How to use to_list method in Slash
Best Python code snippet using slash
citations_tests.py
Source:citations_tests.py 
...22 (u'Official Interpretations of § 102.33(c)(2)',23 ['102', '33', 'c', '2', 'Interp'])]:24 citations = internal_citations(text, Label(part='101'))25 self.assertEqual(1, len(citations))26 self.assertEqual(citations[0].label.to_list(), label)27 def test_single_references(self):28 for text, link, label in [29 ("The requirements in paragraph (a)(4)(iii) of",30 'paragraph (a)(4)(iii)', ['102', '6', 'a', '4', 'iii']),31 ("Creditors may comply with paragraphs (a)(6) of this section",32 'paragraphs (a)(6)', ['102', '6', 'a', '6']),33 (u"date in § 1005.20(h)(1) must disclose", u'§ 1005.20(h)(1)',34 ['1005', '20', 'h', '1']),35 ('(a) Solicited issuance. Except as provided in paragraph (b) '36 + 'of this section', 'paragraph (b)', ['102', '6', 'b']),37 ("And Section 222.87(d)(2)(i) says something",38 'Section 222.87(d)(2)(i)', ['222', '87', 'd', '2', 'i']),39 ("More in paragraph 22(a)(4).", "paragraph 22(a)(4)",40 ["102", "22", "a", "4"]),41 ("See comment 32(b)(3) blah blah", 'comment 32(b)(3)',42 ['102', '32', 'b', '3', 'Interp']),43 ("refer to comment 36(a)(2)-3 of thing", 'comment 36(a)(2)-3',44 ['102', '36', 'a', '2', 'Interp', '3']),45 ("See Appendix A-5", "Appendix A-5", ['102', 'A', '5']),46 ("See Appendix A-5(R)", "Appendix A-5(R)", ['102', 'A', '5(R)']),47 ("See comment 3(v)-1.v. Another", "comment 3(v)-1.v",48 ['102', '3', 'v', 'Interp', '1', 'v']),49 ("See the commentary to 3(b)(1)", 'commentary to 3(b)(1)',50 ['102', '3', 'b', '1', 'Interp']),51 ("See comment 3(b)(1)-1.v.", 'comment 3(b)(1)-1.v',52 ['102', '3', 'b', '1', 'Interp', '1', 'v']),53 ("See appendix G, part V.4.D.", 'appendix G, part V.4.D',54 ['102', 'G', 'V', '4', 'D']),55 ("See comment 3-1 for things", 'comment 3-1',56 ['102', '3', 'Interp', '1'])]:57 citations = internal_citations(text, Label(part='102',58 section='6'))59 self.assertEqual(1, len(citations))60 citation = citations[0]61 self.assertEqual(citation.label.to_list(), label)62 self.assertEqual(link, to_full_text(citation, text))63 def test_single_reference_false_positives(self):64 text = "See the commentary. (a) child paragraph"65 citations = internal_citations(66 text, Label(part='102', section='1'))67 self.assertEqual(0, len(citations))68 def test_section_ref_in_appendix(self):69 text = u"""(a) Something something § 1005.7(b)(1)."""70 citations = internal_citations(71 text, Label(part='1005', appendix='A', appendix_section='2',72 p1='a'))73 self.assertEqual(citations[0].label.to_list(),74 ['1005', '7', 'b', '1'])75 def test_multiple_matches(self):76 text = "Please see A-5 and Q-2(r) and Z-12(g)(2)(ii) then more text"77 citations = internal_citations(text, Label(part='102', section='1'))78 self.assertEqual(3, len(citations))79 citation = citations[0]80 self.assertEqual(citation.label.to_list(), ['102', 'A', '5'])81 self.assertEqual(to_text(citation, text), 'A-5')82 citation = citations[1]83 self.assertEqual(citation.label.to_list(), ['102', 'Q', '2(r)'])84 self.assertEqual(to_text(citation, text), 'Q-2(r)')85 citation = citations[2]86 self.assertEqual(citation.label.to_list(),87 ['102', 'Z', '12(g)(2)(ii)'])88 self.assertEqual(to_text(citation, text), 'Z-12(g)(2)(ii)')89 text = u"Appendices G and HâYadda yadda"90 citations = internal_citations(text, Label(part='102'))91 self.assertEqual(2, len(citations))92 citG, citH = citations93 self.assertEqual(citG.label.to_list(), ['102', 'G'])94 self.assertEqual(citH.label.to_list(), ['102', 'H'])95 def test_single_match_multiple_paragraphs1(self):96 text = "the requirements of paragraphs (c)(3), (d)(2), (e)(1), "97 text += "(e)(3), and (f) of this section"98 citations = internal_citations(text, Label(part='222', section='5'))99 self.assertEqual(5, len(citations))100 citation = citations[0]101 self.assertEqual(['222', '5', 'c', '3'], citation.label.to_list())102 self.assertEqual(to_text(citation, text), '(c)(3)')103 citation = citations[1]104 self.assertEqual(['222', '5', 'd', '2'], citation.label.to_list())105 self.assertEqual(to_text(citation, text), '(d)(2)')106 citation = citations[2]107 self.assertEqual(['222', '5', 'e', '1'], citation.label.to_list())108 self.assertEqual(to_text(citation, text), '(e)(1)')109 citation = citations[3]110 self.assertEqual(['222', '5', 'e', '3'], citation.label.to_list())111 self.assertEqual(to_text(citation, text), '(e)(3)')112 citation = citations[4]113 self.assertEqual(['222', '5', 'f'], citation.label.to_list())114 self.assertEqual(to_text(citation, text), '(f)')115 text = "set forth in paragraphs (b)(1) or (b)(2)"116 citations = internal_citations(text, Label(part='222', section='5'))117 self.assertEqual(2, len(citations))118 citation = citations[0]119 self.assertEqual(['222', '5', 'b', '1'], citation.label.to_list())120 self.assertEqual(to_text(citation, text), '(b)(1)')121 citation = citations[1]122 self.assertEqual(['222', '5', 'b', '2'], citation.label.to_list())123 self.assertEqual(to_text(citation, text), '(b)(2)')124 text = 'paragraphs (c)(1) and (2) of this section'125 citations = internal_citations(text, Label(part='222', section='5'))126 self.assertEqual(2, len(citations))127 citation = citations[0]128 self.assertEqual(['222', '5', 'c', '1'], citation.label.to_list())129 self.assertEqual(to_text(citation, text), '(c)(1)')130 citation = citations[1]131 self.assertEqual(['222', '5', 'c', '2'], citation.label.to_list())132 self.assertEqual(to_text(citation, text), '(2)')133 text = 'paragraphs (b)(1)(ii) and (iii)'134 citations = internal_citations(text, Label(part='222', section='5'))135 self.assertEqual(2, len(citations))136 citation = citations[0]137 self.assertEqual(['222', '5', 'b', '1', 'ii'],138 citation.label.to_list())139 self.assertEqual(to_text(citation, text), '(b)(1)(ii)')140 citation = citations[1]141 self.assertEqual(['222', '5', 'b', '1', 'iii'],142 citation.label.to_list())143 self.assertEqual(to_text(citation, text), '(iii)')144 text = 'see paragraphs (z)(9)(vi)(A) and (D)'145 citations = internal_citations(text, Label(part='222', section='5'))146 self.assertEqual(2, len(citations))147 citation = citations[0]148 self.assertEqual(['222', '5', 'z', '9', 'vi', 'A'],149 citation.label.to_list())150 self.assertEqual(to_text(citation, text), '(z)(9)(vi)(A)')151 citation = citations[1]152 self.assertEqual(['222', '5', 'z', '9', 'vi', 'D'],153 citation.label.to_list())154 self.assertEqual(to_text(citation, text), '(D)')155 text = 'see 32(d)(6) and (7) Content content'156 citations = internal_citations(text, Label(part='222'))157 self.assertEqual(2, len(citations))158 citation = citations[0]159 self.assertEqual(['222', '32', 'd', '6'], citation.label.to_list())160 self.assertEqual(to_text(citation, text), '32(d)(6)')161 citation = citations[1]162 self.assertEqual(['222', '32', 'd', '7'], citation.label.to_list())163 self.assertEqual(to_text(citation, text), '(7)')164 def test_single_match_multiple_paragraphs2(self):165 text = u'§ 1005.10(a) and (d)'166 citations = internal_citations(text, Label(part='222', section='5'))167 self.assertEqual(2, len(citations))168 citation = citations[0]169 self.assertEqual(['1005', '10', 'a'], citation.label.to_list())170 self.assertEqual(to_text(citation, text), '1005.10(a)')171 citation = citations[1]172 self.assertEqual(['1005', '10', 'd'], citation.label.to_list())173 self.assertEqual(to_text(citation, text), '(d)')174 text = u'§ 1005.7(b)(1), (2) and (3)'175 citations = internal_citations(text, Label(part='222', section='5'))176 self.assertEqual(3, len(citations))177 self.assertEqual(['1005', '7', 'b', '1'],178 citations[0].label.to_list())179 self.assertEqual(['1005', '7', 'b', '2'],180 citations[1].label.to_list())181 self.assertEqual(['1005', '7', 'b', '3'],182 citations[2].label.to_list())183 text = u'§ 1005.15(d)(1)(i) and (ii)'184 citations = internal_citations(text, Label(part='222', section='5'))185 self.assertEqual(2, len(citations))186 self.assertEqual(['1005', '15', 'd', '1', 'i'],187 citations[0].label.to_list())188 self.assertEqual(['1005', '15', 'd', '1', 'ii'],189 citations[1].label.to_list())190 text = u'§ 1005.9(a)(5) (i), (ii), or (iii)'191 citations = internal_citations(text, Label(part='222', section='5'))192 self.assertEqual(3, len(citations))193 self.assertEqual(['1005', '9', 'a', '5', 'i'],194 citations[0].label.to_list())195 self.assertEqual(['1005', '9', 'a', '5', 'ii'],196 citations[1].label.to_list())197 self.assertEqual(['1005', '9', 'a', '5', 'iii'],198 citations[2].label.to_list())199 text = u'§ 1005.11(a)(1)(vi) or (vii).'200 citations = internal_citations(text, Label(part='222', section='5'))201 self.assertEqual(2, len(citations))202 self.assertEqual(['1005', '11', 'a', '1', 'vi'],203 citations[0].label.to_list())204 self.assertEqual(['1005', '11', 'a', '1', 'vii'],205 citations[1].label.to_list())206 text = u'§§ 1005.3(b)(2) and (3), 1005.10(b), (d), and (e), 1005.13, '207 text += 'and 1005.20'208 citations = internal_citations(text, Label(part='222', section='5'))209 self.assertEqual(7, len(citations))210 text = 'Sections 1005.3, .4, and .5'211 citations = internal_citations(text, Label(part='222', section='5'))212 self.assertEqual(3, len(citations))213 self.assertEqual(['1005', '3'], citations[0].label.to_list())214 self.assertEqual(['1005', '4'], citations[1].label.to_list())215 self.assertEqual(['1005', '5'], citations[2].label.to_list())216 def test_single_match_multiple_paragraphs4(self):217 text = "Listing sections 11.55(d) and 321.11 (h)(4)"218 citations = internal_citations(text, Label(part='222', section='5'))219 self.assertEqual(2, len(citations))220 citation = citations[0]221 self.assertEqual(['11', '55', 'd'], citation.label.to_list())222 self.assertEqual(to_text(citation, text), '11.55(d)')223 citation = citations[1]224 self.assertEqual(['321', '11', 'h', '4'], citation.label.to_list())225 self.assertEqual(to_text(citation, text), '321.11 (h)(4)')226 def test_single_match_multiple_paragraphs5(self):227 text = "See, e.g., comments 31(b)(1)(iv)-1 and 31(b)(1)(vi)-1"228 citations = internal_citations(text, Label(part='222', section='5'))229 self.assertEqual(2, len(citations))230 citation = citations[0]231 self.assertEqual(['222', '31', 'b', '1', 'iv', 'Interp', '1'],232 citation.label.to_list())233 self.assertEqual(to_text(citation, text), '31(b)(1)(iv)-1')234 citation = citations[1]235 self.assertEqual(['222', '31', 'b', '1', 'vi', 'Interp', '1'],236 citation.label.to_list())237 self.assertEqual(to_text(citation, text), '31(b)(1)(vi)-1')238 def test_single_match_multiple_paragraphs6(self):239 text = "comments 5(b)(3)-1 through -3"240 citations = internal_citations(text, Label(part='100', section='5'))241 citation = citations[0]242 self.assertEqual(2, len(citations))243 self.assertEqual(['100', '5', 'b', '3', 'Interp', '1'],244 citation.label.to_list())245 self.assertEqual(to_text(citation, text), '5(b)(3)-1')246 citation = citations[1]247 self.assertEqual(['100', '5', 'b', '3', 'Interp', '3'],248 citation.label.to_list())249 self.assertEqual(to_text(citation, text), '-3')250 def test_single_match_multiple_paragraphs7(self):251 text = "comments 5(b)(3)-1, 5(b)(3)-3, or 5(d)-1 through -3."252 citations = internal_citations(text, Label(part='100', section='5'))253 citation = citations[0]254 self.assertEqual(4, len(citations))255 self.assertEqual(['100', '5', 'b', '3', 'Interp', '1'],256 citation.label.to_list())257 self.assertEqual(to_text(citation, text), '5(b)(3)-1')258 citation = citations[1]259 self.assertEqual(['100', '5', 'b', '3', 'Interp', '3'],260 citation.label.to_list())261 self.assertEqual(to_text(citation, text), '5(b)(3)-3')262 citation = citations[2]263 self.assertEqual(['100', '5', 'd', 'Interp', '1'],264 citation.label.to_list())265 self.assertEqual(to_text(citation, text), '5(d)-1')266 citation = citations[3]267 self.assertEqual(['100', '5', 'd', 'Interp', '3'],268 citation.label.to_list())269 self.assertEqual(to_text(citation, text), '-3')270 def test_single_match_multiple_paragraphs8(self):271 text = u'§ 105.2(a)(1)-(3)'272 citations = internal_citations(text, Label(part='100', section='2'))273 self.assertEqual(2, len(citations))274 def test_single_match_multiple_p_false_positives(self):275 text = "-9 text and stuff -2. (b) new thing"276 citations = internal_citations(text, Label(part='100', section='4'))277 self.assertEqual(0, len(citations))278class CitationsLabelTest(TestCase):279 def test_using_default_schema(self):280 label = Label(part='111')281 self.assertTrue(label.using_default_schema)282 label = Label(part='111', p1='b')283 self.assertTrue(label.using_default_schema)284 label = Label(part='111', c2='r')285 self.assertTrue(label.using_default_schema)286 label = Label(part='111', section='21')287 self.assertFalse(label.using_default_schema)288 label = Label(part='111', appendix='B3')289 self.assertFalse(label.using_default_schema)290 label = Label(part='111', appendix_section='3')291 self.assertFalse(label.using_default_schema)292 def test_determine_schema(self):293 self.assertEqual(Label.app_sect_schema,294 Label.determine_schema({'appendix_section': '1'}))295 self.assertEqual(Label.app_schema,296 Label.determine_schema({'appendix': 'A'}))297 self.assertEqual(Label.sect_schema,298 Label.determine_schema({'section': '12'}))299 self.assertEqual(None, Label.determine_schema({}))300 def test_to_list(self):301 label = Label(part='222', section='11', p1='c', p2='2')302 self.assertEqual(['222', '11', 'c', '2'], label.to_list())303 label = Label(part='222', p1='d', appendix='R3')304 self.assertEqual(['222', 'R3', 'd'], label.to_list())305 label = Label(part='222', p1='d', appendix='R', appendix_section='4')306 self.assertEqual(['222', 'R', '4', 'd'], label.to_list())307 def test_copy(self):308 label = Label(part='222', section='11', p1='c', p2='2')309 label = label.copy(p3='ii')310 self.assertEqual(['222', '11', 'c', '2', 'ii'], label.to_list())311 label = label.copy(p2='4', p3='iv')312 self.assertEqual(['222', '11', 'c', '4', 'iv'], label.to_list())313 label = label.copy(section='12', p1='d')314 self.assertEqual(['222', '12', 'd'], label.to_list())315 label = label.copy(appendix='D', appendix_section='4')316 self.assertEqual(['222', 'D', '4'], label.to_list())317 label = label.copy(p1='c', p2='3')318 self.assertEqual(['222', 'D', '4', 'c', '3'], label.to_list())319 def test_from_node(self):320 for lst, typ in [(['111'], Node.REGTEXT),321 (['111', '31', 'a', '3'], Node.REGTEXT),322 (['111', 'A', 'b'], Node.APPENDIX),323 (['111', 'A', '4', 'a'], Node.APPENDIX),324 (['111', '21', 'Interp'], Node.INTERP),325 (['111', '21', 'Interp', '1'], Node.INTERP),326 (['111', '21', 'r', 'Interp'], Node.INTERP),327 (['111', '21', 'r', 'Interp', '2'], Node.INTERP),328 (['111', 'G', 'Interp'], Node.INTERP),329 (['111', 'G3', 'r', 'Interp'], Node.INTERP),330 (['111', 'G', '2', 'Interp'], Node.INTERP),331 (['111', 'G3', 'r', 'Interp', '3'], Node.INTERP),332 (['111', 'G', '2', 'Interp', '5'], Node.INTERP),333 (['111', 'Subpart', 'A'], Node.SUBPART),334 (['111', 'Subpart'], Node.EMPTYPART)]:335 n = Node(label=lst, node_type=typ)336 self.assertEqual(Label.from_node(n).to_list(), lst)337 def test_label_representation(self):338 l = Label(part='105', section='3')...
linked_list_practice.py
Source:linked_list_practice.py
...79 while node:80 size_llist += 181 node = node.next82 return size_llist83 def to_list(self):84 out = []85 node = self.head86 while node:87 out.append(node.value)88 node = node.next89 return out90# # Test your implementation here91# Test prepend92linked_list = LinkedList()93linked_list.prepend(1)94assert linked_list.to_list() == [1], f"list contents: {linked_list.to_list()}"95linked_list.append(3)96linked_list.prepend(2)97assert linked_list.to_list() == [2, 1, 3], f"list contents: {linked_list.to_list()}"98# Test append99linked_list = LinkedList()100linked_list.append(1)101assert linked_list.to_list() == [1], f"list contents: {linked_list.to_list()}"102linked_list.append(3)103assert linked_list.to_list() == [1, 3], f"list contents: {linked_list.to_list()}"104# Test search105linked_list.prepend(2)106linked_list.prepend(1)107linked_list.append(4)108linked_list.append(3)109assert linked_list.search(1).value == 1, f"list contents: {linked_list.to_list()}"110assert linked_list.search(4).value == 4, f"list contents: {linked_list.to_list()}"111# Test remove112linked_list.remove(1)113assert linked_list.to_list() == [2, 1, 3, 4, 3], f"list contents: {linked_list.to_list()}"114linked_list.remove(3)115assert linked_list.to_list() == [2, 1, 4, 3], f"list contents: {linked_list.to_list()}"116linked_list.remove(3)117assert linked_list.to_list() == [2, 1, 4], f"list contents: {linked_list.to_list()}"118# Test pop119value = linked_list.pop()120assert value == 2, f"list contents: {linked_list.to_list()}"121assert linked_list.head.value == 1, f"list contents: {linked_list.to_list()}"122# Test insert123linked_list.insert(5, 0)124assert linked_list.to_list() == [5, 1, 4], f"list contents: {linked_list.to_list()}"125linked_list.insert(2, 1)126assert linked_list.to_list() == [5, 2, 1, 4], f"list contents: {linked_list.to_list()}"127linked_list.insert(3, 6)128assert linked_list.to_list() == [5, 2, 1, 4, 3], f"list contents: {linked_list.to_list()}"129# Test size...
LinkedListTests.py
Source:LinkedListTests.py
...14 linked_list.append(3)15 linked_list.append(2)16 linked_list.append(-1)17 linked_list.append(0.2)18 print ("Pass" if (linked_list.to_list() == [3, 2, -1, 0.2]) else "Fail")19test_linked_list_to_python_list()20def test_comprehensive():21 # Test prepend22 linked_list = LinkedList()23 linked_list.prepend(1)24 assert linked_list.to_list() == [1], f"list contents: {linked_list.to_list()}"25 linked_list.append(3)26 linked_list.prepend(2)27 assert linked_list.to_list() == [2, 1, 3], f"list contents: {linked_list.to_list()}"28 # Test append29 linked_list = LinkedList()30 linked_list.append(1)31 assert linked_list.to_list() == [1], f"list contents: {linked_list.to_list()}"32 linked_list.append(3)33 assert linked_list.to_list() == [1, 3], f"list contents: {linked_list.to_list()}"34 # Test search35 linked_list.prepend(2)36 linked_list.prepend(1)37 linked_list.append(4)38 linked_list.append(3)39 assert linked_list.search(1).value == 1, f"list contents: {linked_list.to_list()}"40 assert linked_list.search(4).value == 4, f"list contents: {linked_list.to_list()}"41 # Test remove42 linked_list.remove(1)43 assert linked_list.to_list() == [2, 1, 3, 4, 3], f"list contents: {linked_list.to_list()}"44 linked_list.remove(3)45 assert linked_list.to_list() == [2, 1, 4, 3], f"list contents: {linked_list.to_list()}"46 linked_list.remove(3)47 assert linked_list.to_list() == [2, 1, 4], f"list contents: {linked_list.to_list()}"48 # Test pop49 value = linked_list.pop()50 assert value == 2, f"list contents: {linked_list.to_list()}"51 assert linked_list.head.value == 1, f"list contents: {linked_list.to_list()}"52 # Test insert53 linked_list.insert(5, 0)54 assert linked_list.to_list() == [5, 1, 4], f"list contents: {linked_list.to_list()}"55 linked_list.insert(2, 1)56 assert linked_list.to_list() == [5, 2, 1, 4], f"list contents: {linked_list.to_list()}"57 linked_list.insert(3, 6)58 assert linked_list.to_list() == [5, 2, 1, 4, 3], f"list contents: {linked_list.to_list()}"59 # Test size60 assert linked_list.size() == 5, f"list contents: {linked_list.to_list()}"61test_comprehensive()62def test_ls_reversed():63 llist = LinkedList()64 for value in [4,2,5,1,-3,0]:65 llist.append(value)66 flipped = llist.reversed()67 is_correct = list(flipped) == list([0,-3,1,5,2,4]) and list(llist) == list(flipped.reversed())68 print("Pass" if is_correct else "Fail")...
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