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#122 Refactoring the Foundation Core Python module; removing aiops references (Part 2). #164

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Jun 24, 2024
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#122 Refactoring the Foundation Core Python module; removing aiops references (Part 2). #164

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24 changes: 12 additions & 12 deletions ...dation/foundation-mda/src/main/resources/templates/data-delivery-pyspark/encryption.py.vm
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Original file line number Diff line number Diff line change
Expand Up @@ -42,12 +42,12 @@


#if (!$step.hasInboundRecordType())
def aiops_encrypt_aes_udf(self):
return udf(lambda text: aiops_encrypt_simple_aes(text))
def aissemble_encrypt_aes_udf(self):
return udf(lambda text: aissemble_encrypt_simple_aes(text))


def aiops_encrypt_vault_udf(self, key):
return udf(lambda text: aiops_encrypt_with_vault_key(key, text))
def aissemble_encrypt_vault_udf(self, key):
return udf(lambda text: aissemble_encrypt_with_vault_key(key, text))
#end


Expand Down Expand Up @@ -78,13 +78,13 @@
## process a set[CustomRecord]
# return type is a set
return_payload = set([])
aiops_encrypt = AesCbcEncryptionStrategy()
aissemble_encrypt = AesCbcEncryptionStrategy()
if(algorithm == 'VAULT_ENCRYPT'):
aiops_encrypt = VaultRemoteEncryptionStrategy()
aissemble_encrypt = VaultRemoteEncryptionStrategy()

for record in inbound:
for column in fields_to_update:
encrypted_column_value = aiops_encrypt.encrypt(getattr(record, column))
encrypted_column_value = aissemble_encrypt.encrypt(getattr(record, column))
# Depending on the encryption algorithm the return value may be bytes or bytesarray which requires decoding
try:
encrypted_column_value = encrypted_column_value.decode('utf-8')
Expand All @@ -97,12 +97,12 @@
#elseif (!$step.hasInboundNativeCollectionType() && $step.hasInboundRecordType())
## process a CustomRecord
# return type is a single custom data type
aiops_encrypt = AesCbcEncryptionStrategy()
aissemble_encrypt = AesCbcEncryptionStrategy()
if(algorithm == 'VAULT_ENCRYPT'):
aiops_encrypt = VaultRemoteEncryptionStrategy()
aissemble_encrypt = VaultRemoteEncryptionStrategy()

for column in fields_to_update:
encrypted_column_value = aiops_encrypt.encrypt(getattr(inbound, column))
encrypted_column_value = aissemble_encrypt.encrypt(getattr(inbound, column))
# Depending on the encryption algorithm the return value may be bytes or bytesarray which requires decoding
try:
encrypted_column_value = encrypted_column_value.decode('utf-8')
Expand All @@ -122,9 +122,9 @@
# the udf call to avoid threading errors
vault_key_util = VaultKeyUtil.get_instance()
vault_key = vault_key_util.get_vault_key_encoded()
return_payload = inbound.withColumn(encrypt_field, self.aiops_encrypt_vault_udf(vault_key)(col(encrypt_field)))
return_payload = inbound.withColumn(encrypt_field, self.aissemble_encrypt_vault_udf(vault_key)(col(encrypt_field)))
else:
return_payload = inbound.withColumn(encrypt_field, self.aiops_encrypt_aes_udf()(col(encrypt_field)))
return_payload = inbound.withColumn(encrypt_field, self.aissemble_encrypt_aes_udf()(col(encrypt_field)))

return_payload.show()
#end
Expand Down