
After completing this video, students will get the information about this complete tutorial.
After completing this video, students will get the information about this big data testing background.
After completing this video, students will get the information about this 5 Vs that makes the complete big data in testing.
After completing this video, students will get the information about the structured data format in big data testing in this complete tutorial.
After completing this video, students will get the information about the un-structured data format in big data testing in this complete tutorial.
After completing this video, students will get the information about the semi-structured data format in big data testing in this complete tutorial.
After completing this video, students will get the information about the Hadoop Testing in big data testing.
Explore hdfs architecture in detail, from the environment and clusters to the resource manager daemons, blocks, and how jobs run across the distributed dfs.
Learn how to set up a Cloudera environment for big data testing using VirtualBox on a 64-bit Windows machine, including downloading Cloudera and configuring Hadoop and Hive.
Learn practical HDFS commands in Ubuntu to browse the file system, view data on the Hadoop cluster, and explore NameNode information in a Cloudera cloud environment.
Explore practical HDFS commands in an Ubuntu environment to list directories, check file sizes, read data, and manage user directories and files.
Engage in student practice with HDFS commands in an advanced Hadoop and Hive context for testers. Build hands-on proficiency through guided, collaborative exploration of file system operations and command usage.
Explore practical HDFS commands for file management, including creating files, appending data, and navigating directories, with hands-on testing to verify file contents and labels.
Execute a practical session on copying files from local to HDFS, illustrating how to specify source and destination paths and verify the copied content in the distributed filesystem.
Copy data from HDFS to the local filesystem using copy and get commands, and verify files on the desktop. Demonstrate choosing source and destination paths and completing a successful transfer.
Learn to remove files from a Hadoop cluster using HDFS commands, including recursive removal with -R, verification with ls, and managing directories.
Explore HDFS file permissions on a cluster by practicing permission changes, viewing access rights, and using user and group concepts in a Cloudera environment, including 777 permission examples.
Explore practical hdfs commands to copy and move files across a cluster, practicing transfers between locations and validating results within the hdfs filesystem.
Explore a map-reduce word count example in Eclipse by building a simple Java map and reduce job, wiring dependencies, and counting word frequencies in an input file.
Explore how Hive features compare with traditional databases, highlighting a sql-like interface, batch processing, open-source advantages, and handling of text data for efficient data analysis.
Explore the differences between managed and external Hive tables, including data location, schema behavior, and how table drops affect stored data.
Explore creating Hive managed tables in a running Hive environment, learn to read and view data, insert values, and distinguish default versus external tables for Hadoop and Hive testing.
Learn how to create Hive external tables, view their schema, and query data from external sources using Hive syntax and select statements.
Learn to execute hive tables using a script file by creating regular and external tables, configuring permissions, and running table operations from the shell to validate data setup.
Explore Hive update and delete queries with ACID transactional properties, and see how updates and deletes affect table records through a practical demonstration.
Explore how to implement Hive dynamic partitioning by country or region, configure dynamic partition properties, create temporary tables for bulk loads, and load data into the dynamic partitions.
Explore Hive bucketing concepts, including creating buckets by region, configuring enforced bucketing, and leveraging bucket counts to organize and query dynamic data efficiently.
practice unix commands to extract the second column, locate first and last lines, compare values, and handle common questions from the audience during a tester-focused session.
Learn how to use sed for advanced text substitutions, performing global replacements, addressing specific lines, and applying pattern-based edits in Unix workflows.
master advanced unix commands with awk to process columnar data and print specific fields. explore using tab and dollar-sign separators to extract and format data across multiple columns.
Master advanced unix commands with awk to process multi-column text data, print specific fields, and handle empty columns in files. Apply these techniques within testing workflows using hadoop and hive.
Explore advanced unix commands with awk to count the number of columns, print fields like names, and display line numbers, enabling precise text processing for data analysis.
Learn to extract data with awk by applying conditions to columns, print specific fields with the dollar notation, and filter rows by criteria such as age.
Advance your awk skills to filter data by conditions and column values, print matching records, and derive insights from structured data in Hadoop and Hive workflows.
Master Unix commands to navigate directories, create and edit files, move between locations, and use editors like vi or nano to manage data in the default location.
Learn essential Unix commands for file management, including listing files with ls, copying files, and moving files between locations, to navigate and organize data efficiently.
Explore Unix arithmetic operators, bash scripting, and variable expressions to add and subtract numbers, using shell commands and simple vi editing techniques.
Explore how to display specific lines with head and tail, specify line ranges and counts, and control output in data workflows for Hadoop and Hive testing.
Explore shell scripts and arrays, including how to define arrays, index elements, print all values with a star, and retrieve single items by index.
Explore HDFS commands in a Cloudera environment, including listing files, navigating directories, and creating directories to manage Hadoop data.
Copy files from your local system to the HDFS cluster in a Cloudera environment using HDFS commands. Verify the transfer by listing the destination on the cluster with ls.
Explore interview questions on big data tools, including accessing Cassandra tables with select, Hive table types, data testing sizes, and partitioning data by date or country.
This course is specially designed for Testing profile students who wanted to build there career into Big Data Testing. So I have designed this course so they can start working with Hadoop and Hive in big data testing. All the users who are working in QA profile and wanted to move into big data testing domain should take this course and go through the complete tutorials which has advance knowledge.
I have included the material which is needed for big data testing profile and it has all the necessary contents which is required for learning Hadoop, Hive and Unix.
It will give the detailed information for different Hadoop and Hive commands which is needed by the tester to move into bigger umbrella i.e. Big Data Testing.
This course is well structured with all elements of different Hadoop, Hive with advance commands in practical manner separated by different topics. Students should take this course who wanted to learn Hadoop, Hive and advance Unix from scratch.