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Consider the following grammar, where '''R''' is the initial symbol and '''{ a, b, c }''' is the set of terminal symbols: | Consider the following grammar, where '''R''' is the initial symbol and '''{ a, b, c }''' is the set of terminal symbols: | ||
<source lang="text"> | <source lang="text"> | ||
− | X | + | X → a | c |
− | R | + | R → R X b | R a | a |
</source> | </source> | ||
# Compute the set of LALR(1) states for the grammar. Build the corresponding LALR(1) parse table. | # Compute the set of LALR(1) states for the grammar. Build the corresponding LALR(1) parse table. |
Consider the following grammar, where R is the initial symbol and { a, b, c } is the set of terminal symbols:
X → a | c
R → R X b | R a | a
Note-se que a solução apresentada é para SLR(1) e LALR(1) (a vermelho).
Solução completa |
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