PPT-Software II: Principles of Programming Languages

Author : olivia-moreira | Published Date : 2016-05-23

Lecture 4 Language Translation Lexical and Syntactic Analysis The Compiling Process Source Code Assembler version Object Module Compiler Linker Executable version

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Software II: Principles of Programming Languages: Transcript

Lecture 4 Language Translation Lexical and Syntactic Analysis The Compiling Process Source Code Assembler version Object Module Compiler Linker Executable version The Interpretation Process. Classification of programming languages. “There are only two kinds of programming languages: those people always bitch about and those nobody uses.”. --. Bjarne. . Stroustrup. 1. . Generated using wordle.net from the text of this ppt file. Software is made by programmers. Computers need all kinds of software, from operating systems to applications. People learn how to tell the computers what to do so that the computers do useful things . l. anguages . 1: Introduction . (. with a simple language). Isao Sasano. Department of . Information Science and . Engineering. . Schedule. 13 Lectures. , . Mid-term exam. , Final exam. Evaluation. Mid-term exam: M point / . Classification of programming languages. “There are only two kinds of programming languages: those people always bitch about and those nobody uses.”. --. Bjarne. . Stroustrup. 1. . Generated using wordle.net from the text of this ppt file. Chapter Contents. Section A: Programming Basics. Section B: Procedural Programming. Section C: Object-Oriented Programming. Section D: Declarative Programming. Section E: Secure Programming. Chapter 12: Computer Programming. Chapter 12: Computer Programming. 2. Chapter Contents. Section A: Programming Basics. Section B: Procedural Programming. Section C: Object-Oriented Programming. Section D: Declarative Programming. Section E: Secure Programming. 6. th. Edition. CHAPTER 3. COMPUTER SOFTWARE. 2. 3. EVOLUTION OF COMPUTER PROGRAMMING. Machine language (1GL). Each instruction must be expressed in unique form for a particular computer. Complete program consists of thousands of instructions. Lecture . 9. Function-Closure Idioms. Zach Tatlock. Winter 2018. More idioms. We know the rule for lexical scope and function closures. Now what is it good for. A partial but wide-ranging list:. Pass functions with private data to iterators: Done. 13. Learning Objectives. Define programming of and describe the six steps of . programming.. Compare . design tools including top-down design, pseudocode, flowcharts, and logic . structures.. Describe program testing and the tools for finding and removing . Chapter Contents. Section A: Programming Basics. Section B: Procedural Programming. Section C: Object-Oriented Programming. Section D: Declarative Programming. Section E: Secure Programming. Chapter 12: Computer Programming. Chapter Contents. Section A: Programming Basics. Section B: Procedural Programming. Section C: Object-Oriented Programming. Section D: Declarative Programming. Section E: Secure Programming. Chapter 12: Computer Programming. Lecture 22. OOP . vs. Functional Decomposition; Adding Operators & Variants; . Double-Dispatch . Dan Grossman. Autumn . 2018. Breaking things down. In functional (and procedural) programming, break programs down into . Lecture . 22. OOP . vs. Functional Decomposition; Adding Operators & Variants; . Double-Dispatch . Dan Grossman. Winter 2013. Breaking things down. In functional (and procedural) programming, break programs down into . and . Algorithms. Simons Foundation. May 6, 2015. Al Aho. aho@cs.columbia.edu. What is an Algorithm?. A finite sequence of instructions, each of which has a clear meaning and can be performed with a finite amount of effort in a finite length of time..

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