

Radoop\.operation\.id|mapred\.job\.name|hive\.warehouse\.subdir\.inherit\.perms|hive\.exec\.max\.dynamic\.partitions|hive\.exec\.max\.dynamic\.partitions\.pernode|spark\.app\.name|hive\.remove\.orderby\.in\.subquery|radoop\.testing\.process\.name Search for Hive Client Advanced Configuration Snippet (Safety Valve) for hive-site.xml add the following both for Service and Client configurations (it must contain no whitespaces): Name:
#HOW TO DOWNLOAD SPARK 2.7 TGZ ZIP#
Zip spark-jars.zip -junk-paths -recurse-paths. Script below crafts all the required artifacts from Apache download location using Apache Spark 2.4.7 with Apache Hadoop 2.7 and Scala 2.11: # Setup Spark 2.4.7 libraries from Apache mirror

Any directory can be chosen but make sure Radoop users have read permission for that HDFS location. To ensure Spark related operators in Radoop function as expected, you need to upload certain Spark assemblies to HDFS on your cluster. We have tested and verified all Radoop functionality using Apache Spark. Radoop does not support Cloudera's preinstalled Spark distribution currently. The cluster side configurations listed below can be done by a user with admin privileges in the Cloudera Manager instance used to administer your CDP cluster. The following setup guide suits a Kerberized CDP cluster with TLS authentication supporting High Availability for Hive, HDFS and YARN services, which is the most common production use-case. For your reference Cloudera Data Platform Private Cloud Base version 7.1.4 was used while creating this document.
