This document provides a visual cheat sheet summary of jQuery selectors, core functionality, attributes, CSS manipulation, traversing, manipulation, events, effects, AJAX, and utilities. It includes descriptions of methods and selectors, their parameters and return values. New features in jQuery 1.4.x are marked with an equals sign, deprecated items are marked with a circled D, and data types are abbreviated.
This document is a visual cheat sheet for jQuery selectors and core functions in jQuery 1.5. It provides descriptions and examples for various jQuery selectors including basic, hierarchy, content filter, child filter selectors. It also summarizes some core jQuery functions like get, index, length, selector and more.
The document is a visual cheat sheet for jQuery selectors, core functions, attributes, traversing, manipulation, CSS, events, and effects. It includes a legend explaining the icons used to represent different data types. It also provides examples of various selector types including basic, attribute, form, and visibility filters.
The document is a visual cheat sheet for jQuery 1.7 that provides an overview of jQuery core functionality, selectors, attributes, traversing, manipulation, CSS, events, effects, AJAX, utilities, callbacks, data, and deferred objects. It includes icons to denote new or changed features in jQuery 1.7 and uses formatting to organize the content into sections.
To learn about the basic concepts of Object Oriented Programming and Inheritance plus different Inheritance Models and interview questions will be covered.
jQuery BootCamp : Creating the Wrapped Element SetWildan Maulana
This document discusses selecting elements and manipulating the wrapped element set in jQuery. It covers:
1. Using basic and advanced CSS selectors like ID, class, tags, attributes, position, and custom selectors to select elements.
2. Creating and adding new HTML elements to the DOM with jQuery.
3. Managing the wrapped element set - determining its size, obtaining elements, slicing/dicing, and adding more elements to the set.
4. Applying jQuery methods like addClass() to the selected elements to manipulate the DOM.
The Collection in Java is a framework that provides an architecture to store and manipulate the group of objects.
All the operations that you perform on a data such as searching, sorting, insertion, manipulation, deletion, etc. can be achieved by Java Collections.
Java Collection means a single unit of objects. Java Collection framework provides many interfaces (Set, List, Queue, Deque, etc.) and classes (ArrayList, Vector, LinkedList, PriorityQueue, HashSet, LinkedHashSet, TreeSet, etc.).
This document discusses constructors and destructors in C# classes. It explains that objects must be instantiated using the "new" keyword before their methods can be called. Static methods can be called directly on the class without creating an object instance. Instance variables are unique to each object, while static variables are shared among all objects of a class. The document uses several code examples to demonstrate how to properly create object instances and call both static and instance methods and variables.
This document is a visual cheat sheet for jQuery selectors and core functions in jQuery 1.5. It provides descriptions and examples for various jQuery selectors including basic, hierarchy, content filter, child filter selectors. It also summarizes some core jQuery functions like get, index, length, selector and more.
The document is a visual cheat sheet for jQuery selectors, core functions, attributes, traversing, manipulation, CSS, events, and effects. It includes a legend explaining the icons used to represent different data types. It also provides examples of various selector types including basic, attribute, form, and visibility filters.
The document is a visual cheat sheet for jQuery 1.7 that provides an overview of jQuery core functionality, selectors, attributes, traversing, manipulation, CSS, events, effects, AJAX, utilities, callbacks, data, and deferred objects. It includes icons to denote new or changed features in jQuery 1.7 and uses formatting to organize the content into sections.
To learn about the basic concepts of Object Oriented Programming and Inheritance plus different Inheritance Models and interview questions will be covered.
jQuery BootCamp : Creating the Wrapped Element SetWildan Maulana
This document discusses selecting elements and manipulating the wrapped element set in jQuery. It covers:
1. Using basic and advanced CSS selectors like ID, class, tags, attributes, position, and custom selectors to select elements.
2. Creating and adding new HTML elements to the DOM with jQuery.
3. Managing the wrapped element set - determining its size, obtaining elements, slicing/dicing, and adding more elements to the set.
4. Applying jQuery methods like addClass() to the selected elements to manipulate the DOM.
The Collection in Java is a framework that provides an architecture to store and manipulate the group of objects.
All the operations that you perform on a data such as searching, sorting, insertion, manipulation, deletion, etc. can be achieved by Java Collections.
Java Collection means a single unit of objects. Java Collection framework provides many interfaces (Set, List, Queue, Deque, etc.) and classes (ArrayList, Vector, LinkedList, PriorityQueue, HashSet, LinkedHashSet, TreeSet, etc.).
This document discusses constructors and destructors in C# classes. It explains that objects must be instantiated using the "new" keyword before their methods can be called. Static methods can be called directly on the class without creating an object instance. Instance variables are unique to each object, while static variables are shared among all objects of a class. The document uses several code examples to demonstrate how to properly create object instances and call both static and instance methods and variables.
This document summarizes Google App Engine's datastore and data modeling features. The datastore provides scalable storage and querying. It uses models defined by subclasses of Model. Properties on models define data types and are instances of the Property class. Queries use the Query class to retrieve and filter models. Keys uniquely identify entities and are represented as instances of the Key class.
When you write unit tests for your projects, there’s a fair chance that you do so by following the classical « Given-When-Then » paradigm, in which you set some input data, execute the code you’re testing, and finally assert that its outcome is indeed the one you expected.
While this approach is perfectly sound, it does suffer one downside: your program will only be tested on the static input data defined in your tests, and there is no real guarantee that this data does cover all edge cases. This can be especially problematic for SDK developers, who, by definition, have a very hard time anticipating all the different situations in which their code will be used.
To improve on this issue, another approach exists, and it is called property-based testing. The idea behind it is very simple: you write your tests by defining properties that must always be true for your program. For example, « an array reversed twice is always equal to itself ». The testing framework will then generate random input values and test wether the property holds or not. And, as you can imagine, this approach is extremely good at narrowing down on overlooked edge cases.
In Swift, we are lucky enough to already have a full-fledged implementation called SwiftCheck, that enables property-based testing (https://github.com/typelift/SwiftCheck). The goal of this talk is thus to explain how property-based testing can be a powerful addition to a testing suite, and give actual and actionable examples of how it can be added to a project using SwiftCheck.
This document provides an overview of Scala and compares it to Java. It discusses Scala's object-oriented and functional capabilities, how it compiles to JVM bytecode, and benefits like less boilerplate code and support for functional programming. Examples are given of implementing a simple Property class in both Java and Scala to illustrate concepts like case classes, immutable fields, and less lines of code in Scala. The document also touches on Java interoperability, learning Scala gradually, XML processing capabilities, testing frameworks, and tool/library support.
This document provides an introduction to JavaScript, including its uses, differences from Java, and how code is structured in HTML documents. It outlines objectives like learning operators, loops, functions, objects, event handlers and forms. It also covers JavaScript variables and data types, statements and operators, control structures like conditional statements and loops, and statements like break and continue. The overall purpose is to teach the basics of JavaScript programming.
This document advertises Java training courses taught by Marty Hall, the author of several Java books. The courses cover topics such as JSF 2, PrimeFaces, Java 7/8, HTML5, Ajax, jQuery, Hadoop, RESTful Web Services, Android, Spring, and Hibernate. Courses are available both at public venues and on-site at customers' locations. The document also provides contact information for inquiring about course details.
The document is a presentation about web design and development using jQuery. It introduces jQuery and why it is useful, how to include jQuery, and describes 21 helpful jQuery methods such as addClass(), removeClass(), attr(), val(), html(), click(), append(), and more. Each method is explained in 1-2 paragraphs with examples of how to use the method and its parameters. The document concludes with references to the jQuery API documentation for each method.
Refinement types are an approach for expressing more detailed properties of data types using propositional logic predicates. Liquid Haskell is a static refinement type checker capable of veryfing refinement type safety. We will examine the possibilites this approach opens for increasing development productivity.
Scala is a multi-paradigm programming language that blends object-oriented and functional programming. It is designed to express common programming patterns in a concise, elegant, and type-safe way. Scala runs on the Java Virtual Machine and interoperates seamlessly with Java, but also integrates concepts from languages such as Haskell, ML and Ruby. Some key features of Scala include support for functional programming, a static type system with type inference, pattern matching, actors and immutable data structures.
This document compares the functional programming languages Haskell and Scala. It outlines their similarities such as being high-level, statically typed, and supporting functions as first-class values. It describes some of their conceptual differences like Haskell emphasizing purity and lazy evaluation while Scala allows side effects. It then provides examples to illustrate extra features of each language, such as Haskell's pointfree style and compiler extensions, and Scala's support for object-oriented and imperative programming. Finally, it discusses some practical considerations for using each language.
The document discusses how to experience peace in your life. It states that you do not need to travel to remote locations or convince others to experience peace, and you do not need to resolve all conflicts or problems first. To experience peace, you simply need to gently let go of everything else and allow peace to fill your awareness. Peace is always available whenever you choose to experience it. The more you experience peace, the more you will want to spread it to others through your actions.
1. Gather all declarations that apply to the h2 element and color property from the author style sheets. This includes rules from the external, header and inline styles.
2. Sort the declarations by importance - !important declarations override normal declarations.
3. The !important inline style declaration wins over all other normal and !important declarations due to its high specificity of 1,0,0,0.
The document discusses the benefits of exercise for both physical and mental health. It notes that regular exercise can reduce the risk of diseases like heart disease and diabetes, improve mood, and reduce feelings of stress and anxiety. Exercise is also said to boost brain health and function as we age by increasing blood flow and oxygen to the brain.
Line-height controls the vertical spacing between lines of text. It can be specified using percentage, length, number, or normal values. Percentage and length values inherit a calculated line-height, while normal inherits a relative line-height. Number values inherit a line-height factor, allowing line-heights to scale with font-size. Line-height is applied to inline boxes, with half-leading added above and below content areas. Line boxes stack vertically within the containing element.
Sql server 2012 - always on deep dive - bob duffyAnuradha
The document provides an overview of a presentation by Bob Duffy on SQL Server 2012 Always On. It outlines Bob Duffy's background and experience, the agenda for the presentation which includes topics like typical high availability and disaster recovery requirements, installing and migrating to Always On availability groups, planned and automated failover, active secondary replicas, and integration with failover clustering. It also includes a case study on requirements for a fictional company and describes typical high availability architectures.
This document provides a visual cheat sheet for jQuery 1.5. It includes summaries of selectors, core functions, attributes, CSS manipulation, traversing, manipulation, events, effects, AJAX, utilities and deferred objects. The cheat sheet is designed to highlight the main features and capabilities within each category in a concise visual format. Key selectors, methods and properties are defined along with their parameters and return values.
The document is a visual cheat sheet for jQuery selectors, core functions, attributes, traversing, manipulation, CSS, events, and effects. It includes a legend explaining the icons used to represent different data types. It also provides examples of various selector types including basic, attribute, form, and visibility filters.
The document is a visual cheat sheet for jQuery selectors, core functions, attributes, traversing, manipulation, CSS, events, effects, and AJAX utilities. It provides a legend and descriptions for basic selectors like ID, element, class and attribute filters as well as form selectors. The cheat sheet also outlines core functions, attributes, traversing, manipulation, CSS, events and effects categories with examples of common jQuery selections and actions.
The document is a visual cheat sheet for jQuery selectors, core functions, attributes, traversing, manipulation, CSS, events, effects, and AJAX utilities. It provides a legend and descriptions for basic selectors like ID, element, class and attribute filters as well as form selectors. The cheat sheet also outlines core functions, attributes, traversing, manipulation, CSS, events and effects categories with examples of common jQuery selections and actions.
The document provides a visual cheat sheet summarizing the core functionality, selectors, attributes, traversing, manipulation, CSS, events, effects, AJAX, utilities, callbacks, data, and deferred objects available in jQuery version 1.7. It includes descriptions of methods and selectors, what they select or return, and whether they are new or changed from previous versions. The cheat sheet acts as a quick reference guide to the main jQuery features and API.
This document provides a visual cheat sheet summary of jQuery selectors, core functionality, attributes, CSS manipulation, traversing, and manipulation. It includes descriptions and examples of over 150 different jQuery methods organized into categories including selectors, core, attributes, CSS, traversing, and manipulation. The cheat sheet is designed to be a quick reference for common jQuery selections, objects, functions, and their parameters.
This document summarizes Google App Engine's datastore and data modeling features. The datastore provides scalable storage and querying. It uses models defined by subclasses of Model. Properties on models define data types and are instances of the Property class. Queries use the Query class to retrieve and filter models. Keys uniquely identify entities and are represented as instances of the Key class.
When you write unit tests for your projects, there’s a fair chance that you do so by following the classical « Given-When-Then » paradigm, in which you set some input data, execute the code you’re testing, and finally assert that its outcome is indeed the one you expected.
While this approach is perfectly sound, it does suffer one downside: your program will only be tested on the static input data defined in your tests, and there is no real guarantee that this data does cover all edge cases. This can be especially problematic for SDK developers, who, by definition, have a very hard time anticipating all the different situations in which their code will be used.
To improve on this issue, another approach exists, and it is called property-based testing. The idea behind it is very simple: you write your tests by defining properties that must always be true for your program. For example, « an array reversed twice is always equal to itself ». The testing framework will then generate random input values and test wether the property holds or not. And, as you can imagine, this approach is extremely good at narrowing down on overlooked edge cases.
In Swift, we are lucky enough to already have a full-fledged implementation called SwiftCheck, that enables property-based testing (https://github.com/typelift/SwiftCheck). The goal of this talk is thus to explain how property-based testing can be a powerful addition to a testing suite, and give actual and actionable examples of how it can be added to a project using SwiftCheck.
This document provides an overview of Scala and compares it to Java. It discusses Scala's object-oriented and functional capabilities, how it compiles to JVM bytecode, and benefits like less boilerplate code and support for functional programming. Examples are given of implementing a simple Property class in both Java and Scala to illustrate concepts like case classes, immutable fields, and less lines of code in Scala. The document also touches on Java interoperability, learning Scala gradually, XML processing capabilities, testing frameworks, and tool/library support.
This document provides an introduction to JavaScript, including its uses, differences from Java, and how code is structured in HTML documents. It outlines objectives like learning operators, loops, functions, objects, event handlers and forms. It also covers JavaScript variables and data types, statements and operators, control structures like conditional statements and loops, and statements like break and continue. The overall purpose is to teach the basics of JavaScript programming.
This document advertises Java training courses taught by Marty Hall, the author of several Java books. The courses cover topics such as JSF 2, PrimeFaces, Java 7/8, HTML5, Ajax, jQuery, Hadoop, RESTful Web Services, Android, Spring, and Hibernate. Courses are available both at public venues and on-site at customers' locations. The document also provides contact information for inquiring about course details.
The document is a presentation about web design and development using jQuery. It introduces jQuery and why it is useful, how to include jQuery, and describes 21 helpful jQuery methods such as addClass(), removeClass(), attr(), val(), html(), click(), append(), and more. Each method is explained in 1-2 paragraphs with examples of how to use the method and its parameters. The document concludes with references to the jQuery API documentation for each method.
Refinement types are an approach for expressing more detailed properties of data types using propositional logic predicates. Liquid Haskell is a static refinement type checker capable of veryfing refinement type safety. We will examine the possibilites this approach opens for increasing development productivity.
Scala is a multi-paradigm programming language that blends object-oriented and functional programming. It is designed to express common programming patterns in a concise, elegant, and type-safe way. Scala runs on the Java Virtual Machine and interoperates seamlessly with Java, but also integrates concepts from languages such as Haskell, ML and Ruby. Some key features of Scala include support for functional programming, a static type system with type inference, pattern matching, actors and immutable data structures.
This document compares the functional programming languages Haskell and Scala. It outlines their similarities such as being high-level, statically typed, and supporting functions as first-class values. It describes some of their conceptual differences like Haskell emphasizing purity and lazy evaluation while Scala allows side effects. It then provides examples to illustrate extra features of each language, such as Haskell's pointfree style and compiler extensions, and Scala's support for object-oriented and imperative programming. Finally, it discusses some practical considerations for using each language.
The document discusses how to experience peace in your life. It states that you do not need to travel to remote locations or convince others to experience peace, and you do not need to resolve all conflicts or problems first. To experience peace, you simply need to gently let go of everything else and allow peace to fill your awareness. Peace is always available whenever you choose to experience it. The more you experience peace, the more you will want to spread it to others through your actions.
1. Gather all declarations that apply to the h2 element and color property from the author style sheets. This includes rules from the external, header and inline styles.
2. Sort the declarations by importance - !important declarations override normal declarations.
3. The !important inline style declaration wins over all other normal and !important declarations due to its high specificity of 1,0,0,0.
The document discusses the benefits of exercise for both physical and mental health. It notes that regular exercise can reduce the risk of diseases like heart disease and diabetes, improve mood, and reduce feelings of stress and anxiety. Exercise is also said to boost brain health and function as we age by increasing blood flow and oxygen to the brain.
Line-height controls the vertical spacing between lines of text. It can be specified using percentage, length, number, or normal values. Percentage and length values inherit a calculated line-height, while normal inherits a relative line-height. Number values inherit a line-height factor, allowing line-heights to scale with font-size. Line-height is applied to inline boxes, with half-leading added above and below content areas. Line boxes stack vertically within the containing element.
Sql server 2012 - always on deep dive - bob duffyAnuradha
The document provides an overview of a presentation by Bob Duffy on SQL Server 2012 Always On. It outlines Bob Duffy's background and experience, the agenda for the presentation which includes topics like typical high availability and disaster recovery requirements, installing and migrating to Always On availability groups, planned and automated failover, active secondary replicas, and integration with failover clustering. It also includes a case study on requirements for a fictional company and describes typical high availability architectures.
This document provides a visual cheat sheet for jQuery 1.5. It includes summaries of selectors, core functions, attributes, CSS manipulation, traversing, manipulation, events, effects, AJAX, utilities and deferred objects. The cheat sheet is designed to highlight the main features and capabilities within each category in a concise visual format. Key selectors, methods and properties are defined along with their parameters and return values.
The document is a visual cheat sheet for jQuery selectors, core functions, attributes, traversing, manipulation, CSS, events, and effects. It includes a legend explaining the icons used to represent different data types. It also provides examples of various selector types including basic, attribute, form, and visibility filters.
The document is a visual cheat sheet for jQuery selectors, core functions, attributes, traversing, manipulation, CSS, events, effects, and AJAX utilities. It provides a legend and descriptions for basic selectors like ID, element, class and attribute filters as well as form selectors. The cheat sheet also outlines core functions, attributes, traversing, manipulation, CSS, events and effects categories with examples of common jQuery selections and actions.
The document is a visual cheat sheet for jQuery selectors, core functions, attributes, traversing, manipulation, CSS, events, effects, and AJAX utilities. It provides a legend and descriptions for basic selectors like ID, element, class and attribute filters as well as form selectors. The cheat sheet also outlines core functions, attributes, traversing, manipulation, CSS, events and effects categories with examples of common jQuery selections and actions.
The document provides a visual cheat sheet summarizing the core functionality, selectors, attributes, traversing, manipulation, CSS, events, effects, AJAX, utilities, callbacks, data, and deferred objects available in jQuery version 1.7. It includes descriptions of methods and selectors, what they select or return, and whether they are new or changed from previous versions. The cheat sheet acts as a quick reference guide to the main jQuery features and API.
This document provides a visual cheat sheet summary of jQuery selectors, core functionality, attributes, CSS manipulation, traversing, and manipulation. It includes descriptions and examples of over 150 different jQuery methods organized into categories including selectors, core, attributes, CSS, traversing, and manipulation. The cheat sheet is designed to be a quick reference for common jQuery selections, objects, functions, and their parameters.
The document provides information about jQuery selectors and core functions. It includes a list of selector types like the class selector, ID selector, and attribute selectors. It also summarizes some core jQuery methods like jQuery() to select elements, and methods to manipulate attributes and CSS styles.
The document describes various jQuery methods for selecting elements, traversing DOM elements, manipulating attributes and properties, and more. It provides brief descriptions of methods like jQuery(), children(), closest(), filter(), find(), and others for selecting and traversing matched elements. The summary also indicates that the document covers attributes like addClass(), attr(), prop(), and val() as well as events, effects, AJAX, and other utilities.
The document contains information about jQuery selectors and methods. It includes:
1) A list of core jQuery methods like jQuery(), noConflict(), and when() as well as selectors like the class selector and ID selector.
2) Descriptions of many attribute methods like addClass(), attr(), removeAttr(), and toggleClass() that get and set element attributes.
3) Summaries of traversal methods like children(), closest(), find(), and filter() that navigate the DOM tree.
4) Details of manipulation methods such as after(), append(), prepend(), remove(), replaceWith(), and text() that modify DOM elements.
jQuery is a popular JavaScript library that simplifies HTML document manipulation and event handling. It allows developers to select elements, handle events, perform animations and AJAX calls. jQuery uses CSS selectors to select elements and includes methods for DOM traversal, manipulation, events and effects. It works across browsers and supports plugins for additional functionality.
Unit 1 - What is jQuery_Why jQuery_Syntax_Selectors.pdfRAVALCHIRAG1
jQuery is a fast and feature-rich JavaScript library used for HTML document traversal and manipulation, event handling, animation, and Ajax interactions. It simplifies tasks like selecting elements, adding/removing classes, handling events, and performing animations. jQuery selects elements using CSS-style selectors and provides methods for manipulating, traversing, and modifying pages on the fly.
CSS inheritance allows descendant elements to inherit certain CSS properties from their ancestor elements. This helps reduce the amount of CSS code needed and makes styling easier. Key properties like color, font-size, and font-family are inherited by default. Font-size inheritance works by inheriting the calculated pixel value rather than the actual percentage or EM value. Understanding inheritance is important for efficiently writing CSS with less code.
Gandhi offers words of wisdom on finding purpose through service to others, facing difficulties with faith, appreciating beauty in nature, achieving inner harmony, teaching peace to children, focusing on positivity in others, sufficiency over greed, questioning the humiliation of others, befriending enemies through true religion, the importance of heartfelt prayer over empty words, avoiding the wasted energy of worry through faith, that single acts of service are better than empty prayers, maintaining faith in humanity despite flaws, and being the change one wishes to see in the world.
The document provides a guide to success using letters of the alphabet, with each letter representing a quality or approach. Some examples include: A is for authentic (be real), B is for brief (be simple), C is for crockpot (be prepared), D is for dynamic (be original), and E is for ethos (be trustworthy). The overall message encourages the reader to embrace positive attributes and strategies to achieve their goals.
This short document describes a man named Scott Wade cleaning dirty windows. It shows before and after photos of his window cleaning process, starting with very dirty windows and ending with spotlessly clean windows resembling Da Vinci's Mona Lisa painting. The cleaning takes half an hour to complete.
This document provides advice from a parent to their child about caring for them in old age. It asks the child to be patient, listen, and help as the parent may repeat stories, forget things, or have trouble with daily tasks. It emphasizes understanding that aging is difficult and to support the parent with love rather than frustration as their body and mind decline. The parent expresses their wish to end their life with the comfort of family, and for their child to remember all the love and support they provided when raising them.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms for those who already suffer from conditions like depression and anxiety.
The document is a collection of quotes from some of history's greatest leaders in various fields such as politics, business, entertainment, science, sports, and more. It provides short inspirational quotes from leaders including Nelson Mandela, Martin Luther King Jr., Mahatma Gandhi, Winston Churchill, Walt Disney, Henry Ford, Bill Gates, Larry Page, Oprah Winfrey, Charlie Chaplin, Steven Spielberg, Albert Einstein, the Wright Brothers, Thomas Edison, Mohammed Ali, Pele, and Michael Jordan on topics like leadership, change, innovation, failure, imagination, and passion. The quotes are presented alongside photos of each leader.
The document presents life as a gift given to us each day when we wake up. It likens each new day to a present from God, wrapped and waiting to be opened. The contents of each day's present may contain problems, sadness, or surprises, but appreciating the gift of time each day and remaining thankful is important. While the present may not always contain what we desire, it provides what we need to grow and learn life's lessons.
The document outlines six keys to success:
1) Maintain a positive attitude and bounce back from setbacks.
2) Have clear goals and direction for where you want to go.
3) Explore your values and prioritize self-worth and relationships.
4) Surround yourself with motivated, successful people who can influence your mindset.
5) Stay committed to your goals and view failures as learning experiences.
6) Encourage others when they are down, and don't quit when facing challenges.
Friendship is a bond built on trust, care, and support even from afar, hoping the best for the other person and occupying one's mind. Love goes deeper to warm the heart, occupy the soul, compel one to give up all for the other, and consists of tender touches, smiles, laughs, and a voice that provide heavenly comfort; it cannot exist without the foundation of friendship.
1) An Indian girl's goal was to live in a developed India and that the speaker and the listener must work together to build that developed India.
2) The document criticizes Indians for complaining about issues in India but doing nothing to help solve the problems and instead expecting the government to do everything.
3) Indians respect rules and laws when visiting other countries but not in their own country, and the document calls on Indians to be responsible citizens and help improve conditions in India.
1) The document discusses how attitude is a major factor in one's life and success, with only 10% of an iceberg visible above water while 90% is below the surface, similar to how little is known about a person's inner attitudes, beliefs, and motives.
2) It provides statistics showing that attitude makes up over 80% of what determines a person's life while knowledge and skills make up smaller percentages.
3) The document shares quotes about the importance of maintaining a positive attitude and outlook, and how attitude can influence actions and results more than any other factor.
The document describes the personality traits of someone born on May 6th, including being stubborn and strong-willed but also easily angered, with deep feelings and a love of attention. They are said to be both beautiful physically and mentally but also easily influenced, with a strong clairvoyance and understanding as well as a good imagination and debating skills.
Change is constant and causes fear in most people, but it can also be exciting. While change was revolution in 1789 and progress in 1913, today it is all around us in areas like climate, warfare, love, technology, and children. Though change may involve risks of trying and failing, it also offers the opportunity for a single person to change the world, so one should not hide from it but instead go out and start making changes.
Friendship is a precious bond that connects people's hearts over time despite taking separate paths in life. True friends accept each other for who they are without judgment, and their silent support can bring more comfort than words. A caring friend is one of life's greatest gifts.
A comprehensive SEO campaign is typically conducted over 3-6 months and involves 3 phases: discovery/research of target terms and site analysis, implementation through page optimization and submission, and analysis of results through monitoring and position reporting to measure progress.
This document provides an overview of a personal workbook/journal that is part of an audio learning system for personal change and spiritual success. It outlines the key sections of the workbook, including lessons on mental mastery focusing on laws and techniques for self-leadership, lessons on physical mastery with secrets for vitality and habits for agelessness, and lessons on spiritual success including virtues, pillars and the path to enlightenment. The overview describes how applying the wisdom and strategies in this system can help actualize one's potential through the mind, body and soul.
This presentation was provided by Racquel Jemison, Ph.D., Christina MacLaughlin, Ph.D., and Paulomi Majumder. Ph.D., all of the American Chemical Society, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
Philippine Edukasyong Pantahanan at Pangkabuhayan (EPP) CurriculumMJDuyan
(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 𝟏)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
𝐃𝐢𝐬𝐜𝐮𝐬𝐬 𝐭𝐡𝐞 𝐄𝐏𝐏 𝐂𝐮𝐫𝐫𝐢𝐜𝐮𝐥𝐮𝐦 𝐢𝐧 𝐭𝐡𝐞 𝐏𝐡𝐢𝐥𝐢𝐩𝐩𝐢𝐧𝐞𝐬:
- Understand the goals and objectives of the Edukasyong Pantahanan at Pangkabuhayan (EPP) curriculum, recognizing its importance in fostering practical life skills and values among students. Students will also be able to identify the key components and subjects covered, such as agriculture, home economics, industrial arts, and information and communication technology.
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐍𝐚𝐭𝐮𝐫𝐞 𝐚𝐧𝐝 𝐒𝐜𝐨𝐩𝐞 𝐨𝐟 𝐚𝐧 𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫:
-Define entrepreneurship, distinguishing it from general business activities by emphasizing its focus on innovation, risk-taking, and value creation. Students will describe the characteristics and traits of successful entrepreneurs, including their roles and responsibilities, and discuss the broader economic and social impacts of entrepreneurial activities on both local and global scales.
Elevate Your Nonprofit's Online Presence_ A Guide to Effective SEO Strategies...TechSoup
Whether you're new to SEO or looking to refine your existing strategies, this webinar will provide you with actionable insights and practical tips to elevate your nonprofit's online presence.
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
Juneteenth Freedom Day 2024 David Douglas School District
J query visual-cheat-sheet-1.4.2
1. jQUERY 1.4.2 SELECTORS ✼ CORE ✼ ATTRIBUTES ✼ CSS ✼ TRAVERSING ✼ MANIPULATION ✼ EVENTS ✼ EFFECTS ✼ AJAX ✼ UTILITIES
VISUAL CHEAT SHEET
= NEW IN jQUERY 1.4.x / ❉ = DEPRECATED / a = ARRAY / jQ = jQUERY / El = ELEMENT / 0-1 = BOOLEAN / Obj = OBJECT / NUM = NUMBER / Str = STRING
❉ SELECTORS / 1. BASIC :first Selector [name$=value] :checked Selector .index()
a<El> a<El(s)>
Selects the first matched element. Selects elements that have the specified a<El(s)> Matches all elements that are checked. Num
Search for a given element from among the
All Selector (“*”) attribute with a value ending exactly with
matched elements.
a<El(s)> a given string.
Selects all elements. :gt() Selector :disabled Selector
a<El(s)>
Select all elements at an index greater a<El(s)> .length
[name=value] Selects all elements that are disabled. Num
Class Selector (“.class”) than index within the matched set. a<El(s)> The number of elements in the jQuery object.
a<El(s)> Selects all elements that are headers, like
Matches all elements with the given name. h1, h2, h3 and so on. :enabled Selector
:header Selector a<El(s)>
Selects all elements that are enabled. .selector
Element Selector (“element”) Selects all elements that are headers, like a<El(s)>
[name!=value] A selector representing selector originally Str
Selects all elements with the given tag a<El(s)> h1, h2, h3 and so on.
Select elements that either don't have the a<El(s)> :file Selector passed to jQuery().
name. specified attribute, or do have the specified a<El(s)>
:last Selector attribute but not with a certain value.
Selects all elements of type file.
a<El> .size()
ID Selector (“#id”) Selects the last matched element.
:image Selector Return the number of DOM elements matched Num
Selects a single element with the given id a<El> [name^=value] a<El(s)>
attribute. :lt() Selector by the jQuery object.
Selects elements that have the specified a<El(s)> Selects all elements of type image.
Select all elements at an index less than a<El(s)> attribute with a value beginning exactly
Multiple Selector (“selector1, with a given string. :input Selector .toArray()
index within the matched set.
selector2, selectorN”) a<El(s)> a<El(s)> a
Selects all input, textarea, select and button Retrieve all the DOM elements contained in the
Selects the combined results of all the :not() Selector [name]
elements. jQuery set, as an array.
specified selectors. Selects all elements that do not match the a<El(s)> Selects elements that have the specified a<El(s)>
given selector. attribute, with any value. :password Selector
a<El(s)>
[name=value][name2=value2] Selects all elements of type password.
:odd Selector ❉ CORE / 3. DATA
❉ SELECTORS / 2. HIERARCHY a<El(s)> a<El(s)>
Selects odd elements, zero-indexed. See Matches elements that match all of the :radio Selector
also even. specified attribute filters. a<El(s)> .queue( [ queueName ], newQueue)
Child Selector (“parent > child”) Selects all elements of type radio.
jQ
Show the queue of functions to be executed on
Selects all direct child elements specified a<El(s)> the matched elements.
by "child" of elements specified by :reset Selector
❉ SELECTORS / 4. CONTENT FILTER ❉ SELECTORS / 6. CHILD FILTER a<El(s)>
"parent". Selects all elements of type reset. .data( obj )
:contains() Selector :first-child Selector jQ
Descendant Selector (“ancestor a<El(s)> :selected Selector Store arbitrary data associated with the
Select all elements that contain the a<El(s)> Selects all elements that are the first child a<El(s)>
matched elements.
descendant”) a<El(s)> specified text. of their parent. Selects all elements that are selected.
Selects all elements that are descendants
:empty Selector :last-child Selector :submit Selector .removeData( [ name ] )
of a given ancestor. a<El(s)> jQ
Selects all elements that are the last child of a<El(s)> Remove a previously-stored piece of data.
Select all elements that have no children a<El(s)> Selects all elements of type submit.
Next Adjacent Selector (“prev + their parent.
(including text nodes).
next”) :nth-child Selector :text Selector .dequeue( [ queueName ] )
:has() Selector a<El(s)>
a<El(s)> Selects all elements of type text. Execute the next function on the queue for the jQ
Selects all next elements matching "next" Selects all elements that are the nth-child of a<El(s)>
that are immediately preceded by a sibling Selects elements which contain at least one a<El(s)> matched elements.
their parent.
"prev". element that matches the specified
selector. :only-child Selector
Next Siblings Selector (“prev ~ a<El(s)>
❉ CORE / 1. THE jQUERY FUNCTION
:parent Selector Selects all elements that are the only child ❉ CORE / 4. PLUGINS
siblings”) of their parent.
Select all elements that are the parent of a<El(s)> jQuery()
Selects all sibling elements that follow a<El(s)>
another element, including text nodes. Accepts a string containing a CSS selector jQ jQuery.fn.extend( object )
after the "prev" element, have the same
parent, and match the filtering "siblings" which is then used to match a set of
Extends the jQuery element set to provide new jQ
selector. ❉ SELECTORS / 7. VISIBILITY FILTER elements.
methods (used to make a typical jQuery
❉ SELECTORS / 5. ATTRIBUTE plugin).
:hidden Selector
a<El(s)>
❉ SELECTORS / 3. BASIC FILTER [name|=value] Selects all elements that are hidden. ❉ CORE / 2. OBJECT ACCESSORS jQuery.extend( object )
jQ
Selects elements that have the specified :visible Selector Extends the jQuery object itself.
:animated Selector attribute with a value either equal to a a<El(s)> a<El(s)> .context
given string or starting with that string Selects all elements that are visible.
Select all elements that are in the progress a<El(s)> The DOM node context originally passed to El
followed by a hyphen (-). jQuery(); if none was passed then context
of an animation at the time the selector is ❉ CORE / 5. INTEROPERABILITY
run. will likely be the document.
[name*=value]
❉ SELECTORS / 8. FORM
:eq() Selector Selects elements that have the specified a<El(s)> .each( function(index, Element) ) jQuery.noConflict( )
jQ
a<El> attribute with a value containing the a :button Selector Iterate over a jQuery object, executing a jQ Relinquish jQuery's control of the $ variable.
Select the element at index n within the
given substring. function for each matched element.
matched set. Selects all button elements and elements of a<El(s)>
[name~=value] type button. jQuery.noConflict(extreme)
:even Selector .get( [ index ] )
a<El(s)> Extends the jQuery object itself. This is to be jQ
Selects elements that have the specified a<El(s)> :checkbox Selector Retrieve the DOM elements matched by the El | a
Selects even elements, zero-indexed a<El(s)> used in an extreme case where you’d like to
attribute with a value containing a given jQuery object.
Selects all elements of type checkbox. embed jQuery into a high-conflict environment.
word, delimited by spaces.
2. jQUERY 1.4.2 SELECTORS ✼ CORE ✼ ATTRIBUTES ✼ CSS ✼ TRAVERSING ✼ MANIPULATION ✼ EVENTS ✼ EFFECTS ✼ AJAX ✼ UTILITIES
VISUAL CHEAT SHEET
= NEW IN jQUERY 1.4.x / ❉ = DEPRECATED / a = ARRAY / jQ = jQUERY / El = ELEMENT / 0-1 = BOOLEAN / Obj = OBJECT / NUM = NUMBER / Str = STRING
❉ ATTRIBUTES / 1. ATTR ❉ ATTRIBUTES / 5. VALUE .height() ❉ TRAVERSING / 2. TREE TRAVERSAL .prevUntil( [ selector ] )
Get the current computed height for the first Int
.attr( attributeName ) .val() Get the ancestors of each element in the current jQ
element in the set of matched elements. .children( [ selector ] ) set of matched elements, optionally filtered by a
Get the value of an attribute for the first Obj Get the current value of the first element in Str | a
.innerHeight() Get the children of each element in the set of jQ selector.
element in the set of matched elements. the set of matched elements. matched elements, optionally filtered by a
Get the current computed height for the first Int selector. .siblings( [ selector ] )
.attr( attributeName, value ) .val( value ) element in the set of matched elements,
Obj jQ including padding but not border. Get the siblings of each element in the set of jQ
Set one or more attributes for the set of Set the value of each element in the set of .closest( selector ) matched elements, optionally filtered by a
matched elements. matched elements.
.innerWidth() Get the first ancestor element that matches the jQ selector.
.removeAttr() selector, beginning at the current element and
Get the current computed width for the first Int progressing up through the DOM tree.
jQ element in the set of matched elements,
Remove an attribute from each element in the ❉ CSS / 1. CSS
set of matched elements. including padding but not border. .closest( selectors, [ context ] ) ❉ TRAVERSING / 2. MISCELLANEOUS
.css( propertyName ) .outerHeight()
Str Get the first ancestor element that matches the jQ .add()
Get the value of a style property for the first jQ
❉ ATTRIBUTES / 2. CLASS Get the current computed height for the first selector, beginning at the current element and
element in the set of matched elements. Int Add elements to the set of matched elements.
element in the set of matched elements, progressing up through the DOM tree.
including padding, border, and optionally .add( selectors, [ context ] )
.addClass( class ) .css( propertyName, value )
margin. .find( selector ) jQ
jQ Set one or more CSS properties for the set of jQ
Adds the specified class(es) to each of the set of Get the descendants of each element in the jQ Add elements to the set of matched elements.
matched elements. matched elements. .outerWidth()
current set of matched elements, filtered by a
Get the current computed width for the first Int selector. .andSelf()
element in the set of matched elements, Add the previous set of elements on the stack to jQ
.hasClass( class ) ❉ CSS / 2. POSITIONING including padding and border. .next( [ selector ] )
0-1 the current set.
Determine whether any of the matched Get the immediately following sibling of each jQ
elements are assigned the given class. .scrollLeft() .width( value ) .contents()
element in the set of matched elements, optionally
Set the CSS width of each element in the set of jQ jQ
Get the current horizontal position of the Int filtered by a selector. Get the children of each element in the set of
.removeClass( class ) scroll bar for the first element in the set of matched elements. matched elements, including text nodes.
matched elements. .nextAll( [ selector ] )
Remove a single class, multiple classes, or all jQ .width()
classes from each element in the set of matched Get all following siblings of each element in the jQ .end()
.scrollLeft( value ) Get the current computed width for the first Int
elements. set of matched elements, optionally filtered by a End the most recent filtering operation in the jQ
Set the current horizontal position of the element in the set of matched elements. selector. current chain and return the set of matched
jQ
.toggleClass( class, switch ) scroll bar for each of the set of matched elements to its previous state.
elements. .nextUntil( [ selector ] )
Add or remove one or more classes from each
element in the set of matched elements, jQ ❉ TRAVERSING / 1. FILTERING Get all following siblings of each element up to jQ
depending on either the class's presence or the
.offset() but not including the element matched by the
value of the switch argument. Get the current coordinates of the first Obj .eq( - index ) selector. ❉ MANIPULATION / 1. INSIDE
element in the set of matched elements, {top, left} jQ
relative to the document. Reduce the set of matched elements to the one at .offsetParent() .append( content )
the specified index. jQ
❉ ATTRIBUTES / 3. HTML Get the closest ancestor element that is Insert content, specified by the parameter, to the jQ
.offset( coordinates ) positioned. end of each element in the set of matched
.eq( index ) elements.
.html() Set the current coordinates of every element jQ
in the set of matched elements, relative to Reduce the set of matched elements to the one at jQ .parent( [ selector ] )
Get the HTML contents of the first element in Str .append( function(index, html) )
the document. the specified index. Get the parent of each element in the current set jQ
the set of matched elements. of matched elements, optionally filtered by a
.position() .filter( selector ) selector.
Insert content, specified by the parameter, to the jQ
Obj jQ end of each element in the set of matched
.html( htmlString ) Get the current coordinates of the first Reduce the set of matched elements to those that elements.
jQ element in the set of matched elements, {top, left} match the selector or pass the function's test. .parents( [ selector ] )
Set the HTML contents of each element in the
set of matched elements. relative to the offset parent. Get the ancestors of each element in the current jQ .appendTo( target )
.is( selector ) set of matched elements, optionally filtered by a
.scrollTop() Insert every element in the set of matched jQ
Check the current matched set of elements 0-1 selector.
elements to the end of the target.
Get the current vertical position of the scroll Int against a selector and return true if at least one
❉ ATTRIBUTES / 4. TEXT bar for the first element in the set of of these elements matches the selector. .parentsUntil( [ selector ] )
.prepend( content )
matched elements.
.text() .map( callback(index, domEl) ) Get the ancestors of each element in the current jQ Insert content, specified by the parameter, to the jQ
.scrollTop( value ) set of matched elements, up to but not including beginning of each element in the set of matched
Get the combined text contents of each element Str Pass each element in the current matched set jQ the element matched by the selector. elements.
in the set of matched elements, including their Set the current vertical position of the scroll through a function, producing a new jQuery
descendants. bar for each of the set of matched elements. object containing the return values. .prependTo( target )
.prev( [ selector ] )
.text( textString ) .not() Get the immediately preceding sibling of each jQ Insert content, specified by the parameter, to the jQ
jQ jQ element in the set of matched elements, optionally end of each element in the set of matched
Set the content of each element in the set of ❉ CSS / 3. HEIGHT & WIDTH Remove elements from the set of matched
filtered by a selector. elements.
matched elements to the specified text. elements.
.height( value ) .prevAll( [ selector ] )
.slice( start, [ end ] )
Set the CSS height of every matched jQ Get all preceding siblings of each element in the
Reduce the set of matched elements to a subset jQ jQ
element. set of matched elements, optionally filtered by a
specified by a range of indices.
selector.
3. jQUERY 1.4.2 SELECTORS ✼ CORE ✼ ATTRIBUTES ✼ CSS ✼ TRAVERSING ✼ MANIPULATION ✼ EVENTS ✼ EFFECTS ✼ AJAX ✼ UTILITIES
VISUAL CHEAT SHEET
= NEW IN jQUERY 1.4.x / ❉ = DEPRECATED / a = ARRAY / jQ = jQUERY / El = ELEMENT / 0-1 = BOOLEAN / Obj = OBJECT / NUM = NUMBER / Str = STRING
❉ MANIPULATION / 2. OUTSIDE .replaceWith( function ) .live( eventType, eventData, handler ) .mousedown( handler(eventObject) ) .keypress( handler(eventObject) )
Replace each element in the set of matched jQ Bind an event handler to the "mousedown" jQ Bind an event handler to the "keypress" jQ
.after( content ) Attach a handler to the event for all elements jQ JavaScript event, or trigger that event on an
elements with the provided new content. JavaScript event, or trigger that event on an
jQ which match the current selector, now or in the element.
Insert content, specified by the parameter, after element.
.replaceAll() future.
each element in the set of matched elements.
jQ .mouseenter( handler(eventObject) ) .keyup( handler(eventObject) )
A selector expression indicating which element(s) .one( eventType, [ eventData ], handler
.after( function(index) ) to replace. Bind an event handler to be fired when the jQ Bind an event handler to the "keyup" jQ
(eventObject) ) mouse enters an element, or trigger that handler JavaScript event, or trigger that event on an
Insert content, specified by the parameter, to the jQ jQ on an element.
Attach a handler to an event for the elements. element.
end of each element in the set of matched The handler is executed at most once per
elements. ❉ MANIPULATION / 5. REMOVING element. .mouseleave( handler(eventObject) )
Bind an event handler to be fired when the jQ
.before( content ) .detach( [ selector ] ) .trigger( eventType, extraParameters) mouse leaves an element, or trigger that handler
❉ EVENTS / 6. EVENT OBJECT
Insert content, specified by the parameter, before jQ jQ Execute all handlers and behaviors attached to jQ on an element.
each element in the set of matched elements. Remove the set of matched elements from the
the matched elements for the given event type.
event.currentTarget
DOM. .mousemove( handler(eventObject) ) El
The current DOM element within the event
.before( function ) .triggerHandler( eventType, Bind an event handler to the "mousemove" jQ bubbling phase.
.empty()
jQ extraParameters ) jQ JavaScript event, or trigger that event on an
Insert content, specified by the parameter, before Remove all child nodes of the set of matched jQ
element. event.data
each element in the set of matched elements. elements from the DOM. Execute all handlers attached to an element for
an event. Contains the optional data passed to Anything
.mouseout( handler(eventObject) ) jQuery.fn.bind when the current executing
.insertAfter( target ) .remove( [ selector ] )
.unbind( eventType, handler Bind an event handler to the "mouseout" jQ handler was bound.
Insert every element in the set of matched jQ Remove the set of matched elements from the jQ
(eventObject) ) JavaScript event, or trigger that event on an
elements after the target. DOM. jQ element. event.isDefaultPrevented()
0-1
Remove a previously-attached event handler Returns whether event.preventDefault() was
.insertBefore( target ) .mouseover( handler(eventObject) )
from the elements. ever called on this event object.
Insert every element in the set of matched jQ
❉ MANIPULATION / 6. COPYING Bind an event handler to the "mouseover" jQ
event.
elements before the target. .undelegate() JavaScript event, or trigger that event on an
.clone( [ withDataAndEvents ] ) Remove a handler from the event for all elements element. isImmediatePropagationStopped()
jQ jQ 0-1
which match the current selector, now or in the Returns whether
Create a copy of the set of matched elements. .mouseup( handler(eventObject) )
❉ MANIPULATION / 3. AROUND future, based upon a specific set of root elements. event.stopImmediatePropagation() was ever
Bind an event handler to the "mouseup" jQ called on this event object.
.unwrap() JavaScript event, or trigger that event on an
❉ EVENTS / 1. DOCUMENT LOADING element. event.isPropagationStopped()
Remove the parents of the set of matched jQ ❉ EVENTS / 3. MOUSE EVENTS 0-1
Returns whether event.stopPropagation() was
elements from the DOM, leaving the matched .load( handler(eventObject) ) ever called on this event object.
elements in their place. .click( handler(eventObject) )
Bind an event handler to the "load" JavaScript jQ ❉ EVENTS / 4. FORM EVENTS
Bind an event handler to the "click" JavaScript jQ event.pageX
event.
.wrap( wrappingElement ) event, or trigger that event on an element. The mouse position relative to the left edge of Num
.blur( handler(eventObject) )
Wrap an HTML structure around each element in jQ .ready( handler ) jQ the document.
.dblclick( handler(eventObject) ) Bind an event handler to the "blur" JavaScript
the set of matched elements. Specify a function to execute when the DOM is jQ
Bind an event handler to the "dblclick" event, or trigger that event on an element. event.pageY
fully loaded. jQ
.wrap( wrappingFunction ) JavaScript event, or trigger that event on an
.change( handler(eventObject) ) The mouse position relative to the top edge of Num
jQ .unload( handler(eventObject) ) element. the document.
Wrap an HTML structure around each element in Bind an event handler to the "change" jQ
Bind an event handler to the "unload" JavaScript jQ
the set of matched elements. .focusin( handler(eventObject) ) JavaScript event, or trigger that event on an event.preventDefault()
event. jQ element. Undefined
Bind an event handler to the "focusin" JavaScript If this method is called, the default action
.wrapAll( wrappingElement ) event. of the event will not be triggered.
jQ .focus( handler(eventObject) )
Wrap an HTML structure around all elements in
.focusout( handler(eventObject) ) jQ event.relatedTarget
the set of matched elements. ❉ EVENTS / 2. HANDLER ATTACHMENT Bind an event handler to the "focus" JavaScript
Bind an event handler to the "focusout" jQ event, or trigger that event on an element. The other DOM element involved in the event, El
.wrapInner( wrappingElement ) .bind( eventType, [ eventData ], handler JavaScript event. if any.
jQ .select( handler(eventObject) )
Wrap an HTML structure around the content of (eventObject) ) jQ jQ
each element in the set of matched elements. .hover( handlerIn(eventObject), Bind an event handler to the "select" JavaScript event.result
Attach a handler to an event for the elements. event, or trigger that event on an element.
handlerOut(eventObject) ) This attribute contains the last value returned Obj
.wrapInner( wrappingFunction ) jQ by an event handler that was triggered by this
.delegate( selector, eventType, Bind two handlers to the matched elements, to be .submit( handler(eventObject) )
jQ executed when the mouse pointer enters and event, unless the value was undefined.
Wrap an HTML structure around the content of handler ) Bind an event handler to the "submit" JavaScript jQ
each element in the set of matched elements. leaves the elements.
jQ event, or trigger that event on an element. event.stopImmediatePropagation()
Attach a handler to one or more events for all
elements that match the selector, now or in the .hover( handler(eventObject) ) Prevents other event handlers from being
future, based on a specific set of root elements. called.
Bind a single handler to the matched elements, to jQ ❉ EVENTS / 5 KEYBOARD EVENTS
❉ MANIPULATION / 4. REPLACING
be executed when the mouse pointer enters or event.stopPropagation()
.die() .keydown( handler(eventObject) )
leaves the elements.
.replaceWith( newContent ) jQ Prevents the event from bubbling up the DOM
jQ Remove all event handlers previously attached Bind an event handler to the "keydown" jQ tree, preventing any parent handlers from
Replace each element in the set of matched JavaScript event, or trigger that event on an
using .live() from the elements. being notified of the event.
elements with the provided new content. element.