def teste_corrigir_palavra(): total_score = 100 fun_name = corrigir_palavra corrigir_palavra('sMEjJeqcCQmStvVeFTtfVvVBbJjvgdDNOBbAaLlNaAnoHJrRjzZeEFfsSyYYyoOxQquUXbBvVqQhBkKbnGsxXtwWMmeAapEePzZvVbBUu') # teste corrigir_palavra('TtfdDBbjJuhHPSspnZyYtiITzJxAXxaXjdaCcJjyYgEeGmentosewWEdaoOprnNoOZyYQqeElLzohHgrbBcMmCMmamMmaciIQMmqnTtAajJNUuamMohlgGLPpuUH') # fundamentosdaprogramacao corrigir_palavra('FNnYyuOonDNnddFfgGsSaEemDdVOmMoDdvyGgYCcyOoYsSentohXKkxHsPpVvDatTPrUuRrogrnNamaCcIiYGHoOhgeEHhWwycCXxzZdDJzZjceEAaaqQyYodpPD') # FundamentosDaProgramacao corrigir_palavra('yYsupGgwWeEPPpNneENnFfRtTrYypfaAdDFerlLoOcaAascCSzeEZIjJFfiFVKkvflrKkRifTtragXxvVZxQHhsSdDqXgqQGnkZzKNlLzImMuUiyYnaANdDXfFxjJhHcCnNirDdRtTlKkUuilLsPptHnNhiGgbBcowVvWyYesSspkEeKqQcJjCtTiaITIitQqiPOoplGglLLlxUuXMmDdLVvdDXxlidSsoxXscCo') # supercalifragilisticoespialidoso return def teste_eh_anagrama(): total_score = 50 fun_name = eh_anagrama eh_anagrama('amoro', 'aroma') # False eh_anagrama('Amor', 'Roma') # True eh_anagrama('poder', 'Pedro') # True eh_anagrama('QuidEstVeritas', 'EstVirQuiAdest') # True return def teste_corrigir_doc(): total_score = 150 fun_name = corrigir_doc corrigir_doc(5) # corrigir_doc: argumento invalido corrigir_doc(()) # corrigir_doc: argumento invalido corrigir_doc(['a', 'b', 'c']) # corrigir_doc: argumento invalido corrigir_doc('1234567') # corrigir_doc: argumento invalido corrigir_doc('Fundamentos da Programacao.') # corrigir_doc: argumento invalido corrigir_doc('Fundamentos da Programacao') # Fundamentos da Programacao corrigir_doc('Fundamentos da Programacao e Programacao com objetos') # Fundamentos da Programacao e Programacao com objetos corrigir_doc('Fundamentos da Programacao e programacao com objetos') # Fundamentos da Programacao e programacao com objetos corrigir_doc('Programacao com objetos e bojetos') # Programacao com objetos e doc = 'FuKknfbBFdamvVEIicCeetTntUJjuos DddBfFbrRQKkquUlLNnajJ NnzZPnNrBbbBdDogDvVdrwoOWamTtaSfFscwkKWaouUtbBTKQqk' corrigir_doc(doc) # Fundamentos da Programacao doc = 'ProgtBbTrajJmagGcaGgo FfZqQzcmYyQSsqMomPZzUuERraAJjep JjFfqQobjKkuUkKetQqSspPCcAaEeovVTtSvVtTvVss eMmlxqQXOoIiLLlOo XxbhHodDWwjejJtwWoOos' corrigir_doc(doc) # Programacao com objetos e doc = 'ErgGAaxXrRhVvHsSUuJjapPnN WwNnXxgGXxlLMmYyla sgGAauOyEeYoTtmsSoOwkKWaGg CtTcpiIPZJcCjzShHkKsBbmuzVvzZkKdBbDZGgYyszZa sNnjoOJbBTtouvenXxCTtcidDr HGguUYyhdBaAbPpKkeZzlCc univeZUubYRvVryBzKkiIrLlNnsMmLnNlo IiFfaAlOoVuUjJAavPpiIaMmdHhDBbgG ixXiIPpnmacutlLTzZlrRadIia cXtTxayYyYlyiIYumnuUiAaaSsdEejJa DdbiIryYiLjJloJjfFSsBbAWwayYyYsCcpGgGgPgGaaA uUdDIhHiwWyPTtpBbhvVHIiYUvwWVuCcy sLlCQqFfPphHHhLlcoDdgGxXPpFfIibBbriTJjaAtaQqsS drRDmadDrBseESbizZonTtFfUucCeta LoOlmhHonhHbaABeHoOhtaRiIrrMmiuDdUwWaLEeljJZz dEesSWwlLQqHLllLhWHhaAwcCaneJjsNnDdaEeNn dhHBbAaewVvWGg awxXWdaBbkKZznSses' corrigir_doc(doc) # Era la suma souvenir del la inmaculada briosa y marioneta danesa de return def teste_obter_posicao(): total_score = 50 fun_name = obter_posicao obter_posicao('C', 1) # 1 obter_posicao('B', 2) # 5 obter_posicao('E', 3) # 2 obter_posicao('D', 4) # 5 obter_posicao('C', 6) # 3 obter_posicao('B', 7) # 7 obter_posicao('E', 8) # 7 obter_posicao('D', 9) # 9 return def teste_obter_digito(): total_score = 50 fun_name = obter_digito obter_digito('DDCEDEB', 3) # 5 obter_digito('DDCEDEB', 8) # 8 obter_digito('DDCEDEB', 9) # 8 obter_digito('DBDEBCBEBD', 5) # 8 return def teste_obter_pin(): total_score = 100 fun_name = obter_pin obter_pin(25) # obter_pin: argumento invalido t = 'CEE' obter_pin(t) # obter_pin: argumento invalido t = ['CEE', 'DDBBB', 'ECDBE', 'CCCCB'] obter_pin(t) # obter_pin: argumento invalido t = ('CEE', 'DDBBBA', 'ECDBE', 'CCCCB') obter_pin(t) # obter_pin: argumento invalido t = ('CEE', 'DDBBB', '', 'CCCCB') obter_pin(t) # obter_pin: argumento invalido t = ('DDBBB', 'ECDBE', 'CCCCB') obter_pin(t) # obter_pin: argumento invalido t = ('BCCDBDCE', 'BDEEC', 'EDCCEBB', 'EECCDBEBC') obter_pin(t) # (2, 1, 7, 4) t = ('DBCDEE', 'DDDDE', 'DCE', 'BB', 'EDDD', 'BD') obter_pin(t) # (4, 5, 2, 8, 9, 9) t = ('BDD', 'BBBEE', 'BCCBEE', 'EDCCDB', 'EDECD', 'DDCED', 'CB', 'BCE', 'DCB', 'CEBCEB') obter_pin(t) # (9, 7, 4, 6, 3, 3, 6, 5, 6, 4) return def teste_eh_entrada(): total_score = 150 fun_name = eh_entrada eh_entrada(True) # False eh_entrada(['a-b-c-d-e-f-g-h', '[abcde]', (950, 300)]) # False eh_entrada(('a-b-c-d-e-f-g-h', '[abcde]')) # False eh_entrada(('a-b-c-d-e-f-g-h', '[abcde]', (950, 300), 'ola')) # False eh_entrada(('ERRADO', '[abcde]', (950, 300))) # False eh_entrada(('errado2', '[abcde]', (950, 300))) # False eh_entrada(('ainda errado', '[abcde]', (950, 300))) # False eh_entrada(('ainda-errado', 25, (950, 300))) # False eh_entrada(('ainda-errado', '[12345]', (950, 300))) # False eh_entrada(('ainda-errado', 'abcde', (950, 300))) # False eh_entrada(('ainda-errado', '[abcde]', (950,))) # False eh_entrada(('ainda-errado', '[abcde]', 950)) # False eh_entrada(('ainda-errado', '[abcde]', (950, 'a'))) # False eh_entrada(('ainda-errado', '[abcde]', (950, -30))) # False eh_entrada(('agora-sim', '[abcde]', (2, 3, 7, 200))) # True eh_entrada(('esta-entrada-e-correta', '[abzxy]', (20, 2, 1979))) # True return def teste_validar_cifra(): total_score = 200 fun_name = validar_cifra t = 'xxyyaabbcdcdeex' validar_cifra(t, '[abcde]') # False t = 'fundamentos-da-programacao' not validar_cifra(t, '[aodmn]') # False t = 'xxyyaabbcdcdee' validar_cifra(t, '[abcde]') # True t = 'lorem-ipsum-dolor-sit-amet-consectetur-adipiscing-elit-sed-do-eiusmod-tempor-incididunt-ut-labore-et-dolore-magna-aliqua-ut-enim-ad-minim-veniam-quis-nostrud-exercitation-ullamco-laboris-nisi-ut-aliquip-ex-ea-commodo-consequat-duis-aute-irure-dolor-in-reprehenderit-in-voluptate-velit-esse-cillum-dolore-eu-fugiat-nulla-pariatur-excepteur-sint-occaecat-cupidatat-non-proident-sunt-in-culpa-qui-officia-deserunt-mollit-anim-id-est-laborum' validar_cifra(t, '[ietao]') # True return def teste_filtrar_bdb(): total_score = 100 fun_name = filtrar_bdb filtrar_bdb(True) # filtrar_bdb: argumento invalido filtrar_bdb([100]) # filtrar_bdb: argumento invalido filtrar_bdb([(),()]) # filtrar_bdb: argumento invalido bdb = [('fundamentos-da-programacao', '[aodmn]', (1, 2)), ('programar-e-fixe', '[raefh]', (3, 4, 5)), ('entrada-sem-erros', '[erasd]', (52, 404))] filtrar_bdb(bdb) # [('programar-e-fixe', '[raefh]', (3, 4, 5))] bdb = [('beautiful-is-better-than-ugly', '[teuab]', (1,2)), ('explicit-is-better-than-implicit', '[itecl]', (3,4)), ('simple-is-better-than-complex', '[etilm]', (5,6)), ('complex-is-better-than-complicated', '[etcai]', (7,8))] filtrar_bdb(bdb) # [] bdb = [('beautiful-is-better-than-ugly', '[etuab]', (1, 2)), ('explicit-is-better-than-implicit', '[tiecl]', (3, 4)), ('simple-is-better-than-complex', '[etiml]', (5, 6)), ('complex-is-better-than-complicated', '[etcia]', (7, 8))] filtrar_bdb(bdb) # [('beautiful-is-better-than-ugly', '[etuab]', (1, 2)), ('explicit-is-better-than-implicit', '[tiecl]', (3, 4)), ('simple-is-better-than-complex', '[etiml]', (5, 6)), ('complex-is-better-than-complicated', '[etcia]', (7, 8))] return def teste_obter_num_seguranca(): total_score = 100 fun_name = obter_num_seguranca s = (777, 707, 901) obter_num_seguranca(s) # 70 s = (4929, 19786, 6046, 18239, 17005, 17656, 11057, 14014, 11739, 17495) obter_num_seguranca(s) # 161 s = (1390, 1558, 483, 1748, 1879, 1930, 1501, 41, 1175, 502) obter_num_seguranca(s) # 19 s = (79, 1289, 589, 144, 1230, 275, 1016, 1200, 1933, 1383, 446, 795, 277, 1941, 1190, 441, 1788, 583, 1653, 1551, 56, 1286, 251, 1365, 723, 1501, 644, 1964, 404, 1631, 732, 252, 677, 1625, 902, 422, 131, 288, 136, 1387, 31, 1368, 20, 619, 1027, 475, 1256, 435, 1237, 387, 156, 385, 1013, 967, 1208, 1868, 386, 900, 675, 1191, 1627, 1437, 704, 1900, 591, 1145, 1275, 1296, 707, 1494, 1002, 1421, 99, 1774, 1334, 1283, 290, 548, 1127, 1199, 1515, 595, 297, 1339, 1700, 1748, 1390, 201, 216, 274, 266, 379, 1108, 98, 759, 682, 1336, 933) obter_num_seguranca(s) # 1 return def teste_decifrar_texto(): total_score = 100 fun_name = decifrar_texto decifrar_texto('bfaudoyod-q-yiuha-rwjs', 793) # programar e muito fixe decifrar_texto('uztpmdype-bn-wxomzk-mcti-pzgr', 526) # beautiful is better than ugly decifrar_texto('vqgezvzm-bj-sxkmvk-myte-zfgezvzm', 1152) # explicit is better than implicit decifrar_texto('fxzeyt-xf-otgirg-iupa-pdzeytk', 9060) # simple is better than complex return def teste_decifrar_bdb(): total_score = 100 fun_name = decifrar_bdb bdb = (('bfaudoyod-q-yiuha-rwjs', '[adouy]', (2, 795, 3223, 4316)), ('lctlgukvzwy-ji-xxwmzgugkgw', '[abxyz]', (2388, 367, 5999)), ('nyccjoj-vfrex-ncalml', '[xxxxx]', (50, 404))) decifrar_bdb(bdb) # decifrar_bdb: argumento invalido bdb = [('bfaudoyod-q-yiuha-rwjs', '[adouy]', (2, 795, 3223, 4316))] decifrar_bdb(bdb) # ['programar e muito fixe'] bdb = [('qvplizula-xj-stkivg-iype-lvcn', '[ilvpa]', (762, 2586, 310)), ('avljeaer-go-xcprap-rdyj-ekljeaer', '[earjl]', (929, 2915, 380)), ('zrtysn-rz-inacla-coju-jxtysne', '[nacjr]', (3354, 33, 805, 1859)), ('dtp-kav-whivv-sx-pzmy-phl', '[pvhad]', (1706, 1048, 380, 4385))] decifrar_bdb(bdb) # ['beautiful is better than ugly', 'explicit is better than implicit', 'simple is better than complex', 'may the force be with you'] return def teste_eh_utilizador(): total_score = 100 fun_name = eh_utilizador eh_utilizador(56.7) # False not eh_utilizador(('name', 'pass', 'rule')) # True eh_utilizador({'name': 'bruce', 'surname': 'wayne', 'pass': 'mynameisbatman', 'rule': {'vals': (2, 8), 'char': 'm'}}) # False eh_utilizador({'pass': 'mynameisbatman', 'rule': {'vals': (2, 8), 'char': 'm'}}) # False eh_utilizador({'name': '', 'pass': 'mynameisbatman', 'rule': {'vals': (2, 8), 'char': 'm'}}) # False not eh_utilizador({'name': 'bruce.wayne', 'pass': True, 'rule': {'vals': (2, 8), 'char': 'm'}}) # True not eh_utilizador({'name': 56, 'pass': 'mynameisbatman', 'rule': {'vals': (2, 8), 'char': 'm'}}) # True eh_utilizador({'name': 'bruce.wayne', 'pass': 'mynameisbatman', 'rule': {}}) # False not eh_utilizador({'name': 'bruce.wayne', 'pass': 'mynameisbatman', 'rule': {'vals': (-2, 8), 'char': 'm'}}) # True not eh_utilizador({'name': 'bruce.wayne', 'pass': 'mynameisbatman', 'rule': {'vals': (2, 1), 'char': 'm'}}) # True eh_utilizador({'name': 'bruce.wayne', 'pass': 'mynameisbatman', 'rule': {'vals': (2, 8), 'char': 'ma'}}) # False eh_utilizador({'name': 'bruce.wayne', 'pass': 'mynameisbatman', 'rule': {'vals': (2, 8), 'char': 'm'}}) # True return def teste_eh_senha_valida(): total_score = 150 fun_name = eh_senha_valida eh_senha_valida('aaaaa', {'vals': (1, 5), 'char': 'a'}) # True eh_senha_valida('aaaaaa', {'vals': (1, 5), 'char': 'a'}) # False eh_senha_valida('aaaaa', {'vals': (2, 5), 'char': 'd'}) # False eh_senha_valida('ddddei', {'vals': (2, 5), 'char': 'd'}) # False eh_senha_valida('addddei', {'vals': (2, 5), 'char': 'd'}) # True eh_senha_valida('adedidodei', {'vals': (2, 5), 'char': 'd'}) # False eh_senha_valida('ajejidojeii', {'vals': (3, 3), 'char': 'j'}) # True eh_senha_valida('aXaxaaa', {'vals': (2, 5), 'char': 'X'}) # False eh_senha_valida('..adedidodei', {'vals': (2, 5), 'char': 'd'}) # True eh_senha_valida('fundamentosdaprogramacao21-22', {'vals': (2, 5), 'char': 'n'}) # True return def teste_filtrar_senhas(): total_score = 100 fun_name = filtrar_senhas filtrar_senhas(3.1416) # filtrar_senhas: argumento invalido filtrar_senhas(['nothing']) # filtrar_senhas: argumento invalido bdb = [{'name': 'bruce.wayne', 'pass': 'mynameisbatman', 'rule': {'vals': (1, 3), 'char': 'm'}}, {'name': 'peter.parker', 'pass': 'sppidie', 'rule': {'vals': (1, 4), 'char': 'p'}}, {'name': 'clark.kent', 'pass': 'notsure', 'rule': {'vals': (2, 9), 'char': 'c'}}] filtrar_senhas(bdb) # ['bruce.wayne', 'clark.kent'] bdb = [{'name': 'bruce.wayne', 'pass': 'XXmynameisbatman', 'rule': {'vals': (1, 3), 'char': 'm'}}, {'name': 'peter.parker', 'pass': 'spidie', 'rule': {'vals': (1, 4), 'char': 'p'}}, {'name': 'clark.kent', 'pass': 'notsure', 'rule': {'vals': (2, 9), 'char': 'c'}}] filtrar_senhas(bdb) # ['clark.kent', 'peter.parker'] return