Tags
Language
Tags
December 2024
Su Mo Tu We Th Fr Sa
1 2 3 4 5 6 7
8 9 10 11 12 13 14
15 16 17 18 19 20 21
22 23 24 25 26 27 28
29 30 31 1 2 3 4

Developing Robust Date and Time Oriented Applications in Oracle Cloud: A comprehensive guide

Posted By: yoyoloit
Developing Robust Date and Time Oriented Applications in Oracle Cloud: A comprehensive guide

Developing Robust Date and
Time Oriented Applications in Oracle Cloud
by Michal Kvet

English | 2023 | ISBN: ‎ 1804611867 | 464 pages | True PDF EPUB | 19.4 MB


Create robust temporal solutions in Oracle Cloud and spread the solution worldwide by leveraging its regional properties and time zone synchronization

Purchase of the print or Kindle book includes a free PDF eBook
Key Features

Migrate existing on-premises applications to the Oracle Cloud environment using data migration techniques
Handle date and time values efficiently using Oracle database's available data types and duration modeling principles
Apply temporal database models in real-world systems to ensure robustness, security, and performance

Book Description

Proper date and time management is critical for the development and reliability of Oracle Databases and cloud environments, which are among the most rapidly expanding technologies today. This knowledge can be applied to cloud technology, on premises, application development, and integration to emphasize regional settings, UTC coordination, or different time zones. This practical book focuses on code snippets and discusses the existing functionalities and limitations, along with covering data migration to the cloud by emphasizing the importance of proper date and time management.

This book helps you understand the historical background and evolution of ANSI standards. You'll get to grips with data types, constructor principles, and existing functionalities, and focus on the limitations of regional parameters and time zones, which help in expanding business to other parts of the world. You'll also explore SQL injection threats, temporal database architecture, using Flashback Technology to reconstruct valid database images from the past, time zone management, and UTC synchronization across regions.

By the end of this book, you'll be able to create and manage temporal systems, prevent SQL injection attacks, use existing functionalities and define your own robust solutions for date management, and apply time zone and region rules.
What you will learn

Explore the fundamentals and terms related to Oracle Cloud Infrastructure (OCI) and data migration
Follow core principles and date and time element management supervised by ANSI standardization
Discover the limitations of existing functionalities and conversion methods
Build robust and secure temporal solutions that are resistant to SQL injection threats
Understand time zone management and regional settings by focusing on regional and national conventions and approaches
Use Flashback Technology to create temporal models in terms of historical and current states

Who this book is for

This book is for IT specialists, students, system developers, database administrators, and cloud integrators. With a hands-on approach, this book will help you to gain a comprehensive view of the issue of time processing and enable you to develop complex, robust applications that are usable and portable in any region.
Table of Contents

Oracle Cloud Fundamentals
Data Loading and Migration Perspectives
Date and Time Standardization Principles
Concepts of Temporality
Modeling and Storage Principles
Conversion Functions and Element Extraction
Date and Time Management Functions
Delving into National Language Support Parameters
Duration Modeling and Calculations
Interval Representation and Type Relationships
Temporal Database Concepts
Building Month Calendars Using SQL and PL/SQL
Flashback Management for Reconstructing the Database Image
Building Reliable Solutions to Avoid SQL Injection
Timestamp Enhancements

For more quality books vist My Blog.
Need access to contents that can only be read online or any other thing?, just send me a PM.