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Khamisi Kibet

Khamisi Kibet

Software Developer

I am a computer scientist, software developer, and YouTuber, as well as the developer of this website, spinncode.com. I create content to help others learn and grow in the field of software development.

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    infor@spinncode.com
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7 Months ago | 56 views

**Course Title:** SQLite Mastery: Lightweight Database Management **Section Title:** Final Project Preparation and Review **Topic:** Overview of final project requirements Welcome to the final project preparation and review section of the SQLite Mastery course. Over the past modules, you've gained comprehensive knowledge of SQLite database management, from the fundamentals to advanced topics such as indexing, transactions, and Triggers. In this topic, we'll outline the requirements for the final project, which will allow you to apply your skills to a real-world scenario. **Final Project Objective:** The final project requires you to design and implement a SQLite database for a provided use case. The objective is to demonstrate your ability to apply the concepts learned throughout the course to a practical problem. **Project Requirements:** 1. **Database Design:** Design a SQLite database schema for a fictional online store with the following requirements: * Product information: product name, description, price, and category * Order information: order date, order total, and customer information (name, email, and address) * Order item information: product ID, order ID, quantity, and price 2. **Data Population:** Populate the database with sample data for at least 10 products, 5 customers, and 5 orders. 3. **Querying Data:** Write efficient SQL queries to retrieve the following information: * The total number of products in each category * The top 5 highest-priced products * The customer with the highest total order value * The total revenue generated from orders in a specific date range 4. **Data Integrity:** Implement data integrity constraints to ensure that: * A product can't be deleted if it's associated with an order * A customer can't be deleted if they have an order 5. **Indexing and Optimization:** Create indexes on columns that will improve the performance of the queries 6. **Transaction Management:** Implement transactions to ensure data consistency when updating or deleting data **Project Evaluation Criteria:** Your project will be evaluated based on the following criteria: * Database design and schema * Data population and integrity * Query performance and optimization * Transaction management and data consistency * Code readability and organization **Submission Guidelines:** Once you've completed the project, please submit your SQLite database file along with a brief report detailing the design decisions and implementation details. **Resources:** To help you with the project, you can refer to the following resources: * SQLite official documentation: [https://www.sqlite.org/docs.html](https://www.sqlite.org/docs.html) * SQLite tutorial by Tutorials Point: [https://www.tutorialspoint.com/sqlite/index.htm](https://www.tutorialspoint.com/sqlite/index.htm) **Comments and Questions:** If you have any questions or need help with the project, please leave a comment below. I'll be happy to assist you. By the end of this project, you'll have a comprehensive understanding of SQLite database management and be able to apply your skills to real-world scenarios. Good luck, and I look forward to reviewing your projects! **What's Next?** In the next topic, we'll review key concepts covered throughout the course to ensure you're well-prepared for the final project.
Course
SQLite
Database
Queries
Optimization
Security

Final Project Requirements for SQLite Mastery

**Course Title:** SQLite Mastery: Lightweight Database Management **Section Title:** Final Project Preparation and Review **Topic:** Overview of final project requirements Welcome to the final project preparation and review section of the SQLite Mastery course. Over the past modules, you've gained comprehensive knowledge of SQLite database management, from the fundamentals to advanced topics such as indexing, transactions, and Triggers. In this topic, we'll outline the requirements for the final project, which will allow you to apply your skills to a real-world scenario. **Final Project Objective:** The final project requires you to design and implement a SQLite database for a provided use case. The objective is to demonstrate your ability to apply the concepts learned throughout the course to a practical problem. **Project Requirements:** 1. **Database Design:** Design a SQLite database schema for a fictional online store with the following requirements: * Product information: product name, description, price, and category * Order information: order date, order total, and customer information (name, email, and address) * Order item information: product ID, order ID, quantity, and price 2. **Data Population:** Populate the database with sample data for at least 10 products, 5 customers, and 5 orders. 3. **Querying Data:** Write efficient SQL queries to retrieve the following information: * The total number of products in each category * The top 5 highest-priced products * The customer with the highest total order value * The total revenue generated from orders in a specific date range 4. **Data Integrity:** Implement data integrity constraints to ensure that: * A product can't be deleted if it's associated with an order * A customer can't be deleted if they have an order 5. **Indexing and Optimization:** Create indexes on columns that will improve the performance of the queries 6. **Transaction Management:** Implement transactions to ensure data consistency when updating or deleting data **Project Evaluation Criteria:** Your project will be evaluated based on the following criteria: * Database design and schema * Data population and integrity * Query performance and optimization * Transaction management and data consistency * Code readability and organization **Submission Guidelines:** Once you've completed the project, please submit your SQLite database file along with a brief report detailing the design decisions and implementation details. **Resources:** To help you with the project, you can refer to the following resources: * SQLite official documentation: [https://www.sqlite.org/docs.html](https://www.sqlite.org/docs.html) * SQLite tutorial by Tutorials Point: [https://www.tutorialspoint.com/sqlite/index.htm](https://www.tutorialspoint.com/sqlite/index.htm) **Comments and Questions:** If you have any questions or need help with the project, please leave a comment below. I'll be happy to assist you. By the end of this project, you'll have a comprehensive understanding of SQLite database management and be able to apply your skills to real-world scenarios. Good luck, and I look forward to reviewing your projects! **What's Next?** In the next topic, we'll review key concepts covered throughout the course to ensure you're well-prepared for the final project.

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SQLite Mastery: Lightweight Database Management

Course

Objectives

  • Understand the core concepts of relational databases and SQLite's role as a lightweight solution.
  • Learn to write efficient queries and manage databases with SQLite.
  • Master advanced SQLite features such as joins, subqueries, and indexing.
  • Develop skills in database design and optimization using SQLite.
  • Learn best practices for managing and securing SQLite databases.

Introduction to SQLite and Relational Databases

  • What is SQLite and why use it?
  • Understanding the structure of relational databases.
  • Setting up the SQLite development environment.
  • Introduction to basic SQL commands in SQLite: SELECT, FROM, WHERE.
  • Lab: Install SQLite and write basic queries to retrieve data from a sample database.

Creating and Managing SQLite Databases

  • Creating and managing SQLite databases and tables.
  • Understanding data types in SQLite.
  • Using CREATE TABLE, ALTER TABLE, and DROP TABLE.
  • Best practices for defining primary keys and foreign keys in SQLite.
  • Lab: Create a database and tables, and insert initial data using SQLite.

Basic Data Retrieval and Filtering

  • Using SELECT statements for querying data.
  • Filtering data with WHERE, AND, OR, and NOT.
  • Sorting data with ORDER BY.
  • Limiting results with LIMIT and OFFSET.
  • Lab: Write queries to filter, sort, and limit data in an SQLite database.

Aggregate Functions and Grouping Data

  • Using aggregate functions in SQLite: COUNT, SUM, AVG, MIN, MAX.
  • Grouping data with GROUP BY.
  • Filtering grouped data using HAVING.
  • Advanced data aggregation techniques.
  • Lab: Write queries to aggregate and group data for reporting purposes.

Working with Multiple Tables: Joins and Relationships

  • Understanding table relationships and foreign keys.
  • Introduction to JOIN operations: INNER JOIN, LEFT JOIN, RIGHT JOIN.
  • Combining data from multiple tables with UNION and UNION ALL.
  • Choosing the right type of join for different use cases.
  • Lab: Write queries using different types of joins to retrieve related data from multiple tables.

Inserting, Updating, and Deleting Data

  • Inserting new data into tables (INSERT INTO).
  • Updating existing records (UPDATE).
  • Deleting records from a table (DELETE).
  • Handling conflicts and using the REPLACE command.
  • Lab: Perform data manipulation tasks using INSERT, UPDATE, and DELETE.

Subqueries and Advanced Data Retrieval

  • Understanding subqueries and their use cases.
  • Writing scalar and table subqueries.
  • Correlated subqueries and performance considerations.
  • Using subqueries with SELECT, INSERT, UPDATE, and DELETE.
  • Lab: Write queries with subqueries for advanced data retrieval.

SQLite Database Design and Normalization

  • Introduction to good database design principles.
  • Understanding normalization and normal forms (1NF, 2NF, 3NF).
  • Handling denormalization in SQLite for performance optimization.
  • Designing a well-structured and efficient SQLite database schema.
  • Lab: Design and normalize a database schema for a real-world use case.

Transactions and Data Integrity

  • Understanding transactions and SQLite's ACID properties.
  • Using BEGIN TRANSACTION, COMMIT, and ROLLBACK.
  • Managing data consistency with transactions.
  • Error handling and ensuring data integrity with constraints.
  • Lab: Write queries to implement transactions and manage data consistency in a multi-step process.

Indexing and Performance Optimization

  • Introduction to indexing and its impact on performance.
  • Creating and managing indexes in SQLite.
  • Using the EXPLAIN command to analyze query execution.
  • Best practices for optimizing SQLite queries and database structure.
  • Lab: Analyze the performance of queries and apply indexing techniques for optimization.

Views, Triggers, and Advanced Features

  • Creating and managing views in SQLite.
  • Introduction to triggers and their use cases.
  • Using triggers to automate actions on data changes.
  • Advanced SQLite features such as virtual tables and FTS (Full-Text Search).
  • Lab: Write SQL scripts to create views and triggers in an SQLite database.

Final Project Preparation and Review

  • Overview of final project requirements.
  • Review of key concepts covered throughout the course.
  • Best practices for designing, querying, and managing SQLite databases.
  • Q&A and troubleshooting session for the final project.
  • Lab: Plan and start developing your final project.

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