def test_is_blocking_reply(self, recipients):
msg = InboundSms({
'From': str(recipients['wesley'].number),
'Body': 'test'
})
reply = msg.construct_reply()
assert len(reply) == 0
def test_do_not_reply(self, recipients):
msg = InboundSms({
'From': str(recipients['beza'].number),
'Body': 'test'
})
reply = msg.construct_reply()
assert len(reply) == 0
def test_name(self, recipients):
msg = InboundSms({
'From': str(recipients['calvin'].number),
'Body': 'name John Calvin'
})
reply = msg.construct_reply()
assert "John" in str(reply)
def test_only_one_name(self, recipients):
msg = InboundSms({
'From': str(recipients['calvin'].number),
'Body': 'name JohnCalvin'
})
reply = msg.construct_reply()
assert "Something went wrong" in reply
def test_contact_added_to_group_keyword(
self, recipients, groups, keywords
):
populated_group = groups['test_group']
empty_group = groups['empty_group']
assert empty_group.recipient_set.count() == 0
assert populated_group.recipient_set.count() == 2
test_keyword = keywords['test']
test_keyword.linked_groups.add(empty_group, populated_group)
test_keyword.save()
msg = InboundSms(
{
'From': str(recipients['beza'].number),
'Body': 'test'
}
)
reply = msg.construct_reply()
grp1 = RecipientGroup.objects.get(name='Empty Group')
assert grp1.recipient_set.all().count() == 1
grp2 = RecipientGroup.objects.get(name='Test Group')
assert grp2.recipient_set.all().count() == 3
# let's repeat to test case where contact already in group:
reply = msg.construct_reply()
grp = RecipientGroup.objects.get(name='Empty Group')
assert grp.recipient_set.count() == 1
def test_existing_keyword(self, recipients, keywords):
msg = InboundSms({
'From': str(recipients['calvin'].number),
'Body': 'test msg'
})
reply = msg.construct_reply()
assert reply == "Test custom response with John"
def test_only_one_name(self, recipients):
msg = InboundSms({
"From": str(recipients["calvin"].number),
"Body": "name JohnCalvin"
})
reply = msg.construct_reply()
assert "Something went wrong" in reply
def test_is_blocking_reply(self, recipients):
msg = InboundSms({
"From": str(recipients["wesley"].number),
"Body": "test"
})
reply = msg.construct_reply()
assert len(reply) == 0
def test_do_not_reply(self, recipients):
msg = InboundSms({
"From": str(recipients["beza"].number),
"Body": "test"
})
reply = msg.construct_reply()
assert len(reply) == 0
def test_existing_keyword(self, recipients, keywords):
msg = InboundSms({
"From": str(recipients["calvin"].number),
"Body": "test msg"
})
reply = msg.construct_reply()
assert reply == "Test custom response with John"
def test_name(self, recipients):
msg = InboundSms({
"From": str(recipients["calvin"].number),
"Body": "name John Calvin"
})
reply = msg.construct_reply()
assert "John" in str(reply)
def test_no_existing_keyword(self, recipients):
msg = InboundSms({
"From": str(recipients["calvin"].number),
"Body": "nope"
})
reply = msg.construct_reply()
assert reply == fetch_default_reply("keyword_no_match").replace(
"%name%", "John")
def test_no_existing_keyword(self, recipients):
msg = InboundSms({
'From': str(recipients['calvin'].number),
'Body': 'nope'
})
reply = msg.construct_reply()
assert reply == fetch_default_reply('keyword_no_match').replace(
"%name%", "John")
def test_is_blocking_reply(self, recipients):
msg = InboundSms(
{
'From': str(recipients['wesley'].number),
'Body': 'test'
}
)
reply = msg.construct_reply()
assert len(reply) == 0
def test_name_never_contact(self, recipients):
recipients["beza"].never_contact = True
recipients["beza"].save()
msg = InboundSms({
"From": str(recipients["beza"].number),
"Body": "name"
})
reply = msg.construct_reply()
assert len(reply) == 0
def test_switch_off_no_keyword_reply(self, recipients):
from site_config.models import DefaultResponses
dr = DefaultResponses.get_solo()
dr.keyword_no_match = ''
dr.clean()
dr.save()
msg = InboundSms({'From': str(recipients['calvin'].number), 'Body': 'test'})
reply = msg.construct_reply()
assert len(reply) == 0
def test_do_not_reply(self, recipients):
msg = InboundSms(
{
'From': str(recipients['beza'].number),
'Body': 'test'
}
)
reply = msg.construct_reply()
assert len(reply) == 0
def test_only_one_name(self, recipients):
msg = InboundSms(
{
'From': str(recipients['calvin'].number),
'Body': 'name JohnCalvin'
}
)
reply = msg.construct_reply()
assert "Something went wrong" in reply
def test_existing_keyword(self, recipients, keywords):
msg = InboundSms(
{
'From': str(recipients['calvin'].number),
'Body': 'test msg'
}
)
reply = msg.construct_reply()
assert reply == "Test custom response with John"
def test_name(self, recipients):
msg = InboundSms(
{
'From': str(recipients['calvin'].number),
'Body': 'name John Calvin'
}
)
reply = msg.construct_reply()
assert "John" in str(reply)
def test_switch_off_no_keyword_reply(self, recipients):
from site_config.models import DefaultResponses
dr = DefaultResponses.get_solo()
dr.keyword_no_match = ''
dr.clean()
dr.save()
msg = InboundSms({'From': str(recipients['calvin'].number), 'Body': 'test'})
reply = msg.construct_reply()
assert len(reply) == 0
def test_stop_start(self, recipients):
msg = InboundSms({'From': str(recipients['calvin'].number), 'Body': 'stop '})
reply = msg.construct_reply()
assert len(reply) == 0
assert Recipient.objects.get(pk=recipients['calvin'].pk).is_blocking
msg = InboundSms({'From': str(recipients['calvin'].number), 'Body': 'start '})
reply = msg.construct_reply()
assert Recipient.objects.get(pk=recipients['calvin'].pk).is_blocking is False
assert 'signing up' in reply
def test_no_existing_keyword(self, recipients):
msg = InboundSms(
{
'From': str(recipients['calvin'].number),
'Body': 'nope'
}
)
reply = msg.construct_reply()
assert reply == fetch_default_reply('keyword_no_match').replace(
"%name%", "John"
)
def test_switch_off_no_keyword_reply(self, recipients):
from site_config.models import DefaultResponses
dr = DefaultResponses.get_solo()
dr.keyword_no_match = ""
dr.clean()
dr.save()
msg = InboundSms({
"From": str(recipients["calvin"].number),
"Body": "test"
})
reply = msg.construct_reply()
assert len(reply) == 0
def sms(request):
"""
Handle all incoming messages from Twilio.
This is the start of the message processing pipeline.
"""
r = twiml.Response()
msg = InboundSms(request.POST)
msg.start_bg_tasks()
config = SiteConfiguration.get_solo()
if not config.disable_all_replies:
r.message(msg.reply)
return r
def sms(request):
"""
Handle all incoming messages from Twilio.
This is the start of the message processing pipeline.
"""
logger.info("Received new sms")
r = MessagingResponse()
msg = InboundSms(request.POST)
msg.start_bg_tasks()
config = SiteConfiguration.get_solo()
if msg.reply and not config.disable_all_replies:
logger.info("Add reply (%s) to response", msg.reply)
r.message(msg.reply)
logger.info("Return response to Twilio")
return HttpResponse(str(r), content_type="application/xml")
def sms(request):
"""
Handle all incoming messages from Twilio.
This is the start of the message processing pipeline.
"""
logger.info('Received new sms')
r = twiml.Response()
msg = InboundSms(request.POST)
msg.start_bg_tasks()
config = SiteConfiguration.get_solo()
if msg.reply and not config.disable_all_replies:
logger.info('Add reply (%s) to response', msg.reply)
r.message(msg.reply)
logger.info('Return response to Twilio')
return r
def sms(request):
"""
Handle all incoming messages from Twilio.
This is the start of the message processing pipeline.
"""
logger.info('Received new sms')
r = twiml.Response()
msg = InboundSms(request.POST)
msg.start_bg_tasks()
config = SiteConfiguration.get_solo()
if msg.reply and not config.disable_all_replies:
logger.info('Add reply (%s) to response', msg.reply)
r.message(msg.reply)
logger.info('Return response to Twilio')
return r
def test_contact_added_to_group_keyword(self, recipients, groups, keywords):
populated_group = groups['test_group']
empty_group = groups['empty_group']
assert empty_group.recipient_set.count() == 0
assert populated_group.recipient_set.count() == 2
test_keyword = keywords['test']
test_keyword.linked_groups.add(empty_group, populated_group)
test_keyword.save()
msg = InboundSms({'From': str(recipients['beza'].number), 'Body': 'test'})
reply = msg.construct_reply()
grp1 = RecipientGroup.objects.get(name='Empty Group')
assert grp1.recipient_set.all().count() == 1
grp2 = RecipientGroup.objects.get(name='Test Group')
assert grp2.recipient_set.all().count() == 3
# let's repeat to test case where contact already in group:
reply = msg.construct_reply()
grp = RecipientGroup.objects.get(name='Empty Group')
assert grp.recipient_set.count() == 1
def test_contact_added_to_group_keyword(self, recipients, groups,
keywords):
populated_group = groups["test_group"]
empty_group = groups["empty_group"]
assert empty_group.recipient_set.count() == 0
assert populated_group.recipient_set.count() == 2
test_keyword = keywords["test"]
test_keyword.linked_groups.add(empty_group, populated_group)
test_keyword.save()
msg = InboundSms({
"From": str(recipients["beza"].number),
"Body": "test"
})
reply = msg.construct_reply()
grp1 = RecipientGroup.objects.get(name="Empty Group")
assert grp1.recipient_set.all().count() == 1
grp2 = RecipientGroup.objects.get(name="Test Group")
assert grp2.recipient_set.all().count() == 3
# let's repeat to test case where contact already in group:
reply = msg.construct_reply()
grp = RecipientGroup.objects.get(name="Empty Group")
assert grp.recipient_set.count() == 1
def test_stop_start(self, recipients):
msg = InboundSms({'From': str(recipients['calvin'].number), 'Body': 'stop '})
reply = msg.construct_reply()
assert len(reply) == 0
assert Recipient.objects.get(pk=recipients['calvin'].pk).is_blocking
msg = InboundSms({'From': str(recipients['calvin'].number), 'Body': 'start '})
reply = msg.construct_reply()
assert Recipient.objects.get(pk=recipients['calvin'].pk).is_blocking is False
assert 'signing up' in reply
def test_stop_start(self, recipients):
msg = InboundSms({
"From": str(recipients["calvin"].number),
"Body": "stop "
})
reply = msg.construct_reply()
assert len(reply) == 0
assert Recipient.objects.get(pk=recipients["calvin"].pk).is_blocking
msg = InboundSms({
"From": str(recipients["calvin"].number),
"Body": "start "
})
reply = msg.construct_reply()
assert Recipient.objects.get(
pk=recipients["calvin"].pk).is_blocking is False
assert "signing up" in reply
def test_existing_keyword_new_contact(self, keywords):
msg = InboundSms({'From': '+447927401749', 'Body': 'test msg'})
reply = msg.construct_reply()
assert reply == "Test custom response with Unknown"
def test_existing_keyword_new_contact(self, keywords):
msg = InboundSms({"From": "+447927401749", "Body": "2test msg"})
reply = msg.construct_reply()
assert reply == fetch_default_reply(
"default_no_keyword_auto_reply").replace("%name%", "Unknown")
def test_existing_keyword_new_contact(self, keywords):
msg = InboundSms({"From": "+447927401749", "Body": "test msg"})
reply = msg.construct_reply()
assert reply == "Thanks new person!"
def test_existing_keyword_new_contact(self, keywords):
msg = InboundSms({'From': '+447927401749', 'Body': 'test msg'})
reply = msg.construct_reply()
assert reply == "Thanks new person!"
def test_existing_keyword_new_contact(self, keywords):
msg = InboundSms({'From': '+447927401749', 'Body': '2test msg'})
reply = msg.construct_reply()
assert reply == fetch_default_reply(
'default_no_keyword_auto_reply').replace('%name%', 'Unknown')
def test_existing_keyword_new_contact(self, keywords):
msg = InboundSms({'From': '+447927401749', 'Body': 'test msg'})
reply = msg.construct_reply()
assert reply == "Thanks new person!"
def test_existing_keyword_new_contact(self, keywords):
msg = InboundSms({'From': '+447927401749', 'Body': '2test msg'})
reply = msg.construct_reply()
assert reply == fetch_default_reply('default_no_keyword_auto_reply').replace('%name%', 'Unknown')
def test_existing_keyword_new_contact(self, keywords):
msg = InboundSms({'From': '+447927401749', 'Body': 'test msg'})
reply = msg.construct_reply()
assert reply == "Test custom response with Unknown"
