2. Classes | Object Oriented Programming in JavaScript | ES6 | JavaScript

Aug 30, 2017Download as pptx, pdf

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A class is a template / blue print is used to create an object. In JavaScript class is a special kind of function. In JavaScript there are two ways to create class one is the class declaration and the second one is class expressions.

Agenda
 Introduction
 Class Definition
 Static methods
 Inheritance
 Live Examples

Introduction
 A class is the blueprint / Template from which individual objects are
created.
 In JavaScript class is special kind of function.
Example
Honda CBR, Bajaj Pulsar, TVS Apache all are comes under Byk class.

Most read

$Class Definition – Class Expressions(cont…) Syntax var exp_name = class class_name { // named // class body with constructor };$

Class Definition – Class Expressions(cont…)
Example
var Vehicle = class {
constructor(name, model){
this.name = name;
this.model = model;
}
}

Class Definition – Class Expressions(cont…)
Example
var Vehicle = class Vehicle{
constructor(name, model){
this.name = name;
this.model = model;
}
}

$Static Methods  A method qualified with a qualifier static is called static method.  We can access static methods without creating object. Syntax static method_name([params]){ // method body }$

$Static Methods(cont…) Example class Vehicle { static getVehicleName(company_name, modal){ return company_name + “ “ + modal; } }$

$Inheritance  A class derived from another class.  Using inheritance we can get all the base class properties. Syntax class class_name extends base_class_name{ // class body }$

Inheritance(cont…)
Example
Vehicle.js (Base class)
class Vehicle{
constructor(modalName){
console.log(‘This is from super class ‘+modalName);
}
}

Inheritance(cont…)
Example
Honda.js (Derived class)
class Honda extends Vehicle{
constructor(modalName){
super(modalName);
console.log(‘This is from derived class ‘+modalName);
}
getModalName() { return this.modalName; }
}

Inheritance(cont…)
Example
main.js
Var hondaObject = new Honda(‘CBR 250R’);
hondaObject. getModalName();

Class Definition
In JavaScript there are two components available to define a class
just like define a function.
 Class Declaration
 Class Expression

$Class Definition – Class Declaration  One way to define a class.  To declare a class use class keyword with class name. Syntax class class_name { // class body with constructor }$

Class Definition – Class Declaration(cont…)
Example
class Vehicle {
constructor(name, model){
this.name = name;
this.model = model;
}
}

$Class Definition – Class Expressions  Another way to define a class.  Class expressions may be named or unnamed. Syntax var class_name = class { // unnamed // class body with constructor };$

$Class Definition – Class Expressions(cont…) Syntax var exp_name = class class_name { // named // class body with constructor };$

$Static Methods(cont…) Example class Vehicle { static getVehicleName(company_name, modal){ return company_name + “ “ + modal; } }$

$Inheritance  A class derived from another class.  Using inheritance we can get all the base class properties. Syntax class class_name extends base_class_name{ // class body }$

JavaScript Arithmetic Operators Arithmetic operators are used to perform arithmetic between variables and/or values. JavaScript Assignment Operators Assignment operators are used to assign values to JavaScript variables. JavaScript String Operators The + operator, and the += operator can also be used to concatenate (add) strings. Comparison Operators Comparison operators are used in logical statements to determine equality or difference between variables or values. Conditional (Ternary) Operator The conditional operator assigns a value to a variable based on a condition. Logical Operators Logical operators are used to determine the logic between variables or values. JavaScript Bitwise Operators Bit operators work on 32 bits numbers. Any numeric operand in the operation is converted into a 32 bit number. The result is converted back to a JavaScript number. The delete Operator The delete operator deletes a property from an object:

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The National Fuels Treatments Initiative (NFT) is transforming wildfire mitigation by creating a standardized map of nationwide fuels treatment locations across all land ownerships in the United States. While existing state and federal systems capture this data in diverse formats, NFT bridges these gaps, delivering the first truly integrated national view. This dataset will be used to measure the implementation of the National Cohesive Wildland Strategy and demonstrate the positive impact of collective investments in hazardous fuels reduction nationwide. In Phase 1, we developed an ETL pipeline template in FME Form, leveraging a schema-agnostic workflow with dynamic feature handling intended for fast roll-out and light maintenance. This was key as the initiative scaled from a few to over fifty contributors nationwide. By directly pulling from agency data stores, oftentimes ArcGIS Feature Services, NFT preserves existing structures, minimizing preparation needs. External mapping tables ensure consistent attribute and domain alignment, while robust change detection processes keep data current and actionable. Now in Phase 2, we’re migrating pipelines to FME Flow to take advantage of advanced scheduling, monitoring dashboards, and automated notifications to streamline operations. Join us to explore how this initiative exemplifies the power of technology, blending FME, ArcGIS Online, and AWS to solve a national business problem with a scalable, automated solution.

Boosting MySQL with Vector Search -THE VECTOR SEARCH CONFERENCE 2025 .pdfAlkin Tezuysal

As the demand for vector databases and Generative AI continues to rise, integrating vector storage and search capabilities into traditional databases has become increasingly important. This session introduces the *MyVector Plugin*, a project that brings native vector storage and similarity search to MySQL. Unlike PostgreSQL, which offers interfaces for adding new data types and index methods, MySQL lacks such extensibility. However, by utilizing MySQL's server component plugin and UDF, the *MyVector Plugin* successfully adds a fully functional vector search feature within the existing MySQL + InnoDB infrastructure, eliminating the need for a separate vector database. The session explains the technical aspects of integrating vector support into MySQL, the challenges posed by its architecture, and real-world use cases that showcase the advantages of combining vector search with MySQL's robust features. Attendees will leave with practical insights on how to add vector search capabilities to their MySQL systems.

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Enabling BIM / GIS integrations with Other Systems with FMESafe Software

Jacobs has successfully utilized FME to tackle the complexities of integrating diverse data sources in a confidential $1 billion campus improvement project. The project aimed to create a comprehensive digital twin by merging Building Information Modeling (BIM) data, Construction Operations Building Information Exchange (COBie) data, and various other data sources into a unified Geographic Information System (GIS) platform. The challenge lay in the disparate nature of these data sources, which were siloed and incompatible with each other, hindering efficient data management and decision-making processes. To address this, Jacobs leveraged FME to automate the extraction, transformation, and loading (ETL) of data between ArcGIS Indoors and IBM Maximo. This process ensured accurate transfer of maintainable asset and work order data, creating a comprehensive 2D and 3D representation of the campus for Facility Management. FME's server capabilities enabled real-time updates and synchronization between ArcGIS Indoors and Maximo, facilitating automatic updates of asset information and work orders. Additionally, Survey123 forms allowed field personnel to capture and submit data directly from their mobile devices, triggering FME workflows via webhooks for real-time data updates. This seamless integration has significantly enhanced data management, improved decision-making processes, and ensured data consistency across the project lifecycle.

Azure vs AWS Which Cloud Platform Is Best for Your Business in 2025Infrassist Technologies Pvt. Ltd.

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Mastering AI Workflows with FME - Peak of Data & AI 2025Safe Software

Harness the full potential of AI with FME: From creating high-quality training data to optimizing models and utilizing results, FME supports every step of your AI workflow. Seamlessly integrate a wide range of models, including those for data enhancement, forecasting, image and object recognition, and large language models. Customize AI models to meet your exact needs with FME’s powerful tools for training, optimization, and seamless integration