new verion of the book! beta.md -> index.md
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corresponding: true
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github_username: wenkokke
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twitter_username: wenkokke
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- name: Jeremy Siek
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- name: Jeremy G. Siek
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email: jsiek@indiana.edu
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corresponding: true
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github_username: jsiek
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@ -1,7 +1,6 @@
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---
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title : Table of Contents (Beta)
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title : Table of Contents
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layout : page
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permalink : /beta/
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---
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This book is an introduction to programming language theory using the
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@ -30,7 +29,7 @@ Pull requests are encouraged.
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- [Decidable]({{ site.baseurl }}/Decidable/): Booleans and decision procedures
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- [Lists]({{ site.baseurl }}/Lists/): Lists and higher-order functions
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## Part 2: Operational Semantics
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## Part 2: Programming Language Foundations
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- [Lambda]({{ site.baseurl }}/Lambda/): Introduction to Lambda Calculus
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- [Properties]({{ site.baseurl }}/Properties/): Progress and Preservation
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@ -39,20 +38,6 @@ Pull requests are encouraged.
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- [Bisimulation]({{ site.baseurl }}/Bisimulation/): Relating reductions systems
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- [Inference]({{ site.baseurl }}/Inference/): Bidirectional type inference
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- [Untyped]({{ site.baseurl }}/Untyped/): Untyped lambda calculus with full normalisation
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- [Confluence]({{ site.baseurl }}/Confluence/): Confluence of untyped lambda calculus 🚧
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- [BigStep]({{ site.baseurl }}/BigStep/): Big-step semantics of untyped lambda calculus 🚧
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## Part 3: Denotational Semantics
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- [Denotational]({{ site.baseurl }}/Denotational/): Denotational semantics of untyped lambda calculus 🚧
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- [Compositional]({{ site.baseurl }}/Compositional/): The denotational semantics is compositional 🚧
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- [Soundness]({{ site.baseurl }}/Soundness/): Soundness of reduction with respect to denotational semantics 🚧
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- [Adequacy]({{ site.baseurl }}/Adequacy/): Adequacy of denotational semantics with respect to operational semantics 🚧
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- [ContextualEquivalence]({{ site.baseurl }}/ContextualEquivalence/): Denotational equality implies contextual equivalence 🚧
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## Appendix
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- [Substitution]({{ site.baseurl }}/Substitution/): Substitution in untyped lambda calculus
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## Backmatter
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@ -74,24 +59,39 @@ Pull requests are encouraged.
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[2018]({{ site.baseurl }}/TSPL/2018/),
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[2019]({{ site.baseurl }}/TSPL/2019/)
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* David Darais, University of Vermont,
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[2018][UVM-CS-295A-2018]
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[2018][UVM-2018]
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* John Leo, Google Seattle, 2018--2019
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* Philip Wadler, Pontifícia Universidade Católica do Rio de Janeiro (PUC-Rio),
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[2019]({{ site.baseurl }}/PUC/2019/)
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* Prabhakar Ragde, University of Waterloo,
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[2019][UW-CS-842-2019]
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[2019][UW-2019]
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* Adrian King,
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San Francisco Types, Theorems, and Programming Languages Meetup
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[2019--2020][SFPL-Meetup-2020]
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* Jeremy Siek, Indiana University,
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[2020][IU-B522-2020]
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- A paper describing the book appeared in [SBMF][SMBF].
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[2020][IU-2020]
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* William Cook, University of Texas,
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[2020][UT-2020]
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- Shortlisted for Outstanding Course by Edinburgh University Student
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Association (second place) [2020][EUSA-2020]
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* "Types and Semantics for Programming Languages was the single
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best course I took throughout my time at the University of
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Edinburgh. Philip Wadler clearly poured his heart into teaching
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it, including writing a whole textbook including exercises
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specifically for the course."
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* "One of the most inspiring courses. Philip designed a course
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that is both very theoretical and very practical."
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- A paper describing the book appeared in [SBMF][SBMF].
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- [NextJournal][NextJournal] has built a notebook version of PLFA, which lets you edit and execute the book via a web interface.
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[GitHub]: https://github.com/plfa/plfa.github.io/
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[SMBF]: https://homepages.inf.ed.ac.uk/wadler/topics/agda.html#sbmf
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[SBMF]: https://homepages.inf.ed.ac.uk/wadler/topics/agda.html#sbmf
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[NextJournal]: https://nextjournal.com/plfa/ToC
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[UVM-CS-295A-2018]: https://web.archive.org/web/20190324115921/http://david.darais.com/courses/fa2018-cs295A/
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[IU-B522-2020]: https://jsiek.github.io/B522-PL-Foundations/
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[UVM-2018]: https://web.archive.org/web/20190324115921/http://david.darais.com/courses/fa2018-cs295A/
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[IU-2020]: https://jsiek.github.io/B522-PL-Foundations/
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[SFPL-Meetup-2020]: http://meet.meetup.com/wf/click?upn=ZDzXt-2B-2BZmzYir6Bq5X7vEQ2iNYdgjN9-2FU9nWKp99AU8rZjrncUsSYODqOGn6kV-2BqW71oirCo-2Bk8O1q2FtDFhYZR-2B737CPhNWBjt58LuSRC-2BWTj61VZCHquysW8z7dVtQWxB5Sorl3chjZLDptP70L7aBZL14FTERnKJcRQdrMtc-3D_IqHN4t3hH47BvE1Cz0BakIxV4odHudhr6IVs-2Fzslmv-2FBuORsh-2FwQmOxMBdyMHsSBndQDQmt47hobqsLp-2Bm04Y9LwgV66MGyucsd0I9EgDEUB-2FjzdtSgRv-2Fxng8Pgsa3AZIEYILOhLpQ5ige5VFYTEHVN1pEqnujCHovmTxJkqAK9H-2BIL15-2FPxx97RfHcz7M30YNyqp6TOYfgTxyUHc6lufYKFA75Y7MV6MeDJMxw9-2FYUxR6CEjdoagQBmaGkBVzN
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[UW-CS-842-2019]: https://cs.uwaterloo.ca/~plragde/842/
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[UT-2020]: https://www.cs.utexas.edu/~wcook/Courses/386L/Sp2020-GradPL.pdf
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[UW-2019]: https://cs.uwaterloo.ca/~plragde/842/
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[EUSA-2020]: https://www.eusa.ed.ac.uk/representation/campaigns/teachingawards2020/
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47
index.md
47
index.md
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@ -29,7 +29,7 @@ Pull requests are encouraged.
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- [Decidable]({{ site.baseurl }}/Decidable/): Booleans and decision procedures
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- [Lists]({{ site.baseurl }}/Lists/): Lists and higher-order functions
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## Part 2: Programming Language Foundations
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## Part 2: Operational Semantics
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- [Lambda]({{ site.baseurl }}/Lambda/): Introduction to Lambda Calculus
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- [Properties]({{ site.baseurl }}/Properties/): Progress and Preservation
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@ -38,6 +38,20 @@ Pull requests are encouraged.
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- [Bisimulation]({{ site.baseurl }}/Bisimulation/): Relating reductions systems
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- [Inference]({{ site.baseurl }}/Inference/): Bidirectional type inference
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- [Untyped]({{ site.baseurl }}/Untyped/): Untyped lambda calculus with full normalisation
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- [Confluence]({{ site.baseurl }}/Confluence/): Confluence of untyped lambda calculus 🚧
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- [BigStep]({{ site.baseurl }}/BigStep/): Big-step semantics of untyped lambda calculus 🚧
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## Part 3: Denotational Semantics
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- [Denotational]({{ site.baseurl }}/Denotational/): Denotational semantics of untyped lambda calculus 🚧
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- [Compositional]({{ site.baseurl }}/Compositional/): The denotational semantics is compositional 🚧
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- [Soundness]({{ site.baseurl }}/Soundness/): Soundness of reduction with respect to denotational semantics 🚧
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- [Adequacy]({{ site.baseurl }}/Adequacy/): Adequacy of denotational semantics with respect to operational semantics 🚧
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- [ContextualEquivalence]({{ site.baseurl }}/ContextualEquivalence/): Denotational equality implies contextual equivalence 🚧
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## Appendix
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- [Substitution]({{ site.baseurl }}/Substitution/): Substitution in untyped lambda calculus
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## Backmatter
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@ -59,39 +73,24 @@ Pull requests are encouraged.
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[2018]({{ site.baseurl }}/TSPL/2018/),
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[2019]({{ site.baseurl }}/TSPL/2019/)
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* David Darais, University of Vermont,
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[2018][UVM-2018]
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[2018][UVM-CS-295A-2018]
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* John Leo, Google Seattle, 2018--2019
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* Philip Wadler, Pontifícia Universidade Católica do Rio de Janeiro (PUC-Rio),
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[2019]({{ site.baseurl }}/PUC/2019/)
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* Prabhakar Ragde, University of Waterloo,
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[2019][UW-2019]
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[2019][UW-CS-842-2019]
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* Adrian King,
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San Francisco Types, Theorems, and Programming Languages Meetup
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[2019--2020][SFPL-Meetup-2020]
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* Jeremy Siek, Indiana University,
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[2020][IU-2020]
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* William Cook, University of Texas,
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[2020][UT-2020]
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- Shortlisted for Outstanding Course by Edinburgh University Student
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Association (second place) [2020][EUSA-2020]
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* "Types and Semantics for Programming Languages was the single
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best course I took throughout my time at the University of
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Edinburgh. Philip Wadler clearly poured his heart into teaching
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it, including writing a whole textbook including exercises
|
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specifically for the course."
|
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* "One of the most inspiring courses. Philip designed a course
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that is both very theoretical and very practical."
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- A paper describing the book appeared in [SBMF][SBMF].
|
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[2020][IU-B522-2020]
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- A paper describing the book appeared in [SBMF][SMBF].
|
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- [NextJournal][NextJournal] has built a notebook version of PLFA, which lets you edit and execute the book via a web interface.
|
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[GitHub]: https://github.com/plfa/plfa.github.io/
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[SBMF]: https://homepages.inf.ed.ac.uk/wadler/topics/agda.html#sbmf
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[SMBF]: https://homepages.inf.ed.ac.uk/wadler/topics/agda.html#sbmf
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[NextJournal]: https://nextjournal.com/plfa/ToC
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[UVM-2018]: https://web.archive.org/web/20190324115921/http://david.darais.com/courses/fa2018-cs295A/
|
||||
[IU-2020]: https://jsiek.github.io/B522-PL-Foundations/
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[UVM-CS-295A-2018]: https://web.archive.org/web/20190324115921/http://david.darais.com/courses/fa2018-cs295A/
|
||||
[IU-B522-2020]: https://jsiek.github.io/B522-PL-Foundations/
|
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[SFPL-Meetup-2020]: http://meet.meetup.com/wf/click?upn=ZDzXt-2B-2BZmzYir6Bq5X7vEQ2iNYdgjN9-2FU9nWKp99AU8rZjrncUsSYODqOGn6kV-2BqW71oirCo-2Bk8O1q2FtDFhYZR-2B737CPhNWBjt58LuSRC-2BWTj61VZCHquysW8z7dVtQWxB5Sorl3chjZLDptP70L7aBZL14FTERnKJcRQdrMtc-3D_IqHN4t3hH47BvE1Cz0BakIxV4odHudhr6IVs-2Fzslmv-2FBuORsh-2FwQmOxMBdyMHsSBndQDQmt47hobqsLp-2Bm04Y9LwgV66MGyucsd0I9EgDEUB-2FjzdtSgRv-2Fxng8Pgsa3AZIEYILOhLpQ5ige5VFYTEHVN1pEqnujCHovmTxJkqAK9H-2BIL15-2FPxx97RfHcz7M30YNyqp6TOYfgTxyUHc6lufYKFA75Y7MV6MeDJMxw9-2FYUxR6CEjdoagQBmaGkBVzN
|
||||
[UT-2020]: https://www.cs.utexas.edu/~wcook/Courses/386L/Sp2020-GradPL.pdf
|
||||
[UW-2019]: https://cs.uwaterloo.ca/~plragde/842/
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[EUSA-2020]: https://www.eusa.ed.ac.uk/representation/campaigns/teachingawards2020/
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[UW-CS-842-2019]: https://cs.uwaterloo.ca/~plragde/842/
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|
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