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69c299dd6c
the international flag semantically means 'Should we throw an error if an international number is passed in?' (and the answer is no. We should not.)
115 lines
3.5 KiB
Python
115 lines
3.5 KiB
Python
from datetime import datetime
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import pytest
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from freezegun import freeze_time
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from tests.app.db import create_inbound_sms, create_service
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def test_get_inbound_sms(admin_request, sample_service):
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one = create_inbound_sms(sample_service)
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two = create_inbound_sms(sample_service)
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json_resp = admin_request.get(
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'inbound_sms.get_inbound_sms_for_service',
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endpoint_kwargs={'service_id': sample_service.id}
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)
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sms = json_resp['data']
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assert len(sms) == 2
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assert {inbound['id'] for inbound in sms} == {str(one.id), str(two.id)}
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assert sms[0]['content'] == 'Hello'
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assert set(sms[0].keys()) == {
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'id',
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'created_at',
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'service_id',
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'notify_number',
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'user_number',
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'content',
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'provider_date',
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'provider_reference'
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}
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def test_get_inbound_sms_limits(admin_request, sample_service):
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with freeze_time('2017-01-01'):
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one = create_inbound_sms(sample_service)
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with freeze_time('2017-01-02'):
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two = create_inbound_sms(sample_service)
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sms = admin_request.get(
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'inbound_sms.get_inbound_sms_for_service',
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endpoint_kwargs={'service_id': sample_service.id, 'limit': 1}
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)
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assert len(sms['data']) == 1
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assert sms['data'][0]['id'] == str(two.id)
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@pytest.mark.parametrize('user_number', [
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'(07700) 900-001',
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'+4407700900001',
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'447700900001',
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])
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def test_get_inbound_sms_filters_user_number(admin_request, sample_service, user_number):
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# user_number in the db is international and normalised
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one = create_inbound_sms(sample_service, user_number='447700900001')
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two = create_inbound_sms(sample_service, user_number='447700900002')
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sms = admin_request.get(
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'inbound_sms.get_inbound_sms_for_service',
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endpoint_kwargs={'service_id': sample_service.id, 'user_number': user_number}
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)
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assert len(sms['data']) == 1
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assert sms['data'][0]['id'] == str(one.id)
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assert sms['data'][0]['user_number'] == str(one.user_number)
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def test_get_inbound_sms_filters_international_user_number(admin_request, sample_service):
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# user_number in the db is international and normalised
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one = create_inbound_sms(sample_service, user_number='12025550104')
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two = create_inbound_sms(sample_service)
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sms = admin_request.get(
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'inbound_sms.get_inbound_sms_for_service',
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endpoint_kwargs={'service_id': sample_service.id, 'user_number': '+1 (202) 555-0104'}
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)
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assert len(sms['data']) == 1
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assert sms['data'][0]['id'] == str(one.id)
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assert sms['data'][0]['user_number'] == str(one.user_number)
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def test_get_inbound_sms_summary(admin_request, sample_service):
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other_service = create_service(service_name='other_service')
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with freeze_time('2017-01-01'):
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create_inbound_sms(sample_service)
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with freeze_time('2017-01-02'):
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create_inbound_sms(sample_service)
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with freeze_time('2017-01-03'):
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create_inbound_sms(other_service)
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summary = admin_request.get(
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'inbound_sms.get_inbound_sms_summary_for_service',
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endpoint_kwargs={'service_id': sample_service.id}
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)
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assert summary == {
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'count': 2,
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'most_recent': datetime(2017, 1, 2).isoformat()
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}
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def test_get_inbound_sms_summary_with_no_inbound(admin_request, sample_service):
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summary = admin_request.get(
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'inbound_sms.get_inbound_sms_summary_for_service',
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endpoint_kwargs={'service_id': sample_service.id}
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)
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assert summary == {
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'count': 0,
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'most_recent': None
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}
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