Cooperative Task Management without Manual Stack Management or, Event-Driven Programming is Not the Opposite of Thread

Oct 09, 2012

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Key Points. Reframe the events/threads debateIntroduce a ?new" programming modelHas the benefits of both paradigmsAllows each side to work together. Separating Concurrency Concerns. Let's take a break from the Threads Vs. Events battle.Task ManagementStack Management. Task Management. Preem

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Cooperative Task Management without Manual Stack Management or, Event-Driven Programming is Not the Opposite of Thread

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Event-Driven Programming

Event-Driven Programming Thus far, our programs have been executed one statement after the other However, many programs depend on user actions to dictate what happens and when Sample event: a button click ...or mouse movement (see Horstmann, ch 12: Event handling) Events

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Cooperative Task Management without Manual Stack Management or, Event-driven Programming is Not the Opposite of Threaded

Cooperative Task Management without Manual Stack Management or, Event-driven Programming is Not the Opposite of Threaded Programming. Atul Adya, Jon Howell, Marvin Theimer, William J. Bolosky, John R. Douceur Microsoft Research Presented by Jonathan Beare CS 533 – Winter 2009. References.

353 views • 19 slides

Cooperative Task Management without Manual Stack Management or Event-driven Programming is not the Opposite of Threaded

Cooperative Task Management without Manual Stack Management or Event-driven Programming is not the Opposite of Threaded Programming. Atul Adya, Jon Howell, Marvin Theimer, William J. Bolosky, John R. Douceur Microsoft Research. Multi-threaded programming

412 views • 22 slides

Event-Driven Programming

Event-Driven Programming. Event-Driven Programming. Most modern computer programs that people use have Graphical User Interfaces (GUIs). A GUI has icons on the computer screen and a mouse (or other device) to control a pointer that can be used to operate the computer .

402 views • 21 slides

Cooperative Task Management without Manual Stack Management or, Event-driven Programming is Not the Opposite of Threaded

Cooperative Task Management without Manual Stack Management or, Event-driven Programming is Not the Opposite of Threaded Programming. Atul Adya , Jon Howell, Marvin Theimer , William J. Bolosky , John R. Douceur Microsoft Research. Presented by Li Lei. Agenda. Introduction

357 views • 22 slides

Event-Driven Programming

Event-Driven Programming. Event-driven Pages. one popular feature of the Web is its interactive nature e.g., you click on buttons to make windows appear e.g., you enter credit card information in a form and submit it

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Event-Driven Programming

Chapter 6. Event-Driven Programming. Event Sources and Listeners. An event is an object that signals something has happened. An event source is the object that raises an event. An event listener is an object responding to an event raised by an event source. Mouse Events.

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Event Driven Programming

Event Driven Programming. Event-driven Programming. In the early days of computing communication with the outside world was accomplished using a technique called Polling. This is the technique you used with your Mom and Dad when you were little and went on a long trip Are we there yet?

369 views • 18 slides

Event-Driven Programming

Event-Driven Programming. Thus far, our programs have been executed one statement after the other However, many programs depend on user actions to dictate what happens and when Sample event: a button click ...or mouse movement (see Horstmann, ch 12: Event handling). Events.

497 views • 15 slides

Event-Driven Programming

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Event-Driven Programming

Event-Driven Programming. Chapter 19. Page Section: <div>. Section or div ision of an HTML page Generic block element Example: What's the difference between <p> and <div> ? Use <p> for paragraphs of text. Use <div> as a generic container for everything else. <div>

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Event-Driven Programming

Event-Driven Programming. Procedural programming is executed in procedural order. In event-driven programming , code is executed upon activation of events.

427 views • 27 slides

Event-Driven Programming

Event-Driven Programming. Procedural vs. Event-Driven Programming. Procedural programming is executed in procedural order. In event-driven programming, code is executed upon activation of events. Taste of Event-Driven Programming. Events.

594 views • 34 slides

Event-Driven Programming

Event-Driven Programming. Vivek Pai Dec 4, 2001. GedankenEvents. Enron – bad news all around What are these numbers: $1B, $100B, $80B, $200M Korean facts Largest on-line game has 3M+ subscribers What’s the comparable figure for the US? What are the populations of the two countries?

387 views • 23 slides

Event Driven Programming

Event Driven Programming. Chapter 5. Sequential Programming. Computer-Centric Program Runs as Programmer Intended Programmer Sets the Order of Action Programmer Controls the Program’s Flow. Event Driven Programming. User-Centric Computer User Determines the Order of Actions

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Event Driven Programming

Event Driven Programming. Objects Methods and Properties. Programming. Programming is the act of writing instructions that tell a computer how to do something. Sending a Simple Instruction to a Computer. I want the computer to shut down How would I do this? (Use of my senses)

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Event-Driven Programming

Event-Driven Programming. Appendix C. bézier. Objectives. To understand how event-driven programming differs from request-response programming. To learn how to design and write event-driven programs using the Java graphics API. To learn about different kinds of events that can occur.

392 views • 23 slides

Event-driven Programming

Event-driven Programming. Robin Burke IT 130 Fall 2004. Outline. The event-driven model Web applications Form HTML forms buttons text boxes accessing form content Handlers onClick onChange. Imperative programming. Program defines a series of operations User invokes program

567 views • 34 slides

Event-Driven Programming

Event-Driven Programming.

469 views • 38 slides

Event-Driven Programming

Event-Driven Programming. Listener or Event handler Example: Handling Button Events Example: Handling Mouse Events Example: Handling Keyboard Events Adapter Classes Example: Handling Window Events Example: Handling Text Field Events Exercises Learning Outcomes

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Event Driven Programming

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Cooperative Task Management without Manual Stack Management

Cooperative Task Management without Manual Stack Management. Presentation by David Florey. Overview. Paper serves to solve two main goals: Introduce the two models and the baggage that they carry: Event-Driven Programming is cooperative concurrency, but you have to use manual stack management

244 views • 23 slides

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