added my Setup.md guide
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> For information how to get at a point to reproduce this, please read
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> - [README](README.md) or
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> - [Installation / Docker Setup](DockerSetup.md)
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> - [Setup.md](Setup.md)
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[TOC]
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# Instance-Token
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See [InstanceToken](InstanceToken.md).
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# Config-Token
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@ -59,3 +56,97 @@ m56oy1WRGSdHRiBt/6Mbb2I7BQ+YNsPrq9pI9wdPxbCbyT8UbEPM0/Qo4RSH77lx
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+rtqhXsNqrciBxg9iCfYTDBKW7gG8+3U+7OFkPfN7nAYfxEAKKO0z/vPih0KIF12
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ipX9bJaK63sIplYtPSBB2A==
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```
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# Other Code
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Interesting is that for encryption the `service_instance.deployment` **Public-Key** is used. For that one, we have no
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private key.
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see
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```diff
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public_key_string=si_deployment_public_key.value
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```
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<details>
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<summary>`return_file_export_manager.py`</summary>
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```python
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class ReturnFileExportManager:
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def return_file_export_handler(self, event_args, params, dal):
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if 'file_timestamp' not in event_args:
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# file_timestamp not in event_args means original request on primary,
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# so we get current time as file_timestamp
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license_allocation_file_timestamp = datetime.utcnow()
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# modify incoming event_args parameter to add file_timestamp,
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# so broadcaster to sends file_timestamp to secondary
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event_args['file_timestamp'] = license_allocation_file_timestamp
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else:
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# file_timestamp in event_args means replication call on secondary
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# so we use file_timestamp from event_args
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license_allocation_file_timestamp = event_args['file_timestamp']
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license_allocation_file_xid = self.processor.get_license_file_xid()
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log.info(f'Generating license allocation return file: {license_allocation_file_xid}')
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# Generate license allocation data
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license_allocation = LicenseAllocation()
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license_allocation.header = LicenseAllocationHeader(params.license_allotment_xid)
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log.info(f'Generating return for license allocation: {params.license_allotment_xid}')
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license_allocation.object_list = self._get_object_list(params, dal)
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try:
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si_deployment_public_key = dal.get_si_artifact_for_license_allotment(
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params.license_allotment_xid, si_constants.SERVICE_INSTANCE_DEPLOYMENT_NAMESPACE,
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si_constants.ARTIFACT_NAME_PUBLIC_KEY
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)
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except NotFoundError as ex:
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log.error(f'Error fetching artifacts for SI attached to this license allocation return file', ex)
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raise BadRequestError("Failed to return license allocation file")
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# Build license file payload string
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encrypted_payload_str = self.processor.build_license_payload(
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license_allocation_file_xid=license_allocation_file_xid,
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license_allocation_file_timestamp=license_allocation_file_timestamp,
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license_allocation_list=[license_allocation],
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public_key_string=si_deployment_public_key.value,
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deployment_token="")
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# insert LAF record
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dal.insert_file_creation_record(license_allocation_file_xid, license_allocation_file_timestamp,
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params.license_allotment_xid, encrypted_payload_str)
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response = ReturnFileResponse(return_license=encrypted_payload_str)
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return response
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```
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</details>
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<details>
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<summary>`dls_license_file_installation_dal.py`</summary>
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```python
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class DlsLicenseFileInstallationDal:
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def insert_file_creation_record(self, schema, license_file_xid, license_file_timestamp, license_allotment_xid, license_allocation_file, session=None):
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insert_file_creation_record_query = f"""
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insert into {schema}.license_allotment_file_publication (xid, license_allotment_xid, publication_detail)
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values (:xid, :la_xid, :publication_detail)
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on conflict (xid) do update
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set license_allotment_xid = :la_xid, publication_detail = :publication_detail
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"""
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publication_detail_dict = {
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'timestamp': license_file_timestamp.isoformat(),
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'license': license_allocation_file,
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}
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publication_detail = json_dumps(publication_detail_dict)
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session.execute(insert_file_creation_record_query, {'xid': license_file_xid, 'la_xid': license_allotment_xid, 'publication_detail': publication_detail})
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```
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</details>
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@ -2,6 +2,14 @@
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> Current status / questions / is in [doc/LATEST.md](LATEST.md)
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## My Setup documentation
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In [Setup.md](Setup.md) I wrote down every step with each file on my setup.
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With this detailed guide I hope to understand licensing process and how data and keys/tokens are handled.
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## Read through
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- [Installation / Docker Setup](DockerSetup.md)
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- [Reverse Engineering Notes](ReverseEngineeringNotes.md)
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- [Licensing Flow / Process](LicensingFlow.md)
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61
doc/Setup.md
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61
doc/Setup.md
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# NLS Setup
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[TOC]
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# 1. Prepare Environment
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**Docker Setup**
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Please follow [DockerSetup](DockerSetup.md)-Guide.
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**External DB Access**
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To get superuser access to database from external, you have to add a user.
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Follow [ReverseEngineeringNotes - DB-Access](ReverseEngineeringNotes.md#db-access).
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After that, I modified `docker-compose.yaml` and added `ports` into `postgres-nls-si-0` container to get external
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database access.
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```diff
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postgres-nls-si-0:
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image: dls:pgsql_3.4.1
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restart: always
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+ ports: [ '5432:5432' ]
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```
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Now you can connect with `<your-instance-ip>:5432` with any Database-Client you want.
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# 2. Setup (NLS)
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1. Access `https://<your-instance-ip>:8080` and click on *New Installation*
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2. Enter *Username* and *Password*
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3. *Continue to Login* and login
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4. *Download DLS Instance Token*
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- Local Reset Token `28b22cb5-76db-4211-84a7-d2821293fe44`
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- [`dls_instance_token_03-26-2025-21-06-23.tok`](files/dls_instance_token_03-26-2025-21-06-23.tok)
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- See [dls_instance_token.md](dls_instance_token.md)
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# 3. Create License Server (Nvidia Application Hub)
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Goto *License Servers* > *Create Server*
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1. *Step 1 - Identification*: Enter a name
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2. *Step 2 - Features*: Add at least one feature
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3. *Step 3 - Environment*
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1. Select *On-Premise (DLS)*
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2. Select your *Registration Token* (DLS-Instance-Token)
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3. *Upload*
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4. *Step 4 - Configuration*: Default *Standard Networked Licensing*
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5. *Create Server*
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Download your License
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1. On your License-Server click *Actions*
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2. Click *Download* and confirm
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- [`license_03-26-2025-21-27-51.bin`](files/license_03-26-2025-21-27-51.bin)
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- See [license.md](license.md)
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# 4. Debug Config-Token
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t.b.c.
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