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merge master; regen samples

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This commit is contained in:
Rick Bradley
2014-04-21 10:38:26 -05:00
parent 487cad7041 182aaf8fce
commit e46c6968ba
37 changed files with 45108 additions and 40768 deletions
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2
github-linguist.gemspec
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@@ -1,6 +1,6 @@
Gem::Specification.new do |s|
s.name = 'github-linguist'
s.version = '2.10.11'
s.version = '2.10.12'
s.summary = "GitHub Language detection"
s.description = 'We use this library at GitHub to detect blob languages, highlight code, ignore binary files, suppress generated files in diffs, and generate language breakdown graphs.'

13
lib/linguist/generated.rb
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@@ -62,7 +62,8 @@ module Linguist
generated_protocol_buffer? ||
generated_jni_header? ||
composer_lock? ||
node_modules?
node_modules? ||
vcr_cassette?
end
# Internal: Is the blob an XCode project file?
@@ -235,5 +236,15 @@ module Linguist
def composer_lock?
!!name.match(/composer.lock/)
end
# Is the blob a VCR Cassette file?
#
# Returns true or false
def vcr_cassette?
return false unless extname == '.yml'
return false unless lines.count > 2
# VCR Cassettes have "recorded_with: VCR" in the second last line.
return lines[-2].include?("recorded_with: VCR")
end
end
end

10
lib/linguist/heuristics.rb
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@@ -19,6 +19,9 @@ module Linguist
if languages.all? { |l| ["Perl", "Prolog"].include?(l) }
disambiguate_pl(data, languages)
end
if languages.all? { |l| ["ECL", "Prolog"].include?(l) }
disambiguate_ecl(data, languages)
end
if languages.all? { |l| ["TypeScript", "XML"].include?(l) }
disambiguate_ts(data, languages)
end
@@ -46,6 +49,13 @@ module Linguist
matches
end
def self.disambiguate_ecl(data, languages)
matches = []
matches << Language["Prolog"] if data.include?(":-")
matches << Language["ECL"] if data.include?(":=")
matches
end
def self.disambiguate_ts(data, languages)
matches = []
if (data.include?("</translation>"))

77
lib/linguist/languages.yml
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@@ -53,6 +53,18 @@ ASP:
- .aspx
- .axd
ATS:
type: programming
color: "#1ac620"
primary_extension: .dats
lexer: OCaml
aliases:
- ats2
extensions:
- .atxt
- .hats
- .sats
ActionScript:
type: programming
lexer: ActionScript 3
@@ -92,6 +104,8 @@ AppleScript:
primary_extension: .applescript
extensions:
- .scpt
interpreters:
- osascript
Arc:
type: programming
@@ -115,6 +129,12 @@ AsciiDoc:
- .adoc
- .asc
AspectJ:
type: programming
lexer: AspectJ
color: "#1957b0"
primary_extension: .aj
Assembly:
type: programming
lexer: NASM
@@ -214,6 +234,7 @@ C:
color: "#555"
primary_extension: .c
extensions:
- .cats
- .w
C#:
@@ -239,6 +260,7 @@ C++:
extensions:
- .C
- .c++
- .cc
- .cxx
- .H
- .h++
@@ -284,7 +306,7 @@ COBOL:
CSS:
ace_mode: css
color: "#1f085e"
color: "#563d7c"
primary_extension: .css
Ceylon:
@@ -326,6 +348,7 @@ Clojure:
- .cljscm
- .cljx
- .hic
- .cljs.hl
filenames:
- riemann.config
@@ -475,6 +498,9 @@ Dylan:
type: programming
color: "#3ebc27"
primary_extension: .dylan
extensions:
- .intr
- .lid
Ecere Projects:
type: data
@@ -540,6 +566,14 @@ F#:
- .fsi
- .fsx
FLUX:
type: programming
color: "#33CCFF"
primary_extension: .fx
lexer: Text only
extensions:
- .flux
FORTRAN:
type: programming
lexer: Fortran
@@ -578,7 +612,7 @@ Fancy:
- .fancypack
filenames:
- Fakefile
Fantom:
type: programming
color: "#dbded5"
@@ -684,6 +718,7 @@ HTML:
extensions:
- .htm
- .xhtml
- .html.hl
HTML+Django:
type: markup
@@ -832,6 +867,13 @@ JSON5:
lexer: JavaScript
primary_extension: .json5
JSONLD:
type: data
group: JavaScript
ace_mode: json
lexer: JavaScript
primary_extension: .jsonld
Jade:
group: HTML
type: markup
@@ -854,7 +896,7 @@ Java Server Pages:
JavaScript:
type: programming
ace_mode: javascript
color: "#f15501"
color: "#f7df1e"
aliases:
- js
- node
@@ -874,6 +916,8 @@ JavaScript:
- .ssjs
filenames:
- Jakefile
interpreters:
- node
Julia:
type: programming
@@ -1025,6 +1069,13 @@ Mathematica:
primary_extension: .mathematica
lexer: Text only
Mask:
type: markup
lexer: SCSS
color: "#f97732"
ace_mode: scss
primary_extension: .mask
Matlab:
type: programming
color: "#bb92ac"
@@ -1328,6 +1379,7 @@ Prolog:
color: "#74283c"
primary_extension: .prolog
extensions:
- .ecl
- .pl
Protocol Buffer:
@@ -1392,6 +1444,7 @@ R:
primary_extension: .r
extensions:
- .R
- .rsx
filenames:
- .Rprofile
interpreters:
@@ -1505,6 +1558,7 @@ Ruby:
- Appraisals
- Berksfile
- Gemfile
- Gemfile.lock
- Guardfile
- Podfile
- Thorfile
@@ -1556,6 +1610,7 @@ Scheme:
color: "#1e4aec"
primary_extension: .scm
extensions:
- .sld
- .sls
- .ss
interpreters:
@@ -1594,6 +1649,12 @@ Shell:
filenames:
- Dockerfile
Shen:
type: programming
color: "#120F14"
lexer: Text only
primary_extension: .shen
Slash:
type: programming
color: "#007eff"
@@ -1633,6 +1694,15 @@ SuperCollider:
lexer: Text only
primary_extension: .scd
SystemVerilog:
type: programming
color: "#343761"
lexer: systemverilog
primary_extension: .sv
extensions:
- .svh
- .vh
TOML:
type: data
primary_extension: .toml
@@ -1810,6 +1880,7 @@ XML:
- .kml
- .launch
- .mxml
- .osm
- .plist
- .pluginspec
- .ps1xml

82958
lib/linguist/samples.json
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10
lib/linguist/vendor.yml
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@@ -47,6 +47,9 @@
# Debian packaging
- ^debian/
# Haxelib projects often contain a neko bytecode file named run.n
- run.n$
## Commonly Bundled JavaScript frameworks ##
# jQuery
@@ -114,6 +117,13 @@
# Sparkle
- (^|/)Sparkle/
## Groovy ##
# Gradle
- (^|/)gradlew$
- (^|/)gradlew\.bat$
- (^|/)gradle/wrapper/
## .NET ##
# Visual Studio IntelliSense

110
samples/ATS/CoYonedaLemma.dats Normal file
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@@ -0,0 +1,110 @@
(* ****** ****** *)
//
// HX-2014-01
// CoYoneda Lemma:
//
(* ****** ****** *)
//
#include
"share/atspre_staload.hats"
//
(* ****** ****** *)
staload
"libats/ML/SATS/basis.sats"
staload
"libats/ML/SATS/list0.sats"
(* ****** ****** *)
staload _ = "libats/ML/DATS/list0.dats"
(* ****** ****** *)
sortdef ftype = type -> type
(* ****** ****** *)
infixr (->) ->>
typedef ->> (a:type, b:type) = a -<cloref1> b
(* ****** ****** *)
typedef
functor(F:ftype) =
{a,b:type} (a ->> b) ->> F(a) ->> F(b)
(* ****** ****** *)
typedef
list0 (a:type) = list0 (a)
extern
val functor_list0 : functor (list0)
(* ****** ****** *)
implement
functor_list0{a,b}
(f) = lam xs => list0_map<a><b> (xs, f)
(* ****** ****** *)
datatype
CoYoneda
(F:ftype, r:type) = {a:type} CoYoneda of (a ->> r, F(a))
// end of [CoYoneda]
(* ****** ****** *)
//
extern
fun CoYoneda_phi
: {F:ftype}functor(F) -> {r:type} (F (r) ->> CoYoneda (F, r))
extern
fun CoYoneda_psi
: {F:ftype}functor(F) -> {r:type} (CoYoneda (F, r) ->> F (r))
//
(* ****** ****** *)
implement
CoYoneda_phi(ftor) = lam (fx) => CoYoneda (lam x => x, fx)
implement
CoYoneda_psi(ftor) = lam (CoYoneda(f, fx)) => ftor (f) (fx)
(* ****** ****** *)
datatype int0 = I of (int)
datatype bool = True | False // boxed boolean
(* ****** ****** *)
//
fun bool2string
(x:bool): string =
(
case+ x of True() => "True" | False() => "False"
)
//
implement
fprint_val<bool> (out, x) = fprint (out, bool2string(x))
//
(* ****** ****** *)
fun int2bool (i: int0): bool =
let val+I(i) = i in if i > 0 then True else False end
(* ****** ****** *)
val myintlist0 = g0ofg1($list{int0}((I)1, (I)0, (I)1, (I)0, (I)0))
val myboolist0 = CoYoneda{list0,bool}{int0}(lam (i) => int2bool(i), myintlist0)
val myboolist0 = CoYoneda_psi{list0}(functor_list0){bool}(myboolist0)
(* ****** ****** *)
val ((*void*)) = fprintln! (stdout_ref, "myboolist0 = ", myboolist0)
(* ****** ****** *)
implement main0 () = ()
(* ****** ****** *)
(* end of [CoYonedaLemma.dats] *)

178
samples/ATS/DiningPhil2.dats Normal file
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@@ -0,0 +1,178 @@
(* ****** ****** *)
//
// HX-2013-11
//
// Implementing a variant of
// the problem of Dining Philosophers
//
(* ****** ****** *)
//
#include
"share/atspre_define.hats"
#include
"share/atspre_staload.hats"
//
(* ****** ****** *)
staload
UN = "prelude/SATS/unsafe.sats"
(* ****** ****** *)
staload "libc/SATS/stdlib.sats"
staload "libc/SATS/unistd.sats"
(* ****** ****** *)
staload "{$LIBATSHWXI}/teaching/mythread/SATS/channel.sats"
(* ****** ****** *)
staload _ = "libats/DATS/deqarray.dats"
staload _ = "{$LIBATSHWXI}/teaching/mythread/DATS/channel.dats"
(* ****** ****** *)
staload "./DiningPhil2.sats"
(* ****** ****** *)
implement phil_left (n) = n
implement phil_right (n) = (n+1) \nmod NPHIL
(* ****** ****** *)
//
extern
fun randsleep (n: intGte(1)): void
//
implement
randsleep (n) =
ignoret (sleep($UN.cast{uInt}(rand() mod n + 1)))
// end of [randsleep]
//
(* ****** ****** *)
implement
phil_think (n) =
{
val () = println! ("phil_think(", n, ") starts")
val () = randsleep (6)
val () = println! ("phil_think(", n, ") finishes")
}
(* ****** ****** *)
implement
phil_dine (n, lf, rf) =
{
val () = println! ("phil_dine(", n, ") starts")
val () = randsleep (3)
val () = println! ("phil_dine(", n, ") finishes")
}
(* ****** ****** *)
implement
phil_loop (n) = let
//
val () = phil_think (n)
//
val nl = phil_left (n)
val nr = phil_right (n)
//
val ch_lfork = fork_changet (nl)
val ch_rfork = fork_changet (nr)
//
val lf = channel_takeout (ch_lfork)
val () = println! ("phil_loop(", n, ") picks left fork")
//
val () = randsleep (2) // HX: try to actively induce deadlock
//
val rf = channel_takeout (ch_rfork)
val () = println! ("phil_loop(", n, ") picks right fork")
//
val () = phil_dine (n, lf, rf)
//
val ch_forktray = forktray_changet ()
val () = channel_insert (ch_forktray, lf)
val () = channel_insert (ch_forktray, rf)
//
in
phil_loop (n)
end // end of [phil_loop]
(* ****** ****** *)
implement
cleaner_wash (f) =
{
val f = fork_get_num (f)
val () = println! ("cleaner_wash(", f, ") starts")
val () = randsleep (1)
val () = println! ("cleaner_wash(", f, ") finishes")
}
(* ****** ****** *)
implement
cleaner_return (f) =
{
val n = fork_get_num (f)
val ch = fork_changet (n)
val () = channel_insert (ch, f)
}
(* ****** ****** *)
implement
cleaner_loop () = let
//
val ch = forktray_changet ()
val f0 = channel_takeout (ch)
//
val () = cleaner_wash (f0)
val () = cleaner_return (f0)
//
in
cleaner_loop ()
end // end of [cleaner_loop]
(* ****** ****** *)
dynload "DiningPhil2.sats"
dynload "DiningPhil2_fork.dats"
dynload "DiningPhil2_thread.dats"
(* ****** ****** *)
local
//
staload
"{$LIBATSHWXI}/teaching/mythread/SATS/mythread.sats"
//
in (* in of [local] *)
//
val () = mythread_create_cloptr (llam () => phil_loop (0))
val () = mythread_create_cloptr (llam () => phil_loop (1))
val () = mythread_create_cloptr (llam () => phil_loop (2))
val () = mythread_create_cloptr (llam () => phil_loop (3))
val () = mythread_create_cloptr (llam () => phil_loop (4))
//
val () = mythread_create_cloptr (llam () => cleaner_loop ())
//
end // end of [local]
(* ****** ****** *)
implement
main0 () =
{
//
val () = println! ("DiningPhil2: starting")
val ((*void*)) = while (true) ignoret (sleep(1))
//
} (* end of [main0] *)
(* ****** ****** *)
(* end of [DiningPhil2.dats] *)

71
samples/ATS/DiningPhil2.sats Normal file
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@@ -0,0 +1,71 @@
(* ****** ****** *)
//
// HX-2013-11
//
// Implementing a variant of
// the problem of Dining Philosophers
//
(* ****** ****** *)
#include
"share/atspre_define.hats"
(* ****** ****** *)
staload "{$LIBATSHWXI}/teaching/mythread/SATS/channel.sats"
(* ****** ****** *)
%{#
#define NPHIL 5
%} // end of [%{#]
#define NPHIL 5
(* ****** ****** *)
typedef nphil = natLt(NPHIL)
(* ****** ****** *)
fun phil_left (n: nphil): nphil
fun phil_right (n: nphil): nphil
(* ****** ****** *)
//
fun phil_loop (n: nphil): void
//
(* ****** ****** *)
fun cleaner_loop ((*void*)): void
(* ****** ****** *)
absvtype fork_vtype = ptr
vtypedef fork = fork_vtype
(* ****** ****** *)
fun fork_get_num (!fork): nphil
(* ****** ****** *)
fun phil_dine
(n: nphil, lf: !fork, rf: !fork): void
// end of [phil_dine]
fun phil_think (n: nphil): void
(* ****** ****** *)
fun cleaner_wash (f: !fork): void
fun cleaner_return (f: fork): void
(* ****** ****** *)
//
fun fork_changet (n: nphil): channel(fork)
//
fun forktray_changet ((*void*)): channel(fork)
//
(* ****** ****** *)
(* end of [DiningPhil2.sats] *)

89
samples/ATS/DiningPhil2_fork.dats Normal file
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@@ -0,0 +1,89 @@
(* ****** ****** *)
//
// HX-2013-11
//
// Implementing a variant of
// the problem of Dining Philosophers
//
(* ****** ****** *)
//
#include
"share/atspre_define.hats"
#include
"share/atspre_staload.hats"
//
(* ****** ****** *)
staload
UN = "prelude/SATS/unsafe.sats"
(* ****** ****** *)
staload "{$LIBATSHWXI}/teaching/mythread/SATS/channel.sats"
(* ****** ****** *)
staload _ = "libats/DATS/deqarray.dats"
staload _ = "{$LIBATSHWXI}/teaching/mythread/DATS/channel.dats"
(* ****** ****** *)
staload "./DiningPhil2.sats"
(* ****** ****** *)
datavtype fork = FORK of (nphil)
(* ****** ****** *)
assume fork_vtype = fork
(* ****** ****** *)
implement
fork_get_num (f) = let val FORK(n) = f in n end
(* ****** ****** *)
local
val
the_forkarray = let
//
typedef t = channel(fork)
//
implement
array_tabulate$fopr<t>
(n) = ch where
{
val n = $UN.cast{nphil}(n)
val ch = channel_create_exn<fork> (i2sz(2))
val () = channel_insert (ch, FORK (n))
}
//
in
arrayref_tabulate<t> (i2sz(NPHIL))
end // end of [val]
in (* in of [local] *)
implement fork_changet (n) = the_forkarray[n]
end // end of [local]
(* ****** ****** *)
local
val the_forktray =
channel_create_exn<fork> (i2sz(NPHIL+1))
in (* in of [local] *)
implement forktray_changet () = the_forktray
end // end of [local]
(* ****** ****** *)
(* end of [DiningPhil2_fork.dats] *)

43
samples/ATS/DiningPhil2_thread.dats Normal file
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@@ -0,0 +1,43 @@
(* ****** ****** *)
//
// HX-2013-11
//
// Implementing a variant of
// the problem of Dining Philosophers
//
(* ****** ****** *)
//
#include "share/atspre_define.hats"
#include "share/atspre_staload.hats"
//
(* ****** ****** *)
staload "{$LIBATSHWXI}/teaching/mythread/SATS/mythread.sats"
(* ****** ****** *)
local
//
#include "{$LIBATSHWXI}/teaching/mythread/DATS/mythread.dats"
//
in (* in of [local] *)
//
// HX: it is intentionally left to be empty
//
end // end of [local]
(* ****** ****** *)
local
//
#include "{$LIBATSHWXI}/teaching/mythread/DATS/mythread_posix.dats"
//
in (* in of [local] *)
//
// HX: it is intentionally left to be empty
//
end // end of [local]
(* ****** ****** *)
(* end of [DiningPhil2_thread.dats] *)

178
samples/ATS/YonedaLemma.dats Normal file
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@@ -0,0 +1,178 @@
(* ****** ****** *)
//
// HX-2014-01
// Yoneda Lemma:
// The hardest "trivial" theorem :)
//
(* ****** ****** *)
//
#include
"share/atspre_staload.hats"
//
(* ****** ****** *)
staload
"libats/ML/SATS/basis.sats"
staload
"libats/ML/SATS/list0.sats"
staload
"libats/ML/SATS/option0.sats"
(* ****** ****** *)
staload _ = "libats/ML/DATS/list0.dats"
staload _ = "libats/ML/DATS/option0.dats"
(* ****** ****** *)
sortdef ftype = type -> type
(* ****** ****** *)
infixr (->) ->>
typedef ->> (a:type, b:type) = a -<cloref1> b
(* ****** ****** *)
typedef
functor(F:ftype) =
{a,b:type} (a ->> b) ->> F(a) ->> F(b)
(* ****** ****** *)
typedef
list0 (a:type) = list0 (a)
extern
val functor_list0 : functor (list0)
(* ****** ****** *)
implement
functor_list0{a,b}
(f) = lam xs => list0_map<a><b> (xs, f)
(* ****** ****** *)
typedef
option0 (a:type) = option0 (a)
extern
val functor_option0 : functor (option0)
(* ****** ****** *)
implement
functor_option0{a,b}
(f) = lam opt => option0_map<a><b> (opt, f)
(* ****** ****** *)
extern
val functor_homres
: {c:type} functor (lam(r:type) => c ->> r)
(* ****** ****** *)
implement
functor_homres{c}{a,b} (f) = lam (r) => lam (x) => f (r(x))
(* ****** ****** *)
//
extern
fun Yoneda_phi : {F:ftype}functor(F) ->
{a:type}F(a) ->> ({r:type}(a ->> r) ->> F(r))
extern
fun Yoneda_psi : {F:ftype}functor(F) ->
{a:type}({r:type}(a ->> r) ->> F(r)) ->> F(a)
//
(* ****** ****** *)
//
implement
Yoneda_phi
(ftor) = lam(fx) => lam (m) => ftor(m)(fx)
//
implement
Yoneda_psi (ftor) = lam(mf) => mf(lam x => x)
//
(* ****** ****** *)
(*
(* ****** ****** *)
//
// HX-2014-01-05:
// Another version based on Natural Transformation
//
(* ****** ****** *)
typedef
natrans(F:ftype, G:ftype) = {x:type} (F(x) ->> G(x))
(* ****** ****** *)
//
extern
fun Yoneda_phi_nat : {F:ftype}functor(F) ->
{a:type} F(a) ->> natrans(lam (r:type) => (a ->> r), F)
extern
fun Yoneda_psi_nat : {F:ftype}functor(F) ->
{a:type} natrans(lam (r:type) => (a ->> r), F) ->> F(a)
//
(* ****** ****** *)
//
implement
Yoneda_phi_nat
(ftor) = lam(fx) => lam (m) => ftor(m)(fx)
//
implement
Yoneda_psi_nat (ftor) = lam(mf) => mf(lam x => x)
//
(* ****** ****** *)
*)
(* ****** ****** *)
datatype bool = True | False // boxed boolean
(* ****** ****** *)
//
fun bool2string
(x:bool): string =
(
case+ x of True() => "True" | False() => "False"
)
//
implement
fprint_val<bool> (out, x) = fprint (out, bool2string(x))
//
(* ****** ****** *)
//
val myboolist0 =
$list_t{bool}(True, False, True, False, False)
val myboolist0 = g0ofg1_list (myboolist0)
//
(* ****** ****** *)
//
extern
val Yoneda_bool_list0 : {r:type} (bool ->> r) ->> list0(r)
//
implement
Yoneda_bool_list0 =
Yoneda_phi(functor_list0){bool}(myboolist0)
//
(* ****** ****** *)
//
val myboolist1 =
Yoneda_psi(functor_list0){bool}(Yoneda_bool_list0)
//
(* ****** ****** *)
val () = fprintln! (stdout_ref, "myboolist0 = ", myboolist0)
val () = fprintln! (stdout_ref, "myboolist1 = ", myboolist1)
(* ****** ****** *)
implement main0 () = ()
(* ****** ****** *)
(* end of [YonedaLemma.dats] *)

187
samples/ATS/linset.hats Normal file
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@@ -0,0 +1,187 @@
(***********************************************************************)
(* *)
(* Applied Type System *)
(* *)
(***********************************************************************)
(*
** ATS/Postiats - Unleashing the Potential of Types!
** Copyright (C) 2011-2013 Hongwei Xi, ATS Trustful Software, Inc.
** All rights reserved
**
** ATS is free software; you can redistribute it and/or modify it under
** the terms of the GNU GENERAL PUBLIC LICENSE (GPL) as published by the
** Free Software Foundation; either version 3, or (at your option) any
** later version.
**
** ATS is distributed in the hope that it will be useful, but WITHOUT ANY
** WARRANTY; without even the implied warranty of MERCHANTABILITY or
** FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
** for more details.
**
** You should have received a copy of the GNU General Public License
** along with ATS; see the file COPYING. If not, please write to the
** Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA
** 02110-1301, USA.
*)
(* ****** ****** *)
(* Author: Hongwei Xi *)
(* Authoremail: hwxi AT cs DOT bu DOT edu *)
(* Start time: December, 2012 *)
(* ****** ****** *)
//
// HX: shared by linset_listord (* ordered list *)
// HX: shared by linset_avltree (* AVL-tree-based *)
//
(* ****** ****** *)
//
// HX-2013-02:
// for sets of nonlinear elements
//
absvtype set_vtype (a:t@ype+) = ptr
//
(* ****** ****** *)
vtypedef set (a:t0p) = set_vtype (a)
(* ****** ****** *)
fun{a:t0p}
compare_elt_elt (x1: a, x2: a):<> int
(* ****** ****** *)
fun{} linset_nil{a:t0p} ():<> set(a)
fun{} linset_make_nil{a:t0p} ():<> set(a)
(* ****** ****** *)
fun{a:t0p} linset_sing (x: a):<!wrt> set(a)
fun{a:t0p} linset_make_sing (x: a):<!wrt> set(a)
(* ****** ****** *)
fun{a:t0p}
linset_make_list (xs: List(INV(a))):<!wrt> set(a)
(* ****** ****** *)
fun{}
linset_is_nil {a:t0p} (xs: !set(INV(a))):<> bool
fun{}
linset_isnot_nil {a:t0p} (xs: !set(INV(a))):<> bool
(* ****** ****** *)
fun{a:t0p} linset_size (!set(INV(a))): size_t
(* ****** ****** *)
fun{a:t0p}
linset_is_member (xs: !set(INV(a)), x0: a):<> bool
fun{a:t0p}
linset_isnot_member (xs: !set(INV(a)), x0: a):<> bool
(* ****** ****** *)
fun{a:t0p}
linset_copy (!set(INV(a))):<!wrt> set(a)
fun{a:t0p}
linset_free (xs: set(INV(a))):<!wrt> void
(* ****** ****** *)
//
fun{a:t0p}
linset_insert
(xs: &set(INV(a)) >> _, x0: a):<!wrt> bool
//
(* ****** ****** *)
//
fun{a:t0p}
linset_takeout
(
&set(INV(a)) >> _, a, res: &(a?) >> opt(a, b)
) :<!wrt> #[b:bool] bool(b) // endfun
fun{a:t0p}
linset_takeout_opt (&set(INV(a)) >> _, a):<!wrt> Option_vt(a)
//
(* ****** ****** *)
//
fun{a:t0p}
linset_remove
(xs: &set(INV(a)) >> _, x0: a):<!wrt> bool
//
(* ****** ****** *)
//
// HX: choosing an element in an unspecified manner
//
fun{a:t0p}
linset_choose
(
xs: !set(INV(a)), x: &a? >> opt (a, b)
) :<!wrt> #[b:bool] bool(b)
//
fun{a:t0p}
linset_choose_opt (xs: !set(INV(a))):<!wrt> Option_vt(a)
//
(* ****** ****** *)
fun{a:t0p}
linset_takeoutmax
(
xs: &set(INV(a)) >> _, res: &a? >> opt(a, b)
) :<!wrt> #[b:bool] bool (b)
fun{a:t0p}
linset_takeoutmax_opt (xs: &set(INV(a)) >> _):<!wrt> Option_vt(a)
(* ****** ****** *)
fun{a:t0p}
linset_takeoutmin
(
xs: &set(INV(a)) >> _, res: &a? >> opt(a, b)
) :<!wrt> #[b:bool] bool (b)
fun{a:t0p}
linset_takeoutmin_opt (xs: &set(INV(a)) >> _):<!wrt> Option_vt(a)
(* ****** ****** *)
//
fun{}
fprint_linset$sep (FILEref): void // ", "
//
fun{a:t0p}
fprint_linset (out: FILEref, xs: !set(INV(a))): void
//
overload fprint with fprint_linset
//
(* ****** ****** *)
//
fun{
a:t0p}{env:vt0p
} linset_foreach$fwork
(x: a, env: &(env) >> _): void
//
fun{a:t0p}
linset_foreach (set: !set(INV(a))): void
fun{
a:t0p}{env:vt0p
} linset_foreach_env
(set: !set(INV(a)), env: &(env) >> _): void
// end of [linset_foreach_env]
//
(* ****** ****** *)
fun{a:t0p}
linset_listize (xs: set(INV(a))): List0_vt (a)
(* ****** ****** *)
fun{a:t0p}
linset_listize1 (xs: !set(INV(a))): List0_vt (a)
(* ****** ****** *)
(* end of [linset.hats] *)

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(***********************************************************************)
(* *)
(* Applied Type System *)
(* *)
(***********************************************************************)
(*
** ATS/Postiats - Unleashing the Potential of Types!
** Copyright (C) 2011-2013 Hongwei Xi, ATS Trustful Software, Inc.
** All rights reserved
**
** ATS is free software; you can redistribute it and/or modify it under
** the terms of the GNU GENERAL PUBLIC LICENSE (GPL) as published by the
** Free Software Foundation; either version 3, or (at your option) any
** later version.
**
** ATS is distributed in the hope that it will be useful, but WITHOUT ANY
** WARRANTY; without even the implied warranty of MERCHANTABILITY or
** FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
** for more details.
**
** You should have received a copy of the GNU General Public License
** along with ATS; see the file COPYING. If not, please write to the
** Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA
** 02110-1301, USA.
*)
(* ****** ****** *)
(* Author: Hongwei Xi *)
(* Authoremail: hwxi AT cs DOT bu DOT edu *)
(* Start time: February, 2013 *)
(* ****** ****** *)
//
// HX-2013-08:
// a set is represented as a sorted list in descending order;
// note that descending order is chosen to faciliate set comparison
//
(* ****** ****** *)
staload
UN = "prelude/SATS/unsafe.sats"
(* ****** ****** *)
staload "libats/SATS/linset_listord.sats"
(* ****** ****** *)
#include "./SHARE/linset.hats" // code reuse
#include "./SHARE/linset_node.hats" // code reuse
(* ****** ****** *)
assume
set_vtype (elt:t@ype) = List0_vt (elt)
(* ****** ****** *)
implement{}
linset_nil () = list_vt_nil ()
implement{}
linset_make_nil () = list_vt_nil ()
(* ****** ****** *)
implement
{a}(*tmp*)
linset_sing
(x) = list_vt_cons{a}(x, list_vt_nil)
// end of [linset_sing]
implement{a}
linset_make_sing
(x) = list_vt_cons{a}(x, list_vt_nil)
// end of [linset_make_sing]
(* ****** ****** *)
implement{}
linset_is_nil (xs) = list_vt_is_nil (xs)
implement{}
linset_isnot_nil (xs) = list_vt_is_cons (xs)
(* ****** ****** *)
implement{a}
linset_size (xs) =
let val n = list_vt_length(xs) in i2sz(n) end
// end of [linset_size]
(* ****** ****** *)
implement{a}
linset_is_member
(xs, x0) = let
//
fun aux
{n:nat} .<n>.
(
xs: !list_vt (a, n)
) :<> bool = let
in
//
case+ xs of
| list_vt_cons (x, xs) => let
val sgn = compare_elt_elt<a> (x0, x) in
if sgn > 0 then false else (if sgn < 0 then aux (xs) else true)
end // end of [list_vt_cons]
| list_vt_nil ((*void*)) => false
//
end // end of [aux]
//
in
aux (xs)
end // end of [linset_is_member]
(* ****** ****** *)
implement{a}
linset_copy (xs) = list_vt_copy<a> (xs)
implement{a}
linset_free (xs) = list_vt_free<a> (xs)
(* ****** ****** *)
implement{a}
linset_insert
(xs, x0) = let
//
fun
mynode_cons
{n:nat} .<>.
(
nx: mynode1 (a), xs: list_vt (a, n)
) : list_vt (a, n+1) = let
//
val xs1 =
$UN.castvwtp0{List1_vt(a)}(nx)
val+@list_vt_cons (_, xs2) = xs1
prval () = $UN.cast2void (xs2); val () = (xs2 := xs)
//
in
fold@ (xs1); xs1
end // end of [mynode_cons]
//
fun ins
{n:nat} .<n>. // tail-recursive
(
xs: &list_vt (a, n) >> list_vt (a, n1)
) : #[n1:nat | n <= n1; n1 <= n+1] bool =
(
case+ xs of
| @list_vt_cons
(x, xs1) => let
val sgn =
compare_elt_elt<a> (x0, x)
// end of [val]
in
if sgn > 0 then let
prval () = fold@ (xs)
val nx = mynode_make_elt<a> (x0)
val ((*void*)) = xs := mynode_cons (nx, xs)
in
false
end else if sgn < 0 then let
val ans = ins (xs1)
prval () = fold@ (xs)
in
ans
end else let // [x0] is found
prval () = fold@ (xs)
in
true (* [x0] in [xs] *)
end (* end of [if] *)
end // end of [list_vt_cons]
| list_vt_nil () => let
val nx = mynode_make_elt<a> (x0)
val ((*void*)) = xs := mynode_cons (nx, xs)
in
false
end // end of [list_vt_nil]
) (* end of [ins] *)
//
in
$effmask_all (ins (xs))
end // end of [linset_insert]
(* ****** ****** *)
(*
//
HX-2013-08:
[linset_remove] moved up
//
implement{a}
linset_remove
(xs, x0) = let
//
fun rem
{n:nat} .<n>. // tail-recursive
(
xs: &list_vt (a, n) >> list_vt (a, n1)
) : #[n1:nat | n1 <= n; n <= n1+1] bool =
(
case+ xs of
| @list_vt_cons
(x, xs1) => let
val sgn =
compare_elt_elt<a> (x0, x)
// end of [val]
in
if sgn > 0 then let
prval () = fold@ (xs)
in
false
end else if sgn < 0 then let
val ans = rem (xs1)
prval () = fold@ (xs)
in
ans
end else let // x0 = x
val xs1_ = xs1
val ((*void*)) = free@{a}{0}(xs)
val () = xs := xs1_
in
true // [x0] in [xs]
end (* end of [if] *)
end // end of [list_vt_cons]
| list_vt_nil () => false
) (* end of [rem] *)
//
in
$effmask_all (rem (xs))
end // end of [linset_remove]
*)
(* ****** ****** *)
(*
** By Brandon Barker
*)
implement
{a}(*tmp*)
linset_choose
(xs, x0) = let
in
//
case+ xs of
| list_vt_cons
(x, xs1) => let
val () = x0 := x
prval () = opt_some{a}(x0)
in
true
end // end of [list_vt_cons]
| list_vt_nil () => let
prval () = opt_none{a}(x0)
in
false
end // end of [list_vt_nil]
//
end // end of [linset_choose]
(* ****** ****** *)
implement
{a}{env}
linset_foreach_env (xs, env) = let
//
implement
list_vt_foreach$fwork<a><env>
(x, env) = linset_foreach$fwork<a><env> (x, env)
//
in
list_vt_foreach_env<a><env> (xs, env)
end // end of [linset_foreach_env]
(* ****** ****** *)
implement{a}
linset_listize (xs) = xs
(* ****** ****** *)
implement{a}
linset_listize1 (xs) = list_vt_copy (xs)
(* ****** ****** *)
//
// HX: functions for processing mynodes
//
(* ****** ****** *)
implement{
} mynode_null{a} () =
$UN.castvwtp0{mynode(a,null)}(the_null_ptr)
// end of [mynode_null]
(* ****** ****** *)
implement
{a}(*tmp*)
mynode_make_elt
(x) = let
//
val nx = list_vt_cons{a}{0}(x, _ )
//
in
$UN.castvwtp0{mynode1(a)}(nx)
end // end of [mynode_make_elt]
(* ****** ****** *)
implement{
} mynode_free
{a}(nx) = () where {
val nx =
$UN.castvwtp0{List1_vt(a)}(nx)
//
val+~list_vt_cons (_, nx2) = nx
//
prval ((*void*)) = $UN.cast2void (nx2)
//
} (* end of [mynode_free] *)
(* ****** ****** *)
implement
{a}(*tmp*)
mynode_get_elt
(nx) = (x) where {
//
val nx1 =
$UN.castvwtp1{List1_vt(a)}(nx)
//
val+list_vt_cons (x, _) = nx1
//
prval ((*void*)) = $UN.cast2void (nx1)
//
} (* end of [mynode_get_elt] *)
(* ****** ****** *)
implement
{a}(*tmp*)
mynode_set_elt
{l} (nx, x0) =
{
//
val nx1 =
$UN.castvwtp1{List1_vt(a)}(nx)
//
val+@list_vt_cons (x, _) = nx1
//
val () = x := x0
//
prval () = fold@ (nx1)
prval () = $UN.cast2void (nx1)
//
prval () = __assert (nx) where
{
extern praxi __assert (nx: !mynode(a?, l) >> mynode (a, l)): void
} (* end of [prval] *)
//
} (* end of [mynode_set_elt] *)
(* ****** ****** *)
implement
{a}(*tmp*)
mynode_getfree_elt
(nx) = (x) where {
//
val nx =
$UN.castvwtp0{List1_vt(a)}(nx)
//
val+~list_vt_cons (x, nx2) = nx
//
prval ((*void*)) = $UN.cast2void (nx2)
//
} (* end of [mynode_getfree_elt] *)
(* ****** ****** *)
(*
fun{a:t0p}
linset_takeout_ngc
(set: &set(INV(a)) >> _, x0: a):<!wrt> mynode0 (a)
// end of [linset_takeout_ngc]
*)
implement
{a}(*tmp*)
linset_takeout_ngc
(set, x0) = let
//
fun takeout
(
xs: &List0_vt (a) >> _
) : mynode0(a) = let
in
//
case+ xs of
| @list_vt_cons
(x, xs1) => let
prval pf_x = view@x
prval pf_xs1 = view@xs1
val sgn =
compare_elt_elt<a> (x0, x)
// end of [val]
in
if sgn > 0 then let
prval () = fold@ (xs)
in
mynode_null{a}((*void*))
end else if sgn < 0 then let
val res = takeout (xs1)
prval ((*void*)) = fold@ (xs)
in
res
end else let // x0 = x
val xs1_ = xs1
val res = $UN.castvwtp0{mynode1(a)}((pf_x, pf_xs1 | xs))
val () = xs := xs1_
in
res // [x0] in [xs]
end (* end of [if] *)
end // end of [list_vt_cons]
| list_vt_nil () => mynode_null{a}((*void*))
//
end (* end of [takeout] *)
//
in
$effmask_all (takeout (set))
end // end of [linset_takeout_ngc]
(* ****** ****** *)
implement
{a}(*tmp*)
linset_takeoutmax_ngc
(xs) = let
in
//
case+ xs of
| @list_vt_cons
(x, xs1) => let
prval pf_x = view@x
prval pf_xs1 = view@xs1
val xs_ = xs
val () = xs := xs1
in
$UN.castvwtp0{mynode1(a)}((pf_x, pf_xs1 | xs_))
end // end of [list_vt_cons]
| @list_vt_nil () => let
prval () = fold@ (xs)
in
mynode_null{a}((*void*))
end // end of [list_vt_nil]
//
end // end of [linset_takeoutmax_ngc]
(* ****** ****** *)
implement
{a}(*tmp*)
linset_takeoutmin_ngc
(xs) = let
//
fun unsnoc
{n:pos} .<n>.
(
xs: &list_vt (a, n) >> list_vt (a, n-1)
) :<!wrt> mynode1 (a) = let
//
val+@list_vt_cons (x, xs1) = xs
//
prval pf_x = view@x and pf_xs1 = view@xs1
//
in
//
case+ xs1 of
| list_vt_cons _ =>
let val res = unsnoc(xs1) in fold@xs; res end
// end of [list_vt_cons]
| list_vt_nil () => let
val xs_ = xs
val () = xs := list_vt_nil{a}()
in
$UN.castvwtp0{mynode1(a)}((pf_x, pf_xs1 | xs_))
end // end of [list_vt_nil]
//
end // end of [unsnoc]
//
in
//
case+ xs of
| list_vt_cons _ => unsnoc (xs)
| list_vt_nil () => mynode_null{a}((*void*))
//
end // end of [linset_takeoutmin_ngc]
(* ****** ****** *)
(* end of [linset_listord.dats] *)

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(***********************************************************************)
(* *)
(* Applied Type System *)
(* *)
(***********************************************************************)
(*
** ATS/Postiats - Unleashing the Potential of Types!
** Copyright (C) 2011-2013 Hongwei Xi, ATS Trustful Software, Inc.
** All rights reserved
**
** ATS is free software; you can redistribute it and/or modify it under
** the terms of the GNU GENERAL PUBLIC LICENSE (GPL) as published by the
** Free Software Foundation; either version 3, or (at your option) any
** later version.
**
** ATS is distributed in the hope that it will be useful, but WITHOUT ANY
** WARRANTY; without even the implied warranty of MERCHANTABILITY or
** FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
** for more details.
**
** You should have received a copy of the GNU General Public License
** along with ATS; see the file COPYING. If not, please write to the
** Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA
** 02110-1301, USA.
*)
(* ****** ****** *)
//
// Author: Hongwei Xi
// Authoremail: hwxiATcsDOTbuDOTedu
// Time: October, 2010
//
(* ****** ****** *)
#define ATS_PACKNAME "ATSLIB.libats.linset_listord"
#define ATS_STALOADFLAG 0 // no static loading at run-time
(* ****** ****** *)
#include "./SHARE/linset.hats"
#include "./SHARE/linset_node.hats"
(* ****** ****** *)
castfn
linset2list {a:t0p} (xs: set (INV(a))):<> List0_vt (a)
(* ****** ****** *)
(* end of [linset_listord.sats] *)

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%{
#include "./../ATEXT/atextfun.hats"
%}
<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.1//EN"
"http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">
<html xmlns="http://www.w3.org/1999/xhtml">
<head>
<meta http-equiv="content-type" content="text/html; charset=UTF-8" />
<title>EFFECTIVATS-DiningPhil2</title>
#patscode_style()
</head>
<body>
<h1>
Effective ATS: Dining Philosophers
</h1>
In this article, I present an implementation of a slight variant of the
famous problem of 5-Dining-Philosophers by Dijkstra that makes simple but
convincing use of linear types.
<h2>
The Original Problem
</h2>
There are five philosophers sitting around a table and there are also 5
forks placed on the table such that each fork is located between the left
hand of a philosopher and the right hand of another philosopher. Each
philosopher does the following routine repeatedly: thinking and dining. In
order to dine, a philosopher needs to first acquire two forks: one located
on his left-hand side and the other on his right-hand side. After
finishing dining, a philosopher puts the two acquired forks onto the table:
one on his left-hand side and the other on his right-hand side.
<h2>
A Variant of the Original Problem
</h2>
The following twist is added to the original version:
<p>
After a fork is used, it becomes a "dirty" fork and needs to be put in a
tray for dirty forks. There is a cleaner who cleans dirty forks and then
puts them back on the table.
<h2>
Channels for Communication
</h2>
A channel is just a shared queue of fixed capacity. The following two
functions are for inserting an element into and taking an element out of a
given channel:
<pre
class="patsyntax">
#pats2xhtml_sats("\
fun{a:vt0p} channel_insert (channel (a), a): void
fun{a:vt0p} channel_takeout (chan: channel (a)): (a)
")</pre>
If [channel_insert] is called on a channel that is full, then the caller is
blocked until an element is taken out of the channel. If [channel_takeout]
is called on a channel that is empty, then the caller is blocked until an
element is inserted into the channel.
<h2>
A Channel for Each Fork
</h2>
Forks are resources given a linear type. Each fork is initially stored in a
channel, which can be obtained by calling the following function:
<pre
class="patsyntax">
#pats2xhtml_sats("\
fun fork_changet (n: nphil): channel(fork)
")</pre>
where the type [nphil] is defined to be [natLt(5)] (for natural numbers
less than 5). The channels for storing forks are chosen to be of capacity
2. The reason that channels of capacity 2 are chosen to store at most one
element (in each of them) is to guarantee that these channels can never be
full (so that there is no attempt made to send signals to awake callers
supposedly being blocked due to channels being full).
<h2>
A Channel for the Fork Tray
</h2>
A tray for storing "dirty" forks is also a channel, which can be obtained
by calling the following function:
<pre
class="patsyntax">
#pats2xhtml_sats("\
fun forktray_changet ((*void*)): channel(fork)
")</pre>
The capacity chosen for the channel is 6 (instead of 5) so that it can
never become full (as there are only 5 forks in total).
<h2>
Philosopher Loop
</h2>
Each philosopher is implemented as a loop:
<pre
class="patsyntax">
#pats2xhtml_dats('\
implement
phil_loop (n) = let
//
val () = phil_think (n)
//
val nl = phil_left (n) // = n
val nr = phil_right (n) // = (n+1) % 5
//
val ch_lfork = fork_changet (nl)
val ch_rfork = fork_changet (nr)
//
val lf = channel_takeout (ch_lfork)
val () = println! ("phil_loop(", n, ") picks left fork")
//
val () = randsleep (2) // sleep up to 2 seconds
//
val rf = channel_takeout (ch_rfork)
val () = println! ("phil_loop(", n, ") picks right fork")
//
val () = phil_dine (n, lf, rf)
//
val ch_forktray = forktray_changet ()
val () = channel_insert (ch_forktray, lf) // left fork to dirty tray
val () = channel_insert (ch_forktray, rf) // right fork to dirty tray
//
in
phil_loop (n)
end // end of [phil_loop]
')</pre>
It should be straighforward to follow the code for [phil_loop].
<h2>
Fork Cleaner Loop
</h2>
A cleaner is implemented as a loop:
<pre
class="patsyntax">
#pats2xhtml_dats('\
implement
cleaner_loop () = let
//
val ch = forktray_changet ()
val f0 = channel_takeout (ch) // [f0] is dirty
//
val () = cleaner_wash (f0) // washes dirty [f0]
val () = cleaner_return (f0) // puts back cleaned [f0]
//
in
cleaner_loop ()
end // end of [cleaner_loop]
')</pre>
The function [cleaner_return] first finds out the number of a given fork
and then uses the number to locate the channel for storing the fork. Its
actual implementation is given as follows:
<pre
class="patsyntax">
#pats2xhtml_dats('\
implement
cleaner_return (f) =
{
val n = fork_get_num (f)
val ch = fork_changet (n)
val () = channel_insert (ch, f)
}
')</pre>
It should now be straighforward to follow the code for [cleaner_loop].
<h2>
Testing
</h2>
The entire code of this implementation is stored in the following files:
<pre>
DiningPhil2.sats
DiningPhil2.dats
DiningPhil2_fork.dats
DiningPhil2_thread.dats
</pre>
There is also a Makefile available for compiling the ATS source code into
an excutable for testing. One should be able to encounter a deadlock after
running the simulation for a while.
<hr size="2">
This article is written by <a href="http://www.cs.bu.edu/~hwxi/">Hongwei Xi</a>.
</body>
</html>
%{
implement main () = fprint_filsub (stdout_ref, "main_atxt.txt")
%}

41
samples/AspectJ/CacheAspect.aj Normal file
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package com.blogspot.miguelinlas3.aspectj.cache;
import java.util.Map;
import java.util.WeakHashMap;
import org.aspectj.lang.JoinPoint;
import com.blogspot.miguelinlas3.aspectj.cache.marker.Cachable;
/**
* This simple aspect simulates the behaviour of a very simple cache
*
* @author migue
*
*/
public aspect CacheAspect {
public pointcut cache(Cachable cachable): execution(@Cachable * * (..)) && @annotation(cachable);
Object around(Cachable cachable): cache(cachable){
String evaluatedKey = this.evaluateKey(cachable.scriptKey(), thisJoinPoint);
if(cache.containsKey(evaluatedKey)){
System.out.println("Cache hit for key " + evaluatedKey);
return this.cache.get(evaluatedKey);
}
System.out.println("Cache miss for key " + evaluatedKey);
Object value = proceed(cachable);
cache.put(evaluatedKey, value);
return value;
}
protected String evaluateKey(String key, JoinPoint joinPoint) {
// TODO add some smart staff to allow simple scripting in @Cachable annotation
return key;
}
protected Map<String, Object> cache = new WeakHashMap<String, Object>();
}

50
samples/AspectJ/OptimizeRecursionCache.aj Normal file
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package aspects.caching;
import java.util.Map;
/**
* Cache aspect for optimize recursive functions.
*
* @author Migueli
* @date 05/11/2013
* @version 1.0
*
*/
public abstract aspect OptimizeRecursionCache {
@SuppressWarnings("rawtypes")
private Map _cache;
public OptimizeRecursionCache() {
_cache = getCache();
}
@SuppressWarnings("rawtypes")
abstract public Map getCache();
abstract public pointcut operation(Object o);
pointcut topLevelOperation(Object o): operation(o) && !cflowbelow(operation(Object));
before(Object o) : topLevelOperation(o) {
System.out.println("Seeking value for " + o);
}
Object around(Object o) : operation(o) {
Object cachedValue = _cache.get(o);
if (cachedValue != null) {
System.out.println("Found cached value for " + o + ": " + cachedValue);
return cachedValue;
}
return proceed(o);
}
@SuppressWarnings("unchecked")
after(Object o) returning(Object result) : topLevelOperation(o) {
_cache.put(o, result);
}
after(Object o) returning(Object result) : topLevelOperation(o) {
System.out.println("cache size: " + _cache.size());
}
}

56
samples/C/dynarray.cats Normal file
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/* ******************************************************************* */
/* */
/* Applied Type System */
/* */
/* ******************************************************************* */
/*
** ATS/Postiats - Unleashing the Potential of Types!
** Copyright (C) 2011-20?? Hongwei Xi, ATS Trustful Software, Inc.
** All rights reserved
**
** ATS is free software; you can redistribute it and/or modify it under
** the terms of the GNU GENERAL PUBLIC LICENSE (GPL) as published by the
** Free Software Foundation; either version 3, or (at your option) any
** later version.
**
** ATS is distributed in the hope that it will be useful, but WITHOUT ANY
** WARRANTY; without even the implied warranty of MERCHANTABILITY or
** FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
** for more details.
**
** You should have received a copy of the GNU General Public License
** along with ATS; see the file COPYING. If not, please write to the
** Free Software Foundation, 51 Franklin Street, Fifth Floor, Boston, MA
** 02110-1301, USA.
*/
/* ****** ****** */
/*
(* Author: Hongwei Xi *)
(* Authoremail: hwxi AT cs DOT bu DOT edu *)
(* Start time: March, 2013 *)
*/
/* ****** ****** */
#ifndef ATSHOME_LIBATS_DYNARRAY_CATS
#define ATSHOME_LIBATS_DYNARRAY_CATS
/* ****** ****** */
#include <string.h>
/* ****** ****** */
#define atslib_dynarray_memcpy memcpy
#define atslib_dynarray_memmove memmove
/* ****** ****** */
#endif // ifndef ATSHOME_LIBATS_DYNARRAY_CATS
/* ****** ****** */
/* end of [dynarray.cats] */

47
samples/C/readline.cats Normal file
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/*
** API in ATS for GNU-readline
*/
/* ****** ****** */
/*
** Permission to use, copy, modify, and distribute this software for any
** purpose with or without fee is hereby granted, provided that the above
** copyright notice and this permission notice appear in all copies.
**
** THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
** WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
** MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
** ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
** WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
** ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
** OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
*/
/* ****** ****** */
#ifndef READLINE_READLINE_CATS
#define READLINE_READLINE_CATS
/* ****** ****** */
#include <readline/readline.h>
/* ****** ****** */
//
#define \
atscntrb_readline_rl_library_version() ((char*)rl_library_version)
//
#define atscntrb_readline_rl_readline_version() (rl_readline_version)
//
/* ****** ****** */
#define atscntrb_readline_readline readline
/* ****** ****** */
#endif // ifndef READLINE_READLINE_CATS
/* ****** ****** */
/* end of [readline.cats] */

30
samples/JSONLD/sample.jsonld Normal file
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{
"@context": {
"property": "http://example.com/vocab#property"
},
"@id": "../document-relative",
"@type": "#document-relative",
"property": {
"@context": {
"@base": "http://example.org/test/"
},
"@id": "../document-base-overwritten",
"@type": "#document-base-overwritten",
"property": [
{
"@context": null,
"@id": "../document-relative",
"@type": "#document-relative",
"property": "context completely reset, drops property"
},
{
"@context": {
"@base": null
},
"@id": "../document-relative",
"@type": "#document-relative",
"property": "only @base is cleared"
}
]
}
}

36
samples/M/Comment.m Normal file
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Comment ;
; this is a comment block
; comments always start with a semicolon
; the next line, while not a comment, is a legal blank line
;whitespace alone is a valid line in a routine
;** Comments can have any graphic character, but no "control"
;** characters
;graphic characters such as: !@#$%^&*()_+=-{}[]|\:"?/>.<,
;the space character is considered a graphic character, even
;though you can't see it.
; ASCII characters whose numeric code is above 128 and below 32
; are NOT allowed on a line in a routine.
;; multiple semicolons are okay
; a line that has a tag must have whitespace after the tag, bug
; does not have to have a comment or a command on it
Tag1
;
;Tags can start with % or an uppercase or lowercase alphabetic
; or can be a series of numeric characters
%HELO ;
;
0123 ;
;
%987 ;
; the most common label is uppercase alphabetic
LABEL ;
;
; Tags can be followed directly by an open parenthesis and a
; formal list of variables, and a close parenthesis
ANOTHER(X) ;
;
;Normally, a subroutine would be ended by a QUIT command, but we
; are taking advantage of the rule that the END of routine is an
; implicit QUIT

61
samples/Mask/view.mask Normal file
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// HTML Elements
header {
img .logo src='/images/~[currentLogo].png' alt=logo;
h4 > 'Bar View'
if (currentUser) {
.account >
a href='/acount' >
'Hello, ~[currentUser.username]'
}
}
.view {
ul {
// Iteration
for ((user, index) of users) {
li.user data-id='~[user.id]' {
// interpolation
.name > '~[ user.username ]'
// expression
.count > '~[: user.level.toFixed(2) ]'
// util
/* Localization sample
* lastActivity: "Am {0:dd. MM} war der letzte Eintrag"
*/
.date > '~[ L: "lastActivity", user.date]'
}
}
}
// Component
:countdownComponent {
input type = text >
:dualbind value='number';
button x-signal='click: countdownStart' > 'Start';
h5 {
'~[bind: number]'
:animation x-slot='countdownStart' {
@model > 'transition | scale(0) > scale(1) | 500ms'
@next > 'background-color | red > blue | 2s linear'
}
}
}
}
footer > :bazCompo {
'Component generated at ~[: $u.format($c.date, "HH-mm") ]'
}

90
samples/Prolog/or-constraint.ecl Normal file
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:- lib(ic).
/**
* Question 1.11
* vabs(?Val, ?AbsVal)
*/
vabs(Val, AbsVal):-
AbsVal #> 0,
(
Val #= AbsVal
;
Val #= -AbsVal
),
labeling([Val, AbsVal]).
/**
* vabsIC(?Val, ?AbsVal)
*/
vabsIC(Val, AbsVal):-
AbsVal #> 0,
Val #= AbsVal or Val #= -AbsVal,
labeling([Val, AbsVal]).
/**
* Question 1.12
*/
% X #:: -10..10, vabs(X, Y).
% X #:: -10..10, vabsIC(X, Y).
/**
* Question 1.13
* faitListe(?ListVar, ?Taille, +Min, +Max)
*/
faitListe([], 0, _, _):-!.
faitListe([First|Rest], Taille, Min, Max):-
First #:: Min..Max,
Taille1 #= Taille - 1,
faitListe(Rest, Taille1, Min, Max).
/**
* Question 1.14
* suite(?ListVar)
*/
suite([Xi, Xi1, Xi2]):-
checkRelation(Xi, Xi1, Xi2).
suite([Xi, Xi1, Xi2|Rest]):-
checkRelation(Xi, Xi1, Xi2),
suite([Xi1, Xi2|Rest]).
/**
* checkRelation(?Xi, ?Xi1, ?Xi2)
*/
checkRelation(Xi, Xi1, Xi2):-
vabs(Xi1, VabsXi1),
Xi2 #= VabsXi1 - Xi.
/**
* Question 1.15
* checkPeriode(+ListVar).
*/
% TODO Any better solution?
checkPeriode(ListVar):-
length(ListVar, Length),
Length < 10.
checkPeriode([X1, X2, X3, X4, X5, X6, X7, X8, X9, X10|Rest]):-
X1 =:= X10,
checkPeriode([X2, X3, X4, X5, X6, X7, X8, X9, X10|Rest]).
% faitListe(ListVar, 18, -9, 9), suite(ListVar), checkPeriode(ListVar). => 99 solutions
/**
* Tests
*/
/*
vabs(5, 5). => Yes
vabs(5, -5). => No
vabs(-5, 5). => Yes
vabs(X, 5).
vabs(X, AbsX).
vabsIC(5, 5). => Yes
vabsIC(5, -5). => No
vabsIC(-5, 5). => Yes
vabsIC(X, 5).
vabsIC(X, AbsX).
faitListe(ListVar, 5, 1, 3). => 243 solutions
faitListe([_, _, _, _, _], Taille, 1, 3). => Taille = 5 !!!!!!!!!!!!!!!!
faitListe(ListVar, 18, -9, 9), suite(ListVar). => 99 solutions
*/

5
samples/R/R-qgis-extension.rsx Normal file
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##polyg=vector
##numpoints=number 10
##output=output vector
##[Example scripts]=group
pts=spsample(polyg,numpoints,type="regular")

7
samples/Scheme/basic.sld Normal file
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(define-library (libs basic)
(export list2 x)
(begin
(define (list2 . objs) objs)
(define x 'libs-basic)
(define not-exported 'should-not-be-exported)
))

321
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\* graph.shen --- a library for graph definition and manipulation
Copyright (C) 2011, Eric Schulte
*** License:
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are
met:
- Redistributions of source code must retain the above copyright
notice, this list of conditions and the following disclaimer.
- Redistributions in binary form must reproduce the above copyright
notice, this list of conditions and the following disclaimer in the
documentation and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
"AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*** Commentary:
Graphs are represented as two dictionaries one for vertices and one
for edges. It is important to note that the dictionary implementation
used is able to accept arbitrary data structures as keys. This
structure technically encodes hypergraphs (a generalization of graphs
in which each edge may contain any number of vertices). Examples of a
regular graph G and a hypergraph H with the corresponding data
structure are given below.
--G=<graph Vertices Edges>------------------------------------------------
Vertices Edges
---------- -------
+----Graph G-----+ hash | key -> value hash | key -> value
| | -----+------>-------- -----+-------->---------
| a---b---c g | 1 | a -> [1] 1 | [a b] -> [1 2]
| | | | 2 | b -> [1 2 3] 2 | [b c] -> [2 3]
| d---e---f | 3 | c -> [2 4] 3 | [b d] -> [2 4]
| | 4 | d -> [3 5] 4 | [c e] -> [3 5]
+----------------+ 5 | e -> [4 5 6] 5 | [d e] -> [4 5]
6 | f -> [6] 6 | [e f] -> [5 6]
7 | g -> []
--H=<graph Vertices Edges>------------------------------------------------
Vertices Edges
---------- -------
hash | key -> value hash | key -> value
+-- Hypergraph H----+ -----+------>-------- -----+-------->---------
| | 1 | a -> [1] 1 | [a b [1 2
| +------+ | 2 | b -> [1] | c d -> 3 4
| +------+------+ | 3 | c -> [1] | e f] 5 6]
| |a b c |d e f | | 4 | d -> [1 2] |
| +------+------+ | 5 | e -> [1 2] 2 | [d e [4 5
| |g h i | j | 6 | f -> [1 2] | f g -> 6 7
| +------+ | 7 | g -> [2] | h i] 8 9]
| | 8 | h -> [2]
+-------------------+ 9 | i -> [2]
10 | j -> []
--G=<graph Vertices Edges>-------Graph with associated edge/vertex data---------
Vertices Edges
---------- -------
+----Graph G-----+ hash | key -> value hash | key -> value
| 4 6 7 | -----+------>-------- -----+-------->---------
|0a---b---c g | 1 | a -> (@p 0 [1]) 1 | [a b] -> (@p 4 [1 2])
| 1| 3| | 2 | b -> [1 2 3] 2 | [b c] -> (@p 6 [2 3])
| d---e---f | 3 | c -> [2 4] 3 | [b d] -> (@p 1 [2 4])
| 2 5 | 4 | d -> [3 5] 4 | [c e] -> (@p 3 [3 5])
+----------------+ 5 | e -> [4 5 6] 5 | [d e] -> (@p 2 [4 5])
6 | f -> [6] 6 | [e f] -> (@p 5 [5 6])
7 | g -> (@p 7 [])
V = # of vertices
E = # of edges
M = # of vertex edge associations
size = size of all vertices + all vertices stored in Vertices dict
M * sizeof(int) * 4 + indices into Vertices & Edge dicts
V * sizeof(dict entry) + storage in the Vertex dict
E * sizeof(dict entry) + storage in the Edge dict
2 * sizeof(dict) the Vertices and Edge dicts
*** Code: *\
(require dict)
(require sequence)
(datatype graph
Vertices : dictionary;
Edges : dictoinary;
===================
(vector symbol Vertices Edges);)
(package graph- [graph graph? vertices edges add-vertex
add-edge has-edge? has-vertex? edges-for
neighbors connected-to connected? connected-components
vertex-partition bipartite?
\* included from the sequence library\ *\
take drop take-while drop-while range flatten
filter complement seperate zip indexed reduce
mapcon partition partition-with unique frequencies
shuffle pick remove-first interpose subset?
cartesian-product
\* included from the dict library\ *\
dict? dict dict-> <-dict contents key? keys vals
dictionary make-dict]
(define graph?
X -> (= graph (<-address X 0)))
(define make-graph
\* create a graph with specified sizes for the vertex dict and edge dict *\
{number --> number --> graph}
Vertsize Edgesize ->
(let Graph (absvector 3)
(do (address-> Graph 0 graph)
(address-> Graph 1 (make-dict Vertsize))
(address-> Graph 2 (make-dict Edgesize))
Graph)))
(defmacro graph-macro
\* return a graph taking optional sizes for the vertex and edge dicts *\
[graph] -> [make-graph 1024 1024]
[graph N] -> [make-graph N 1024]
[graph N M] -> [make-graph N M])
(define vert-dict Graph -> (<-address Graph 1))
(define edge-dict Graph -> (<-address Graph 2))
(define vertices
{graph --> (list A)}
Graph -> (keys (vert-dict Graph)))
(define edges
{graph --> (list (list A))}
Graph -> (keys (edge-dict Graph)))
(define get-data
Value V -> (if (tuple? Value)
(fst Value)
(error (make-string "no data for ~S~%" V))))
(define vertex-data
Graph V -> (get-data (<-dict (vert-dict Graph) V) V))
(define edge-data
Graph V -> (get-data (<-dict (edge-dict Graph) V) V))
(define resolve
{(vector (list A)) --> (@p number number) --> A}
Vector (@p Index Place) -> (nth (+ 1 Place) (<-vector Vector Index)))
(define resolve-vert
{graph --> (@p number number) --> A}
Graph Place -> (resolve (<-address (vert-dict Graph) 2) Place))
(define resolve-edge
{graph --> (@p number number) --> A}
Graph Place -> (resolve (<-address (edge-dict Graph) 2) Place))
(define edges-for
{graph --> A --> (list (list A))}
Graph Vert -> (let Val (trap-error (<-dict (vert-dict Graph) Vert) (/. E []))
Edges (if (tuple? Val) (snd Val) Val)
(map (lambda X (fst (resolve-edge Graph X))) Val)))
(define add-vertex-w-data
\* add a vertex to a graph *\
{graph --> A --> B --> A}
G V Data -> (do (dict-> (vert-dict G) V (@p Data (edges-for G V))) V))
(define add-vertex-w/o-data
\* add a vertex to a graph *\
{graph --> A --> B --> A}
G V -> (do (dict-> (vert-dict G) V (edges-for G V)) V))
(defmacro add-vertex-macro
[add-vertex G V] -> [add-vertex-w/o-data G V]
[add-vertex G V D] -> [add-vertex-w-data G V D])
(define update-vert
\* in a dict, add an edge to a vertex's edge list *\
{vector --> (@p number number) --> A --> number}
Vs Edge V -> (let Store (<-address Vs 2)
N (hash V (limit Store))
VertLst (trap-error (<-vector Store N) (/. E []))
Contents (trap-error (<-dict Vs V) (/. E []))
(do (dict-> Vs V (if (tuple? Contents)
(@p (fst Contents)
(adjoin Edge (snd Contents)))
(adjoin Edge Contents)))
(@p N (length VertLst)))))
(define update-edges-vertices
\* add an edge to a graph *\
{graph --> (list A) --> (list A)}
Graph Edge ->
(let Store (<-address (edge-dict Graph) 2)
EdgeID (hash Edge (limit Store))
EdgeLst (trap-error (<-vector Store EdgeID) (/. E []))
(map (update-vert (vert-dict Graph) (@p EdgeID (length EdgeLst))) Edge)))
(define add-edge-w-data
G E D -> (do (dict-> (edge-dict G) E (@p D (update-edges-vertices G E))) E))
(define add-edge-w/o-data
G E -> (do (dict-> (edge-dict G) E (update-edges-vertices G E)) E))
(defmacro add-edge-macro
[add-edge G E] -> [add-edge-w/o-data G E]
[add-edge G E V] -> [add-edge-w-data G E V])
(define has-edge?
{graph --> (list A) --> boolean}
Graph Edge -> (key? (edge-dict Graph) Edge))
(define has-vertex?
{graph --> A --> boolean}
Graph Vertex -> (key? (vert-dict Graph) Vertex))
(define neighbors
\* Return the neighbors of a vertex *\
{graph --> A --> (list A)}
Graph Vert -> (unique (mapcon (remove-first Vert) (edges-for Graph Vert))))
(define connected-to-
{graph --> (list A) --> (list A) --> (list A)}
Graph [] Already -> Already
Graph New Already ->
(let Reachable (unique (mapcon (neighbors Graph) New))
New (difference Reachable Already)
(connected-to- Graph New (append New Already))))
(define connected-to
\* return all vertices connected to the given vertex, including itself *\
{graph --> A --> (list A)}
Graph V -> (connected-to- Graph [V] [V]))
(define connected?
\* return if a graph is fully connected *\
{graph --> boolean}
Graph -> (reduce (/. V Acc
(and Acc
(subset? (vertices Graph) (connected-to Graph V))))
true (vertices Graph)))
(define connected-components-
\* given a graph return a list of connected components *\
{graph --> (list A) --> (list (list A)) --> (list graph)}
Graph [] _ -> []
Graph VS [] -> (map (/. V (let Component (graph 1 0)
(do (add-vertex Component V) Component)))
VS)
Graph [V|VS] ES ->
(let Con-verts (connected-to Graph V)
Con-edges (filter (/. E (subset? E Con-verts)) ES)
Component (graph (length Con-verts) (length Con-edges))
(do (map (add-edge-w/o-data Component) Con-edges)
(cons Component (connected-components- Graph
(difference VS Con-verts)
(difference ES Con-edges))))))
(define connected-components
{graph --> (list graph)}
Graph -> (connected-components- Graph (vertices Graph) (edges Graph)))
(define place-vertex
\* given a graph, vertex and list of partitions, partition the vertex *\
{graph --> A --> (list (list A)) --> (list (list A))}
Graph V [] -> (if (element? V (neighbors Graph V))
(simple-error
(make-string "self-loop ~S, no vertex partition" V))
[[V]])
Graph V [C|CS] -> (let Neighbors (neighbors Graph V)
(if (element? V Neighbors)
(simple-error
(make-string "self-loop ~S, no vertex partition" V))
(if (empty? (intersection C Neighbors))
[[V|C]|CS]
[C|(place-vertex Graph V CS)]))))
(define vertex-partition
\* partition the vertices of a graph *\
{graph --> (list (list A))}
Graph -> (reduce (place-vertex Graph) [] (vertices Graph)))
(define bipartite?
\* check if a graph is bipartite *\
{graph --> boolean}
Graph -> (= 2 (length (vertex-partition Graph))))
)
\* simple tests
(set g (graph))
(add-edge (value g) [chris patton])
(add-edge (value g) [eric chris])
(add-vertex (value g) nobody)
(has-edge? (value g) [patton chris])
(edges-for (value g) chris)
(neighbors (value g) chris)
(neighbors (value g) nobody)
(connected-to (value g) chris)
(connected? (value g))
(connected-components (value g)) <- fail when package wrapper is used
(map (function vertices) (connected-components (value g)))
*\

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\* html.shen --- html generation functions for shen
Copyright (C) 2011, Eric Schulte
*** License:
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are
met:
- Redistributions of source code must retain the above copyright
notice, this list of conditions and the following disclaimer.
- Redistributions in binary form must reproduce the above copyright
notice, this list of conditions and the following disclaimer in the
documentation and/or other materials provided with the distribution.
THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
"AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
(INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*** Commentary:
The standard lisp-to-html conversion tool suite. Follows some of
the convertions of Clojure's hiccup.
an example...
(8-) (html [ul#todo1.tasks.stuff [: [title "today"]]
(map (lambda Str [li Str]) ["get milk" "dishes"])])
"<ul class='tasks stuff' id='todo1' title='today'>
<li>get milk</li><li>dishes</li></ul>"
*** Code: *\
(trap-error
(require string)
(/. E (load "../string/string.shen")))
(package string- [html
\* symbols included from string *\
takestr dropstr substr length-str index-str
reverse-str starts-with substr? replace-str
join split trim-left trim-right chomp trim]
(define to-str
\* return argument as a string, if already a string do not change *\
X -> X where (string? X)
X -> (str X))
(define gassoc
X Y -> (hd (tl (assoc X Y))))
(define dassoc
X Y -> (remove (assoc X Y) Y))
(define passoc
[] Y -> Y
[X XV] Y -> (let Orig (gassoc X Y)
New (if (cons? Orig) [XV|Orig] XV)
[[X New]|(dassoc X Y)]))
(define html
X -> X where (string? X)
[Tag [: |Attrs] |Body] ->
(let Tag-comps (css-parse-symbol Tag)
Tag (gassoc tag Tag-comps)
New-attrs (passoc (assoc class Tag-comps)
(passoc (assoc id Tag-comps) Attrs))
(@s (make-string "<~S" Tag) (attributes New-attrs) ">"
(html Body)
(make-string "</~S>" Tag))) where (symbol? Tag)
[Tag|Body] -> (html [Tag [:] Body]) where (symbol? Tag)
[H|HS] -> (@s (html H) (html HS))
[] -> "")
(define css-parse-symbol
{symbol --> [[symbol A]]}
Symbol -> (let String (str Symbol)
Class-split (split (str .) String)
Class (map (function intern) (tl Class-split))
Id-split (split (str #) (hd Class-split))
Tag (hd Id-split)
Id (tl Id-split)
((if (= [] Id) (/. X X) (cons [id (intern (hd Id))]))
((if (= [] Class) (/. X X) (cons [class Class]))
[[tag (intern Tag)]]))))
(define attributes
[] -> ""
[[K V]|AS] -> (@s " " (to-str K) "='"
(if (cons? V) (join " " (map (function str) V)) (to-str V))
"'" (attributes AS)))
)

39
samples/Shen/json.shen Normal file
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@@ -0,0 +1,39 @@
(load "grammar.shen")
\*
JSON Lexer
1. Read a stream of characters
2. Whitespace characters not in strings should be discarded.
3. Whitespace characters in strings should be preserved
4. Strings can contain escaped double quotes. e.g. "\""
*\
(define whitespacep
\* e.g. ASCII 32 == #\Space. *\
\* All the others are whitespace characters from an ASCII table. *\
Char -> (member Char ["c#9;" "c#10;" "c#11;" "c#12;" "c#13;" "c#32;"]))
(define replace-whitespace
"" -> ""
(@s Whitespace Suffix) -> (@s "" (replace-whitespace Suffix)) where (whitespacep Whitespace)
(@s Prefix Suffix) -> (@s Prefix (replace-whitespace Suffix)))
(define fetch-until-unescaped-doublequote
[] -> []
["\" "c#34;" | Chars] -> ["\" "c#34;" | (fetch-until-unescaped-doublequote Chars)]
["c#34;" | Chars] -> []
[Char | Chars] -> [Char | (fetch-until-unescaped-doublequote Chars)])
\* (define strip-whitespace-chars *\
\* [] -> [] *\
\* ["c#34;" | Chars] -> ["c#34;" | ( *\
\* [WhitespaceChar | Chars] -> (strip-whitespace-chars Chars) where (whitespace? WhitespaceChar) *\
\* [Char | Chars] -> [Char | (strip-whitespace-chars Chars)]) *\
(define tokenise
JSONString ->
(let CharList (explode JSONString)
CharList))

216
samples/SystemVerilog/endpoint_phy_wrapper.svh Normal file
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@@ -0,0 +1,216 @@
module endpoint_phy_wrapper
(
input clk_sys_i,
input clk_ref_i,
input clk_rx_i,
input rst_n_i,
IWishboneMaster.master src,
IWishboneSlave.slave snk,
IWishboneMaster.master sys,
output [9:0] td_o,
input [9:0] rd_i,
output txn_o,
output txp_o,
input rxn_i,
input rxp_i
);
wire rx_clock;
parameter g_phy_type = "GTP";
wire[15:0] gtx_data;
wire [1:0]gtx_k;
wire gtx_disparity;
wire gtx_enc_error;
wire [15:0] grx_data;
wire grx_clk;
wire [1:0]grx_k;
wire grx_enc_error;
wire [3:0] grx_bitslide;
wire gtp_rst;
wire tx_clock;
generate
if(g_phy_type == "TBI") begin
assign rx_clock = clk_ref_i;
assign tx_clock = clk_rx_i;
wr_tbi_phy U_Phy
(
.serdes_rst_i (gtp_rst),
.serdes_loopen_i(1'b0),
.serdes_prbsen_i(1'b0),
.serdes_enable_i(1'b1),
.serdes_syncen_i(1'b1),
.serdes_tx_data_i (gtx_data[7:0]),
.serdes_tx_k_i (gtx_k[0]),
.serdes_tx_disparity_o (gtx_disparity),
.serdes_tx_enc_err_o (gtx_enc_error),
.serdes_rx_data_o (grx_data[7:0]),
.serdes_rx_k_o (grx_k[0]),
.serdes_rx_enc_err_o (grx_enc_error),
.serdes_rx_bitslide_o (grx_bitslide),
.tbi_refclk_i (clk_ref_i),
.tbi_rbclk_i (clk_rx_i),
.tbi_td_o (td_o),
.tbi_rd_i (rd_i),
.tbi_syncen_o (),
.tbi_loopen_o (),
.tbi_prbsen_o (),
.tbi_enable_o ()
);
end else if (g_phy_type == "GTX") begin // if (g_phy_type == "TBI")
wr_gtx_phy_virtex6
#(
.g_simulation(1)
) U_PHY
(
.clk_ref_i(clk_ref_i),
.tx_clk_o (tx_clock),
.tx_data_i (gtx_data),
.tx_k_i (gtx_k),
.tx_disparity_o (gtx_disparity),
.tx_enc_err_o(gtx_enc_error),
.rx_rbclk_o (rx_clock),
.rx_data_o (grx_data),
.rx_k_o (grx_k),
.rx_enc_err_o (grx_enc_error),
.rx_bitslide_o (),
.rst_i (!rst_n_i),
.loopen_i (1'b0),
.pad_txn_o (txn_o),
.pad_txp_o (txp_o),
.pad_rxn_i (rxn_i),
.pad_rxp_i (rxp_i)
);
end else if (g_phy_type == "GTP") begin // if (g_phy_type == "TBI")
assign #1 tx_clock = clk_ref_i;
wr_gtp_phy_spartan6
#(
.g_simulation(1)
) U_PHY
(
.gtp_clk_i(clk_ref_i),
.ch0_ref_clk_i(clk_ref_i),
.ch0_tx_data_i (gtx_data[7:0]),
.ch0_tx_k_i (gtx_k[0]),
.ch0_tx_disparity_o (gtx_disparity),
.ch0_tx_enc_err_o(gtx_enc_error),
.ch0_rx_rbclk_o (rx_clock),
.ch0_rx_data_o (grx_data[7:0]),
.ch0_rx_k_o (grx_k[0]),
.ch0_rx_enc_err_o (grx_enc_error),
.ch0_rx_bitslide_o (),
.ch0_rst_i (!rst_n_i),
.ch0_loopen_i (1'b0),
.pad_txn0_o (txn_o),
.pad_txp0_o (txp_o),
.pad_rxn0_i (rxn_i),
.pad_rxp0_i (rxp_i)
);
end // else: !if(g_phy_type == "TBI")
endgenerate
wr_endpoint
#(
.g_simulation (1),
.g_pcs_16bit(g_phy_type == "GTX" ? 1: 0),
.g_rx_buffer_size (1024),
.g_with_rx_buffer(0),
.g_with_timestamper (1),
.g_with_dmtd (0),
.g_with_dpi_classifier (1),
.g_with_vlans (0),
.g_with_rtu (0)
) DUT (
.clk_ref_i (clk_ref_i),
.clk_sys_i (clk_sys_i),
.clk_dmtd_i (clk_ref_i),
.rst_n_i (rst_n_i),
.pps_csync_p1_i (1'b0),
.phy_rst_o (),
.phy_loopen_o (),
.phy_enable_o (),
.phy_syncen_o (),
.phy_ref_clk_i (tx_clock),
.phy_tx_data_o (gtx_data),
.phy_tx_k_o (gtx_k),
.phy_tx_disparity_i (gtx_disparity),
.phy_tx_enc_err_i (gtx_enc_error),
.phy_rx_data_i (grx_data),
.phy_rx_clk_i (rx_clock),
.phy_rx_k_i (grx_k),
.phy_rx_enc_err_i (grx_enc_error),
.phy_rx_bitslide_i (5'b0),
.src_dat_o (snk.dat_i),
.src_adr_o (snk.adr),
.src_sel_o (snk.sel),
.src_cyc_o (snk.cyc),
.src_stb_o (snk.stb),
.src_we_o (snk.we),
.src_stall_i (snk.stall),
.src_ack_i (snk.ack),
.src_err_i(1'b0),
.snk_dat_i (src.dat_o[15:0]),
.snk_adr_i (src.adr[1:0]),
.snk_sel_i (src.sel[1:0]),
.snk_cyc_i (src.cyc),
.snk_stb_i (src.stb),
.snk_we_i (src.we),
.snk_stall_o (src.stall),
.snk_ack_o (src.ack),
.snk_err_o (src.err),
.snk_rty_o (src.rty),
.txtsu_ack_i (1'b1),
.rtu_full_i (1'b0),
.rtu_almost_full_i (1'b0),
.rtu_rq_strobe_p1_o (),
.rtu_rq_smac_o (),
.rtu_rq_dmac_o (),
.rtu_rq_vid_o (),
.rtu_rq_has_vid_o (),
.rtu_rq_prio_o (),
.rtu_rq_has_prio_o (),
.wb_cyc_i(sys.cyc),
.wb_stb_i (sys.stb),
.wb_we_i (sys.we),
.wb_sel_i(sys.sel),
.wb_adr_i(sys.adr[7:0]),
.wb_dat_i(sys.dat_o),
.wb_dat_o(sys.dat_i),
.wb_ack_o (sys.ack)
);
endmodule // endpoint_phy_wrapper

7
samples/SystemVerilog/fifo.sv Normal file
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@@ -0,0 +1,7 @@
module fifo (
input clk_50,
input clk_2,
input reset_n,
output [7:0] data_out,
output empty
);

18
samples/SystemVerilog/priority_encoder.sv Normal file
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@@ -0,0 +1,18 @@
// http://hdlsnippets.com/parameterized_priority_encoder
module priority_encoder #(parameter INPUT_WIDTH=8,OUTPUT_WIDTH=3)
(
input logic [INPUT_WIDTH-1:0] input_data,
output logic [OUTPUT_WIDTH-1:0] output_data
);
int ii;
always_comb
begin
output_data = 'b0;
for(ii=0;ii<INPUT_WIDTH;ii++)
if (input_data[ii])
output_data = ii[OUTPUT_WIDTH-1:0];
end
endmodule

8
samples/SystemVerilog/util.vh Normal file
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@@ -0,0 +1,8 @@
function integer log2;
input integer x;
begin
x = x-1;
for (log2 = 0; x > 0; log2 = log2 + 1)
x = x >> 1;
end
endfunction

20
samples/YAML/vcr_cassette.yml Normal file
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@@ -0,0 +1,20 @@
---
http_interactions:
- request:
method: get
uri: http://example.com/
body: ''
headers: {}
response:
status:
code: 200
message: OK
headers:
Content-Type:
- text/html;charset=utf-8
Content-Length:
- '26'
body: This is the response body
http_version: '1.1'
recorded_at: Tue, 01 Nov 2011 04:58:44 GMT
recorded_with: VCR 2.0.0

11
test/test_blob.rb
View File

@@ -211,6 +211,9 @@ class TestBlob < Test::Unit::TestCase
assert !blob("CSS/bootstrap.css").generated?
assert blob("CSS/bootstrap.min.css").generated?
# Generated VCR
assert blob("YAML/vcr_cassette.yml").generated?
assert Linguist::Generated.generated?("node_modules/grunt/lib/grunt.js", nil)
end
@@ -343,6 +346,14 @@ class TestBlob < Test::Unit::TestCase
# Vagrant
assert blob("Vagrantfile").vendored?
# Gradle
assert blob("gradlew").vendored?
assert blob("gradlew.bat").vendored?
assert blob("gradle/wrapper/gradle-wrapper.properties").vendored?
assert blob("subproject/gradlew").vendored?
assert blob("subproject/gradlew.bat").vendored?
assert blob("subproject/gradle/wrapper/gradle-wrapper.properties").vendored?
end
def test_language

12
test/test_heuristics.rb
View File

@@ -50,6 +50,18 @@ class TestHeuristcs < Test::Unit::TestCase
results = Heuristics.disambiguate_pl(fixture("Perl/perl-test.t"), languages)
assert_equal Language["Perl"], results.first
end
def test_ecl_prolog_by_heuristics
languages = ["ECL", "Prolog"]
results = Heuristics.disambiguate_ecl(fixture("Prolog/or-constraint.ecl"), languages)
assert_equal Language["Prolog"], results.first
end
def test_ecl_ecl_by_heuristics
languages = ["ECL", "Prolog"]
results = Heuristics.disambiguate_ecl(fixture("ECL/sample.ecl"), languages)
assert_equal Language["ECL"], results.first
end
def test_ts_typescript_by_heuristics
languages = ["TypeScript", "XML"]

3
test/test_language.rb
View File

@@ -10,6 +10,7 @@ class TestLanguage < Test::Unit::TestCase
def test_lexer
assert_equal Lexer['ActionScript 3'], Language['ActionScript'].lexer
assert_equal Lexer['AspectJ'], Language['AspectJ'].lexer
assert_equal Lexer['Bash'], Language['Gentoo Ebuild'].lexer
assert_equal Lexer['Bash'], Language['Gentoo Eclass'].lexer
assert_equal Lexer['Bash'], Language['Shell'].lexer
@@ -322,7 +323,7 @@ class TestLanguage < Test::Unit::TestCase
def test_color
assert_equal '#701516', Language['Ruby'].color
assert_equal '#3581ba', Language['Python'].color
assert_equal '#f15501', Language['JavaScript'].color
assert_equal '#f7df1e', Language['JavaScript'].color
assert_equal '#31859c', Language['TypeScript'].color
end