Problem 1) given the following LL(1) Grammar: where NT = {S,B, E, X} , T = {'{','}' ' begin','end', 'WORD','\begin', '\end','\WORD'} and S is the start symbol 1) s→ XS 2) s- A 3) B →\ begin{ WORD} 4) E → \ end{ WORD} 5) X → B SE 6) X → {S} 7) X → WORD 8) X → begin 9) X → end 10)X →\ WORD 1) Compute FIRST , FOLLOW, PREDICT sets. 2) construct the top-down predictive parser. 3) construct the LL(1) parsing table. 4) Parse the following input: "{\ begin{WORD} \end{WORD}}$" using predictive parser. 5) Parse the following input: "{\ begin{WORD} \end{WORD}}$" using LL(1) parsing table.

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Course Name : Compiler Construction and programming languages

.

.

Problem 1) given the following LL(1) Grammar :

where ??={?,?,?,?},?={‘{’,’}’,′?????′,′???′,′????′,’\?????’,’\???’,’\????’} and ? is the start symbol

1)?>??

2)?>?

3)?>\?????{????}

4)?>\???{????}

5)?>???

6)?>{?}

7)?>????

8)?>?????

9)?>???

10)?>\????

1)Compute FIRST , FOLLOW, PREDICT sets.

2)construct the top-down predictive parser.

3) construct the LL(1) parsing table.

4) Parse the following input:  {\begin{WORD} \end{WORD}}$ using predictive parser.

5) Parse the following input: {\begin{WORD} \end{WORD}}$ using LL(1) parsing table

First-Follow-Predict-LL(k) recursive descent, parser-LL(k) parse table
Problem 1) given the following LL(1) Grammar:
where NT = {S, B, E, X} , T =
{ {' }'/ begin','end','WORD','\begin', \end, '\WORD'}
and S is the start symbol
1) S- XS
2) s- 2
3) B → \ begin{ WORD}
4) E → \ end{ WORD}
5) х —BSE
6) x → {S}
7) x → WORD
8) x - begin
9) х — еnd
10)X →\ WORD
1) Compute FIRST, FOLLOW, PREDICT sets.
2) construct the top-down predictive parser.
3) construct the LL(1) parsing table.
4) Parse the following input: "{\ begin{WORD} \end{WORD}}S" using predictive parser.
5) Parse the following input: "{\ begin{WORD} \end{WORD}}S" using LL(1) parsing table.
Transcribed Image Text:First-Follow-Predict-LL(k) recursive descent, parser-LL(k) parse table Problem 1) given the following LL(1) Grammar: where NT = {S, B, E, X} , T = { {' }'/ begin','end','WORD','\begin', \end, '\WORD'} and S is the start symbol 1) S- XS 2) s- 2 3) B → \ begin{ WORD} 4) E → \ end{ WORD} 5) х —BSE 6) x → {S} 7) x → WORD 8) x - begin 9) х — еnd 10)X →\ WORD 1) Compute FIRST, FOLLOW, PREDICT sets. 2) construct the top-down predictive parser. 3) construct the LL(1) parsing table. 4) Parse the following input: "{\ begin{WORD} \end{WORD}}S" using predictive parser. 5) Parse the following input: "{\ begin{WORD} \end{WORD}}S" using LL(1) parsing table.
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