Course
Compiler Design

Compiler Design

Gate Smashers
Enroll for Codenera

Content

Lec-1: Compiler Design Syllabus Discussion for Competitive & College/University Exams

1

Lec-2: Phases of Compiler with examples | Compiler Design

2

Lec-3: Lexical Analysis in Compiler Design with Examples

3

Lec-4: Questions on Lexical Analysis | Imp Questions on Lexical Analysis

4

Lec-5: Find First() in Compiler Design | First() & Follow()

5

Lec-6: Find FOLLOW() in Compiler Design | Learn First() & Follow() in Easiest way

6

Lec-7: What is Parsing & Types of Parsers | Syntax Analysis

7

Lec-8: LL(1) Parsing Table | Check Whether a Grammar is LL(1) or Not

8

Lec-9: How to Check a Grammar is LL(1) or Not | Short Trick

9

Lec-10: What is LL(1) Parser | How it Works | Full Concept

10

Lec-11: LR(0) Parsing Table | Check Whether a Grammar is LR(0) or not | Bottom-Up Parser

11

Lec-12: SLR(1) Parsing Table | Check Whether a Grammar is SLR(1) or Not | Bottom-Up Parser

12

Lec-13: CLR Parsing Table | LR(1) Canonical Items

13

Lec-14: LALR Parsing Table | LALR vs CLR

14

Lec15: Difference between LALR & CLR parsing table | Imp. Example

15

Lec-16: Difference between LR(0), SLR(1), LALR(1) & CLR(1) using Same example

16

Lec-17: What is SDT(Syntax Directed Translation) & its Applications | Semantic Analysis

17

Lec-18: How to Parse SDT (Top Down vs Bottom Up Parsing) | Syntax Directed Translation

18

Lec-19: How to Evaluate Arithmetic Expression using SDT | Syntax Directed Translation Example

19

Lec-20: S-Attributed vs L-Attributed SDT | Types of SDT

20

Lec-21: Gate Question on S-Attributed and L-Attributed SDT

21

Lec-22: Intermediate Code Generation with example

22

Lec-23: What is 3-Address Code in Compiler

23

Lec-24: What is Peephole Optimization in Compiler

24

Lec-25: What is Code Optimization | Machine Dependent vs Machine Independent Techniques

25

Lec-26: Loop Optimization in Compiler

26

Lec-27: Question on Code Optimization in Compiler

27

Lec-28: What is Control Flow Graph | Basic Blocks

28

Lec-29: What is Basic Block & Flow Graph in Compiler | Partition Algorithm in Basic Block

29

Lec-30: Local vs Global Optimization | Scope of Optimization

30

Liveness Analysis in Compiler Design | Code optimization | Dataflow analysis

31

Lec-32: Comparison of all Parsers in Compiler Design

32

Symbol Table in Compiler Design | Attributes of Symbol Table in Hindi

33

Error Detection And Recovery | Lexical Phase Error | Compiler Design

34

Symbol Table Data Structure Implementation in Hindi

35

Liveness Analysis in Compiler Design | Code optimization | Dataflow analysis

About
Description
Resources
Recommendations

Liveness Analysis in Compiler Design | Code optimization | Dataflow analysis

#livenessanalysis, #livevariable, #thegatehubContact Datils (You can follow me at)Instagram:  https://www.instagram.com/ahmadshoebk...LinkedIn:  https://www.linkedin.com/in/ahmad-sho...Facebook: https://www.facebook.com/ahmadshoebkhanWatch Complete Playlists:Data Structures: https://www.youtube.com/watch?v=jEMmT...Theory of Computation: https://www.youtube.com/watch?v=p1oqD...Compiler Design: https://www.youtube.com/watch?v=XMt-K...Live variable – A variable is live at a point in the program if it holds a value that may be needed in future.Advantage – It is useful for register allocation. It is used in dead code elimination.liveness analysis in compiler design,liveness analysis in compiler design for gate,liveness analysis in compiler design geeksforgeeks,liveness analysis example,liveness analysis for gate,liveness analysis compiler,liveness analysis algorithm,liveness analysis compiler design,liveness analysis variables,compiler design liveness analysis,liveness analysis gate,liveness analysis ppt,liveness analysis pdf, liveness analysis in compiler design geeksforgeeks, liveness analysis in compiler design gate, global data flow analysis in compiler design, liveness analysis geeksforgeeks, live variable analysis in compiler design, control flow in compiler design, local optimization in compiler design,flow graph in compiler design, data flow analysis in compiler design, live variable in compiler design,  purpose of  data flow analysis is compiler design

CSE 4th Year

Lec-1: Compiler Design Syllabus Discussion for Competitive & College/University Exams

1

Lec-2: Phases of Compiler with examples | Compiler Design

2

Lec-3: Lexical Analysis in Compiler Design with Examples

3

Lec-4: Questions on Lexical Analysis | Imp Questions on Lexical Analysis

4

Lec-5: Find First() in Compiler Design | First() & Follow()

5

Lec-6: Find FOLLOW() in Compiler Design | Learn First() & Follow() in Easiest way

6

Lec-7: What is Parsing & Types of Parsers | Syntax Analysis

7

Lec-8: LL(1) Parsing Table | Check Whether a Grammar is LL(1) or Not

8

Lec-9: How to Check a Grammar is LL(1) or Not | Short Trick

9

Lec-10: What is LL(1) Parser | How it Works | Full Concept

10

Lec-11: LR(0) Parsing Table | Check Whether a Grammar is LR(0) or not | Bottom-Up Parser

11

Lec-12: SLR(1) Parsing Table | Check Whether a Grammar is SLR(1) or Not | Bottom-Up Parser

12

Lec-13: CLR Parsing Table | LR(1) Canonical Items

13

Lec-14: LALR Parsing Table | LALR vs CLR

14

Lec15: Difference between LALR & CLR parsing table | Imp. Example

15

Lec-16: Difference between LR(0), SLR(1), LALR(1) & CLR(1) using Same example

16

Lec-17: What is SDT(Syntax Directed Translation) & its Applications | Semantic Analysis

17

Lec-18: How to Parse SDT (Top Down vs Bottom Up Parsing) | Syntax Directed Translation

18

Lec-19: How to Evaluate Arithmetic Expression using SDT | Syntax Directed Translation Example

19

Lec-20: S-Attributed vs L-Attributed SDT | Types of SDT

20

Lec-21: Gate Question on S-Attributed and L-Attributed SDT

21

Lec-22: Intermediate Code Generation with example

22

Lec-23: What is 3-Address Code in Compiler

23

Lec-24: What is Peephole Optimization in Compiler

24

Lec-25: What is Code Optimization | Machine Dependent vs Machine Independent Techniques

25

Lec-26: Loop Optimization in Compiler

26

Lec-27: Question on Code Optimization in Compiler

27

Lec-28: What is Control Flow Graph | Basic Blocks

28

Lec-29: What is Basic Block & Flow Graph in Compiler | Partition Algorithm in Basic Block

29

Lec-30: Local vs Global Optimization | Scope of Optimization

30

Liveness Analysis in Compiler Design | Code optimization | Dataflow analysis

31

Lec-32: Comparison of all Parsers in Compiler Design

32

Symbol Table in Compiler Design | Attributes of Symbol Table in Hindi

33

Error Detection And Recovery | Lexical Phase Error | Compiler Design

34

Symbol Table Data Structure Implementation in Hindi

35

CSE 4th Year

#livenessanalysis, #livevariable, #thegatehubContact Datils (You can follow me at)Instagram:  https://www.instagram.com/ahmadshoebk...LinkedIn:  https://www.linkedin.com/in/ahmad-sho...Facebook: https://www.facebook.com/ahmadshoebkhanWatch Complete Playlists:Data Structures: https://www.youtube.com/watch?v=jEMmT...Theory of Computation: https://www.youtube.com/watch?v=p1oqD...Compiler Design: https://www.youtube.com/watch?v=XMt-K...Live variable – A variable is live at a point in the program if it holds a value that may be needed in future.Advantage – It is useful for register allocation. It is used in dead code elimination.liveness analysis in compiler design,liveness analysis in compiler design for gate,liveness analysis in compiler design geeksforgeeks,liveness analysis example,liveness analysis for gate,liveness analysis compiler,liveness analysis algorithm,liveness analysis compiler design,liveness analysis variables,compiler design liveness analysis,liveness analysis gate,liveness analysis ppt,liveness analysis pdf, liveness analysis in compiler design geeksforgeeks, liveness analysis in compiler design gate, global data flow analysis in compiler design, liveness analysis geeksforgeeks, live variable analysis in compiler design, control flow in compiler design, local optimization in compiler design,flow graph in compiler design, data flow analysis in compiler design, live variable in compiler design,  purpose of  data flow analysis is compiler design

Course Overview

What’s a Rich Text element?

The rich text element allows you to create and format headings, paragraphs, blockquotes, images, and video all in one place instead of having to add and format them individually. Just double-click and easily create content.

Static and dynamic content editing

A rich text element can be used with static or dynamic content. For static content, just drop it into any page and begin editing. For dynamic content, add a rich text field to any collection and then connect a rich text element to that field in the settings panel. Voila!

How to customize formatting for each rich text

Headings, paragraphs, blockquotes, figures, images, and figure captions can all be styled after a class is added to the rich text element using the "When inside of" nested selector system.

Enroll for Codenera