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Design and Implementation of an Optionally-Typed Functional Programming Language
Design and Implementation of an Optionally-Typed Functional Programming Language Shaobai Li Electrical Engineering and Computer Sciences University of California at Berkeley Technical Report No. UCB/EECS-2017-215 http://www2.eecs.berkeley.edu/Pubs/TechRpts/2017/EECS-2017-215.html December 14, 2017 Copyright © 2017, by the author(s). All rights reserved. Permission to make digital or hard copies of all or part of this work for personal or classroom use is granted without fee provided that copies are not made or distributed for profit or commercial advantage and that copies bear this notice and the full citation on the first page. To copy otherwise, to republish, to post on servers or to redistribute to lists, requires prior specific permission. Design and Implementation of an Optionally-Typed Functional Programming Language by Patrick S. Li A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in Engineering { Electrical Engineering and Computer Sciences in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Koushik Sen, Chair Adjunct Professor Jonathan Bachrach Professor George Necula Professor Sara McMains Fall 2017 Design and Implementation of an Optionally-Typed Functional Programming Language Copyright 2017 by Patrick S. Li 1 Abstract Design and Implementation of an Optionally-Typed Functional Programming Language by Patrick S. Li Doctor of Philosophy in Engineering { Electrical Engineering and Computer Sciences University of California, Berkeley Professor Koushik Sen, Chair This thesis describes the motivation, design, and implementation of L.B. Stanza, an optionally- typed functional programming language aimed at helping programmers tackle the complexity of architecting large programs and increasing their productivity across the entire software development life cycle. -
Mccarthy.Pdf
HISTORY OF LISP John McCarthy A rtificial Intelligence Laboratory Stanford University 1. Introduction. 2. LISP prehistory - Summer 1956 through Summer 1958. This paper concentrates on the development of the basic My desire for an algebraic list processing language for ideas and distinguishes two periods - Summer 1956 through artificial intelligence work on the IBM 704 computer arose in the Summer 1958 when most of the key ideas were developed (some of summer of 1956 during the Dartmouth Summer Research Project which were implemented in the FORTRAN based FLPL), and Fall on Artificial Intelligence which was the first organized study of AL 1958 through 1962 when the programming language was During this n~eeting, Newell, Shaa, and Fimon described IPL 2, a implemented and applied to problems of artificial intelligence. list processing language for Rand Corporation's JOHNNIAC After 1962, the development of LISP became multi-stranded, and different ideas were pursued in different places. computer in which they implemented their Logic Theorist program. There was little temptation to copy IPL, because its form was based Except where I give credit to someone else for an idea or on a JOHNNIAC loader that happened to be available to them, decision, I should be regarded as tentatively claiming credit for It and because the FORTRAN idea of writing programs algebraically or else regarding it as a consequence of previous decisions. was attractive. It was immediately apparent that arbitrary However, I have made mistakes about such matters in the past, and subexpressions of symbolic expressions could be obtained by I have received very little response to requests for comments on composing the functions that extract immediate subexpresstons, and drafts of this paper. -
Introducing Myself…
IntroducingIntroducing myselfmyself …… Nenad aka "DocKimbel" Rakocevic, Programming for 25 years: C/C++, *Basic, ASM, REBOL, web client -side languages, … Founder of a software company in Paris: Softinnov Author of several libraries for REBOL: MySQL, PostgresQL, LDAP native drivers UniServe: asynchronous, event -driven network engine Cheyenne Web Server: full -featured web application server CureCode: very fast web -based bug tracker (Mantis -like) Various others tools, game, demos … Was a happy Amiga user and registered BeOS developer WhyWhy amam II usingusing REBOLREBOL forfor 1111 years?years? Great scripting language Great prototyping tool Simple cross -platform graphic engine (View) Symbolic & Meta -programming Code / Data duality DSL -oriented Great designer behind: Carl Sassenrath WhyWhy II don'tdon't wantwant toto useuse REBOLREBOL anymore?anymore? Closed source Slow ( benchmark ) No multithreading support Mostly glue language, not general -purpose enough Not (easily) embeddable in third -party apps Can't run on popular VM (JVM, CLR) Sometimes designed for " Bob the artist ", rather than "John the programmer " WhatWhat isis thethe statestate ofof REBOLREBOL world?world? (1/2)(1/2) How REBOL began 14 years ago … WhatWhat isis thethe statestate ofof REBOLREBOL world?world? (2/2)(2/2) …and where it is today WhatWhat toto dodo then?then? Give up and pick up another language? Build an alternative? I chose the 2 nd option! MyMy answeranswer is:is: RReded !! Red[uced] REBOL dialect Fully open source (MIT/BSD) Statically compiled -
Hi Quality Version Available on AMIGALAND.COMYOUR BONUS SECOND CD! Packed with Games, Anims, ^ 3D Models and M Ore
' A G A EXPERIENCE Hi Quality Version Available on AMIGALAND.COMYOUR BONUS SECOND CD! Packed with games, anims, ^ 3D models and m ore... P L U S n @ AMIGA • J U T D J t 'jJUhD'j'jSxni D W This commercial CD is packed with AGA games, 9771363006008 ^ demos, pictures, utilities, 3D models, music, animations and more 9 771363 006008 Please make checks to COSOFT or O (01702) 300441 n 300441 order by credit card / switch & delta Most titles are despatched same day. ^ ^ - 5 217 - 219 Hamstel Rd - Southend-on-Sea, ESSEX, SS2 4LB Vat is INCLUDED on all titles, e&oe q . ^ er [email protected] Give us your email for monthly feb Page: Hnp://www.pdsoft m updated catalogue reports. Office & Retail Outlet open Monday to Saturday 9:30 to 7pm - Tel (01702) 306060 & 306061 - Fax (01702) 300115 Please add 1.00 per title for UK P&P & 2.00 for oversea's Airmail - Order via email & get the most upto date prices. Check our Web pages (updated every day) for special ofers and new releases. Special offers running every day. JUNGLE STRIKE SPECIAL FEATURE (1 4 .ff CAPTIAL PUNISHMENT Only (24.99 688 ATTACK SUPER SIOMARKS LEGENDS LURE OF THE SUB (12 DATA DISK (S B * f 17.BB T.TRESS (12 SABRE TEAM PLAYER ON MANAGER 2 OOYSSEY 1199 RUGBY SYNDICATE ( 12.M EURO KICKOFF 3 Hi Quality Version Available on AMIGALAND.COMC7.BB INTER OFFICE UPNtl BLACK CRYPT M r ( I f f * Me (11.00 INTER SPREAD WORLD CUP M r ( 9 99 Inc SOCCER CM2 - (3.99 A ll - (3 99 IN TER WORD K240 (7.U M r u n w CHESS SYSTEM SCREEHBAT 4 Give us a ring if you do not see what you want ACTIVE STEREO Some titles are limited and will go out of stock quickly. -
UC Berkeley UC Berkeley Electronic Theses and Dissertations
UC Berkeley UC Berkeley Electronic Theses and Dissertations Title Design and Implementation of an Optionally-Typed Functional Programming Language Permalink https://escholarship.org/uc/item/99k5w2m0 Author Li, Patrick Shaobai Publication Date 2017 Peer reviewed|Thesis/dissertation eScholarship.org Powered by the California Digital Library University of California Design and Implementation of an Optionally-Typed Functional Programming Language by Patrick S. Li A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in Engineering { Electrical Engineering and Computer Sciences in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Koushik Sen, Chair Adjunct Professor Jonathan Bachrach Professor George Necula Professor Sara McMains Fall 2017 Design and Implementation of an Optionally-Typed Functional Programming Language Copyright 2017 by Patrick S. Li 1 Abstract Design and Implementation of an Optionally-Typed Functional Programming Language by Patrick S. Li Doctor of Philosophy in Engineering { Electrical Engineering and Computer Sciences University of California, Berkeley Professor Koushik Sen, Chair This thesis describes the motivation, design, and implementation of L.B. Stanza, an optionally- typed functional programming language aimed at helping programmers tackle the complexity of architecting large programs and increasing their productivity across the entire software development life cycle. Its design objectives arose out of our own frustrations with writing software, and we built Stanza to be a practical general-purpose language that resolves the problems we encounter in our daily work. Stanza was designed to write programs of appreciable complexity; where development time is spent primarily on managing this complexity; and where better tools for managing complexity can significantly improve programmer productivity. -
LISP Session
LISP Session Chairman: Barbara Liskov Speaker: John McCarthy Discussant: Paul Abrahams PAPER: HISTORY OF LISP John McCarthy 1. Introduction This paper concentrates on the development of the basic ideas and distinguishes two periods--Summer 1956 through Summer 1958, when most of the key ideas were devel- oped (some of which were implemented in the FORTRAN-based FLPL), and Fall 1958 through 1962, when the programming language was implemented and applied to problems of artificial intelligence. After 1962, the development of LISP became multistranded, and different ideas were pursued in different places. Except where I give credit to someone else for an idea or decision, I should be regarded as tentatively claiming credit for it or else regarding it as a consequence of previous deci- sions. However, I have made mistakes about such matters in the past, and I have received very little response to requests for comments on drafts of this paper. It is particularly easy to take as obvious a feature that cost someone else considerable thought long ago. As the writing of this paper approaches its conclusion, I have become aware of additional sources of information and additional areas of uncertainty. As a programming language, LISP is characterized by the following ideas: computing with symbolic expressions rather than numbers, representation of symbolic expressions and other information by list structure in the memory of a computer, representation of in- formation in external media mostly by multilevel lists and sometimes by S-expressions, a small -
Flexible Supply Chain Simulation
J. Manuel Feliz-Teixeira Flexible Supply Chain Simulation Thesis 01 MARCH 2006 Text submitted in partial fulfilment for the degree of Doctor in Sciences of Engineering Supervisor António E. S. Carvalho Brito Advisor Richard Saw RESEARCH SPONSORED BY THE: THROUGH THE: PUBLISHER: Publindústria® Produção de Comunicação, Lda. EUROPEAN UNION European Social Fund (III framework) Copyright: Ó J. Manuel Feliz-Teixeira All rights reserved First Edition: Porto, 1 March 2006 ISBN: 972-8953-04-6 Legal deposit: 239362/06 Original cover art: Jorge Pereira Publisher: Publindústria, Produção de Comunicação Pr. Da Corujeira, 38 – Apt.3825 4300-144 Porto Portugal Tel: +351.22.589.96.20 Fax: +351.22.589.96.29 Email: [email protected] URL: http://www.publindustria.pt Flexible Supply Chain Simulation Thesis J. Manuel Feliz-Teixeira* 01 March 2006 Text submitted in partial fulfilment for the degree of Doctor in Sciences of Engineering Supervisor: António E. S. Carvalho Brito Advisor: Richard Saw Research sponsored by the: European Social Fund (III framework) Through the: * Complete name: José Manuel Feliz Dias Teixeira i To my mother and my father, and my old professors of Physics. J. Manuel Feliz-Teixeira IMPORTANT NOTE: NOTA IMPORTANTE: The contents of this text are registered with the Portuguese Society of Authors and protected by the law of intellectual rights, including the copyright. No reproductions or publications are allowed without the expressed permission of the author. O conteúdo desta tese encontra-se registado na Sociedade Portuguesa de Autores e está protegido pela lei geral e específica dos direitos de autor, morais e patrimoniais (copyright). Não é permitida qualquer reprodução ou publicação sem o expresso consentimento do autor. -
<[email protected]> Sent: Tuesday, May 22, 2018 5:32 PM To
From: [email protected] <[email protected]> Sent: Tuesday, May 22, 2018 5:32 PM To: Smith, Ashley <[email protected]>; Neufeld, Darin <[email protected]> Subject: Golden Door Comment on Newland Sierra GHG Mitigation Attached is a comment letter from Kathy Van Ness of the Golden Door on the Newland Sierra project. Christine Sherer Legal Secretary LATHAM & WATKINS LLP 12670 High Bluff Drive San Diego, CA 92130 Direct Dial: +1.858.523.5440 Fax: +1.858.523.5450 Email: [email protected] http://www.lw.com This email may contain material that is confidential, privileged and/or attorney work product for the sole use of the intended recipient. Any review, disclosure, reliance or distribution by others or forwarding without express permission is strictly prohibited. If you are not the intended recipient, please contact the sender and delete all copies including any attachments. Latham & Watkins LLP or any of its affiliates may monitor electronic communications sent or received by our networks in order to protect our business and verify compliance with our policies and relevant legal requirements. Any personal information contained or referred to within this electronic communication will be processed in accordance with the firm's privacy notices and Global Privacy Standards available at www.lw.com. Darin Neufeld Ashley Smith Planning and Development Services County of San Diego 5510 Overland Avenue, Suite 310 San Diego, CA 92123 Dear Mr. Neufeld and Ms. Smith: I am writing on behalf of the Golden Door, to follow up my letter in January of this year asking that the County of San Diego (County) to do its part to ensure that greenhouse gas (GHG) emissions are reduced within the County. -
Hi Quality Version Available on AMIGALAND.COM
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A History of the Amiga by Jeremy Reimer
A history of the Amiga By Jeremy Reimer 1 part 1: Genesis 3 part 2: The birth of Amiga 13 part 3: The first prototype 19 part 4: Enter Commodore 27 part 5: Postlaunch blues 39 part 6: Stopping the bleeding 48 part 7: Game on! 60 Shadow of the 16-bit Beast 71 2 A history of the Amiga, part 1: Genesis By Jeremy Reimer Prologue: the last day April 24, 1994 The flag was flying at half-mast when Dave Haynie drove up to the headquarters of Commodore International for what would be the last time. Dave had worked for Commodore at its West Chester, Pennsylvania, headquarters for eleven years as a hardware engineer. His job was to work on advanced products, like the revolutionary AAA chipset that would have again made the Amiga computer the fastest and most powerful multimedia machine available. But AAA, like most of the projects underway at Commodore, had been canceled in a series of cost-cutting measures, the most recent of which had reduced the staff of over one thousand people at the factory to less than thirty. "Bringing your camera on the last day, eh Dave?" the receptionist asked in a resigned voice."Yeah, well, they can't yell at me for spreading secrets any more, can they?" he replied. Dave took his camera on a tour of the factory, his low voice echoing through the empty hallways. "I just thought about it this morning," he said, referring to his idea to film the last moments of the company for which he had given so much of his life. -
1 1. Programacion Declarativa
1. PROGRAMACION DECLARATIVA................................................................. 4 1.1 NUEVOS LENGUAJES. ANTIGUA LÓGICA. ........................................... 4 1.1.1 Lambda Cálculo de Church y Deducción Natural de Grentzen....... 4 1.1.2 El impacto de la lógica..................................................................... 5 1.1.3 Demostradores de teoremas ............................................................. 5 1.1.4 Confianza y Seguridad. .................................................................... 6 1.2 INTRODUCCIÓN A LA PROGRAMACIÓN FUNCIONAL ...................... 7 1.2.1 ¿Qué es la Programación Funcional?............................................... 7 1.2.1.1 Modelo Funcional ................................................................. 7 1.2.1.2 Funciones de orden superior ................................................. 7 1.2.1.3 Sistemas de Inferencia de Tipos y Polimorfismo.................. 8 1.2.1.4 Evaluación Perezosa.............................................................. 8 1.2.2 ¿Qué tienen de bueno los lenguajes funcionales? ............................ 9 1.2.3 Funcional contra imperativo........................................................... 11 1.2.4 Preguntas sobre Programación Funcional...................................... 11 1.2.5 Otro aspecto: La Crisis del Software.............................................. 11 2. HASKELL (Basado en un artículo de Simon Peyton Jones)............................ 13 2.1 INTRODUCCIÓN....................................................................................... -
What Can Perl Learn from Rebol ?
What can Perl learn from Rebol ? No Rebol Course some hobby philosophy Perl Philosophy TIMTOWTDI simple and possible context sensitive Philosophy TIMTOWTDI simple and possible context sensitive Quote Take a dash of PERL, mix with the cross platform compatibilty of a Java, and make it extremely easy for beginners to start coding, and you get the general idea. A Hobby Philosopher „Real“ Philosopher Carl Sassenrath Carl Sassenrath - Apple, HP and Commodore Carl Sassenrath - Apple, HP and Commodore - Pantaray, American Multimedia, Videostream Carl Sassenrath - Apple, HP and Commodore - Pantaray, American Multimedia, Videostream - REBOL Technologies Carl Sassenrath - Amiga OS, IOS, VisCorp ED - CDTV - Amiga Logo, Next Gen. Forth, Rebol - Distribution - Browser Left Click : Start Rebol App Left Click : Start Rebol App Rebol App Rebol App Rebol App Rebol App - Browser Right Click : Get Meta Data Rebol Editor - Browser Rebol Shell Carl Sassenrath - Amiga OS, IOS, VisCorp ED - CDTV - Amiga Logo, Next Gen. Forth, Rebol Carl Sassenrath - Amiga OS, IOS, VisCorp ED - CDTV - Amiga Logo, Next Gen. Forth, Rebol ● Lisp, Forth, Logo and Self ● Lisp, Forth, Logo and Self ● Lightweight Distributed Computing ● Lisp, Forth, Logo and Self ● Lightweight Distributed Computing ● programming-in-the-small (PITS) PITS: ~ 800kB binary 1.8 MB for distribution Libs Tools Samples Docs Links PITS: Remote Editor: 53 Daytime Server Deamon: 61 bmp2png Converter TCP Port Scanner: 98 Simple Clock App: 106 Minimal Email Client: 130 Simple Picture Viewer: 132 PITS: Remote Editor: