MYSQL

About MYSQL

MySQL is an open-source relational database management system (RDBMS) that is based on the SQL (Structured Query Language) language. It is used to manage and organize data in a structured way, and is a popular choice for web-based applications due to its speed, reliability, and ease of use. MySQL is used by many of the world's most popular websites and applications, including Facebook, Twitter, and YouTube.

MySQL is used to create and manage databases, tables, and data within those tables. It allows you to insert, update, and retrieve data from a database using SQL statements. MySQL also includes a variety of tools for managing and maintaining the database, such as the MySQL Workbench, which is a graphical user interface for managing MySQL databases.

MySQL is known for its fast performance and ability to handle large amounts of data. It supports various types of data, such as numbers, strings, and dates, and includes functions for manipulating and analyzing this data. MySQL also supports various storage engines, which allow you to choose the type of storage that best suits your needs.

MySQL is also known for its scalability, it can handle large number of concurrent connections and can scale horizontally by distributing data across multiple servers. It also supports replication and partitioning, which allows you to distribute the data across multiple servers and improve performance and availability.

MySQL is also highly secure, it includes a variety of security features such as password encryption, role-based access control, and firewalls to protect against unauthorized access.

MySQL is supported on various platforms, including Windows, Linux, and macOS, and can be integrated with other software and programming languages such as PHP, Java, and Python. This makes it an ideal choice for building web-based applications.

In summary, MySQL is an open-source relational database management system (RDBMS) based on the SQL language. It is widely used for web-based applications due to its speed, reliability, and ease of use. MySQL allows you to create and manage databases, tables, and data within those tables, it's known for its scalability, performance, and security features. It is supported on various platforms, and can be integrated with other software and programming languages.

Key Features of MySql

Some Key Features of MySQL Include:

1. 1. Open-source:  MySQL is an open-source database management system, which means that it is free to download and use.


2. 2. SQL Support:  MySQL is based on the SQL language, which is a standard language for managing and manipulating relational databases.


3. 3. High Performance:  MySQL is known for its fast performance and ability to handle large amounts of data. It supports various storage engines, which allow you to choose the type of storage that best suits your needs.


4. 4. Scalability:  MySQL supports replication and partitioning, which allows you to distribute the data across multiple servers and improve performance and availability. It can handle large number of concurrent connections and can scale horizontally.


5. 5. Data Types:  MySQL supports various types of data, such as numbers, strings, and dates, and includes functions for manipulating and analyzing this data.


6. 6. Cross-Platform Support:  MySQL is supported on various platforms, including Windows, Linux, and macOS, which makes it a versatile choice for building web-based applications.


7. 7. Security:  MySQL includes a variety of security features such as password encryption, role-based access control, and firewalls to protect against unauthorized access.


8. 8. Graphical User Interface:  MySQL includes a variety of tools for managing and maintaining the database, such as the MySQL Workbench, which is a graphical user interface for managing MySQL databases.


9. 9. ACID Compliant:  MySQL is ACID compliant, which means that it guarantees the Atomicity, Consistency, Isolation, and Durability of transactions.


10. 10. Plug-ins and Stored Procedures:  MySQL supports a variety of plug-ins and stored procedures, which allow you to extend the functionality of the database and automate repetitive tasks.


11. 11. Support and Community:  MySQL has a large and active community, which provides support and resources for users.

Overall, MySQL is a powerful and feature-rich database management system that is well suited for web-based applications due to its speed, reliability, and ease of use. With its scalability, performance, security, cross-platform support, and a variety of tools for managing and maintaining the database, it is a versatile choice for a wide range of projects.

Applications of MySQL

MySQL is a widely used and versatile database management system that is well-suited for a wide range of applications. Some examples of applications that use MySQL include:

1. 1. Web Applications:  MySQL is a popular choice for web-based applications due to its speed, reliability, and ease of use. It is used by many popular websites and applications, including Facebook, Twitter, and YouTube.


2. 2. Content Management Systems:  MySQL is often used as the back-end database for content management systems such as WordPress, Joomla, and Drupal.


3. 3. E-commerce:  MySQL is used in e-commerce applications to manage and retrieve customer, inventory, and sales data.


4. 4. Online Advertising:  MySQL is used in online advertising to analyze and segment customer data and target ads to specific groups.


5. 5. Finance:  MySQL is used in finance to manage and analyze financial data such as stock prices and transactions.


6. 6. Healthcare:  MySQL is used in healthcare to manage and analyze patient data and medical records.


7. 7. Gaming:  MySQL is used in gaming to manage and analyze player data, statistics and generate targeted advertising.


8. 8. Logistics and Supply Chain:  MySQL is used to manage and analyze logistics and supply chain data such as inventory and shipping information.


9. 9. Mobile and Web Applications:  MySQL is used to manage and retrieve data for mobile and web applications, such as user accounts, preferences and activity.


10. 10. Business Intelligence:  MySQL is often used as the back-end database for business intelligence systems to store and organize large amounts of data for reporting and analysis.

Overall, MySQL is a powerful and versatile database management system that is well-suited for a wide range of applications. Its scalability, performance, security, and cross-platform support make it a popular choice for web-based applications, content management systems, e-commerce, online advertising, finance, healthcare, gaming, logistics, supply chain and business intelligence.

Career Opportunity After MySQL

There are many career opportunities available for those with knowledge and experience in MySQL, as it is a widely-used database management system. Some options include:

1. 1. Database administrator:  Manage and maintain MySQL databases, ensure data integrity, and optimize performance.


2. 2. Data analyst or scientist: Use MySQL to store and manipulate large datasets for analysis and reporting.


3. 3. Web developer: Use MySQL as the back-end database for web-based applications and websites.


4. 4. Systems administrator: Use MySQL as part of a larger system infrastructure to support business operations.


5. 5. Business intelligence developer: Use MySQL to store and retrieve data for use in business intelligence and reporting tools.


6. 6. DevOps Engineer: Use MySQL as part of the infrastructure to build, deploy and maintain applications.

Overall, having a strong understanding of SQL can open doors to a wide range of career opportunities in various fields such as business, finance, healthcare, technology, and more.

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Course Syllabus

• Syllabus
• Duration
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• •   INTRODUCTION TO MYSQL
  • WHAT IS A DATABASE AND WHY DO WE NEED SQL?
  • TOP 5 PROBLEMS IN EXCEL AND WHY USING SQL SOLVES THIS PROBLEM
  • SHOULD WE IMPORT FROM EXCEL AND WHY? HOW IT IS DONE?
  • CREATE A LINK TO EXCEL SPREADSHEET WITH MYSQL?
• •   HOW TO CREATE TABLES
  • SQL DATA TYPES
  • PRIMARY KEYS
  • NULL VALUES AND NOT NULL VALUES
  • AUTO INCREMENT
• •   HOW TO CREATE A BASIC QUERY
  • USE THE WHERE CLAUSE
  • CONDITIONAL STATEMENTS
  • MULTIPLE CONDITIONS
  • COMPARISON OPERATORS
  • LOGIC VALUES
  • NULL VALUES
  • PATTERNS ALSO KNOWN AS WILDCARD CHARACTERS
  • COMPARE COLUMN VALUES
• •   ADVANCED QUERIES
  • DISTINCT VALUES
  • TOP VALUES
  • DATE FUNCTIONS
  • DATE CALCULATIONS
  • AGGREGATE FUNCTIONS
  • STRING FUNCTIONS
  • SORT DATA
  • RANK DATA
  • SAVE A QUERY
  • EXECUTE A QUERY
  • MODIFY A SAVED QUERY
• •   DATA WRANGLING
  • GROUP DATA FILTERING GROUPED DATA
  • SUMMARIZE GROUP DATA
  • PIVOT AND UNPIVOT OPERATORS
• •   JOINS
  • INNER JOIN
  • LEFT JOIN
  • FULL OUTER JOIN
  • SELF-JOIN
  • UNIONS
  • EXCEPT AND INTERSECT
• •   TABLES & QUERIES
  • IMPORTING AND EXPORTING DATA
  • UPDATE DATA
• •   QUERIES
  • DISTINCT VALUES
  • TOP VALUES
  • SUBQUERIES WITH “IN”
  • INLINE VIEWS
• •   VIEWS
  • CREATE A SIMPLE VIEW
  • WITH CHECK OPTION
• •   LOCKS AND TRANSACTIONS
  • EXCLUSIVE TABLE LOCKS
  • SHARED TABLE LOCKS
  • USING VARIABLES
  • SETTING VARIABLES WITH SELECTS
  • SELECT/UPDATE EXAMPLE
  • SIMPLE TRANSACTIONS
• •   MYSQL FUNCTIONS
  • STRING TO DATE AND DATE FORMAT
  • CONTROL FLOW FUNCTIONS
  • CASTING FUNCTIONS
• •   STORED PROCEDURES
  • INTRODUCTION TO STORED PROCEDURES
  • CHANGING THE DELIMITER
  • EDITING A STORED PROCEDURE
  • VARIABLE SCOPE
  • A DATA GENERATING PROCEDURE
• •   TRIGGERS
  • INTRODUCTION TO TRIGGERS
  • VALIDATING TRIGGERS
  • TRIGGERS AND TRANSACTIONS
• •   USER DEFINED FUNCTIONS
  • FUNCTIONS VS PROCEDURES
  • USER-DEFINED FUNCTIONS

TYPE	DURATION	HOURS	TRAINING MODE
Regular Track	45-60 Days	2 Hours a Day	Live Classroom
Weekend Track	8 Weekends	3 Hours a Day	Live Classroom
Fast Track	7 Days	6+ Hours a Day	Live Classroom

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