# The passphrase to unlock the key - VERY SECRET!!!
data["pass_phrase"] = sys.argv[2]
# Make sure that this is the correct password...
privkey = PrivateKey.read(sys.argv[1], sys.argv[2])
# The region for this tenancy
data["region"] = "eu-frankfurt-1"
secret_config["LOGIN"] = data
## Now create the bucket info so we know where the bucket is
## that will store all data related to logging into accounts
data = {}
data[
"compartment"] = "ocid1.compartment.oc1..aaaaaaaat33j7w74mdyjenwoinyeawztxe7ri6qkfbm5oihqb5zteamvbpzq"
data["bucket"] = "acquire_compute"
secret_config["BUCKET"] = data
secret_config["PASSWORD"] = sys.argv[2]
config_data = bytes_to_string(
config_key.encrypt(json.dumps(secret_config).encode("utf-8")))
secret_key = json.dumps(config_key.to_data(sys.argv[3]))
os.system("fn config app compute SECRET_CONFIG '%s'" % config_data)
os.system("fn config app compute SECRET_KEY '%s'" % secret_key)
config["credentials"]["key"] = key
config["credentials"]["fingerprint"] = fingerprint
print("\n****\nPlease make sure you upload %s to OCI\n****\n" % pubkey)
unique_salt = str(fingerprint)
else:
raise TypeError("Cannot recognise the type of service that "
"is being configured. This should be either "
"gcp or oci")
# now save the configuration to disk
d = {}
d["key"] = service_key.to_data(passphrase=password)
d["salt"] = service_salt
d["config"] = bytes_to_string(service_key.encrypt(json.dumps(config)))
with open(service_file, "w") as FILE:
FILE.write(json.dumps(d))
# package all of the config data into a dictionary
data = {}
login = {}
login["service_type"] = service_type
login["bucket"] = bucket
if provider == "gcp":
login["credentials"] = key
login["project"] = project
login["unique_suffix"] = unique_suffix