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Parser combinators are just higher-order functions that take parsers as their arguments and return them as result values. Parser combinators are: * First-class values * Extremely composable * Tend to make the code quite compact * Resemble the readable notation of xBNF grammars Parsers made with funcparserlib are pure-Python LL(*) parsers. It means that it's very easy to write them without thinking about look-aheads and all that hardcore parsing stuff. But the recursive descent parsing is a rather slow method compared to LL(k) or LR(k) algorithms. So the primary domain for funcparserlib is parsing little languages or external DSLs (domain specific languages).
Package | Summary | Distribution | Download |
python-funcparserlib-0.3.6-11.el7.noarch.html | Recursive descent parsing library based on functional combinators | EPEL 7 for ppc64le | python-funcparserlib-0.3.6-11.el7.noarch.rpm |
python-funcparserlib-0.3.6-11.el7.noarch.html | Recursive descent parsing library based on functional combinators | EPEL 7 for aarch64 | python-funcparserlib-0.3.6-11.el7.noarch.rpm |
python-funcparserlib-0.3.6-11.el7.noarch.html | Recursive descent parsing library based on functional combinators | EPEL 7 for ppc64 | python-funcparserlib-0.3.6-11.el7.noarch.rpm |
python-funcparserlib-0.3.6-11.el7.noarch.html | Recursive descent parsing library based on functional combinators | EPEL 7 for x86_64 | python-funcparserlib-0.3.6-11.el7.noarch.rpm |
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