PPT-Discovering Refactoring Opportunities in

Cascading Style Sheets Davood Mazinanian Nikolaos Tsantalis Ali Mesbah Concordia University Montréal Canada University of British Columbia Vancouver Canada 1 Outline The CSS language. Spring 2011, Lecture 20. YoungSeok. Yoon. (. youngseok@cs.cmu.edu. ). Institute for Software Research. Carnegie Mellon University. Software Evolution. - Evolving and Improving Code -. 1. Mar 24. th. Refactoring and Code Smells. Where are we?. Over the semester we have talked about Software Engineering. . The overall goal of software engineering is to create high quality software efficiently.. What if you don’. Software Design II. Lecture 7. Emily Navarro. Duplication of course material for any commercial purpose without the explicit written permission of the professor is prohibited.. 1. Portions of the slides in this lecture are adapted from http://. Advanced Software Engineering. 603 492. Dr Nuha El-Khalili. What is Refactoring?. Refactoring is a disciplined technique for restructuring an existing body of code, altering its internal structure without changing its external behavior. . Identifying Your Primary Gift and Role in the Body of Christ. by EQUIP Ministries founded by John Maxwell. 1. 1. Lesson: T303.01 iteenchallenge.org 01 - 2012. Discovering Your Spiritual Gifts. Severe Code Smells?. 1. Tsubasa. Saika. 1. , . Eunjong. . Choi. 1. , . Norihiro. . Yoshida. 2. , . Shusuke. . Haruna. 1. , . Katsuro. Inoue. 1. 1. Osaka . University, . Japan. 2. Nagoya . University, . into an Industrial Development Process. Yuki Yamanaka. 1. , . Eunjong. Choi. 1. , . Norihiro. Yoshida. 2. , . Katsuro. Inoue. 1. , . Tateki. Sano. 3. 1 Osaka . University, Japan. . 2. . Nara . Institute of Science and . 2. See Page 202. for Detailed Objectives. Objectives Overview. Discovering Computers 2014: Chapter 5. 3. See Page 202. for Detailed Objectives. Digital Security Risks. A . digital security risk. . is any event or action that could cause a loss of or damage to a computer or mobile device hardware, software, data, information, or processing capability. for Aspect-oriented. . Refactoring. Naoyasu. . Ubayashi. (Kyushu Institute of Technology). Jinji. . Piao. (Kyushu Institute of Technology). Suguru. . Shinotsuka. (Kyushu Institute of Technology). ESaaS. §. 9.6). What Did . W. e . D. o?. Made date calculator easier to read and understand using simple . refactorings. Found a bug. Observation: if we had developed method using TDD, might have gone easier!. Chapter 2. 2. See Page 43 . for Detailed Objectives. Objectives Overview. 3. See Page 43 . for Detailed Objectives. Discovering Computers and Microsoft Office 2007. Chapter 2. The Internet. The . Internet. 2. See Page 257 . for Detailed Objectives. Objectives Overview. Discovering Computers 2012: Chapter 5. 3. See Page 257 . for Detailed Objectives. What Is Input?. Input. is any data and instructions entered into the memory of a computer. How We Know It. Emerson . Murphy-Hill. Portland . State . (now UBC). Chris . Parnin. Georgia Tech. Andrew Black. Portland State. Thanks . to . Ki. -Yung . Ahn. , Barry Anderson, . Lee Beckman, Brett . Supervisor: Bruno Coimbra – Fermilab. SIST/GEM Final Presentation. 7 August 2019. Improving FERRY: Refactoring, Visualization, and Testing. To Improve the Frontier Experiments RegistRY (FERRY) meta-data management system.