IGT Cloud Client

Python client for the Philips IGT Cloud Datalake.

Includes both a Python interface and a CLI (Command line interface) to perform the most common tasks.

Overview

1. CONTRIBUTING.md
2. CHANGELOG.md
3. CODE_OF_CONDUCT
4. MAINTAINERS
5. LICENSE

Getting Started

• Setup a Python 3 environment
• pip install git+https://github.com/philips-labs/igtcloud-client
• -OR- use the standalone CLI that doesn't require a Python installation

CLI

Usage: igtcloud [OPTIONS] COMMAND [ARGS]...                         
                                                                    
  Philips Interventional Cloud CLI                                  
                                                                    
Options:                                                            
  --help  Show this message and exit.                               
                                                                    
Commands:                                                           
  csv        List data from Philips Interventional Cloud in CSV file
  download   Download data from Philips Interventional Cloud        
  get-token  Get token for Philips Interventional Cloud             
  login      Login to Philips Interventional Cloud                  
  upgrade    Upgrade this tool to a new version                     
  upload     Upload data to Philips Interventional Cloud            
  version    Print version of this tool

Use igtcloud [command] --help for more information about a command

Login

The igtcloud login command is a special CLI command that will do the authentication with Philips Interventional Cloud. This decouples the login flow from the real applications, which is particularly useful during development and testing. It prevents that you have to type your password everytime.

This command will automatically refresh your token until you interrupt the process (Ctrl + c).

The download, upload and csv commands are compatible with the login command. The get-token is available if you require an access token outside the IGT Cloud Client (CLI or Python).

Service login

A special option for the login command is to use a service identity. This requires that you have a service_id and matching private_key

To use this service login you have to provide the private_key using the CLI:

igtcloud login -d <DOMAIN> -u <SERVICE_ID> -s <PRIVATE_KEY_FILENAME>

For convenience, you can discard the -u <SERVICE_ID>. Now the service_id will be the same as the private key filename without extension (e.g. igtcloud login -d <DOMAIN> -s service_x@institute.project.philips.com.pem will use service_x@institute.project.philips.com as SERVICE_ID and the content of the file as PRIVATE_KEY)

To create a service identity you can use the following python example code:

(this requires one of the following roles: DATA_MANAGER on the project or COORDINATOR or INVESTIGATOR on the institute. Next it requires a user specific role SERVICES_MANAGER)

from igtcloud.client.core.auth import smart_auth
from igtcloud.client.services import entities_service, set_auth
from igtcloud.client.services.entities.model.service import Service
from igtcloud.client.services.utils.key import save_private_key

domain = '<DOMAIN>'
institute_id = '<INSTITUTE_ID>'
service_name = '<SERVICE_NAME>'

with smart_auth(domain) as auth:
    set_auth(auth)

    service = entities_service.post_services(institute_id, Service(name=service_name))
    save_private_key(service.private_key, f"{service.service_id}.pem")

Note: Service identities can only be used for uploading data, not downloading.

Folder structure

Flat (default)

local_folder
│
└─── files
│   │   file_1.txt
│   │   file_2.txt
│   │   ...
│   │
│   └─── subfolder1
│       │   file_3.txt
│       │   file_4.txt
|       │   ...
│
└─── institute1
    │
    └─── patient1---study1
    │   │   series_1.dcm
    │   │   series_2.dcm
    │   │   ...
    │
    └─── patient1---study2
    │   │   series_1.dcm
    │   │   series_2.dcm
    │   │   ...    
    │
    └─── patient2---study1
        │   series_1.dcm
        │   series_2.dcm
        │   ...

Hierarchical

local_folder
│
└─── files
│   │   file_1.txt
│   │   file_2.txt
│   │   ...
│   │
│   └─── subfolder1
│       │   file_3.txt
│       │   file_4.txt
|       │   ...
│
└─── institute1
    │
    └─── patient1
    │   │
    │   └─── study1
    │   │   │   series_1.dcm
    │   │   │   series_2.dcm    
    │   │   │   ...
    │   │
    │   └─── study2
    │       │   series_1.dcm
    │       │   series_2.dcm    
    │       │   ...    
    │
    └─── patient2
    │   │
    │   └─── study1
    │       │   series_1.dcm
    │       │   series_2.dcm    
    │       │   ...

Where local_folder is the specified LOCAL_FOLDER via the upload or download command.

Project-level files

Files under the local_folder/files directory will be uploaded/downloaded based on the passed PROJECT argument via the upload or download command.

Note: for the download command, this will only work if the --project-files option is passed.

Upload institute-level files

Folders under the institute-named folders (local_folder/<institute name>) will be uploaded directly to the institute as a study then the nested folders are uploaded as normal study-level folders.

Other folders/files under the local_folder directory will be ignored.

Download institute-level files

Institutes will be downloaded to the LOCAL_FOLDER argument and will create sub folders based on the institute name.

Flat

In flat file structure mode (default), all studies of each institute will be downloaded as flat subdirectories under each institute folder. The folder name will be a combination of the patient and study identifiers.

Hierarchical

In hierarchical file structure mode, all studies of each institute will be downloaded in a nested folder structure. In the institute folder, the first level of directories will resemble the patients. Each patient folder will contain nested folder for each study that belongs to this patient.

Developers

Generate code based on new OpenAPI specification

./code-gen.sh

Test the cli locally

cd src
python cli.py

Community

This project uses the CODE_OF_CONDUCT to define expected conduct in our community. Instances of abusive, harassing, or otherwise unacceptable behavior may be reported by contacting a project MAINTAINER

Changelog

See CHANGELOG for more info on what's been changed.

Licenses

See LICENSE