infobip-cpaasx 0.0.2

Infobip CPaaS X Python Client Library

Infobip CPaaS X Python Client

This is a Python package for Infobip CpaaS X API and you can use it as a dependency to add Infobip APIs to your application. To use the package you'll need an Infobip account. If you don't already have one, you can create a free trial account here.

The package is built on top of OpenAPI Specification, generated by Infobip OSCAR service powered by OpenAPI Generator.

Table of contents:

• API documentation
• General Info
• Installation
• Quickstart
• Ask for help

API documentation

Infobip API Documentation can be found here.

The current version of this library includes this subset of Infobip products:

• Application and Entity Management
• Numbers
• SMS
• MMS

CPaaS X product documentation can be found here.

General Info

We use the Semantic Versioning scheme.

The library is published under MIT License.

Python 3.7 is minimum supported version by this library.

Installation

Pull the library by using the following command:

pip install infobip_cpaasx

Quickstart

Before initializing the client first thing you need to do is to set configuration and authentication.

Configuration

Let's first set the configuration. For that you will need your specific URL. To see your base URL, log in to the Infobip API Resource hub with your Infobip credentials.

    from infobip_cpaasx import ApiClient, Configuration

    client_config = Configuration(
        host="<YOUR_BASE_URL>",
        api_key={"APIKeyHeader": "<YOUR_API_KEY>"},
        api_key_prefix={"APIKeyHeader": "App"},
    )

Initialize the Client

With configuration set up you can initialize the API client.

	api_client = ApiClient(client_config)

Now you are ready use the API.

Create application

A basic example how to create an application.

    application_request = Application(
        application_name="Application",
        application_id="application-id"
    )

    application_api = ApplicationApi(api_client)

    application_api.create_application(application=application_request)

Create entity

A basic example how to create an entity.

    entity_request = Entity(
        entity_name="Entity",
        entity_id="entity-id"
    )

    entity_api = EntityApi(api_client)

    entity_api.create_entity(entity=entity_request)

Send an SMS

A basic example how to send an SMS message.

    sms_request = SmsAdvancedTextualRequest(
        messages=[
            SmsTextualMessage(
                destinations=[
                    SmsDestination(
                        to="41793026727",
                    ),
                ],
                var_from="InfoSMS",
                text="This is a dummy SMS message sent using Python library",
                application_id="my-application-id",
                entity_id="my-entity-id"
            )
        ])

    sms_api = SmsApi(api_client)

    api_response: SmsResponse = sms_api.send_sms_message(sms_advanced_textual_request=sms_request)
    pprint(api_response)

To make your code more robust send the message in try block and handle the ApiException in catch block.

    from infobip_cpaasx import ApiException, SmsResponse

    try:
        api_response: SmsResponse = sms_api.send_sms_message(sms_advanced_textual_request=sms_request)
    except ApiException as ex:
        print("Error occurred while trying to send SMS message.")

In case of failure you can inspect the ApiException for more information.

    try:
        api_response: SmsResponse = sms_api.send_sms_message(sms_advanced_textual_request=sms_request)
    except ApiException as ex:
        print("Error occurred while trying to send SMS message.")
        print("Error status: %s\n" % ex.status)
        print("Error headers: %s\n" % ex.headers)
        print("Error body: %s\n" % ex.body)

Additionally, from the successful response (SmsResponse object) you can pull out the bulk_id and message_id(s) and use them to fetch a delivery report for given message or bulk. Bulk ID will be received only when you send a message to more than one destination address or multiple messages in a single request.

    bulk_id = api_response.bulk_id
    message_id = api_response.messages[0].message_id

Receive sent SMS report

For each SMS that you send out, we can send you a message delivery report in real time. All you need to do is specify your endpoint when sending SMS in notify_url field of SmsTextualMessage, or subscribe for reports by contacting our support team. e.g. https://{yourDomain}/delivery-reports

Example of webhook implementation using Flask:

    @app.route("/api/delivery-reports", methods=["POST"])
    def delivery_report():
        delivery_results = SmsDeliveryResult.from_json(request.json)

        for result in delivery_results.results:
            print("message {0} sent at {1}".format(result.message_id, result.sent_at))

If you prefer to use your own serializer, please pay attention to the supported date format.

Fetching delivery reports

If you are for any reason unable to receive real time delivery reports on your endpoint, you can use message_id or bulk_id to fetch them. Each request will return a batch of delivery reports. Please be aware that these can be retrieved only once.

    api_response = sms_api.get_outbound_sms_message_delivery_reports(bulk_id=bulk_id, message_id=message_id)
    pprint(api_response)

Unicode & SMS preview

Infobip API supports Unicode characters and automatically detects encoding. Unicode and non-standard GSM characters use additional space, avoid unpleasant surprises and check how different message configurations will affect your message text, number of characters and message parts.

    sms_preview_request = SmsPreviewRequest(
        text="Let's see how many characters will remain unused in this message."
    )

    api_response = sms_api.preview_sms_message(sms_preview_request=sms_preview_request)

Receive incoming SMS

If you want to receive SMS messages from your subscribers we can have them delivered to you in real time. When you buy and configure a number capable of receiving SMS, specify your endpoint as explained here. e.g. https://{yourDomain}/incoming-sms.

Example of webhook implementation using Flask:

    @app.route("/api/incoming-sms", methods=["POST"])
    def incoming_sms():
        message_results = SmsInboundMessageResult(
            message_count=request.json["message_count"],
            pending_message_count=request.json["pending_message_count"],
            results=request.json["results"]
        )

        for result in message_results.results:
            print("message text: {0}".format(result.clean_text))

Send an MMS

A basic example how to send an MMS message.

    mms_request = MmsAdvancedRequest(
        bulk_id="bulk-id",
        messages=[
            MmsAdvancedMessage(
                destinations=[
                    MmsDestination(
                        to="41793026727"
                    )
                ],
                message_segments=[
                    MmsAdvancedMessageSegmentText(
                        content_id="content-id",
                        text="Message text"
                    ),
                    MmsAdvancedMessageSegmentLink(
                        content_id="content-id",
                        content_type="image/jpeg",
                        content_url="https://api.infobip.com/ott/1/media/infobipLogo"
                    )
                ],
                entity_id="my-entity-id",
                application_id="my-application-id"
            )
        ]
    )

    mms_api = MmsApi(api_client)

    api_response: MmsSendResult = mms_api.send_mms_message(mms_advanced_request=mms_request)
    pprint(api_response)

Get available numbers

A basic example for getting a list of available numbers.

    numbers_api = NumbersApi(api_client)

    api_response: NumbersResponse = numbers_api.get_available_numbers(capabilities=["SMS"])

    pprint(api_response)

All other examples can be found in tests.

Ask for help

Feel free to open issues on the repository for any encountered problem or feature request. For pull requests, go to the CONTRIBUTING file related to it. This code is auto generated, and we are unable to merge any pull requests form here.

This code is auto generated, and we are unable to merge any pull request from here, but we will review and implement changes directly within our pipeline, as described in the CONTRIBUTING file.

For anything that requires our imminent attention, contact us @ [e-mail].