| 21. | Parse tree ambiguity and structural ambiguity.
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| 22. | The use of parse tree functions is highly dependent on the area which is using it.
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| 23. | The input to the code generator typically consists of a parse tree or an abstract syntax tree.
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| 24. | These candidates are incomplete solutions to the search problems, e . g . partial parse trees.
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| 25. | Parsers can automatically generate parse trees or abstract syntax trees which can be further processed with tree parsers.
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| 26. | Because these parse trees are the result of gene expression, in GEP they are called expression trees.
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| 27. | GNU gcc with option-fdump-translation-unit puts out the parse tree to a file.
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| 28. | Thus formulas are, essentially, identified with their parse trees, rather than with the strings being parsed.
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| 29. | Like lookahead and disambiguation facility, in particular when reordering the alternatives cannot specify the exact parse tree desired.
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| 30. | In OMeta, it is easy to traverse through the parse tree since such functionality is natively supported .
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