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Algorithms from Sudkamps' Languages and Machines - implemented in Python 3
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thundergolfer/sudkamp-langs-machines-python
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All the algorithms from Sudkamp'sLanguages and Machines implemented inPython 3.
Note: If you preferJava, the same work is being done in that language over inthundergolfer/sudkamp-langs-machines-java.
You are welcome to fork this repo in order to complete unimplemented algorithms or to improve on the existing ones. Please try to stick as close to the pseudo-code from the book.
Page | Number | Name (in 3rd edition) | Name (in repository) | File |
---|---|---|---|---|
108 | 4.2.1 | Construction of Set of Nullable Vars | constructSetOfNullableVars() | contextFree.py |
114 | 4.3.1 | Construction of the Set CHAIN(A) | chain(A) | contextFree.py |
117 | 4.4.2 | Constr. of Set of Vars that Derive Terminal Strings | getVariablesThatDeriveTerminalStrings() | contextFree.py |
119 | 4.4.4 | Contruction of Set of Reachable Vars. | constructSetOfReachableVars() | contextFree.py] |
126 | 4.6.1 | CYK Algorithm | CYK() | cyk.py |
172 | 5.6.3 | Contruction of DM, a DFA Equiv. to NFA M | ||
179 | 5.7.2 | Determination of Equivalent States of DFA | determineEquivelantStatesOfDFA() | finiteAutomaton.py |
194 | 6.2.2 | Construction of a Regular Expression from a Finite Automaton | ||
543 | 17.4.3 | Recursive Simulation of NonDeterministic Turing Machine | ||
558 | 18.2.1 | Breadth-First Top-Down Parser | ||
564 | 18.4.1 | Breadth-First Bottom-Up Parser | ||
581 | 19.4.1 | Construction of FIRSTk Sets | ||
583 | 19.5.1 | Construction of FOLLOWk Sets | ||
588 | 19.7.1 | Deterministic Parser for a Strong LL(k) Grammar | ||
591 | 19.8.3 | Deterministic Parser for an LL(k) Grammar | ||
600 | 20.2.1 | Parser for an LR(0) Grammar | ||
604 | 20.3.3 | Parser Utilizing the Deterministic LR(0) Machine | ||
618 | 20.5.4 | Parser for an LR(1) Grammar |
Name | Name (In Repository) | File |
---|---|---|
Calculate null closure of finite automaton | nullClosure() | finiteAutomaton.py |
Credit totyarkoni for hiswork on finite state machines that formed the foundation for my work in that area.
Credit toSebastian Sardina for being an awesomeComputing Theory teacher.
To the extent possible under law,Thundergolfer has waived all copyright and related or neighboring rights to this work.
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Algorithms from Sudkamps' Languages and Machines - implemented in Python 3
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