async def logic(context: TurnContext):
if test_case != SkillFlowTestCase.root_bot_only:
# Create a skill ClaimsIdentity and put it in turn_state so isSkillClaim() returns True.
claims_identity = ClaimsIdentity({}, False)
claims_identity.claims[
"ver"
] = "2.0" # AuthenticationConstants.VersionClaim
claims_identity.claims[
"aud"
] = (
SimpleComponentDialog.skill_bot_id
) # AuthenticationConstants.AudienceClaim
claims_identity.claims[
"azp"
] = (
SimpleComponentDialog.parent_bot_id
) # AuthenticationConstants.AuthorizedParty
context.turn_state[BotAdapter.BOT_IDENTITY_KEY] = claims_identity
if test_case == SkillFlowTestCase.root_bot_consuming_skill:
# Simulate the SkillConversationReference with a channel OAuthScope stored in turn_state.
# This emulates a response coming to a root bot through SkillHandler.
context.turn_state[
SkillHandler.SKILL_CONVERSATION_REFERENCE_KEY
] = SkillConversationReference(
None, AuthenticationConstants.TO_CHANNEL_FROM_BOT_OAUTH_SCOPE
)
if test_case == SkillFlowTestCase.middle_skill:
# Simulate the SkillConversationReference with a parent Bot ID stored in turn_state.
# This emulates a response coming to a skill from another skill through SkillHandler.
context.turn_state[
SkillHandler.SKILL_CONVERSATION_REFERENCE_KEY
] = SkillConversationReference(
None, SimpleComponentDialog.parent_bot_id
)
async def aux(
turn_context: TurnContext, # pylint: disable=unused-argument
activities: List[Activity],
next: Callable,
):
for activity in activities:
if activity.type == ActivityTypes.end_of_conversation:
SimpleComponentDialog.eoc_sent = activity
break
return await next()
# Interceptor to capture the EoC activity if it was sent so we can assert it in the tests.
context.on_send_activities(aux)
SimpleComponentDialog.dm_turn_result = await dialog_manager.on_turn(context)
async def logic(context: TurnContext):
if test_case != FlowTestCase.root_bot_only:
claims_identity = ClaimsIdentity(
{
AuthenticationConstants.VERSION_CLAIM:
"2.0",
AuthenticationConstants.AUDIENCE_CLAIM:
self.skill_bot_id,
AuthenticationConstants.AUTHORIZED_PARTY:
self.parent_bot_id,
},
True,
)
context.turn_state[
BotAdapter.BOT_IDENTITY_KEY] = claims_identity
if test_case == FlowTestCase.root_bot_consuming_skill:
context.turn_state[
SkillHandler.
SKILL_CONVERSATION_REFERENCE_KEY] = SkillConversationReference(
None, AuthenticationConstants.
TO_CHANNEL_FROM_BOT_OAUTH_SCOPE)
if test_case == FlowTestCase.middle_skill:
context.turn_state[
SkillHandler.
SKILL_CONVERSATION_REFERENCE_KEY] = SkillConversationReference(
None, self.parent_bot_id)
async def capture_eoc(inner_context: TurnContext,
activities: List[Activity], next): # pylint: disable=unused-argument
for activity in activities:
if activity.type == ActivityTypes.end_of_conversation:
self.eoc_sent = activity
break
return await next()
context.on_send_activities(capture_eoc)
await DialogExtensions.run_dialog(
dialog, context, convo_state.create_property("DialogState"))
async def create_skill_conversation_id(
self,
options_or_conversation_reference: Union[
SkillConversationIdFactoryOptions, ConversationReference],
) -> str:
key = (options_or_conversation_reference.activity.conversation.id +
options_or_conversation_reference.activity.service_url)
if key not in self.conversation_refs:
self.conversation_refs[key] = SkillConversationReference(
conversation_reference=TurnContext.get_conversation_reference(
options_or_conversation_reference.activity),
oauth_scope=options_or_conversation_reference.
from_bot_oauth_scope,
)
return key
async def create_skill_conversation_id(
self,
options_or_conversation_reference: Union[
SkillConversationIdFactoryOptions, ConversationReference],
) -> str:
self.creation_options = options_or_conversation_reference
key = self._conversation_id
self._conversation_refs[key] = self._conversation_refs.get(
key,
SkillConversationReference(
conversation_reference=options_or_conversation_reference.
activity.get_conversation_reference(),
oauth_scope=options_or_conversation_reference.
from_bot_oauth_scope,
),
)
return key
async def create_skill_conversation_id( # pylint: disable=W0221
self, options: SkillConversationIdFactoryOptions
) -> str:
conversation_reference = TurnContext.get_conversation_reference(
options.activity
)
key = hashlib.md5(
f"{conversation_reference.conversation.id}{conversation_reference.service_url}".encode()
).hexdigest()
skill_conversation_reference = SkillConversationReference(
conversation_reference=conversation_reference,
oauth_scope=options.from_bot_oauth_scope,
)
self._conversation_refs[key] = skill_conversation_reference
return key
async def create_skill_conversation_id(
self,
options_or_conversation_reference: Union[
SkillConversationIdFactoryOptions, ConversationReference
],
) -> str:
if not options_or_conversation_reference:
raise TypeError("Need options or conversation reference")
if not isinstance(
options_or_conversation_reference, SkillConversationIdFactoryOptions
):
raise TypeError(
"This SkillConversationIdFactory can only handle SkillConversationIdFactoryOptions"
)
options = options_or_conversation_reference
# Create the storage key based on the SkillConversationIdFactoryOptions.
conversation_reference = TurnContext.get_conversation_reference(
options.activity
)
skill_conversation_id = (
f"{conversation_reference.conversation.id}"
f"-{options.bot_framework_skill.id}"
f"-{conversation_reference.channel_id}"
f"-skillconvo"
)
# Create the SkillConversationReference instance.
skill_conversation_reference = SkillConversationReference(
conversation_reference=conversation_reference,
oauth_scope=options.from_bot_oauth_scope,
)
# Store the SkillConversationReference using the skill_conversation_id as a key.
skill_conversation_info = {skill_conversation_id: skill_conversation_reference}
await self._storage.write(skill_conversation_info)
# Return the generated skill_conversation_id (that will be also used as the conversation ID to call the skill).
return skill_conversation_id
