Difference between revisions of "Bottom-Up Parsing/Exercise 10: LALR(1)"
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== Problema == | == Problema == | ||
| − | Consider the following grammar, where S is the initial symbol and { e, i, x } is the set of terminal symbols: | + | Consider the following grammar, where S is the initial symbol and '''{ e, i, x }''' is the set of terminal symbols: |
| − | <text> | + | <source lang="text"> |
| − | S | + | S → i S | i S e S | x |
| − | </ | + | </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. | ||
# Compact the parse table, eliminating and propagating reductions. | # Compact the parse table, eliminating and propagating reductions. | ||
Latest revision as of 11:49, 2 May 2024
Problema
Consider the following grammar, where S is the initial symbol and { e, i, x } is the set of terminal symbols:
S → i S | i S e S | x
- Compute the set of LALR(1) states for the grammar. Build the corresponding LALR(1) parse table.
- Compact the parse table, eliminating and propagating reductions.
- Show the parsing process for input ixixex (including the actions/gotos and the input and stack states). In case of conflict, assume YACC's behavior.
- Is this an SLR(1) grammar? Why?
Solução
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