application/octet-stream
•
23.51 KB
•
657 lines
[3 [def eins 1] [def zwei 2] [+ eins zwei]]
[-3 [def eins 1] [def zwei 2] [def drei [+ eins zwei]] [set! eins [- drei drei drei]]]
[1073741824 [bit-shift-left 1 30]]
[-2147483649 [bit-not [bit-shift-left 1 31]]]
[128 [def zahl 1_2_8] zahl]
[10 [let [[a 10]] a]]
[20 [def b 20] [let [[a b]] a]]
[10 [def b 20] [let [[a b]] [set! a 10] a]]
[20 [def b 20] [let [[a b]] [set! a 10] b]]
[42 [let [[a 12] [b 30]] [+ a b]]]
[16 [def square [fn [a] [* a a]]] [square 4]]
[0 [- -1 -1]]
[11 [length "Hallo, Welt"]]
[#t [boolean #t]]
[#f [boolean #nil]]
[#f [boolean #f]]
[#t [boolean 0]]
[#t [boolean 1]]
[#t [boolean 0.1]]
[#t [boolean ""]]
[#t [boolean "a"]]
[#t [and [or #f #t] [and #t #t]]]
[12340 [- [read/int [cat 12 "3" "45 Test"]] 5]]
[12340 [let [[a [cat 12 "3" 45]]] [- [read/int a] [length a]]]]
[:read-error [try car [read/int [cat "123" "abc" 456]]]]
[123 [read/int [cat "123" " abc" 456]]]
[28 [+ [int 10] [int 10.23] [read/int "8"]]]
[#t [and [pair? [cons 1 '[2]]] [not [pair? 1]]]]
[1 [car [cons 1 '[2]]]]
[3 [+ [cadr '[1 2]] [car '[1]]]]
[#t [string? [describe "min"]]]
[3 [+ 1 [- [length '[1 2 3]] 1]]]
[#t [and [= "asd" "asd"] [not [= "asd" "bsd"]] [not [= "asd" "asdasd"]]]]
[#nil [list/ref '[1 2] 3]]
[1 [list/ref '[1 2] 0]]
[2 [list/ref '[1 2 3 4] 1]]
[#nil [ref '[1 2] 3]]
[1 [ref '[1 2] 0]]
[2 [ref '[1 2 3 4] 1]]
[20 [reduce [make-list 10 2] + 0]]
[4 [let [[a 10]] [when [when #t [set! a [+ 2 2]] #f] [set! a -1]] a]]
[6 [eval '[+ 1 2 3]]]
[10 [try car [+ [sum '[1 2 3]] [apply [fn [α] [+ 1 α]] '[3]]]]]
[7 [+ [apply + '[1 2]] [apply [fn [α] [+ 1 α]] '[3]]]]
[0 [apply + '[]]]
[0 [def cb +] [apply cb '[]]]
[2 [apply [fn [α] [+ 1 α]] '[1]]]
[1 [def cb [fn [α] [+ 1 α]]] [apply cb '[0]]]
[1 [let [[cb [fn [α] [+ 1 α]]]] [apply cb '[0]]]]
[1 [let* [def cb [fn [α] [+ 1 α]]] [apply cb '[0]]]]
[5 [length "12345"]]
[0 [or 0 0]]
[2 [and 1 2]]
[#t [boolean [and 1 1]]]
[#t [boolean 1]]
[6 [[fn [a] [+ a 4]] 2]]
[2 [def test 1] [def test 2] test]
[1 [def a 1] [when-not [= 2 2] [set! a 4]] a]
[4 [def a 1] [when-not [= 2 3] [set! a 4]] a]
[4 [def a 1] [when [= 2 2] [set! a 4]] a]
[1 [def a 1] [when [= 2 3] [set! a 4]] a]
[-1 [bit-not 0]]
[0 [bit-not -1]]
[16 [bit-shift-left 1 4]]
[1 [bit-shift-right 16 4]]
[1 [bit-shift-left 16 -4]]
[65536 [bit-shift-left 1 16]]
[-16 [bit-shift-left -1 4]]
[-16 [bit-nand #b1111 #b1111]]
[6 [eval [read/single "[+ 1 2 3]"]]]
["" [string/cut "\n" 1 1]]
["" [string/cut "\n" 1 -1]]
["" [string/cut "Hallo, Welt!" 0 -5]]
["" [string/cut "Hallo, Welt!" 15 5]]
["Hallo" [string/cut "Hallo, Welt!" 0 5]]
["Welt" [string/cut "Hallo, Welt!" 7 11]]
["" [cut "asd" 0 -1]]
["a" [cut "asd" -10 1]]
["a" [cut "asd" 0 1]]
["s" [cut "asd" 1 2]]
["sd" [cut "asd" 1 3]]
["d" [cut "asd" 2 3]]
["" [cut "asd" 3 4]]
[#nil [cut '[:a :s :d] 0 -1]]
[#nil [cut '[:a :s :d] -10 -1]]
['[:a] [cut '[:a :s :d] -10 1]]
['[:a] [cut '[:a :s :d] 0 1]]
['[:s] [cut '[:a :s :d] 1 2]]
['[:s :d] [cut '[:a :s :d] 1 3]]
['[:d] [cut '[:a :s :d] 2 3]]
['[] [cut '[:a :s :d] 3 4]]
[#[] [cut #[:a :s :d] 0 -1]]
[#[] [cut #[:a :s :d] -10 -1]]
[#[:a] [cut #[:a :s :d] -10 1]]
[#[:a] [cut #[:a :s :d] 0 1]]
[#[:s] [cut #[:a :s :d] 1 2]]
[#[:s :d] [cut #[:a :s :d] 1 3]]
[#[:d] [cut #[:a :s :d] 2 3]]
[#[] [cut #[:a :s :d] 3 4]]
["Test" [def a "Test"] a]
['[] [cons #nil #nil]]
['[1] [cons 1 #nil]]
[1 [car [cons 1 2]]]
[2 [cdr [cons 1 2]]]
['[1 2 3] [read/single "[1 2 3]"]]
['[1 2 . 3] [read/single "[1 2 . 3]"]]
['[4 3 2 1] [reverse '[1 2 3 4]]]
['[1 4] [filter '[1 2.0 #t 4] int?]]
['[#t] [filter '[1 2.0 #t 4] boolean?]]
['[1 3 5] [filter '[1 2 3 4 5 6] odd?]]
[3 [count '[1 2 3 4 5 6] odd?]]
[3 [count '[1 2 3 4 5 6] even?]]
[6 [count '[1 2 3 4 5 6] int?]]
[#t [every? '[1 2 3 4 5 6] int?]]
[#f [every? '[1 2 3 4 5 6.0] int?]]
[#t [every? '[1.0 6.0] float?]]
[#f [every? '[] float?]]
[#t [every? #[1 2 3 4 5 6] int?]]
[#f [every? #[1 2 3 4 5 6.0] int?]]
[#t [every? #[1.0 6.0] float?]]
[#t [every? #[] float?]]
[0 [count '[1 2 3 4 5 6] float?]]
['[2 4 6] [filter '[1 2 3 4 5 6] even?]]
['["vier"] [filter '[1 2 3 "vier" 5 6] string?]]
['[1 2 3 5 6] [filter '[1 2 3 "vier" 5 6] int?]]
['[2 3] [sublist '[1 2 3 4 5 6] 1 3]]
['[1 2 3] [list-head '[1 2 3 4 5 6] 3]]
['[4 5 6] [list-tail [list 1 2 3 4 5 6] 3]]
['[3] [last-pair [list 1 2 3]]]
['[1 2] [except-last-pair '[1 2 3]]]
["[1.0 #t \"a\"]" [string/write [let [[l '[1.0 #t "a"]]] [append [except-last-pair l] [last-pair l]]]]]
["[\"asd\" #t #f]" [string/write [member '[123 456 "asd" #t #f] "asd"]]]
["11.0" [cat 1 1.0]]
[:type-error [try car [apply #nil]]]
[3 [def fib [fn [a] [cond [[zero? a] 0] [[= a 1] 1] [#t [+ [fib [- a 1]] [fib [- a 2]]]]]]] [fib 4]]
[21 [def fib [fn [a] [cond [[zero? a] 0] [[= a 1] 1] [#t [+ [fib [- a 1]] [fib [- a 2]]]]]]] [fib 8]]
["ASD123" [uppercase "asD123"]]
["asd123" [lowercase "aSD123"]]
["Asd123" [capitalize "aSD123"]]
["123" [string 123]]
[:unbound-variable [try car testerle]]
[:testerle :testerle]
["[1 . 2]" [def test [cons 1 2]] [string/write test]]
["asd" [cat "a" "s" "d"]]
["a" [cat "a"]]
["Trim Test" [trim " Trim Test \n"]]
["1,asd,3.0" [join '[1 "asd" 3.0] ","]]
["[\"dies ist\" \"ein\" \"test\"]" [string/write [split "dies ist/ein/test" "/"]]]
[1 [index-of "1,2,3" ","]]
[#x123 [car [read [join [cons "#x" [split "123" ""]]]]]]
[7 [buffer/ref "\a" 0]]
[5 [buffer/ref [cat [from-char-code 5] [from-char-code 10] [from-char-code 20]] 0]]
[2600 [read/int [cat [from-char-code [buffer/ref "2" 0]] [from-char-code #\6] [from-char-code 48] [from-char-code 48]]]]
[2600 [read/int [from-char-code [buffer/ref "2" 0] #\6 48 48]]]
[#t [= 32 #\ ]]
[#t [= #\Backspace 8]]
[#t [= #\Tab [buffer/ref "\t" 0]]]
[#t [and [= #\cr 13] [= #\Return 13]]]
[#t [and [= #\lf 10] [= 10 #\Linefeed]]]
[#x07 [buffer/ref "\a" 0]]
[#x08 [buffer/ref "\b" 0]]
[#x1B [buffer/ref "\e" 0]]
[#x0c [buffer/ref "\f" 0]]
[#\lf [buffer/ref "\n" 0]]
[#\cr [buffer/ref "\r" 0]]
[#x09 [buffer/ref "\t" 0]]
[#x0B [buffer/ref "\v" 0]]
[#x27 [buffer/ref "'" 0]]
[#x22 [buffer/ref "\"" 0]]
[#t [= + +]]
[#t [= min min]]
[#t [let [[some-value #f]] [not some-value]]]
[4 [bit-shift-right 8 1]]
[9 [- 10 1]]
[5 [div/int 10 2]]
["5.0" [string/write [/ 10 2]]]
[256 [bit-shift-left 1 8]]
[2 [getf [list :a 1 :b 2 :c 3] :b]]
["#nil" [string/write [getf [list :a 1 :b 2 :c 3] :d]]]
["\n" "\n"]
["\n" [br]]
["\n\n\n" [br 3]]
[#t [= 4 [+ 2 2]]]
[:int [type-of [+ 2 2]]]
[:float [type-of [+ 2.0 2.1]]]
[:float [type-of [+ 2 2.1]]]
[-1 [do -1]]
[-1 [- 1]]
[-1 [let [[a 1]] [- a]]]
[ 0 [wrap-value 0 0 2]]
[ 1 [wrap-value 1 0 2]]
[ 0 [wrap-value 2 0 2]]
[ 1 [wrap-value 3 0 2]]
[ 0 [wrap-value 4 0 2]]
[0 [let [[tmp 0]] [+ tmp 1] tmp]]
[2 [wrap-value 2 2 4]]
[3 [wrap-value 3 2 4]]
[2 [wrap-value 4 2 4]]
[3 [wrap-value 5 2 4]]
[#nil [and #nil #nil]]
[10,000 [let [] [def i 0] [while [< i 10,000] [set! i [+ 1 i]]]]]
['[1 :a "q"] '[1 :a "q"]]
[4 [macroexpand '[do "Test" 4]]]
['[do [display "Test"] 4] [macroexpand '[do [display "Test"] 4]]]
['[do [display "Test"] 4] [macroexpand '[do [display "Test"] 9 4]]]
['[1 2] [except-last-pair '[1 2 3]]]
['[3] [last-pair '[1 2 3]]]
['[2 3 4] [map '[1 2 3] [fn [v] [+ 1 v]]]]
['[2 4 6] [map '[1 2 3] [fn [v] [* 2 v]]]]
['["1" "2" "3"] [map '[1 2 3] string/write]]
[0 [tree/size @[]]]
[1 [tree/size @[:a 1]]]
[3 [tree/size @[:a 1 :b 2 :c 3]]]
[#f [tree/has? @[:a 123] :b]]
[#t [tree/has? @[:a 123] :a]]
[123 [tree/ref @[:a 123] :a]]
[123 [tree/ref @[b: 2, a: 123] :a]]
[2 [tree/ref @[b: 2, a: 123] :b:]]
[9 [tree/ref [tree/set! @[:b 2 :a 123] :a 9] :a]]
[:type-error [try car [tree/set! #@[:b 2 :a 123] :a 9]]]
[2 [tree/ref @[:b 2 :a 123] :b]]
[2 [tree/ref @['b 2 'a 123] :b]]
[2 [tree/ref #@[:b 2 :a 123] :b]]
[2 [tree/ref #@[b 2 a: 123] :b]]
[#t [let* [def keys [tree/keys @[:b 2 :a 123]]] [or [list/equal? keys '[:b :a]] [list/equal? keys '[:a :b]]]]]
[#t [let* [def vals [tree/values @[:b 2 :a 123]]] [or [list/equal? vals '[2 123]] [list/equal? vals '[123 2]]]]]
[2 [length [tree/keys @[:b 2 :a 123]]]]
[2 [length [tree/values @[:b 2 :a 123]]]]
[3 [length [tree/keys @[:b 2 :a 123 :c 7]]]]
['[:asd 123] [car [read "[:asd 123]"]]]
['[123 [:asd]] [car [read "[123[:asd]]"]]]
['[123 [:asd]] [car [read "(123(:asd))"]]]
['[123 [:asd]] [car [read "(123[:asd])"]]]
['[:asd [123]] [car [read "(:asd[123])"]]]
[#x123 [car '[#x123[#o234]]]]
['[#o234] [cadr '[#x123[#o234]]]]
[#o234 [cadr '[#x123#o234]]]
[#b101 [car '[#b101"asd"]]]
["asd" [cadr '[#b101"asd"]]]
[#t [pair? [symbol-table]]]
[#t [> [length [symbol-table]] 200]]
[:one [car '[:one :two :three]]]
[:two [cadr '[:one :two :three]]]
[:three [caddr '[:one :two :three]]]
['[:two :three] [cdr '[:one :two :three]]]
['[:three] [cddr '[:one :two :three]]]
['two [cadr '[:one two :three]]]
[102334155 [let* [def i 1] [def a 0] [def b 1] [while [< i 40] [let [[new [+ a b]]] [set! a b] [set! b new] [set! i [+ 1 i]]]] b]]
[832040 [let* [def i 1] [def a 0] [def b 1] [while [< i 30] [let [[new [+ a b]]] [set! a b] [set! b new] [set! i [+ 1 i]]]] b]]
[17711 [let* [def i 1] [def a 0] [def b 1] [while [< i 22] [let [[new [+ a b]]] [set! a b] [set! b new] [set! i [+ 1 i]]]] b]]
[6765 [let* [def fib-slow [fn [v] [if [< v 2] v [+ [fib-slow [- v 2]] [fib-slow [- v 1]]]]]] [fib-slow 20]]]
[10946 [let* [def fib-slow [fn [v] [if [< v 2] v [+ [fib-slow [- v 1]] [fib-slow [- v 2]]]]]] [fib-slow 21]]]
[4 [[fn [v] [+ v 2]] 2]]
[4 [[fn [fn] [+ fn 2]] 2]]
[4 [[fn [+ *] [- + *]] 6 2]]
[246 [let* [def - 123] [+ - -]]]
['v [car '[v]]]
['+ [car '[+]]]
[#t [= '+ [string->symbol "+"]]]
['dec! [car '[dec!]]]
['- [car '[-]]]
[-1 [let* [def + -] [[resolve '+] 1 2]]]
[#t [procedure? [let* [def t -] t]]]
[#nil [when #f 1]]
[1 [when #t 1]]
['[1 . 2] [cons 1 2]]
['[1 . 2] '[1 . 2]]
[1 [car '[1 . 2]]]
[2 [cdr '[1 . 2]]]
[2 [tree/ref @[:asd 1 :bsd 2] :bsd]]
[0 [+]]
[1 [*]]
[:unresolved-procedure [try [fn [err] [if [= [caddr err] 'asdqwe] [if [= [car err] :unbound-variable] :unresolved-procedure [car err]] #nil]] [asdqwe qweasdzxc]]]
[#t [try [fn [error] [string? [cadr error]]] [/ 3 0]]]
[:success [try [fn [error] error] [throw :success] :failure]]
[123 [try [fn [error] error] [throw 123] 0]]
[#t [try [fn [error] error] [throw #t] #f]]
["asd" [try [fn [error] error] [throw "asd"] #nil]]
[:test-exception [try [fn [error] [car error]] [throw [list :test-exception "Testing the exception system"]] #nil]]
[#t [try [fn [error] [string? [cadr error]]] [throw [list :test-exception "Testing the exception system"]] #nil]]
[:test [[fn [e] [car e]] [cons :test "Test"]]]
[10 #d10]
[-31 #x-1F]
[-15 #o-17]
[-3 #b-11]
[:float-inf [try [fn [err] [car err]] [try [fn [err] [/ 3 0] err] [throw :test-exception]]]]
[:float-inf [try [fn [error] [car error]] [/ 3 0]]]
[:float-inf [try [fn [error] [car error]] [try [fn [error] [/ 3 0] error] [throw :test-exception]]]]
[:float-inf [try [fn [err] [car err]] [/ 1.0 0.0]]]
[:float-nan [try [fn [err] [car err]] [/ 0.0 0.0]]]
[:float-inf [try [fn [err] [car err]] [/ -1.0 0.0]]]
[1 `1]
['[1] `[1]]
['[1 2] `[1 2]]
['[1 "asd"] `[1 "asd"]]
['[1 :asd] `[1 :asd]]
['[@[:asd 123]] `[@[:asd 123]]]
['[#[1 2 3]] `[#[1 2 3]]]
['["1.0001"] `["1.0001"]]
['[:asd] `[:asd]]
['[1 2 3] `[1 ~[+ 1 1] 3]]
['[1 2 3 4] `[1 ~[+ 1 1] ~@[read "3 4"]]]
['[1 2 3] [let* [def v 2] `[1 ~v 3]]]
['[resolve 123] [do [let [[source [cons 123 #nil] #nil]] `[resolve ~[car source]]]]]
['[resolve asd] [do [let [[source [cons 'asd #nil]]] `[resolve ~[car source]]]]]
[4 [let* [defn double [α] [* α 2]] [double 2]]]
[6 [let* [def sum 0] [for-each '[1 2 3] [fn [a] [set! sum [+ sum a]]]] sum]]
['source [car [closure/arguments macroexpand]]]
['[1 2 3] `[1 ~@`[2 3]]]
['[1 [2 [3 4]]] `[1 `[2 ~[3 ~[+ 2 2]]]]]
[2 [cadar '[[1 2 3] 4 5]]]
[#f [bit-test? 0 0]]
[#t [bit-test? #b1 0]]
[#f [bit-test? #b1 1]]
[#f [bit-test? #b1011 2]]
[#t [bit-test? #b1111 2]]
[#t [bit-test? #b1111 3]]
[#f [bit-test? #b1111 4]]
[#nil [when-not #t 123]]
[123 [when-not #f 123]]
[:invalid-let-form [try [fn [err] [car err]] [macroexpand '[let [1] 1]]]]
[:invalid-let-form [try [fn [err] [car err]] [macroexpand '[let [[] 1] 1]]]]
[1 [if #t 1 2]]
[2 [if-not :test 1 2]]
[1 [if-not #f 1 2]]
[7 [if-let [a 3] [+ a 4] 1]]
[1 [if-let [a #f] [+ a 4] 1]]
[7 [when-let [a 3] [+ a 4]]]
[#nil [when-let [a #nil] [+ a 4]]]
['[4 5 6] [map '[1 2 3] [+x 3]]]
[4 [def α 3] [inc! α] α]
[#t [case "1" [[1] #f] [['1] #f] [["1"] #t]]]
[#t [case "asd" [["as"] #f] [["qwe"] #f] [["asd"] #t]]]
[#t [case [+ 1 2] [[3.1] #f] [[3.0] #t] [3 #t]]]
[#t [< 3 3.1]]
[#t [< 3.0 3.1]]
[#t [< 3.2 4]]
[#t [> 4 3.1]]
[#t [> 4 3.9]]
[#t [> 4.0 3.9]]
[#t [> 3.1 3]]
[#f [> 4.0 4]]
[#f [< 4.0 4]]
[#f [< 4 4.0]]
[#f [> 4 4.0]]
[#f [> -14 -14.0]]
[#f [< -14 -14.0]]
[#t [= -4 -4.0]]
[#t [= -3.0 -3]]
[#t [= 4 4.0]]
[#t [= 4.0 4]]
[#t [case [+ 1 2] [[1] #f] [[2 3] #t]]]
[#t [case [+ 1 1] [[1] #f] [[2 3] #t]]]
[#f [case [+ 0 1] [[1] #f] [[2 3] #t]]]
[#nil [case [+ 2 2] [[1] #f] [[2 3] #t]]]
[123 [case [+ 2 2] [[1] #f] [[2 3] #t] [otherwise 123]]]
[#t [def i 1] [case [inc! i] [[9] #f] [[4] #f] [[2] #t]]]
[:arity-error [try [fn [err] [car err]] [compile '[cons 123 234 345]]]]
[#t [= car [resolve [car '[car asd]]]]]
[#t [pos? [index-of [describe/closure [[defn stackTraceTest [] [current-lambda]]]] "stackTraceTest"]]]
[2 [case 'asd [['qwe] 1] [['asd] 2] [otherwise 3]]]
[10 [reduce #[1 2 3 4] add/int 0]]
["1,2,3,4" [join #[1 2 3 4] ","]]
[2 [count #[1 2 3 4] even?]]
[14 [reduce [map #[1 2 3 4] [+x 1]] + 0]]
[3 [length #[1 2 3]]]
['["123"] [split "123" "\n"]]
['["" ""] [split "\n" "\n"]]
['["123" "456"] [split "123\n456" "\n"]]
['["" "" ""] [split "\n\n" "\n"]]
['["1" "2" "3"] [split "1\n2\n3" "\n"]]
['["" "" "" ""] [split "\n\n\n" "\n"]]
['["1" "2" "3" "4"] [split "1\n2\n3\n4" "\n"]]
["#@[a: 1 b: 2]" [string/write [tree/zip '[:a :b] '[1 2]]]]
["#@[a: #nil b: #nil]" [string/write [tree/zip '[:a :b] '[]]]]
["#@[a: 1 b: #nil]" [string/write [tree/zip '[:a :b] '[1]]]]
["#@[]" [string/write [tree/zip #nil '[1 2]]]]
["123" [string/write [read/single "123;asd"]]]
['[123] [read "123"]]
['[123] [read "123;asd"]]
['[123 234] [read "123;asd\n234"]]
['[234] [read ";asd\n;qwe\n234;asd"]]
['[2 1 0] [let [[ret #nil]] [dotimes [i 3] [set! ret [cons i ret]]] ret]]
["#@[a: 1 b: 2]" [string/write [-> [tree/new] [tree/set! :a 1] [tree/set! :b 2]]]]
['[3 2 1] [->> '[1] [cons 2] [cons 3]]]
[2 [-> 2]]
['[1] [->> '[1]]]
[10 [sum '[1 2 3 4]]]
[0 [popcount 0]]
[:type-error [try car [popcount #nil]]]
[:type-error [try car [popcount ""]]]
[1 [popcount 1]]
[1 [popcount 2]]
[2 [popcount 3]]
[4 [popcount 15]]
["##[]" [string/write [sort #[]]]]
["##[1]" [string/write [sort #[1]]]]
["##[1 2 3]" [string/write [sort #[3 2 1]]]]
["##[1 2 3 9]" [string/write [sort #[3 9 2 1]]]]
['[1 2 3] [list/sort/bubble '[2 1 3]]]
['[1 2 3] [list/sort/bubble '[2 1 3]]]
['[1] [list/sort/bubble '[1]]]
['[] [list/sort/bubble '[]]]
['[1 2 3] [sort '[1 2 3]]]
['[1 3 9] [sort '[1 3 9]]]
['[1 9] [sort '[1 9]]]
['[1 1 2 9] [sort '[1 1 2 9]]]
['[1.0 2.0 3.0] [sort '[3.0 1.0 2.0]]]
['["a" "m" "z"] [sort '["m" "a" "z"]]]
['["a" "m" "z"] [sort '["z" "m" "a"]]]
['["a" "m" "z"] [sort '["a" "z" "m"]]]
['["Z" "a" "m" "z"] [sort '["a" "Z" "m" "z"]]]
['["aggressionen" "mit" "zauberer"] [sort '["zauberer" "aggressionen" "mit"]]]
['[1 2 3] [list/sort/merge '[1 2 3]]]
['[1 2 3] [list/sort/merge '[3 2 1]]]
['[1] [list/sort/merge '[1]]]
['[] [list/sort/merge '[]]]
['[-2 3 4 5 9 333 1000] [list/sort/merge '[9 3 5 1000 333 4 -2]]]
['[1.0 2.0 3.0] [list/sort/merge '[3.0 1.0 2.0]]]
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['[3] [[fn [a b . c] c] 1 2 3]]
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['[2 3 4] [-> '[1 2 3 4] [delete 1]]]
['[1 2 3 4 5] [flatten #[1 2 3 4 5]]]
['[1 2 3 4 5] [flatten '[1 2 3 4 5]]]
['[1 2 3 4 5] [flatten '[[1 2] [3] [[[4] 5]]]]]
['[1 2 3 4 5] [flatten [list '[1 2] #[3] #['[[4] 5]]]]]
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[6 [- 7 1]]
['[:asd "Test"] [list :asd "Test"]]
[10 [let [[t 0]] [doseq [l [list 1 2 3 4]] [+= t l]] t]]
[1 [let [[t 0]] [doseq [l [list 1]] [+= t l]] t]]
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[#t [symbol? [apply gensym '[]]]]
[1 [apply car '[[1 . 2]]]]
[1 [apply car '[[1 2]]]]
[2 [apply cdr '[[1 . 2]]]]
['[2] [apply cdr '[[1 2]]]]
[22 [[resolve [string->symbol "+"]] 10 12]]
[1 [length '[1]]]
[2 [length '[1 #nil]]]
[3 [length '[1 #nil 2]]]
[3 [length '[1 1 2]]]
[4 [length '[1 1 2 #nil]]]
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[4 [length '[#nil #nil #nil #nil]]]
[5 [length '[#nil #nil #nil #nil 5]]]
[:type-error [try car [tree/values]]]
[:type-error [try car [tree/keys #nil]]]
[:type-error [try car [tree/has? #nil]]]
[:type-error [try car [tree/has?]]]
[5 [eval [read/single "[+ 2 3]"]]]
[5 [eval [read/single "[+ 2 ; 5\n 3]"]]]
[5 [eval [read/single "[+ 2 #! 5\n 3]"]]]
['[1 3] [read/single "[1 #| 2 |# 3]"]]
[5 [eval [read/single "[+ 2 #| 5 |# 3]"]]]
[5 [eval [read/single "[+ 2 #| #| 5 |# |# 3]"]]]
[#t [let [[ret #t]] [doseq [l #nil] [set! ret #f]] ret]]
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[0 [buffer/length ""]]
[1 [buffer/length "1"]]
[2 [buffer/length " "]]
[2 [buffer/length "λ"]]
[:type-error [try car [string/pad-start 123 4 #\0]]]
[:type-error [try car [string/pad-start "123" 4 #\0]]]
[:type-error [try car [string/pad-end 123 4 #\0]]]
[" 123" [string/pad-start 123 4]]
["0123" [string/pad-start 123 4 "0"]]
[" 123" [string/pad-start "123" 4]]
["123 " [string/pad-end 123 4]]
["1230" [string/pad-end 123 4 "0"]]
["123 " [string/pad-end "123" 4]]
[:type-error [try car [string->symbol 4]]]
["4" [string [string->symbol "4"]]]
[#t [= [string->symbol "3"] [string->symbol "3"]]]
[#f [= [string->symbol "3"] [string->symbol "2"]]]
["asd" [string 'asd]]
[:type-error [try car [buffer/ref]]]
[:type-error [try car [buffer/ref "" -1]]]
[:out-of-bounds [try car [buffer/ref "" 1]]]
[:type-error [try car [buffer/ref "" :asd]]]
[#t [case 3 [otherwise #t] [2 #f]]]
[0 [+]]
[1 [*]]
[:arity-error [try car [-]]]
[:arity-error [try car [/]]]
[0 [popcount 0]]
[8 [popcount 255]]
[15 [popcount #b1100001000010000101101011010101101]]
[64 [popcount [bit-not 0]]]
[#nil [tree/key* @[]]]
[:a [tree/key* @[:a 1]]]
[1 [tree/value* @[:a 1]]]
[0 [count #nil]]
[0 [count #[]]]
[1 [count '[1]]]
[1 [count #[1]]]
[3 [count '[1 2 3]]]
[3 [count #[1 2 3]]]
[0 [+]]
[3 [+ 1 2]]
[1 [*]]
[#t [symbol? [car [symbol-table]]]]
[#f [keyword? [car [symbol-table]]]]
['[1 3] [remove '[0 1 2 3] even?]]
[#[1 3] [remove #[0 1 2 3] even?]]
[6 [reduce @[:a 1 :b 2 :c 3] + 0]]
[@[] [filter @[:a 1] even?]]
[@[:b 2] [filter @[:a 1 :b 2 :c 3] even?]]
[@[:a 1 :c 3] [remove @[:a 1 :b 2 :c 3] even?]]
[4 [identity 4]]
["4" [identity "4"]]
[#[1 2 3] [identity #[1 2 3]]]
["Polizei"
[def eins [environment*]]
[eval-in eins '[def say [fn [] "Eins"]]]
[def zwei [eval-in eins '[environment*]]]
[eval-in zwei '[def say [fn [] "Polizei"]]]
[eval-in zwei '[say]]]
["Eins"
[def eins [environment*]]
[eval-in eins '[def say [fn [] "Eins"]]]
[eval-in eins '[say]]]
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['[0 1 2 3 4] [range 5]]
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[#nil [range -1 1]]
['[0] [range 1]]
['[-1 0] [range 1 -1]]
['[1 0 -1] [range -2 1 -1]]
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[45 [reduce [range 10] +]]
[123456789 [read/single [reduce [range 10] cat]]]
[30 [reduce [map [range 5] [fn [α] [* α α]]] +]]
[@[:asd 123] [tree/set! #nil :asd 123]]
[#t [> :b :a]]
[#f [< :b :a]]
[#t [> 'b 'a]]
[#f [< 'b 'a]]
['[:a :b :c] [sort '[:b :c :a]]]
['[a b c] [sort '[b c a]]]
[#t [[path/ext?! "asd"] "qwe.asd"]]
[#f [[path/ext?! "as"] "qwe.asd"]]
[#f [[path/ext?! "asd"] "qwe.as"]]
[#t [[path/ext?! '["as" "asd"]] "qwe.as"]]
[#t [[path/ext?! '["as" "asd"]] "qwe.asd"]]
[:a [let [[list '[:a :b :c]]] [car list]]]
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[300425737571 [div/int 600851475143 2]]
[1201702950286 [* 600851475143 2]]
[1 [rem 600851475143 2]]
[600851475145 [+ 600851475143 2]]
[600851475141 [- 600851475143 2]]
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[10 [let [[x 0]] [dotimes [i 5 x] [set! x [+ x i]]]]]
[0 [let [[x 0]] [dotimes [i -4] [set! x [+ x i]]] x]]
[0 [let [[x 0]] [dotimes [i -4] [set! x 9]] x]]
[0 [let [[x 0]] [dotimes [i 0] [set! x 9]] x]]
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[#t [bit-test? #b1001 0]]
[#f [bit-test? #b1001 1]]
[#f [bit-test? #b1001 7]]
[#b1111 [bit-set #b1011 2]]
[#b1111 [bit-flip #b1011 2]]
[#b1011 [bit-flip #b1111 2]]
[6 [let [[+5 [+x 5]]] [+5 1]]]
[7 [let [[+5 [+x 5]]] [int [ceil [apply +5 '[1.8]]]]]]
[125 [def +123 [+x 123]] [+123 2]]
['[:a :b] [let [[l '[:b]]] [cons! :a l] l]]
[#nil [meta #nil :asd]]
[:type-error [try car [meta #nil]]]
[:type-error [try car [eval '[]]]]
[:type-error [try car [compile '[]]]]
[:type-error [try car [compile '[123]]]]
[:type-error [try car [compile '[:asd]]]]
[:type-error [try car [compile '["asd"]]]]
[:type-error [try car [compile '[##[]]]]]
[:type-error [try car [compile '[#@[]]]]]
[:type-error [try car [compile '[fn]]]]
[:type-error [try car [compile '[fn 123]]]]
[:type-error [try car [sum 123]]]
[:type-error [try car [sum '[1 2 3 . 4]]]]
[10 [sum '[1 2 3 4]]]
[0 [length [let* [defn a l l] [a]]]]
[:float-inf [try car [/ 4 0.0]]]
[:float-nan [try car [/ 0.0 0.0]]]
[:type-error [try car [apply +]]]
[:type-error [try car [apply + 1]]]
[:type-error [try car [apply + ""]]]
[:type-error [try car [apply [environment*] #{##[] 2401}]]]
[#t [bytecode-eval* #{##[] 1B01} [environment*]]]
[0 [apply + '[]]]
[1 [apply + '[1]]]
[3 [apply + '[1 2]]]
[3 [inc/int 2]]
[-1 [inc/int -2]]
