msdev-kit
Microsoft developer toolkit for Python: Fabric/Power BI, MS Graph (Entra), and SharePoint.
Until 2026-06-17 this package was developed in a private repository. The git history was squashed when the project was opened to the public, so commits before that date are not preserved.
Supported OS
- Windows x64
- macOS Apple ARM
- Linux
Unsupported OS
- Currently, because of updates to
cryptographypackage (>=50.0.0),Windows 32-bitandmacOS Intelare not supported.
Installation
pip install msdev-kit
Or install from GitHub:
pip install git+https://github.com/Bernardo-Rufino/msdev-kit.git
For local development, use the repository instructions in Development.
Requirements: Python >= 3.10. Service principal authentication requires an Azure app registration, tenant ID, client ID, and client secret. Interactive user authentication is also supported for APIs that permit it.
Quick Start
from msdev_kit import Auth
from msdev_kit.fabric import Workspace
from msdev_kit.graph import GraphClient
from msdev_kit.sharepoint import SharePointClient
# authenticate
auth = Auth(tenant_id="...", client_id="...", client_secret="...")
# fabric: list workspaces
ws = Workspace(auth.get_token('pbi'))
workspaces = ws.list_workspaces_for_user()
# graph: look up a user
graph = GraphClient(auth)
user_id = graph.get_user_id('user@company.com')
# sharepoint: download a file
sp = SharePointClient(auth, sp_hostname='company', sp_site_path='sites/DataTeam')
sp.download_file('/Reports/monthly.xlsx', local_dir='./downloads')
Authentication
Auth owns token acquisition. Fabric and Power BI classes receive a token string,
while Graph and SharePoint clients receive the Auth instance. You can use
different service principals for different services by instantiating one Auth
per service principal:
from msdev_kit import Auth
# service principal auth
fabric_auth = Auth(tenant_id="...", client_id="spn-a", client_secret="...")
graph_auth = Auth(tenant_id="...", client_id="spn-b", client_secret="...")
Supported scopes
| Service | Scope | Usage |
|---|---|---|
pbi (default) |
Power BI API | auth.get_token() or auth.get_token('pbi') |
fabric |
Fabric API | auth.get_token('fabric') |
graph |
MS Graph API | auth.get_token('graph') |
azure |
Azure Management API | auth.get_token('azure') |
Interactive user auth
For scenarios requiring user context (e.g., RLS-enabled datasets), omit the client-secret arguments to use browser authentication by default:
auth = Auth()
token = auth.get_token('fabric')
You can also request a fresh user token from a service-principal Auth instance:
token = auth.get_token_for_user('pbi') # opens browser for login
token = auth.get_token_for_user('fabric')
If the operating system cannot provide encrypted token-cache storage, opt in explicitly to an unencrypted cache. This can expose tokens to other users of the same machine, so use it only when secure storage is unavailable:
token = auth.get_token_for_user('fabric', allow_unencrypted_storage=True)
Credentials
For the bundled examples, copy the template and set the values:
cp .env.example .env
msdev-kit does not load .env automatically. The scripts in examples/ load
.env from the repository root. Applications may pass values directly to
Auth, or load environment variables with their own configuration mechanism.
Fabric & Power BI
from msdev_kit import Auth
from msdev_kit.fabric import Workspace, Dataset, Report, Dataflow, Pipeline
auth = Auth(tenant_id, client_id, client_secret)
Fabric classes take a token string — call auth.get_token('fabric') or auth.get_token('pbi') depending on the API.
- Workspace — workspaces, users, permissions
- Dataset — semantic models, DAX queries, permissions
- Report — metadata, definitions, visuals, measures
- Dataflow — Gen1, Gen2, Gen2 CI/CD management
- Pipeline — Data Pipeline management
- Other modules — Capacity, Admin, KQL, Notebook, Database
Workspace
Manage Power BI workspaces, users, and permissions.
ws = Workspace(auth.get_token('pbi'))
workspaces = ws.list_workspaces_for_user()
ws.add_user('user@company.com', workspace_id, 'Member', 'User')
add_user and update_user accept the official Power BI principal types:
User, Group, and App. add_user updates an existing matching principal
instead of issuing a duplicate add request.
| Method | Description |
|---|---|
list_workspaces_for_user(...) |
List all workspaces the user has access to, with optional filters. |
get_workspace_details(workspace_id) |
Get details for a specific workspace. |
list_users(workspace_id) |
List all users in a workspace. |
list_reports(workspace_id) |
List all reports in a workspace. |
add_user(user_principal_name, workspace_id, access_right, user_type) |
Add or update a User, Group, or App in a workspace. |
update_user(user_principal_name, workspace_id, access_right, user_type) |
Update a User, Group, or App role in a workspace. |
remove_user(user_principal_name, workspace_id) |
Remove a user from a workspace. |
batch_update_user(user, workspaces_list) |
Batch update a user across multiple workspaces. |
Dataset
Manage datasets (semantic models), permissions, and execute DAX queries.
ds = Dataset(auth.get_token('pbi'))
result = ds.execute_query(workspace_id, dataset_id, "EVALUATE Sales")
| Method | Description |
|---|---|
list_datasets(workspace_id) |
List all datasets in a workspace. |
get_dataset_details(workspace_id, dataset_id) |
Get details of a specific dataset. |
get_dataset_name(workspace_id, dataset_id) |
Resolve the display name of a dataset. Tries PBI API first, falls back to Fabric semantic models API. |
execute_query(workspace_id, dataset_id, query) |
Execute a DAX query. Runs a COUNTROWS pre-check to detect truncation. |
list_users(workspace_id, dataset_id) |
List users with access to a dataset. |
add_user(user_principal_name, workspace_id, dataset_id, access_right) |
Grant a user access to a dataset. |
update_user(user_principal_name, workspace_id, dataset_id, access_right) |
Update a user's access to a dataset. |
remove_user(user_principal_name, workspace_id, dataset_id) |
Remove a user's access to a dataset. |
list_dataset_related_reports(workspace_id, dataset_id) |
List all reports linked to a dataset. |
export_dataset_related_reports(workspace_id, dataset_id) |
Export all reports linked to a dataset as .pbix files. |
Report
Retrieve report metadata, definitions, visuals, and report-level measures.
rpt = Report(auth.get_token('pbi'))
pages = rpt.list_report_pages(workspace_id, report_id)
| Method | Description |
|---|---|
list_reports(workspace_id) |
List all reports in a workspace. |
get_report_metadata(workspace_id, report_id) |
Get metadata for a specific report. |
get_report_name(workspace_id, report_id) |
Get a report's display name. |
list_report_pages(workspace_id, report_id) |
List all pages in a report. |
get_legacy_report_pages_and_visuals(json_data, workspace_id, report_id) |
Parse a PBIR-Legacy report JSON and extract pages/visuals into a DataFrame. |
get_legacy_report_json(workspace_id, report_id, operations) |
Get and decode the full report definition for PBIR-Legacy reports. |
export_report(workspace_id, report_id, ...) |
Export a report as a .pbix file. |
get_report_measures(workspace_id, report_id, operations) |
Extract report-level measures and generate a DAX Query View script. |
rebind_report(workspace_id, report_id, new_dataset_id, ...) |
Rebind a report to a new dataset and migrate Read access. |
Dataflow
Manage Power BI and Fabric dataflows, including Gen1, Gen2, and Gen2 CI/CD.
df = Dataflow(auth.get_token('pbi'))
# upgrade Gen1 to Gen2 CI/CD
result = df.upgrade_to_gen2_cicd(
workspace_id='<workspace_id>',
dataflow_id='<gen1_dataflow_id>',
display_name='my_dataflow_cicd',
source_type='gen1'
)
| Method | Description |
|---|---|
list_dataflows(workspace_id) |
List all dataflows (Gen1, Gen2, Gen2 CI/CD), merged and deduplicated. |
get_dataflow_details(workspace_id, dataflow_id) |
Get details of a specific dataflow. |
get_dataflow_name(workspace_id, dataflow_id) |
Resolve the display name of a dataflow. |
create_dataflow(workspace_id, dataflow_content) |
Create a new Power BI dataflow. |
delete_dataflow(workspace_id, dataflow_id, type='pbi') |
Delete a dataflow. Use type='fabric' for Fabric API. |
export_dataflow_json(workspace_id, dataflow_id, dataflow_name) |
Export a dataflow definition as JSON. |
get_dataflow_gen2_definition(workspace_id, dataflow_id) |
Get the definition of a Dataflow Gen2 CI/CD item. |
create_dataflow_gen2_from_definition(workspace_id, display_name, definition) |
Create a Dataflow Gen2 CI/CD from a definition. |
update_dataflow_gen2_from_definition(workspace_id, dataflow_id, display_name, definition) |
Update an existing Dataflow Gen2 CI/CD definition. |
get_data_destinations(workspace_id, dataflow_id) |
Get data destination details for each table in a dataflow. |
get_workspace_data_destinations(workspace_id, max_workers=4) |
Inspect every dataflow, return its destination details, and save destination-only rows as a workbook under data/dataflows. The inventory is paced at 200 requests per minute and retries 429 responses. |
change_data_destination(workspace_id, dataflow_id, destination_type, ...) |
Change data destination (Lakehouse/Warehouse). Modes: preview, replace, create. |
create_dataflow_with_new_destination(workspace_id, dataflow_id, ...) |
Create a new Gen2 CI/CD dataflow with a different data destination. |
upgrade_to_gen2_cicd(..., refresh=False) |
Upgrade a Gen1 or Gen2 dataflow to Gen2 CI/CD. For standard Gen2, verify data destinations and preserve bound connection IDs by default. Set use_accessible_connections=True to bind exact connector paths to shared connections visible to the client. Set refresh=True to run and wait for the new dataflow's refresh. |
For a standard Gen2 source, the upgrade keeps each destination's workspace, item, table, and write method. It returns an error without creating a new item if it cannot verify destination preservation. A CI/CD source is copied from its definition without retargeting destination references. Gen1 uses its own internal storage and has no Gen2 data destination to reuse.
For service principal creation of a standard Gen2 dataflow, use a delegated Fabric user token for refresh. Fabric does not allow the service principal to run the Dataflow Gen2 CI/CD refresh job. The delegated token is used only for the refresh request and polling. Pass an SPN Power BI token separately for reading the standard source. Connection credentials are not copied. See the complete setup and runnable example before running this against an existing data destination.
spn_auth = Auth(tenant_id, client_id, client_secret)
user_auth = Auth() # interactive user login
df = Dataflow(spn_auth.get_token('fabric'))
result = df.upgrade_to_gen2_cicd(
workspace_id=workspace_id,
dataflow_id=standard_gen2_dataflow_id,
source_type='gen2',
use_accessible_connections=True,
refresh=True,
refresh_access_token=user_auth.get_token('fabric'),
pbi_access_token=spn_auth.get_token('pbi'),
)
Refresh is opt-in because it writes to the configured destination. A failed refresh returns its job details and the new item's ID for investigation.
Inventory workspace data destinations
from msdev_kit import Auth
from msdev_kit.fabric import Dataflow
workspace_id = "<workspace-id>"
auth = Auth(tenant_id="<tenant-id>", client_id="<client-id>", client_secret="<client-secret>")
dataflow = Dataflow(auth.get_token("pbi"))
result = dataflow.get_workspace_data_destinations(workspace_id, max_workers=4)
The method inspects every dataflow so result["content"] also records empty
inspections and failures. Its workbook contains only table rows with a real data
destination. Table name is exported as table_name, not table_table. A Fabric
source without an API generation value is normalized to 2.1. The progress line
is updated in place. If a 429 response occurs, the method prints the completed
count, waits, then resumes the progress line. See
examples/dataflow_destinations.py for a
DataFrame normalizer and a runnable placeholder.
Pipeline
Manage Fabric Data Pipelines.
pipe = Pipeline(auth.get_token('fabric'))
activities = pipe.get_pipeline_activities(workspace_id, 'My Pipeline')
all_activities = pipe.get_pipeline_activities(
workspace_id, 'My Pipeline', recursive=True
)
| Method | Description |
|---|---|
list_pipelines(workspace_id) |
List all Fabric Data Pipelines in a workspace. |
get_pipeline(workspace_id, pipeline_id) |
Get the metadata of a specific pipeline. |
get_pipeline_definition(workspace_id, pipeline_id) |
Get the full definition of a pipeline. |
update_pipeline_definition(workspace_id, pipeline_id, definition) |
Update an existing pipeline definition. |
get_pipeline_activities(workspace_id, pipeline_id_or_name, max_workers=5, recursive=False) |
Get activities from a pipeline by ID or display name. Set recursive=True to include invoked pipelines across workspaces. |
find_pipelines_by_dataflow(workspace_id, dataflow_id_or_name) |
Find pipelines that reference one dataflow or a list of dataflows, fetching each pipeline definition once. |
replace_dataflow_id_in_pipeline(workspace_id, pipeline_id, old_id, new_id) |
Replace a dataflow ID in all RefreshDataflow activities. |
Recursive results are flat and include workspace_id on each activity. They
include activities inside control-flow containers and follow both
InvokePipeline and ExecutePipeline references. Each pipeline is scanned
once, so cycles and repeated invocations do not duplicate downstream
activities. An inaccessible child returns an error rather than a partial result.
To find pipelines for multiple dataflows, pass IDs, display names, or a mixture
of both. The method lists the pipelines once and scans each pipeline definition
once, concurrently up to max_workers:
matches = pipe.find_pipelines_by_dataflow(
workspace_id,
['sales-dataflow-id', 'Finance Dataflow'],
max_workers=5,
)
For a list input, each matching pipeline includes a dataflows list. Every
entry identifies the matched dataflow and its matching RefreshDataflow
activities. Single-dataflow calls keep the existing activities list output.
Example: replacing a dataflow destination and updating pipelines
When change_data_destination(mode='replace') is used on a standard Gen2 dataflow, the original is deleted and a new CI/CD dataflow is created with a new ID. Pipelines referencing the old ID must be updated:
from msdev_kit import Auth
from msdev_kit.fabric import Dataflow, Pipeline
auth = Auth(tenant_id, client_id, client_secret)
dataflow = Dataflow(auth.get_token('pbi'))
pipeline = Pipeline(auth.get_token('fabric'))
workspace_id = '<workspace_id>'
old_dataflow_id = '<dataflow_id>'
# 1. replace dataflow destination (creates new CI/CD, deletes original)
result = dataflow.change_data_destination(
workspace_id=workspace_id,
dataflow_id=old_dataflow_id,
destination_type='Warehouse',
destination_workspace_id=workspace_id,
destination_item_id='<warehouse_id>',
mode='replace'
)
new_dataflow_id = result['content']['id']
# 2. find pipelines referencing the old dataflow ID
matches = pipeline.find_pipelines_by_dataflow(workspace_id, old_dataflow_id)
# 3. update each pipeline to use the new ID
for m in matches['content']:
pipeline.replace_dataflow_id_in_pipeline(
workspace_id, m['pipeline_id'], old_dataflow_id, new_dataflow_id
)
Other modules
| Module | Class | Description |
|---|---|---|
| Capacity | Capacity |
Monitor and manage Power BI and Fabric capacities. |
| Operations | Operations |
Track long-running Fabric API operations. |
| Admin | Admin |
Power BI Admin API operations. |
| KQL | KQLDatabase |
Query Kusto (KQL) databases in Microsoft Fabric. |
| Notebook | Notebook |
Manage Fabric notebooks (list, get metadata). |
| Database | Database |
Query and write to SQL databases (Lakehouse, Warehouse) via ODBC. |
MS Graph (Entra)
Manage Entra ID (Azure AD) users and groups via the MS Graph API.
from msdev_kit import Auth
from msdev_kit.graph import GraphClient
auth = Auth(tenant_id, client_id, client_secret)
graph = GraphClient(auth)
# look up a user and add them to a group
user_id = graph.get_user_id('user@company.com')
group_id = graph.get_group_id('Data Team')
graph.add_group_member(group_id, user_id)
# list all members of a group
members = graph.list_group_members(group_id)
| Method | Description |
|---|---|
get_user_id(email) |
Resolve user object ID by UPN/email, with mail fallback. |
get_group_id(group_name) |
Resolve Entra group object ID by display name. |
list_group_members(group_id) |
Paginated member list (id, displayName, mail, UPN). |
add_group_member(group_id, user_id) |
Add user to group. Silently ignores already-member errors. |
remove_group_member(group_id, user_id) |
Remove user from group. Silently ignores 404/403. |
SharePoint
Manage SharePoint files and folders via MS Graph API (no ACS/Office365 dependency).
from msdev_kit import Auth
from msdev_kit.sharepoint import SharePointClient
auth = Auth(tenant_id, client_id, client_secret)
sp = SharePointClient(auth, sp_hostname='company', sp_site_path='sites/DataTeam')
# download a file
sp.download_file('/Reports/monthly.xlsx', local_dir='./downloads')
# upload a file (from path or bytes)
sp.upload_file('/Reports/updated.xlsx', source='./local/updated.xlsx')
sp.upload_file('/Reports/data.csv', source=csv_bytes, content_type='text/csv')
# create nested folders
sp.create_folder('/Reports/2026/Q1')
| Method | Description |
|---|---|
download_file(file_path, local_dir) |
Download a file from the default document library. Returns local file path. |
upload_file(remote_path, source, content_type?) |
Upload/overwrite a file up to 250 MB. source is a local file path or raw bytes. |
create_folder(folder_path) |
Create a folder and all intermediate folders. |
Hostname and site path inputs are normalized automatically:
| Input | Normalized to |
|---|---|
company |
company.sharepoint.com |
company.sharepoint.com |
company.sharepoint.com |
https://company.sharepoint.com |
company.sharepoint.com |
DataTeam |
sites/DataTeam |
sites/DataTeam |
sites/DataTeam |
/sites/DataTeam |
sites/DataTeam |
Limitations
- Power BI and Fabric endpoints apply operation-specific throttling. Do not assume one global quota.
get_workspace_data_destinationsintentionally paces definition lookups at 200 requests per minute and backs off after HTTP 429. - Not all users can be updated via the API. See Microsoft docs: Dataset permissions.
- Dataset query limits (executeQueries API):
- Max 100,000 rows or 1,000,000 values (rows x columns) per query, whichever is hit first.
- Max 15 MB of data per query.
- 120 query requests per minute per user.
- Only DAX queries are supported (no MDX, INFO functions, or DMV).
- Datasets hosted in Azure Analysis Services or with a live connection to on-premises AAS are not supported.
- Service Principals are not supported for datasets with RLS or SSO enabled.
Examples
Runnable, placeholder-based scripts live in examples/. Start
with the examples guide, then run a read-only example from
the repository root:
cp .env.example .env
python -m examples.workspaces
python -m examples.dataflow_destinations
Write examples never perform a mutation when run directly. Edit the placeholder values and call their explicit helper only after reviewing the target IDs.
Contributing
Read Contributing before opening a pull request. It links the local setup, validation commands, issue and pull request process, branch conventions, and release boundary.
Metadata
Release files for msdev-kit 0.2.7
For a detailed explanation of source distributions (sdists) and built distributions (wheels), please see the package formats documentation.
Source distribution (sdist)
| File | Size | Uploaded | Provenance | |
|---|---|---|---|---|
| msdev_kit-0.2.7.tar.gz | 66.6 kB | With provenance | Details |
Built distribution (wheel)
| File | Interpreter | ABI | Platform | Reset |
|---|---|---|---|---|
| msdev_kit-0.2.7-py3-none-any.whl | Python 3 | none | any | Details |
Total release size: 136.4 kB
Release files / msdev_kit-0.2.7.tar.gz
| Download URL | msdev_kit-0.2.7.tar.gz |
|---|---|
| Size | 66.6 kB |
| Tags | Source |
|
SHA-256 checksum How to use checksums |
43a8b709e99df07cd26d6edb860c3335bb73b1b4bede2cb2b50eaa819587fc40
|
|
BLAKE2b-256 checksum How to use checksums |
75b7865c8c1873397854ac4b9003cc83f90c61f5718cb0869a01dba287e4e090
|
| Upload date | |
|
Uploaded using Trusted Publishing? What is trusted publishing? |
Yes |
| Uploaded via |
twine/7.0.0 CPython/3.13.16
|
Provenance
Provenance describes where a file came from. On PyPI, provenance is shared via attestations, which provide a verifiable record of the build or publishing details. View details, limitations and caveats.
PyPI Publish Attestation
PyPI verified that this artifact, at this checksum, originated from the publisher listed below.
Signed by GitHub Actions, verified by PyPI on Oct 20, 2026.
Transparency logRelease files / msdev_kit-0.2.7-py3-none-any.whl
| Download URL | msdev_kit-0.2.7-py3-none-any.whl |
|---|---|
| Size | 69.8 kB |
| Tags | Python 3 |
|
SHA-256 checksum How to use checksums |
3ff7ffeee69ddc14cc5694553bcbea2c9179af87390f6fab460be4f674bdbe20
|
|
BLAKE2b-256 checksum How to use checksums |
84a3239f7f7826ce24b3547f01f0d4fcdb65641c4956090e724b85d2931c3bd9
|
| Upload date | |
|
Uploaded using Trusted Publishing? What is trusted publishing? |
Yes |
| Uploaded via |
twine/7.0.0 CPython/3.13.16
|
Provenance
Provenance describes where a file came from. On PyPI, provenance is shared via attestations, which provide a verifiable record of the build or publishing details. View details, limitations and caveats.
PyPI Publish Attestation
PyPI verified that this artifact, at this checksum, originated from the publisher listed below.
Signed by GitHub Actions, verified by PyPI on Oct 20, 2026.
Transparency logSecurity for msdev-kit 0.2.7
Provenance
Provenance describes where a file came from. On PyPI, provenance is shared via attestations, which provide a verifiable record of the build or publishing details. View details, limitations and caveats.
Full provenance
All 2 files in this release have been uploaded with provenance metadata.
Attestation for msdev_kit-0.2.7.tar.gz
PyPI Publish Attestation
PyPI verified that this artifact, at this checksum, originated from the publisher listed below.
Signed by GitHub Actions, verified by PyPI on Oct 20, 2026.
Transparency logA note on package security
PyPI is a repository for distributing packages, not a service for auditing them. While third-party security researchers and our staff do their best to detect and remove malicious packages, PyPI cannot guarantee the quality, security or suitability of any given package.
To learn more about protecting yourself from malicious actors, visit our package security documentation.