def step_impl(context, prover, presentation):
# Open the presentation json file
try:
presentation_json_file = open('features/data/' + presentation +
'.json')
presentation_json = json.load(presentation_json_file)
context.presentation = presentation_json["presentation"]
except FileNotFoundError:
print(FileNotFoundError + ': features/data/' + presentation + '.json')
prover_url = context.prover_url
if "presentation" in context:
presentation = context.presentation
if context.current_cred_format == "indy":
# Find the cred ids and add the actual cred id into the presentation
# TODO: There is probably a better way to get access to the specific requested attributes and predicates. Revisit this later.
try:
for i in range(
json.dumps(presentation["requested_attributes"]).count(
"cred_id")):
# Get the schema name from the loaded presentation for each requested attributes
cred_type_name = presentation["requested_attributes"][list(
presentation["requested_attributes"]
)[i]]["cred_type_name"]
presentation["requested_attributes"][list(
presentation["requested_attributes"]
)[i]]["cred_id"] = context.credential_id_dict[
cred_type_name][
len(context.credential_id_dict[cred_type_name]) -
1]
# If there is a timestamp, calculate it from the instruction in the file. Can be 'now' or + - relative to now.
if ("timestamp"
in presentation["requested_attributes"][list(
presentation["requested_attributes"])[i]]):
relative_timestamp = presentation[
"requested_attributes"][list(
presentation["requested_attributes"])
[i]]["timestamp"]
presentation["requested_attributes"][list(
presentation["requested_attributes"]
)[i]]["timestamp"] = get_relative_timestamp_to_epoch(
relative_timestamp)
# Remove the cred_type_name from this part of the presentation since it won't be needed in the actual request.
presentation["requested_attributes"][list(
presentation["requested_attributes"])[i]].pop(
"cred_type_name")
except KeyError:
pass
try:
for i in range(
json.dumps(presentation["requested_predicates"]).count(
"cred_id")):
# Get the schema name from the loaded presentation for each requested predicates
cred_type_name = presentation["requested_predicates"][list(
presentation["requested_predicates"]
)[i]]["cred_type_name"]
presentation["requested_predicates"][list(
presentation["requested_predicates"]
)[i]]["cred_id"] = context.credential_id_dict[
cred_type_name][
len(context.credential_id_dict[cred_type_name]) -
1]
# If there is a timestamp, calculate it from the instruction in the file. Can be 'now' or + - relative to now.
if ("timestamp"
in presentation["requested_predicates"][list(
presentation["requested_predicates"])[i]]):
relative_timestamp = presentation[
"requested_predicates"][list(
presentation["requested_predicates"])
[i]]["timestamp"]
presentation["requested_predicates"][list(
presentation["requested_predicates"]
)[i]]["timestamp"] = get_relative_timestamp_to_epoch(
relative_timestamp)
# Remove the cred_type_name from this part of the presentation since it won't be needed in the actual request.
presentation["requested_predicates"][list(
presentation["requested_predicates"])[i]].pop(
"cred_type_name")
except KeyError:
pass
elif context.current_cred_format == "json-ld":
# All good
cred_type_name = presentation.get("cred_type_name")
record_ids = presentation.get("record_ids", {})
new_record_ids = {}
for (input_descriptor_id, record_ids) in record_ids.items():
new_record_ids[input_descriptor_id] = [
context.credential_id_dict[cred_type_name][-1]
for cred_type_name in record_ids
]
presentation["record_ids"] = new_record_ids
else:
raise Exception(f"Unknown format {context.current_cred_format}")
presentation["format"] = context.current_cred_format
# if this is happening connectionless, then add the service decorator to the presentation
if ('connectionless' in context) and (context.connectionless == True):
presentation["~service"] = {
"recipientKeys": [context.presentation_exchange_id],
"routingKeys": None,
"serviceEndpoint": context.verifier_url
}
(resp_status,
resp_text) = agent_backchannel_POST(prover_url + "/agent/command/",
"proof-v2",
operation="send-presentation",
id=context.presentation_thread_id,
data=presentation)
assert resp_status == 200, f'resp_status {resp_status} is not 200; {resp_text}'
resp_json = json.loads(resp_text)
assert resp_json["state"] == "presentation-sent"
# check the state of the presentation from the verifier's perspective
assert expected_agent_state(context.verifier_url, "proof-v2",
context.presentation_thread_id,
"presentation-received")
def step_impl(context, prover):
prover_url = context.prover_url
if "presentation" in context:
presentation = context.presentation
# Find the cred ids and add the actual cred id into the presentation
# TODO: There is probably a better way to get access to the specific requested attributes and predicates. Revisit this later.
try:
for i in range(json.dumps(presentation["requested_attributes"]).count("cred_id")):
# Get the schema name from the loaded presentation for each requested attributes
cred_type_name = presentation["requested_attributes"][list(presentation["requested_attributes"])[i]]["cred_type_name"]
presentation["requested_attributes"][list(presentation["requested_attributes"])[i]]["cred_id"] = context.credential_id_dict[cred_type_name][len(context.credential_id_dict[cred_type_name])-1]
# If there is a timestamp, calculate it from the instruction in the file. Can be 'now' or + - relative to now.
if ("timestamp" in presentation["requested_attributes"][list(presentation["requested_attributes"])[i]]):
relative_timestamp = presentation["requested_attributes"][list(presentation["requested_attributes"])[i]]["timestamp"]
presentation["requested_attributes"][list(presentation["requested_attributes"])[i]]["timestamp"] = get_relative_timestamp_to_epoch(relative_timestamp)
# Remove the cred_type_name from this part of the presentation since it won't be needed in the actual request.
presentation["requested_attributes"][list(presentation["requested_attributes"])[i]].pop("cred_type_name")
except KeyError:
pass
try:
for i in range(json.dumps(presentation["requested_predicates"]).count("cred_id")):
# Get the schema name from the loaded presentation for each requested predicates
cred_type_name = presentation["requested_predicates"][list(presentation["requested_predicates"])[i]]["cred_type_name"]
presentation["requested_predicates"][list(presentation["requested_predicates"])[i]]["cred_id"] = context.credential_id_dict[cred_type_name][len(context.credential_id_dict[cred_type_name])-1]
# If there is a timestamp, calculate it from the instruction in the file. Can be 'now' or + - relative to now.
if ("timestamp" in presentation["requested_predicates"][list(presentation["requested_predicates"])[i]]):
relative_timestamp = presentation["requested_predicates"][list(presentation["requested_predicates"])[i]]["timestamp"]
presentation["requested_predicates"][list(presentation["requested_predicates"])[i]]["timestamp"] = get_relative_timestamp_to_epoch(relative_timestamp)
# Remove the cred_type_name from this part of the presentation since it won't be needed in the actual request.
presentation["requested_predicates"][list(presentation["requested_predicates"])[i]].pop("cred_type_name")
except KeyError:
pass
else:
presentation = {
"comment": "This is a comment for the send presentation.",
"requested_attributes": {
"attr_1": {
"revealed": True,
"cred_id": context.credential_id_dict[context.schema['schema_name']][len(context.credential_id_dict[context.schema['schema_name']])-1]
}
}
}
# if this is happening connectionless, then add the service decorator to the presentation
if ('connectionless' in context) and (context.connectionless == True):
presentation["~service"] = {
"recipientKeys": [
context.presentation_exchange_id
],
"routingKeys": None,
"serviceEndpoint": context.verifier_url
}
(resp_status, resp_text) = agent_backchannel_POST(prover_url + "/agent/command/", "proof", operation="send-presentation", id=context.presentation_thread_id, data=presentation)
assert resp_status == 200, f'resp_status {resp_status} is not 200; {resp_text}'
resp_json = json.loads(resp_text)
assert resp_json["state"] == "presentation-sent"
# check the state of the presentation from the verifier's perspective
assert expected_agent_state(context.verifier_url, "proof", context.presentation_thread_id, "presentation-received", wait_time=60.0)
def step_impl(context, prover, presentation):
# Open the presentation json file
try:
presentation_json_file = open("features/data/" + presentation + ".json")
presentation_json = json.load(presentation_json_file)
context.presentation = presentation_json["presentation"]
except FileNotFoundError:
print(FileNotFoundError + ": features/data/" + presentation + ".json")
prover_url = context.prover_url
if context.presentation:
presentation = context.presentation
if context.current_cred_format == "indy":
# Find the cred ids and add the actual cred id into the presentation
try:
for requested_attribute in presentation[
"requested_attributes"
].values():
cred_type_name = requested_attribute["cred_type_name"]
requested_attribute["cred_id"] = context.credential_id_dict[
cred_type_name
][-1]
# Update timestamp in requested attribute
if "timestamp" in requested_attribute:
relative_timestamp = requested_attribute["timestamp"]
requested_attribute[
"timestamp"
] = get_relative_timestamp_to_epoch(relative_timestamp)
# Remove the cred_type_name from this part of the presentation since it won't be needed in the actual request.
requested_attribute.pop("cred_type_name")
except KeyError:
pass
try:
for requested_predicate in presentation[
"requested_predicates"
].values():
# Get the schema name from the loaded presentation for each requested predicates
cred_type_name = requested_predicate["cred_type_name"]
requested_predicate["cred_id"] = context.credential_id_dict[
cred_type_name
][-1]
# Update timestamp in requested attribute
if "timestamp" in requested_predicate:
relative_timestamp = requested_predicate["timestamp"]
requested_predicate[
"timestamp"
] = get_relative_timestamp_to_epoch(relative_timestamp)
# Remove the cred_type_name from this part of the presentation since it won't be needed in the actual request.
requested_predicate.pop("cred_type_name")
except KeyError:
pass
elif context.current_cred_format == "json-ld":
# All good
cred_type_name = presentation.get("cred_type_name")
record_ids = presentation.get("record_ids", {})
new_record_ids = {}
for (input_descriptor_id, record_ids) in record_ids.items():
new_record_ids[input_descriptor_id] = [
context.credential_id_dict[cred_type_name][-1]
for cred_type_name in record_ids
]
presentation["record_ids"] = new_record_ids
else:
raise Exception(f"Unknown format {context.current_cred_format}")
presentation["format"] = context.current_cred_format
# if this is happening connectionless, then add the service decorator to the presentation
if context.connectionless:
presentation["~service"] = {
"recipientKeys": [context.presentation_exchange_id],
"routingKeys": None,
"serviceEndpoint": context.verifier_url,
}
use_v3 = "PresentProofV3" in context.tags
if use_v3:
proof_endpoint = "proof-v3"
else:
proof_endpoint = "proof-v2"
(resp_status, resp_text) = agent_backchannel_POST(
prover_url + "/agent/command/",
proof_endpoint,
operation="send-presentation",
id=context.presentation_thread_id,
data=presentation,
)
assert resp_status == 200, f"resp_status {resp_status} is not 200; {resp_text}"
def step_impl(context, prover):
prover_url = context.prover_url
if context.presentation:
presentation = context.presentation
# Find the cred ids and add the actual cred id into the presentation
# TODO: There is probably a better way to get access to the specific requested attributes and predicates. Revisit this later.
try:
for requested_attribute in presentation[
"requested_attributes"].values():
# Get the schema name from the loaded presentation for each requested attributes
cred_type_name = requested_attribute["cred_type_name"]
requested_attribute["cred_id"] = context.credential_id_dict[
cred_type_name][-1]
# If there is a timestamp, calculate it from the instruction in the file. Can be 'now' or + - relative to now.
if "timestamp" in requested_attribute:
relative_timestamp = requested_attribute["timestamp"]
requested_attribute[
"timestamp"] = get_relative_timestamp_to_epoch(
relative_timestamp)
# Remove the cred_type_name from this part of the presentation since it won't be needed in the actual request.
requested_attribute.pop("cred_type_name")
except KeyError:
pass
try:
for requested_predicate in presentation[
"requested_predicates"].values():
# Get the schema name from the loaded presentation for each requested predicates
cred_type_name = requested_predicate["cred_type_name"]
requested_predicate["cred_id"] = context.credential_id_dict[
cred_type_name][-1]
# If there is a timestamp, calculate it from the instruction in the file. Can be 'now' or + - relative to now.
if "timestamp" in requested_predicate:
relative_timestamp = requested_predicate["timestamp"]
requested_predicate[
"timestamp"] = get_relative_timestamp_to_epoch(
relative_timestamp)
# Remove the cred_type_name from this part of the presentation since it won't be needed in the actual request.
requested_predicate.pop("cred_type_name")
except KeyError:
pass
else:
presentation = {
"comment": "This is a comment for the send presentation.",
"requested_attributes": {
"attr_1": {
"revealed":
True,
"cred_id":
context.credential_id_dict[context.schema["schema_name"]]
[-1],
}
},
}
# if this is happening connectionless, then add the service decorator to the presentation
if context.connectionless:
presentation["~service"] = {
"recipientKeys": [context.presentation_exchange_id],
"routingKeys": None,
"serviceEndpoint": context.verifier_url,
}
(resp_status, resp_text) = agent_backchannel_POST(
prover_url + "/agent/command/",
"proof",
operation="send-presentation",
id=context.presentation_thread_id,
data=presentation,
)
assert resp_status == 200, f"resp_status {resp_status} is not 200; {resp_text}"
