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Hadoop Essentials
Hadoop Essentials

Hadoop Essentials: Delve into the key concepts of Hadoop and get a thorough understanding of the Hadoop ecosystem

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Hadoop Essentials

Chapter 2. Hadoop Ecosystem

Now that we have discussed and understood big data and Hadoop, we can move on to understanding the Hadoop ecosystem. A Hadoop cluster may have hundreds or thousands of nodes which are difficult to design, configure, and manage manually. Due to this, there arises a need for tools and utilities to manage systems and data easily and effectively. Along with Hadoop, we have separate sub-projects which are contributed by some organizations and contributors, and are managed mostly by Apache. The sub-projects integrate very well with Hadoop and can help us concentrate more on design and development rather than maintenance and monitoring, and can also help in the development and data management.

Before we understand different tools and technologies, let's understand a use case and how it differs from traditional systems.

Traditional systems

Traditional systems are good for OLTP (online transaction processing) and some basic Data Analysis and BI use cases. Within the scope, the traditional systems are best in performance and management. The following figure shows a traditional system on a high-level overview:

Traditional systems

Traditional systems with BIA

The steps for typical traditional systems are as follows:

  1. Data resides in a database
  2. ETL (Extract Transform Load) processes
  3. Data moved into a data warehouse
  4. Business Intelligence Applications can have some BI reporting
  5. Data can be used by Data Analysis Application as well

When the data grows, traditional systems fail to process, or even store, the data; and even if they do, it comes at a very high cost and effort because of the limitations in the architecture, issue with scalability and resource constraints, incapability or difficulty to scale horizontally.

Database trend

Database technologies have evolved over a period of time. We have RDBMS (relational database), EDW (Enterprise...

The Hadoop use cases

Hadoop can help in solving the big data problems that we discussed in Chapter 1, Introduction to Big Data and Hadoop. Based on Data Velocity (Batch and Real time) and Data Variety (Structured, Semi-structured and Unstructured), we have different sets of use cases across different domains and industries. All these use cases are big data use cases and Hadoop can effectively help in solving them. Some use cases are depicted in the following figure:

The Hadoop use cases

Potential use case for Big Data Analytics

Hadoop's basic data flow

A basic data flow of the Hadoop system can be divided into four phases:

  1. Capture Big Data : The sources can be extensive lists that are structured, semi-structured, and unstructured, some streaming, real-time data sources, sensors, devices, machine-captured data, and many other sources. For data capturing and storage, we have different data integrators such as, Flume, Sqoop, Storm, and so on in the Hadoop ecosystem, depending on the type of data.
  2. Process and Structure: We will be cleansing, filtering, and transforming the data by using a MapReduce-based framework or some other frameworks which can perform distributed programming in the Hadoop ecosystem. The frameworks available currently are MapReduce, Hive, Pig, Spark and so on.
  3. Distribute Results: The processed data can be used by the BI and analytics system or the big data analytics system for performing analysis or visualization.
  4. Feedback and Retain: The data analyzed can be fed back to Hadoop and used for improvements...

Hadoop integration

Hadoop architecture is designed to be easily integrated with other systems. Integration is very important because although we can process the data efficiently in Hadoop, but we should also be able to send that result to another system to move the data to another level. Data has to be integrated with other systems to achieve interoperability and flexibility.

The following figure depicts the Hadoop system integrated with different systems and with some implemented tools for reference:

Hadoop integration

Hadoop Integration with other systems

Systems that are usually integrated with Hadoop are:

  • Data Integration tools such as, Sqoop, Flume, and others
  • NoSQL tools such as, Cassandra, MongoDB, Couchbase, and others
  • ETL tools such as, Pentaho, Informatica, Talend, and others
  • Visualization tools such as, Tableau, Sas, R, and others

The Hadoop ecosystem

The Hadoop ecosystem comprises of a lot of sub-projects and we can configure these projects as we need in a Hadoop cluster. As Hadoop is an open source software and has become popular, we see a lot of contributions and improvements supporting Hadoop by different organizations. All the utilities are absolutely useful and help in managing the Hadoop system efficiently. For simplicity, we will understand different tools by categorizing them.

The following figure depicts the layer, and the tools and utilities within that layer, in the Hadoop ecosystem:

The Hadoop ecosystem

Hadoop ecosystem

Traditional systems


Traditional systems are good for OLTP (online transaction processing) and some basic Data Analysis and BI use cases. Within the scope, the traditional systems are best in performance and management. The following figure shows a traditional system on a high-level overview:

Traditional systems with BIA

The steps for typical traditional systems are as follows:

  1. Data resides in a database

  2. ETL (Extract Transform Load) processes

  3. Data moved into a data warehouse

  4. Business Intelligence Applications can have some BI reporting

  5. Data can be used by Data Analysis Application as well

When the data grows, traditional systems fail to process, or even store, the data; and even if they do, it comes at a very high cost and effort because of the limitations in the architecture, issue with scalability and resource constraints, incapability or difficulty to scale horizontally.

Database trend

Database technologies have evolved over a period of time. We have RDBMS (relational database), EDW (Enterprise...

The Hadoop use cases


Hadoop can help in solving the big data problems that we discussed in Chapter 1, Introduction to Big Data and Hadoop. Based on Data Velocity (Batch and Real time) and Data Variety (Structured, Semi-structured and Unstructured), we have different sets of use cases across different domains and industries. All these use cases are big data use cases and Hadoop can effectively help in solving them. Some use cases are depicted in the following figure:

Potential use case for Big Data Analytics

Hadoop's basic data flow


A basic data flow of the Hadoop system can be divided into four phases:

  1. Capture Big Data : The sources can be extensive lists that are structured, semi-structured, and unstructured, some streaming, real-time data sources, sensors, devices, machine-captured data, and many other sources. For data capturing and storage, we have different data integrators such as, Flume, Sqoop, Storm, and so on in the Hadoop ecosystem, depending on the type of data.

  2. Process and Structure: We will be cleansing, filtering, and transforming the data by using a MapReduce-based framework or some other frameworks which can perform distributed programming in the Hadoop ecosystem. The frameworks available currently are MapReduce, Hive, Pig, Spark and so on.

  3. Distribute Results: The processed data can be used by the BI and analytics system or the big data analytics system for performing analysis or visualization.

  4. Feedback and Retain: The data analyzed can be fed back to Hadoop and used for improvements...

Hadoop integration


Hadoop architecture is designed to be easily integrated with other systems. Integration is very important because although we can process the data efficiently in Hadoop, but we should also be able to send that result to another system to move the data to another level. Data has to be integrated with other systems to achieve interoperability and flexibility.

The following figure depicts the Hadoop system integrated with different systems and with some implemented tools for reference:

Hadoop Integration with other systems

Systems that are usually integrated with Hadoop are:

  • Data Integration tools such as, Sqoop, Flume, and others

  • NoSQL tools such as, Cassandra, MongoDB, Couchbase, and others

  • ETL tools such as, Pentaho, Informatica, Talend, and others

  • Visualization tools such as, Tableau, Sas, R, and others

The Hadoop ecosystem


The Hadoop ecosystem comprises of a lot of sub-projects and we can configure these projects as we need in a Hadoop cluster. As Hadoop is an open source software and has become popular, we see a lot of contributions and improvements supporting Hadoop by different organizations. All the utilities are absolutely useful and help in managing the Hadoop system efficiently. For simplicity, we will understand different tools by categorizing them.

The following figure depicts the layer, and the tools and utilities within that layer, in the Hadoop ecosystem:

Hadoop ecosystem

Distributed filesystem


In Hadoop, we know that data is stored in a distributed computing environment, so the files are scattered across the cluster. We should have an efficient filesystem to manage the files in Hadoop. The filesystem used in Hadoop is HDFS, elaborated as Hadoop Distributed File System.

HDFS

HDFS is extremely scalable and fault tolerant. It is designed to efficiently process parallel processing in a distributed environment in even commodity hardware. HDFS has daemon processes in Hadoop, which manage the data. The processes are NameNode, DataNode, BackupNode, and Checkpoint NameNode.

We will discuss HDFS elaborately in the next chapter.

Distributed programming


To leverage the power of a distributed storage filesystem, Hadoop performs distributed programming which can do massive parallel programming. Distributed programming is the heart of any big data system, so it is extremely critical. The following are the different frameworks that can be used for distributed programming:

  • MapReduce

  • Hive

  • Pig

  • Spark

The basic layer in Hadoop for distributed programming is MapReduce. Let's introduce MapReduce:

  • Hadoop MapReduce: MapReduce is the heart of the Hadoop system distributed programming. MapReduce is a framework model designed as parallel processing on a distributed environment. Hadoop MapReduce was inspired by Google MapReduce whitepaper. Hadoop MapReduce is scalable and massively parallel processing framework, which can work on huge data and is designed to run, even in commodity hardware. Before Hadoop 2.x, MapReduce was the only processing framework that could be performed, and then some utility extended and created a wrapper to program...

NoSQL databases


We have already discussed about NoSQL as one of the emerging and adopted systems. Within Hadoop ecosystem, we have a NoSQL database called HBase. HBase is one of the key component that provides a very flexible design and high volume simultaneous reads and write in low latency hence it is widely adopted.

Apache HBase

HBase is inspired from Google's Big Table. HBase is a sorted map, which is sparse, consistent, distributed, and multidimensional. HBase is a NoSQL, column oriented database and a key/value store, which works on top of HDFS. HBase provides faster lookup and also high volume inserts/updates of a random access request on a high scale. The HBase schema is very flexible and actually variable, where the columns can be added or removed at runtime. HBase supports low-latency and strongly consistent read and write operations. It is suitable for high-speed counter aggregation.

Many organizations or companies use HBase, such as Yahoo, Adobe, Facebook, Twitter, Stumbleupon,...

Data ingestion


Data management in big data is an important and critical aspect. We have to import and export large scale data to do processing, which becomes unmanageable in the production environment. In Hadoop, we deal with different set of sources such as batch, streaming, real time, and also sources that are complex in data formats, as some are semi-structured and unstructured too. Managing such data is very difficult, therefore we have some tools for data management such as Flume, Sqoop, and Storm, which are mentioned as follows:

  • Apache Flume: Apache Flume is a widely used tool for efficiently collecting, aggregating, and moving large amounts of log data from many different sources to a centralized data store. Flume is a distributed, reliable, and available system. It performs well if a source is streaming, for example, log files.

  • Apache Sqoop: Sqoop can be used to manage data between Hadoop and relational databases, enterprise data warehouses, and NoSQL systems. Sqoop has different...

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Key benefits

  • Get to grips with the most powerful tools in the Hadoop ecosystem, including Storm and Spark
  • Learn everything you need to take control of Big Data
  • A fast-paced journey through the key features of Hadoop

Description

This book jumps into the world of Hadoop and its tools, to help you learn how to use them effectively to optimize and improve the way you handle Big Data. Starting with the fundamentals Hadoop YARN, MapReduce, HDFS, and other vital elements in the Hadoop ecosystem, you will soon learn many exciting topics such as MapReduce patterns, data management, and real-time data analysis using Hadoop. You will also explore a number of the leading data processing tools including Hive and Pig, and learn how to use Sqoop and Flume, two of the most powerful technologies used for data ingestion. With further guidance on data streaming and real-time analytics with Storm and Spark, Hadoop Essentials is a reliable and relevant resource for anyone who understands the difficulties - and opportunities - presented by Big Data today. With this guide, you'll develop your confidence with Hadoop, and be able to use the knowledge and skills you learn to successfully harness its unparalleled capabilities.

Who is this book for?

If you are a system or application developer interested in learning how to solve practical problems using the Hadoop framework, then this book is ideal for you. This book is also meant for Hadoop professionals who want to find solutions to the different challenges you come across in your projects. It assumes a familiarity with distributed storage and distributed applications.

What you will learn

  • Get to grips with the fundamentals of Hadoop, and tools such as HDFS, MapReduce, and YARN
  • Learn how to use Hadoop for realworld Big Data projects
  • Improve the performance of your Big Data architecture
  • Find out how to get the most from data processing tools such as Hive and Pig
  • Learn how to unlock realtime Big Data analytics with Apache Spark
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Table of Contents

8 Chapters
1. Introduction to Big Data and Hadoop Chevron down icon Chevron up icon
2. Hadoop Ecosystem Chevron down icon Chevron up icon
3. Pillars of Hadoop – HDFS, MapReduce, and YARN Chevron down icon Chevron up icon
4. Data Access Components – Hive and Pig Chevron down icon Chevron up icon
5. Storage Component – HBase Chevron down icon Chevron up icon
6. Data Ingestion in Hadoop – Sqoop and Flume Chevron down icon Chevron up icon
7. Streaming and Real-time Analysis – Storm and Spark Chevron down icon Chevron up icon
Index Chevron down icon Chevron up icon

Customer reviews

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Rating distribution
Full star icon Full star icon Full star icon Half star icon Empty star icon 3.5
(6 Ratings)
5 star 16.7%
4 star 50%
3 star 16.7%
2 star 0%
1 star 16.7%
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Amazon Customer Jan 13, 2017
Full star icon Full star icon Full star icon Full star icon Full star icon 5
This book covers a good number of Hadoop tools and api. A well-composed compilation of the important need to know knowledge in Big Data.
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David Jun 08, 2015
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Excellent book to introduce Hadoop. I known the name for years without ever finding time to look deeper at it. The book introduces the major concepts behind and the modules available with, whenever available, alternatives. It's clearly a must read for people new to the concept of big data manipulation with framework like Hadoop. Each pieces from distributed filesystem to data parsing is covered by the book.
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Francesco Corti Jun 17, 2015
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I think this is a nice book for developers and software architect with no relevant experience in big data and Apache Hadoop. Big data is definitely an IT buzzword but this book tries to make order in the today’s scenario, with an practical an interesting look at the Apache Hadoop implementation. I enjoyed reading this book and I think I will fix in my mind some of the initial descriptions of the introductory part that I find very rational and clear. Nice job, Shiva.
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PJG May 21, 2015
Full star icon Full star icon Full star icon Full star icon Empty star icon 4
This is a very detailed introductory guide to Hadoop. The key question is: how does it rate against the millions of other Hadoop books in existence?At 194 pages, this is a slim volume when compared to "Hadoop: The Definitive Guide", but in terms of content it's suprisingly packed. Chapter 3, which covers HDFS, MapReduce, and YARN, is a good case in point: there's quite a lot of depth here, but the number of diagrams really helps clarify what is a fairly whistle-stop tour through fundamental Hadoop building blocks. Later chapters give a detailed overview of Hbase, Sqoop and Flume and these are useful. Spark and Storm are covered, with a brief note on Lambda architectures.Overall, this is quite a nice reference, although the small page count does reflect a rather terse style and I don't think it would be a particularly easy book to learn from for a newcomer to Hadoop. However, sometimes it's useful to have a rapid overview with just the distilled, essential facts and the book certainly achieves that.
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Ian Stirk Jun 10, 2015
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Hi,I have written a detailed chapter-by-chapter review of this book on www DOT i-programmer DOT info, the first and last parts of this review are given here. For my review of all chapters, search i-programmer DOT info for STIRK together with the book's title.This book aims to give you an understanding of Hadoop and some of its major components, explaining how and when to use them, and providing scenarios where they should be used.It is aimed at application and system developers that want to solve practical problems using the Hadoop framework. It is also intended for Hadoop professionals who want to find solutions to the different challenges they come across in their Hadoop projects.A prerequisite is a good understanding of Java programming, additionally, a basic understanding of distributed computing would be helpful.Below is a chapter-by-chapter exploration of the topics covered.Chapter 1 Introduction to Big Data and HadoopThe chapter opens with the emergence of big data systems as a response to the limitations of relational databases (RDBMS), which were unable to process big data in a timely and cost-effective manner.The next section looks at explaining the need for big data systems with reference to the 3 Vs of big data:*Volume (1.8 zettabytes of data created in 2011, 35 zettabytes expected by 2020)*Velocity (data arriving quickly)*Variety (structured and semi-structured data e.g. emails)The chapter continues with a look at the sources of big data, including: monitoring sensors, social media posts, videos/photos, logs etc. Some big data use case patterns are briefly described.Next, Hadoop is examined, being the most popular big data platform. Hadoop is open source, and offers large-scale massively parallel distributed processing. Hadoop has 2 major components: HDFS (Hadoop Distributed File System) - Hadoop’s storage system, and MapReduce – Hadoop’s batch processing model. The section continues with a look at Hadoop’s history, advantages, uses, and related components.The remainder of the chapter provides an overview of the other chapters of the book, namely:*Pillars of Hadoop (HDFS, MapReduce, YARN)*Data access components (Hive, Pig)*Data storage component (HBase)*Data ingestion in Hadoop (Sqoop, Flume)*Streaming and real-time analysis (Storm, Spark)This chapter provides a useful understanding of how big data processing arose, and how Hadoop fulfils this need. There’s a useful overview of the four main types of NoSQL database. There’s a helpful overview of Hadoop, its history, advantages, uses, and associated components. There are plenty of helpful diagrams to aid understanding (as there are in the rest of the book), and a useful introduction to what’s coming in the rest of the book.Sometimes, the English grammar is substandard; this occurs in various sections of the book. Some subsections seem disjointed (okay within themselves, but not part of a wider coherent section) – again this occurs in other parts of the book. There’s a small error relating to the amount of total data created in 2009, the value given is 800GB, the correct value is 800 exabytes or 0.8 zettabytes. All these problems should have been caught by the reviewers/editors....ConclusionThis book aims to give you an understanding of Hadoop and some of its major components, and largely succeeds. For a short book, it covers a wide area. I think only a little understanding of Java (or a comparable language) is needed to read this book. The extensive use of diagrams is helpful.The book should prove useful to developers wanting to know more about Hadoop and its major associated technologies. The book provides a helpful overview of Hadoop, HDFS, MapReduce, YARN, Hive, Pig, HBase, Sqoop, Flume, Storm and Spark. While not comprehensive (e.g. Impala and Hue are not discussed), it does cover many of the popular components.The English grammar in some sections is substandard, making the book awkward to read. An editor with a good understanding of English would improve the book’s readability. Some sentences are illogical e.g. “Hadoop is primarily designed for batch processing and for Lambda Architecture systems.” – But, Lambda Architecture includes batch and stream processing! Additionally, some sections seem muddled – probably amplified by the bad grammar and illogical thought.Overall, if you can bypass the problems, this is a useful book, wide in scope and quite detailed for a short book.
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Premium: Trackable Delivery to most addresses in the US within 3-8 business days

UK:

Economy: Delivery to most addresses in the U.K. within 7-9 business days.
Shipments are not trackable

Premium: Trackable delivery to most addresses in the U.K. within 3-4 business days!
Add one extra business day for deliveries to Northern Ireland and Scottish Highlands and islands

EU:

Premium: Trackable delivery to most EU destinations within 4-9 business days.

Australia:

Economy: Can deliver to P. O. Boxes and private residences.
Trackable service with delivery to addresses in Australia only.
Delivery time ranges from 7-9 business days for VIC and 8-10 business days for Interstate metro
Delivery time is up to 15 business days for remote areas of WA, NT & QLD.

Premium: Delivery to addresses in Australia only
Trackable delivery to most P. O. Boxes and private residences in Australia within 4-5 days based on the distance to a destination following dispatch.

India:

Premium: Delivery to most Indian addresses within 5-6 business days

Rest of the World:

Premium: Countries in the American continent: Trackable delivery to most countries within 4-7 business days

Asia:

Premium: Delivery to most Asian addresses within 5-9 business days

Disclaimer:
All orders received before 5 PM U.K time would start printing from the next business day. So the estimated delivery times start from the next day as well. Orders received after 5 PM U.K time (in our internal systems) on a business day or anytime on the weekend will begin printing the second to next business day. For example, an order placed at 11 AM today will begin printing tomorrow, whereas an order placed at 9 PM tonight will begin printing the day after tomorrow.


Unfortunately, due to several restrictions, we are unable to ship to the following countries:

  1. Afghanistan
  2. American Samoa
  3. Belarus
  4. Brunei Darussalam
  5. Central African Republic
  6. The Democratic Republic of Congo
  7. Eritrea
  8. Guinea-bissau
  9. Iran
  10. Lebanon
  11. Libiya Arab Jamahriya
  12. Somalia
  13. Sudan
  14. Russian Federation
  15. Syrian Arab Republic
  16. Ukraine
  17. Venezuela