
In this lesson, you will have information about Detailed Course Objectives, the Course Description based on the Objectives, Course Target Audience, Prerequisites for taking up this course, detailed Course Schedule and Practice Environment used in the course to do the activities.
In this lesson, you will learn about Incremental Import from RDBMS to HDFS and RDBMS to Hive using Sqoop, Incremental Export from HDFS to RDBMS and from Hive to RDBMS using Sqoop. Further you will learn about Sqoop Eval Functions.
In this practice, you will learn how to import the incremental data from RDBMS to HDFS and RDBMS to Hive through SQOOP Import.
In this Practise, you will learn how to export the incremental data from HDFS to MYSQL table and Hive table to MYSQL table.
In this lesson, you will learn about creating dashboard in Hive, import and export the incremental data, Alter the tables, load the data into Hive tables, Executing Hive Queries for Hive built-in functions, Creation of Hive UDF’s.
In this practice, you will learn how HQL queries work in hive and the commands supported by the Hive.
In this lesson, you will learn about creating the Hive partitioning, Hive bucketing, Hive indexing and creating the Hive tables in different file formats.
In this practice, you will learn about data partitioning of tables in HIVE using HQL.
In this practice, you will learn about Hive Bucketing in Hive using HQL.
In the practices, you will learn about Indexing in Hive.
In this practice, you will learn to create hive tables for different file formats namely TEXT, AVRO, ORC, PARQUET and SEQUENCE.
In this lesson, you will learn about features of Pig and to create different pig scripts, execute them and use different functions to perform ETL (Export, Transform and Load). You will further learn about different Pig built-in functions, Creating Pig UDF’s, Data sampling and Debugging in Pig, Illustrate the tips for improving the performance of Pig jobs.
In this practice, you will learn to develop and execute different functions of pig such as Input and output (LOAD, STORE, DUMP), Eval functions (AVG, CONCAT, COUNT, DIFF, MAX, MIN, SUM, TOKENIZE), String functions (INDEXOF, STRSPLIT, SUBSTRING), Relational operators (FLATTEN, COGROUP, ORDER, UNION, SPLIT, DISTINCT) and Tuple, Bag, Map, and perform ETL operation on Pig user define functions (UDFs).
In this lesson, you will learn about Oozie workflow action nodes, Scheduling the Oozie workflow and sub-workflow using coordinator file, Executing the Pig and Shell Action, Re-run a failed Job in Oozie.
In this practice, you will learn to perform the SQOOP action by running and scheduling the Oozie workflow using coordinator.
In this practice, you will learn to schedule sub-workflow action job in Oozie.
In this lesson, you will learn about flume and its features, architecture and models. Further explore on building blocks of flume, creating flume configuration file to import data from server directly to HDFS using flume integration with HDFS and monitoring the Cluster.
In this practice, you will learn to integrate flume with HDFS to import the data from server directly to HDFS.
In this lesson, you will learn about cloudera manager and its features. Further you will learn the concepts of cloudera manager, checking logs and status of jobs in cloudera manager, create charts for monitoring cloudera manager, API access to Cloudera manager.
In this practice, you will learn to create dashboard in the Cloudera manager and further add charts to monitor the Cloudera cluster.
In this practice, you will learn how to check the job status of the task in the Cloudera manager.
In this lesson, you will learn about Scala and its features, Spark ecosystems and its components, illustrate spark SQLContext, Data units in Spark. You will get to know the working with RDD and its operation in spark with example. Further you will learn about Spark1.x and spark 2.x.
In this practice, you will learn to read data from HDFS to SPARK1.x executed in Scala shell.
In this practice, you will learn to read the data and load the data from hive to spark using spark.
If you are looking for building the skills and mastering in Big Data concepts, Then this is the course for you.
The Apache Hadoop software library is a framework that allows for the distributed processing of large data sets across clusters of computers using simple programming models. It is designed to scale up from single servers to thousands of machines, each offering local computation and storage. Rather than rely on hardware to deliver high-availability, the library itself is designed to detect and handle failures at the application layer, so delivering a highly-available service on top of a cluster of computers, each of which may be prone to failures. In this course, you will learn about the Hadoop components, Incremental Import and export Using SQOOP, Explore on databases in Hive with different data transformations. Illustration of Hive partitioning, bucketing and indexing. You will get to know about Apache Pig with its features and functions, Pig UDF’s, data sampling and debugging, working with Oozie workflow and sub-workflow, shell action, scheduling and monitoring coordinator, Flume with its features, building blocks of Flume, API access to Cloudera manager, Scala program with example, Spark Ecosystem and its Components, and Data units in spark.
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