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paradoc_test.py
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paradoc_test.py
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# coding: utf-8
from paradoc import lex_code, pd_simple_eval, autogolf
from paradoc.num import Char
import unittest
import math
class TestParadoc(unittest.TestCase):
def test_lex_code(self):
self.assertEqual(list(lex_code('3 4+')), ['3',' ','4','+'])
self.assertEqual(list(lex_code('1 34+')), ['1',' ','34','+'])
self.assertEqual(list(lex_code('1 3.4+')), ['1',' ','3.4','+'])
self.assertEqual(list(lex_code(r'''""''"\n"'""\"""\\"''')),
['""',"''",r'"\n"',"'\"",r'"\""',r'"\\"'])
self.assertEqual(list(lex_code('[2 3 5]{7+}_map(m)m+f')),
['[','2',' ','3',' ','5',']','{','7','+','}_map','(m',')m','+f'])
def test_lex_numbers(self):
self.assertEqual(list(lex_code('3')), ['3'])
self.assertEqual(list(lex_code('33X')), ['33', 'X'])
self.assertEqual(list(lex_code('.3X')), ['.3', 'X'])
self.assertEqual(list(lex_code('—.3X')), ['—.3', 'X'])
self.assertEqual(list(lex_code('——3X')), ['——3X']) # comment
self.assertEqual(list(lex_code('..3X')), ['..3X']) # comment
self.assertEqual(list(lex_code('3.')), ['3', '.'])
self.assertEqual(list(lex_code('3.0')), ['3.0'])
self.assertEqual(list(lex_code('3.4.')), ['3.4', '.'])
self.assertEqual(list(lex_code('—3')), ['—3'])
self.assertEqual(list(lex_code('—3e')), ['—3e'])
self.assertEqual(list(lex_code('—3x')), ['—3x'])
self.assertEqual(list(lex_code('—3e3')), ['—3e3'])
self.assertEqual(list(lex_code('—3x3')), ['—3x', '3'])
self.assertEqual(list(lex_code('—3—4—5')), ['—3', '—4', '—5'])
def test_readme(self):
self.assertEqual(pd_simple_eval('¹²m'), [[0,1,4,9,16,25,36,49,64,81,100]])
self.assertEqual(pd_simple_eval('A)2pm'), [[0,1,4,9,16,25,36,49,64,81,100]])
self.assertEqual(pd_simple_eval('11 Square_map'), [[0,1,4,9,16,25,36,49,64,81,100]])
self.assertEqual(pd_simple_eval('0 1A+kx'), [0,1,1,2,3,5,8,13,21,34,55,89])
self.assertEqual(pd_simple_eval('0 1 10 +_keep_xloop'), [0,1,1,2,3,5,8,13,21,34,55,89])
def test_numeric_literals(self):
self.assertEqual(pd_simple_eval('555 .5 0.5 .3125 —5 —.5 —0.5'), [555, 0.5, 0.5, 0.3125, -5, -0.5, -0.5])
def test_autogolf(self):
self.assertEqual(autogolf('A B C D'), 'ABCD')
self.assertEqual(autogolf('.. comment'), '')
self.assertEqual(autogolf('1 2 3'), '1 2 3')
self.assertEqual(autogolf('0 1 2'), '01 2')
self.assertEqual(autogolf('1m 2m 3m'), '1m2m3m')
self.assertEqual(autogolf('3 4 Plus'), '3 4+')
self.assertEqual(autogolf('5 To_string'), '5S')
def test_assignment(self):
self.assertEqual(pd_simple_eval('123.Tst;Tst Tst+ 123—Test Test Test+ 129.**+ 129—///+', use_cache=False), [246,246,258,258])
def test_assignment_trailers(self):
self.assertEqual(pd_simple_eval('1 .h'), [100])
self.assertEqual(pd_simple_eval('[4 9 2] )_ .m'), [[5,10,3]])
def test_stack_ops(self):
self.assertEqual(pd_simple_eval('1 2 3 \\ 1 2 3 \\o 1 2 3 \\i 1 2 3 : 1 2 3 :p'),
[1,3,2,2,3,1,3,1,2,1,2,3,3,1,2,3,2,3])
self.assertEqual(pd_simple_eval('1 2 3 \\a 1 2 3 \\u 1 2 3 :o'),
[3,2,1,2,1,3,1,2,3,2])
def test_pop(self):
self.assertEqual(pd_simple_eval('1; 2;t 0;t 3;f 0;f 4 5;i 6 0;i 7 8;n 9 0;n'),
[0,3,6,7])
self.assertEqual(pd_simple_eval('1 2 3 4;s'), [])
self.assertEqual(pd_simple_eval('1 2 3 4;' ), [1,2,3])
self.assertEqual(pd_simple_eval('1 2 3 4;u'), [1,2,4])
self.assertEqual(pd_simple_eval('1 2 3 4;o'), [1,3,4])
self.assertEqual(pd_simple_eval('1 2 3 4;p'), [1,4])
self.assertEqual(pd_simple_eval('1 2 3 4;a'), [1,3])
self.assertEqual(pd_simple_eval('1 2 3 4;d'), [1,2])
def test_reluctant(self):
self.assertEqual(pd_simple_eval('1 2 +_ ~'), [3])
self.assertEqual(pd_simple_eval('3 +_ 4 \\ ~'), [7])
self.assertEqual(pd_simple_eval('5 7_ 6 \\ ~'), [5,6,7])
self.assertEqual(pd_simple_eval('"a"_ ~'), ["a"])
self.assertEqual(pd_simple_eval("'b_ ~"), [Char('b')])
self.assertEqual(pd_simple_eval("1.25_ ~"), [1.25])
def test_integer_stack_trailers(self):
self.assertEqual(pd_simple_eval('5 4 3 2 1 3i'), [5,1,4,3,2])
self.assertEqual(pd_simple_eval('5 4 3 2 1 3o'), [5,3,2,1,4])
self.assertEqual(pd_simple_eval('5 4 3 2 1 3x'), [5,3,2,1])
def test_not(self):
self.assertEqual(pd_simple_eval('[0 1 1m 0C 1C "" 0.0 "0" \'0]!m'),
[[1,0,0,1,0,1,1,0,0]])
def test_hofs(self):
self.assertEqual(pd_simple_eval('[1 2 3 4]{3+}{5%}+%'), [[4,0,1,2]])
self.assertEqual(pd_simple_eval('[1 2 3 4]{2>}!%'), [[1,1,0,0]])
def test_short_blocks(self):
self.assertEqual(pd_simple_eval('[1 2 3 4]βm))'), [[3,4,5,6]])
self.assertEqual(pd_simple_eval('[1 2 3 4]βf)Ev'), [[1,3]])
self.assertEqual(pd_simple_eval('[1 2 3 4]β((%'), [[-1,0,1,2]])
def test_nested_short_blocks(self):
self.assertEqual(pd_simple_eval('[[0 3][6 9]]βmDβm))'), [[[5,2],[11,8]]])
self.assertEqual(pd_simple_eval('[[0 3][6 9]]βmβm))D'), [[[5,2],[11,8]]])
self.assertEqual(pd_simple_eval('[[0 1][2 3]]γmγm)))γm)))γm)))'), [[[9,10],[11,12]]])
def test_arithmetic(self):
self.assertEqual(pd_simple_eval('2 3+7* 2017 95))%(('), [35,75])
self.assertEqual(pd_simple_eval('5 3- 3 5-'), [2,-2])
self.assertEqual(pd_simple_eval('5 3-c 3 5-c'), [2,0])
self.assertEqual(pd_simple_eval('[4m 2m 0 2 4]5%v'), [[1,3,0,2,4]])
self.assertEqual(pd_simple_eval('4 7j +'), [4+7j])
self.assertEqual(pd_simple_eval('7 3/ 7 3÷ 7.0 2.0/ 0.25 0.25+'), [7/3, 7//3, 3.5, 0.5])
self.assertEqual(pd_simple_eval('7 3G 8 36G'), [1,4])
self.assertEqual(pd_simple_eval('3 4 *p'), [81])
self.assertEqual(pd_simple_eval('[4 6][30 20]Á'), [[34,26]])
self.assertEqual(pd_simple_eval('20[1 2 3]À'), [[19,18,17]])
self.assertEqual(pd_simple_eval('[2 5 3]É'), [[4,32,8]])
self.assertEqual(pd_simple_eval('[2 5 3]È'), [[4,25,9]])
self.assertEqual(pd_simple_eval('16Í'), [1/16])
self.assertEqual(pd_simple_eval('[2 5 3]Ì'), [[-2,-5,-3]])
self.assertEqual(pd_simple_eval('[[1 2][3 4]][[5 6][7 8]]Ó'), [[[5,12],[21,32]]])
def test_balanced_mod(self):
self.assertEqual(pd_simple_eval('[8m 5m 0 5 8 9]6%âv'), [[-2,1,0,-1,2,3]])
self.assertEqual(pd_simple_eval('[8m 5m 0 5 8 9]6%ûv'), [[-2,1,0,-1,2,-3]])
def test_increment_decrement_etc(self):
self.assertEqual(pd_simple_eval('4«4(4)4»'), [2,3,5,6])
self.assertEqual(pd_simple_eval('[4 9 2 5 3]~p'), [[5,8,3,4,2]])
def test_lifted_arithmetic(self):
self.assertEqual(pd_simple_eval('"123" "321" +i'), [444])
self.assertEqual(pd_simple_eval('2.9 1.1 -i'), [1])
def test_arithmetic_trailers(self):
self.assertEqual(pd_simple_eval('2 3á 2 3à'), [5, -1])
self.assertEqual(pd_simple_eval('8é 42è'), [256,1764])
self.assertEqual(pd_simple_eval('3í'), [1/3])
self.assertEqual(pd_simple_eval('3 7ó 3 7ò'), [21,3/7])
self.assertEqual(pd_simple_eval('2017 13ú'), [2])
def test_comparison(self):
self.assertEqual(pd_simple_eval('7 7=q <q >q <eq >e'), [1,0,0,1,1])
self.assertEqual(pd_simple_eval('6 7=q <q >q <eq >e'), [0,1,0,1,0])
self.assertEqual(pd_simple_eval('8 7=q <q >q <eq >e'), [0,0,1,0,1])
self.assertEqual(pd_simple_eval('1 2j+ 2 1j+ =q <q >q <eq >e'), [0,1,0,1,0])
self.assertEqual(pd_simple_eval('3 2j+ 3 1j+ =q <q >q <eq >e'), [0,0,1,0,1])
self.assertEqual(pd_simple_eval('"abcd" "efgh" <q =q >'), [1,0,0])
self.assertEqual(pd_simple_eval('[0 1 2][0 1] >e [0 0 2][0 1] >e'), [1,0])
def test_comparison_approx(self):
self.assertEqual(pd_simple_eval('9 9<a'), [1])
self.assertEqual(pd_simple_eval('9 9>a'), [1])
self.assertEqual(pd_simple_eval('8 3>a'), [1])
self.assertEqual(pd_simple_eval('8 3<a'), [0])
self.assertEqual(pd_simple_eval('8 8.0000000001>a'), [1])
self.assertEqual(pd_simple_eval('8 8.01>a'), [0])
self.assertEqual(pd_simple_eval('8 8.0000000001=a'), [1])
self.assertEqual(pd_simple_eval('8 8.01=a'), [0])
def test_lifted_comparison(self):
self.assertEqual(pd_simple_eval('[1 2][3 4]=lq <lq >lq <elq >el'), [1,0,0,1,1])
self.assertEqual(pd_simple_eval('[1 ][3 4]=lq <lq >lq <elq >el'), [0,1,0,1,0])
self.assertEqual(pd_simple_eval('[1 2][3 ]=lq <lq >lq <elq >el'), [0,0,1,0,1])
self.assertEqual(pd_simple_eval('[1 2 3]4 =lq <lq >lq <elq >el'), [0,1,0,1,0])
self.assertEqual(pd_simple_eval('4[1 2 3] =lq <lq >lq <elq >el'), [0,0,1,0,1])
def test_rounding(self):
self.assertEqual(pd_simple_eval('[1.2 3.5 8.9 3.5m]{Iq <iq >iq =i}e'), [1,1,2,1,3,3,4,4,8,8,9,9,-3,-4,-3,-4])
def test_multiplication_or_xloop(self):
self.assertEqual(pd_simple_eval('"foo"3* 3"bar"*'), ["foofoofoo","barbarbar"])
self.assertEqual(pd_simple_eval('[1 2]3* 3[3 4]*'), [[1,2,1,2,1,2],[3,4,3,4,3,4]])
self.assertEqual(pd_simple_eval('0{10*)}4*'), [1111])
self.assertEqual(pd_simple_eval('0 4χ10*)'), [1111])
def test_constant_fractions(self):
self.assertEqual(pd_simple_eval('3 2q 7 3q 9 1q 11 8q'), [1.5,5.25,2.25,22])
self.assertEqual(pd_simple_eval('3½7¾9¼11×'), [1.5,5.25,2.25,22])
self.assertEqual(pd_simple_eval('["""foobar""zfoobar"]½e'), ["","foo","zfo"])
self.assertEqual(pd_simple_eval('["""foobar""zfoobar"]3qe'), ["","foob","zfoob"])
self.assertEqual(pd_simple_eval('"foobar"×'), ["foobarfoobar"])
def test_bits(self):
self.assertEqual(pd_simple_eval('2 4&3 5&2 4|3 5|'), [0,1,6,7])
self.assertEqual(pd_simple_eval('12347 74321&q|q^'), [8209,78459,70250])
def test_unary_operators(self):
self.assertEqual(pd_simple_eval('7('), [6])
self.assertEqual(pd_simple_eval('7)'), [8])
self.assertEqual(pd_simple_eval('7½'), [3.5])
self.assertEqual(pd_simple_eval('7²'), [49])
self.assertEqual(pd_simple_eval('7³'), [343])
def test_if(self):
self.assertEqual(pd_simple_eval('0 2 3? 1 2 3? 2 2 3?'), [3,2,2])
self.assertEqual(pd_simple_eval('[0 1]{100X{2*}{5+}?}x'), [105,200])
self.assertEqual(pd_simple_eval('1 2 &p'), [2])
self.assertEqual(pd_simple_eval('0 2 &p'), [0])
self.assertEqual(pd_simple_eval('1 2 |p'), [1])
self.assertEqual(pd_simple_eval('0 2 |p'), [2])
def test_single_branch_if(self):
self.assertEqual(pd_simple_eval('0{6}&1{7}&0{8}|1{9}|'), [7,8])
self.assertEqual(pd_simple_eval('1 2[]{+}&1 2[3 4]{+}&1 2[]{-}|1 2[3 4]{-}|'), [1,2,3,-1,1,2])
def test_single_branch_word_if(self):
self.assertEqual(pd_simple_eval('0{6}If 1{7}If 0{8}Unless 1{9}Unless'), [7,8])
self.assertEqual(pd_simple_eval('0 6 If 1 7 If 0 8 Unless 1 9 Unless'), [7,8])
def test_case(self):
self.assertEqual(pd_simple_eval('[3 2 1]{[[1 5][2 6][3 7]]c}e'), [7,6,5])
self.assertEqual(pd_simple_eval('[3 2 1]{[1 5 2 6 3 7]s}e'), [7,6,5])
self.assertEqual(pd_simple_eval('[3 2 1]{5u 3u [[1 -_][2 +_][3 *_]]c}e'), [15,8,2])
self.assertEqual(pd_simple_eval('[3 2 1]{[{2<} 5 {2>} 7 1_ 6]s}e'), [7,6,5])
def test_set_operations(self):
self.assertEqual(pd_simple_eval('[2 5][5 8]&'), [[5]])
self.assertEqual(pd_simple_eval('[2 5][5 8]|'), [[2,5,8]])
self.assertEqual(pd_simple_eval('[2 5][5 8]^'), [[2,8]])
self.assertEqual(pd_simple_eval('[2 5][5 8]-'), [[2]])
self.assertEqual(pd_simple_eval('[2 5 5 5][5 5 8]&'), [[5,5]])
self.assertEqual(pd_simple_eval('[2 5 5 5][5 5 8]|'), [[2,5,5,5,8]])
self.assertEqual(pd_simple_eval('[2 5 5 5][5 5 8]^'), [[2,8]])
self.assertEqual(pd_simple_eval('[2 5 5 5][5 5 8]-'), [[2]])
self.assertEqual(pd_simple_eval('[[4 5][6 7]][[6 7][5 4]]&'), [[[6,7]]])
self.assertEqual(pd_simple_eval('[[4 5][6 7]][[5 4][6 7]]|'), [[[4,5],[6,7],[5,4]]])
def test_indexing(self):
self.assertEqual(pd_simple_eval('[3 7 2 5]0=q;1=q;3=q;1m='), [3,7,5,5])
self.assertEqual(pd_simple_eval('[3 7 2 5]8=cq;6m=cq;13=c'), [3,2,7])
def test_slices(self):
self.assertEqual(pd_simple_eval('[3 7 2 5]1<q>'), [[3],[7,2,5]])
self.assertEqual(pd_simple_eval('[2 5 3]<s'), [[[2],[2,5],[2,5,3]]])
self.assertEqual(pd_simple_eval('[2 5 3]>s'), [[[3],[5,3],[2,5,3]]])
self.assertEqual(pd_simple_eval('[2 5 3]=s'), [[[2],[2,5],[2,5,3],[5],[5,3],[3]]])
self.assertEqual(pd_simple_eval('[2 5 3]«s'), [[[],[2],[2,5],[2,5,3]]])
self.assertEqual(pd_simple_eval('[2 5 3]»s'), [[[],[3],[5,3],[2,5,3]]])
self.assertEqual(pd_simple_eval('[2 5 3]<o'), [[5,3,2]])
self.assertEqual(pd_simple_eval('[2 5 3]>o'), [[3,2,5]])
self.assertEqual(pd_simple_eval('[1 2 3 4 5]2<c'), [[3,4,5,1,2]])
self.assertEqual(pd_simple_eval('[1 2 3 4 5]2>c'), [[4,5,1,2,3]])
self.assertEqual(pd_simple_eval('"prdc"<o'), ["rdcp"])
self.assertEqual(pd_simple_eval('"prdc">o'), ["cprd"])
self.assertEqual(pd_simple_eval('"paradoc"3<c'), ["adocpar"])
self.assertEqual(pd_simple_eval('"paradoc"3>c'), ["docpara"])
def test_each(self):
self.assertEqual(pd_simple_eval('[2 3 5]{7+}/'), [9,10,12])
self.assertEqual(pd_simple_eval('[2 3 5]{7+}e'), [9,10,12])
self.assertEqual(pd_simple_eval('[2 3 5]ε7+}'), [9,10,12])
self.assertEqual(pd_simple_eval('[2 3 5]ε7+'), [9,10,12])
self.assertEqual(pd_simple_eval('"abc")_e'), [Char('b'), Char('c'), Char('d')])
def test_map(self):
self.assertEqual(pd_simple_eval('[2 3 5]{7+}%'), [[9,10,12]])
self.assertEqual(pd_simple_eval('[2 3 5]{7+}m'), [[9,10,12]])
self.assertEqual(pd_simple_eval('[2 3 5]{7+}_map'), [[9,10,12]])
self.assertEqual(pd_simple_eval('[2 3 5](_map'), [[1,2,4]])
self.assertEqual(pd_simple_eval('[2 3 5](_%'), [[1,2,4]])
self.assertEqual(pd_simple_eval('[2 3 5])m'), [[3,4,6]])
self.assertEqual(pd_simple_eval('[2 3 5]{:}%'), [[2,2,3,3,5,5]])
self.assertEqual(pd_simple_eval('[2 3 5]µ:}'), [[2,2,3,3,5,5]])
self.assertEqual(pd_simple_eval('[2 3 5]µ:'), [[2,2,3,3,5,5]])
self.assertEqual(pd_simple_eval('[2 3 5]{:}m'), [[2,2,3,3,5,5]])
self.assertEqual(pd_simple_eval('[2 3 5]:m'), [[2,2,3,3,5,5]])
self.assertEqual(pd_simple_eval('[2 3 5]:_%'), [[2,2,3,3,5,5]])
self.assertEqual(pd_simple_eval('[2 3 5]{:}_map'), [[2,2,3,3,5,5]])
self.assertEqual(pd_simple_eval('"abcde")_%'), ["bcdef"])
self.assertEqual(pd_simple_eval('"abcde")m'), ["bcdef"])
def test_map_on(self):
self.assertEqual(pd_simple_eval('"chopping block"»_ m'), ["hopping lock"])
self.assertEqual(pd_simple_eval('"words\nare hard"L_\nm'), ["5\n8"])
def test_deepmap(self):
self.assertEqual(pd_simple_eval('[2 3 5]{7+}w'), [[9,10,12]])
self.assertEqual(pd_simple_eval('[[2 3]5[7 9]]{7+}w'), [[[9,10],12,[14,16]]])
def test_map_product(self):
self.assertEqual(pd_simple_eval('[1 2][3 4]*_T'), [[[3,4],[6,8]]])
self.assertEqual(pd_simple_eval('[1 2][3 4]*_B'), [[3,4,6,8]])
self.assertEqual(pd_simple_eval('[1 2]*_²'), [[[1,2],[2,4]]])
def test_neighbors(self):
self.assertEqual(pd_simple_eval('[1 2]+n'), [[[0,2],[2,2],[1,1],[1,3]]])
self.assertEqual(pd_simple_eval('[1 2]*n'), [[[0,1],[0,2],[0,3],[1,1],[1,3],[2,1],[2,2],[2,3]]])
def test_bind(self):
self.assertEqual(pd_simple_eval('10,3%bf'), [[1,2,4,5,7,8]])
self.assertEqual(pd_simple_eval('[1 2 3] 100 +v'), [[101,102,103]])
self.assertEqual(pd_simple_eval('10,3%v'), [[0,1,2,0,1,2,0,1,2,0]])
self.assertEqual(pd_simple_eval('[[1 2][3 4]] [100 200] +vz'), [[[101,102],[203,204]]])
self.assertEqual(pd_simple_eval('9 5J%y'), [[0,1,0,1,4]])
def test_filter(self):
self.assertEqual(pd_simple_eval('[1 3 7 5 0 9 2]{5<}+'), [[1,3,0,2]])
self.assertEqual(pd_simple_eval('[1 3 7 5 0 9 2]{5<},'), [[0,1,4,6]])
self.assertEqual(pd_simple_eval('10,{3%0=}+'), [[0,3,6,9]])
self.assertEqual(pd_simple_eval('10J{3%0=}+'), [[3,6,9]])
self.assertEqual(pd_simple_eval('10,{3%0=}-'), [[1,2,4,5,7,8]])
self.assertEqual(pd_simple_eval('10J{3%0=}-'), [[1,2,4,5,7,8,10]])
self.assertEqual(pd_simple_eval('10J{3%0=},'), [[2,5,8]])
self.assertEqual(pd_simple_eval('10,{3%}+'), [[1,2,4,5,7,8]])
self.assertEqual(pd_simple_eval('10,{5<}+'), [[0,1,2,3,4]])
self.assertEqual(pd_simple_eval('10,3%_bind_filter'), [[1,2,4,5,7,8]])
self.assertEqual(pd_simple_eval('10,3%bf'), [[1,2,4,5,7,8]])
self.assertEqual(pd_simple_eval('10,3%bj'), [[0,3,6,9]])
self.assertEqual(pd_simple_eval('[1 3 7 5 0 9 2]φ5<'), [[1,3,0,2]])
self.assertEqual(pd_simple_eval('"abcde"{2%}+'), ["ace"])
self.assertEqual(pd_simple_eval('"abcde"{2%}-'), ["bd"])
self.assertEqual(pd_simple_eval('"abcde"{2%}f'), ["ace"])
self.assertEqual(pd_simple_eval('"abcde"{2%}j'), ["bd"])
self.assertEqual(pd_simple_eval('"abcde"{2%},'), [[0,2,4]])
def test_builtin_reduce(self):
self.assertEqual(pd_simple_eval('[5 7 8]{+}R'), [20])
self.assertEqual(pd_simple_eval('10,{+}R'), [45])
self.assertEqual(pd_simple_eval('[5 7 8]2R'), [[5,2,7,2,8]])
self.assertEqual(pd_simple_eval('[5 7 8][0 0]R'), [[5,0,0,7,0,0,8]])
self.assertEqual(pd_simple_eval('[5 7 8]"+"R'), ["5+7+8"])
self.assertEqual(pd_simple_eval('[5 7 8]\'+r'), ["5+7+8"])
self.assertEqual(pd_simple_eval('[9 2 7]\'.R'), ["9.2.7"])
self.assertEqual(pd_simple_eval('["123" 456 "789"]"//"R'), ["123//456//789"])
def test_reduce(self):
self.assertEqual(pd_simple_eval('[5 7 8]+_reduce'), [20])
self.assertEqual(pd_simple_eval('10,+r'), [45])
self.assertEqual(pd_simple_eval('10,*r'), [0])
self.assertEqual(pd_simple_eval('10J*r'), [3628800])
self.assertEqual(pd_simple_eval('[5 7 8]+_scan'), [[5,12,20]])
self.assertEqual(pd_simple_eval('5,+s'), [[0,1,3,6,10]])
def test_square_map(self):
self.assertEqual(pd_simple_eval('5²m'), [[0,1,4,9,16]])
def test_strings(self):
self.assertEqual(pd_simple_eval('"foo"'), ["foo"])
self.assertEqual(pd_simple_eval(r'"\"what\""'), ['"what"'])
def test_string_ops(self):
self.assertEqual(pd_simple_eval('"foo" "bar"+'), ["foobar"])
def test_min_max(self):
self.assertEqual(pd_simple_eval('2 3<m4 5>m9 8<m7 6>m'), [2,5,8,7])
self.assertEqual(pd_simple_eval('[1 2][3 1]<m[1 3][2 1]>m'), [[1,2],[2,1]])
self.assertEqual(pd_simple_eval('2 3 5=m 2 5 3=m 3 2 5=m 3 5 2=m 5 2 3=m 5 3 2=m'), [3,3,3,3,3,3])
self.assertEqual(pd_simple_eval('2 3M_<m 4 5 M_>m'), [3,4])
def test_min_max_of_list(self):
self.assertEqual(pd_simple_eval('[7 2 5 9 3 5 8]>rq<r'), [9,2])
self.assertEqual(pd_simple_eval('[1 2 3m 4m]²_>rq<r'), [-4,1])
self.assertEqual(pd_simple_eval('"syzygy">rq<r'), [Char('z'),Char('g')])
self.assertEqual(pd_simple_eval('[2 4 2 3 2 4 2]>rsq<rs'), [[4,4],[2,2,2,2]])
self.assertEqual(pd_simple_eval('"abracadabra">rsq<rs'), ["rr","aaaaa"])
self.assertEqual(pd_simple_eval('[1 1m 2m 2 2 2m 1m 1]²_>rsq<rs'), [[-2,2,2,-2],[1,-1,-1,1]])
self.assertEqual(pd_simple_eval('[[1 1 1][2 2][3]]L_Æ'), [[1,1,1]])
self.assertEqual(pd_simple_eval('[[1 1 1][2 2][3]]L_Œ'), [[3]])
self.assertEqual(pd_simple_eval('[[1 1 1][2 2][3]]LæqLœ'), [[1,1,1], [3]])
def test_sort(self):
self.assertEqual(pd_simple_eval('[2 4 6 0 1]$'), [[0,1,2,4,6]])
self.assertEqual(pd_simple_eval('[2 4 6 0 1]4.2±b$'), [[4,6,2,1,0]])
self.assertEqual(pd_simple_eval('[2 4 6 0 1]3¢'), [4])
self.assertEqual(pd_simple_eval('[2 4 6 0 1]=r'), [2])
def test_is_sorted(self):
self.assertEqual(pd_simple_eval('[0 1 2 4 6]$p'), [1])
self.assertEqual(pd_simple_eval('[0 1 2 2 6]$p'), [1])
self.assertEqual(pd_simple_eval('[0 1 4 2 6]$p'), [0])
self.assertEqual(pd_simple_eval('[0 1 2 4 6]<p'), [1])
self.assertEqual(pd_simple_eval('[0 1 2 2 6]<p'), [0])
self.assertEqual(pd_simple_eval('[0 1 4 2 6]<p'), [0])
self.assertEqual(pd_simple_eval('[0 1 2 4 6]>p'), [0])
self.assertEqual(pd_simple_eval('[6 4 2 1 0]>p'), [1])
self.assertEqual(pd_simple_eval('[6 2 2 1 0]>p'), [0])
self.assertEqual(pd_simple_eval('[]$p'), [1])
self.assertEqual(pd_simple_eval('[2]$p'), [1])
def test_len(self):
self.assertEqual(pd_simple_eval('[8m 8 0 8j 3 4j+]Lm'), [[8,8,0,8.0,5.0]])
self.assertEqual(pd_simple_eval('[[7 2 5 9 3 5 8][7 2 5 9 3][]]Lm'), [[7,5,0]])
def test_find_index(self):
self.assertEqual(pd_simple_eval('"foo" "o" @'), [1])
self.assertEqual(pd_simple_eval('"food" \'f @q; \'o @q; \'d @'), [0,1,3])
self.assertEqual(pd_simple_eval('"abracadabra" "dab" @q; "ab" @q; "bad" @'), [6,0,-1])
self.assertEqual(pd_simple_eval('[3 1 4 1 5 9] : @v'), [[0,1,2,1,4,5]])
self.assertEqual(pd_simple_eval('10, 5, @'), [0])
self.assertEqual(pd_simple_eval('10, [6 7] @'), [6])
self.assertEqual(pd_simple_eval('[3 1 4 1 5 9] {3>} @'), [2])
def test_find(self):
self.assertEqual(pd_simple_eval('[3 1 4 1 5 9 2 6 5 3 5] {5>} ='), [9])
self.assertEqual(pd_simple_eval('[3 1 4 1 5 9 2 6 5 3 5] {6<} <'), [[3,1,4,1,5]])
self.assertEqual(pd_simple_eval('[3 1 4 1 5 9 2 6 5 3 5] {6<} >'), [[9,2,6,5,3,5]])
def test_fiirst_duplicate(self):
self.assertEqual(pd_simple_eval('[3 1 4 1 5 9 2 6 5 3 5] =g'), [1])
self.assertEqual(pd_simple_eval('[4 1 5 9 2 6 5 3 5] =g'), [5])
def test_list_operations(self):
self.assertEqual(pd_simple_eval('[2 4][6 0 1]+'), [[2,4,6,0,1]])
self.assertEqual(pd_simple_eval('[2 4][6 0 1]Cb'), [[2,4,6,0,1,2,4]])
self.assertEqual(pd_simple_eval('[2 4][6 0 1]Cf'), [[6,0,1,2,4,6,0,1]])
self.assertEqual(pd_simple_eval('[2 4]6*'), [[2,4,2,4,2,4,2,4,2,4,2,4]])
self.assertEqual(pd_simple_eval('[2 4][6 0 1]T'), [[[[2,6],[2,0],[2,1]],[[4,6],[4,0],[4,1]]]])
self.assertEqual(pd_simple_eval('[2 4][6 0 1]*'), [[[2,6],[2,0],[2,1],[4,6],[4,0],[4,1]]])
self.assertEqual(pd_simple_eval('[2 4]3*p'),
[[[2,2,2],[2,2,4],[2,4,2],[2,4,4],[4,2,2],[4,2,4],[4,4,2],[4,4,4]]])
self.assertEqual(pd_simple_eval('[2 4 6 0 1]('), [[4,6,0,1],2])
self.assertEqual(pd_simple_eval('[2 4 6 0 1])'), [[2,4,6,0],1])
self.assertEqual(pd_simple_eval('[2 4 6 0 1]‹'), [2])
self.assertEqual(pd_simple_eval('[2 4 6 0 1]›'), [1])
self.assertEqual(pd_simple_eval('[2 4 6 0 1]«'), [[2,4,6,0]])
self.assertEqual(pd_simple_eval('[2 4 6 0 1]»'), [[4,6,0,1]])
self.assertEqual(pd_simple_eval('[4 2]²'), [[[[4,4],[4,2]],[[2,4],[2,2]]]])
self.assertEqual(pd_simple_eval('[4 2]³'), [[
[[[4,4,4],[4,4,2]],[[4,2,4],[4,2,2]]],
[[[2,4,4],[2,4,2]],[[2,2,4],[2,2,2]]],
]])
def test_list_modifying(self):
self.assertEqual(pd_simple_eval('[2 4 6 0 1]{10*}({100*})'), [[20,4,6,0,100]])
def test_replicate(self):
self.assertEqual(pd_simple_eval('3 4 Replicate'), [[3,3,3,3]])
self.assertEqual(pd_simple_eval('4 3 °'), [[4,4,4]])
self.assertEqual(pd_simple_eval('\'x 3 °'), ["xxx"])
self.assertEqual(pd_simple_eval('[1 2] 3 °'), [[[1,2],[1,2],[1,2]]])
self.assertEqual(pd_simple_eval('\'y \'x 3 Sr'), ["xxx"])
self.assertEqual(pd_simple_eval('\'y \'x 4m Sr'), ["yyyy"])
self.assertEqual(pd_simple_eval('3 \'ax'), ["aaa"])
def test_zip(self):
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5]{+}Zip'), [[10,9,8]])
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5]Zip'), [[[1,9],[2,7],[3,5]]])
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5 1 2 3 5]Zp'), [[[1,9],[2,7],[3,5]]])
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5 9]+_‰'), [[10,9,8]])
self.assertEqual(pd_simple_eval('[9 7 5 1 2]Az'), [[[9,7],[7,5],[5,1],[1,2]]])
self.assertEqual(pd_simple_eval('[9 7 5 1 2]2W'), [[[9,7],[7,5],[5,1],[1,2]]])
self.assertEqual(pd_simple_eval('[9 7 5 1 2 1]4W'), [[[9,7,5,1],[7,5,1,2],[5,1,2,1]]])
self.assertEqual(pd_simple_eval('[1 2][9 7 5 1 2 5]Zl'), [[[1,9],[2,7],[5],[1],[2],[5]]])
self.assertEqual(pd_simple_eval('[1 2][9 7 5 1 2]Oz'), [[[1,9],[2,7],[1,5],[2,1],[1,2]]])
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5]+z'), [[10,9,8]])
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5 1 2 3 5]2z'), [[[1,9],[2,7],[3,5]]])
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5]{+}2z'), [[10,9,8]])
self.assertEqual(pd_simple_eval('[1 2][3 4 5][6 7]3z'), [[[1,3,6],[2,4,7]]])
self.assertEqual(pd_simple_eval('[1 2][3 4 5][6 7]{*+}3z'), [[19,30]])
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5]ζ2*+'), [[19,16,13]])
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5 4 4 4]+z'), [[10,9,8]])
self.assertEqual(pd_simple_eval('[1 2 3][9 7 5 4 4 4]+ž'), [[10,9,8,4,4,4]])
self.assertEqual(pd_simple_eval('[1 2 3 5 9 11]+ä'), [[3,5,8,14,20]])
self.assertEqual(pd_simple_eval('[1 2 3 5 9 11]+ë'), [[1,3,5,8,13,16]])
self.assertEqual(pd_simple_eval('[1 2 3 5 9][1 2]+ö'), [[2,4,4,7,10]])
self.assertEqual(pd_simple_eval('"01234""86420"+z'), ["hgfed"])
self.assertEqual(pd_simple_eval('"01234"[8 6 4 2 0]+z'), [[56,55,54,53,52]])
def test_mask(self):
self.assertEqual(pd_simple_eval('8,[1 0 0 1 0 1 1 0]€'), [[0,3,5,6]])
self.assertEqual(pd_simple_eval('8,[1 0 0 1 0 1 1 0]¥'), [[1,2,4,7],[0,3,5,6]])
def test_mismatch(self):
self.assertEqual(pd_simple_eval('[1 2 3 4 5][1 2 1 3 4]Ys'), [[1,2]])
self.assertEqual(pd_simple_eval('[1 2 3 4 5][1 2 1 3 4]Yd'), [[3,4,5],[1,3,4]])
self.assertEqual(pd_simple_eval('[1 2 3 4 5][1 2 1 3 4]Yi'), [2])
self.assertEqual(pd_simple_eval('[1 2 3 4 5][1 2 1 3 4]Yp'), [[3,1]])
self.assertEqual(pd_simple_eval('[1 2 3 4 5][1 2 1 3 4]Yf'), [3])
self.assertEqual(pd_simple_eval('[1 2 3 4 5][1 2 1 3 4]Yl'), [1])
self.assertEqual(pd_simple_eval('"abcde""abc"Ys'), ["abc"])
self.assertEqual(pd_simple_eval('"abcde""abc"Yd'), ["de",""])
self.assertEqual(pd_simple_eval('"abcde""abc"Yi'), [3])
self.assertEqual(pd_simple_eval('"abcde""abc"Yp'), [[Char('d')]])
self.assertEqual(pd_simple_eval('"abcde""abc"Yf'), [Char('d')])
def test_break(self):
self.assertEqual(pd_simple_eval('8,{:3>{Q}&:}e'), [0,0,1,1,2,2,3,3,4])
def test_continue(self):
self.assertEqual(pd_simple_eval('8,{:3>{K}&:}e'), [0,0,1,1,2,2,3,3,4,5,6,7])
def test_abs_diff(self):
self.assertEqual(pd_simple_eval('[[3 4][4 3][—1 6][—1 —9][7 —9][3 4j]]{~±}e'), [1,1,7,8,16,5.0])
def test_mapsum(self):
self.assertEqual(pd_simple_eval('[3 4 5])š'), [15])
self.assertEqual(pd_simple_eval('[3 4 5]²š'), [50])
def test_mapproduct(self):
self.assertEqual(pd_simple_eval('[3 4 5])þ'), [120])
self.assertEqual(pd_simple_eval('[3 4 5]²þ'), [3600])
def test_conversions(self):
self.assertEqual(pd_simple_eval('253S'), ['253'])
self.assertEqual(pd_simple_eval('253F'), [253.0])
self.assertEqual(pd_simple_eval('"253"I'), [253])
self.assertEqual(pd_simple_eval('"253"F'), [253.0])
self.assertEqual(pd_simple_eval('\'xI'), [120])
self.assertEqual(pd_simple_eval('98C'), [Char(98)])
def test_type_predicates(self):
self.assertEqual(pd_simple_eval('[1 1.0 \'1 1j "1" [1] {1} H][:i_:f_:c_:j_:n_:s_:a_:b_:h_],y'), [[[0],[1],[2],[3],[0,1,2,3],[4],[5],[6],[7]]])
def test_complex_arithmetic(self):
self.assertEqual(pd_simple_eval('3 4+j'), [3.0+4.0j])
self.assertEqual(pd_simple_eval('3 4-j'), [3.0-4.0j])
self.assertEqual(pd_simple_eval('[3 4]Rj'), [3.0+4.0j])
self.assertEqual(pd_simple_eval('3 4j+F'), [3.0])
self.assertEqual(pd_simple_eval('3 4j+;j'), [4.0])
self.assertEqual(pd_simple_eval('3 4j+*j'), [3.0j-4.0])
self.assertEqual(pd_simple_eval('3 4j+/j'), [-3.0j+4.0])
self.assertEqual(pd_simple_eval('3 4j+Mj'), [3.0-4.0j])
self.assertEqual(pd_simple_eval('3 4j+|j'), [-3.0+4.0j])
self.assertEqual(pd_simple_eval('3 4j+\\j'), [4.0+3.0j])
self.assertEqual(pd_simple_eval('3 4j+~j'), [3.0,4.0])
self.assertEqual(pd_simple_eval('3 4j+Aj'), [[3.0,4.0]])
self.assertEqual(pd_simple_eval('5^jm'), [[1,1j,-1,-1j,1]])
self.assertEqual(pd_simple_eval('[3 4j+ 5 6j]!jm'), [[0,1,0]])
self.assertEqual(pd_simple_eval('[3 4j+ 5 6j]&jm'), [[0,0,1]])
def test_complex_sort(self):
self.assertEqual(pd_simple_eval('[3 4j+ 5 6j 7 8j+ 7 4j+ 3 2j+]$'), [[6j,3+2j,3+4j,5,7+4j,7+8j]])
def test_conversions_group(self):
self.assertEqual(pd_simple_eval('"253"Ig'), [[253]])
self.assertEqual(pd_simple_eval('"2 5 -3"Ig'), [[2,5,-3]])
self.assertEqual(pd_simple_eval('"1e2 3e4"Ig'), [[1,2,3,4]])
self.assertEqual(pd_simple_eval('"2 5 -3"Fg'), [[2.0,5.0,-3.0]])
self.assertEqual(pd_simple_eval('"1e2 3e4"Fg'), [[1e2,3e4]])
def test_negate(self):
self.assertEqual(pd_simple_eval('5M 6MM —7M —8MM'), [-5,6,7,-8])
def test_signum(self):
self.assertEqual(pd_simple_eval('[1 2 1000 —989 727m 6986MM 0 2j 3 4j+]Um'), [[1,1,1,-1,-1,1,0,1.0j,(3.0+4.0j)/5]])
def test_mold(self):
self.assertEqual(pd_simple_eval('[5 6 7 8][[1 2][3 4]]M'), [[[5,6],[7,8]]])
self.assertEqual(pd_simple_eval('[[5][6 7][8]][1 2 3 4]M'), [[5,6,7,8]])
self.assertEqual(pd_simple_eval('[3 1 4 1 5][[0][0 0 0][0]]M'), [[[3],[1,4,1],[5]]])
self.assertEqual(pd_simple_eval('2[[0][0 0 0][0]]M'), [[[2],[3,4,5],[6]]])
self.assertEqual(pd_simple_eval('2[[0][0 0 0][0]]Mf'), [[[2],[2,2,2],[2]]])
def test_group(self):
self.assertEqual(pd_simple_eval('[3 9 9 9 8 8 9]Group'), [[[3],[9,9,9],[8,8],[9]]])
self.assertEqual(pd_simple_eval('"aaaaargh"G'), [["aaaaa", "r", "g", "h"]])
self.assertEqual(pd_simple_eval('[3 1 4 1 5 9 2 6]{Odd}G'), [[[3, 1],[4],[1,5,9],[2,6]]])
def test_organize(self):
self.assertEqual(pd_simple_eval('[3 9 9 9 8 8 9]Organize'), [[[3],[9,9,9,9],[8,8]]])
self.assertEqual(pd_simple_eval('"paradocical"Ø'), [["p","aaa","r","d","o","cc","i","l"]])
self.assertEqual(pd_simple_eval('10Êø'), [[[0,2,4,6,8],[1,3,5,7,9]]])
def test_uniquify(self):
self.assertEqual(pd_simple_eval('[1 2 3]U'), [[1,2,3]])
self.assertEqual(pd_simple_eval('[1 2 3 2 1]U'), [[1,2,3]])
self.assertEqual(pd_simple_eval('[9 0 0 9 7 0 9 9 0 7]U'), [[9,0,7]])
def test_number_predicates(self):
self.assertEqual(pd_simple_eval('1Â0Â1mÂ8Ê—7Ê1Î9Η7Η3Ô5Ô—8Ô—3Û5Û0Û'),
[1,0,0,1,0,1,0,0,1,1,0,1,0,0])
def test_list_predicates(self):
self.assertEqual(pd_simple_eval('''
[1 2 3]Â[1 0 3]Â[0 0 0]Â[1 2 3]Ê[0 2 0]Ê[0 0 0]Ê
[1 2 3]Î[2 2 2]Î[2 2 0]Î[0 0 0]Î[0 0 0]Ô[0 2 0]Ô[2 2 2]Ô
[0 0 0]Û[0 2 0]Û[3 2 0]Û[3 7 1]Û
[]Ae[1 0 3]Ae[1 2 3]Ae'''),
[1,0,0,1,1,0,0,1,0,1,1,0,0,0,0,1,1,0,0,1])
def test_mapped_list_predicates(self):
self.assertEqual(pd_simple_eval('[3 2 0]{1+}Â'), [1])
self.assertEqual(pd_simple_eval('[3 2 1]{1-}Â'), [0])
self.assertEqual(pd_simple_eval('[3 2 1]{0*}Ê'), [0])
self.assertEqual(pd_simple_eval('[0 0 3]{1*}Ê'), [1])
self.assertEqual(pd_simple_eval('[3 2 1]{0*}Î'), [1])
self.assertEqual(pd_simple_eval('[3 3 1]{2*}Î'), [0])
self.assertEqual(pd_simple_eval('[3 2 1]{0*}Ô'), [1])
self.assertEqual(pd_simple_eval('[1 1 3]{1-}Ô'), [0])
self.assertEqual(pd_simple_eval('[3 2 3m]{:*}Û'), [0])
self.assertEqual(pd_simple_eval('[3 2 4m]{:*}Û'), [1])
def test_keep_under(self):
self.assertEqual(pd_simple_eval('3 4 5 +'), [3,9])
self.assertEqual(pd_simple_eval('3 4 5 +k'), [3,4,5,9])
self.assertEqual(pd_simple_eval('3 4 5 +u'), [7,5])
self.assertEqual(pd_simple_eval('3 4 5 +q'), [3,9,4,5])
def test_double(self):
self.assertEqual(pd_simple_eval('4 5 )d'), [5,6])
self.assertEqual(pd_simple_eval('2 3 4 5 +d'), [5,9])
def test_count(self):
self.assertEqual(pd_simple_eval('[4 10 5000]5#v'), [[0,1,4]])
self.assertEqual(pd_simple_eval('[6 28 224]4#v'), [[0,1,2]])
self.assertEqual(pd_simple_eval('[1 2 3][1 5 1 3]#av'), [[2,0,1]])
self.assertEqual(pd_simple_eval('[\'A \'a 67]"PARADOC"#av'), [[2,0,1]])
self.assertEqual(pd_simple_eval('10 3%b#'), [6])
self.assertEqual(pd_simple_eval('21Êç'), [11])
self.assertEqual(pd_simple_eval('21Êñ'), [10])
self.assertEqual(pd_simple_eval('21ʃ'), [10])
self.assertEqual(pd_simple_eval('[5 3 4 4 5 5 5]#p'), [[[5,4],[3,1],[4,2]]])
self.assertEqual(pd_simple_eval('[[1][1 1][1]]#p'), [[[[1],2],[[1,1],1]]])
self.assertEqual(pd_simple_eval('[1 2 3 2 1 2 3]#æ'), [2])
self.assertEqual(pd_simple_eval('[1 2 3 4 1 2 3]#œ'), [4])
self.assertEqual(pd_simple_eval('[1 2 3 4 5]Êð'), [2])
self.assertEqual(pd_simple_eval('[1 2 3 4 5 6 5 4 3 2 1]Êð'), [3])
def test_reverse(self):
self.assertEqual(pd_simple_eval('[2 5 3]D'), [[3,5,2]])
self.assertEqual(pd_simple_eval('[[2 4][6 0 3]]Ð'), [[[4,2],[3,0,6]]])
self.assertEqual(pd_simple_eval('[2 5 3]Pz'), [[2,5,3,5,2]])
self.assertEqual(pd_simple_eval('4Pz'), [[0,1,2,3,2,1,0]])
def test_ranges(self):
self.assertEqual(pd_simple_eval('3,[0 1 2]='), [1])
self.assertEqual(pd_simple_eval('3,[0 1 3]='), [0])
self.assertEqual(pd_simple_eval('3D[2 1 0]='), [1])
self.assertEqual(pd_simple_eval('3J[1 2 3]='), [1])
self.assertEqual(pd_simple_eval('3Ð[3 2 1]='), [1])
self.assertEqual(pd_simple_eval('3Dj[3 2 1]='), [1])
self.assertEqual(pd_simple_eval('4Er[0 2]='), [1])
self.assertEqual(pd_simple_eval('4Or[1 3]='), [1])
# self.assertEqual(pd_simple_eval('4Ej[2 4]='), [1])
# self.assertEqual(pd_simple_eval('5Oj[1 3 5]='), [1])
self.assertEqual(pd_simple_eval('3 5To[3 4 5]='), [1])
self.assertEqual(pd_simple_eval('5 9Tl[5 6 7 8]='), [1])
self.assertEqual(pd_simple_eval('2 6¨[2 3 4 5]='), [1])
self.assertEqual(pd_simple_eval('1 5…[1 2 3 4 5]='), [1])
def test_flatten(self):
self.assertEqual(pd_simple_eval('["foo""bar""baz"]¨q…'), ["foobarbaz","foobarbaz"])
self.assertEqual(pd_simple_eval("['P'a'r'a'd'o'c]¨q…"), ["Paradoc","Paradoc"])
self.assertEqual(pd_simple_eval('[[2 4]6[0 1]]¨q…'), [[2,4,6,0,1],[2,4,6,0,1]])
self.assertEqual(pd_simple_eval('[[[2 4]]6[[0 2]]]¨q…'), [[[2,4],6,[0,2]],[2,4,6,0,2]])
def test_some_trig(self):
self.assertEqual(pd_simple_eval('0 Snq Csq Tn'), [0.0,1.0,0.0])
self.assertEqual(pd_simple_eval('Pi½ Sn Pi Cs'), [1.0,-1.0])
self.assertEqual(pd_simple_eval('[[0] Pi] Cs'), [[[1.0], -1.0]])
def test_base(self):
self.assertEqual(pd_simple_eval('4 3 B'), [[1,1]])
self.assertEqual(pd_simple_eval('48762 16 B'), [[11,14,7,10]])
self.assertEqual(pd_simple_eval('5 D 10 B'), [43210])
self.assertEqual(pd_simple_eval('"be7a" 16 B'), [48762])
self.assertEqual(pd_simple_eval('"DeFaCeD" 16 B'), [233811181])
self.assertEqual(pd_simple_eval('314159 Dr'), [23])
def test_base_string(self):
self.assertEqual(pd_simple_eval('48762 16 LbqUb'), ['be7a','BE7A'])
self.assertEqual(pd_simple_eval('233811181 16 LbqUb'), ['defaced', 'DEFACED'])
self.assertEqual(pd_simple_eval('42 Bs'), ['101010'])
self.assertEqual(pd_simple_eval('233811181 Hs'), ['DEFACED'])
def test_string_transformations(self):
self.assertEqual(pd_simple_eval('"hElLo :) 123 xD"Uc'), ["HELLO :) 123 XD"])
self.assertEqual(pd_simple_eval('"hElLo :) 123 xD"Lc'), ["hello :) 123 xd"])
self.assertEqual(pd_simple_eval('"hElLo :) 123 xD"Xc'), ["HeLlO :) 123 Xd"])
self.assertEqual(pd_simple_eval('"([{<!?>}])"Mc'), [")]}>!?<{[("])
def test_string_predicates(self):
self.assertEqual(pd_simple_eval('"B3 t@"ApqUpqLpqWp'), [[1,0,0,1,0],[1,0,0,0,0],[0,0,0,1,0],[0,0,1,0,0]])
self.assertEqual(pd_simple_eval('"+-- <foo>"Vc'), [[1,-1,-1,0,-1,0,0,0,1]])
self.assertEqual(pd_simple_eval('"([{<!?>}])"Nc'), [[1,1,1,1,0,0,-1,-1,-1,-1]])
self.assertEqual(pd_simple_eval('"bar"Ia'), [[2,1,18]])
self.assertEqual(pd_simple_eval('[1 2 3]Li'), [[Char('a'), Char('b'), Char('c')]])
self.assertEqual(pd_simple_eval('26 3,ÀUi'), [[Char('Z'), Char('Y'), Char('X')]])
def test_has_prefix_suffix(self):
self.assertEqual(pd_simple_eval('"foobar" "fo" <hq>hq=h'), [1, 0, 1])
self.assertEqual(pd_simple_eval('"foobar" "ar" <hq>hq=h'), [0, 1, 1])
self.assertEqual(pd_simple_eval('"foobar" "bo" <hq>hq=h'), [0, 0, 0])
self.assertEqual(pd_simple_eval('"les miserables" "les" <hq>hq=h'), [1, 1, 1])
self.assertEqual(pd_simple_eval('10, [0 1] <hq>hq=h'), [1, 0, 1])
self.assertEqual(pd_simple_eval('10, [3 4] <hq>hq=h'), [0, 0, 1])
self.assertEqual(pd_simple_eval('10, [8 9] <hq>hq=h'), [0, 1, 1])
self.assertEqual(pd_simple_eval('10, [0 0] <hq>hq=h'), [0, 0, 0])
def test_split(self):
self.assertEqual(pd_simple_eval('"assdfs""s"/'), [["a","","df",""]])
self.assertEqual(pd_simple_eval('[1 2 3 4 2 3 5 2 3 2 3 3 3 3 3][2 3]/'), [[[1],[4],[5],[],[3,3,3,3]]])
self.assertEqual(pd_simple_eval('[2 3 2 3][2 3]/'), [[[],[],[]]])
self.assertEqual(pd_simple_eval('"assdfs""s"%'), [["a","df"]])
self.assertEqual(pd_simple_eval('[2 3 2 3][2 3]%'), [[]])
self.assertEqual(pd_simple_eval('"pair of doc"W'), [["pair","of","doc"]])
self.assertEqual(pd_simple_eval('" x tra \nspaces\n "W'), [["x","tra","spaces"]])
self.assertEqual(pd_simple_eval('" x tra \nspaces\n " b'), [["","x","","tra","","","\nspaces\n","",""]])
self.assertEqual(pd_simple_eval('"assdfs"\'ss'), [["a","","df",""]])
def test_random(self):
self.assertEqual(pd_simple_eval('0 Random_seed RfRfRf'),
[0.8444218515250481, 0.7579544029403025, 0.420571580830845])
self.assertEqual(pd_simple_eval('0 Random_seed Rg'),
[0.9417154046806644])
self.assertEqual(pd_simple_eval('0 Random_seed {5Ri}5*'), [3,3,0,2,4])
self.assertEqual(pd_simple_eval('0 Random_seed {[2 5 3]Rc}5*'), [5,5,2,5,3])
def test_arithmetic_literals(self):
self.assertEqual(pd_simple_eval('[1 27m 7]Uám'), [[31,3,37]])
self.assertEqual(pd_simple_eval('[15 13]Bàm'), [[4,2]])
self.assertEqual(pd_simple_eval('AéBèGíHì'), [1024,121,1/16,-17])
self.assertEqual(pd_simple_eval('[1 3 5]Uóm'), [[30,90,150]])
self.assertEqual(pd_simple_eval('200Aò200Hú'), [20.0, 13])
self.assertEqual(pd_simple_eval('Aý'), [10000000000])
def test_discrete_math(self):
self.assertEqual(pd_simple_eval('5 2 Bc'), [10])
self.assertEqual(pd_simple_eval('5 !p'), [120])
self.assertEqual(pd_simple_eval('12 Pp'), [0])
self.assertEqual(pd_simple_eval('13 Pp'), [1])
self.assertEqual(pd_simple_eval('26 (p'), [23])
self.assertEqual(pd_simple_eval('26 )p'), [29])
self.assertEqual(pd_simple_eval('60 Fc'), [[[2,2],[3,1],[5,1]]])
self.assertEqual(pd_simple_eval('60 Ff'), [[2,2,3,5]])
self.assertEqual(pd_simple_eval('11 Fb'), [89])
self.assertEqual(pd_simple_eval('12 Et'), [4])
self.assertEqual(pd_simple_eval('2 21 Js'), [-1])
def test_aggregation(self):
self.assertEqual(pd_simple_eval('[6 6 6]L'), [3])
self.assertEqual(pd_simple_eval('[6 6 6]Š'), [18])
self.assertEqual(pd_simple_eval('[6 6 6]Þ'), [216])
self.assertEqual(pd_simple_eval('[5 6 7]Av'), [6.0])
self.assertEqual(pd_simple_eval('[3 4]Hy'), [5.0])
self.assertAlmostEqual(pd_simple_eval('[2 4 5 8 6]Sg')[0], math.sqrt(5))
def test_stack_functions(self):
self.assertEqual(pd_simple_eval('6 6 6 Ls'), [3])
self.assertEqual(pd_simple_eval('6 6 6 Šs'), [18])
self.assertEqual(pd_simple_eval('6 6 6 Þs'), [216])
self.assertEqual(pd_simple_eval('2 4 6 0 1 Ds'), [1,0,6,4,2])
def test_rectangularize_transpose(self):
self.assertEqual(pd_simple_eval('[[1 2][3 4]]Transpose'), [[[1,3],[2,4]]])
self.assertEqual(pd_simple_eval('[[1 2][3 4]]Rotate'), [[[2,4],[1,3]]])
self.assertEqual(pd_simple_eval('[[1 2][3 4]]Unrotate'), [[[3,1],[4,2]]])
self.assertEqual(pd_simple_eval('[[1 2][3 4 5]]Transpose'), [[[1,3],[2,4],[5]]])
self.assertEqual(pd_simple_eval('[[1 2][3 4]]0Qz'), [[[1,2],[3,4]]])
self.assertEqual(pd_simple_eval('[[1 2][3 4 5]]0Qz'), [[[1,2,0],[3,4,5]]])
self.assertEqual(pd_simple_eval('[[1 2][3 4]]0Tf'), [[[1,3],[2,4]]])
self.assertEqual(pd_simple_eval('[[1 2][3 4 5]]0Tf'), [[[1,3],[2,4],[0,5]]])
self.assertEqual(pd_simple_eval('["ab""cde"] qSm'), [["ab ","cde"]])
def test_fill(self):
self.assertEqual(pd_simple_eval('"foo"9<f'), [" foo"])
self.assertEqual(pd_simple_eval('"foo"9>f'), ["foo "])
self.assertEqual(pd_simple_eval('"foo"9=f'), [" foo "])
# self.assertEqual(pd_simple_eval('"foo"9«f'), [" foo"])
# self.assertEqual(pd_simple_eval('"foo"9»f'), ["foo "])
self.assertEqual(pd_simple_eval('"foo"9\'*[f'), ["******foo"])
self.assertEqual(pd_simple_eval('"foo"9\'*]f'), ["foo******"])
self.assertEqual(pd_simple_eval('[1 3 5]6 8[f'), [[8,8,8,1,3,5]])
self.assertEqual(pd_simple_eval('[1 3 5]6 8]f'), [[1,3,5,8,8,8]])
def test_translate(self):
self.assertEqual(pd_simple_eval('"1234321" "123" "ab" Zt'), ["abb4bba"])
self.assertEqual(pd_simple_eval('"1234321" "123" "ab" Ot'), ["abb4321"])
def test_string_trailers(self):
self.assertEqual(pd_simple_eval('1 2 3"% % %"i'), ["1 2 3"])
self.assertEqual(pd_simple_eval('1 2 3"%2d + %2d = %02d"f'), [" 1 + 2 = 03"])
self.assertEqual(pd_simple_eval('3"hello"t'), ["hello"])
self.assertEqual(pd_simple_eval('0"hello"t'), [""])
def test_tricky_string_preservation(self):
self.assertEqual(pd_simple_eval('"123")m'), ["234"])
self.assertEqual(pd_simple_eval('"123"{2*}m'), [[98,100,102]])
self.assertEqual(pd_simple_eval('"123"{2C*}m'), ["bdf"])
self.assertEqual(pd_simple_eval('"123"×m'), ["bdf"])
def test_loops(self):
self.assertEqual(pd_simple_eval('5:_(k_W'), [5,4,3,2,1,0])
self.assertEqual(pd_simple_eval('5-pk_(k_U'), [5,4,3,2,1,0,-1])
self.assertEqual(pd_simple_eval('1{2*36%}I'), [[1,2,4,8,16,32,28,20]])
self.assertEqual(pd_simple_eval('1{2*36%}F'), [4])
def test_memo(self):
self.assertEqual(pd_simple_eval('3{)}Memo~'), [4])
self.assertEqual(pd_simple_eval('10{:{(X))}{;1}?}M~', use_cache=False), [21])
self.assertEqual(pd_simple_eval('10{:{(:&u&+}{;1}?}Memo.&~', use_cache=False), [1024])
self.assertEqual(pd_simple_eval('10{:{(:XuX+}{;1}?}M~', use_cache=False), [1024])
def test_regex(self):
self.assertEqual(pd_simple_eval('"l33t""\\d"Xs'), [["3"]])
self.assertEqual(pd_simple_eval('"normal""\\d"Xs'), [[]])
self.assertEqual(pd_simple_eval('"12c456""\\d(\\d)\\d"Xs'), [["456", "5"]])
self.assertEqual(pd_simple_eval('"253""\\d"Xm'), [[]])
self.assertEqual(pd_simple_eval('"253""\\d+"Xm'), [["253"]])
self.assertEqual(pd_simple_eval('"253""\\d"Xa'), [[["2"], ["5"], ["3"]]])
self.assertEqual(pd_simple_eval('"2x5y3x""(\\d)x"Xa'), [[["2x", "2"], ["3x", "3"]]])
def test_hoard(self):
self.assertEqual(pd_simple_eval('[]Hr Hl'), [[]])
self.assertEqual(pd_simple_eval('[]Hr 1Ha 2Ha 3Ha Hl'), [[1,2,3]])
self.assertEqual(pd_simple_eval('[]Hr 1Ha 2Hb 3Ha 4Hb Hl'), [[4,2,1,3]])
self.assertEqual(pd_simple_eval('[4 3 2 1]Hr HpHqHqHp'), [1,4,3,2])
self.assertEqual(pd_simple_eval('[4 3 2 1]Hr H1='), [3])
self.assertEqual(pd_simple_eval('[4 3 2 1]Hr H›'), [1])
self.assertEqual(pd_simple_eval('[4 3 2 1]Hr H»'), [[3,2,1]])
self.assertEqual(pd_simple_eval('[4 3 2 1]Hr 3 Hh 4 Hh'), [1,0])
self.assertEqual(pd_simple_eval('[]Hr [3 4]Hx [5 6]Hx Hl'), [[3,4,5,6]])
def test_hoard_as_dictionary(self):
self.assertEqual(pd_simple_eval('[]Hr 2 3 Hu 5 7 Hu 2 H='), [3])
self.assertEqual(pd_simple_eval('[]Hr [1 2] [3 4] Hu [5 6] [7 8] Hu [1 2] H='), [[3,4]])
self.assertEqual(pd_simple_eval('[]Hr 2 3 Hu 5 7 Hu 2 11 Hm 2 M_ Hm 2 H='), [-14])
self.assertEqual(pd_simple_eval('[]Hr 5 Ho 2 Ho 5 Ho 3 Ho Hk'), [[2,3,5]])
self.assertEqual(pd_simple_eval('[]Hr 5 Ho 5 Hd Hk'), [[]])
self.assertEqual(pd_simple_eval('[[1 2][3 4][5 6]]Dc 3='), [4])
def test_quine(self):
self.assertEqual(pd_simple_eval(' 1 Qn 2 '), [1,' 1 Qn 2 ',2])
if __name__ == '__main__':
unittest.main()
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