mstrio.object_management package

Subpackages

Submodules

mstrio.object_management.folder module

class mstrio.object_management.folder.Folder(connection: Connection, id: str | None = None, path: str | None = None, name: str | None = None)

Bases: Entity, CopyMixin, MoveMixin, DeleteMixin, TranslationMixin

Object representation of MicroStrategy Folder object.

connection

MSTR Connection object

id

ID of the folder

name

name of the folder

description

description of the folder

type

the type of the folder (based on EnumDSSXMLObjectTypes)

subtype

the subtype of the folder (based on EnumDSSXMLObjectSubTypes)

date_created

the date/time at which the folder was first saved into the metadata

date_modified

the date/time at which the folder was last saved into the metadata

version

the version number this folder is currently carrying

acl

an array of access control entry objects

owner

User object, the owner of the object

acg

access rights, EnumDSSXMLAccessRightFlags

ext_type

object extended type, EnumDSSExtendedType

ancestors

list of ancestor folders

abbreviation

folder’s abbreviation

hidden

specifies whether the folder is hidden

icon_path

folder icon path

view_media

view media settings

certified_info

CertifiedInfo object, certification status, time of certification, and information about the certifier (currently only for document and report)

contents

contents of folder

alter(name: str | None = None, description: str | None = None, hidden: bool | None = None, comments: str | None = None) → None

Alter the folder properties.

Parameters:

  • name – folder name

  • description – folder description

  • hidden – Specifies whether the metric is hidden

  • comments – long description of the folder

classmethod create(connection: Connection, name: str, parent: str | None = None, parent_path: str | None = None, description: str | None = None) → Folder

Create a new folder in a folder selected within connection object by providing its name, id of parent folder and optionally description.

Parameters:

  • connection – MicroStrategy connection object returned by connection.Connection().

  • name (str) – name of a new folder.

  • parent (str) – id of a parent folder in which new folder will be created.

  • parent_path (str, optional) –

    path of a parent folder in which new folder will be created. Can be provided as an alternative to parent parameter. If both are provided, parent is used.

    the path has to be provided in the following format:
    if it’s inside of a project, example:

    /MicroStrategy Tutorial/Public Objects/Metrics

    if it’s a root folder, example:

    /CASTOR_SERVER_CONFIGURATION/Users

  • description (str, optional) – optional description of a new folder.

Returns:

newly created folder

get_contents(to_dictionary: bool = False, include_subfolders=False, limit: int | None = None, **filters) → list

Get contents of a folder. It can contain other folders or different kinds of objects.

Parameters:

  • to_dictionary (bool, optional) – If True returns dicts, by default (False) returns objects.

  • include_subfolders (bool, optional) – If True returns contents of all subfolders as well. False by default. Note that using this option may result in a large number of objects being fetched, especially if coupled with filters.

  • limit (int, optional) – Limit the number of elements returned. If None (default), all objects are returned.

  • **filters – Available filter parameters: [‘name’, ‘id’, ‘type’, ‘subtype’, ‘date_created’, ‘date_modified’, ‘version’, ‘acg’, ‘owner’, ‘ext_type’]

Returns:

Contents as Python objects (when to_dictionary is False (default value)) or contents as dictionaries otherwise.

mstrio.object_management.folder.get_folder_id_from_path(connection: Connection, path: str) → str

Get folder id from folder path.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • path (str) –

    path of the Folder the path has to be provided in the following format:

    if it’s inside of a project, example:

    /MicroStrategy Tutorial/Public Objects/Metrics

    if it’s a root folder, example:

    /CASTOR_SERVER_CONFIGURATION/Users

Returns:

Folder id.

mstrio.object_management.folder.get_my_personal_objects_contents(connection: Connection, project_id: str | None = None, project_name: str | None = None, to_dictionary: bool = False) → list

Get contents of My Personal Objects folder in a specific project.

Specify either project_id or project_name. When project_id is provided (not None), project_name is omitted.

Note

When project_id is None and project_name is None, then its value is overwritten by project_id from connection object.

Parameters:

  • connection (object) – MicroStrategy connection object returned by connection.Connection()

  • project_id (string, optional) – project ID

  • project_name (string, optional) – project name

  • to_dictionary (bool, optional) – If True returns dicts, by default (False) returns objects.

Returns:

list of objects or list of dictionaries

mstrio.object_management.folder.get_predefined_folder_contents(connection: Connection, folder_type: PredefinedFolders, project_id: str | None = None, project_name: str | None = None, to_dictionary: bool = False, limit: int | None = None, **filters) → list

Get contents of a pre-defined MicroStrategy folder in a specific project. Available values for folder_type are stored in enum PredefinedFolders.

Specify either project_id or project_name. When project_id is provided (not None), project_name is omitted.

Note

When project_id is None and project_name is None, then its value is overwritten by project_id from connection object.

Note

When project_id is None, then its value is overwritten by project_id from connection object.

Parameters:

  • connection (object) – MicroStrategy connection object returned by connection.Connection()

  • folder_type (enum) – pre-defined folder type. Available values are stored in enum PredefinedFolders.

  • project_id (string, optional) – project ID

  • project_name (string, optional) – project name

  • to_dictionary (bool, optional) – If True returns dicts, by default (False) returns objects.

  • limit (int) – limit the number of elements returned. If None (default), all objects are returned.

  • **filters – Available filter parameters: [‘id’, ‘name’, ‘description’, ‘date_created’, ‘date_modified’, ‘acg’]

Returns:

list of objects or list of dictionaries

mstrio.object_management.folder.list_folders(connection: Connection, project_id: str | None = None, project_name: str | None = None, to_dictionary: bool = False, limit: int | None = None, include_subfolders: bool = False, parent_folder: str | Folder | None = None, **filters) → list['Folder'] | list[dict]

Get a list of folders - either all folders in a specific project or all folders that are outside of projects, called configuration-level folders. The list of configuration-level folders includes folders such as users, user groups, databases, etc. which are not project-specific. If you pass a project_id or project_name, you get folders in that project; if not, then you get configuration-level folders.

Specify either project_id or project_name. When project_id is provided (not None), project_name is omitted.

Note

Id of project is not taken directly from Connection object, so you have to specify it explicitly.

Parameters:

  • connection (object) – MicroStrategy connection object returned by connection.Connection()

  • project_id (string, optional) – project ID

  • project_name (string, optional) – project name

  • to_dictionary (bool, optional) – If True returns dicts, by default (False) returns objects.

  • limit (int) – limit the number of elements returned. If None (default), all objects are returned.

  • include_subfolders (bool) –

    if True, all subfolders are included in the result. Default is False. Note that using this option will result in a large number of

    objects being fetched, as it will fetch all folders available.

  • parent_folder (string or Folder, optional) –

    Parent folder from which to list folders. Can be provided with three forms of input:

    • Folder object

    • Folder ID

    • Folder path. The path has to be provided in the following
      format:
      if it’s inside of a project, example:

      /MicroStrategy Tutorial/Public Objects/Metrics

      if it’s a root folder, example:

      /CASTOR_SERVER_CONFIGURATION/Users

  • **filters –

    Available filter parameters: [‘name’, ‘id’, ‘type’,
    ’subtype’, ‘date_created’, ‘date_modified’, ‘version’, ‘acg’,

    ’owner’, ‘hidden’,

    ’ext_type’]

Returns:

list of Folder objects or list of dictionaries

mstrio.object_management.object module

class mstrio.object_management.object.Object(connection: Connection, type: ObjectTypes, id: str)

Bases: Entity, ACLMixin, CertifyMixin, CopyMixin, MoveMixin, DeleteMixin

Class representing a general type object using attributes common for

all available objects.

name

name of the object

id

object ID

description

Description of the object

abbreviation

Object abbreviation

version

Object version ID

ancestors

List of ancestor folders

type

Object type. Enum

subtype

Object subtype

ext_type

Object extended type.

date_created

Creation time, “yyyy-MM-dd HH:mm:ss” in UTC

date_modified

Last modification time, “yyyy-MM-dd HH:mm:ss” in UTC

owner

User object that is the owner

icon_path

Object icon path

view_media

View media settings

acg

Access rights (See EnumDSSXMLAccessRightFlags for possible values)

acl

Object access control list

hidden

Specifies whether the object is hidden

certified_info

Certification status, time of certification, and information about the certifier (currently only for document and report)

project_id

project ID

target_info

target information, only applicable to Shortcut objects

alter(name: str | None = None, description: str | None = None, abbreviation: str | None = None, hidden: bool | None = None, comments: str | None = None) → None

Alter the object properties.

Parameters:

  • name – object name

  • description – object description

  • abbreviation – abbreviation

  • hidden – Specifies whether the metric is hidden

  • comments – long description of the object

mstrio.object_management.object.list_objects(connection: Connection, object_type: mstrio.types.ObjectTypes | int, name: str | None = None, project_id: str | None = None, project_name: str | None = None, domain: mstrio.object_management.search_enums.SearchDomain | int = SearchDomain.CONFIGURATION, search_pattern: mstrio.object_management.search_enums.SearchPattern | int = SearchPattern.CONTAINS, to_dictionary: bool = False, limit: int = None, **filters) → list['Object'] | list[dict]

Get list of objects or dicts. Optionally filter the objects by specifying filters.

Specify either project_id or project_name. When project_id is provided (not None), project_name is omitted.

Parameters:

  • connection – MicroStrategy connection object returned by connection.Connection()

  • object_type – Object type. Possible values can be found in EnumDSSXMLObjectTypes

  • name (string, optional) – value the search pattern is set to, which will be applied to the names of objects being searched

  • project_id – ID of the project for which the objects are to be listed

  • project_name – project name

  • domain – domain where the search will be performed, such as Local or Project, possible values are defined in EnumDSSXMLSearchDomain

  • search_pattern (SearchPattern enum or int, optional) – pattern to search for, such as Begin With or Exactly. Possible values are available in ENUM mstrio.object_management.SearchPattern. Default value is CONTAINS (4).

  • to_dictionary – If True returns dict, by default (False) returns Objects.

  • limit – limit the number of elements returned. If None (default), all objects are returned.

  • **filters – Available filter parameters: [‘id’, ‘name’, ‘description’, ‘date_created’, ‘date_modified’, ‘acg’, ‘owner’, ‘ext_type’]

Examples

>>> list_objects(connection, object_type=ObjectTypes.USER)

mstrio.object_management.predefined_folders module

class mstrio.object_management.predefined_folders.PredefinedFolders(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Enum

Enumeration constants used to specify names of pre-defined folders. Values are specified according to EnumDSSXMLFolderNames.

AUTO_STYLES = 57
BLACK_LISTED = 1000
CONFIGURE_DB_ROLES = 73
CONFIGURE_MONITORS = 58
CONFIGURE_SERVER_DEFINITIONS = 59
DBMS = 76
DB_CONNECTIONS = 81
DB_LOGINS = 82
DEVICES = 88
EVENTS = 72
LOCALES = 74
MY_DASHBOARDS = 96
MY_DOSSIERS = 96
MY_SHARED_DASHBOARDS = 97
MY_SHARED_DOSSIERS = 97
PALETTES = 94
PROFILE_ANSWERS = 21
PROFILE_FAVORITES = 22
PROFILE_OBJECTS = 19
PROFILE_OTHER = 23
PROFILE_REPORTS = 20
PROFILE_SEGMENTS = 92
PROJECTS = 77
PROPERTY_SETS = 75
PUBLIC_CONSOLIDATIONS = 2
PUBLIC_CUSTOM_GROUPS = 3
PUBLIC_FILTERS = 4
PUBLIC_METRICS = 5
PUBLIC_OBJECTS = 1
PUBLIC_PROMPTS = 6
PUBLIC_REPORTS = 7
PUBLIC_SEARCHES = 8
PUBLIC_TEMPLATES = 9
ROOT = 39
SCHEDULE_OBJECTS = 84
SCHEDULE_TRIGGERS = 85
SCHEMA_ARITHMETIC_OPERATORS = 49
SCHEMA_ATTRIBUTES = 26
SCHEMA_ATTRIBUTE_FORMS = 25
SCHEMA_BASIC_FUNCTIONS = 41
SCHEMA_COLUMNS = 27
SCHEMA_COMPARISON_FOR_RANK_OPERATORS = 51
SCHEMA_COMPARISON_OPERATORS = 50
SCHEMA_DATA_EXPLORER = 28
SCHEMA_DATE_AND_TIME_FUNCTIONS = 42
SCHEMA_FACTS = 29
SCHEMA_FINANCIAL_FUNCTIONS = 54
SCHEMA_FUNCTIONS = 30
SCHEMA_FUNCTIONS_NESTED = 40
SCHEMA_HIERARCHIES = 31
SCHEMA_INTERNAL_FUNCTIONS = 43
SCHEMA_LOGICAL_OPERATORS = 52
SCHEMA_MATH_FUNCTIONS = 55
SCHEMA_NULL_ZERO_FUNCTIONS = 44
SCHEMA_OBJECTS = 24
SCHEMA_OLAP_FUNCTIONS = 45
SCHEMA_OPERATORS = 48
SCHEMA_PARTITION_FILTERS = 32
SCHEMA_PARTITION_MAPPINGS = 33
SCHEMA_PLUG_IN_PACKAGES = 53
SCHEMA_RANK_AND_N_TILE_FUNCTIONS = 46
SCHEMA_STATISTICAL_FUNCTIONS = 56
SCHEMA_STRING_FUNCTIONS = 47
SCHEMA_SUBTOTALS = 34
SCHEMA_TABLES = 35
SCHEMA_TRANSFORMATIONS = 38
SCHEMA_TRANSFORMATION_ATTRIBUTES = 37
SCHEMA_WAREHOUSE_TABLES = 36
SECURITY_ROLES = 80
SYSTEM_DIMENSION = 91
SYSTEM_DRILL_MAP = 68
SYSTEM_DUMMY_PARTITION_TABLES = 70
SYSTEM_MD_SECURITY_FILTERS = 69
SYSTEM_OBJECTS = 61
SYSTEM_PARSER_FOLDER = 64
SYSTEM_PROPERTY_SETS = 63
SYSTEM_SCHEMA_FOLDER = 65
SYSTEM_SYSTEM_HIERARCHY = 67
SYSTEM_SYSTEM_PROMPTS = 71
SYSTEM_WAREHOUSE_CATALOG = 66
TABLE_SOURCES = 86
TEMPLATE_ANALYSIS = 93
TEMPLATE_CONSOLIDATIONS = 11
TEMPLATE_CUSTOM_GROUPS = 12
TEMPLATE_DASHBOARDS = 90
TEMPLATE_DOCUMENTS = 60
TEMPLATE_FILTERS = 13
TEMPLATE_METRICS = 14
TEMPLATE_OBJECTS = 10
TEMPLATE_PROMPTS = 15
TEMPLATE_REPORTS = 16
TEMPLATE_SEARCHES = 17
TEMPLATE_TEMPLATES = 18
THEMES = 95
TRANSMITTERS = 89
USERS = 78
USER_GROUPS = 79
VERSION_UPDATE_HISTORY = 87

mstrio.object_management.search_enums module

class mstrio.object_management.search_enums.CertifiedStatus(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Enum

Enumeration that represents what can be passed in the certified_status attribute of the IServer quick search command.

ALL = 'ALL'
CERTIFIED_ONLY = 'CERTIFIED_ONLY'
NOT_CERTIFIED_ONLY = 'NOT_CERTIFIED_ONLY'
OFF = 'OFF'
class mstrio.object_management.search_enums.SearchDomain(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: IntEnum

Enumeration constants used to specify the search domains. More details can be found in EnumDSSXMLSearchDomain in a browser.

CONFIGURATION = 4
CONFIGURATION_AND_ALL_PROJECTS = 5
LOCAL = 1
PROJECT = 2
REPOSITORY = 3
class mstrio.object_management.search_enums.SearchPattern(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: IntEnum

Enumeration constants used to specify searchType used to control BI Search. More details can be found in EnumDSSXMLSearchTypes in a browser.

BEGIN_WITH = 1
BEGIN_WITH_PHRASE = 3
CONTAINS = 4
CONTAINS_ANY_WORD = 0
END_WITH = 5
EXACTLY = 2
class mstrio.object_management.search_enums.SearchResultsFormat(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: Enum

Enumeration constants used to specify the format to return from search functions.

LIST = 'LIST'
TREE = 'TREE'

mstrio.object_management.search_operations module

class mstrio.object_management.search_operations.QuickSearchData(project_id: str, object_ids: list[str])

Bases: Dictable

Object that specifies a search criteria for quick search. .. attribute:: project_id

Project ID

type:

str

object_ids

List of object IDs

Type:

list[str]

object_ids: list[str]
project_id: str
class mstrio.object_management.search_operations.SearchObject(connection: Connection, id: str)

Bases: Entity, CopyMixin, MoveMixin, TranslationMixin

Search object describing criteria that specify a search for objects.

connection

A MicroStrategy connection object

id

Object ID

name

Object name

description

Object description

abbreviation

Object abbreviation

type

Object type

subtype

Object subtype

ext_type

Object extended type

date_created

Creation time, DateTime object

date_modified

Last modification time, DateTime object

version

Version ID

owner

Owner ID and name

icon_path

Object icon path

view_media

View media settings

ancestors

List of ancestor folders

acg

Access rights (See EnumDSSXMLAccessRightFlags for possible values)

acl

Object access control list

mstrio.object_management.search_operations.find_objects_with_id(connection: Connection, object_id: str, projects: list[mstrio.server.project.Project] | list[str] | None = None, to_dictionary=False) → list[dict[str, dict | type[mstrio.utils.entity.Entity]]]

Find object by its ID only, without knowing project ID and object type. The search is performed by iterating over projects and trying to retrieve the objects with different type.

Limitation:
  • Only object types supported by mstrio, i.g. present in

    mstrio.types.ObjecTypes enum, are used.

  • Configuration object are also not searched.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection().

  • object_id (str) – ID of an object.

  • projects (list[Project] | list[str], optional) – List of projects where to perform the search. By default, if no project are provides, the search is performed on all loaded projects.

  • to_dictionary (bool, optional) – If True returns dicts, by default (False) returns objects.

Returns:

{

‘project_id’: <str>, ‘object_data’: <dict or object>

}

Return type:

Returns list of dict with the following structure

Perform a full metadata search and return results.

Note

If you have a large number of objects in your environment, try to use limit and offset parameters to retrieve the results in batches.

Parameters:

  • connection (object) – MicroStrategy connection object returned by connection.Connection()

  • project (string) – Project object or ID

  • name (string) – Value the search pattern is set to, which will be applied to the names of object types being searched. For example, search for all report objects (type) whose name begins with pattern) B (name).

  • pattern (integer or enum class object) – Pattern to search for, such as Begin With or Exactly. Possible values are available in ENUM mstrio.object_management.SearchPattern. Default value is CONTAINS (4).

  • domain (integer or enum class object) – Domain where the search will be performed, such as Local or Project. Possible values are available in ENUM mstrio.object_management.SearchDomain. Default value is PROJECT (2).

  • root (string, optional) – Folder ID of the root folder where the search will be performed.

  • root_path (str, optional) –

    Path of the root folder in which the search will be performed. Can be provided as an alternative to root parameter. If both are provided, root is used.

    the path has to be provided in the following format:
    if it’s inside of a project, example:

    /MicroStrategy Tutorial/Public Objects/Metrics

    if it’s a root folder, example:

    /CASTOR_SERVER_CONFIGURATION/Users

  • objects (object_types(enum class object or integer or list of enum class) – or integers): Type(s) of object(s) to be searched, such as Folder, Attribute or User. Possible values available in ENUMs mstrio.types.ObjectTypes and mstrio.types.ObjectSubTypes

  • uses_object_id (string) – Constrain the search to only return objects which use the given object.

  • uses_object_type (string) – Constrain the search to only return objects which use the given object. Possible values available in ENUMs mstrio.types.ObjectTypes

  • uses_recursive (boolean) – Control the Intelligence server to also find objects that use the given objects indirectly. Default value is false.

  • uses_one_of (boolean) – Control the Intelligence server to also find objects that use one of or all of given objects indirectly. Default value is false.

  • used_by_object_id (string) – Constrain the search to only return objects which are used by the given object.

  • used_by_object_type (string) – Constrain the search to only return objects which are used by the given object. Possible values available in ENUM mstrio.types.ObjectTypes

  • used_by_recursive (boolean, optional) – Control the Intelligence server to also find objects that are used by the given objects indirectly. Default value is false.

  • used_by_one_of (boolean) – Control the Intelligence server to also find objects that are used by one of or all of given objects indirectly. Default value is false.

  • begin_modification_time (string, optional) – Field to filter request to return records newer than a given date in format ‘yyyy-MM-dd’T’HH:mm:ssZ’, for example 2021-04-04T06:33:32Z.

  • end_modification_time (string, optional) – Field to filter request to return records older than a given date in format ‘yyyy-MM-dd’T’HH:mm:ssZ’, for example 2022-04-04T06:33:32Z.

  • results_format (SearchResultsFormat) – either a list or a tree format

  • to_dictionary (bool) – If False returns objects, by default (True) returns dictionaries.

  • limit (int) – limit the number of elements returned. If None (default), all objects are returned.

  • offset (int) – Starting point within the collection of returned results. Used to control paging behavior. Default is 0.

  • **filters – Available filter parameters: [‘id’, ‘name’, ‘description’, ‘date_created’, ‘date_modified’, ‘acg’]

Returns:

list of objects or list of dictionaries

mstrio.object_management.search_operations.get_search_results(connection: Connection, search_id: str, project: mstrio.server.project.Project | str | None = None, results_format: SearchResultsFormat = SearchResultsFormat.LIST, limit: int | None = None, offset: int | None = None, to_dictionary: bool = False, **filters)

Retrieve the results of a full metadata search previously stored in an instance in IServer memory, may be obtained by start_full_search.

Note

If you have a large number of objects in your environment, try to use limit and offset parameters to retrieve the results in batches.

Parameters:

  • connection (object) – MicroStrategy connection object returned by connection.Connection()

  • search_id (str) – Search ID (identifies the results of a previous search stored in IServer memory)

  • project (string) – Project object or ID

  • results_format (SearchResultsFormat) – either a list or a tree format

  • to_dictionary (bool) – If True returns dicts, by default (False) returns objects.

  • limit (int) – limit the number of elements returned. If None (default), all objects are returned.

  • offset (int) – Starting point within the collection of returned results. Used to control paging behavior. Default is 0.

  • **filters – Available filter parameters: [‘id’, ‘name’, ‘description’, ‘date_created’, ‘date_modified’, ‘acg’]

Returns:

list of objects or list of dictionaries

mstrio.object_management.search_operations.get_search_suggestions(connection: Connection, project: mstrio.server.project.Project | str | None = None, key: str | None = None, max_results: int = 4, cross_cluster: bool | None = None) → list[str]

Request search suggestions from the server.

Parameters:

  • connection (object) – MicroStrategy REST API connection object

  • project (string, optional) – Project object or ID

  • key (string, optional) – value the search pattern is set to, which will be applied to the names of suggestions being searched

  • max_results (int, optional) – maximum number of items returned for a single request. Used to control paging behavior. Default value is -1 for no limit.

  • cross_cluster (bool, optional) – perform search in all unique projects across the cluster, this parameter only takes effect for I-Server with cluster nodes. Default value is None

Returns:

list of search suggestions

Use the stored results of the Quick Search engine to return

search results and display them as a list. The Quick Search engine periodically indexes the metadata and stores the results in memory, making Quick Search very fast but with results that may not be the most recent.

Parameters:

  • connection (object) – MicroStrategy connection object returned by connection.Connection()

  • project (string) – Project object or ID

  • name (string) – Value the search pattern is set to, which will be applied to the names of object types being searched. For example, search for all report objects (type) whose name begins with (pattern) B (name).

  • root (string, optional) – Folder ID of the root folder where the search will be performed.

  • root_path (str, optional) –

    Path of the root folder in which the search will be performed. Can be provided as an alternative to root parameter. If both are provided, root is used.

    the path has to be provided in the following format:
    if it’s inside of a project, example:

    /MicroStrategy Tutorial/Public Objects/Metrics

    if it’s a root folder, example:

    /CASTOR_SERVER_CONFIGURATION/Users

  • pattern (integer or enum class object) – Pattern to search for, such as Begin With or Exactly. Possible values are available in ENUM mstrio.object_management.SearchPattern. Default value is CONTAINS (4).

  • objects (object_types(enum class object or integer or list of enum class) – or integers): Type(s) of object(s) to be searched, such as Folder, Attribute or User. Possible values available in ENUMs mstrio.types.ObjectTypes and mstrio.types.ObjectSubTypes

  • get_ancestors (bool) – Specifies whether to return the list of ancestors for each object

  • certified_status (CertifiedStatus) – Defines a search criteria based on the certified status of the object, possible values available in CertifiedStatus enum

  • cross_cluster (bool) – Perform search in all unique projects across the cluster,this parameter only takes affect for I-Server with cluster nodes.

  • hidden (bool) – Filter the result based on the ‘hidden’ field of objects. If not passed, no filtering is applied.

  • limit (int) – limit the number of elements returned. If None (default), all objects are returned.

  • offset (int) – Starting point within the collection of returned results. Used to control paging behavior. Default is 0.

  • to_dictionary (bool) – If True returns dicts, by default (False) returns objects.

Returns:

list of objects or list of dictionaries

mstrio.object_management.search_operations.quick_search_by_id(connection: Connection, search_data: mstrio.object_management.search_operations.QuickSearchData | list[mstrio.object_management.search_operations.QuickSearchData], to_dictionary: bool = False, **filters) → list[dict | type[mstrio.utils.entity.Entity]]

Perform a quick search based on a project IDs and object IDs.

Parameters:

  • connection (object) – MicroStrategy connection object returned by connection.Connection()

  • search_data (QuickSearchData | list[QuickSearchData]) – search data

  • to_dictionary (bool) – If True returns dicts, by default (False) returns objects.

  • **filters – Available filter parameters: [‘name’, ‘id’, ‘type’, ‘subtype’, ‘date_created’, ‘date_modified’, ‘version’, ‘acg’, ‘owner’, ‘ext_type’, ‘project_id’]

mstrio.object_management.search_operations.quick_search_from_object(connection: Connection, project: mstrio.server.project.Project | str, search_object: mstrio.object_management.search_operations.SearchObject | str, include_ancestors: bool = False, include_acl: bool = False, subtypes: mstrio.types.ObjectSubTypes | list[mstrio.types.ObjectSubTypes] | int | list[int] | None = None, limit: int | None = None, offset: int | None = None, to_dictionary: bool = True)

Perform a quick search based on a predefined Search Object. Use an existing search object for Quick Search engine to return search results and display them as a list.

Parameters:

  • connection (object) – MicroStrategy connection object returned by connection.Connection()

  • project (string) – Project object or ID

  • search_object (SearchObject) – Search object ID to retrieve result from

  • include_ancestors (bool) – Specifies whether to return the list of ancestors for each object

  • include_acl (bool) – Specifies whether to return the list of ACL for each object

  • subtypes (list, int) – This parameter is used to filter the objects in the result to include only the ones whose “subtype” is included in the values of this parameter

  • limit (int) – limit the number of elements returned. If None (default), all objects are returned.

  • offset (int) – Starting point within the collection of returned results. Used to control paging behavior. Default is 0.

  • to_dictionary (bool) – If True returns dicts, by default (False) returns objects.

Returns:

list of objects or list of dictionaries

Search the metadata for objects in a specific project that match specific search criteria, and save the results in IServer memory.

Parameters:

  • connection (object) – MicroStrategy connection object returned by connection.Connection()

  • project (string) – Project object or ID

  • objects (object_types(enum class object or integer or list of enum class) – or integers): Type(s) of object(s) to be searched, such as Folder, Attribute or User. Possible values available in ENUMs mstrio.types.ObjectTypes and mstrio.types.ObjectSubTypes

  • name (string) – Value the search pattern is set to, which will be applied to the names of object types being searched. For example, search for all report objects (type) whose name begins with (pattern) B (name).

  • pattern (integer or enum class object) – Pattern to search for, such as Begin With or Exactly. Possible values are available in ENUM mstrio.object_management.SearchPattern. Default value is CONTAINS (4).

  • domain (integer or enum class object) – Domain where the search will be performed, such as Local or Project. Possible values are available in ENUM mstrio.object_management.SearchDomain. Default value is PROJECT (2).

  • root (string, optional) – Folder ID of the root folder where the search will be performed.

  • root_path (str, optional) –

    Path of the root folder in which the search will be performed. Can be provided as an alternative to root parameter. If both are provided, root is used.

    the path has to be provided in the following format:
    if it’s inside of a project, example:

    /MicroStrategy Tutorial/Public Objects/Metrics

    if it’s a root folder, example:

    /CASTOR_SERVER_CONFIGURATION/Users

  • uses_object_id (string) – Constrain the search to only return objects which use the given object.

  • uses_object_type (int, ObjectTypes) – Constrain the search to only return objects which use the given object. Possible values available in ENUMs mstrio.types.ObjectTypes

  • uses_recursive (boolean) – Control the Intelligence server to also find objects that use the given objects indirectly. Default value is false.

  • uses_one_of (boolean) – Control the Intelligence server to also find objects that use one of or all of given objects indirectly. Default value is false.

  • used_by_object_id (string) – Constrain the search to only return objects which are used by the given object.

  • used_by_object_type (int, ObjectTypes) – Constrain the search to only return objects which are used by the given object. Possible values available in ENUM mstrio.types.ObjectTypes

  • used_by_recursive (boolean, optional) – Control the Intelligence server to also find objects that are used by the given objects indirectly. Default value is false.

  • used_by_one_of (boolean) – Control the Intelligence server to also find objects that are used by one or all given objects indirectly. Default value is false.

  • begin_modification_time (string, optional) – Field to filter request to return records newer than a given date in format ‘yyyy-MM-dd’T’HH:mm:ssZ’, for example 2021-04-04T06:33:32Z.

  • end_modification_time (string, optional) – Field to filter request to return records older than a given date in format ‘yyyy-MM-dd’T’HH:mm:ssZ’, for example 2022-04-04T06:33:32Z.

Returns:

dictionary consisting of id (Search ID) and total items number

mstrio.object_management.shortcut module

class mstrio.object_management.shortcut.Shortcut(connection: Connection, id: str, project_id: str = None, project_name: str = None, shortcut_info_flag: mstrio.object_management.shortcut.ShortcutInfoFlags | int = ShortcutInfoFlags.DssDossierShortcutInfoTOC)

Bases: Entity, CopyMixin, MoveMixin, TranslationMixin

Representation of a Shortcut object. It points to another object in the metadata, and for Library objects it stores additional information related to browsing the Library.

connection

MicroStrategy connection object returned by connection.Connection().

Type:

Connection

id

ID of the shortcut object

Type:

str

name

Name of the shortcut

Type:

str

project_id

ID of the project that the shortcut is in

Type:

str

type

object type (SHORTCUT_TYPE)

Type:

ObjectTypes

date_created

creation time

Type:

DateTime

date_modified

last modification time

Type:

DateTime

version

object version ID

Type:

str

acg

access rights (See EnumDSSXMLAccessRightFlags for possible values)

Type:

Rights

acl

object access control list

Type:

list[ACE]

hidden

Specifies whether the object is hidden

Type:

bool

owned_by_current_user

whether the current user owns the shortcut

Type:

bool

target

metadata of the target object related to viewing in Library

Type:

dict

target_info

general metadata of the target object

Type:

dict

encode_html_content

Flag indicating whether to encode HTML content

Type:

bool

current_page_key

Current page node key

Type:

str

stid

Shortcut Sate ID

Type:

int

current_bookmark

Name and ID of the current bookmark

Type:

dict

prompted

Flag indicating whether the target object has prompts

Type:

bool

datasets_cache_info_hash

The hash value for the Dashboard dataset cache info

Type:

str

shortcut_info_flag

flag indicating what information about the shortcut should be loaded

Type:

bool

T

alias of TypeVar(‘T’)

classmethod from_dict(source: dict[str, Any], connection: Connection) → T

Instantiate a Shortcut from a dict source.

class mstrio.object_management.shortcut.ShortcutInfoFlags(value, names=None, *, module=None, qualname=None, type=None, start=1, boundary=None)

Bases: IntFlag

DssDashboardShortcutInfoBookmark = 2
DssDashboardShortcutInfoDefault = 0
DssDashboardShortcutInfoTOC = 1
DssDossierShortcutInfoBookmark = 2
DssDossierShortcutInfoDefault = 0
DssDossierShortcutInfoTOC = 1
mstrio.object_management.shortcut.get_shortcuts(connection: Connection, shortcut_ids: list[str], project_id: str = None, project_name: str = None, shortcut_info_flag: mstrio.object_management.shortcut.ShortcutInfoFlags | int = ShortcutInfoFlags.DssDossierShortcutInfoDefault, to_dictionary: bool = False, limit: int | None = None, **filters) → list[dict] | list[mstrio.object_management.shortcut.Shortcut]
Retrieve information about specific published shortcuts

in specific project.

Specify either project_id or project_name. When project_id is provided (not None), project_name is omitted.

Note

When project_id is None and project_name is None, then its value is overwritten by project_id from connection object.

Args:

shortcut_ids: ids of target shortcuts project_id: id of project that the shortcuts are in project_name: Project name shortcut_info_flag: a single ShortcutInfoFlags that describes what

exact info are to be fetched

to_dictionary: parameter describing output format limit (int): limit the number of elements returned.

If None (default), all objects are returned.

Return:
list of dictionaries or Shortcut objects,

depending on to_dictionary parameter

mstrio.object_management.translation module

class mstrio.object_management.translation.Translation(translation_target_id: str, translation_target_name: str, translation_values: list[mstrio.object_management.translation.Translation.TranslationValue])

Bases: Dictable

Translation class represents a translation for an Object. It also contains methods to create, alter and delete translations for all Object types including ones not yet supported by mstrio-py

translation_target_id

ID of the part of the Object the translations are for

Type:

str

translation_target_name

name of the part of the Object the translations are for

Type:

str

translation_values

list of translation values for the part of the Object

Type:

list[Translation.TranslationValues]

class OperationData(target_language: mstrio.server.language.Language | str | int, target_id: str, value: str | None = None)

Bases: object

Object that specifies data for a single Operation on a Translation.

target_language

one of the following: - lcid attribute of the language - ID of the language - Language class object

Type:

Language | str | int

target_id

ID of the specific part of the Object to be translated

Type:

str

value

value of the change, not necessary when deleting a translation

Type:

str, optional

class Language(connection: Connection, id: str | None = None, name: str | None = None)

Bases: Entity, DeleteMixin, TranslationMixin

Python representation of a Microstrategy Language object.

id

language’s ID

Type:

str

name

language’s name

Type:

str

base_language_lcid

LC ID of the language serving as a base for the language

Type:

int

lcid

LC ID of the language

Type:

int

owner

owner of the language

Type:

User

last_modified

date of when language was last modified

Type:

datetime

formatting_settings

formatting settings of the language

Type:

TimeInterval

interface_language

details of the language’s interface language

Type:

InterfaceLanguage

hidden

whether the language is hidden

Type:

bool

is_language_supported

whether the language is supported

Type:

bool

class InterfaceLanguage(name: str, id: str, sub_type: mstrio.types.ObjectSubTypes | None = None)

Bases: Dictable

Object that stores the interface language of the Language.

name

name of the interface language

Type:

str

id

id of the interface language

Type:

str

sub_type

subtype of the interface language, defaults to None

Type:

ObjectSubTypes

id: str
name: str
sub_type: ObjectSubTypes | None = None
class TimeInterval(minutes15: str, minutes30: str, hour: str, day: str, week: str, hour_of_day: str, month: str, quarter: str, year: str)

Bases: Dictable

Object that stores formatting settings of the Language.

minutes15

formatting settings for 15 minutes

Type:

str

minutes30

formatting settings for 30 minutes

Type:

str

hour

formatting settings for an hour

Type:

str

day

formatting settings for a day

Type:

str

week

formatting settings for a week

Type:

str

hour_of_day

formatting settings for the hour of the day

Type:

str

month

formatting settings for a month

Type:

str

quarter

formatting settings for a quarter

Type:

str

year

formatting settings for a year

Type:

str

Formatting settings instructions:
To specify formatting for:

hours: use the letter h minutes: use the letter m days: use the letter d months: use the capital letter M quarters: use the letter q years: use the letter y

To specify 12 hour clock use AM/PM afterwards, example: h:mm AM/PM

Default formatting settings examples:

minutes15: h:mm AM/PM -> 9:44 AM minutes30: h:mm AM/PM -> 9:44 AM hour: h:mm AM/PM -> 9:44 AM day: M/d -> 7/26 week: M/d -> 7/26 hour_of_day: h:mm AM/PM -> 9:44 AM month: MMM -> Jul quarter: qqq -> Q3 year: yyyy -> 2023

day: str
hour: str
hour_of_day: str
minutes15: str
minutes30: str
month: str
quarter: str
week: str
year: str
alter(name: str | None = None, formatting_settings: TimeInterval | None = None) → None

Alter the language’s specified properties.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • name (str, Optional) – new name for the Language

  • formatting_settings (TimeInverval, Optional) – new formatting settings for the Language

classmethod create(connection: Connection, name: str, base_language: Language | str | int, interface_language_id: str | None = None, formatting_settings: TimeInterval | None = None) → Language

Create a new language with specified properties.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • name (str) – the name for the new Language

  • base_language (Language | str | int) –

    one of the following: - lcid attribute of the language that will be used as a base

    language for the new Language

    • ID of the language that will be used as a base language for

      the new Language

    • Language class object that will be used as a base language for

      the new Language

  • interface_language_id (str, Optional) – id of the new Language’s interface language

  • formatting_settings (TimeInterval, Optional) – formatting settings for the new Language

Returns:

Language class object.

target_id: str
target_language: mstrio.server.language.Language | str | int
value: str | None = None
class TranslationValue(value: str, language_lcid: str)

Bases: Dictable

Object that specifies a Translation for a single Language

value

value of the translation

Type:

str

language_lcid

LCID of the language

Type:

str

language_lcid: str
value: str
static add_translation(connection: Connection, id: str, object_type: int | mstrio.types.ObjectTypes, translations: list[mstrio.object_management.translation.Translation.OperationData], project_id: str | None = None) → list[mstrio.object_management.translation.Translation]

Adds translations to the Object.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by

  • connection.Connection() –

  • id (str) – ID of the Object the translation will be added to

  • object_type (int | ObjectTypes) – type of the Object

  • translations (list[OperationData]) – list of translations to be added to the Object

  • project_id (str, optional) – project ID of the project the Object is located in, if not specified will be taken from the Connection

Returns:

A list of translations for the Object.

static add_translations_from_csv(connection: Connection, file_path: str, separator: str = ';', project_id: str | None = None, delete: bool = False, automatch_target_ids: bool = False) → None

Add translations from a specified CSV file.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • file_path (str) – a path specifying the CSV file

  • separator (str, optional) – specify the separator of the csv file. Defaults to a semicolon ;

  • project_id (str, optional) – ID of the project the Objects are a part of, if not provided will be taken from connection

  • delete (bool, optional) – if True deletes translations for languages that are empty in the CSV file. False by default.

  • automatch_target_ids (bool, optional) – if True tries to match the target IDs from the file that are not found in the Objects on the server by the content of the translation for the project’s default language. False by default.

To ensure correct import, the columns from the original file cannot be renamed. Columns can be deleted (with the exception of object ID, object type and target ID) but new columns cannot be added. The column order does not matter.

static add_translations_from_database(connection: Connection, table_name: str, datasource: mstrio.datasources.datasource_instance.DatasourceInstance | str, project_id: str | None = None, delete: bool = False, automatch_target_ids: bool = False) → None

Add translations from a specified database table.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • table_name (str) – name of the table to import the data from

  • datasource (DatasourceInstance | str) – DatasourceInstance object or ID of the DatasourceInstance containing the connection to the database to export the data to

  • project_id (str, optional) – ID of the project the Objects are a part of, if not provided will be taken from connection

  • delete (bool, optional) – if True deletes translations for languages that are empty in the database table. False by default.

  • automatch_target_ids (bool, optional) – if True tries to match the target IDs from the file that are not found in the Objects on the server by the content of the translation for the project’s default language. False by default.

To ensure correct import, the columns originally exported to database cannot be renamed. Columns can be deleted (with the exception of object ID, object type and target ID) but new columns cannot be added.

static add_translations_from_dataframe(connection: Connection, dataframe: DataFrame, project_id: str | None = None, delete: bool = False, automatch_target_ids: bool = False) → None

Add translations from a given dataframe.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • dataframe (pd.DataFrame) – dataframe containing the data to be imported

  • project_id (str, optional) – ID of the project the Objects are a part of, if not provided will be taken from connection

  • delete (bool, optional) – if True deletes translations for languages that are empty in the dataframe. False by default.

  • automatch_target_ids (bool, optional) – if True tries to match the target IDs from the file that are not found in the Objects on the server by the content of the translation for the project’s default language. False by default.

To ensure correct import, the columns from the original dataframe cannot be renamed. Columns can be deleted (with the exception of object ID, object type and target ID) but new columns cannot be added. The column order does not matter.

static add_translations_from_json(connection: Connection, file_path: str, project_id: str | None = None, delete: bool = False, automatch_target_ids: bool = False) → None

Add translations from a specified JSON file.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • file_path (str) – a path specifying the JSON file

  • project_id (str, optional) – ID of the project the Objects are a part of, if not provided will be taken from connection

  • delete (bool, optional) – if True deletes translations for languages that are empty in the JSON file. False by default.

  • automatch_target_ids (bool, optional) – if True tries to match the target IDs from the file that are not found in the Objects on the server by the content of the translation for the project’s default language. False by default.

To ensure correct import, the columns from the original file cannot be renamed. Columns can be deleted (with the exception of object ID, object type and target ID) but new columns cannot be added. The column order does not matter.

static alter_translation(connection: Connection, id: str, object_type: int | mstrio.types.ObjectTypes, translations: list[mstrio.object_management.translation.Translation.OperationData], project_id: str | None = None) → None

Alters translations for the Object.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by

  • connection.Connection() –

  • id (str) – ID of the Object the translation will be added to

  • object_type (int | ObjectTypes) – type of the Object

  • translations (list[OperationData]) – list of translations to be added to the Object

  • project_id (str, optional) – project ID of the project the Object is located in, if not specified will be taken from the Connection

static remove_translation(connection: Connection, id: str, object_type: int | mstrio.types.ObjectTypes, translations: list[mstrio.object_management.translation.Translation.OperationData], project_id: str | None = None) → None

Removes translations from the Object.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by

  • connection.Connection() –

  • id (str) – ID of the Object the translation will be added to

  • object_type (int | ObjectTypes) – type of the Object

  • translations (list[OperationData]) – list of translations to be added to the Object

  • project_id (str, optional) – project ID of the project the Object is located in, if not specified will be taken from the Connection

static to_csv_from_list(connection: Connection, object_list: list[mstrio.utils.entity.Entity], separator: str = ';', languages: list | None = None, file_path: str | None = None, project_id: str | None = None, denormalized_form: bool = False, add_object_path: bool = False, add_object_description: bool = False, add_object_version: bool = False, add_object_last_modified_date: bool = False, add_object_creation_date: bool = False) → str | None

Export translations of the given objects to a CSV file.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • object_list (list[Entity]) – list of Objects to export translations for. Objects have to be provided as class objects such as a Metric or a Document.

  • separator (str, optional) – specify the separator for the csv file. Defaults to a semicolon ;

  • languages (list, optional) –

    list of languages to list translations for, only translations from these languages will be listed. If not specified languages will be taken from the project. Languages in the list should be one of the following:

    • ID of the language

    • Language class object

  • file_path (str, optional) – a path specifying where to save the csv file

  • project_id (str, optional) – ID of the project the Objects are a part of, if not provided will be taken from connection

  • denormalized_form (bool, optional) – if True exports the data in a denormalized form, if False exports the data in a normalized form. False by default. Normalised form means that each row contains a single target_id with translation values for all required languages Denormalised form means each row represents a translation value for one target_id and one language at a time

  • add_object_path (bool, optional) – if True adds a column with the path of the Object

  • add_object_description (bool, optional) – if True adds a column with the description of the Object

  • add_object_version (bool, optional) – if True adds a column with the version of the Object

  • add_object_last_modified_date (bool, optional) – if True adds a column with the last modified date of the Object

  • add_object_creation_date (bool, optional) – if True adds a column with the creation date of the Object

Returns:

String representation of the CSV file if no path was given or None if path was provided.

static to_database_from_list(connection: Connection, object_list: list[mstrio.utils.entity.Entity], table_name: str, datasource: mstrio.datasources.datasource_instance.DatasourceInstance | str, database_type: str | None = None, languages: list | None = None, project_id: str | None = None, denormalized_form: bool = False, add_object_path: bool = False, add_object_description: bool = False, add_object_version: bool = False, add_object_last_modified_date: bool = False, add_object_creation_date: bool = False, force: bool = False) → None

Export translations of the given objects to an SQL database table.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • object_list (list[Entity]) – list of Objects to export translations for. Objects have to be provided as class objects such as a Metric or a Document.

  • table_name (str) – name of the table to export the data to If the table with the given name already exists, the existing table will be dropped first, then a new one will be created.

  • datasource (DatasourceInstance | str) – DatasourceInstance object or ID of the DatasourceInstance containing the connection to the database to export the data to

  • database_type (str, optional) –

    type of the database, if not provided standard SQL will be used. Supported database types include:

    • MySQL

    • MSSQL

    • PostgreSQL

    • Oracle

    • Vertica

  • languages (list, optional) –

    list of languages to list translations for, only translations from these languages will be listed. If not specified languages will be taken from the project. Languages in the list should be one of the following:

    • ID of the language

    • Language class object

  • project_id (str, optional) – ID of the project the Objects are a part of, if not provided will be taken from connection

  • denormalized_form (bool, optional) – if True exports the data in a denormalized form, if False exports the data in a normalized form. False by default. Normalised form means that each row contains a single target_id with translation values for all required languages Denormalised form means each row represents a translation value for one target_id and one language at a time

  • add_object_path (bool, optional) – if True adds a column with the path of the Object

  • add_object_description (bool, optional) – if True adds a column with the description of the Object

  • add_object_version (bool, optional) – if True adds a column with the version of the Object

  • add_object_last_modified_date (bool, optional) – if True adds a column with the last modified date of the Object

  • add_object_creation_date (bool, optional) – if True adds a column with the creation date of the Object

  • force (bool, optional) – if True skips the prompt asking for confirmation before dropping the table. False by default.

static to_dataframe_from_list(connection: Connection, object_list: list[mstrio.utils.entity.Entity], languages: list | None = None, project_id: str | None = None, denormalized_form: bool = False, add_object_path: bool = False, add_object_description: bool = False, add_object_version: bool = False, add_object_last_modified_date: bool = False, add_object_creation_date: bool = False) → DataFrame

Export translations of the given objects to a dataframe.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • object_list (list[Entity]) – list of Objects to export translations for. Objects have to be provided as class objects such as a Metric or a Document.

  • languages (list, optional) –

    list of languages to list translations for, only translations from these languages will be listed. If not specified languages will be taken from the project. Languages in the list should be one of the following:

    • ID of the language

    • Language class object

  • project_id (str, optional) – ID of the project the Objects are a part of, if not provided will be taken from connection

  • denormalized_form (bool, optional) – if True exports the data in a denormalized form, if False exports the data in a normalized form. False by default. Normalised form means that each row contains a single target_id with translation values for all required languages Denormalised form means each row represents a translation value for one target_id and one language at a time

  • add_object_path (bool, optional) – if True adds a column with the path of the Object

  • add_object_description (bool, optional) – if True adds a column with the description of the Object

  • add_object_version (bool, optional) – if True adds a column with the version of the Object

  • add_object_last_modified_date (bool, optional) – if True adds a column with the last modified date of the Object

  • add_object_creation_date (bool, optional) – if True adds a column with the creation date of the Object

Returns:

A pandas Dataframe containing the translation data.

static to_json_from_list(connection: Connection, object_list: list[mstrio.utils.entity.Entity], languages: list | None = None, file_path: str | None = None, project_id: str | None = None, denormalized_form: bool = False, add_object_path: bool = False, add_object_description: bool = False, add_object_version: bool = False, add_object_last_modified_date: bool = False, add_object_creation_date: bool = False) → str | None

Export translations of the given objects to a JSON file.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • object_list (list[Entity]) – list of Objects to export translations for. Objects have to be provided as class objects such as a Metric or a Document.

  • languages (list, optional) –

    list of languages to list translations for, only translations from these languages will be listed. If not specified languages will be taken from the project. Languages in the list should be one of the following:

    • ID of the language

    • Language class object

  • file_path (str, optional) – a path specifying where to save the json file

  • project_id (str, optional) – ID of the project the Objects are a part of, if not provided will be taken from connection

  • denormalized_form (bool, optional) – if True exports the data in a denormalized form, if False exports the data in a normalized form. False by default. Normalised form means that each row contains a single target_id with translation values for all required languages Denormalised form means each row represents a translation value for one target_id and one language at a time

  • add_object_path (bool, optional) – if True adds a column with the path of the Object

  • add_object_description (bool, optional) – if True adds a column with the description of the Object

  • add_object_version (bool, optional) – if True adds a column with the version of the Object

  • add_object_last_modified_date (bool, optional) – if True adds a column with the last modified date of the Object

  • add_object_creation_date (bool, optional) – if True adds a column with the creation date of the Object

Returns:

String representation of the JSON file if no path was given or None if path was provided.

translation_target_id: str
translation_target_name: str
translation_values: list[mstrio.object_management.translation.Translation.TranslationValue]
mstrio.object_management.translation.list_translations(connection: Connection, id: str, object_type: int | mstrio.types.ObjectTypes, project_id: str | None = None, languages: list | None = None, to_dictionary: bool = False) → list[mstrio.object_management.translation.Translation] | list[dict]

Lists translations of the given Object.

Parameters:

  • connection (Connection) – MicroStrategy connection object returned by connection.Connection()

  • id (str) – ID of the Object the translations will be listed for

  • object_type (int | ObjectTypes) – type of the Object the translations will be listed for

  • project_id (str, optional) – project ID of the project the Object is on, if not provided will be taken from connection

  • languages (list, optional) –

    list of languages to list the translations for, only translations from these languages will be listed. Languages in the list should be one of the following:

    • lcid attribute of the language

    • ID of the language

    • Language class object

  • to_dictionary (bool, optional) – If True returns a list of dictionaries, by default (False) returns a list of Translation objects

Returns:

A list of dictionaries representing translations for the Object or a list of Translation Objects.

Module contents