In your seeking to Learn Mobile Application Programming using an Android native Language like Java, These PPTs will be helpful and amazing for You. This is the Tenth Lecture with The title of Android SQLite database.
SQLite is available on every Android device. Using an SQLite database in Android does not require any database setup or administration. You only have to define the SQL statements for creating and updating the database. Afterwards the database is automatically managed for you by the Android platform. In this chapter we will discuss about developing application with SQLite.
- There are four main ways to persist data in Android: shared preferences, file systems, external storage, and SQLite databases.
- SQLite is the default database used in Android. It is a lightweight relational database embedded within Android applications.
- The SQLiteOpenHelper class manages database creation, version management, and handles opening connections to the database. It requires a database name to create the database.
- The SQLiteDatabase class contains methods for executing SQL statements like insert, update, delete, and query to perform CRUD operations on the database.
- There are four main ways to persist data in Android: shared preferences, file systems, external storage, and SQLite databases.
- SQLite is the default database used in Android. It is a lightweight relational database embedded within Android applications.
- The SQLiteOpenHelper class manages database creation, version management, and handles opening connections to the database. It requires a database name to create the database.
- The SQLiteDatabase class contains methods for executing SQL statements like create, insert, update, delete, and query. It is used to perform operations on the SQLite database like inserting, updating, deleting, and retrieving data.
This document discusses using SQLite databases in Android applications. SQLite is an embedded SQL database that does not require a separate server. It is included in the Android SDK and can be used to create and query database files. The document explains how to open a database, create tables, insert/update/delete rows using SQL queries, and retrieve data using cursors. Raw queries and simple queries can be used to perform retrieval queries on a single table. Transactions are used to commit or roll back changes to the database.
SQLite is a lightweight database that can be used to persist data between sessions of an Android app. The SQLiteOpenHelper class manages database creation and upgrading, and provides methods like onCreate() and onUpgrade() to define how the database schema is set up. Queries can be performed on the database using the query() method of the SQLiteDatabase class to retrieve data as a Cursor object.
Chapter 3.pptx Oracle SQL or local Android database setup SQL, SQL-Lite, codi...TAISEEREISA
SQLite is an embedded SQL database that is included within Android applications. It allows creating, querying, and modifying a database without a separate server process. Developers can open and query a SQLite database using methods like openDatabase(), rawQuery(), execSQL(), and insert()/update()/delete(). This allows storing and retrieving application data, even when the device is offline.
09.1. Android - Local Database (Sqlite)Oum Saokosal
This document provides information about SQLite databases in Android applications. It discusses how SQLite is integrated into the Android runtime, demonstrates basic SQL statements for creating tables, inserting, updating, deleting and selecting records, and shows code examples for executing SQL statements and retrieving data using a Cursor object in an Android app. It also explains how to view the database files on an Android emulator.
SQLite is a C-language library that implements a small, fast, self-contained, high-reliability, full-featured, SQL database engine. It is often used for local/client storage in applications. Key points:
- Created by D. Richard Hipp, it provides a lightweight disk-based database that doesn't require a separate server process and allows accessing the database using SQL queries.
- The entire database is stored in a single cross-platform file and can be as small as 0.5MB, making it suitable for embedded and mobile applications.
- It supports common data types like NULL, INTEGER, REAL, TEXT, and BLOB and is used in standalone apps, local
The document discusses different types of databases that can be used in Android applications, including internal SQLite and external content provider databases. It provides details on SQLite, describing it as an open-source SQL database that is embedded in Android apps, has a small memory footprint, and supports common data types. The document also outlines the SQLite architecture and includes code examples for using SQLiteOpenHelper to create, open, and manage an SQLite database.
This document provides an overview of Android application development training on accessing and manipulating data using SQLite databases on Android. It covers topics like what SQLite is, creating and connecting to databases, setting database properties, creating tables, inserting, updating, and deleting records from the databases using ContentValues and SQLiteDatabase methods. Code examples are provided for each topic.
Zybotech solutions, offers job oriented courses on mobile application development for freshers and professionals with placement assistance, interactive training sessions with live project exposure.
SQLLite and Java
SQLite is an embedded SQL database that is not a client/server system but is instead accessed via function calls from an application. It uses a single cross-platform database file. The android.database.sqlite package provides classes for managing SQLite databases in Android applications, including methods for creating, opening, inserting, updating, deleting, and querying the database. Queries return results as a Cursor object that can be used to access data.
The document discusses SQLite database usage in Android applications. It describes how SQLiteOpenHelper is used to manage database creation and versioning. The SQLiteDatabase class exposes methods for common database operations like insert, query, update, and delete. Queries return Cursor objects to access result sets. ContentValues are used to insert and update records. The document also provides an overview of using content providers to share data across applications.
The document discusses using SQLite database in Android applications. It explains that SQLite is a lightweight database that can be used to store and retrieve data in Android apps. It provides steps to create a database, add and retrieve records, and use the SQLiteOpenHelper class. Methods like onCreate(), onUpgrade(), and onOpen() are called at different stages of the database lifecycle. The document also discusses updating, deleting, and implementing the database in an example Android application.
Create an android app for database creation using.pptxvishal choudhary
1) This document describes how to create an Android app to perform CRUD (create, read, update, delete) operations on a SQLite database.
2) It involves creating a SQLiteOpenHelper subclass to manage the database, along with methods to insert, query, update and delete data from the database table.
3) The Android app includes layout elements like buttons and text fields, and Java code to handle button clicks and call the appropriate database methods. Validation is also added to ensure required fields are populated.
This document provides an overview of SQLite, including:
- SQLite is an embedded SQL database that is not a client-server system and stores the entire database in a single disk file.
- It supports ACID transactions for reliability and data integrity.
- SQLite is used widely in applications like web browsers, Adobe software, Android, and more due to its small size and not requiring a separate database server.
- The Android SDK includes classes for managing SQLite databases like SQLiteDatabase for executing queries, updates and deletes.
This document provides an overview and tutorial for using SQLite database tools in Android application development. It discusses the SQLiteOpenHelper and SQLiteDatabase classes, which are used to create, open, and manage an app's database. It then demonstrates how to create a database manager class that extends SQLiteOpenHelper to define the database structure, and includes methods like addRow(), deleteRow(), and updateRow() to interact with the database. The goal is to build reusable database functionality that can be included in most Android apps.
SQLite is an open source SQL database that is embedded into Android devices. It uses very little memory (approx. 250KB) and supports SQL syntax, transactions, and prepared statements. SQLite comes preinstalled on all Android devices and stores application databases in the DATA/data/APP_NAME/databases directory. The android.database and android.database.sqlite packages provide classes for opening databases like SQLiteDatabase and working with SQLite in Android like performing insert, update, delete, and query operations.
Session 8 connect your universal application with database .. builders & deve...Moatasim Magdy
This document provides an overview of using SQLite database with C# and Universal Windows Platform (UWP) applications. It discusses why to use a database, the basic SQL queries like CREATE, SELECT, INSERT, UPDATE, DELETE. It then demonstrates how to connect a UWP app to a SQLite database, create and open the database, define and add records to tables, query and update records. The steps include adding SQLite references, installing SQLite packages, checking for database existence, creating and opening connections, executing queries to select, insert, update and delete records from tables.
The document discusses how to use SQLite database in Android applications. It covers creating a SQLiteHelper class to manage the database, defining model classes, and performing CRUD operations like inserting, updating, deleting and selecting records. Layouts are created for displaying records and for data entry forms. The onCreate() and onUpgrade() methods of SQLiteHelper are used to create and manage the database and tables.
This document provides an overview of different data storage options in Android including shared preferences, internal storage, external storage, SQLite databases, and network connections. It also includes examples and workshops for using each data storage type with key points on shared preferences, internal and external storage paths, SQLiteOpenHelper, CRUD operations, and displaying data in a ListView.
This is the official tutorial from Oracle.httpdocs.oracle.comj.pdfjillisacebi75827
This is the official tutorial from Oracle.
http://docs.oracle.com/javase/tutorial/jdbc/
Here is a good tutorial for getting started with SQLite.
http://www.tutorialspoint.com/sqlite/sqlite_java.htm
Chapter 34 in the Liang text. He uses MySQL. Getting started with SQLite might be a little
easier, but he does a good job of defining the issues in not too many pages.
For this assignment you can use SQLite OR MySQL.
There are numerous videos in YouTube that demonstrate how to do this. Some are better than
others. When you find one that is helpful, post a link to it on the discussion board.
We have been working with the front-end (GUI), and the middle (creating and manipulating
collections of objects), and now we will add on the back end. The persistent storage of data in
your applications. This exercise is to get you comfortable with connecting to a DB, adding,
deleting, retrieving data. I encourage you to play with this one, do more than the minimum.
SQLite is a very small database. It is included by default in Android and iOS. It is surprisingly
powerful for such a small footprint. It can be frustrating to see what’s going on – what is in the
DB, did the query work correctly? MySQL is often called a community database. It belongs to
Oracle, but they allow anyone to use it for free. The recent versions of the MySQL workbench
that allows you to see what’s going on in your database are really very nice – starting to look like
the Access front end.
Create a connection to a relational database using SQLite or MySQL.
Create a single database table to hold information.
Let’s make a simple class called Person for this exercise.
Person
firstName (String)
lastName(String)
age (int)
ssn (long)
creditCard (long)
Note that once you have the DB created, you don’t want to do this again every time you run your
test program. The easiest way to deal with this – for this assignment, is to comment out the code
that creates the DB creation and the table creation while you experiment with the following.
(Aside: I choose ssn and credit card as fields here so that you might think about the persistent
storage of sensitive data. There are some pretty strict laws governing the storage of some data.
Please don’t use any actual social security numbers or credit card numbers in this exercise.)
Demonstrate the insertion of a record into the database Insert several records.
Write a method called insertPerson(Person person) that adds a person object to your database.
Create another object of type Person, and demonstrate calling your method, passing the object to
the method.
Demonstrate the retrieval of information from the database. Use SQL Select statements, to
retrieve a particular Person from the database.
Write a method called selectPerson that returns a Person object. This method retrieves the data
for a Person from the database. We also need to pass a parameter to identify what person. You
can use ‘name’ if you like, or if you find it easier to use the database generated .
Storing data is a basic and very common need in mobile apps. The Android application framework provides several storage options, one of which is SQLite databases.
In this tutorial you will see a simple Android database example. The example is based on the Android ListView Tutorial and the Android AsyncTask Tutorial, however these tutorials are not mandatory for the purpose of understanding the principles of proper Android database usage.
SQLite is a lightweight, relational database that is embedded into applications. It was designed to have a small memory footprint and not require administration. SQLite supports basic data types like text, integer, and real numbers. It uses a B-tree disk-based file format for storage. In Android, SQLite is commonly used through objects like SQLiteDatabase, SQLiteOpenHelper, and Cursor to create, open, and query databases. Common SQL commands like SELECT, INSERT, UPDATE, and DELETE can be executed to manage data in SQLite tables.
Generative AI refers to a subset of artificial intelligence that focuses on creating new content, such as images, text, music, and even videos, based on the data it has been trained on. Generative AI models learn patterns from large datasets and use these patterns to generate new content.
Microsoft Power BI is a business analytics service that allows users to visualize data and share insights across an organization, or embed them in apps or websites, offering a consolidated view of data from both on-premises and cloud sources
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Similar to Android SQLite database oriented application development (20)
SQLite is a C-language library that implements a small, fast, self-contained, high-reliability, full-featured, SQL database engine. It is often used for local/client storage in applications. Key points:
- Created by D. Richard Hipp, it provides a lightweight disk-based database that doesn't require a separate server process and allows accessing the database using SQL queries.
- The entire database is stored in a single cross-platform file and can be as small as 0.5MB, making it suitable for embedded and mobile applications.
- It supports common data types like NULL, INTEGER, REAL, TEXT, and BLOB and is used in standalone apps, local
The document discusses different types of databases that can be used in Android applications, including internal SQLite and external content provider databases. It provides details on SQLite, describing it as an open-source SQL database that is embedded in Android apps, has a small memory footprint, and supports common data types. The document also outlines the SQLite architecture and includes code examples for using SQLiteOpenHelper to create, open, and manage an SQLite database.
This document provides an overview of Android application development training on accessing and manipulating data using SQLite databases on Android. It covers topics like what SQLite is, creating and connecting to databases, setting database properties, creating tables, inserting, updating, and deleting records from the databases using ContentValues and SQLiteDatabase methods. Code examples are provided for each topic.
Zybotech solutions, offers job oriented courses on mobile application development for freshers and professionals with placement assistance, interactive training sessions with live project exposure.
SQLLite and Java
SQLite is an embedded SQL database that is not a client/server system but is instead accessed via function calls from an application. It uses a single cross-platform database file. The android.database.sqlite package provides classes for managing SQLite databases in Android applications, including methods for creating, opening, inserting, updating, deleting, and querying the database. Queries return results as a Cursor object that can be used to access data.
The document discusses SQLite database usage in Android applications. It describes how SQLiteOpenHelper is used to manage database creation and versioning. The SQLiteDatabase class exposes methods for common database operations like insert, query, update, and delete. Queries return Cursor objects to access result sets. ContentValues are used to insert and update records. The document also provides an overview of using content providers to share data across applications.
The document discusses using SQLite database in Android applications. It explains that SQLite is a lightweight database that can be used to store and retrieve data in Android apps. It provides steps to create a database, add and retrieve records, and use the SQLiteOpenHelper class. Methods like onCreate(), onUpgrade(), and onOpen() are called at different stages of the database lifecycle. The document also discusses updating, deleting, and implementing the database in an example Android application.
Create an android app for database creation using.pptxvishal choudhary
1) This document describes how to create an Android app to perform CRUD (create, read, update, delete) operations on a SQLite database.
2) It involves creating a SQLiteOpenHelper subclass to manage the database, along with methods to insert, query, update and delete data from the database table.
3) The Android app includes layout elements like buttons and text fields, and Java code to handle button clicks and call the appropriate database methods. Validation is also added to ensure required fields are populated.
This document provides an overview of SQLite, including:
- SQLite is an embedded SQL database that is not a client-server system and stores the entire database in a single disk file.
- It supports ACID transactions for reliability and data integrity.
- SQLite is used widely in applications like web browsers, Adobe software, Android, and more due to its small size and not requiring a separate database server.
- The Android SDK includes classes for managing SQLite databases like SQLiteDatabase for executing queries, updates and deletes.
This document provides an overview and tutorial for using SQLite database tools in Android application development. It discusses the SQLiteOpenHelper and SQLiteDatabase classes, which are used to create, open, and manage an app's database. It then demonstrates how to create a database manager class that extends SQLiteOpenHelper to define the database structure, and includes methods like addRow(), deleteRow(), and updateRow() to interact with the database. The goal is to build reusable database functionality that can be included in most Android apps.
SQLite is an open source SQL database that is embedded into Android devices. It uses very little memory (approx. 250KB) and supports SQL syntax, transactions, and prepared statements. SQLite comes preinstalled on all Android devices and stores application databases in the DATA/data/APP_NAME/databases directory. The android.database and android.database.sqlite packages provide classes for opening databases like SQLiteDatabase and working with SQLite in Android like performing insert, update, delete, and query operations.
Session 8 connect your universal application with database .. builders & deve...Moatasim Magdy
This document provides an overview of using SQLite database with C# and Universal Windows Platform (UWP) applications. It discusses why to use a database, the basic SQL queries like CREATE, SELECT, INSERT, UPDATE, DELETE. It then demonstrates how to connect a UWP app to a SQLite database, create and open the database, define and add records to tables, query and update records. The steps include adding SQLite references, installing SQLite packages, checking for database existence, creating and opening connections, executing queries to select, insert, update and delete records from tables.
The document discusses how to use SQLite database in Android applications. It covers creating a SQLiteHelper class to manage the database, defining model classes, and performing CRUD operations like inserting, updating, deleting and selecting records. Layouts are created for displaying records and for data entry forms. The onCreate() and onUpgrade() methods of SQLiteHelper are used to create and manage the database and tables.
This document provides an overview of different data storage options in Android including shared preferences, internal storage, external storage, SQLite databases, and network connections. It also includes examples and workshops for using each data storage type with key points on shared preferences, internal and external storage paths, SQLiteOpenHelper, CRUD operations, and displaying data in a ListView.
This is the official tutorial from Oracle.httpdocs.oracle.comj.pdfjillisacebi75827
This is the official tutorial from Oracle.
http://docs.oracle.com/javase/tutorial/jdbc/
Here is a good tutorial for getting started with SQLite.
http://www.tutorialspoint.com/sqlite/sqlite_java.htm
Chapter 34 in the Liang text. He uses MySQL. Getting started with SQLite might be a little
easier, but he does a good job of defining the issues in not too many pages.
For this assignment you can use SQLite OR MySQL.
There are numerous videos in YouTube that demonstrate how to do this. Some are better than
others. When you find one that is helpful, post a link to it on the discussion board.
We have been working with the front-end (GUI), and the middle (creating and manipulating
collections of objects), and now we will add on the back end. The persistent storage of data in
your applications. This exercise is to get you comfortable with connecting to a DB, adding,
deleting, retrieving data. I encourage you to play with this one, do more than the minimum.
SQLite is a very small database. It is included by default in Android and iOS. It is surprisingly
powerful for such a small footprint. It can be frustrating to see what’s going on – what is in the
DB, did the query work correctly? MySQL is often called a community database. It belongs to
Oracle, but they allow anyone to use it for free. The recent versions of the MySQL workbench
that allows you to see what’s going on in your database are really very nice – starting to look like
the Access front end.
Create a connection to a relational database using SQLite or MySQL.
Create a single database table to hold information.
Let’s make a simple class called Person for this exercise.
Person
firstName (String)
lastName(String)
age (int)
ssn (long)
creditCard (long)
Note that once you have the DB created, you don’t want to do this again every time you run your
test program. The easiest way to deal with this – for this assignment, is to comment out the code
that creates the DB creation and the table creation while you experiment with the following.
(Aside: I choose ssn and credit card as fields here so that you might think about the persistent
storage of sensitive data. There are some pretty strict laws governing the storage of some data.
Please don’t use any actual social security numbers or credit card numbers in this exercise.)
Demonstrate the insertion of a record into the database Insert several records.
Write a method called insertPerson(Person person) that adds a person object to your database.
Create another object of type Person, and demonstrate calling your method, passing the object to
the method.
Demonstrate the retrieval of information from the database. Use SQL Select statements, to
retrieve a particular Person from the database.
Write a method called selectPerson that returns a Person object. This method retrieves the data
for a Person from the database. We also need to pass a parameter to identify what person. You
can use ‘name’ if you like, or if you find it easier to use the database generated .
Storing data is a basic and very common need in mobile apps. The Android application framework provides several storage options, one of which is SQLite databases.
In this tutorial you will see a simple Android database example. The example is based on the Android ListView Tutorial and the Android AsyncTask Tutorial, however these tutorials are not mandatory for the purpose of understanding the principles of proper Android database usage.
SQLite is a lightweight, relational database that is embedded into applications. It was designed to have a small memory footprint and not require administration. SQLite supports basic data types like text, integer, and real numbers. It uses a B-tree disk-based file format for storage. In Android, SQLite is commonly used through objects like SQLiteDatabase, SQLiteOpenHelper, and Cursor to create, open, and query databases. Common SQL commands like SELECT, INSERT, UPDATE, and DELETE can be executed to manage data in SQLite tables.
Generative AI refers to a subset of artificial intelligence that focuses on creating new content, such as images, text, music, and even videos, based on the data it has been trained on. Generative AI models learn patterns from large datasets and use these patterns to generate new content.
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May 2025: Top 10 Read Articles Advanced Information Technologyijait
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This slide was used in PHPxTKY June 2025.
https://phpxtky.connpass.com/event/352685/
11th International Conference on Data Mining (DaMi 2025)kjim477n
Welcome To DAMI 2025
Submit Your Research Articles...!!!
11th International Conference on Data Mining (DaMi 2025)
July 26 ~ 27, 2025, London, United Kingdom
Submission Deadline : June 07, 2025
Paper Submission : https://csit2025.org/submission/index.php
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For more details visit : Webpage : https://csit2025.org/dami/index
First Review PPT gfinal gyft ftu liu yrfut goSowndarya6
CyberShieldX provides end-to-end security solutions, including vulnerability assessment, penetration testing, and real-time threat detection for business websites. It ensures that organizations can identify and mitigate security risks before exploitation.
Unlike traditional security tools, CyberShieldX integrates AI models to automate vulnerability detection, minimize false positives, and enhance threat intelligence. This reduces manual effort and improves security accuracy.
Many small and medium businesses lack dedicated cybersecurity teams. CyberShieldX provides an easy-to-use platform with AI-powered insights to assist non-experts in securing their websites.
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Businesses must comply with security regulations, and failure to do so can result in fines or data breaches. CyberShieldX helps organizations meet compliance requirements efficiently.
2. SQLite - Introduction
open-source relational database
i.e. used to perform database operations
on android devices
such as storing, manipulating or retrieving
persistent data from the database.
T.ABIRAMI/KEC(Mobile application Development 2
3. SQLite - Introduction
It is embedded in android by default.
no need to perform any database setup or
administration task.
Data is displayed in the logcat.
For displaying data on the ListView OR
alert message.
SQLiteOpenHelper class provides the
functionality to use the SQLite database.
T.ABIRAMI/KEC(Mobile application Development 3
4. Cursor class
Retrieving data from SQLite databases in
Android is done using Cursors.
The Android SQLite query method returns
a Cursor object containing the results of
the query.
Cursors store query result records in rows
and grant many methods to access and
iterate through the records.
5. Methods
moveToFirst() to position the Cursor
pointer at the first record
moveToNext() function to iterate through
the records.
isAfterLast() method performs a check to
see if the cursor is pointed after the last
record.
When looping through records break the
loop when this becomes false.
10. View a one record at time
String strname=name.getText().toString();
Cursor cr=db.rawQuery
("select cmob from " +"tblcon where
cname='"+strname+"'", null);
if(cr!=null)
if(cr.moveToNext())
no.setText(cr.getString(cr.getColumnIndex
("cmob")));