Automator: Quick Actions. Beginning with macOS Mojave (v10.14), Automator Services workflows have been given new abilities and a new name: 'Quick Actions'. While retaining all of the current features of its deep integration with the macOS contextual System Services architecture, Automator 'Quick Actions' can now also be saved and accessed as system extensions, from within a Finder window's Preview pane, or on the Macbook Pro Touch Bar. Any ideas for running fallout 1 + 2 on Mac OS X (without bootcamp) I have lately been playing fallout 2, now one of my favorite games, for the first time. Though I have a dilemma: my only laptop is of the apple variant (yeah, sue me) and the steam version doesn't support macs.
Latest versionAutomata Tactics Mac Os X
Released:
Tools to build automata from your custom rule
Project description
Tools to build automata from your custom rule.
This package provides a set of handy tools to programmatically build automata, so you can build NFA、DFA、MinimizedDFA、WFA from any custom rules.
Usage
Install
Import
See example in examples/NFAfromCustomRule.py
BuildAutomata
Automata Tactics Mac Os 11
characterStruct
Build simple (0)-[a]->(1)
automata
unionStruct
Build automata that is an 'or' of two sub-automata (1)<-[a]-(0)-[b]->(1)
concatenationStruct
Build automata that is an 'and' of two sub-automata (0)-[a]->(1)-[b]->(2)
starStruct
Build automata that looks like the 'Kleene closure'
skipStruct
Build automata that looks like the 'Kleene closure' but without the loop back (1)<-[ε]-(2)
, so it only match the token once at most.
repeatRangeStruct
Build automata that will match the same token for several times (0)-[a]->(1)-[a]->(2)-[a]->(3)
repeatStruct
Build automata that will match the same token for n to m times
(0)-[a]->(1)-[a]->(4), (0)-[a]->(2)-[a]->(3)-[a]->(4)
Automata
See example in features/steps/customRule.py
Dead by minecraft mac os. where executor
is a function like the one in examples/NFAfromCustomRule.py:
setExecuter
Set an executor to the automata that can freely use state and transition of the automata, and return a boolean value.
setTokenizer
Set an tokenizer to the automata that can transform string to list of string token, which will be used by the executer.
NFAtoDFA
Make automata state transitions not so ambiguous
DFAtoMinimizedDFA
Allow you minify Automata state
Weighted Finite Automata
WFA, it can execute automata use matrix multiplication, so it can be very fast compare to brute force execution, especially when state space is large.
get_word_to_index
Given [['token', 'another'], ['token_in_rule']]
, return something like
So we can translate automata state to a matrix.
WFA
Given an automata, a word index like {'token': 0, 'another': 1, ..}
, and a function that transform automata to tensor (see example at customRuleDFAToTensor), return a WFA instance.
Development
Environment
Create environment from the text file:
Save env file: conda list --explicit > automataTools-env.txt
Python Path
Create a .env
file with content PYTHONPATH=automataTools
Publish
To pypi
To Conda
Resources
Probably the original reference source
Release historyRelease notifications | RSS feed
2.0.1
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Automata Tactics Mac Os 11
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Mac Os Mojave
Publications | Kamal Aboul-Hosn. A Proof-Theoretic Approach to Mathematical Knowledge Management. Ph.D. Dissertation, Cornell University, January 2007. |
Kamal Aboul-Hosn. An Axiomatization of Arrays for Kleene Algebra with Tests. In R. A. Schmidt, editor, Proc. 9th Int. Conf. Relational Methods in Computer Science and 4th Int. Workshop Applications of Kleene Algebra (RelMiCS/AKA'06), volume 4136 of Lecture Notes in Computer Science, pages 63-77. Springer, August 2006. (Tech report version with more complete proofs) | |
Kamal Aboul-Hosn and Dexter Kozen. Local variable scoping and Kleene algebra with tests. In R. A. Schmidt, editor, Proc. 9th Int. Conf. Relational Methods in Computer Science and 4th Int. Workshop Applications of Kleene Algebra (RelMiCS/AKA'06), volume 4136 of Lecture Notes in Computer Science, pages 78-90. Springer, August 2006. | |
Kamal Aboul-Hosn. A Proof-Theoretic Approach to Tactics. In Borwein, Jonathan M.; Farmer, William M., editors, Proc. 5th Int. Conf. Mathematical Knowledge Management (MKM'06), volume 4108 of Lecture Notes in Computer Science, pages 54-66. Springer, August 2006. | |
Kamal Aboul-Hosn and Dexter Kozen. Relational semantics for higher-order programs. In Tarmo Uustalu, editor, Proc. 8th Int. Conf. Mathematics of Program Construction (MPC'06), volume 4014 of Lecture Notes in Computer Science, pages 29-48. Springer, July 2006. | |
Kamal Aboul-Hosn and Dexter Kozen. KAT-ML: An Interactive Theorem Prover for Kleene Algebra with Tests. Journal of Applied non-Classical Logics, 2006(1). 2006. | |
Kamal Aboul-Hosn and Dexter Kozen. Relational Semantics of Local Variable Scoping. Technical Report 2005-2000, Computer Science Department, Cornell University, July 2005. | |
Kamal Aboul-Hosn and Terese Damhøj Andersen. A Proof-Theoretic Approach to Hierarchical Math Library Organization. In Proc. 4th Int. Mathematical Knowledge Management Conference, pages 1-16. International University of Bremen, October 2005. | |
Kamal Aboul-Hosn and Dexter Kozen. KAT-ML: An Interactive Theorem Prover for Kleene Algebra with Tests. In Proc. 4th Int. Workshop on the Implementation of Logics, pages 2-12. University of Manchester, September 2003. | |
Kamal Aboul-Hosn. Programming with Private State. Honors Thesis, The Pennsylvania State University, December 2001. | |
Presentations | Local Variable Scoping and Kleene Algebra with Tests. RelMiCS 06, Manchester, UK. |
An Axiomatization of Arrays for Kleene Algebra with Tests. RelMiCS 06, Manchester, UK. | |
A Proof-Theoretic Approach to Tactics. MKM 06, Wokingham, UK. | |
Relational Semantics for Higher-Order Programs. MPC 06, Kuressaare, Estonia. | |
Relational Semantics of Local Variable Scoping.PLDG Fall 2005, Cornell University. | |
A Proof-Theoretic Approach to Hierarchical Math Library Organization. MKM 05, Bremen, Germany. | |
KAT-ML: An Interactive Theorem Prover for Kleene Algebra with Tests. PLDG Spring 2004, Cornell University. | |
KAT-ML: An Interactive Theorem Prover for Kleene Algebra with Tests. WIL 03, Almaty, Kazakhstan. | |
Courses TAed | CS 100J: Introduction to Computer Programming |
CS 472/473: Foundations of Artificial Intelligence | |
CS 130: Introduction to Web Documents | |
CS 312: Data Structures and Functional Programming | |
CS 481: Automata and Computability | |
Projects | |
Can Computers Think? - GSSOP high school mini-course | |
Radar In Motion - Mac OS X Dashboard widget | |
Lambda Prolog Projects - Parser Generator, Emacs Module, and String Library for the Lambda Prolog Language |