'Binding time' presentation slideshows

Names, Scopes and Bindings

1.18k views • 90 slides

CS184a: Computer Architecture (Structure and Organization)

CS184a: Computer Architecture (Structure and Organization). Day 21: March 7, 2003 Specialization. Previously. How to support bit processing operations How to compose any task. Today. What bit operations do I need to perform? Specialization Binding Time Specialization Time Models

610 views • 54 slides

CS184a: Computer Architecture (Structure and Organization)

CS184a: Computer Architecture (Structure and Organization). Day 23: March 7, 2005 Specialization. Previously. How to support bit processing operations How to compose any task. Today. What bit operations do I need to perform? Specialization Binding Time Specialization Time Models

545 views • 54 slides

Variability in Software Systems The Key to Software Reuse

Variability in Software Systems The Key to Software Reuse. Jilles van Gurp. Contents. Overview of the past 2 years Papers in the thesis Problems/Causes Solutions Frameworks Software Product Lines Variability Future/Current Work Conclusion. History. Studied CS in Utrecht

574 views • 46 slides

Chapter 5: Names, Bindings, Type Checking, and Scopes

Chapter 5: Names, Bindings, Type Checking, and Scopes. Variables The Concept of Binding Type Checking Strong Typing Type Compatibility Scope and Lifetime Named Constants. Variables. A variable is an abstraction of a memory cell

926 views • 25 slides

Scope Rules (Section 3.3)

CSCI 431 Programming Languages Fall 2003. Scope Rules (Section 3.3). A compilation of material developed by Felix Hernandez-Campos and Michael Scott. Binding Time (Review). A binding is an association between two things E.g. Name of an object and the object

514 views • 22 slides

Software Product Line

Software Product Line. Prepared By: Hadeel El-Genedy Software Architecture Course Pre-Masters Studies Computer Science Department Cairo University. Agenda. Introduction What is Software Product Line Software Product Line Concepts Binding Times Purpose of Software Product Line

469 views • 20 slides

CPSC 875

244 views • 18 slides

Variables

Variables. Six properties: name address value type lifetime scope. Binding times of properties: language specification language implementation compile run Broad classification: static dynamic. Name. Syntax of language specifies valid names. Languages used to limit length of names

318 views • 16 slides

COP4020 Programming Languages

COP4020 Programming Languages. Names, Scopes, and Bindings Prof. Xin Yuan. Overview. Abstractions and names Binding time Object and binding lifetime. Name. High level languages provide abstraction relative to the assembly languages

283 views • 16 slides

Machine architecture

Machine architecture. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Chapter 2. Typical machine design. Two cycles: Fetch cycle - get instruction Execute cycle - do operation. Typical machine execution.

220 views • 10 slides

Machine architecture

Machine architecture. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Chapter 2. Typical machine design. Two cycles: Fetch cycle - get instruction Execute cycle - do operation. Typical machine execution.

104 views • 10 slides

Machine architecture

Machine architecture. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Chapter 2. Typical machine design. Two cycles: Fetch cycle - get instruction Execute cycle - do operation. Typical machine execution.

128 views • 10 slides

HIGHER DEGREES

HIGHER DEGREES. Submission of Thesis. Examinations Office (Student Contact Centre). Ground Floor Aras Ui Chathaill NUI Galway www.nuigalway.ie/exams. Student. 3 copies of Thesis. Exams Office (Registrar). One soft bound copy to Supervisor. One soft bound copy to Internal Examiner.

121 views • 9 slides

Machine architecture

Machine architecture. Programming Language Design and Implementation (4th Edition) by T. Pratt and M. Zelkowitz Prentice Hall, 2001 Chapter 2. Typical machine design. Two cycles: Fetch cycle - get instruction Execute cycle - do operation. Typical machine execution.

266 views • 9 slides