update( 45 { 46 "name": name, 47 "description": description, 48 "processId": process_id, 49 "tags": tags, 50 } 51 ) 52 53 return field_dict 54 55 @classmethod 56 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 57 from ..models.tag import Tag 58 59 d = src_dict.copy() 60 name = d.pop("name") 61 62 description = d.pop("description") 63 64 process_id = d.pop("processId") 65 66 tags = [] 67 _tags = d.pop("tags") 68 for tags_item_data in _tags: 69 tags_item = Tag.from_dict(tags_item_data) 70 71 tags.append(tags_item) 72 73 update_dataset_request = cls( 74 name=name, 75 description=description, 76 process_id=process_id, 77 tags=tags, 78 ) 79 80 update_dataset_request.additional_properties = d 81 return update_dataset_request 82 83 @property 84 def additional_keys(self) -> List[str]: 85 return list(self.additional_properties.keys())
Attributes:
- name (str):
- description (str):
- process_id (str):
- tags (List['Tag']):
2def __init__(self, name, description, process_id, tags): 3 self.name = name 4 self.description = description 5 self.process_id = process_id 6 self.tags = tags 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class UpdateDatasetRequest.
30 def to_dict(self) -> Dict[str, Any]: 31 name = self.name 32 33 description = self.description 34 35 process_id = self.process_id 36 37 tags = [] 38 for tags_item_data in self.tags: 39 tags_item = tags_item_data.to_dict() 40 tags.append(tags_item) 41 42 field_dict: Dict[str, Any] = {} 43 field_dict.update(self.additional_properties) 44 field_dict.update( 45 { 46 "name": name, 47 "description": description, 48 "processId": process_id, 49 "tags": tags, 50 } 51 ) 52 53 return field_dict
55 @classmethod 56 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 57 from ..models.tag import Tag 58 59 d = src_dict.copy() 60 name = d.pop("name") 61 62 description = d.pop("description") 63 64 process_id = d.pop("processId") 65 66 tags = [] 67 _tags = d.pop("tags") 68 for tags_item_data in _tags: 69 tags_item = Tag.from_dict(tags_item_data) 70 71 tags.append(tags_item) 72 73 update_dataset_request = cls( 74 name=name, 75 description=description, 76 process_id=process_id, 77 tags=tags, 78 ) 79 80 update_dataset_request.additional_properties = d 81 return update_dataset_request
14@_attrs_define 15class UpdateUserRequest: 16 """ 17 Attributes: 18 name (str): 19 email (str): 20 phone (str): 21 department (str): 22 settings (UpdateUserRequestSettings): 23 """ 24 25 name: str 26 email: str 27 phone: str 28 department: str 29 settings: "UpdateUserRequestSettings" 30 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 31 32 def to_dict(self) -> Dict[str, Any]: 33 name = self.name 34 35 email = self.email 36 37 phone = self.phone 38 39 department = self.department 40 41 settings = self.settings.to_dict() 42 43 field_dict: Dict[str, Any] = {} 44 field_dict.update(self.additional_properties) 45 field_dict.update( 46 { 47 "name": name, 48 "email": email, 49 "phone": phone, 50 "department": department, 51 "settings": settings, 52 } 53 ) 54 55 return field_dict 56 57 @classmethod 58 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 59 from ..models.update_user_request_settings import UpdateUserRequestSettings 60 61 d = src_dict.copy() 62 name = d.pop("name") 63 64 email = d.pop("email") 65 66 phone = d.pop("phone") 67 68 department = d.pop("department") 69 70 settings = UpdateUserRequestSettings.from_dict(d.pop("settings")) 71 72 update_user_request = cls( 73 name=name, 74 email=email, 75 phone=phone, 76 department=department, 77 settings=settings, 78 ) 79 80 update_user_request.additional_properties = d 81 return update_user_request 82 83 @property 84 def additional_keys(self) -> List[str]: 85 return list(self.additional_properties.keys())
Attributes:
- name (str):
- email (str):
- phone (str):
- department (str):
- settings (UpdateUserRequestSettings):
2def __init__(self, name, email, phone, department, settings): 3 self.name = name 4 self.email = email 5 self.phone = phone 6 self.department = department 7 self.settings = settings 8 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class UpdateUserRequest.
32 def to_dict(self) -> Dict[str, Any]: 33 name = self.name 34 35 email = self.email 36 37 phone = self.phone 38 39 department = self.department 40 41 settings = self.settings.to_dict() 42 43 field_dict: Dict[str, Any] = {} 44 field_dict.update(self.additional_properties) 45 field_dict.update( 46 { 47 "name": name, 48 "email": email, 49 "phone": phone, 50 "department": department, 51 "settings": settings, 52 } 53 ) 54 55 return field_dict
57 @classmethod 58 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 59 from ..models.update_user_request_settings import UpdateUserRequestSettings 60 61 d = src_dict.copy() 62 name = d.pop("name") 63 64 email = d.pop("email") 65 66 phone = d.pop("phone") 67 68 department = d.pop("department") 69 70 settings = UpdateUserRequestSettings.from_dict(d.pop("settings")) 71 72 update_user_request = cls( 73 name=name, 74 email=email, 75 phone=phone, 76 department=department, 77 settings=settings, 78 ) 79 80 update_user_request.additional_properties = d 81 return update_user_request
10@_attrs_define 11class UpdateUserRequestSettings: 12 """ """ 13 14 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 15 16 def to_dict(self) -> Dict[str, Any]: 17 field_dict: Dict[str, Any] = {} 18 field_dict.update(self.additional_properties) 19 field_dict.update({}) 20 21 return field_dict 22 23 @classmethod 24 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 25 d = src_dict.copy() 26 update_user_request_settings = cls() 27 28 update_user_request_settings.additional_properties = d 29 return update_user_request_settings 30 31 @property 32 def additional_keys(self) -> List[str]: 33 return list(self.additional_properties.keys())
10@_attrs_define 11class UploadDatasetCreateResponse: 12 """ 13 Attributes: 14 id (str): 15 message (str): 16 upload_path (str): 17 """ 18 19 id: str 20 message: str 21 upload_path: str 22 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 23 24 def to_dict(self) -> Dict[str, Any]: 25 id = self.id 26 27 message = self.message 28 29 upload_path = self.upload_path 30 31 field_dict: Dict[str, Any] = {} 32 field_dict.update(self.additional_properties) 33 field_dict.update( 34 { 35 "id": id, 36 "message": message, 37 "uploadPath": upload_path, 38 } 39 ) 40 41 return field_dict 42 43 @classmethod 44 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 45 d = src_dict.copy() 46 id = d.pop("id") 47 48 message = d.pop("message") 49 50 upload_path = d.pop("uploadPath") 51 52 upload_dataset_create_response = cls( 53 id=id, 54 message=message, 55 upload_path=upload_path, 56 ) 57 58 upload_dataset_create_response.additional_properties = d 59 return upload_dataset_create_response 60 61 @property 62 def additional_keys(self) -> List[str]: 63 return list(self.additional_properties.keys())
Attributes:
- id (str):
- message (str):
- upload_path (str):
2def __init__(self, id, message, upload_path): 3 self.id = id 4 self.message = message 5 self.upload_path = upload_path 6 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class UploadDatasetCreateResponse.
24 def to_dict(self) -> Dict[str, Any]: 25 id = self.id 26 27 message = self.message 28 29 upload_path = self.upload_path 30 31 field_dict: Dict[str, Any] = {} 32 field_dict.update(self.additional_properties) 33 field_dict.update( 34 { 35 "id": id, 36 "message": message, 37 "uploadPath": upload_path, 38 } 39 ) 40 41 return field_dict
43 @classmethod 44 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 45 d = src_dict.copy() 46 id = d.pop("id") 47 48 message = d.pop("message") 49 50 upload_path = d.pop("uploadPath") 51 52 upload_dataset_create_response = cls( 53 id=id, 54 message=message, 55 upload_path=upload_path, 56 ) 57 58 upload_dataset_create_response.additional_properties = d 59 return upload_dataset_create_response
12@_attrs_define 13class UploadDatasetRequest: 14 """ 15 Attributes: 16 name (str): Name of the dataset 17 process_id (str): ID of the ingest process Example: paired_dnaseq. 18 expected_files (List[str]): 19 description (Union[Unset, str]): Description of the dataset 20 """ 21 22 name: str 23 process_id: str 24 expected_files: List[str] 25 description: Union[Unset, str] = UNSET 26 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 27 28 def to_dict(self) -> Dict[str, Any]: 29 name = self.name 30 31 process_id = self.process_id 32 33 expected_files = self.expected_files 34 35 description = self.description 36 37 field_dict: Dict[str, Any] = {} 38 field_dict.update(self.additional_properties) 39 field_dict.update( 40 { 41 "name": name, 42 "processId": process_id, 43 "expectedFiles": expected_files, 44 } 45 ) 46 if description is not UNSET: 47 field_dict["description"] = description 48 49 return field_dict 50 51 @classmethod 52 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 53 d = src_dict.copy() 54 name = d.pop("name") 55 56 process_id = d.pop("processId") 57 58 expected_files = cast(List[str], d.pop("expectedFiles")) 59 60 description = d.pop("description", UNSET) 61 62 upload_dataset_request = cls( 63 name=name, 64 process_id=process_id, 65 expected_files=expected_files, 66 description=description, 67 ) 68 69 upload_dataset_request.additional_properties = d 70 return upload_dataset_request 71 72 @property 73 def additional_keys(self) -> List[str]: 74 return list(self.additional_properties.keys())
Attributes:
- name (str): Name of the dataset
- process_id (str): ID of the ingest process Example: paired_dnaseq.
- expected_files (List[str]):
- description (Union[Unset, str]): Description of the dataset
2def __init__(self, name, process_id, expected_files, description=attr_dict['description'].default): 3 self.name = name 4 self.process_id = process_id 5 self.expected_files = expected_files 6 self.description = description 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class UploadDatasetRequest.
28 def to_dict(self) -> Dict[str, Any]: 29 name = self.name 30 31 process_id = self.process_id 32 33 expected_files = self.expected_files 34 35 description = self.description 36 37 field_dict: Dict[str, Any] = {} 38 field_dict.update(self.additional_properties) 39 field_dict.update( 40 { 41 "name": name, 42 "processId": process_id, 43 "expectedFiles": expected_files, 44 } 45 ) 46 if description is not UNSET: 47 field_dict["description"] = description 48 49 return field_dict
51 @classmethod 52 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 53 d = src_dict.copy() 54 name = d.pop("name") 55 56 process_id = d.pop("processId") 57 58 expected_files = cast(List[str], d.pop("expectedFiles")) 59 60 description = d.pop("description", UNSET) 61 62 upload_dataset_request = cls( 63 name=name, 64 process_id=process_id, 65 expected_files=expected_files, 66 description=description, 67 ) 68 69 upload_dataset_request.additional_properties = d 70 return upload_dataset_request
10@_attrs_define 11class User: 12 """ 13 Attributes: 14 name (str): 15 username (str): 16 organization (str): 17 department (str): 18 """ 19 20 name: str 21 username: str 22 organization: str 23 department: str 24 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 25 26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 username = self.username 30 31 organization = self.organization 32 33 department = self.department 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "name": name, 40 "username": username, 41 "organization": organization, 42 "department": department, 43 } 44 ) 45 46 return field_dict 47 48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 name = d.pop("name") 52 53 username = d.pop("username") 54 55 organization = d.pop("organization") 56 57 department = d.pop("department") 58 59 user = cls( 60 name=name, 61 username=username, 62 organization=organization, 63 department=department, 64 ) 65 66 user.additional_properties = d 67 return user 68 69 @property 70 def additional_keys(self) -> List[str]: 71 return list(self.additional_properties.keys())
Attributes:
- name (str):
- username (str):
- organization (str):
- department (str):
2def __init__(self, name, username, organization, department): 3 self.name = name 4 self.username = username 5 self.organization = organization 6 self.department = department 7 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class User.
26 def to_dict(self) -> Dict[str, Any]: 27 name = self.name 28 29 username = self.username 30 31 organization = self.organization 32 33 department = self.department 34 35 field_dict: Dict[str, Any] = {} 36 field_dict.update(self.additional_properties) 37 field_dict.update( 38 { 39 "name": name, 40 "username": username, 41 "organization": organization, 42 "department": department, 43 } 44 ) 45 46 return field_dict
48 @classmethod 49 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 50 d = src_dict.copy() 51 name = d.pop("name") 52 53 username = d.pop("username") 54 55 organization = d.pop("organization") 56 57 department = d.pop("department") 58 59 user = cls( 60 name=name, 61 username=username, 62 organization=organization, 63 department=department, 64 ) 65 66 user.additional_properties = d 67 return user
10@_attrs_define 11class ValidateFileRequirementsRequest: 12 """ 13 Attributes: 14 file_names (List[str]): 15 sample_sheet (str): 16 """ 17 18 file_names: List[str] 19 sample_sheet: str 20 additional_properties: Dict[str, Any] = _attrs_field(init=False, factory=dict) 21 22 def to_dict(self) -> Dict[str, Any]: 23 file_names = self.file_names 24 25 sample_sheet = self.sample_sheet 26 27 field_dict: Dict[str, Any] = {} 28 field_dict.update(self.additional_properties) 29 field_dict.update( 30 { 31 "fileNames": file_names, 32 "sampleSheet": sample_sheet, 33 } 34 ) 35 36 return field_dict 37 38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 file_names = cast(List[str], d.pop("fileNames")) 42 43 sample_sheet = d.pop("sampleSheet") 44 45 validate_file_requirements_request = cls( 46 file_names=file_names, 47 sample_sheet=sample_sheet, 48 ) 49 50 validate_file_requirements_request.additional_properties = d 51 return validate_file_requirements_request 52 53 @property 54 def additional_keys(self) -> List[str]: 55 return list(self.additional_properties.keys())
Attributes:
- file_names (List[str]):
- sample_sheet (str):
2def __init__(self, file_names, sample_sheet): 3 self.file_names = file_names 4 self.sample_sheet = sample_sheet 5 self.additional_properties = __attr_factory_additional_properties()
Method generated by attrs for class ValidateFileRequirementsRequest.
22 def to_dict(self) -> Dict[str, Any]: 23 file_names = self.file_names 24 25 sample_sheet = self.sample_sheet 26 27 field_dict: Dict[str, Any] = {} 28 field_dict.update(self.additional_properties) 29 field_dict.update( 30 { 31 "fileNames": file_names, 32 "sampleSheet": sample_sheet, 33 } 34 ) 35 36 return field_dict
38 @classmethod 39 def from_dict(cls: Type[T], src_dict: Dict[str, Any]) -> T: 40 d = src_dict.copy() 41 file_names = cast(List[str], d.pop("fileNames")) 42 43 sample_sheet = d.pop("sampleSheet") 44 45 validate_file_requirements_request = cls( 46 file_names=file_names, 47 sample_sheet=sample_sheet, 48 ) 49 50 validate_file_requirements_request.additional_properties = d 51 return validate_file_requirements_request