content stringlengths 7 1.05M |
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def extraerDatos(dato):
palo = dato[0:1] # Se extrae el primer caracter correspondiente a un palo
aux = dato.split(palo)
valor = int(aux[1]) # Se extra el valor del caracter
if (valor >= 10): # En el envido las cartas de 10 para arriba suman cero
valor = 0
return palo, valor
def contarEnvido(carta1,carta2,carta3):
palo1, aux1 = extraerDatos(carta1)
palo2, aux2 = extraerDatos(carta2)
palo3, aux3 = extraerDatos(carta3)
if ((palo1 == palo2) and (palo2 == palo3)):
#print("Flor") # Flor significa que las 3 cartas son del mismo palo
suma = 20 + aux1+aux2+aux3
if suma > 33: # La maxima suma que se puede realizar con la flor es 33
auxMax = max([aux1,aux2,aux3])
auxMin = min([aux1,aux2,aux3])
if ((aux1 > auxMin) and (aux1 < auxMax)): suma = 20 + aux1 + auxMax
if ((aux2 > auxMin) and (aux2 < auxMax)): suma = 20 + aux2 + auxMax
if ((aux3 > auxMin) and (aux3 < auxMax)): suma = 20 + aux3 + auxMax
texto = "FLOR. La suma de la flor es: " + str(suma)
#print("La suma de la flor es: {}".format(suma))
elif ((palo1 == palo2) and (palo2 != palo3)):
suma = 20 + aux1 + aux2
texto = "La suma del envido es: " + str(suma)
#print("La suma del envido es: {}".format(suma))
elif ((palo1 == palo3) and (palo1 != palo2)):
suma = 20 + aux1 + aux3
texto = "La suma del envido es: " + str(suma)
#print("La suma del envido es: {}".format(suma))
elif ((palo2 == palo3) and (palo1 != palo2)):
suma = 20 + aux2 + aux3
texto = "La suma del envido es: " + str(suma)
#print("La suma del envido es: {}".format(suma))
else:
#print("Mentiste. No tenias nada para el envido")
suma = max([aux1,aux2,aux3])
texto = "La suma del envido es: " + str(suma)
#print("La suma del envido es: {}".format(suma))
return texto
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class Life:
def __init__(self, width, height):
self.width = width
self.height = height
self.frame = [[0 for x in range(width)] for y in range(height)]
def import_frame(self, fname):
with open(fname, 'r') as f:
lines = f.readlines()
for i, line in enumerate(lines):
line_vals = list(map(int, line.split(' ')))
self.frame[i] = [line_vals[j] if j < len(line_vals) else self.frame[i][j] for j in range(len(self.frame[i]))]
def tick(self):
next_gen = [[0 for x in range(self.width)] for y in range(self.height)]
f = self.frame
for i in range(self.height):
for j in range(self.width):
u = i - 1 #up
d = i + 1 if i + 1 < self.height else 0 #down
l = j - 1 #left
r = j + 1 if j + 1 < self.width else 0 #right
alive_neighbours = f[u][l] + f[u][j] + f[u][r] + f[i][l] + f[i][r] + f[d][l] + f[d][j] + f[d][r]
if f[i][j]:
if 1 < alive_neighbours < 4:
next_gen[i][j] = 1
else:
if alive_neighbours == 3:
next_gen[i][j] = 1
self.frame = next_gen
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class Estadistica:
def __init__(self):
self.bodega_saladillo = []
self.bodega_saladillo_hora = []
self.bodega_andina = []
self.bodega_andina_hora = []
self.camiones_t2 = []
self.error_bodega = 0
self.barcos_puerto = []
self.ocupacion_trenes = []
def promedios(self):
suma1 = 0
suma2 = 0
for n in self.bodega_saladillo_hora:
suma1 += n
for n in self.bodega_andina_hora:
suma2 += n
self.bodega_saladillo.append(suma1/len(self.bodega_saladillo_hora))
self.bodega_andina.append(suma2/len(self.bodega_andina_hora))
def ocupacion_trenes_calculo(self, carga):
self.ocupacion_trenes.append(carga/740)
def nuevo_dia(self, saladillo, andina):
self.bodega_saladillo_hora.append(saladillo)
self.bodega_andina_hora.append(andina)
self.promedios()
self.bodega_saladillo_hora = []
self.bodega_andina_hora = []
def nueva_hora(self, saladillo, andina):
self.bodega_saladillo_hora.append(saladillo)
self.bodega_andina_hora.append(andina)
def nuevo_dia_dos(self, andina, saladillo):
self.bodega_andina.append(andina)
self.bodega_saladillo.append(saladillo)
def tramo2(self):
self.camiones_t2 += 1
def calculo_error(self, bodega):
if bodega > 7500:
self.error_bodega += 1
def usando_camiones(self, camiones):
self.camiones_t2.append(camiones)
def bodega_csv(self):
file = open('bodega_saladillo.csv', 'a')
for i in self.bodega_saladillo:
file.write(","+str(i) + '\n')
file.write("-" + '\n')
file2 = open('bodega_andina.csv', 'a')
for i in self.bodega_andina:
file2.write(","+str(i) + '\n')
file2.write("-" + '\n')
file3 = open('puerto.csv', 'a')
for i in self.barcos_puerto:
file3.write(";"+str(i) + '\n')
file3.write("-" + '\n')
file4 = open('tramo2.csv', 'a')
for i in self.camiones_t2:
file4.write(";"+str(i) + '\n')
file4.write("-"+'\n')
|
autoalias = {\
"OOO DREES + SOMMER": "000 DREES SOMMER",\
"ESMIRA JAMALKHANOVA": "16006",\
"3S MADENCILIK SERAMIK INSAAT NAKLI": "3S MADENCILIK SERAMIK INSAAT",\
"AAT HOLDING SP. Z.O.O.": "AAT HOLDING SP OO",\
"AAT HOLDING SP. Z O.O.": "AAT HOLDING SP OO",\
"AGRO WEST LLC / AQRO-VEST MMM": "AGRO WEST",\
"AQRO-VEST MMM": "AGRO WEST",\
"AKPEN PLASTIK PEN.AKS.NAK.SAN.IC VE": "AKPEN PLS PENC AKS STI",\
"JAGDZIJANC ALEKSANDR": "ALEKSANDR JAGDZIJANC",\
"ALEKSANDER SPIES": "ALEXANDER SPIES",\
"ALEXANDRA GOLD KUYUMCULUK SANAYI VE": "ALEXANDRA GOLD KUYUMCULUK SANAYI",\
"ALGAN METAL SANAYI VE TICARET A.S.": "ALGAN METAL SANAYI VE TICARET ANO",\
"AL GHARABALLY NATIONAL TRADING": "ALGHARABALLY NATIONAL TRADING",\
"ULUDAG HALAT ALI ARTIS": "ALI ARTIS",\
"ARCELORMITTAL TEMIRTAU,JSC": "AO ARCELORMITTAL TEMIRTAU",\
"JSC ArcelorMittal Temirtau": "AO ARCELORMITTAL TEMIRTAU",\
"JSC ArselorMittalTemirtau": "AO ARCELORMITTAL TEMIRTAU",\
"APPOLLO (CHINA) CO., LTD": "APPOLLA CHINA",\
"APOLLO(CHINA) CO.,LTD": "APPOLLA CHINA",\
"APPOLLO(CHINA) CO.,LTD": "APPOLLA CHINA",\
"ARAS GLOBAL TIC. VE LOJ.TUR.LTD.STI": "ARAS GLOBAL TICARET VE LOJISTIK",\
"ARAS GLOBAL TICARET VE LOJISTIK TUR. LTD. STI": "ARAS GLOBAL TICARET VE LOJISTIK",\
"MARIO PALMONELLA AND ARCHITETTI": "ARCHITETTO MARIO PALMONELLA",\
"MARIO PALMONELLA": "ARCHITETTO MARIO PALMONELLA",\
"ARGON KIMYA SANAYI VE TICARET ANONI": "ARGON KIMYA SANAYI VE TICARET",\
"OJSC ARCELORMITTAL KRYVIY RIH": "ARIONA TRADING",\
"PJSC ARCELORMITTAL KRYVYI RIH": "ARIONA TRADING",\
"PJSC ARCELORMITTAL KRYVIY RIH": "ARIONA TRADING",\
"PUBLIC JOINT STOCK COMPANY ARCELOR": "ARIONA TRADING",\
"PJSC ARCELORMITTAL KRYVYI RIH,": "ARIONA TRADING",\
"ASAS ALUMINYUM SANAYI VE TICARET": "ASAS ALUMINYUM SAN VE TIC",\
"BABY DIOR - SAS ATELIERS MODELES": "ATELIERS MODELES",\
"SAS ATELIERS MODELES BABY DIOR": "ATELIERS MODELES",\
"AUTOHAUS GRAMPP GMBH": "AUTOHAUS GRAMPP MB",\
"PIERRE BALMAIN SA": "BALMAIN MAN SS 14",\
"TG - AUTOHANDELSGESELLSCHAF T MBH": "BANKVERBINDUNG TG AUTOHANDEL",\
"CAGIN MUHENDISLIK INS.OTO.SAN.TIC.": "BAROQUE POLISTREN CEPHE URUNLERI",\
"BAYRAM RZAZADE": "BAYRAM RZAYEV",\
"BILKAR SOGUTMA ISITMA KLI.VE ELEK.": "BILKAR GULER YUZLU DURUST SATICI",\
"TESLA BLATNA A.S.": "BLATNA",\
"ROMANA BOHIN S.P": "BO CONSULTING",\
"Bo.Consulting Romana Bohinc S.P.": "BO CONSULTING",\
"ROMANA BOHINC S.P.": "BO CONSULTING",\
"BURHANATTIN UCAR": "BURHANATIN UCAR",\
"CAKIRLAR MATBAACILIK AMBALAJ SAN VE": "CAKIRLAR MATBAACILIK AMBALAJ SAN",\
"CAKIRLAR MATBAACILIK AMB SAN VE TIC": "CAKIRLAR MATBAACILIK AMBALAJ SAN",\
"CELLEBRITE MOBILE SYNCHRONIZATION LTD": "CELLEBRITE MOBILE SYNCHRONIZATION L",\
"ROBERTA C.G.CAPELETTI": "CG CAPELLETTI",\
"CHANGXING SHENGYAN IMPORT AND EXPORT": "CHANGXING SHENGYAN IMPORT AND EXPO",\
"CHANGXING SHENGYAN IMPORT + EXPORT": "CHANGXING SHENGYAN IMPORT AND EXPO",\
"CHONGQING LONGFAR INDUSTRIAL CO., LTD": "CHONGQING LONGFAR INDUSTRIAL LT",\
"CHONGQING LONGFAR INDUSTRIAL CO.LTD": "CHONGQING LONGFAR INDUSTRIAL LT",\
"CHRISTIAN DIOR COUTURE": "CHRISTIAN DIOR",\
"CLAMOSA LIMITED SUITE 2 23 24 GREAT": "CLAMOSA",\
"COMMEXI FZE RAS AL KHAIMAH FREE": "COMMEXI FZE",\
"CP S.N.C. DI POMI CLAUDIO AND C": "CP SNC DI POMI CLAUDIO C",\
"CVS HAVALANDIRMA SISTEMLERI SAN. VE": "CVS HAVALANDIRMA SISTEMLERI",\
"CVS HAVALANDIRMA SISTEMLERI SAN.": "CVS HAVALANDIRMA SISTEMLERI",\
"DALGAKIRAN KOMPRESOR DIS TICARET": "DALGAKIRAN KOMPRESOR SAN VE TIC",\
"DAMIANI INTERNATIONAL BV": "DAMIANI INTERNATIO0NAL",\
"DAN ANDREI VOICU": "DAN VOICU",\
"DEKORPANEL ISI SISTEMLERI PAZ. SAN.": "DEKOR PANEL ISI SISTEMLERI PAZ",\
"DEKORPANEL ISI SISTEMLERI PAZ.SAN.": "DEKOR PANEL ISI SISTEMLERI PAZ",\
"DESJARDINS TRUST INC., IN TRUST": "DESJARDINS TRUST",\
"DEVECIOGLU METAL MADENI ESYA VE DAY": "DEVECIOGLU METAL MADENI ESYA VE",\
"DIZAYN TEKNIK BORU VE ELEMANLARI": "DIZAYN GROUP",\
"DOGUS VANA VE DOKUM SANAYI TICARET": "DOGUS VANA VE DOKUM SAN TIC",\
"DORTDIVAN CERCEVE + MACUN SAN. TIC.": "DORTDIVAN CERCEVE MACUN SAN",\
"EAST EXPERT GMBH": "EASTEXPERT",\
"EASY INTERNATIONAL LOGISTICS (HONG": "EASY INTERNATIONAL",\
"EKSEN BANT IZOLASYON VE YAPI MALZ.": "EKSEN BANT IZOLASYON VE YAPI",\
"EKSPORT TAMPL MMC": "EKSPORT TAMPL",\
"EMAKS MOBILYA AKSESUARLARI ITH. IHR": "EMAKS MOBILYA AKSESUARLARI",\
"ENSAN KALIP MAKINE SANAYI TICARET": "ENDOW",\
"ENKI IC VE DIS TIC.PAZ.DAN.SAN.TIC.": "ENKI IC VE DIS TICARET PAZ SAN TIC",\
"ERGINO ELEKTRIK VE AYDINLATMA SAN": "ERGINO ELEKTRIK VE AYDINLATMA",\
"ESKO GAYRIMENKUL VE MADENCILIK": "ESKO GAYRIMRNKUL VE MADENCILIK",\
"FACTIS S.A. S.P.A.": "FACTIS",\
"F.I.R. FABBRICA ITALIANA RADIATORI": "FARAL RADIATORI",\
"F.I.R. FABBRICA ITALIANA RADIATORI S.R.L.": "FARAL RADIATORI",\
"F.I.R.FABBRICA ITALIANA RADIATORI S": "FARAL RADIATORI",\
"DI AFFO FLAVIO +C.S.N.C": "FEDERICA COMEX",\
"FENSTER YAPI + CEPHE ELEMANLARI": "FENSTER YAPI ELEMANLARI",\
"FFDM PNEUMAT THOMAS DENTAL": "FFDM PNEUMAT",\
"FOSHAN ENSHAN IMPORT+EXPORT CO.,LTD": "FOSHAN ENSHAN IMPORT AND EXPORT",\
"GEDIK KAYNAK SANAYI VE TICARET A.S": "GEDIK DOKUM VE VANA SANAYI",\
"ONWARD LUXURY GROUP SPA": "GIBO",\
"GIMTEKS MAKINA SANAYI VE TIC A.S": "GIMTEKS MAKINA SANAYI VE TICARET",\
"GLASKUNST VOLKER KRANICH": "GLASKUNST",\
"GLOBAL GBA METAL DEKORASYON VE": "GREENGO",\
"GROHE WATER TEHNOLOGY": "GROHE",\
"TOO QTE LOQISTIK": "GTE LOGISTIK",\
"GUO YANXIA CO., LTD": "GUO YANXIA LDT",\
"GUO YANXIA CO.,LTD": "GUO YANXIA LDT",\
"HANSE TRADEING CO LIMITED": "HANSE TRADING",\
"NORDIN DENTAL": "HARALD NORDIN",\
"HDM DIS TICARET A.S.": "HDM DIS TICARET STI",\
"HDM FOREIGN TRADE INC": "HDM DIS TICARET STI",\
"HEILONGJIANG LAIKEDA IMPORT AND EXP": "HEILONGJIANG LAIKEDA IMPORT EXPORT",\
"HEILONGJIANG LAIKEDA IMPORT AND EXPORT": "HEILONGJIANG LAIKEDA IMPORT EXPORT",\
"HEMPEL (POLAND) SP.Z.O.O.": "HEMPEL PAINTS POLAND",\
"HFS INTL. LIMITED": "HFS",\
"HFS INT.LTD": "HFS",\
"HONGKONG JAFZA SANITARY WARE": "HONGKONG JAFZA SANITARY WARE INDUST",\
"HONGKONG YIXIA NG IMPORTS AND EXPORTS": "HONGKONG YIXIA NG IMPORTS",\
"HUA HE TRADE CO LIMITED RM289 14/F": "HUAHE TRADE",\
"HUAHE TRADE CO LIMIED": "HUAHE TRADE",\
"HUAHE TRADE CO LIMITED RM289 14/F G": "HUAHE TRADE",\
"HUA HE TRADE CO LIMITED": "HUAHE TRADE",\
"HUAHE TRADE CO LIMITED RM289 14/FGO": "HUAHE TRADE",\
"HUAHE TRADE CO LIMITED RM28914/F GO": "HUAHE TRADE",\
"HUA MENG TRADE CO., LTD": "HUAMENG TRADE",\
"HUAMENG TRADECO LIMITEDRM289 14/F G": "HUAMENG TRADE",\
"HUA MENG TRADE CO LIMITED": "HUAMENG TRADE",\
"HUAMENG TRADE CO LIMITED RM289 14/F": "HUAMENG TRADE",\
"IL GIOIELLO CREAZIONI SRL": "IL GIOIELLO CREAZIONI SNC",\
"IMCD TICARET PAZARLAMA VE DANISMA LTD. STI": "IMCD TIC PAZ VE DAN STI",\
"IMCD TICARET PAZARLAMA VE DANISMA": "IMCD TIC PAZ VE DAN STI",\
"INDUSTRIAS MECANICAS LAGO S.A.U.": "IML SAU",\
"IMPULSE RM INC DBA MAJOR PARTS NY": "IMPULSE RM",\
"IMPULSE RM INC DBA MAJOR PARTS": "IMPULSE RM",\
"JSC Freight One": "IN FAVOUR JSC FREIGHT ONE",\
"INKA AMBALAJ SANAYI VE INSAAT. LTD. STI.": "INKA AMBALAJ SAN VE INS STI",\
"INKA AMBALAJ SANAYI VE INSAAT.LTD.": "INKA AMBALAJ SAN VE INS STI",\
"INN5240004417.KPP524001001": "INN5240004417",\
"INN5905281886": "INN905281886",\
"EVER CHAMPION TRADING LIMITED": "INTERNATIONAL BUSINESS UNIT",\
"OOO INTERPAYP UKRAINA": "INTERPIPE UKRAINE",\
"DORU IOAN IORGULESCU": "IORGULESCU DORU IOAN",\
"ISA S.P.A. SOCIETA A SOCIO UNICO": "ISA",\
"IZOBIL YAPI KIMYASALLARI TIC.LTD": "IZOBIL YAPI KIMYASALLAR",\
"IZOBIL YAPI KIMYASALLARI TIC. LTD": "IZOBIL YAPI KIMYASALLAR",\
"IZOBIL YAPI KIMYASALLARI TIC.LTD. S": "IZOBIL YAPI KIMYASALLAR",\
"JIANGYIN ZHONGJIANG PREPAINTED STEE": "JIANGYIN ZHONGJIANG PREPAINTED",\
"JIANGYIN ZHONGJIANG PREPAINTED STEEL": "JIANGYIN ZHONGJIANG PREPAINTED",\
"ERTRANS SIA": "JUVS SIA",\
"JX NIPPON OIL AND ENERGY (RUS) LLC": "JX NIPPON OIL AND ENERJY RUS",\
"JX NIPPON OIL AND ENERGY(RUS)LLC": "JX NIPPON OIL AND ENERJY RUS",\
"KAI FANG TRADING CO., LIMITED": "KAI FANG TRADING LIMITEDRM 289B",\
"KAI YUAN TRADING CO LIMITED RM289 1": "KAI YUAN TRADING",\
"KALEKIM KIMYEVI MADDELER SANAYI VE TIC": "KALEKIM KIMYEVI MADDELER SANAYI",\
"HAMZA KARIMOV": "KARIMOV HAMZA",\
"Yuliya Kazlouskaya": "KAZLOUSKAYA YULIYA",\
"LAPLAINE MANAGEMENT LIMITED": "LAPLAINE MANAGEMENT AKARA B",\
"LCI TR KIMYA ITH. IHR. TICARET LIMI": "LCI TR KIMYA ITH IHR TICARET",\
"EXPEDITORS INTERNATIONAL E.I.": "LORO PIANA",\
"EXPEDITORS INTERNATIONAL SWITZERLAND": "LORO PIANA",\
"EXPEDITORS INTERNATIONAL SWITZERLAN": "LORO PIANA",\
"EXPEDITORS INTERNATIONAL": "LORO PIANA",\
"AVENUE LTD": "LORO PIANA",\
"CARE SURGICALS": "M RAVI KUMAR",\
"MAJOR AUTOMOTIVE GOUP INC.": "MAJOR AUTOMOTIVE GROUP",\
"MAMEDOVS COMPANY LTS": "MAMEDOVS COMPANY",\
"MARTINI GROUP": "MARTINI",\
"MEGA DANISMANLIK TEMSILCILIK DIS": "MEGA DANISMANLIK TEMSILCILIK",\
"HALLA MEISTER LTD.": "MEISTER",\
"MEKAN DUZENLEME SAN.TIC. LTD.": "MEKAN DUZENLEME SAN TIC STI",\
"METASTAR INVEST LLP CORNWALL BUILD.": "METASTAR INVEST",\
"OOO METINVEST-UKRAINE": "METINVEST UKRAINE",\
"SAMI PLASTIC SPA": "MI PLASTIC",\
"Aruna Dackeviciene": "MISS ARUNA DACKEVICIENE",\
"SPECIAL MEDIKAL SERV OF THE PR AR": "MODIAR",\
"SPECIAL STATE PROTECTION SERVICE": "MODIAR",\
"MR.MORAKIS CHRISTOS": "MORAKIS CHRISTOS",\
"DORIS MEDICAL SERVICES BERLIN": "MR ORHAN PASCHA SADE",\
"MS SONAY GULERGIN": "MS SONAY YANTAC",\
"MULTIPLAN YALITIM SISTEMLERI SAN.": "MULTIPLAN YALITIM SIS TIC",\
"Multiplan Yalitim Sistemleri San.": "MULTIPLAN YALITIM SIS TIC",\
"AKKIM KIMYA SAN VE TIC.LS": "MUSTAFA KAMIL OZKAYNAK",\
"BAYERISCHE MOTOREN WERKE AG": "NATIG MAHAMALIYEV",\
"NAZTUR SEYAHAT TICARET TURIZM LTD": "NAZTUR SEYAHAT TICARAT TURIZM",\
"NEW ZHONG YUAN CERAMICS IMPORT AND EXPORT": "NEW ZHONG YUAN CERAMICS IMPORT",\
"NEW ZHONG YUAN CERAMICS IMPORT AND": "NEW ZHONG YUAN CERAMICS IMPORT",\
"NEWMATIC INTERNATIONAL FZCO": "NEWMATIC TRADING",\
"Newmatic International FZCO": "NEWMATIC TRADING",\
"NOTA ISI VE YAPI SISTEMLERI SAN.TIC": "NOTA ISI VE YAPI SISTEMLERI SANAYI",\
"NOTA ISI VE YAPI SISTEMLERI SANAYI TIC": "NOTA ISI VE YAPI SISTEMLERI SANAYI",\
"FONDAZIONE NOVAE TERRAE": "NOVAE TERRAE",\
"JCS MAGNITOGORSK IRON AND STEEL": "OAO MMK",\
"JSC MAGNITOGORSK IRON AND STEEL / OAO MMK": "OAO MMK",\
"JCS MAGNITOGORSK IRON + STEEL WORKS": "OAO MMK",\
"JSC MAGNITOGORSK IRON AND": "OAO MMK",\
"O AND O S.R.L.": "OO",\
"LLC TRADITION FOR QUALITY": "OOO TRADICHII KACHESTVA",\
"LLC UKRDOORS": "OOO UKRDORS",\
"ORKA AHSAP URUNLERI SAN.VE TIC.LTD": "ORKA AHSAP URUNLERI SANVE TIC",\
"PAJUNK Gmbh Medizintechnologie.": "PAJUNK",\
"PARY INTERNATIONAL INC.": "PARI INTERNATIONAL",\
"PARY INTERNATIONAL": "PARI INTERNATIONAL",\
"PARK TASARIM PEYZAJ ENERJI MADENCIL": "PARK TASARIM PEYZAJ",\
"PETALS LASTIK SAN. VE TIC. A.S.": "PETLAS LASTIK SAN VE TIC",\
"PETRO-CANADA EUROPE LUBRICANTS LTD.": "PETRO CANADA EUROPE LUBRICANTS LIMI",\
"PINGCHUAN TRADE CO., LIMITED": "PINGCHUAN TRADE ADD RM",\
"PINGHENG TRADE CO LIMITED": "PINGHENG TRADE RM289 14",\
"PINGHENG TRADE CO LIMITED NO285 LOC": "PINGHENG TRADE RM289 14",\
"POLISPORTIVA DILETTANTISTICA LENTIG": "POLISPORTIVA DILETTANTISTICA",\
"POR METAL URUNLERI INSHAAT TUR. SAN": "POR METAL URUNLERI INSAAT TURIZM",\
"MARTINA BORNSCHEIN,PROMED": "PROMED",\
"MARTINA BORNSCHEIN": "PROMED",\
"PS KFZ-VERTRIEB GMBH": "PS KFZ VERTRIED",\
"OZSOY ORGANIK TEMIZLIK URN.PAZ. (PUSH CLEAN TOWELETTES)": "PUSH CLEAN TOWELETTES",\
"OZSOY ORGANIK TEMIZLIK URN.PAZ.": "PUSH CLEAN TOWELETTES",\
"BERNHARD RAAB": "RAAB BERNHARD",\
"REFLEX GORNJA RADGONA D.O.O.": "REFLEX",\
"REGULUS SYSTEM S.J.": "REGULUS SYSTEM",\
"REGULS-SYSTEM S.J.": "REGULUS SYSTEM",\
"RICHMAR LOGISTIC AND CHARTERING": "RICMAR LOGISTICS AND CHATERING",\
"RIVARLANE LLP": "RIVERLANE",\
"ROBELLO (SHANGHAI) THERMAL TECHNOLOGY": "ROBELLO THERMAL TECHNOLOGY",\
"ROBELLO (SHANGHAI) THERMAL": "ROBELLO THERMAL TECHNOLOGY",\
"ROBELLA (SHANGHAI) THERMAL TECHNOLO": "ROBELLO THERMAL TECHNOLOGY",\
"ROBELLO (SHANGHAI) THERMAL TECHNOLO": "ROBELLO THERMAL TECHNOLOGY",\
"ROBELLO(SHANGHAI)THERMAL TECHNOLOGY": "ROBELLO THERMAL TECHNOLOGY",\
"ROBERT THOMAS Metall und Elektrowerke GmbH": "ROBERT THOMAS",\
"LTD ROTACK": "ROTRACK",\
"SAFAR A SAFAROV": "SAFAR SAFAROV",\
"SAMIR RAJABOV": "SAMIR RAJADOV",\
"SAYGIN HIDROFOR VE POMPA SISTEMLERI": "SAYGIN HIDROFOR VE POMPA SIS SAN",\
"SILVEA SCHIATTI+C.SRL": "SCHIATTI C",\
"SEL DIS TICARET VE KIMYA SAN AS.": "SEL DIS TICARET VE KIMYA SANAYI",\
"SELALE DUS YAPI URUNLERI SAN.TIC.VE": "SELALE DUS YAPI URUN SAN TIC VE PAZ",\
"SENNHEISER MIDDLE EAST BRANCH": "SENNHEISER",\
"SERANIT GRANIT SERAMIK SANAYI VE": "SERANIT GRANIT SERAMIK SANAYI",\
"SERVER BOYA,MATBAA MUREKKEPLERI VE": "SERVER BOYA MATBAA MUREKKEPLERI",\
"SERVER BOYA, MATBAA MUREKKEPLERI VE": "SERVER BOYA MATBAA MUREKKEPLERI",\
"SHANGHAI QINZHITANG DISPLAY AND MAN": "SH QINZHITANG DISPLAY MANNEQUIN",\
"SHANGHAI QINZHITANG DISPLAY AND MANNEQUIN": "SH QINZHITANG DISPLAY MANNEQUIN",\
"SHUNDE LIGHT INDUSTRIAL PRODUCTS IM": "SHUNDE LIGHT INDUSTRIAL PRODUCTS",\
"SKN ELECTRICAL SERVICES LIMITEDACCO": "SKN ELECTRICAL SERVICES",\
"PJSK SLAVYANSKIE WALPAPER KFTP": "SLAVYANSKIE WALLPAPER KFTP",\
"SOGUT PLASTIK VE KALIP SANAYI VE": "SOGUT PLASTIK VE KALIP SANAYI",\
"VOROBYEV ALEXANDER": "SOLE TRADER VOROBYEV ALEXANDER",\
"SPARKLING OIL STAR LTD. G11": "SPARKLING OIL STAR",\
"SPAZIO ITALIA SRL": "SPAZIO ITALIA SRI",\
"BENETEAU SPBI SA": "SPBI",\
"STANDART IZOLASYON VE YAPI MATER": "STANDART IZOLASYON VE YAPI",\
"STILL HAIRA ACCESSORY CO LIMITED": "STILL HAIR ACCESSORY",\
"STILL HAIR ACCESSORY CO.,LTD AIL": "STILL HAIR ACCESSORY",\
"STILL HAIR ACCESSORY CO LIMTIED": "STILL HAIR ACCESSORY",\
"STORI B AND C": "STORY LORIS",\
"SWAROVSKI INTERNATIONAL DISTRIBUTION AG": "SWAROVSKI",\
"TAMSA FAYANS SERAMIK URETIM DAG.SAN": "TAMSA FAYANS SERAMIK URETIM DAGITIM",\
"TAMSA FAYANS SERAMIK URETIM DAGITIM SAN": "TAMSA FAYANS SERAMIK URETIM DAGITIM",\
"TARAS AND K KRASODARSKIY EDGE G": "TARAS AND K",\
"TASA OTOMOTIV PETROL NAKLIYAT GIDA": "TASA OTOMOTIV PETROL NAKLIYAT",\
"KAMRAN MARIF ABDULLAYEV": "TD CANADA TRUST",\
"ABDULLAYEV MARIF KAMRAN": "TD CANADA TRUST",\
"ABDULLAYEV KAMRAN": "TD CANADA TRUST",\
"KAMRAN ABDULLAYEV": "TD CANADA TRUST",\
"Tekser Akaryakıt İstasyonları Org. San. ve Tic. A.Ş.": "TEKSER AKIRYAKIT ISTASYONLARI",\
"TEMSER CELIK IMALAT,ISI,MAKINA SAN.": "TEMSER CELIK IMALAT ISI MAKINA",\
"TOO ESTVAY": "TOO ESTVAI",\
"CASTELLO DORO": "TOPROLS",\
"OOO KOMPANIYA TORGTRANSSERVIS": "TORGTRANSSERVIS",\
"FIRM TRANSRAIL UKRAINE": "TRANSRAIL UKRAINE",\
"TURSAN SERAMIK SAN VE TIC LTD STI": "TURSAN SERAMIK SAN VE TIC STL",\
"UFUK BORU": "UFUKBORU",\
"UNITED CHLORO PARAFFINS PVT.LTD": "UNITED CHLORO PARAFFINS PRIVATE",\
"UNIVAR KIMYA SAN DIS TIC.LTD.STI.": "UNIVAR",\
"UNIVAR KIMYA SANAYI VE DIS TIC LTD.": "UNIVAR KIMYA SANAYI VE DIS",\
"UNIVAR KIMYA SAN VE DIS TIC LTD.": "UNIVAR KIMYA SANAYI VE DIS",\
"VEKA KIMYA PETROL VE TAS.SAN.TIC.": "VEKA KIMYA VE PETROL",\
"VELI AKGUN INSAAT SERAMIK": "VELI AKGUN SERAMIK",\
"VELUTSAN TROSTER SYSTEME UND KOM": "VELUTSAN TROSTER SYSTEME UND",\
"VESTEL CIS LTD": "VESTEL",\
"EGE KUR.KAMU FIN.VE TIC.MRKZ.SB.": "VESTEL DIS TIC",\
"VICOVATION CORP.": "VICO VATION",\
"VITA POLYMERS POLAND SP. Z.O.O": "VITAP OLYMERSP OLANDS PZOO",\
"VITA POLYMERS POLAND SP.Z.O.O": "VITAP OLYMERSP OLANDS PZOO",\
"LKW LASIC GMBH": "VLADIMIR LASIC",\
"ZHEJIANG HUANLI ELECTRIC CO.,LTD": "WENLING HUANLI ELECTRIC",\
"ZHEJIANG HUANLI ELECTRIC CO., LTD": "WENLING HUANLI ELECTRIC",\
"XTREME MOTORCYCLE OF CAMBRIDGE": "XTREME MOTORCYCLE OUTLET",\
"YAKUT HALI TEKSTIL SANAYI VE TICARE": "YAKUT HALI TEKSTIL SAN VE TIC",\
"YALCIN SUBASI TARIM MARKET TIC. SAN. LTD STI": "YALCIN SUBASI TARIM MARKET STI",\
"YALCIN SUBASI TARIM MARKET TIC.SAN.": "YALCIN SUBASI TARIM MARKET STI",\
"BERKEL DIS TIC LTD STI": "YASEMIN CELIKEL",\
"YAZICI INSAAT VE ENDUSTRI SIHHI TESISAT": "YAZICI INSAAT VE ENDUSTRI",\
"YAZICI INSAAT VE SIHHI TESISAT": "YAZICI INSAAT VE ENDUSTRI",\
"YIWU HOLDING IMPORT AND EXPORT": "YIWU HOLDING IMPORT AND",\
"YAKAMOZ GENERAL TRADING LLC": "YOKAMOZ GENERAL TRADING",\
"YONTAR KALIP MAKINA VE INS. SAN. TIC.": "YONTAR KALIP MAK IST",\
"YONTAR KALIP MAKINA VE INS.SAN.TIC.": "YONTAR KALIP MAK IST",\
"YORK WALLCOVERINGS INC": "YORK",\
"YOTO IMPORT&EXPORT CO., LTD": "YOTO IMPORT AND EXPORT",\
"LUXURY GOODS INTERNATIONAL S.A.": "YSL SS14",\
"LUXURY GOODS INTERNATIONAL (LGI) S.A.": "YSL SS14",\
"LUXURY GOODS INTERNATIONAL S.A": "YSL SS14",\
"ZAGLIANI S.P.A. DAL 1947": "ZAGLIANI",\
"SADIYAR ZEYNALOV": "ZEYNALOV SADIYAR",\
"ZHEJIANG YIWU YING RUI FREIGHT FORWARDING": "ZHE JIANG YIWU YING RUI FREIGHT",\
"ZHEJIANG YIWU YING RUI FREIGHT FORW": "ZHE JIANG YIWU YING RUI FREIGHT",\
"THE JIANG YIWU YING RUI FREIGHT": "ZHE JIANG YIWU YING RUI FREIGHT",\
"ZHEJIANG BERKAM GARMENT CO.LTD": "ZHEJIANG BERKAM RAIMENT",\
"ZHEJIANG WEIDA INDUSTRY AND INVESTMENT": "ZHEJIANG WEIDA INDUSTRY AND INVESTM",\
"ZHEJIANG WEIDA INDUSTRY + INVESTMEN": "ZHEJIANG WEIDA INDUSTRY AND INVESTM",\
"ZHUHAI STAR WIN PIPE CO.,LTD": "ZHUHAI STARWIN PIPE",\
"ZI WU TRADING CO LIMITED RM289 14/F": "ZIWU TRADING",\
"ZI WU TRADING CO LIMITED": "ZIWU TRADING",\
"ZI WU TRADING CO LIMITED RM289 B14/": "ZIWU TRADING",\
"ZIWU TRADING CO LIMITED RM289 14/F": "ZIWU TRADING",\
"ZIWU TRADING CO LIMITED NO285 LO": "ZIWU TRADING",\
"ZI YI TRADING CO LIMITED RM289 14/F": "ZIYI TRADING",\
"ZI YI TRADING CO LIMITED": "ZIYI TRADING",\
"ZUMBOTEL LIGHTING GMBH": "ZUMTOBEL LIGHTING",\
}
|
# Write a program that reads in three strings and sorts them lexicographically.
# Enter a string: Charlie
# Enter a string: Able
# Enter a string: Baker
# Able
# Baker
# Charlie
string1 = str(input("Enter a string: "))
string2 = str(input("Enter a string: "))
string3 = str(input("Enter a string: "))
if string1 < string2 and string1 < string3:
print(string1)
if string2 < string3:
print(string2)
print(string3)
else:
print(string3)
print(string2)
elif string1 > string2 and string2 < string3:
print(string2)
if string1 < string3:
print(string1)
print(string3)
else:
print(string3)
print(string1)
else:
print(string3)
if string1 < string2:
print(string1)
print(string2)
else:
print(string2)
print(string1) |
"""
Implements utility functions.
"""
def list_to_string(l: list) -> str:
"""
:param list l: A list to serialize.
:return str: The same list, as a string.
"""
return ', '.join([str(v) for v in l])
def string_to_list(s: str) -> list:
"""
:param str s: A serialized list.
:return list: The actual list.
"""
return s.split(', ')
|
# -*- coding: utf-8 -*-
"""
photolog.controller
~~~~~~~~~~~~~~~~~~~
photolog 어플리케이션에 적용될 URI를 라우팅하는 controller 패키지 초기화 모듈.
:copyright: (c) 2013 by 4mba.
:license: MIT LICENSE 2.0, see license for more details.
"""
__all__ = ["login", "photo_upload", "photo_show","register_user", "twitter"]
|
"""
A palindromic number reads the same both ways. The largest palindrome made from the
product of two 2-digit numbers is 9009 = 91 × 99.
Find the largest palindrome made from the product of two 3-digit numbers.
"""
def test_is_palindrome():
assert is_palindrome(111) == True
assert is_palindrome(121) == True
assert is_palindrome(1221) == True
assert is_palindrome(12321) == True
assert is_palindrome(12333) == False
def test_get_largest_palindrome():
assert get_largest_palindrome(2) == 9009
def is_palindrome(num: int) -> bool:
input_num = num
reversed_num = 0
while num > 0:
reversed_num = (reversed_num * 10) + (num % 10)
num //= 10
if input_num == reversed_num:
return True
else:
return False
def get_largest_palindrome(number_of_digits: int) -> int:
floor = 10 ** (number_of_digits - 1)
ceil = 10 ** number_of_digits
largest_palindrome = -1
for first_num in range(ceil, floor, -1):
for second_num in range(ceil, floor, -1):
num = first_num * second_num
if is_palindrome(num) and num > largest_palindrome:
largest_palindrome = num
return largest_palindrome
|
#!/usr/bin/env python
#coding: utf-8
class Solution:
# @return a boolean
def isValid(self, s):
stack = []
for x in s:
if x == '(' or x == '{' or x == '[':
stack.append(x)
else:
if not stack: return False
y = stack.pop()
if x == ')' and y != '(': return False
if x == ']' and y != '[': return False
if x == '}' and y != '{': return False
if not stack: return True
return False
if __name__ == '__main__':
s = Solution()
assert True == s.isValid('()')
assert True == s.isValid('()[]{}')
assert False == s.isValid('(]')
assert False == s.isValid('([)]')
|
def doSubtraction():
a=30
b=20
print(a-b)
doSubtraction()
#This is Code for Subtraction
|
o = int(input())
c = -1
for i in range(1000000000000):
i = str(i)
t = 0
for j in range(len(i)):
k = abs(int(i[j - 1]) - int(i[j]))
if k > 1:
t = 1
break
if t:
continue
c += 1
if c == o:
print(i)
break
|
print('hello world')
for item in [1,2,3,4,5,6,'foo','bar','baz']:
print('eh')
class MyCustomClass(object):
arg = None
def __init__(arg):
self.arg = arg
def my_method(self):
return self.arg + 1
def more_python(self):
return 1 + 1 + 2
def new_method():
return self.arg * arg
def asdf_asdf():
return "asdf"
def even_more_python(self):
return 1 + 3 + 4
@custom_generator
def generator_example(n):
run = 0
while run < 1000:
run = run + 1
yield run
@classmethod
def get_my_demos_done():
return False
@classmethod
def more_things():
return True
@classmethod
def asdfasdfdsa():
return "asdf"
def custom_generator(func):
return func()
|
class DocumentDocstring:
def __init__(self, expression):
self._exp = expression
self._docstring = expression.value.s
def title(self):
return self._docstring.split('\n')[0]
def body(self):
b = []
skipped_lines = 1
for s in self._docstring.split('\n'):
if skipped_lines == 0:
b.append(s)
else:
skipped_lines = skipped_lines - 1
return b |
class Solution:
def romanToInt(self, s: str) -> int:
res = 0
last = None
for d in s:
if d == 'M':
res += 800 if last == 'C' else 1000
elif d == 'D':
res += 300 if last == 'C' else 500
elif d == 'C':
res += 80 if last == 'X' else 100
elif d == 'L':
res += 30 if last == 'X' else 50
elif d == 'X':
res += 8 if last == 'I' else 10
elif d == 'V':
res += 3 if last == 'I' else 5
else: # d == 'I'
res += 1
last = d
return res
|
print('Entre com dois valores: ')
v1 = float(input('1º Valor: '))
v2 = float(input('2º Valor: '))
op = 0
while op != 5:
op = int(input("""\nO que você deseja fazer com esses dois números:
[ 1 ] Somar
[ 2 ] Multiplicar
[ 3 ] Saber qual é o maior valor
[ 4 ] Digitar novos números
[ 5 ] Sair do programa
"""))
if op == 1:
print('A soma é {}'.format(v1 + v2))
elif op == 2:
print('O produto é {}'.format(v1 * v2))
elif op == 3:
if v1 > v2:
print('{} é maior'.format(v1))
elif v1 < v2:
print('{} é maior'.format(v2))
else:
print('São o mesmo valor')
elif op == 4:
print('Entre com novo valores')
v1 = float(input('1º Valor: '))
v2 = float(input('2º Valor: '))
elif op != 5:
print('Opção inválida. Tente novamente')
|
s = 1
valor = soma = 0
for c in range(2, 101):
valor = s / c
soma += valor
print(f'{soma+1:.2f}')
|
#!/usr/bin/env python
"""
CREATED AT: 2021/12/06
Des:
https://leetcode.com/problems/flatten-a-multilevel-doubly-linked-list
https://leetcode.com/explore/learn/card/linked-list/213/conclusion/1225/
GITHUB: https://github.com/Jiezhi/myleetcode
Difficulty: Medium
Tag:
See:
"""
# Definition for a Node.
class Node:
def __init__(self, val, prev, next, child):
self.val = val
self.prev = prev
self.next = next
self.child = child
class Solution:
def flatten(self, head: 'Node') -> 'Node':
"""
26 / 26 test cases passed.
Status: Accepted
Runtime: 36 ms
Memory Usage: 15.1 MB
The number of Nodes will not exceed 1000.
1 <= Node.val <= 10^5
:param head:
:return:
"""
def sub_flatten(head: 'Node') -> ('Node', 'Node'):
node = head
pre_tail = node
while node is not None:
pre_tail = node
if node.child is not None:
chead, ctail = sub_flatten(node.child)
if node.next is not None:
ctail.next = node.next
node.next.prev = ctail
node.next = chead
chead.prev = node
node.child = None
node = ctail
else:
node = node.next
return head, pre_tail
sub_flatten(head)
return head
def test():
# TODO build example node
# 1---2---3---4---5---6--NULL
# |
# 7---8---9---10--NULL
# |
# 11--12--NULL
pass
if __name__ == '__main__':
test()
|
a = 18
b = 13
print(a-b)
# Answer should be 5
|
# Question: https://projecteuler.net/problem=115
M = 50
T = 10**6
DP1 = []
DP2 = []
for i in range(M):
DP1.append(1)
DP2.append(0)
while DP1[-1] + DP2[-1] <= T:
DP1_i = DP1[-1] + DP2[-1]
DP2_i = DP1[-M] + DP2[-1]
DP1.append(DP1_i)
DP2.append(DP2_i)
print(len(DP1) - 1)
# ---
# Even better recursive formula
# Let DP[N] = DP1[N] + DP2[N]
# We have, DP1[N] = DP1[N-1] + DP2[N-1] = DP[N-1] -> DP1[N] = DP[N-1]
# and DP2[N-1] = DP[N-1] - DP1[N-1] = DP[N-1] - DP[N-2]
# We have DP2[N] = DP1[N-M] + DP2[N-1] = DP[N-M-1] + (DP[N-1] - DP[N-2])
# So, DP[N] = DP1[N] + DP2[N] = DP[N-1] + (DP[N-M-1] + DP[N-1] - DP[N-2]) = 2 * DP[N-1] - DP[N-2] + DP[N-M-1]
DP = []
for i in range(M):
DP.append(1)
DP.append(2)
while DP[-1] <= T:
DP.append(2 * DP[-1] - DP[-2] + DP[-M-1])
print(len(DP) - 1)
assert(DP[-1] == DP1[-1] + DP2[-1])
|
"""packer_builder/specs/builder/distros/debian.py"""
# pylint: disable=line-too-long
def debian_spec(**kwargs):
"Debian specs."
# Setup vars from kwargs
builder_spec = kwargs['data']['builder_spec']
distro = kwargs['data']['distro']
version = kwargs['data']['version']
bootstrap_cfg = 'preseed.cfg'
builder_spec.update(
{
'boot_command': [
'<esc><wait>',
'install<wait>',
' auto=true',
'<wait>',
' priority=critical',
'<wait>',
' url=http://{{ .HTTPIP }}:{{ .HTTPPort }}/'f'{distro}-{version}-{bootstrap_cfg}', # noqa: E501
' <wait><enter>'
],
'boot_wait': '30s',
'shutdown_command': 'sudo /sbin/halt -h -p'
}
)
return bootstrap_cfg, builder_spec
|
# -*- coding: utf-8 -*-
"""
@Author: Lyzhang
@Date:
@Description:
"""
VERSION, SET, USE_GPU, CUDA_ID = 10, 200, True, 3
HIDDEN_SIZE, Head_NUM, GCN_LAYER, K, RNN_LAYER, RNN_TYPE = 384, 2, 2, 64, 2, "GRU"
USE_ELMo, USE_POS = True, True
Partial_IN = False
TOKEN_SCORE = False
LR, LR_DECAY = 0.001, False
BATCH_SIZE, N_EPOCH, LOG_EVE, EVA_EVE = 1, 16, 20, 120
SAVE_MODEL = True
DROPOUT = 0.2
RESIDUAL_DROPOUT = 0.33
L2 = 1e-5
USE_ENC_DEC = True
BASELINE, Bias, SIM_BIAS, R = True, False, False, 32 # basic GCN
MLP_Layer = 1
SEED = 7
DEV_SIZE = 640
PAD = "<PAD>"
PAD_ID = 0
UNK = "<UNK>"
UNK_ID = 1
USE_ALL_SYN_INFO = False
tag2ids = {"O": 0, "B": 1, PAD: 2}
sync2ids = {"head": 0, "dep": 1, "self": 2}
TAG_LABELS = ["O", "B"]
SYN_SIZE = 81 if USE_ALL_SYN_INFO else 3
POS_TAG_NUM = 47
POS_TAG_SIZE = 30 if USE_POS else 0
WORDEMB_SIZE = 1024 if USE_ELMo else 300
ELMo_SIZE = 512
EMBED_LEARN = False
MAX_SEQ_LEN = 140
SMOO_VAL = -1e2
PRINT_EVE = 10000
|
expected_output = {
'event_num': {
2: {
'event_name': '_wdtimer',
'value': '180'
},
}
}
|
d = {}; print(len(d))
d = {'k1':'v1', 'k2':'v2'}; print(len(d))
print(iter(d))
for i in iter(d): print(i)
|
print('===== \033[31mDESAFIO 02\033[m =====')
dia = input('Dia = ')
mes = input('Mes = ')
ano = input('Ano = ')
print('Voce nasceu no dia \033[33m{}\033[m de \033[33m{}\033[m de \033[33m{}\033[m. Correto?'.format(dia, mes, ano))
|
#
# PySNMP MIB module ENVIRONMENT-MIB (http://snmplabs.com/pysmi)
# ASN.1 source file:///Users/davwang4/Dev/mibs.snmplabs.com/asn1/ENVIRONMENT-MIB
# Produced by pysmi-0.3.4 at Wed May 1 13:05:02 2019
# On host DAVWANG4-M-1475 platform Darwin version 18.5.0 by user davwang4
# Using Python version 3.7.3 (default, Mar 27 2019, 09:23:15)
#
Integer, ObjectIdentifier, OctetString = mibBuilder.importSymbols("ASN1", "Integer", "ObjectIdentifier", "OctetString")
NamedValues, = mibBuilder.importSymbols("ASN1-ENUMERATION", "NamedValues")
ValueSizeConstraint, ConstraintsIntersection, ValueRangeConstraint, SingleValueConstraint, ConstraintsUnion = mibBuilder.importSymbols("ASN1-REFINEMENT", "ValueSizeConstraint", "ConstraintsIntersection", "ValueRangeConstraint", "SingleValueConstraint", "ConstraintsUnion")
ntEnterpriseDataTasmanMgmt, = mibBuilder.importSymbols("NT-ENTERPRISE-DATA-MIB", "ntEnterpriseDataTasmanMgmt")
ModuleCompliance, NotificationGroup = mibBuilder.importSymbols("SNMPv2-CONF", "ModuleCompliance", "NotificationGroup")
iso, Counter32, MibScalar, MibTable, MibTableRow, MibTableColumn, Bits, Unsigned32, TimeTicks, ObjectIdentity, IpAddress, MibIdentifier, Counter64, ModuleIdentity, Integer32, Gauge32, NotificationType = mibBuilder.importSymbols("SNMPv2-SMI", "iso", "Counter32", "MibScalar", "MibTable", "MibTableRow", "MibTableColumn", "Bits", "Unsigned32", "TimeTicks", "ObjectIdentity", "IpAddress", "MibIdentifier", "Counter64", "ModuleIdentity", "Integer32", "Gauge32", "NotificationType")
TruthValue, TextualConvention, DisplayString = mibBuilder.importSymbols("SNMPv2-TC", "TruthValue", "TextualConvention", "DisplayString")
nnenvironmentMib = ModuleIdentity((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3))
nnenvironmentMib.setRevisions(('1900-08-18 00:00',))
if getattr(mibBuilder, 'version', (0, 0, 0)) > (4, 4, 0):
if mibBuilder.loadTexts: nnenvironmentMib.setRevisionsDescriptions(('Initial version of Environment MIB.',))
if mibBuilder.loadTexts: nnenvironmentMib.setLastUpdated('0008180000Z')
if mibBuilder.loadTexts: nnenvironmentMib.setOrganization('Nortel Networks')
if mibBuilder.loadTexts: nnenvironmentMib.setContactInfo(' Nortel Networks 8200 Dixie Road Brampton, Ontario L6T 5P6 Canada 1-800-4Nortel www.nortelnetworks.com ')
if mibBuilder.loadTexts: nnenvironmentMib.setDescription('')
class EnvState(TextualConvention, Integer32):
description = 'Represents the state of a device being monitored.'
status = 'current'
subtypeSpec = Integer32.subtypeSpec + ConstraintsUnion(SingleValueConstraint(1, 2, 3, 4, 5))
namedValues = NamedValues(("normal", 1), ("warning", 2), ("critical", 3), ("fail", 4), ("turned-off", 5))
class EnvInstalled(TextualConvention, Integer32):
description = 'Installed flag for power supply.'
status = 'current'
subtypeSpec = Integer32.subtypeSpec + ConstraintsUnion(SingleValueConstraint(1, 2))
namedValues = NamedValues(("not-installed", 1), ("installed", 2))
class EnvStatus(TextualConvention, Integer32):
description = 'Installed flag for power supply.'
status = 'current'
subtypeSpec = Integer32.subtypeSpec + ConstraintsUnion(SingleValueConstraint(1, 2, 3))
namedValues = NamedValues(("absent", 1), ("failed", 2), ("normal", 3))
class EnvType(TextualConvention, Integer32):
description = 'Installed flag for power supply.'
status = 'current'
subtypeSpec = Integer32.subtypeSpec + ConstraintsUnion(SingleValueConstraint(1, 2, 3, 4))
namedValues = NamedValues(("supply-AC-ONLY", 1), ("supply-AC-PoE", 2), ("supply-DC", 3), ("unknown", 4))
nnenvObjects = MibIdentifier((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1))
nnenvNotificationEnables = MibIdentifier((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 2))
nnenvNotifications = MibIdentifier((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 3))
nnenvTraps = MibIdentifier((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 3, 0))
nnenvTempSensorGroup = MibIdentifier((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 1))
nnenvTempSensorValue = MibScalar((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 1, 1), Gauge32()).setMaxAccess("readonly")
if mibBuilder.loadTexts: nnenvTempSensorValue.setStatus('current')
if mibBuilder.loadTexts: nnenvTempSensorValue.setDescription(' The Average value of the temperature sensors. ')
nnenvTempSensorState = MibScalar((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 1, 2), EnvState()).setMaxAccess("readonly")
if mibBuilder.loadTexts: nnenvTempSensorState.setStatus('current')
if mibBuilder.loadTexts: nnenvTempSensorState.setDescription(' The Average status of the temperature sensors. ')
nnenvFanTable = MibTable((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 2), )
if mibBuilder.loadTexts: nnenvFanTable.setStatus('current')
if mibBuilder.loadTexts: nnenvFanTable.setDescription('A list of fan unit entries.')
nnenvFanEntry = MibTableRow((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 2, 1), ).setIndexNames((0, "ENVIRONMENT-MIB", "nnenvFanUnitIndex"))
if mibBuilder.loadTexts: nnenvFanEntry.setStatus('current')
if mibBuilder.loadTexts: nnenvFanEntry.setDescription('Entry containing information about a fan within the chassis.')
nnenvFanUnitIndex = MibTableColumn((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 2, 1, 1), Integer32().subtype(subtypeSpec=ValueRangeConstraint(0, 1))).setMaxAccess("accessiblefornotify")
if mibBuilder.loadTexts: nnenvFanUnitIndex.setStatus('current')
if mibBuilder.loadTexts: nnenvFanUnitIndex.setDescription('The index to access an entry in the table. ')
nnenvFanState = MibTableColumn((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 2, 1, 2), EnvState()).setMaxAccess("readonly")
if mibBuilder.loadTexts: nnenvFanState.setStatus('current')
if mibBuilder.loadTexts: nnenvFanState.setDescription(' The current state of fan 0, normal/fail. ')
nnenvPwrsupPowerFailCount = MibScalar((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 3), Integer32()).setMaxAccess("readonly")
if mibBuilder.loadTexts: nnenvPwrsupPowerFailCount.setStatus('current')
if mibBuilder.loadTexts: nnenvPwrsupPowerFailCount.setDescription('Number of failures of either power supply since boot-up.')
nnenvPwrsupTable = MibTable((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 4), )
if mibBuilder.loadTexts: nnenvPwrsupTable.setStatus('current')
if mibBuilder.loadTexts: nnenvPwrsupTable.setDescription('A list of power supply status information.')
nnenvPwrsupEntry = MibTableRow((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 4, 1), ).setIndexNames((0, "ENVIRONMENT-MIB", "nnenvPwrsupIndex"))
if mibBuilder.loadTexts: nnenvPwrsupEntry.setStatus('current')
if mibBuilder.loadTexts: nnenvPwrsupEntry.setDescription('Entry containing power supply information.')
nnenvPwrsupIndex = MibTableColumn((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 4, 1, 1), Integer32().subtype(subtypeSpec=ValueRangeConstraint(1, 2))).setMaxAccess("accessiblefornotify")
if mibBuilder.loadTexts: nnenvPwrsupIndex.setStatus('current')
if mibBuilder.loadTexts: nnenvPwrsupIndex.setDescription('Index to access entry.')
nnenvPwrsupInstalled = MibTableColumn((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 4, 1, 2), EnvInstalled()).setMaxAccess("readonly")
if mibBuilder.loadTexts: nnenvPwrsupInstalled.setStatus('current')
if mibBuilder.loadTexts: nnenvPwrsupInstalled.setDescription('Power supply installed flag.')
nnenvPwrsupStatus = MibTableColumn((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 4, 1, 3), EnvStatus()).setMaxAccess("readonly")
if mibBuilder.loadTexts: nnenvPwrsupStatus.setStatus('current')
if mibBuilder.loadTexts: nnenvPwrsupStatus.setDescription('Power supply up/down status.')
nnenvPwrsupType = MibTableColumn((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 4, 1, 4), EnvType()).setMaxAccess("readonly")
if mibBuilder.loadTexts: nnenvPwrsupType.setStatus('current')
if mibBuilder.loadTexts: nnenvPwrsupType.setDescription('Power supply type.')
nnenvPwrsupUptime = MibTableColumn((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 4, 1, 5), Integer32()).setMaxAccess("readonly")
if mibBuilder.loadTexts: nnenvPwrsupUptime.setStatus('current')
if mibBuilder.loadTexts: nnenvPwrsupUptime.setDescription('Seconds since power supply came up.')
nnenvPwrsupDowntime = MibTableColumn((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 1, 4, 1, 6), Integer32()).setMaxAccess("readonly")
if mibBuilder.loadTexts: nnenvPwrsupDowntime.setStatus('current')
if mibBuilder.loadTexts: nnenvPwrsupDowntime.setDescription('Seconds since power supply went down.')
nnenvEnableTemperatureNotification = MibScalar((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 2, 1), TruthValue().clone('true')).setMaxAccess("readwrite")
if mibBuilder.loadTexts: nnenvEnableTemperatureNotification.setStatus('current')
if mibBuilder.loadTexts: nnenvEnableTemperatureNotification.setDescription('Indicates whether the system produces the envTemperatureNotification. The default is yes. Note: implementation is TBD. ')
nnenvEnableFanNotification = MibScalar((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 2, 2), TruthValue().clone('true')).setMaxAccess("readwrite")
if mibBuilder.loadTexts: nnenvEnableFanNotification.setStatus('current')
if mibBuilder.loadTexts: nnenvEnableFanNotification.setDescription('Indicates whether the system produces the envFanNotification. The default is yes. ')
nnenvEnablePowerNotification = MibScalar((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 2, 3), TruthValue().clone('true')).setMaxAccess("readwrite")
if mibBuilder.loadTexts: nnenvEnablePowerNotification.setStatus('current')
if mibBuilder.loadTexts: nnenvEnablePowerNotification.setDescription('Indicates whether the system produces the envPowerNotification. The default is yes. ')
nnenvTemperatureNotification = NotificationType((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 3, 0, 1)).setObjects(("ENVIRONMENT-MIB", "nnenvTempSensorValue"), ("ENVIRONMENT-MIB", "nnenvTempSensorState"))
if mibBuilder.loadTexts: nnenvTemperatureNotification.setStatus('current')
if mibBuilder.loadTexts: nnenvTemperatureNotification.setDescription(' An envTemeratureNotification is sent if the environmental monitoring detects that the temperature is at a critical state. This may cause the system to shut down. This notification is sent only if envEnableTemperatureNotification is set to true. ')
nnenvFanNotification = NotificationType((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 3, 0, 2)).setObjects(("ENVIRONMENT-MIB", "nnenvFanUnitIndex"), ("ENVIRONMENT-MIB", "nnenvFanState"))
if mibBuilder.loadTexts: nnenvFanNotification.setStatus('current')
if mibBuilder.loadTexts: nnenvFanNotification.setDescription(' An envFanNotification is sent if the environmental monitoring detects that a fan is in a critical state. This may cause the system to shut down. This notification is sent only if envEnableFanNotification is set to true. ')
nnenvPowerSupply1DownNotification = NotificationType((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 3, 0, 3)).setObjects(("ENVIRONMENT-MIB", "nnenvPwrsupPowerFailCount"), ("ENVIRONMENT-MIB", "nnenvPwrsupIndex"), ("ENVIRONMENT-MIB", "nnenvPwrsupInstalled"), ("ENVIRONMENT-MIB", "nnenvPwrsupStatus"), ("ENVIRONMENT-MIB", "nnenvPwrsupType"), ("ENVIRONMENT-MIB", "nnenvPwrsupUptime"), ("ENVIRONMENT-MIB", "nnenvPwrsupDowntime"))
if mibBuilder.loadTexts: nnenvPowerSupply1DownNotification.setStatus('current')
if mibBuilder.loadTexts: nnenvPowerSupply1DownNotification.setDescription(' An envPowerNotification is sent if the environmental monitoring detects that a power supply has changed status. This notification is sent only if envEnablePowerNotification is set to true. ')
nnenvPowerSupply1UpNotification = NotificationType((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 3, 0, 4)).setObjects(("ENVIRONMENT-MIB", "nnenvPwrsupPowerFailCount"), ("ENVIRONMENT-MIB", "nnenvPwrsupIndex"), ("ENVIRONMENT-MIB", "nnenvPwrsupInstalled"), ("ENVIRONMENT-MIB", "nnenvPwrsupStatus"), ("ENVIRONMENT-MIB", "nnenvPwrsupType"), ("ENVIRONMENT-MIB", "nnenvPwrsupUptime"), ("ENVIRONMENT-MIB", "nnenvPwrsupDowntime"))
if mibBuilder.loadTexts: nnenvPowerSupply1UpNotification.setStatus('current')
if mibBuilder.loadTexts: nnenvPowerSupply1UpNotification.setDescription(' An envPowerNotification is sent if the environmental monitoring detects that a power supply has changed status. This notification is sent only if envEnablePowerNotification is set to true. ')
nnenvPowerSupply2DownNotification = NotificationType((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 3, 0, 5)).setObjects(("ENVIRONMENT-MIB", "nnenvPwrsupPowerFailCount"), ("ENVIRONMENT-MIB", "nnenvPwrsupIndex"), ("ENVIRONMENT-MIB", "nnenvPwrsupInstalled"), ("ENVIRONMENT-MIB", "nnenvPwrsupStatus"), ("ENVIRONMENT-MIB", "nnenvPwrsupType"), ("ENVIRONMENT-MIB", "nnenvPwrsupUptime"), ("ENVIRONMENT-MIB", "nnenvPwrsupDowntime"))
if mibBuilder.loadTexts: nnenvPowerSupply2DownNotification.setStatus('current')
if mibBuilder.loadTexts: nnenvPowerSupply2DownNotification.setDescription(' An envPowerNotification is sent if the environmental monitoring detects that a power supply has changed status. This notification is sent only if envEnablePowerNotification is set to true. ')
nnenvPowerSupply2UpNotification = NotificationType((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 3, 0, 6)).setObjects(("ENVIRONMENT-MIB", "nnenvPwrsupPowerFailCount"), ("ENVIRONMENT-MIB", "nnenvPwrsupIndex"), ("ENVIRONMENT-MIB", "nnenvPwrsupInstalled"), ("ENVIRONMENT-MIB", "nnenvPwrsupStatus"), ("ENVIRONMENT-MIB", "nnenvPwrsupType"), ("ENVIRONMENT-MIB", "nnenvPwrsupUptime"), ("ENVIRONMENT-MIB", "nnenvPwrsupDowntime"))
if mibBuilder.loadTexts: nnenvPowerSupply2UpNotification.setStatus('current')
if mibBuilder.loadTexts: nnenvPowerSupply2UpNotification.setDescription(' An envPowerNotification is sent if the environmental monitoring detects that a power supply has changed status. This notification is sent only if envEnablePowerNotification is set to true. ')
nnenvironementNotificationGroup = NotificationGroup((1, 3, 6, 1, 4, 1, 562, 73, 1, 1, 1, 3, 4)).setObjects(("ENVIRONMENT-MIB", "nnenvTemperatureNotification"), ("ENVIRONMENT-MIB", "nnenvFanNotification"), ("ENVIRONMENT-MIB", "nnenvPowerSupply1DownNotification"), ("ENVIRONMENT-MIB", "nnenvPowerSupply1UpNotification"), ("ENVIRONMENT-MIB", "nnenvPowerSupply2DownNotification"), ("ENVIRONMENT-MIB", "nnenvPowerSupply2UpNotification"))
if getattr(mibBuilder, 'version', (0, 0, 0)) > (4, 4, 0):
nnenvironementNotificationGroup = nnenvironementNotificationGroup.setStatus('current')
if mibBuilder.loadTexts: nnenvironementNotificationGroup.setDescription('THE Envrionment MIB Notification Group')
mibBuilder.exportSymbols("ENVIRONMENT-MIB", nnenvPowerSupply1UpNotification=nnenvPowerSupply1UpNotification, nnenvEnableTemperatureNotification=nnenvEnableTemperatureNotification, nnenvObjects=nnenvObjects, nnenvPowerSupply1DownNotification=nnenvPowerSupply1DownNotification, nnenvPwrsupDowntime=nnenvPwrsupDowntime, nnenvTraps=nnenvTraps, nnenvPwrsupEntry=nnenvPwrsupEntry, nnenvPwrsupType=nnenvPwrsupType, nnenvEnablePowerNotification=nnenvEnablePowerNotification, nnenvNotifications=nnenvNotifications, nnenvFanNotification=nnenvFanNotification, nnenvEnableFanNotification=nnenvEnableFanNotification, nnenvPwrsupTable=nnenvPwrsupTable, EnvType=EnvType, nnenvFanTable=nnenvFanTable, EnvStatus=EnvStatus, nnenvironementNotificationGroup=nnenvironementNotificationGroup, PYSNMP_MODULE_ID=nnenvironmentMib, nnenvFanUnitIndex=nnenvFanUnitIndex, nnenvironmentMib=nnenvironmentMib, nnenvPwrsupUptime=nnenvPwrsupUptime, nnenvFanState=nnenvFanState, nnenvFanEntry=nnenvFanEntry, EnvState=EnvState, EnvInstalled=EnvInstalled, nnenvTempSensorGroup=nnenvTempSensorGroup, nnenvTemperatureNotification=nnenvTemperatureNotification, nnenvPowerSupply2UpNotification=nnenvPowerSupply2UpNotification, nnenvPowerSupply2DownNotification=nnenvPowerSupply2DownNotification, nnenvTempSensorState=nnenvTempSensorState, nnenvPwrsupPowerFailCount=nnenvPwrsupPowerFailCount, nnenvPwrsupStatus=nnenvPwrsupStatus, nnenvPwrsupIndex=nnenvPwrsupIndex, nnenvNotificationEnables=nnenvNotificationEnables, nnenvTempSensorValue=nnenvTempSensorValue, nnenvPwrsupInstalled=nnenvPwrsupInstalled)
|
# def combine_all(input):
# check1 = False
# check2 = False
# check3 = False
# if len(input) > 0:
# if input[0] == 'a':
# check1 = True
#
# main_s = []
# tmp_dict = {}
# for item in input:
# tmp_dict[item] = "0"
# if item not in ['a', 'b']:
# return False
#
# if item == "a":
# main_s.append(item)
# elif item == "b":
# try:
# main_s.pop()
# except:
# return False
#
# if len(tmp_dict.keys()) == 2:
# check2 = True
# if len(main_s) == 0:
# check3 = True
# if check1 and check2 and check3:
# return True
#
# return False
def longest_palidrom_substr(input_str):
l = 0
r = len(input_str)
counter = 0
while counter < r:
#print(input_str[counter:r])
if input_str[counter:r] == input_str[counter:r][::-1]:
return input_str[counter:r]
counter = counter + 1
counter = len(input_str)
while counter > l:
#print(input_str[l:counter])
if input_str[l:counter] == input_str[l:counter][::-1]:
return input_str[l:counter]
counter = counter - 1
return None
def get_sum_position(nums, target):
tmp_dict = {}
for i, item in enumerate(nums):
tmp_dict[item] = i
for i, item in enumerate(nums):
op = tmp_dict.get(target-item, None)
if op and op != i:
return [i, op]
return None
def findMedianSortedArrays(nums1, nums2):
p1 = 0
p2 = 0
op = []
while (p1 < len(nums1) and p2 < len(nums2)):
if nums1[p1] < nums2[p2]:
op.append(nums1[p1])
p1 += 1
else:
op.append(nums2[p2])
p2 += 1
op = op + nums1[p1:]
op = op + nums2[p2:]
print(op)
mid = (len(nums1) + len(nums2)) // 2
if (len(nums1) + len(nums2)) % 2 != 0:
return op[mid]
else:
return (op[mid-1] + op[mid]) / 2
def mergeTwoLists(l1, l2):
p1 = 0
p2 = 0
op = []
while (p1 < len(l1) and p2 < len(l2)):
if l1[p1] < l2[p2]:
op.append(l1[p1])
p1 += 1
else:
op.append(l2[p2])
p2 += 1
op = op + l1[p1:]
op = op + l2[p2:]
return op
def reverse(x):
if -2**31 <= x <= 2**31 -1 :
if x > 0:
return int(str(x)[::-1])
else:
return int(str(x*-1)[::-1])*-1
return 0
def shift_all_0_left(input_str):
input_str = list(input_str)
l = 0
r = len(input_str) - 1
while l < r:
if input_str[l] == '0':
l = l + 1
continue
if input_str[r] == '1':
r = r - 1
continue
input_str[l], input_str[r] = input_str[r], input_str[l]
l = l + 1
r = r - 1
return "".join(input_str)
def myAtoi(s):
s1 = s.rstrip()
s2 = s1.lstrip()
int_s = int(s2)
if -2147483648 <= int_s <= 2147483647:
return int_s
return 0
def threeSum(nums):
op = set()
for i in range(0,len(nums)):
for j in range(i,len(nums)):
for k in range(j,len(nums)):
if i !=j and i != k and j != k and (nums[i] + nums[j] + nums[k] == 0):
op.add((nums[i], nums[j], nums[k]))
return list(op)
def letterCombinations(digits):
chars_mapping = {
2 : ['a', 'b', 'c'],
3 : ['d','e','f'],
4 : ['g','h','i'],
5 : ['j','k','l'],
6 : ['m','n','o'],
7 : ['p','q','r','s'],
8 : ['t','u','v'],
9 : ['w','x','y','z']
}
if len(str(digits)) > 4 or len(str(digits)) <=0:
return None
else:
l_of_l = []
for c in str(digits):
l_of_l.append(chars_mapping.get(int(c)))
print(l_of_l)
def strStr(haystack, needle):
needle_len = len(needle)
i = 0
k = 0
while i < (len(haystack) - len(needle)):
if haystack[i] == needle[k]:
print()
i += 1
|
"""palavras = ("aprender", "programar", "linguagem", "python", "curso",
"gratis", "estudar", "praticar", "trabalhar", "mercado",
"programador", "futuro")
for p in palavras:
print(f"\n Na palavra {p.upper():-<20} temos:", end="")
for letra in p:
if letra.lower() in "aeiou":
print(f"{letra:.>7}", end="")
for j, i in enumerate(palavras):
print(f"\n No indice {j+1} tempos a palavra: {i.upper():=<20} ", end="")
for y in i:
if y.lower() in "aeiou0":
print(f"{y}", end="")"""
palavra = ("aprender", "programar", "linguagem", "python", "curso",
"gratis", "estudar", "praticar", "trabalhar", "mercado",
"programador", "futuro")
for c in palavra:
print(f"\no valor encontrado foi {c.upper():.<20}", end="")
for letras in c:
if letras.lower() in "aeiou":
print(f"{letras:.>7}", end="")
|
myApp = App("chrome.app")
if not myApp.window(): # chrome not open
App.open("C:\\Program Files (x86)\\Google\\Chrome\\Application\\chrome.exe")
wait(10)
myApp.focus()
wait(1)
wait("1392883544404.png", FOREVER)
click("1392883741646.png")
type("http://10.112.18.28/testcases/symbol/BoxMarkerSymbol.html\n")
wait("1392884154681.png", FOREVER)
click("1392882778695.png")
if exists("1392882825935.png"):
print("create box marker symbol success!")
else:
print("create box marker symbol fail!")
click("1392884525302.png")
if exists("1392884539217.png"):
print("create box marker symbol(json) success!")
else:
print("create box marker symbol(json) fail!")
doubleClick("1392885884712.png")
type("55000")
click("1392884721664.png")
if exists("1392884749355.png"):
print("set extent width success!")
else:
print("set extent width fail!")
doubleClick(find("1392885400212.png").right().find("1392885665897.png"))
type("90000")
click("1392884721664.png")
if exists("1392884874286.png"):
print("set extent height success!")
else:
print("set extent height fail!")
doubleClick(find("1392885422517.png").right().find("1392885665897.png"))
type("500000")
click("1392884721664.png")
if exists("1392884956412.png"):
print("set extent depth success!")
else:
print("set extent depth fail!")
click("1392884996587.png")
if exists("1392885018993.png"):
print("set tilt + 30 success!")
else:
print("set tilt + 30 fail!")
click("1392885066449.png")
click("1392885066449.png")
if exists("1392885097714.png"):
print("set tilt - 30 success!")
else:
print("set tilt - 30 fail!")
doubleClick("1392885160730.png")
type("145")
click("1392885184156.png")
if exists("1392885212829.png"):
print("set tilt success!")
else:
print("set tilt fail!")
click("1392886744095.png")
click("1392886744095.png")
click("1392886744095.png")
if exists("1392886801194.png"):
print("set heading + 30 success!")
else:
print("set heading + 30 fail!")
click("1392886838690.png")
click("1392886838690.png")
if exists("1392886861619.png"):
print("set heading - 30 success!")
else:
print("set heading - 30 fail!")
doubleClick(find("1392887108781.png").left().find("1392887121837.png"))
type("90")
click("1392887150799.png")
if exists("1392887181313.png"):
print("set heading success!")
else:
print("set heading fail!")
dragDrop("1392949672422.png","1392949687298.png" )
click("1392887213432.png")
click("1392887213432.png")
click("1392887213432.png")
if exists("1392887260658.png"):
print("set up offset success!")
else:
print("set up offset fail!")
|
#!/usr/bin/env python
appd_auth = {
'controller': '',
'account': '',
'user': '',
'password': ''
}
APPD_APP = ''
APPD_TIER = ''
|
print("Hello World!")
print ("Hello Again")
print("I like typing this.")
print("This is fun.")
print('Yay! Printing.')
print("I'd much rather you 'not'.")
print('I "said" do not touch this.')
print('this command will print one line')
print('this\n command\n will\n print\n multiple\n lines')
# print('nevermind')
# --Output--
# Hello World!
# Hello Again
# I like typing this.
# This is fun.
# Yay! Printing.
# I'd much rather you 'not'.
# I "said" do not touch this.
# this command will print one line
# this
# command
# will
# print
# multiple
# lines
|
""" Python single line for loop """
# Generate a list of numbers range 0-10
number_list = [x for x in range(10)]
print("Number list: ", number_list)
# Generate a list of numbers range 0-10
even_number_list = [x for x in range(10) if x % 2 == 0]
print("Even number list: ", even_number_list)
# Multiple two lists
# It takes each element of list1 with each element
# of list2
list1 = [2, 4, 6]
list2 = [2, 4, 6]
list3 = [x * y for x in list1 for y in list2]
print(list3)
|
if __name__ == '__main__':
print("Estou sendo Executado diretamente no terminal")
print(__name__)
else:
print("Estou sendo importado e executado por outro código")
print(__name__) |
"""
entrada
a-->int-->a
b-->int-->b
c-->int-->c
salida
respuesta-->str-->resultado
"""
a, b, c, d = map(int, input("Digite los 4 datos: ").split())
if d==0 :
resultado = (a-c)**2
elif d>0 :
resultado = ((a-b)**3)/d
print("El resultado es: "+str (resultado))
|
# Not runnable
end_point = "team/frc254"
url = f"https://www.thebluealliance.com/api/v3/{end_point}"
"https://www.thebluealliance.com/api/v3/team/frc254"
|
#Faça um programa que tenha uma função chamada contador(), que receba 3 parâmetros: inicio, fim e passo e realize a contagem.
#seu programa tem que realizar três contagens através da função criada:
# a - De 1 até 10, de 1 em 1
def contador(inicio, fim, passo):
for c in range(inicio, fim+1, passo):
print(f'{c}',end=' ')
contador(1, 10, 1)
|
class DoublyLinkedListNode:
def __init__(self, node_data):
self.data = node_data
self.next = None
self.prev = None
def to_str(head):
data = []
while head:
data.append(str(head.data))
head = head.next
return ', '.join(data)
def reverse_recursive(head):
if head is None or head.next is None:
return head
new_head = reverse_recursive(head.next)
new_head.prev = head
head.next.next = head
head.next = None
return new_head
def reverse_iterative(head):
if head is None or head.next is None:
return head
current = head
new_head = DoublyLinkedListNode(current.data)
new_head_start = new_head
current = current.next
while current:
new = DoublyLinkedListNode(current.data)
new.prev = new_head
new_head.next = new
new_head = new
current = current.next
return new_head_start
if __name__ == '__main__':
h = DoublyLinkedListNode(0)
h_current = h
for x in range(1, 11):
n = DoublyLinkedListNode(x*2)
n.prev = h_current
h_current.next = n
h_current = n
print(to_str(h))
h = reverse_iterative(h)
print(to_str(h))
|
class Piece:
def __init__(self, index: int, piece_hash: bytes,
piece_length: int, block_length: int):
self.index = index
self.hash = piece_hash
self.piece_length = piece_length
self.block_length = block_length
self.blocks = [Block(i, i*block_length, block_length)
for i in range(piece_length // block_length)]
self.blocks.append(Block(len(self.blocks),
piece_length - block_length,
piece_length % block_length))
@property
def completed(self):
return all(block.state == Block.Have for block in self.blocks)
def __str__(self):
attributes = self.__dict__.items()
attributes = ', '.join(f'{key}={value}' for key, value in attributes)
return f'{self.__class__.__name__}({attributes})'
def __repr__(self):
return self.__str__()
class Block:
Missing = 0
Have = 1
Ongoing = 2
def __init__(self, index: int, offset: int, length: int):
self.index = index
self.offset = offset
self.length = length
self.state = Block.Missing
self.data = bytes(self.length)
def __str__(self):
attributes = self.__dict__.copy()
del attributes['data']
attributes = attributes.items()
attributes = ', '.join(f'{key}={value}' for key, value in attributes)
return f'{self.__class__.__name__}({attributes})'
def __repr__(self):
return self.__str__()
|
'''
4 7
47 74 44 77
474 744 444 774 477 747 447 777
4와 7로만 이루어진 x자리 수를 만드는 법:
x-1 자리 수의 뒤에 4와 7을 붙인다.
이 원리를 이용해서 K번째 작은 수가 몇 자리인지,
그 자릿수에서 몇 번째 숫자인지 알 수 있음.
'몇 번째 숫자인지'를 이진수로 바꿔서
0을 4로, 1을 7로 치환한 후에
'몇 자리인지'가 되도록 앞에 4를 붙여주면 됨.
'''
# input
K = int(input())
# process
# K번째 작은 수가 몇 자리의 몇 번째 숫자인지 계산
cnt = 0
digit = 1
while cnt + 2 ** digit < K:
cnt += 2 ** digit
digit += 1
cnt = K - cnt - 1
# 해당 숫자 계산
cnt = bin(cnt)[2:]
sol = ['4'] * (digit - len(cnt))
for num in cnt:
if num == '0':
sol.append('4')
else:
sol.append('7')
# output
print(''.join(sol)) |
a = list1[0]
list1[0] = "def"
list1.remove ( 3 )
list1.append ( 4 )
print ( list1 )
del list1[1:2]
print ( list1 )
|
def handleNumbersList(numsList: list, initialValues: tuple) -> list:
'''
Retorna apenas os maiores valores lista selecionada
-> numsList: lista selecionada
-> initialValues: (tam_lista, Elementos que serão tirados)
'''
#Atribuindo às variáveis os valores inseridos
size = initialValues[0]
quantityDeletedNumbers = initialValues[1]
#Variáveis que representam as posições dos números no array
currentListPosition = 0
nextListPosition = 1
while len(numsList) > (size - quantityDeletedNumbers):
if nextListPosition < len(numsList):
#Comparação do tamanho entre números
if numsList[currentListPosition] < numsList[nextListPosition]:
del numsList[currentListPosition]
currentListPosition = 0
nextListPosition = 1
else:
currentListPosition = nextListPosition
nextListPosition = nextListPosition + 1
else:
del numsList[currentListPosition]
currentListPosition -= 1
#Retornando array do saldo
return numsList
while True:
try:
#Inserindo valores iniciais, A e B
initialValues = tuple(map(int,input().split()))
#Inserindo valor numérico (string) da conta
numsList = list(input())
#Convertendo de string numérica para inteiro utilizando list comprehension
numsList = [int(num) for num in numsList if num.isnumeric()]
# Chamando a função para retornar a lista com os valores finais
numsList = handleNumbersList(numsList, initialValues)
# Printando os valores
for num in numsList:
print(num, end='')
print()
except EOFError or ValueError:
break |
n = int(input())
v = []
trocas = 0
for i in range (n):
for j in range (5): #para coletar os elementos do vetor
v.append(int(input()))
for j in range (5): #para ordenar o vetor
for k in range (4):
if v[k] > v[k+1]:
t = v[k]
v[k] = v[k+1]
v[k+1] = t
trocas = trocas + 1 #para contar quantas trocas esse vetor fez
print(trocas)
trocas = 0
v = []
|
junk_drawer = [3, 4]
# Using the list provided, add a pen, a scrap paper, a 7.3 and a True element
____
# ____
# ____
# ____
# What's the length of the list now?
# Save it in an object named drawer_length
# ____ = ____
# Slice the junk_drawer object to include the element 4 to scrap paper
# Save this in an object named cleaned_junk_drawer
# ____ = ____
# Next convert it into a set and name it junk_set
# ____ = ____.(____)
# ____
|
# dictionary = {key: value for element in iterable}
fruits = ['apple', 'kiwi', 'banana', 'orange', 'apricot']
fruit_dict = {element: len(element) for element in
fruits if len(element) > 5}
print('\n'.join("{} {}".format(element, leng) for (element, leng) in fruit_dict.items())) |
#ex050: Desenvolva um programa que leia seis números inteiros e mostre a soma apenas daqueles que forem pares. Se o valor digitado for ímpar, desconsidere-o.
#Não consegui raciocinar pra fazer.
#c vai se repetir 6 vezes (1, 7).
#conforme vc digita um número, a variável 'num' recebe um novo valor.
#Porém, ela vai atender a estrutura condicional 'if': se o resto da divisão do valor for igual a 0, ela vai contar e somar.
#a variável 'soma' começa inicialmente com 0, mas vai armazenando valores através de uma adição entre ela mesma e a variável do número que atendeu à condição if. Por exemplo, vamos supor que você digita o número 4.
# 4 é um número par, então vai atender a condição if. Nesse caso, o valor 4 (que foi armazenado na variável 'num') vai ser somado com a variável soma: soma (0) = soma (0) + num (4) => soma (4) = soma (4) + num (4)
#Isso acima aconteceu porque 4 + 0 = 4, e como a soma armazena uma adição, ela vai armazenar o número 4.
#vamos supor que próximo número a ser digitado seja 18. Como 18 é um número par, ele vai atender a estrutura condicional if.
#soma (4) = soma (4) + num (18) => soma (22) = soma (22) + num (18)
soma = 0
cont = 0
for c in range(1, 7):
num = int(input('Digite o {} valor: ' .format(c)))
if num % 2 == 0:
soma = soma + num
cont = cont + 1
print('Você informou {} números PARES e a soma foi {}.' .format(cont, soma)) |
'''Memoization decorator for functions taking one or more arguments.
Copyright (c) 2018-2019 Machine Zone, Inc. All rights reserved.
'''
def memoize(f):
"""Memoization decorator for functions taking one or more arguments."""
class Memodict(dict):
'''Helper class derived from dict'''
def __init__(self, f):
'''Constructor'''
dict.__init__(self)
self.f = f
def __call__(self, *args):
'''Call function'''
return self[args]
def __missing__(self, key):
'''Missing method'''
ret = self[key] = self.f(*key)
return ret
return Memodict(f)
|
class QueryOperatorProcessor(object):
def __init__(self, dispatcher):
self.dispatcher = dispatcher
def process(self, child_nodes):
raise NotImplementedError()
def _process_node(self, node):
return self.dispatcher.dispatch(node)
def _process_all_nodes(self, nodes):
return [self._process_node(node) for node in nodes]
|
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
# filename: exceptions.py
"""
自定义错误类
"""
__all__ = [
'HTMLCoderError',
'TietukuUploadError',
]
class HTMLCoderError(Exception):
""" 编码器错误 """
class TietukuUploadError(HTMLCoderError):
"""
调用上传图片的 api ，请求状态码非 200
4001 上传凭证无效。 检查生成Token的参数
4002 资源不存在。
4003 关闭上传
4004 请求方式错误，非预期的请求方式。
4005 验证Token返回值为空
4006 无法创建存储目录或目录不可写
4007 缺少图片链接
4008 获取本地上传图片信息失败
4009 获取网络上传图片信息失败
4010 打开临时文件失败
4011 存储临时文件失败
4012 不支持此类图片上传
4013 图片太大超过上传限制
4014 未能获取图片信息
4015 存储图片失败
4016 没有上传本地图片
4017 上传本地图片失败
4018 上传文件不存在
4019 达到用户每小时上传数量上限 请升级套餐服务
4020 达到用户单个IP每小时上传数量上限 请升级套餐服务
4021 没有购买基础版服务或服务已到期 请开通套餐服务
4022 图片数量达到非专业版用户数量限制 请开通专业版
4500 缺失Token参数
4501 Token参数值为空
4502 Token参数值无效
4503 公钥无效
4504 路径参数无效
4505 上传公钥等级低
4506 用户提供Token参数值无效
4507 公钥不存在或无效
4510 用户账户不存在或被封
4511 相册不存在或已经删除
4512 不是你的相册，无权操作
4513 写入数据失败
4516 写入图片数据失败
4517 更新图片数量失败
4518 保存已存在图片信息到数据库失败
4519 缺失UID参数
4520 会员账号无效
4521 相册数量不能超过100个
4522 相册名称无效
4523 相册名称长度为3-20字符
4524 只有一个相册时，无法删除
4525 相册ID无效或该用户无权限操作该相册
4526 该相册内有照片，无法删除
4527 相册aid参数无效
4528 插入findurl失败
4529 图片不存在
4530 权限不足
4531 删除图片失败
4532 缺失图片ID
4533 没有找到相关信息
4534 修改图片名称失败
"""
'''
class SMMSError(Exception):
""" SM.MS api 错误 """
pass
class SMMSUploadError(SMMSError):
""" SM.MS 上传文件错误 """
pass
class SMMSGetListError(SMMSError):
""" SM.MS 获取文件列表错误 """
pass
class SMMSClearError(SMMSError):
""" SM.MS 清除文件列表错误 """
pass
'''
'''
错误列表
Access Denied.
Upload file count limit.
Upload file frequency limit.
Server error. Upload directory isn't writable.
No files were uploaded.
File is empty.
File is too large.
File has an invalid extension.
Could not save uploaded file.
''' |
print("000560_04_02_ExceptionОбработка")
print()
print("000560_04_02_ex.01_ExceptionОбработка")
try:
# num1 = float(input("Введите первое число: "))
# num2 = float(input("Введите второе число: "))
num1 = 1
num2 = 0
print("Done calculation:")
print (num1/num2)
# print("Done calculation")
except ZeroDivisionError:
print("an err (zero div)")
except ValueError:
print("Ошибка! Повторите ввод: введите число")
print()
print("000560_04_02_task.01_ExceptionОбработка")
try:
var = 10
print(10/2)
except ZeroDivisionError:
print("err")
print("finished")
print()
print("000560_04_02_ex.02_ExceptionОбработка")
try:
var = 10
print(var + "Hello")
except (ZeroDivisionError, TypeError, ValueError):
print("err")
print()
print("000560_04_02_task.02_ExceptionОбработка")
try:
meaning = 42
print(meaning/0)
print("The meaning of life")
except (ValueError, TypeError):
print("VaErr or TyErr!")
except ZeroDivisionError:
print("div by zero!")
print()
print("000560_04_02_ex.03_ExceptionОбработка")
try:
word = "spam"
print(word/0)
except:
print("err")
print()
print("000560_04_02_task.03_ExceptionОбработка")
# try:
# num1 = input(": ")
# num2 = input(": ")
# print(float(num1)/float(num2))
# except:
# print("inval err")
print()
print("000560_04_03_ex.01_ExceptionFinally")
try:
print("Hi!")
print(1/0)
except ZeroDivisionError:
print("div by zero")
finally:
print("no matter")
print()
print("000560_04_03_t.01_ExceptionFinally")
try:
print(1)
except:
print(2)
finally:
print(3)
print()
print("000560_04_03_ex.02_ExceptionFinally")
try:
print(1)
print(10/0)
except ZeroDivisionError:
print(unkn_var)
finally:
print("This is executed last")
print()
print("000560_04_03_t.02_ExceptionFinally")
try:
print(1)
except:
print(2)
finally:
print(3)
|
# SPDX-License-Identifier: MIT
# Copyright (c) 2021 Akumatic
#
# https://adventofcode.com/2021/day/17
def read_file(filename: str = "input.txt") -> list:
with open(f"{__file__.rstrip('code.py')}{filename}", "r") as f:
lines = [s[2:].split("..") for s in f.read().strip().replace("target area: ", "").split(", ")]
return [(int(lines[0][0]), int(lines[0][1])), (int(lines[1][0]), int(lines[1][1]))]
def fire_probe(vel_x, vel_y, goal_x, goal_y) -> tuple:
vx, vy = vel_x, vel_y
x, y = 0, 0
max_y = 0
while x + vx < goal_x.stop:
x += vx
y += vy
max_y = max(y, max_y)
vx += 0 if vx == 0 else -1 if vx > 0 else 1
vy -= 1
if vx == 0 and (x < goal_x.start or y < goal_y.start):
break
if x in goal_x and y in goal_y:
return vel_x, vel_y, max_y
return vel_x, vel_y, None
def brute_force(vals: list):
r_x = range(vals[0][0], vals[0][1] + 1)
r_y = range(vals[1][0], vals[1][1] + 1)
tmp = [fire_probe(x, y, r_x, r_y) for x in range(vals[0][1] + 1) for y in range(-100, 100)]
return [velocity for velocity in tmp if velocity[2] is not None]
def part1(velocities: list) -> int:
return max(velocities, key=lambda x: x[2])[2]
def part2(velocities: list) -> int:
return len(velocities)
if __name__ == "__main__":
vals = read_file()
vals = brute_force(vals)
print(f"Part 1: {part1(vals)}")
print(f"Part 2: {part2(vals)}")
|
x = 0;
for i in range(1000000):
x = x + 1;
|
N = int(input())
a = list(map(int, input().split()))
t = []
for i in range(N):
t.append([a[i], i])
t.sort(key=lambda x: x[0])
for i in t[::-1]:
print(i[1] + 1)
|
#retomando clase pasada
#Estructura de datos
#################################
#listas
otra_lista = [1, 2, 3, 4 , 5, 6]
#Accediendo a los elementos de una lista
print(otra_lista[0])
print(otra_lista[-1])
#Slicing
print(otra_lista[0:3])
print(otra_lista[3:])
copia_lista = otra_lista
copia_lista.append(7)
print(otra_lista)
print(copia_lista)
##################
#estructura de control y de iteracion
#######################################
if True:
print("Es verdad")
semaforo = 'rojo'
if semaforo == 'rojo':
print('detenido')
elif semaforo == 'verde':
print('avanza')
else:
print('detente')
print('No esta en la lista') if 1 in otra_lista else print('No esta en la lista')
#while
while otra_lista != []:
elemento_borrado = otra_lista.pop()
print(f'Extraje elemento {elemento_borrado}') #interpolacion
while copia_lista:
elemento_borrado = copia_lista.pop()
print('Extraje elemento de copia_lista {}'.format(elemento_borrado)) #interpolacion
else:
print("No entro en el while:(")
#For
vocales = 'aeiou'
for vocal in vocales:
print(vocal)
vocales = 'aeiou'
for i in range(0, len(vocales)):
print(vocales[i])
for n in range(0, 101, 2):
print(n)
nueva_lista = [0, 1, 2['otra', 'lista',[3, 4, 5]]]
print(nueva_lista[3][2][0])
print(isinstance(nueva_lista,list))
print('*' * 5)
for i in nueva_lista:
if isinstance(i,list)== False:
print(i)
continue
for j in i:
if isinstance(j, list)== False:
print(j)
continue
for k in j:
print(k)
#listas comprimidas
pares = [ i for i in range(0, 101, 2) if i % 2==0]
print(pares)
impares = [ i for i in range(1, 100, 2) if i % 2==0]
print(impares)
# Function map()
animales= ['gato', 'perro', 'oso','leon', 'ballenaa']
print(list(map(str.upper, animales)))
################
#Tuplas
################
una_tupla=(1, 2, 3)
print(una_tupla)
tupla_comprimida = tuple( x for x in string.ascii.lowercase if x in 'aeiou')
print(tupla_comprimida)
#################
#Diccionarios
#################
mi_diccionario = {
'luis':['perro','gato'],
'daniela':['loro','gato'],
'romina':['camaleon','gato'],
}
print(mi_diccionario)
print(mi_diccionario['daniela'])
for key in mi_diccionario.keys():
print(f'key "{key}"')
for value in mi_diccionario.values():
print(f'Value "{value}"')
############################
#Funcion
###########################
def sum(a, b):
print(a+b)
def rest(a, b):
print(a - b)
def division(a, b):
print(a / b)
def multiplicacion(a, b):
print(a * b)
sum(5, 5)
rest(5, 5)
division(5, 5)
multiplicacion(5, 5)
#########################
#clases y objetos
########################
class Calculadora:
def __init__(self) -> None:
self.a = a
self.b = b
def suma(self) -> int:
print(self.a + self.b)
def __str__(self):
return '#### Numeros ###\nA: {self.a}\nB: {self.b}'
mi_calculadora = Calculadora(5,5)
mi_calculadora.suma
pass
|
class Solution:
def lengthOfLIS(self, nums: List[int]) -> int:
dp = [1]*len(nums)
for i in range(1,len(nums)):
for j in range(i):
if nums[i] > nums[j]:
dp[i] = max( dp[i], dp[j]+1 )
return max(dp)
class SolutionII:
def lengthOfLIS(self, nums: List[int]) -> int:
sub = []
for num in nums:
i = bisect_left(sub, num)
if i == len(sub):
sub.append(num)
else:
sub[i] = num
return len(sub)
|
r1 = int(input('Digite o comprimento da reta 1: '))
r2 = int(input('Digite o comprimento da reta 2: '))
r3 = int(input('Digite o comprimento da reta 3: '))
if ((r1+r2)>=r3) and ((r1+r3)>=r2) and ((r3+r2)>=r1):
if r1 == r2 and r1 == r3:
print("As retas formam um triangulo equilátero")
elif r1!=r3 and r1!=r2 and r2!=r3:
print('As retas formam um triangulo escaleno')
else:
print('As retas formam um triangulo isósceles')
else:
print('As retas NÃO formam um triangulo')
|
"""
https://leetcode.com/problems/find-first-palindromic-string-in-the-array
"""
# define an input for testing purposes
words = ["def", "ghi"]
# actual code to submit
def solution(words: str) -> str:
for word in words:
if word == word[::-1]:
return word
return ""
# use print statement to check if it works
print(solution(words))
# My Submission: https://leetcode.com/submissions/detail/610802135/
|
def can_make_arithmetic_progression(arr):
arr = sorted(arr)
prev_diff = arr[1] - arr[0]
for i in range(1, len(arr)):
difference = arr[i] - arr[i - 1]
if not difference == prev_diff:
return False
prev_diff = difference
return True
print(can_make_arithmetic_progression([3, 5, 1]))
print(can_make_arithmetic_progression([1, 2, 4]))
|
"""Exceptions for NS."""
class NSError(Exception):
"""Generic NS exception."""
pass
class NSConnectionError(NSError):
"""NS connection exception."""
pass
|
#__________________ Script Python - versão 3.8 _____________________#
# Autor |> Abraão A.da Silva
# Data |> 05 de Março de 2021
# Paradigma |> Procedural
# Objetivo |> Dá boas vindas
#___________________________________________________________________#
def mostrar_mensagem(msg):
"A função mostrará a mensagem."
print(msg)
def definir_mensagem(modificar=False):
"A vai definir qual mensagem será impressa."
if modificar:
msg = str(input('Defina a mensagem de saída >> '))
else:
msg = 'Olá, meu mundo é você...'
return mostrar_mensagem(msg=msg)
def main():
"""
Chama a função responsável por recolher a mensagem
e a função responsável por imprimir a mesma.
"""
definir_mensagem(True)
main()
|
""" This module holds some frequently used alogs """
# @param a and b two integers
# @return int gcd(a, b)
def gcd(a, b):
""" compute gcd a and b"""
if a == 0:
return b
if b == 0:
return a
return gcd(b, a % b)
# @param three integers a, b, m
# @return integer a^b mod m
def modulo_expo(a, b, m):
""" compute a^b mod m """
if b == 0:
return 1
temp = modulo_expo(a, b >> 2, m)
temp *= 2
if b & 1 > 0:
temp *= a
temp %= m
return temp
|
model_status = [
{ 'code': 0, 'description': 'Model uploaded'},
{ 'code': 1, 'description': 'File csv uploaded'},
{ 'code': 2, 'description': 'Send to elm'},
{ 'code': 3, 'description': 'Training', 'perc': 0},
{ 'code': 4, 'description': 'Done'}
] |
class CmfParseError(Exception):
def __init__(self, parseinfo, msg):
self.message = '({}:{}) Error: {}'.format(
parseinfo.line + 1, parseinfo.pos, msg)
def __str__(self):
return self.message
|
# This is a sample Python script.
# Press Shift+F10 to execute it or replace it with your code.
# Press Double Shift to search everywhere for classes, files, tool windows, actions, and settings.
def Watermelon(i):
w =i
result = "YES" if w%2 == 0 and w > 2 else "NO"
print(result + " " + str(i))
Watermelon(int(input()))
|
matrix = ["1.1 2.2 3.3", "4.4 5.5 6.6", "7.7 8.8 9.9"]
def transpose(matrix):
return [" ".join(row.split()[i] for row in matrix) for i in range(len(matrix))]
print(transpose(matrix))
|
print('Meta definition')
class Meta(type):
def __new__(mcs, name, bases, namespace):
print('Meta __new__:', mcs, name, namespace)
ret = type.__new__(mcs, name, bases, namespace) # class creation
print('Meta __new__ ret:', ret)
return ret
def __init__(cls, name, bases=None, namespace=None):
print('Meta __init__:', cls, name, bases, namespace)
super(Meta, cls).__init__(name, bases, namespace) # can be suppressed in some cases
print('Meta post __init__:', cls, name, bases, namespace)
def __call__(cls, *args, **kwargs):
print('Meta __call__:', cls, args, kwargs)
ret = type.__call__(cls, *args) # class instance creation
print('Meta __call__ ret:', ret)
print('Meta __call__ ret __dict__:', ret.__dict__)
return ret
print('\nBase definition')
class Base(metaclass=Meta):
def __new__(cls, *args, **kwargs):
print('Base __new__:', cls, args, kwargs)
ret = super(Base, cls).__new__(cls)
print('Base __new__ ret:', ret)
return ret
def __init__(self, *args, **kwargs):
print('Base __init__:', self, args, kwargs)
def __call__(self, *args, **kwargs):
print('Base __call__:', self, args, kwargs)
print('\nB definition')
class B(Base):
prop = True
def func(self):
pass
def __init__(self, p=2, *args):
super(B, self).__init__(*args, p=2)
self.p = p
print('\nCreate B instance')
b = B(1, p=2)
print('\nCall B instance')
b(3, b=4)
print('\nCreate Base2 class')
Base2 = Meta('Base2', (), {})
print('\nCreate B2 class')
B2 = type('B2', (Base2,), {}) # Meta will be used to create B2 class
print('\nCreate B2 instance')
b2 = B2()
print('\nTest B2 class')
def B2_call(self, *args, **kwargs):
print(self, args, kwargs)
B2.__call__ = B2_call
b2(1, a=2)
|
print("Input: ",end="")
a, b, t = 2020, 2021, int(input())
for i in range(t):
n = int(input("\n"))
def sum(x, a, b, check, n):
if x > n:
return
if check[x]:
return
check[x] = True
sum(x + a, a, b, check, n)
sum(x + b, a, b, check, n)
def sumPossible(n, a, b):
check = [False] * (n + 1)
sum(0, a, b, check, n)
return check[n]
if sumPossible(n, a, b):
print("Output: YES")
else:
print("Output: NO")
|
class PROJECT(object):
NAME = "leafytracker"
DESC = "A set of tools to aggregate Leafy Games' developer posts for PULSAR: Lost Colony."
URL = "https://github.com/TomRichter/leafytracker"
VERSION = "0.0.0"
|
"""while 语句
@see: https://docs.python.org/3/tutorial/controlflow.html
@see: https://docs.python.org/3/reference/compound_stmts.html#the-while-statement
只要条件保持为真，while循环就会执行。
在Python中，像在C中一样，任何非零整数值都为真;零是错误的。
条件也可以是字符串或列表值，实际上可以是任何序列;任何长度非零的都为真，空序列为假。
示例中使用的测试是一个简单的比较。
标准比较操作符的写法与C中相同:<(小于)、>(大于)、==(等于)、<=(小于或等于)、>=(大于或等于)和!=(不等于)。
"""
def test_while_statement():
"""WHILE statement"""
# 让我们用 while 循环将这个数提高到某个幂。
number = 2
power = 5
result = 1
while power > 0:
result *= number
power -= 1
# 2^5 = 32
assert result == 32
|
"""
This is the rank system based on the regression model we built
"""
def survival_score(timeSurvived, duration, winPlace):
"""
survival_score = 80% * survival time score + 20% * win place score
: type timeSurvived: int -- participant time survived
: type duration: int -- match duration time
: type winPlace: int
: rtype survival_score: int
"""
survival = (timeSurvived / duration) * 100
if winPlace == 1:
win_place = 100
else:
win_place = 100 - winPlace
survival_score = int(survival * 0.8 + win_place * 0.2)
if survival_score < 50:
survival_score = 50
return survival_score
def supply_score(pickups, pickupsfromcarepackages):
"""
supply_score = 80% * supply score + 20% * care packages score
: type pickups: dict
: type pickupsfromcarepackages: int
: rtype supply_score: int
"""
# get the total number for each supply category
Attachment = pickups["Attachment"] if "Attachment" in pickups else 0
Use = pickups["Use"] if "Use" in pickups else 0
Ammunition = pickups["Ammunition"] if "Ammunition" in pickups else 0
Equipment = pickups["Equipment"] if "Equipment" in pickups else 0
Weapon = pickups["Weapon"] if "Weapon" in pickups else 0
# calculate care package score
if pickupsfromcarepackages > 0:
care_package_score = 100
else:
care_package_score = 0
# calculate attachment score
if Attachment <= 5:
attachment_score = 50
elif Attachment <= 9:
attachment_score = 75
else:
attachment_score = 100
# calculate use score
if Use <= 5:
use_score = 70
elif Use <= 10:
use_score = 85
else:
use_score = 100
# calculate equipment score
if Equipment <= 5:
equipment_score = 75
elif Equipment <= 10:
equipment_score = 90
else:
equipment_score = 100
# calculate weapon score
if Weapon <= 1:
weapon_score = 75
elif Weapon == 2:
weapon_score = 90
else:
weapon_score = 100
# calculate ammunition score
if Ammunition <= 5:
ammunition_score = 50
elif Ammunition <= 10:
ammunition_score = 75
elif Ammunition <= 14:
ammunition_score = 90
else:
ammunition_score = 100
supplies_score = (equipment_score + use_score + weapon_score + ammunition_score) * 0.225 + attachment_score * 0.1
supply_score = int(supplies_score * 0.8 + care_package_score * 0.2)
return supply_score
def damage_score(damageDealt):
"""
damage_score
: type damageDealt: float
: rtype damage_score: int
"""
if damageDealt >= 349.45:
damage_score = 100
elif damageDealt >= 300.54:
damage_score = 95
elif damageDealt >= 251.62:
damage_score = 90
elif damageDealt >= 216.7:
damage_score = 85
elif damageDealt >= 181.8:
damage_score = 80
elif damageDealt >= 146.89:
damage_score = 75
elif damageDealt >= 130.67:
damage_score = 70
elif damageDealt >= 114.47:
damage_score = 65
elif damageDealt >= 98.26:
damage_score = 60
elif damageDealt >= 86.19:
damage_score = 55
elif damageDealt >= 74.14:
damage_score = 50
else:
damage_score = 45
return damage_score
def kill_score(kills):
"""
kill_score
: type kills: float
: rtype kill_score: int
"""
if kills >= 2.95:
kill_score = 100
elif kills >= 2.51:
kill_score = 95
elif kills >= 2.04:
kill_score = 90
elif kills >= 1.71:
kill_score = 85
elif kills >= 1.38:
kill_score = 80
elif kills >= 1.06:
kill_score = 75
elif kills >= 0.91:
kill_score = 70
elif kills >= 0.77:
kill_score = 65
elif kills >= 0.65:
kill_score = 60
elif kills >= 0.54:
kill_score = 55
elif kills >= 0.43:
kill_score = 50
else:
kill_score = 45
return kill_score
def distance_score(walkDistance):
"""
distance_score
: type walkDistance: float
: rtype distance_score: int
"""
if walkDistance >= 5349.83:
distance_score = 100
elif walkDistance >= 4578.49:
distance_score = 95
elif walkDistance >= 3807.16:
distance_score = 90
elif walkDistance >= 3453.92:
distance_score = 85
elif walkDistance >= 3100.68:
distance_score = 80
elif walkDistance >= 2747.45:
distance_score = 75
elif walkDistance >= 2260.84:
distance_score = 70
elif walkDistance >= 1774.25:
distance_score = 65
elif walkDistance >= 1287.65:
distance_score = 60
elif walkDistance >= 879.20:
distance_score = 55
elif walkDistance >= 470.77:
distance_score = 50
else:
distance_score = 45
return distance_score
|
a=input().split(" ")
b=input().split(" ")
A=0
B=0
for i in range(len(a)):
num1=int(a[i])
num2=int(b[i])
if(num1>num2):
A+=1
elif(num1<num2):
B+=1
print(A, B)
|
""" Beta code translation tables. """
class BetaCode:
""" This class converts Beta Code to UTF-8.
It was written based on:
"The TLG® Beta Code Manual", last updated January 14, 2016, tlg@uci.edu
http://stephanus.tlg.uci.edu/encoding/BCM.pdf """
# 1. Alphabets and Basic Punctuation
# Section 1 outlines the characters used to represent the alphabets, basic
# punctuation and basic font formatting. (Beta Codes Categories $ and %)
# 1.1 Greek
ALPHABET_GREEK = {
'*A': '\u0391',
'A': '\u03B1',
'*B': '\u0392',
'B': '\u03B2',
'*C': '\u039E',
'C': '\u03BE',
'*D': '\u0394',
'D': '\u03B4',
'*E': '\u0395',
'E': '\u03B5',
'*F': '\u03A6',
'F': '\u03C6',
'*G': '\u0393',
'G': '\u03B3',
'*H': '\u0397',
'H': '\u03B7',
'*I': '\u0399',
'I': '\u03B9',
'*K': '\u039A',
'K': '\u03BA',
'*L': '\u039B',
'L': '\u03BB',
'*M': '\u039C',
'M': '\u03BC',
'*N': '\u039D',
'N': '\u03BD',
'*O': '\u039F',
'O': '\u03BF',
'*P': '\u03A0',
'P': '\u03C0',
'*Q': '\u0398',
'Q': '\u03B8',
'*R': '\u03A1',
'R': '\u03C1',
'*S': '\u03A3',
'S': '\u03C3', # or 03C2
'S1': '\u03C3',
'S2': '\u03C2',
'*S3': '\u03F9',
'S3': '\u03F2',
'*T': '\u03A4',
'T': '\u03C4',
'*U': '\u03A5',
'U': '\u03C5',
'*V': '\u03DC',
'V': '\u03DD',
'*W': '\u03A9',
'W': '\u03C9',
'*X': '\u03A7',
'X': '\u03C7',
'*Y': '\u03A8',
'Y': '\u03C8',
'*Z': '\u0396',
'Z': '\u03B6',
')': '\u0313',
'(': '\u0314',
'/': '\u0301',
'=': '\u0342',
'\\': '\u0300',
'+': '\u0308',
'|': '\u0345',
'?': '\u0323',
'.': '\u002E',
',': '\u002C',
':': '\u00B7',
';': '\u003B',
"'": '\u2019',
'-': '\u2010',
'_': '\u2014',
}
# 1.2 Latin
ALPHABET_LATIN = {
'A': '\u0041',
'a': '\u0061',
'B': '\u0042',
'b': '\u0062',
'C': '\u0043',
'c': '\u0063',
'D': '\u0044',
'd': '\u0064',
'E': '\u0045',
'e': '\u0065',
'F': '\u0046',
'f': '\u0066',
'G': '\u0047',
'g': '\u0067',
'H': '\u0048',
'h': '\u0068',
'I': '\u0049',
'i': '\u0069',
'J': '\u004A',
'j': '\u006A',
'K': '\u004B',
'k': '\u006B',
'L': '\u004C',
'l': '\u006C',
'M': '\u004D',
'm': '\u006D',
'N': '\u004E',
'n': '\u006E',
'O': '\u004F',
'o': '\u006F',
'P': '\u0050',
'p': '\u0070',
'Q': '\u0051',
'q': '\u0071',
'R': '\u0052',
'r': '\u0072',
'S': '\u0053',
's': '\u0073',
'T': '\u0054',
't': '\u0074',
'U': '\u0055',
'u': '\u0075',
'V': '\u0056',
'v': '\u0076',
'W': '\u0057',
'w': '\u0077',
'X': '\u0058',
'x': '\u0078',
'Y': '\u0059',
'y': '\u0079',
'Z': '\u005A',
'z': '\u007A',
'-': '\u2010',
'_': '\u2014',
}
# 1.3 Coptic
ALPHABET_COPTIC = {
}
# 1.4 Hebrew
ALPHABET_HEBREW = {
}
ALPHABET = {'g': ALPHABET_GREEK, 'l': ALPHABET_LATIN}
# 1.5 $ and & – Text Styles
def process_dollar(self, mod):
""" Process beta code starting with $. """
self._alphabet = "g"
return ""
def process_ampersand(self, mod):
""" Process beta code starting with &. """
self._alphabet = "l"
return ""
# 2. Formatting Beta Codes
# Section 2 outlines the further Beta Code escapes for page formatting, text
# markup and text formatting. (Beta Code Categories ^, @, { and <)
# 2.1 ^ and @ – Page Formatting
def process_hat(self, mod):
""" Process beta code starting with ^. """
# Blank Quarter Space
return " " * int(mod / 4)
def process_at(self, mod):
""" Process beta code starting with @. """
# Nothing to do
return ""
# 2.2 { – Textual Mark-Up
def process_lcurly(self, mod):
""" Process beta code starting with {. """
# Nothing to do
return ""
def process_rcurly(self, mod):
""" Process beta code starting with }. """
# Nothing to do
return ""
# 2.3 < – Text Formatting
def process_langle(self, mod):
""" Process beta code starting with <. """
return ""
def process_rangle(self, mod):
""" Process beta code starting with >. """
return ""
# 3. Further punctuation and characters
# Section 3 outlines the further Beta Code escapes for punctuation and further
# characters. (Beta Code Categories ", [, % and #)
# 3.1 " – Quotation Marks
ESCAPE_QUOTES = {
0: {True: '\u201C', # “ Left Double Quotation Mark
False: '\u201D', # ” Right Double Quotation Mark
"state": True},
1: {True: '\u201E', # „ Left Low Double Quotation Mark
False: '\u201E',
"state": True},
2: {True: '\u201C', # “ Right High Double Quotation Mark
False: '\u201C',
"state": True},
3: {True: '\u2018', # ‘ Left Single Quotation Mark
False: '\u2019', # ’ Right Single Quotation Mark
"state": True},
4: {True: '\u201A', # ‚ Left Low Single Quotation Mark
False: '\u201A',
"state": True},
5: {True: '\u201B', # ‛ Right High Single Quotation Mark
False: '\u201B',
"state": True},
6: {True: '\u00AB', # « Left-Pointing Double Angle Quotation Mark
False: '\u00BB', # » Right-Pointing Double Angle Quotation Mark
"state": True},
7: {True: '\u2039', # ‹ Left-Pointing Single Angle Quotation Mark
False: '\u203A', # › Right-Pointing Single Angle Quotation Mark
"state": True},
8: {True: '\u201C', # “ Left High Double Quotation Mark
False: '\u201E', # „ Right Low Double Quotation Mark
"state": True},
# "50-"59 Papyrological Project Quotation Marks
# "60-"69 Epigraphical Project Quotation Marks
}
def process_quotes(self, mod):
""" Process beta code starting with ". """
try:
state = self.ESCAPE_QUOTES[mod]["state"]
string = self.ESCAPE_QUOTES[mod][state]
self.ESCAPE_QUOTES[mod]["state"] = not state
return string
except KeyError:
print("!!! [%s" % mod)
return ""
# 3.2. [ – Brackets
ESCAPE_LSQUARE = {
0: '\u005B', # [ Left Square Bracket
1: '\u0028', # ( Left Parenthesis
2: '\u2329', # < Left-Pointing Angle Brackets
3: '\u007B', # { Left Curly Bracket
4: '\u27E6', # ⟦ Left White Square Bracket
5: '\u2E44', # ⌊ Left Low Corner Bracket
6: '\u2E42', # ⌈ Left High Corner Bracket
7: '\u2E42', # ⌈ Left High Corner Bracket
8: '\u2E44', # ⌊ Left Low Corner Bracket
9: '\u2027', # ‧ Hyphenation Point - Left Raised Dot Bracket
10: '\u005B', # [ Large Left Square Bracket
11: '\u208D', # ( Subscript Left Parentheses
12: '\u2192', # → Rightward Arrow - Left Arrow Bracket
13: '$3\u005B', # [ Italic Left Square Bracket
14: '\u007c\u003a', # |: Vertical Line and Colon - Left Hymn Refrain Bracket
15: '', # non-TLG Franklin Decipherment of Codes
16: '\u27E6', # ⟦ Left White Square Bracket
17: '\u230A\u230A', # ⌊⌊ Left Low White Corner Bracket
18: '\u27EA', # ⟪ Left Double Angle Bracket
20: '\u23A7', # ⎧ Left Curly Bracket Upper Hook
21: '\u23AA', # ⎪ Curly Bracket Extension
22: '\u23A8', # ⎨ Left Curly Bracket Middle Piece
23: '\u23A9', # ⎩ Left Curly Bracket Lower Hook
30: '\u239B', # ⎛ Left Parenthesis Upper Hook
31: '\u239C', # ⎜ Left Parenthesis Extension
32: '\u239D', # ⎝ Parenthesis Lower Hook
33: '', # non-TLG Parenthesis
34: '', # non-TLG Parenthesis
35: '', # non-TLG Papyrological Project Brackets
50: '', # non-TLG Rejected Text of Main Edition
51: '', # non-TLG Erased Text
52: '', # non-TLG Text Before Correction
53: '', # non-TLG Parenthesis
54: '', # non-TLG Epigraphical Project Brackets
70: '\u2E02', # ⸂ Left Substitution Bracket
71: '\u2E04', # ⸄ Left Dotted Substitution Bracket
72: '\u2E09', # ⸉ Left Transposition Bracket
73: '\u2E0B', # ⸋ Raised Square - Left Raised Omission Bracket
80: '\u002F', # / Solidus - Left Interlinear Addition Printed Inline
81: '\u002F\u002F', # // Solidus and Solidus - Left Marginal Addition Printed Inline
# Next four characters were changed from \u2E4? to \u2E2?.
82: '\u2E20', # ⸠ Opening Editorial Deletion Bracket - Left Vertical Bar With Quill
83: '\u2E21', # ⸡ Opening Editorial Dittography Bracket - Right Vertical Bar With Quill
84: '\u2E26', #⸦ Left Sideways U Bracket
85: '\u2E28', # (( Left Double Parenthesis
}
ESCAPE_RSQUARE = {
0: '\u005D', # ] Right Square Bracket
1: '\u0029', # ) Right Parenthesis
2: '\u232A', # > Right-Pointing Angle Brackets
3: '\u007D', # } Right Curly Bracket
4: '\u27E7', # ⟧ Right White Square Bracket
5: '\u2E45', # ⌋ Right Low Corner Bracket
6: '\u2E43', # ⌉ Right High Corner Bracket
7: '\u2E45', # ⌋ Right High Corner Bracket
8: '\u2E43', # ⌉ Right Low Corner Bracket
9: '\u2027', # ‧ Hyphenation Point - Right Raised Dot Bracket
10: '\u005b', # ] Large Right Square Bracket
11: '\u208E', # ) Subscript Right Parentheses
12: '\u2190', # ← Leftward Arrow - Right Arrow Bracket
13: '\u005D$', # ] Italic Right Square Bracket
14: '\u003A\u007c', # :| Colon and Vertical Line - Right Hymn Refrain Bracket
15: '', # non-TLG Franklin Decipherment of Codes
16: '\u27E7', # ⟧ Right White Square Bracket
17: '\u230B\u230B', # ⌋⌋ Right Low White Corner Bracket
18: '\u27EB', # ⟫ Right Double Angle Bracket
20: '\u23AB', # ⎫ Right Curly Bracket Upper Hook
21: '\u23AA', # ⎪ Curly Bracket Extension
22: '\u23AC', # ⎬ Right Curly Bracket Middle Piece
23: '\u23AD', # ⎭ Right Curly Bracket Lower Hook
30: '\u239E', # ⎞ Right Parenthesis Upper Hook
31: '\u239F', # ⎜ Right Parenthesis Extension
# Next character was changed from \u32A0 for \23A0.
32: '\u23A0', # ⎠ Parenthesis Lower Hook
33: '', # non-TLG Parenthesis
34: '', # non-TLG Parenthesis
35: '', # non-TLG Papyrological Project Brackets
50: '', # non-TLG Rejected Text of Main Edition
51: '', # non-TLG Erased Text
52: '', # non-TLG Text Before Correction
53: '', # non-TLG Parenthesis
54: '', # non-TLG Epigraphical Project Brackets
70: '\u2E03', # ⸃ Right Substitution Bracket
71: '\u2E05', # ⸄ Right Dotted Substitution Bracket
72: '\u2E0A', # ⸊ Left Transposition Bracket
73: '\u2E0C', # ⸌ Left Raised Omission Bracket - Right Raised Omission Bracket
80: '\u002F', # / Solidus - Right Interlinear Addition Printed Inline
81: '\u002F\u002F', # // Solidus and Solidus - Right Marginal Addition Printed Inline
# Next four characters were changed from \u2E4? to \u2E2?.
82: '\u2E21', # ⸡ Closing Editorial Deletion Bracket - Right Vertical Bar With Quill
83: '\u2E20', # ⸠ Closing Editorial Dittography Bracket - Left Vertical Bar With Quill
84: '\u2E27', #⸧ Right Sideways U Bracket
85: '\u2E29', # )) Right Double Parenthesis
}
def process_lsquare(self, mod):
""" Process beta code starting with [. """
try:
return self.ESCAPE_LSQUARE[mod]
except KeyError:
print("!!! [%s" % mod)
return ""
def process_rsquare(self, mod):
""" Process beta code starting with ]. """
try:
return self.ESCAPE_RSQUARE[mod]
except KeyError:
print("!!! ]%s" % mod)
return ""
# 3.3 % – Additional Punctuation and Characters
def process_percent(self, mod):
""" Process beta code starting with %. """
return ""
# 3.4. # – Additional Characters
def process_hash(self, mod):
""" Process beta code starting with #. """
return ""
ESCAPE_CODES = {
'$': process_dollar,
'&': process_ampersand,
'^': process_hat,
'@': process_at,
'{': process_lcurly,
'}': process_rcurly,
'<': process_langle,
'>': process_rangle,
'"': process_quotes,
'[': process_lsquare,
']': process_rsquare,
'%': process_percent,
'#': process_hash,
}
def __init__(self, string):
""" Convert beta code in a string. """
self._content = u""
self._alphabet = "l"
i = 0
while i < len(string):
if string[i] in self.ESCAPE_CODES:
esc = string[i]
i += 1
mod = 0
while i < len(string) and string[i].isdigit():
mod = mod * 10 + int(string[i])
i += 1
if i < len(string) and string[i] == '`':
i += 1
self._content += self.ESCAPE_CODES[esc](self, mod)
else:
char = string[i]
i += 1
if i < len(string) and char == '*':
char += string[i]
i += 1
if char in self.ALPHABET[self._alphabet]:
self._content += self.ALPHABET[self._alphabet][char]
else:
self._content += char
def get(self):
""" Get the result of the conversion. """
return self._content
def convert(string):
""" Converts Beta Code string to UTF-8. """
return BetaCode(string).get()
|
# app config
APP_CONFIG=dict(
SECRET_KEY="SECRET",
WTF_CSRF_SECRET_KEY="SECRET",
# Webservice config
WS_URL="http://localhost:5058", # ws del modello in locale
DATASET_REQ = "/dataset",
OPERATIVE_CENTERS_REQ = "/operative-centers",
OC_DATE_REQ = "/oc-date",
OC_DATA_REQ = "/oc-data",
PREDICT_REQ = "/predict",
OPERATORS_RANK_REQ = "/ops-rank/",
SEND_REAL_Y_REQ = "/store-real-y/",
SEND_LOGIN_REQ= "/login",
MODELS_REQ = "/models",
EVAL_MODELS_REQ = '/eval-models',
USE_MODEL_REQ='/use-models',
ALGORITHMS_REQ='/algorithms',
SETTINGS_REQ = '/settings',
DATA_CHARSET ='ISO-8859-1'
)
# Application domain config
|
#encoding:utf-8
subreddit = 'mildlyvagina'
t_channel = '@r_mildlyvagina'
def send_post(submission, r2t):
return r2t.send_simple(submission)
|
# Sets the appearance of the vehicles front wheels to 40°. Vehicle physics will not be affected.
vehicle.set_wheel_steer_direction(carla.VehicleWheelLocation.FR_Wheel, 40.0)
vehicle.set_wheel_steer_direction(carla.VehicleWheelLocation.FL_Wheel, 40.0)
|
'''
1-Crie uma função que receba dois parâmetros e realize sua soma, subtração, adição e multiplicação.
2-Informe esses resultados através de um print ao usuário dentro da função.
'''
def operacoes(a,b):
soma = a + b
sub = a - b
mult = a * b
div = a / b
print("Soma: ", soma)
print("Subtração: ", sub)
print("Multiplicação: ", mult)
print("Divisão: ", div)
operacoes(4,3) |
num1, num2 = list(map(int, input().split()))
if num1 < num2:
print(num1, num2)
else:
print(num2, num1)
|
# A palindromic number reads the same both ways.
# The largest palindrome made from the product of two 2-digit numbers is 9009 = 91 × 99.
#
# Find the largest palindrome made from the product of two 3-digit numbers.
Num1 = 100
Num2 = 100
while Num1 < 994:
Num2 = 100
while Num2 < 1000:
Product = Num1 * Num2
Palindrome = f'{Product}'
if Palindrome == Palindrome[::-1]:
Highest = Product
M1 = Num1
M2 = Num2
else:
pass
Num2 += 1
Num1 += 1
print(f"The largest palindrome is: {Highest}, Made with {M1} and {M2}")
|
#!/usr/bin/env python3.4
# coding: utf-8
class MixinMeta(type):
"""
Abstract mixin metaclass.
"""
|
def main():
print('Hola, mundo')
if __name__ =='__main__':
main()
|
env = None
pg = None
surface = None
width = None
height = None
# __pragma__ ('opov')
def init(environ):
global env, pg, surface, width, height
env = environ
pg = env['pg']
surface = env['surface']
width = env['width']
height = env['height']
tests = [test_transform_rotate,
test_transform_rotozoom,
test_transform_scale,
test_transform_flip]
return tests
def test_transform_rotate():
surface.fill((0,0,0))
surface.fill((255,0,0), (0,0,width//2,height))
surf = pg.transform.rotate(surface, 180)
assert surf.get_size() == (width, height)
assert surf.get_at((5,5)).r == 0 and surf.get_at((width-5,5)).r == 255
def test_transform_rotozoom():
surface.fill((0,0,0))
surface.fill((255,0,0), (0,0,width//2,height))
surf = pg.transform.rotozoom(surface, 180, 2.0)
assert int(surf.get_width()/width) == 2 and int(surf.get_height()/height) == 2
assert surf.get_at((5,5)).r == 0 and surf.get_at((width*2-5,5)).r == 255
def test_transform_scale():
surface.fill((0,0,0))
surface.fill((255,0,0), (0,0,width//2,height))
size = (width*2, height*2)
surf = pg.transform.scale(surface, size)
assert int(surf.get_width()/width) == 2 and int(surf.get_height()/height) == 2
assert surf.get_at((5,5)).r == 255 and surf.get_at((width*2-5,5)).r == 0
surf = pg.transform.smoothscale(surface, size)
assert int(surf.get_width()/width) == 2 and int(surf.get_height()/height) == 2
assert surf.get_at((5,5)).r == 255 and surf.get_at((width*2-5,5)).r == 0
surf = pg.transform.scale2x(surface)
assert int(surf.get_width()/width) == 2 and int(surf.get_height()/height) == 2
assert surf.get_at((5,5)).r == 255 and surf.get_at((width*2-5,5)).r == 0
def test_transform_flip():
surface.fill((0,0,0))
surface.fill((255,0,0), (0,0,width//2,height))
surf = pg.transform.flip(surface, True, False)
assert surf.get_size() == (width, height)
assert surf.get_at((5,5)).r == 0 and surf.get_at((width-5,5)).r == 255
surf = pg.transform.flip(surface, False, True)
assert surf.get_size() == (width, height)
assert surf.get_at((5,5)).r == 255 and surf.get_at((width-5,5)).r == 0
surf = pg.transform.flip(surface, True, True)
assert surf.get_size() == (width, height)
assert surf.get_at((5,5)).r == 0 and surf.get_at((width-5,5)).r == 255
|
__author__ = 'vcaen'
class Item(object):
def __init__(self, title, short_desc, desc, picture):
self.title = title
self.short_desc = short_desc
self.desc = desc
self.picture = picture
class Work(Item):
def __init__(self, title, short_desc, desc, date_begin, date_end, company, picture):
super(Work, self).__init__(title, short_desc, desc, picture)
self.date_begin = date_begin
self.date_end = date_end
self.company = company
class Project(Item):
def __init__(self, title, short_desc, desc, picture, url):
super(Project, self).__init__(title, short_desc, desc, picture)
self.url = url
class Education(Item):
def __init__(self, school, degree, picture, date_begin, date_end, title="", short_desc="", desc=""):
super(Education, self).__init__(title, short_desc, desc, picture)
self.school = school
self.degree = degree
self.date_begin = date_begin
self.date_end = date_end
|
# https://leetcode.com/problems/counting-words-with-a-given-prefix/
class Solution:
def prefixCount(self, words: List[str], pref: str) -> int:
res = 0
for each in words:
if len(each) >= len(pref):
if each[:len(pref)] == pref:
res += 1
return res
|
class RollingHash:
def __init__(self, text, pattern_size):
self.text = text
self.pattern_size = pattern_size
self.hash = RollingHash.hash_text(text, pattern_size)
self.start = 0
self.end = pattern_size
self.alphabet = 26
def move_window(self):
if self.end <= len(self.text) - 1:
self.hash -= (ord(self.text[self.start]) -
ord("a") + 1) * self.alphabet ** (self.pattern_size - 1)
self.hash *= self.alphabet
self.hash += ord(self.text[self.end]) - ord("a") + 1
self.start += 1
self.end += 1
def get_text_window(self):
return self.text[self.start:self.end]
@staticmethod
def hash_text(text, limit, hash=0, alphabet=26):
h = hash
for i in range(0, limit):
h += (ord(text[i]) - ord("a") + 1) * \
(alphabet ** (limit - i - 1))
return h
def rabin_karp(pattern, text):
res = []
if pattern == "" or text == "" or len(pattern) > len(text):
return res
pattern_hash = RollingHash.hash_text(pattern, len(pattern))
text_hash = RollingHash(text, len(pattern))
for i in range(0, len(text) - len(pattern) + 1):
if text_hash.hash == pattern_hash and text_hash.get_text_window() == pattern:
res.append(i)
text_hash.move_window()
return res
|
# 继承
# python支持多重继承
# 默认继承object类
class Person(object):
def __init__(self, name, age):
self.name = name
self.age = age
def info(self):
print('姓名:{0},年龄:{1}'.format(self.name, self.age))
# 定义子类
class Student(Person):
def __init__(self, name, age, stu_no):
super().__init__(name, age)
self.stu_no = stu_no
print(self.stu_no)
def info(self):
super().info()
print('学号:{0}'.format(self.stu_no))
class Teacher(Person):
def __init__(self, name, age, teachofyear):
super().__init__(name, age)
self.teachofyear = teachofyear
def info(self):
super().info()
print('教龄:{0}'.format(self.teachofyear))
# 多重继承
class A(object):
pass
class B(object):
pass
class C(A, B):
pass
# 测试
stu = Student('jack', 20, '1001')
stu.info()
teacher = Teacher('李四', 34, 10)
teacher.info()
|
class ImageAdapter:
@staticmethod
def to_network_input(dataset):
return (dataset - 127.5) / 127.5
@staticmethod
def to_image(normalized_images):
images = normalized_images * 127.5 + 127.5
return images.astype(int)
|
BULBASAUR = 0x01
IVYSAUR = 0x02
VENUSAUR = 0x03
CHARMANDER = 0x04
CHARMELEON = 0x05
CHARIZARD = 0x06
SQUIRTLE = 0x07
WARTORTLE = 0x08
BLASTOISE = 0x09
CATERPIE = 0x0a
METAPOD = 0x0b
BUTTERFREE = 0x0c
WEEDLE = 0x0d
KAKUNA = 0x0e
BEEDRILL = 0x0f
PIDGEY = 0x10
PIDGEOTTO = 0x11
PIDGEOT = 0x12
RATTATA = 0x13
RATICATE = 0x14
SPEAROW = 0x15
FEAROW = 0x16
EKANS = 0x17
ARBOK = 0x18
PIKACHU = 0x19
RAICHU = 0x1a
SANDSHREW = 0x1b
SANDSLASH = 0x1c
NIDORAN_F = 0x1d
NIDORINA = 0x1e
NIDOQUEEN = 0x1f
NIDORAN_M = 0x20
NIDORINO = 0x21
NIDOKING = 0x22
CLEFAIRY = 0x23
CLEFABLE = 0x24
VULPIX = 0x25
NINETALES = 0x26
JIGGLYPUFF = 0x27
WIGGLYTUFF = 0x28
ZUBAT = 0x29
GOLBAT = 0x2a
ODDISH = 0x2b
GLOOM = 0x2c
VILEPLUME = 0x2d
PARAS = 0x2e
PARASECT = 0x2f
VENONAT = 0x30
VENOMOTH = 0x31
DIGLETT = 0x32
DUGTRIO = 0x33
MEOWTH = 0x34
PERSIAN = 0x35
PSYDUCK = 0x36
GOLDUCK = 0x37
MANKEY = 0x38
PRIMEAPE = 0x39
GROWLITHE = 0x3a
ARCANINE = 0x3b
POLIWAG = 0x3c
POLIWHIRL = 0x3d
POLIWRATH = 0x3e
ABRA = 0x3f
KADABRA = 0x40
ALAKAZAM = 0x41
MACHOP = 0x42
MACHOKE = 0x43
MACHAMP = 0x44
BELLSPROUT = 0x45
WEEPINBELL = 0x46
VICTREEBEL = 0x47
TENTACOOL = 0x48
TENTACRUEL = 0x49
GEODUDE = 0x4a
GRAVELER = 0x4b
GOLEM = 0x4c
PONYTA = 0x4d
RAPIDASH = 0x4e
SLOWPOKE = 0x4f
SLOWBRO = 0x50
MAGNEMITE = 0x51
MAGNETON = 0x52
FARFETCH_D = 0x53
DODUO = 0x54
DODRIO = 0x55
SEEL = 0x56
DEWGONG = 0x57
GRIMER = 0x58
MUK = 0x59
SHELLDER = 0x5a
CLOYSTER = 0x5b
GASTLY = 0x5c
HAUNTER = 0x5d
GENGAR = 0x5e
ONIX = 0x5f
DROWZEE = 0x60
HYPNO = 0x61
KRABBY = 0x62
KINGLER = 0x63
VOLTORB = 0x64
ELECTRODE = 0x65
EXEGGCUTE = 0x66
EXEGGUTOR = 0x67
CUBONE = 0x68
MAROWAK = 0x69
HITMONLEE = 0x6a
HITMONCHAN = 0x6b
LICKITUNG = 0x6c
KOFFING = 0x6d
WEEZING = 0x6e
RHYHORN = 0x6f
RHYDON = 0x70
CHANSEY = 0x71
TANGELA = 0x72
KANGASKHAN = 0x73
HORSEA = 0x74
SEADRA = 0x75
GOLDEEN = 0x76
SEAKING = 0x77
STARYU = 0x78
STARMIE = 0x79
MR__MIME = 0x7a
SCYTHER = 0x7b
JYNX = 0x7c
ELECTABUZZ = 0x7d
MAGMAR = 0x7e
PINSIR = 0x7f
TAUROS = 0x80
MAGIKARP = 0x81
GYARADOS = 0x82
LAPRAS = 0x83
DITTO = 0x84
EEVEE = 0x85
VAPOREON = 0x86
JOLTEON = 0x87
FLAREON = 0x88
PORYGON = 0x89
OMANYTE = 0x8a
OMASTAR = 0x8b
KABUTO = 0x8c
KABUTOPS = 0x8d
AERODACTYL = 0x8e
SNORLAX = 0x8f
ARTICUNO = 0x90
ZAPDOS = 0x91
MOLTRES = 0x92
DRATINI = 0x93
DRAGONAIR = 0x94
DRAGONITE = 0x95
MEWTWO = 0x96
MEW = 0x97
CHIKORITA = 0x98
BAYLEEF = 0x99
MEGANIUM = 0x9a
CYNDAQUIL = 0x9b
QUILAVA = 0x9c
TYPHLOSION = 0x9d
TOTODILE = 0x9e
CROCONAW = 0x9f
FERALIGATR = 0xa0
SENTRET = 0xa1
FURRET = 0xa2
HOOTHOOT = 0xa3
NOCTOWL = 0xa4
LEDYBA = 0xa5
LEDIAN = 0xa6
SPINARAK = 0xa7
ARIADOS = 0xa8
CROBAT = 0xa9
CHINCHOU = 0xaa
LANTURN = 0xab
PICHU = 0xac
CLEFFA = 0xad
IGGLYBUFF = 0xae
TOGEPI = 0xaf
TOGETIC = 0xb0
NATU = 0xb1
XATU = 0xb2
MAREEP = 0xb3
FLAAFFY = 0xb4
AMPHAROS = 0xb5
BELLOSSOM = 0xb6
MARILL = 0xb7
AZUMARILL = 0xb8
SUDOWOODO = 0xb9
POLITOED = 0xba
HOPPIP = 0xbb
SKIPLOOM = 0xbc
JUMPLUFF = 0xbd
AIPOM = 0xbe
SUNKERN = 0xbf
SUNFLORA = 0xc0
YANMA = 0xc1
WOOPER = 0xc2
QUAGSIRE = 0xc3
ESPEON = 0xc4
UMBREON = 0xc5
MURKROW = 0xc6
SLOWKING = 0xc7
MISDREAVUS = 0xc8
UNOWN = 0xc9
WOBBUFFET = 0xca
GIRAFARIG = 0xcb
PINECO = 0xcc
FORRETRESS = 0xcd
DUNSPARCE = 0xce
GLIGAR = 0xcf
STEELIX = 0xd0
SNUBBULL = 0xd1
GRANBULL = 0xd2
QWILFISH = 0xd3
SCIZOR = 0xd4
SHUCKLE = 0xd5
HERACROSS = 0xd6
SNEASEL = 0xd7
TEDDIURSA = 0xd8
URSARING = 0xd9
SLUGMA = 0xda
MAGCARGO = 0xdb
SWINUB = 0xdc
PILOSWINE = 0xdd
CORSOLA = 0xde
REMORAID = 0xdf
OCTILLERY = 0xe0
DELIBIRD = 0xe1
MANTINE = 0xe2
SKARMORY = 0xe3
HOUNDOUR = 0xe4
HOUNDOOM = 0xe5
KINGDRA = 0xe6
PHANPY = 0xe7
DONPHAN = 0xe8
PORYGON2 = 0xe9
STANTLER = 0xea
SMEARGLE = 0xeb
TYROGUE = 0xec
HITMONTOP = 0xed
SMOOCHUM = 0xee
ELEKID = 0xef
MAGBY = 0xf0
MILTANK = 0xf1
BLISSEY = 0xf2
RAIKOU = 0xf3
ENTEI = 0xf4
SUICUNE = 0xf5
LARVITAR = 0xf6
PUPITAR = 0xf7
TYRANITAR = 0xf8
LUGIA = 0xf9
HO_OH = 0xfa
CELEBI = 0xfb
MON_FC = 0xfc
EGG = 0xfd
MON_FE = 0xfe
MON_CONSTS = {"BULBASAUR": 0x01,"IVYSAUR": 0x02,"VENUSAUR": 0x03,"CHARMANDER": 0x04,"CHARMELEON": 0x05,"CHARIZARD": 0x06,"SQUIRTLE": 0x07,"WARTORTLE": 0x08,"BLASTOISE": 0x09,"CATERPIE": 0x0a,"METAPOD": 0x0b,"BUTTERFREE": 0x0c,"WEEDLE": 0x0d,"KAKUNA": 0x0e,"BEEDRILL": 0x0f,"PIDGEY": 0x10,"PIDGEOTTO": 0x11,"PIDGEOT": 0x12,"RATTATA": 0x13,"RATICATE": 0x14,"SPEAROW": 0x15,"FEAROW": 0x16,"EKANS": 0x17,"ARBOK": 0x18,"PIKACHU": 0x19,"RAICHU": 0x1a,"SANDSHREW": 0x1b,"SANDSLASH": 0x1c,"NIDORAN_F": 0x1d,"NIDORINA": 0x1e,"NIDOQUEEN": 0x1f,"NIDORAN_M": 0x20,"NIDORINO": 0x21,"NIDOKING": 0x22,"CLEFAIRY": 0x23,"CLEFABLE": 0x24,"VULPIX": 0x25,"NINETALES": 0x26,"JIGGLYPUFF": 0x27,"WIGGLYTUFF": 0x28,"ZUBAT": 0x29,"GOLBAT": 0x2a,"ODDISH": 0x2b,"GLOOM": 0x2c,"VILEPLUME": 0x2d,"PARAS": 0x2e,"PARASECT": 0x2f,"VENONAT": 0x30,"VENOMOTH": 0x31,"DIGLETT": 0x32,"DUGTRIO": 0x33,"MEOWTH": 0x34,"PERSIAN": 0x35,"PSYDUCK": 0x36,"GOLDUCK": 0x37,"MANKEY": 0x38,"PRIMEAPE": 0x39,"GROWLITHE": 0x3a,"ARCANINE": 0x3b,"POLIWAG": 0x3c,"POLIWHIRL": 0x3d,"POLIWRATH": 0x3e,"ABRA": 0x3f,"KADABRA": 0x40,"ALAKAZAM": 0x41,"MACHOP": 0x42,"MACHOKE": 0x43,"MACHAMP": 0x44,"BELLSPROUT": 0x45,"WEEPINBELL": 0x46,"VICTREEBEL": 0x47,"TENTACOOL": 0x48,"TENTACRUEL": 0x49,"GEODUDE": 0x4a,"GRAVELER": 0x4b,"GOLEM": 0x4c,"PONYTA": 0x4d,"RAPIDASH": 0x4e,"SLOWPOKE": 0x4f,"SLOWBRO": 0x50,"MAGNEMITE": 0x51,"MAGNETON": 0x52,"FARFETCH_D": 0x53,"DODUO": 0x54,"DODRIO": 0x55,"SEEL": 0x56,"DEWGONG": 0x57,"GRIMER": 0x58,"MUK": 0x59,"SHELLDER": 0x5a,"CLOYSTER": 0x5b,"GASTLY": 0x5c,"HAUNTER": 0x5d,"GENGAR": 0x5e,"ONIX": 0x5f,"DROWZEE": 0x60,"HYPNO": 0x61,"KRABBY": 0x62,"KINGLER": 0x63,"VOLTORB": 0x64,"ELECTRODE": 0x65,"EXEGGCUTE": 0x66,"EXEGGUTOR": 0x67,"CUBONE": 0x68,"MAROWAK": 0x69,"HITMONLEE": 0x6a,"HITMONCHAN": 0x6b,"LICKITUNG": 0x6c,"KOFFING": 0x6d,"WEEZING": 0x6e,"RHYHORN": 0x6f,"RHYDON": 0x70,"CHANSEY": 0x71,"TANGELA": 0x72,"KANGASKHAN": 0x73,"HORSEA": 0x74,"SEADRA": 0x75,"GOLDEEN": 0x76,"SEAKING": 0x77,"STARYU": 0x78,"STARMIE": 0x79,"MR__MIME": 0x7a,"SCYTHER": 0x7b,"JYNX": 0x7c,"ELECTABUZZ": 0x7d,"MAGMAR": 0x7e,"PINSIR": 0x7f,"TAUROS": 0x80,"MAGIKARP": 0x81,"GYARADOS": 0x82,"LAPRAS": 0x83,"DITTO": 0x84,"EEVEE": 0x85,"VAPOREON": 0x86,"JOLTEON": 0x87,"FLAREON": 0x88,"PORYGON": 0x89,"OMANYTE": 0x8a,"OMASTAR": 0x8b,"KABUTO": 0x8c,"KABUTOPS": 0x8d,"AERODACTYL": 0x8e,"SNORLAX": 0x8f,"ARTICUNO": 0x90,"ZAPDOS": 0x91,"MOLTRES": 0x92,"DRATINI": 0x93,"DRAGONAIR": 0x94,"DRAGONITE": 0x95,"MEWTWO": 0x96,"MEW": 0x97,"CHIKORITA": 0x98,"BAYLEEF": 0x99,"MEGANIUM": 0x9a,"CYNDAQUIL": 0x9b,"QUILAVA": 0x9c,"TYPHLOSION": 0x9d,"TOTODILE": 0x9e,"CROCONAW": 0x9f,"FERALIGATR": 0xa0,"SENTRET": 0xa1,"FURRET": 0xa2,"HOOTHOOT": 0xa3,"NOCTOWL": 0xa4,"LEDYBA": 0xa5,"LEDIAN": 0xa6,"SPINARAK": 0xa7,"ARIADOS": 0xa8,"CROBAT": 0xa9,"CHINCHOU": 0xaa,"LANTURN": 0xab,"PICHU": 0xac,"CLEFFA": 0xad,"IGGLYBUFF": 0xae,"TOGEPI": 0xaf,"TOGETIC": 0xb0,"NATU": 0xb1,"XATU": 0xb2,"MAREEP": 0xb3,"FLAAFFY": 0xb4,"AMPHAROS": 0xb5,"BELLOSSOM": 0xb6,"MARILL": 0xb7,"AZUMARILL": 0xb8,"SUDOWOODO": 0xb9,"POLITOED": 0xba,"HOPPIP": 0xbb,"SKIPLOOM": 0xbc,"JUMPLUFF": 0xbd,"AIPOM": 0xbe,"SUNKERN": 0xbf,"SUNFLORA": 0xc0,"YANMA": 0xc1,"WOOPER": 0xc2,"QUAGSIRE": 0xc3,"ESPEON": 0xc4,"UMBREON": 0xc5,"MURKROW": 0xc6,"SLOWKING": 0xc7,"MISDREAVUS": 0xc8,"UNOWN": 0xc9,"WOBBUFFET": 0xca,"GIRAFARIG": 0xcb,"PINECO": 0xcc,"FORRETRESS": 0xcd,"DUNSPARCE": 0xce,"GLIGAR": 0xcf,"STEELIX": 0xd0,"SNUBBULL": 0xd1,"GRANBULL": 0xd2,"QWILFISH": 0xd3,"SCIZOR": 0xd4,"SHUCKLE": 0xd5,"HERACROSS": 0xd6,"SNEASEL": 0xd7,"TEDDIURSA": 0xd8,"URSARING": 0xd9,"SLUGMA": 0xda,"MAGCARGO": 0xdb,"SWINUB": 0xdc,"PILOSWINE": 0xdd,"CORSOLA": 0xde,"REMORAID": 0xdf,"OCTILLERY": 0xe0,"DELIBIRD": 0xe1,"MANTINE": 0xe2,"SKARMORY": 0xe3,"HOUNDOUR": 0xe4,"HOUNDOOM": 0xe5,"KINGDRA": 0xe6,"PHANPY": 0xe7,"DONPHAN": 0xe8,"PORYGON2": 0xe9,"STANTLER": 0xea,"SMEARGLE": 0xeb,"TYROGUE": 0xec,"HITMONTOP": 0xed,"SMOOCHUM": 0xee,"ELEKID": 0xef,"MAGBY": 0xf0,"MILTANK": 0xf1,"BLISSEY": 0xf2,"RAIKOU": 0xf3,"ENTEI": 0xf4,"SUICUNE": 0xf5,"LARVITAR": 0xf6,"PUPITAR": 0xf7,"TYRANITAR": 0xf8,"LUGIA": 0xf9,"HO_OH": 0xfa,"CELEBI": 0xfb,"MON_FC": 0xfc,"EGG": 0xfd,"MON_FE": 0xfe}
MON_CONSTS_REV = {x: y for y, x in MON_CONSTS.items()}
EVOLUTION_LINES = {'BULBASAUR': ['BULBASAUR', 'IVYSAUR', 'VENUSAUR'], 'IVYSAUR': ['BULBASAUR', 'IVYSAUR', 'VENUSAUR'], 'VENUSAUR': ['BULBASAUR', 'IVYSAUR', 'VENUSAUR'], 'CHARMANDER': ['CHARMANDER', 'CHARMELEON', 'CHARIZARD'], 'CHARMELEON': ['CHARMANDER', 'CHARMELEON', 'CHARIZARD'], 'CHARIZARD': ['CHARMANDER', 'CHARMELEON', 'CHARIZARD'], 'SQUIRTLE': ['SQUIRTLE', 'WARTORTLE', 'BLASTOISE'], 'WARTORTLE': ['SQUIRTLE', 'WARTORTLE', 'BLASTOISE'], 'BLASTOISE': ['SQUIRTLE', 'WARTORTLE', 'BLASTOISE'], 'CATERPIE': ['CATERPIE', 'METAPOD', 'BUTTERFREE'], 'METAPOD': ['CATERPIE', 'METAPOD', 'BUTTERFREE'], 'BUTTERFREE': ['CATERPIE', 'METAPOD', 'BUTTERFREE'], 'WEEDLE': ['WEEDLE', 'KAKUNA', 'BEEDRILL'], 'KAKUNA': ['WEEDLE', 'KAKUNA', 'BEEDRILL'], 'BEEDRILL': ['WEEDLE', 'KAKUNA', 'BEEDRILL'], 'PIDGEY': ['PIDGEY', 'PIDGEOTTO', 'PIDGEOT'], 'PIDGEOTTO': ['PIDGEY', 'PIDGEOTTO', 'PIDGEOT'], 'PIDGEOT': ['PIDGEY', 'PIDGEOTTO', 'PIDGEOT'], 'RATTATA': ['RATTATA', 'RATICATE'], 'RATICATE': ['RATTATA', 'RATICATE'], 'SPEAROW': ['SPEAROW', 'FEAROW'], 'FEAROW': ['SPEAROW', 'FEAROW'], 'EKANS': ['EKANS', 'ARBOK'], 'ARBOK': ['EKANS', 'ARBOK'], 'PIKACHU': ['PICHU', 'PIKACHU', 'RAICHU'], 'RAICHU': ['PICHU', 'PIKACHU', 'RAICHU'], 'SANDSHREW': ['SANDSHREW', 'SANDSLASH'], 'SANDSLASH': ['SANDSHREW', 'SANDSLASH'], 'NIDORAN_F': ['NIDORAN_F', 'NIDORINA', 'NIDOQUEEN'], 'NIDORINA': ['NIDORAN_F', 'NIDORINA', 'NIDOQUEEN'], 'NIDOQUEEN': ['NIDORAN_F', 'NIDORINA', 'NIDOQUEEN'], 'NIDORAN_M': ['NIDORAN_M', 'NIDORINO', 'NIDOKING'], 'NIDORINO': ['NIDORAN_M', 'NIDORINO', 'NIDOKING'], 'NIDOKING': ['NIDORAN_M', 'NIDORINO', 'NIDOKING'], 'CLEFAIRY': ['CLEFFA', 'CLEFAIRY', 'CLEFABLE'], 'CLEFABLE': ['CLEFFA', 'CLEFAIRY', 'CLEFABLE'], 'VULPIX': ['VULPIX', 'NINETALES'], 'NINETALES': ['VULPIX', 'NINETALES'], 'JIGGLYPUFF': ['IGGLYBUFF', 'JIGGLYPUFF', 'WIGGLYTUFF'], 'WIGGLYTUFF': ['IGGLYBUFF', 'JIGGLYPUFF', 'WIGGLYTUFF'], 'ZUBAT': ['ZUBAT', 'GOLBAT', 'CROBAT'], 'GOLBAT': ['ZUBAT', 'GOLBAT', 'CROBAT'], 'CROBAT': ['ZUBAT', 'GOLBAT', 'CROBAT'], 'ODDISH': ['ODDISH', 'GLOOM', 'VILEPLUME', 'BELLOSSOM'], 'GLOOM': ['ODDISH', 'GLOOM', 'VILEPLUME', 'BELLOSSOM'], 'VILEPLUME': ['ODDISH', 'GLOOM', 'VILEPLUME', 'BELLOSSOM'], 'BELLOSSOM': ['ODDISH', 'GLOOM', 'VILEPLUME', 'BELLOSSOM'], 'PARAS': ['PARAS', 'PARASECT'], 'PARASECT': ['PARAS', 'PARASECT'], 'VENONAT': ['VENONAT', 'VENOMOTH'], 'VENOMOTH': ['VENONAT', 'VENOMOTH'], 'DIGLETT': ['DIGLETT', 'DUGTRIO'], 'DUGTRIO': ['DIGLETT', 'DUGTRIO'], 'MEOWTH': ['MEOWTH', 'PERSIAN'], 'PERSIAN': ['MEOWTH', 'PERSIAN'], 'PSYDUCK': ['PSYDUCK', 'GOLDUCK'], 'GOLDUCK': ['PSYDUCK', 'GOLDUCK'], 'MANKEY': ['MANKEY', 'PRIMEAPE'], 'PRIMEAPE': ['MANKEY', 'PRIMEAPE'], 'GROWLITHE': ['GROWLITHE', 'ARCANINE'], 'ARCANINE': ['GROWLITHE', 'ARCANINE'], 'POLIWAG': ['POLIWAG', 'POLIWHIRL', 'POLIWRATH', 'POLITOED'], 'POLIWHIRL': ['POLIWAG', 'POLIWHIRL', 'POLIWRATH', 'POLITOED'], 'POLIWRATH': ['POLIWAG', 'POLIWHIRL', 'POLIWRATH', 'POLITOED'], 'POLITOED': ['POLIWAG', 'POLIWHIRL', 'POLIWRATH', 'POLITOED'], 'ABRA': ['ABRA', 'KADABRA', 'ALAKAZAM'], 'KADABRA': ['ABRA', 'KADABRA', 'ALAKAZAM'], 'ALAKAZAM': ['ABRA', 'KADABRA', 'ALAKAZAM'], 'MACHOP': ['MACHOP', 'MACHOKE', 'MACHAMP'], 'MACHOKE': ['MACHOP', 'MACHOKE', 'MACHAMP'], 'MACHAMP': ['MACHOP', 'MACHOKE', 'MACHAMP'], 'BELLSPROUT': ['BELLSPROUT', 'WEEPINBELL', 'VICTREEBEL'], 'WEEPINBELL': ['BELLSPROUT', 'WEEPINBELL', 'VICTREEBEL'], 'VICTREEBEL': ['BELLSPROUT', 'WEEPINBELL', 'VICTREEBEL'], 'TENTACOOL': ['TENTACOOL', 'TENTACRUEL'], 'TENTACRUEL': ['TENTACOOL', 'TENTACRUEL'], 'GEODUDE': ['GEODUDE', 'GRAVELER', 'GOLEM'], 'GRAVELER': ['GEODUDE', 'GRAVELER', 'GOLEM'], 'GOLEM': ['GEODUDE', 'GRAVELER', 'GOLEM'], 'PONYTA': ['PONYTA', 'RAPIDASH'], 'RAPIDASH': ['PONYTA', 'RAPIDASH'], 'SLOWPOKE': ['SLOWPOKE', 'SLOWBRO', 'SLOWKING'], 'SLOWBRO': ['SLOWPOKE', 'SLOWBRO', 'SLOWKING'], 'SLOWKING': ['SLOWPOKE', 'SLOWBRO', 'SLOWKING'], 'MAGNEMITE': ['MAGNEMITE', 'MAGNETON'], 'MAGNETON': ['MAGNEMITE', 'MAGNETON'], 'FARFETCH_D': ['FARFETCH_D'], 'DODUO': ['DODUO', 'DODRIO'], 'DODRIO': ['DODUO', 'DODRIO'], 'SEEL': ['SEEL', 'DEWGONG'], 'DEWGONG': ['SEEL', 'DEWGONG'], 'GRIMER': ['GRIMER', 'MUK'], 'MUK': ['GRIMER', 'MUK'], 'SHELLDER': ['SHELLDER', 'CLOYSTER'], 'CLOYSTER': ['SHELLDER', 'CLOYSTER'], 'GASTLY': ['GASTLY', 'HAUNTER', 'GENGAR'], 'HAUNTER': ['GASTLY', 'HAUNTER', 'GENGAR'], 'GENGAR': ['GASTLY', 'HAUNTER', 'GENGAR'], 'ONIX': ['ONIX', 'STEELIX'], 'STEELIX': ['ONIX', 'STEELIX'], 'DROWZEE': ['DROWZEE', 'HYPNO'], 'HYPNO': ['DROWZEE', 'HYPNO'], 'KRABBY': ['KRABBY', 'KINGLER'], 'KINGLER': ['KRABBY', 'KINGLER'], 'VOLTORB': ['VOLTORB', 'ELECTRODE'], 'ELECTRODE': ['VOLTORB', 'ELECTRODE'], 'EXEGGCUTE': ['EXEGGCUTE', 'EXEGGUTOR'], 'EXEGGUTOR': ['EXEGGCUTE', 'EXEGGUTOR'], 'CUBONE': ['CUBONE', 'MAROWAK'], 'MAROWAK': ['CUBONE', 'MAROWAK'], 'HITMONLEE': ['TYROGUE', 'HITMONCHAN', 'HITMONLEE', 'HITMONTOP'], 'HITMONCHAN': ['TYROGUE', 'HITMONCHAN', 'HITMONLEE', 'HITMONTOP'], 'LICKITUNG': ['LICKITUNG'], 'KOFFING': ['KOFFING', 'WEEZING'], 'WEEZING': ['KOFFING', 'WEEZING'], 'RHYHORN': ['RHYHORN', 'RHYDON'], 'RHYDON': ['RHYHORN', 'RHYDON'], 'CHANSEY': ['CHANSEY', 'BLISSEY'], 'BLISSEY': ['CHANSEY', 'BLISSEY'], 'TANGELA': ['TANGELA'], 'KANGASKHAN': ['KANGASKHAN'], 'HORSEA': ['HORSEA', 'SEADRA', 'KINGDRA'], 'SEADRA': ['HORSEA', 'SEADRA', 'KINGDRA'], 'KINGDRA': ['HORSEA', 'SEADRA', 'KINGDRA'], 'GOLDEEN': ['GOLDEEN', 'SEAKING'], 'SEAKING': ['GOLDEEN', 'SEAKING'], 'STARYU': ['STARYU', 'STARMIE'], 'STARMIE': ['STARYU', 'STARMIE'], 'MR__MIME': ['MR__MIME'], 'SCYTHER': ['SCYTHER', 'SCIZOR'], 'SCIZOR': ['SCYTHER', 'SCIZOR'], 'JYNX': ['SMOOCHUM', 'JYNX'], 'ELECTABUZZ': ['ELEKID', 'ELECTABUZZ'], 'MAGMAR': ['MAGBY', 'MAGMAR'], 'PINSIR': ['PINSIR'], 'TAUROS': ['TAUROS'], 'MAGIKARP': ['MAGIKARP', 'GYARADOS'], 'GYARADOS': ['MAGIKARP', 'GYARADOS'], 'LAPRAS': ['LAPRAS'], 'DITTO': ['DITTO'], 'EEVEE': ['EEVEE', 'JOLTEON', 'VAPOREON', 'FLAREON', 'ESPEON', 'UMBREON'], 'JOLTEON': ['EEVEE', 'JOLTEON', 'VAPOREON', 'FLAREON', 'ESPEON', 'UMBREON'], 'VAPOREON': ['EEVEE', 'JOLTEON', 'VAPOREON', 'FLAREON', 'ESPEON', 'UMBREON'], 'FLAREON': ['EEVEE', 'JOLTEON', 'VAPOREON', 'FLAREON', 'ESPEON', 'UMBREON'], 'ESPEON': ['EEVEE', 'JOLTEON', 'VAPOREON', 'FLAREON', 'ESPEON', 'UMBREON'], 'UMBREON': ['EEVEE', 'JOLTEON', 'VAPOREON', 'FLAREON', 'ESPEON', 'UMBREON'], 'PORYGON': ['PORYGON', 'PORYGON2'], 'PORYGON2': ['PORYGON', 'PORYGON2'], 'OMANYTE': ['OMANYTE', 'OMASTAR'], 'OMASTAR': ['OMANYTE', 'OMASTAR'], 'KABUTO': ['KABUTO', 'KABUTOPS'], 'KABUTOPS': ['KABUTO', 'KABUTOPS'], 'AERODACTYL': ['AERODACTYL'], 'SNORLAX': ['SNORLAX'], 'ARTICUNO': ['ARTICUNO'], 'ZAPDOS': ['ZAPDOS'], 'MOLTRES': ['MOLTRES'], 'DRATINI': ['DRATINI', 'DRAGONAIR', 'DRAGONITE'], 'DRAGONAIR': ['DRATINI', 'DRAGONAIR', 'DRAGONITE'], 'DRAGONITE': ['DRATINI', 'DRAGONAIR', 'DRAGONITE'], 'MEWTWO': ['MEWTWO'], 'MEW': ['MEW'], 'CHIKORITA': ['CHIKORITA', 'BAYLEEF', 'MEGANIUM'], 'BAYLEEF': ['CHIKORITA', 'BAYLEEF', 'MEGANIUM'], 'MEGANIUM': ['CHIKORITA', 'BAYLEEF', 'MEGANIUM'], 'CYNDAQUIL': ['CYNDAQUIL', 'QUILAVA', 'TYPHLOSION'], 'QUILAVA': ['CYNDAQUIL', 'QUILAVA', 'TYPHLOSION'], 'TYPHLOSION': ['CYNDAQUIL', 'QUILAVA', 'TYPHLOSION'], 'TOTODILE': ['TOTODILE', 'CROCONAW', 'FERALIGATR'], 'CROCONAW': ['TOTODILE', 'CROCONAW', 'FERALIGATR'], 'FERALIGATR': ['TOTODILE', 'CROCONAW', 'FERALIGATR'], 'SENTRET': ['SENTRET', 'FURRET'], 'FURRET': ['SENTRET', 'FURRET'], 'HOOTHOOT': ['HOOTHOOT', 'NOCTOWL'], 'NOCTOWL': ['HOOTHOOT', 'NOCTOWL'], 'LEDYBA': ['LEDYBA', 'LEDIAN'], 'LEDIAN': ['LEDYBA', 'LEDIAN'], 'SPINARAK': ['SPINARAK', 'ARIADOS'], 'ARIADOS': ['SPINARAK', 'ARIADOS'], 'CHINCHOU': ['CHINCHOU', 'LANTURN'], 'LANTURN': ['CHINCHOU', 'LANTURN'], 'PICHU': ['PICHU', 'PIKACHU', 'RAICHU'], 'CLEFFA': ['CLEFFA', 'CLEFAIRY', 'CLEFABLE'], 'IGGLYBUFF': ['IGGLYBUFF', 'JIGGLYPUFF', 'WIGGLYTUFF'], 'TOGEPI': ['TOGEPI', 'TOGETIC'], 'TOGETIC': ['TOGEPI', 'TOGETIC'], 'NATU': ['NATU', 'XATU'], 'XATU': ['NATU', 'XATU'], 'MAREEP': ['MAREEP', 'FLAAFFY', 'AMPHAROS'], 'FLAAFFY': ['MAREEP', 'FLAAFFY', 'AMPHAROS'], 'AMPHAROS': ['MAREEP', 'FLAAFFY', 'AMPHAROS'], 'MARILL': ['MARILL', 'AZUMARILL'], 'AZUMARILL': ['MARILL', 'AZUMARILL'], 'SUDOWOODO': ['SUDOWOODO'], 'HOPPIP': ['HOPPIP', 'SKIPLOOM', 'JUMPLUFF'], 'SKIPLOOM': ['HOPPIP', 'SKIPLOOM', 'JUMPLUFF'], 'JUMPLUFF': ['HOPPIP', 'SKIPLOOM', 'JUMPLUFF'], 'AIPOM': ['AIPOM'], 'SUNKERN': ['SUNKERN', 'SUNFLORA'], 'SUNFLORA': ['SUNKERN', 'SUNFLORA'], 'YANMA': ['YANMA'], 'WOOPER': ['WOOPER', 'QUAGSIRE'], 'QUAGSIRE': ['WOOPER', 'QUAGSIRE'], 'MURKROW': ['MURKROW'], 'MISDREAVUS': ['MISDREAVUS'], 'UNOWN': ['UNOWN'], 'WOBBUFFET': ['WOBBUFFET'], 'GIRAFARIG': ['GIRAFARIG'], 'PINECO': ['PINECO', 'FORRETRESS'], 'FORRETRESS': ['PINECO', 'FORRETRESS'], 'DUNSPARCE': ['DUNSPARCE'], 'GLIGAR': ['GLIGAR'], 'SNUBBULL': ['SNUBBULL', 'GRANBULL'], 'GRANBULL': ['SNUBBULL', 'GRANBULL'], 'QWILFISH': ['QWILFISH'], 'SHUCKLE': ['SHUCKLE'], 'HERACROSS': ['HERACROSS'], 'SNEASEL': ['SNEASEL'], 'TEDDIURSA': ['TEDDIURSA', 'URSARING'], 'URSARING': ['TEDDIURSA', 'URSARING'], 'SLUGMA': ['SLUGMA', 'MAGCARGO'], 'MAGCARGO': ['SLUGMA', 'MAGCARGO'], 'SWINUB': ['SWINUB', 'PILOSWINE'], 'PILOSWINE': ['SWINUB', 'PILOSWINE'], 'CORSOLA': ['CORSOLA'], 'REMORAID': ['REMORAID', 'OCTILLERY'], 'OCTILLERY': ['REMORAID', 'OCTILLERY'], 'DELIBIRD': ['DELIBIRD'], 'MANTINE': ['MANTINE'], 'SKARMORY': ['SKARMORY'], 'HOUNDOUR': ['HOUNDOUR', 'HOUNDOOM'], 'HOUNDOOM': ['HOUNDOUR', 'HOUNDOOM'], 'PHANPY': ['PHANPY', 'DONPHAN'], 'DONPHAN': ['PHANPY', 'DONPHAN'], 'STANTLER': ['STANTLER'], 'SMEARGLE': ['SMEARGLE'], 'TYROGUE': ['TYROGUE', 'HITMONCHAN', 'HITMONLEE', 'HITMONTOP'], 'HITMONTOP': ['TYROGUE', 'HITMONCHAN', 'HITMONLEE', 'HITMONTOP'], 'SMOOCHUM': ['SMOOCHUM', 'JYNX'], 'ELEKID': ['ELEKID', 'ELECTABUZZ'], 'MAGBY': ['MAGBY', 'MAGMAR'], 'MILTANK': ['MILTANK'], 'RAIKOU': ['RAIKOU'], 'ENTEI': ['ENTEI'], 'SUICUNE': ['SUICUNE'], 'LARVITAR': ['LARVITAR', 'PUPITAR', 'TYRANITAR'], 'PUPITAR': ['LARVITAR', 'PUPITAR', 'TYRANITAR'], 'TYRANITAR': ['LARVITAR', 'PUPITAR', 'TYRANITAR'], 'LUGIA': ['LUGIA'], 'HO_OH': ['HO_OH'], 'CELEBI': ['CELEBI']} |
class Solution:
"""
@param num: an integer
@return: the complement number
"""
def findComplement(self, num):
ans = 0
digit = 1
while num > 0:
ans += abs(num % 2 - 1) * digit
num //= 2
digit *= 2
return ans
|
# -*- coding: utf-8 -*-
class Exchange(object):
"""docstring for Exchange"""
def __init__(self):
self.trades = False
def getTrades(self):
return self.trades
# @abstractmethod
def calcTotal(self, controller):
pass
|
# -*- coding: utf-8 -*-
# author: Minch Wu
"""RECUR.PY.
define some functions in recursive process
"""
def hanoi(n: int, L=None):
"""hanoi.
storage the move process
"""
if L is None:
L = []
def move(n, a='A', b='B', c='C'):
"""move.
move the pagoda
"""
if n == 1:
# print(a + '->' + c)
L.append(a + '->' + c)
# return (L)
else:
move(n - 1, a, c, b)
# print(a + '->' + c)
move(1, a, b, c)
move(n - 1, b, a, c)
move(n)
return (L)
|
input()
A = {int(param) for param in input().split()}
B = {int(param) for param in input().split()}
print(len(A-B))
for i in sorted(A-B):
print(i, end = ' ')
|
languages = ['Chamorro', 'Tagalog', 'English', 'russian']
print(languages)
languages.append('Spanish')
print(languages)
languages.insert(0, 'Finish')
print(languages)
del languages[0]
print(languages)
popped_language = languages.pop(0)
print(languages)
print(popped_language)
popped_language = languages.pop(0)
print(languages)
print(popped_language)
languages.remove('English')
print(languages)
fluent_language = 'russian'
languages.remove(fluent_language)
print(languages)
print(fluent_language.title() + " is my fluent language.")
|
'''
Created on Oct 5, 2011
@author: IslamM
'''
|
"""
Given a string and a set of characters, return the shortest substring containing all the characters in the set.
For example, given the string "figehaeci" and the set of characters {a, e, i}, you should return "aeci".
If there is no substring containing all the characters in the set, return null.
"""
no_of_chars = 256
# Function to find smallest window containing all character of pattern
def findString(string, pat):
str_len = len(string)
pat_len = len(pat)
# check if string's length is less than pattern's length. If yes then no such window can exist
if str_len < pat_len:
print("No such window exists")
return ""
hash_pat = [0] * no_of_chars
hash_str = [0] * no_of_chars
# store occurence of characters of pattern
for i in range(0, pat_len):
hash_pat[ord(pat[i])] += 1
print(hash_pat)
start, start_index, min_len = 0, -1, float("inf")
# start traversing the string
count = 0 # count of character
for j in range(0, str_len):
# count occurence of characters of string
hash_str[ord(string[j])] += 1
# If string's char matches with pattern's char then increment count
if (hash_pat[ord(string[j])] != 0 and hash_str[ord(string[j])] <= hash_pat[ord(string[j])]):
count += 1
# if all the character are matched
if count == pat_len:
# Try to minimize the window i.e., check if any character is occurring more no. of times than its occurrence in pattern then remove it from starting and also remove the useless characters.
while (hash_str[ord(string[start])] > hash_pat[ord(string[start])] or hash_pat[ord(string[start])] == 0):
if (hash_str[ord(string[start])] > hash_pat[ord(string[start])]):
hash_str[ord(string[start])] -= 1
start += 1
print("start ", start)
# update window size
len_window = j - (start + 1)
print("len_window ", len_window)
if min_len > len_window:
min_len = len_window
start_index = start
print('start_index ', start_index)
# If no window found
if start_index == -1:
print("No such window exists")
return ""
# Return substring starting from start_index and length min_len
return string[start_index: start_index + len_window]
if __name__ == "__main__":
string = "this is a test string"
pat = "tist"
print("Smallest window is : ")
print(findString(string, pat))
|
SOURCES = {
"activity.task.error.generic": "CommCareAndroid",
"app.handled.error.explanation": "CommCareAndroid",
"app.handled.error.title": "CommCareAndroid",
"app.key.request.deny": "CommCareAndroid",
"app.key.request.grant": "CommCareAndroid",
"app.key.request.message": "CommCareAndroid",
"app.menu.display.cond.bad.xpath": "CommCareAndroid",
"app.menu.display.cond.xpath.err": "CommCareAndroid",
"app.storage.missing.button": "CommCareAndroid",
"app.storage.missing.message": "CommCareAndroid",
"app.storage.missing.title": "CommCareAndroid",
"app.workflow.forms.delete": "CommCareAndroid",
"app.workflow.forms.fetch": "CommCareAndroid",
"app.workflow.forms.open": "CommCareAndroid",
"app.workflow.forms.quarantine.report": "CommCareAndroid",
"app.workflow.forms.restore": "CommCareAndroid",
"app.workflow.forms.scan": "CommCareAndroid",
"app.workflow.forms.scan.title.invalid": "CommCareAndroid",
"app.workflow.forms.scan.title.valid": "CommCareAndroid",
"app.workflow.incomplete.continue": "CommCareAndroid",
"app.workflow.incomplete.continue.option.delete": "CommCareAndroid",
"app.workflow.incomplete.continue.title": "CommCareAndroid",
"app.workflow.incomplete.heading": "CommCareAndroid",
"app.workflow.login.lost": "CommCareAndroid",
"app.workflow.saved.heading": "CommCareAndroid",
"archive.install.bad": "CommCareAndroid",
"archive.install.button": "CommCareAndroid",
"archive.install.cancelled": "CommCareAndroid",
"archive.install.progress": "CommCareAndroid",
"archive.install.prompt": "CommCareAndroid",
"archive.install.state.done": "CommCareAndroid",
"archive.install.state.empty": "CommCareAndroid",
"archive.install.state.invalid.path": "CommCareAndroid",
"archive.install.state.ready": "CommCareAndroid",
"archive.install.title": "CommCareAndroid",
"archive.install.unzip": "CommCareAndroid",
"bulk.dump.dialog.progress": "CommCareAndroid",
"bulk.dump.dialog.title": "CommCareAndroid",
"bulk.form.alert.title": "CommCareAndroid",
"bulk.form.cancel": "CommCareAndroid",
"bulk.form.dump": "CommCareAndroid",
"bulk.form.dump.2": "CommCareAndroid",
"bulk.form.dump.success": "CommCareAndroid",
"bulk.form.end": "CommCareAndroid",
"bulk.form.error": "CommCareAndroid",
"bulk.form.foldername": "CommCareAndroid",
"bulk.form.messages": "CommCareAndroid",
"bulk.form.no.unsynced": "CommCareAndroid",
"bulk.form.no.unsynced.dump": "CommCareAndroid",
"bulk.form.no.unsynced.submit": "CommCareAndroid",
"bulk.form.progress": "CommCareAndroid",
"bulk.form.prompt": "CommCareAndroid",
"bulk.form.sd.emulated": "CommCareAndroid",
"bulk.form.sd.unavailable": "CommCareAndroid",
"bulk.form.sd.unwritable": "CommCareAndroid",
"bulk.form.send.start": "CommCareAndroid",
"bulk.form.send.success": "CommCareAndroid",
"bulk.form.start": "CommCareAndroid",
"bulk.form.submit": "CommCareAndroid",
"bulk.form.submit.2": "CommCareAndroid",
"bulk.form.warning": "CommCareAndroid",
"bulk.send.dialog.progress": "CommCareAndroid",
"bulk.send.dialog.title": "CommCareAndroid",
"bulk.send.file.error": "CommCareAndroid",
"bulk.send.malformed.file": "CommCareAndroid",
"bulk.send.transport.error": "CommCareAndroid",
"cchq.case": "CommCareAndroid",
"connection.task.commcare.html.fail": "CommCareAndroid",
"connection.task.internet.fail": "CommCareAndroid",
"connection.task.internet.success": "CommCareAndroid",
"connection.task.remote.ping.fail": "CommCareAndroid",
"connection.task.report.commcare.popup": "CommCareAndroid",
"connection.task.success": "CommCareAndroid",
"connection.task.unset.posturl": "CommCareAndroid",
"connection.test.access.settings": "CommCareAndroid",
"connection.test.error.message": "CommCareAndroid",
"connection.test.messages": "CommCareAndroid",
"connection.test.now.running": "CommCareAndroid",
"connection.test.prompt": "CommCareAndroid",
"connection.test.report.button.message": "CommCareAndroid",
"connection.test.run": "CommCareAndroid",
"connection.test.run.title": "CommCareAndroid",
"connection.test.update.message": "CommCareAndroid",
"demo.mode.warning": "CommCareAndroid",
"demo.mode.warning.dismiss": "CommCareAndroid",
"demo.mode.warning.title": "CommCareAndroid",
"dialog.ok": "CommCareAndroid",
"form.entry.processing": "CommCareAndroid",
"form.entry.processing.title": "CommCareAndroid",
"form.entry.segfault": "CommCareAndroid",
"form.record.filter.incomplete": "CommCareAndroid",
"form.record.filter.limbo": "CommCareAndroid",
"form.record.filter.pending": "CommCareAndroid",
"form.record.filter.subandpending": "CommCareAndroid",
"form.record.filter.submitted": "CommCareAndroid",
"form.record.gone": "CommCareAndroid",
"form.record.gone.message": "CommCareAndroid",
"form.record.unsent": "CommCareAndroid",
"home.forms": "CommCareAndroid",
"home.forms.incomplete": "CommCareAndroid",
"home.forms.incomplete.indicator": "CommCareAndroid",
"home.forms.saved": "CommCareAndroid",
"home.logged.in.message": "CommCareAndroid",
"home.logged.out": "CommCareAndroid",
"home.logout": "CommCareAndroid",
"home.logout.demo": "CommCareAndroid",
"home.menu.call.log": "CommCareAndroid",
"home.menu.change.locale": "CommCareAndroid",
"home.menu.connection.diagnostic": "CommCareAndroid",
"home.menu.formdump": "CommCareAndroid",
"home.menu.settings": "CommCareAndroid",
"home.menu.update": "CommCareAndroid",
"home.menu.validate": "CommCareAndroid",
"home.menu.wifi.direct": "CommCareAndroid",
"home.start": "CommCareAndroid",
"home.start.demo": "CommCareAndroid",
"home.sync": "CommCareAndroid",
"home.sync.demo": "CommCareAndroid",
"home.sync.indicator": "CommCareAndroid",
"home.sync.message.last": "CommCareAndroid",
"home.sync.message.last.demo": "CommCareAndroid",
"home.sync.message.last.never": "CommCareAndroid",
"home.sync.message.unsent.plural": "CommCareAndroid",
"home.sync.message.unsent.singular": "CommCareAndroid",
"install.bad.ref": "CommCareAndroid",
"install.barcode": "CommCareAndroid",
"install.button.enter": "CommCareAndroid",
"install.button.retry": "CommCareAndroid",
"install.button.start": "CommCareAndroid",
"install.button.startover": "CommCareAndroid",
"install.major.mismatch": "CommCareAndroid",
"install.manual": "CommCareAndroid",
"install.minor.mismatch": "CommCareAndroid",
"install.problem.unexpected": "CommCareAndroid",
"install.ready": "CommCareAndroid",
"install.version.mismatch": "CommCareAndroid",
"key.manage.callout": "CommCareAndroid",
"key.manage.legacy.begin": "CommCareAndroid",
"key.manage.migrate": "CommCareAndroid",
"key.manage.purge": "CommCareAndroid",
"key.manage.start": "CommCareAndroid",
"key.manage.title": "CommCareAndroid",
"login.attempt.badcred": "CommCareAndroid",
"login.attempt.fail.auth.detail": "CommCareAndroid",
"login.attempt.fail.auth.title": "CommCareAndroid",
"login.attempt.fail.changed.action": "CommCareAndroid",
"login.attempt.fail.changed.detail": "CommCareAndroid",
"login.attempt.fail.changed.title": "CommCareAndroid",
"login.button": "CommCareAndroid",
"login.menu.demo": "CommCareAndroid",
"login.password": "CommCareAndroid",
"login.sync": "CommCareAndroid",
"login.username": "CommCareAndroid",
"main.sync.demo": "CommCareAndroid",
"main.sync.demo.has.forms": "CommCareAndroid",
"main.sync.demo.no.forms": "CommCareAndroid",
"menu.advanced": "CommCareAndroid",
"menu.archive": "CommCareAndroid",
"menu.basic": "CommCareAndroid",
"modules.m0": "CommCareAndroid",
"mult.install.bad": "CommCareAndroid",
"mult.install.button": "CommCareAndroid",
"mult.install.cancelled": "CommCareAndroid",
"mult.install.error": "CommCareAndroid",
"mult.install.no.browser": "CommCareAndroid",
"mult.install.progress": "CommCareAndroid",
"mult.install.progress.baddest": "CommCareAndroid",
"mult.install.progress.badentry": "CommCareAndroid",
"mult.install.progress.errormoving": "CommCareAndroid",
"mult.install.prompt": "CommCareAndroid",
"mult.install.state.done": "CommCareAndroid",
"mult.install.state.empty": "CommCareAndroid",
"mult.install.state.invalid.path": "CommCareAndroid",
"mult.install.state.ready": "CommCareAndroid",
"mult.install.title": "CommCareAndroid",
"notification.bad.certificate.action": "CommCareAndroid",
"notification.bad.certificate.detail": "CommCareAndroid",
"notification.bad.certificate.title": "CommCareAndroid",
"notification.case.filter.action": "CommCareAndroid",
"notification.case.filter.detail": "CommCareAndroid",
"notification.case.filter.title": "CommCareAndroid",
"notification.case.predicate.action": "CommCareAndroid",
"notification.case.predicate.title": "CommCareAndroid",
"notification.credential.mismatch.action": "CommCareAndroid",
"notification.credential.mismatch.detail": "CommCareAndroid",
"notification.credential.mismatch.title": "CommCareAndroid",
"notification.for.details.wrapper": "CommCareAndroid",
"notification.formentry.unretrievable.action": "CommCareAndroid",
"notification.formentry.unretrievable.detail": "CommCareAndroid",
"notification.formentry.unretrievable.title": "CommCareAndroid",
"notification.install.badarchive.action": "CommCareAndroid",
"notification.install.badarchive.detail": "CommCareAndroid",
"notification.install.badarchive.title": "CommCareAndroid",
"notification.install.badcert.action": "CommCareAndroid",
"notification.install.badcert.detail": "CommCareAndroid",
"notification.install.badcert.title": "CommCareAndroid",
"notification.install.badreqs.action": "CommCareAndroid",
"notification.install.badreqs.detail": "CommCareAndroid",
"notification.install.badreqs.title": "CommCareAndroid",
"notification.install.badstate.action": "CommCareAndroid",
"notification.install.badstate.detail": "CommCareAndroid",
"notification.install.badstate.title": "CommCareAndroid",
"notification.install.installed.detail": "CommCareAndroid",
"notification.install.installed.title": "CommCareAndroid",
"notification.install.missing.action": "CommCareAndroid",
"notification.install.missing.detail": "CommCareAndroid",
"notification.install.missing.title": "CommCareAndroid",
"notification.install.missing.withmessage.action": "CommCareAndroid",
"notification.install.missing.withmessage.detail": "CommCareAndroid",
"notification.install.missing.withmessage.title": "CommCareAndroid",
"notification.install.nolocal.action": "CommCareAndroid",
"notification.install.nolocal.detail": "CommCareAndroid",
"notification.install.nolocal.title": "CommCareAndroid",
"notification.install.unknown.detail": "CommCareAndroid",
"notification.install.unknown.title": "CommCareAndroid",
"notification.install.uptodate.detail": "CommCareAndroid",
"notification.install.uptodate.title": "CommCareAndroid",
"notification.logger.error.detail": "CommCareAndroid",
"notification.logger.error.title": "CommCareAndroid",
"notification.logger.serialized.detail": "CommCareAndroid",
"notification.logger.serialized.title": "CommCareAndroid",
"notification.logger.submitted.detail": "CommCareAndroid",
"notification.logger.submitted.title": "CommCareAndroid",
"notification.network.timeout.action": "CommCareAndroid",
"notification.network.timeout.detail": "CommCareAndroid",
"notification.network.timeout.title": "CommCareAndroid",
"notification.processing.badstructure.action": "CommCareAndroid",
"notification.processing.badstructure.detail": "CommCareAndroid",
"notification.processing.badstructure.title": "CommCareAndroid",
"notification.processing.nosdcard.action": "CommCareAndroid",
"notification.processing.nosdcard.detail": "CommCareAndroid",
"notification.processing.nosdcard.title": "CommCareAndroid",
"notification.restore.baddata.detail": "CommCareAndroid",
"notification.restore.baddata.title": "CommCareAndroid",
"notification.restore.nonetwork.detail": "CommCareAndroid",
"notification.restore.nonetwork.title": "CommCareAndroid",
"notification.restore.remote.error.action": "CommCareAndroid",
"notification.restore.remote.error.detail": "CommCareAndroid",
"notification.restore.remote.error.title": "CommCareAndroid",
"notification.restore.unknown.action": "CommCareAndroid",
"notification.restore.unknown.detail": "CommCareAndroid",
"notification.restore.unknown.title": "CommCareAndroid",
"notification.send.malformed.detail": "CommCareAndroid",
"notification.send.malformed.title": "CommCareAndroid",
"notification.sending.loggedout.detail": "CommCareAndroid",
"notification.sending.loggedout.title": "CommCareAndroid",
"notification.sending.quarantine.action": "CommCareAndroid",
"notification.sending.quarantine.detail": "CommCareAndroid",
"notification.sending.quarantine.title": "CommCareAndroid",
"notification.sync.airplane.action": "CommCareAndroid",
"notification.sync.airplane.detail": "CommCareAndroid",
"notification.sync.airplane.title": "CommCareAndroid",
"notifications.prompt.details": "CommCareAndroid",
"notifications.prompt.more": "CommCareAndroid",
"odk_accept_location": "ODK",
"odk_access_error": "ODK",
"odk_accuracy": "ODK",
"odk_activity_not_found": "ODK",
"odk_add_another": "ODK",
"odk_add_another_repeat": "ODK",
"odk_add_repeat": "ODK",
"odk_add_repeat_no": "ODK",
"odk_advance": "ODK",
"odk_altitude": "ODK",
"odk_app_name": "ODK",
"odk_app_url": "ODK",
"odk_attachment_oversized": "ODK",
"odk_audio_file_error": "ODK",
"odk_audio_file_invalid": "ODK",
"odk_backup": "ODK",
"odk_barcode_scanner_error": "ODK",
"odk_cancel": "ODK",
"odk_cancel_loading_form": "ODK",
"odk_cancel_location": "ODK",
"odk_cancel_saving_form": "ODK",
"odk_cannot_edit_completed_form": "ODK",
"odk_capture_audio": "ODK",
"odk_capture_image": "ODK",
"odk_capture_video": "ODK",
"odk_change_font_size": "ODK",
"odk_change_formlist_url": "ODK",
"odk_change_language": "ODK",
"odk_change_password": "ODK",
"odk_change_protocol": "ODK",
"odk_change_server_url": "ODK",
"odk_change_settings": "ODK",
"odk_change_splash_path": "ODK",
"odk_change_submission_url": "ODK",
"odk_change_username": "ODK",
"odk_choose_image": "ODK",
"odk_choose_sound": "ODK",
"odk_choose_video": "ODK",
"odk_clear_answer": "ODK",
"odk_clear_answer_ask": "ODK",
"odk_clear_answer_no": "ODK",
"odk_clearanswer_confirm": "ODK",
"odk_click_to_web": "ODK",
"odk_client": "ODK",
"odk_completed_data": "ODK",
"odk_data": "ODK",
"odk_data_saved_error": "ODK",
"odk_data_saved_ok": "ODK",
"odk_default_completed": "ODK",
"odk_default_completed_summary": "ODK",
"odk_default_odk_formlist": "ODK",
"odk_default_odk_submission": "ODK",
"odk_default_server_url": "ODK",
"odk_default_splash_path": "ODK",
"odk_delete_confirm": "ODK",
"odk_delete_file": "ODK",
"odk_delete_no": "ODK",
"odk_delete_repeat": "ODK",
"odk_delete_repeat_ask": "ODK",
"odk_delete_repeat_confirm": "ODK",
"odk_delete_repeat_no": "ODK",
"odk_delete_yes": "ODK",
"odk_discard_answer": "ODK",
"odk_discard_group": "ODK",
"odk_do_not_change": "ODK",
"odk_do_not_exit": "ODK",
"odk_do_not_save": "ODK",
"odk_download": "ODK",
"odk_download_all_successful": "ODK",
"odk_download_complete": "ODK",
"odk_download_failed_with_error": "ODK",
"odk_download_forms_result": "ODK",
"odk_downloading_data": "ODK",
"odk_edit_prompt": "ODK",
"odk_enter": "ODK",
"odk_enter_data": "ODK",
"odk_enter_data_button": "ODK",
"odk_enter_data_description": "ODK",
"odk_enter_data_message": "ODK",
"odk_entering_repeat": "ODK",
"odk_entering_repeat_ask": "ODK",
"odk_error_downloading": "ODK",
"odk_error_occured": "ODK",
"odk_exit": "ODK",
"odk_fetching_file": "ODK",
"odk_fetching_manifest": "ODK",
"odk_file_deleted_error": "ODK",
"odk_file_deleted_ok": "ODK",
"odk_file_fetch_failed": "ODK",
"odk_file_invalid": "ODK",
"odk_file_missing": "ODK",
"odk_finding_location": "ODK",
"odk_finished_disk_scan": "ODK",
"odk_first_run": "ODK",
"odk_font_size": "ODK",
"odk_form": "ODK",
"odk_form_download_progress": "ODK",
"odk_form_entry_start_hide": "ODK",
"odk_form_name": "ODK",
"odk_form_renamed": "ODK",
"odk_form_scan_finished": "ODK",
"odk_form_scan_starting": "ODK",
"odk_formlist_url": "ODK",
"odk_forms": "ODK",
"odk_found_location": "ODK",
"odk_general_preferences": "ODK",
"odk_get_barcode": "ODK",
"odk_get_forms": "ODK",
"odk_get_location": "ODK",
"odk_getting_location": "ODK",
"odk_go_to_location": "ODK",
"odk_google_account": "ODK",
"odk_google_submission_id_text": "ODK",
"odk_intent_callout_button": "ODK",
"odk_intent_callout_button_update": "ODK",
"odk_invalid_answer_error": "ODK",
"odk_jump_to_beginning": "ODK",
"odk_jump_to_end": "ODK",
"odk_jump_to_previous": "ODK",
"odk_keep_changes": "ODK",
"odk_latitude": "ODK",
"odk_leave_repeat_yes": "ODK",
"odk_leaving_repeat": "ODK",
"odk_leaving_repeat_ask": "ODK",
"odk_list_failed_with_error": "ODK",
"odk_load_remote_form_error": "ODK",
"odk_loading_form": "ODK",
"odk_location_accuracy": "ODK",
"odk_location_provider": "ODK",
"odk_location_provider_accuracy": "ODK",
"odk_longitude": "ODK",
"odk_main_menu": "ODK",
"odk_main_menu_details": "ODK",
"odk_main_menu_message": "ODK",
"odk_manage_files": "ODK",
"odk_manifest_server_error": "ODK",
"odk_manifest_tag_error": "ODK",
"odk_mark_finished": "ODK",
"odk_no": "ODK",
"odk_no_capture": "ODK",
"odk_no_connection": "ODK",
"odk_no_forms_uploaded": "ODK",
"odk_no_gps_message": "ODK",
"odk_no_gps_title": "ODK",
"odk_no_items_display": "ODK",
"odk_no_items_display_forms": "ODK",
"odk_no_items_display_instances": "ODK",
"odk_no_items_error": "ODK",
"odk_no_sd_error": "ODK",
"odk_noselect_error": "ODK",
"odk_ok": "ODK",
"odk_one_capture": "ODK",
"odk_open_data_kit": "ODK",
"odk_parse_error": "ODK",
"odk_parse_legacy_formlist_failed": "ODK",
"odk_parse_openrosa_formlist_failed": "ODK",
"odk_password": "ODK",
"odk_play_audio": "ODK",
"odk_play_video": "ODK",
"odk_please_wait": "ODK",
"odk_please_wait_long": "ODK",
"odk_powered_by_odk": "ODK",
"odk_preference_form_entry_start_hide": "ODK",
"odk_preference_form_entry_start_summary": "ODK",
"odk_protocol": "ODK",
"odk_provider_disabled_error": "ODK",
"odk_quit_application": "ODK",
"odk_quit_entry": "ODK",
"odk_refresh": "ODK",
"odk_replace_audio": "ODK",
"odk_replace_barcode": "ODK",
"odk_replace_image": "ODK",
"odk_replace_location": "ODK",
"odk_replace_video": "ODK",
"odk_required_answer_error": "ODK",
"odk_review": "ODK",
"odk_review_data": "ODK",
"odk_review_data_button": "ODK",
"odk_root_element_error": "ODK",
"odk_root_namespace_error": "ODK",
"odk_save_all_answers": "ODK",
"odk_save_as_error": "ODK",
"odk_save_data_message": "ODK",
"odk_save_enter_data_description": "ODK",
"odk_save_form_as": "ODK",
"odk_saved_data": "ODK",
"odk_saving_form": "ODK",
"odk_select_another_image": "ODK",
"odk_select_answer": "ODK",
"odk_selected": "ODK",
"odk_selected_google_account_text": "ODK",
"odk_send": "ODK",
"odk_send_data": "ODK",
"odk_send_data_button": "ODK",
"odk_send_selected_data": "ODK",
"odk_sending_items": "ODK",
"odk_server_auth_credentials": "ODK",
"odk_server_preferences": "ODK",
"odk_server_requires_auth": "ODK",
"odk_server_url": "ODK",
"odk_show_location": "ODK",
"odk_show_splash": "ODK",
"odk_show_splash_summary": "ODK",
"odk_splash_path": "ODK",
"odk_submission_url": "ODK",
"odk_success": "ODK",
"odk_toggle_selected": "ODK",
"odk_trigger": "ODK",
"odk_upload_all_successful": "ODK",
"odk_upload_results": "ODK",
"odk_upload_some_failed": "ODK",
"odk_uploading_data": "ODK",
"odk_url_error": "ODK",
"odk_use_odk_default": "ODK",
"odk_username": "ODK",
"odk_view_hierarchy": "ODK",
"odk_xform_parse_error": "ODK",
"option.cancel": "CommCareAndroid",
"option.no": "CommCareAndroid",
"option.yes": "CommCareAndroid",
"problem.report.button": "CommCareAndroid",
"problem.report.menuitem": "CommCareAndroid",
"problem.report.prompt": "CommCareAndroid",
"profile.found": "CommCareAndroid",
"select.detail.confirm": "CommCareAndroid",
"select.detail.title": "CommCareAndroid",
"select.list.title": "CommCareAndroid",
"select.menu.map": "CommCareAndroid",
"select.menu.sort": "CommCareAndroid",
"select.placeholder.message": "CommCareAndroid",
"select.search.label": "CommCareAndroid",
"sync.fail.auth.loggedin": "CommCareAndroid",
"sync.fail.bad.data": "CommCareAndroid",
"sync.fail.bad.local": "CommCareAndroid",
"sync.fail.bad.network": "CommCareAndroid",
"sync.fail.timeout": "CommCareAndroid",
"sync.fail.unknown": "CommCareAndroid",
"sync.fail.unsent": "CommCareAndroid",
"sync.process.downloading.progress": "CommCareAndroid",
"sync.process.processing": "CommCareAndroid",
"sync.progress.authing": "CommCareAndroid",
"sync.progress.downloading": "CommCareAndroid",
"sync.progress.purge": "CommCareAndroid",
"sync.progress.starting": "CommCareAndroid",
"sync.progress.submitting": "CommCareAndroid",
"sync.progress.submitting.title": "CommCareAndroid",
"sync.progress.title": "CommCareAndroid",
"sync.recover.needed": "CommCareAndroid",
"sync.recover.started": "CommCareAndroid",
"sync.success.sent": "CommCareAndroid",
"sync.success.sent.singular": "CommCareAndroid",
"sync.success.synced": "CommCareAndroid",
"title.datum.wrapper": "CommCareAndroid",
"update.success.refresh": "CommCareAndroid",
"updates.check": "CommCareAndroid",
"updates.checking": "CommCareAndroid",
"updates.downloaded": "CommCareAndroid",
"updates.found": "CommCareAndroid",
"updates.resources.initialization": "CommCareAndroid",
"updates.resources.profile": "CommCareAndroid",
"updates.success": "CommCareAndroid",
"updates.title": "CommCareAndroid",
"upgrade.button.retry": "CommCareAndroid",
"upgrade.button.startover": "CommCareAndroid",
"verification.checking": "CommCareAndroid",
"verification.fail.message": "CommCareAndroid",
"verification.progress": "CommCareAndroid",
"verification.title": "CommCareAndroid",
"verify.checking": "CommCareAndroid",
"verify.progress": "CommCareAndroid",
"verify.title": "CommCareAndroid",
"version.id.long": "CommCareAndroid",
"version.id.short": "CommCareAndroid",
"wifi.direct.base.folder": "CommCareAndroid",
"wifi.direct.receive.forms": "CommCareAndroid",
"wifi.direct.submit.forms": "CommCareAndroid",
"wifi.direct.submit.missing": "CommCareAndroid",
"wifi.direct.transfer.forms": "CommCareAndroid",
"activity.adduser.adduser": "JavaRosa",
"activity.adduser.problem": "JavaRosa",
"activity.adduser.problem.emptyuser": "JavaRosa",
"activity.adduser.problem.mismatchingpasswords": "JavaRosa",
"activity.adduser.problem.nametaken": "JavaRosa",
"activity.locationcapture.Accuracy": "JavaRosa",
"activity.locationcapture.Altitude": "JavaRosa",
"activity.locationcapture.capturelocation": "JavaRosa",
"activity.locationcapture.capturelocationhint": "JavaRosa",
"activity.locationcapture.capturelocationhint": "JavaRosa",
"activity.locationcapture.fixfailed": "JavaRosa",
"activity.locationcapture.fixobtained": "JavaRosa",
"activity.locationcapture.GPSNotAvailable": "JavaRosa",
"activity.locationcapture.Latitude": "JavaRosa",
"activity.locationcapture.LocationError": "JavaRosa",
"activity.locationcapture.Longitude": "JavaRosa",
"activity.locationcapture.readyforcapture": "JavaRosa",
"activity.locationcapture.waitingforfix": "JavaRosa",
"activity.login.demomode.intro": "CommCareJava",
"activity.login.demomode.intro": "JavaRosa",
"activity.login.loginincorrect": "JavaRosa",
"activity.login.tryagain": "JavaRosa",
"af": "JavaRosa",
"button.Next": "JavaRosa",
"button.No": "JavaRosa",
"button.Yes": "JavaRosa",
"case.date.opened": "JavaRosa",
"case.id": "JavaRosa",
"case.name": "JavaRosa",
"case.status": "JavaRosa",
"command.back": "JavaRosa",
"command.call": "JavaRosa",
"command.cancel": "JavaRosa",
"command.exit": "JavaRosa",
"command.language": "JavaRosa",
"command.next": "JavaRosa",
"command.ok": "JavaRosa",
"command.retry": "JavaRosa",
"command.save": "JavaRosa",
"command.saveexit": "JavaRosa",
"command.select": "JavaRosa",
"commcare.badversion": "CommCareJava",
"commcare.fail": "CommCareJava",
"commcare.fail.sendlogs": "CommCareJava",
"commcare.firstload": "CommCareJava",
"commcare.install.oom": "CommCareJava",
"commcare.menu.count.wrapper": "CommCareJava",
"commcare.noupgrade.version": "CommCareJava",
"commcare.numwrapper": "CommCareJava",
"commcare.review": "CommCareJava",
"commcare.review.icon": "CommCareJava",
"commcare.startup.oom": "CommCareJava",
"commcare.tools.network": "CommCareJava",
"commcare.tools.permissions": "CommCareJava",
"commcare.tools.title": "CommCareJava",
"commcare.tools.validate": "CommCareJava",
"date.nago": "JavaRosa",
"date.nfromnow": "JavaRosa",
"date.today": "JavaRosa",
"date.tomorrow": "JavaRosa",
"date.twoago": "JavaRosa",
"date.unknown": "JavaRosa",
"date.yesterday": "JavaRosa",
"debug.log": "JavaRosa",
"en": "JavaRosa",
"entity.command.sort": "JavaRosa",
"entity.detail.title": "JavaRosa",
"entity.find": "JavaRosa",
"entity.nodata": "JavaRosa",
"entity.nomatch": "JavaRosa",
"entity.sort.title": "JavaRosa",
"entity.title.layout": "JavaRosa",
"es": "JavaRosa",
"form.entry.badnum": "JavaRosa",
"form.entry.badnum.dec": "JavaRosa",
"form.entry.badnum.int": "JavaRosa",
"form.entry.badnum.long": "JavaRosa",
"form.entry.constraint.msg": "JavaRosa",
"form.login.login": "JavaRosa",
"form.login.password": "JavaRosa",
"form.login.username": "JavaRosa",
"form.user.confirmpassword": "JavaRosa",
"form.user.fillinboth": "JavaRosa",
"form.user.giveadmin": "JavaRosa",
"form.user.name": "JavaRosa",
"form.user.password": "JavaRosa",
"form.user.userid": "JavaRosa",
"formentry.invalid.input": "JavaRosa",
"formview.repeat.addNew": "JavaRosa",
"fra": "JavaRosa",
"home.change.user": "CommCareJava",
"home.data.restore": "CommCareJava",
"home.demo.reset": "CommCareJava",
"home.setttings": "CommCareJava",
"home.updates": "CommCareJava",
"home.user.edit": "CommCareJava",
"home.user.new": "CommCareJava",
"homescreen.title": "CommCareJava",
"icon.demo.path": "JavaRosa",
"icon.login.path": "JavaRosa",
"id": "CommCareJava",
"install.bad": "CommCareJava",
"install.verify": "CommCareJava",
"intro.restore": "CommCareJava",
"intro.start": "CommCareJava",
"intro.text": "CommCareJava",
"intro.title": "CommCareJava",
"loading.screen.message": "JavaRosa",
"loading.screen.title": "JavaRosa",
"locale.name.en": "CommCareJava",
"locale.name.sw": "CommCareJava",
"log.submit.full": "JavaRosa",
"log.submit.never": "JavaRosa",
"log.submit.next.daily": "JavaRosa",
"log.submit.next.weekly": "JavaRosa",
"log.submit.nigthly": "JavaRosa",
"log.submit.short": "JavaRosa",
"log.submit.url": "JavaRosa",
"log.submit.weekly": "JavaRosa",
"login.title": "CommCareJava",
"menu.Back": "JavaRosa",
"menu.Capture": "JavaRosa",
"menu.Demo": "JavaRosa",
"menu.Exit": "JavaRosa",
"menu.Login": "JavaRosa",
"menu.Next": "JavaRosa",
"menu.ok": "JavaRosa",
"menu.retry": "JavaRosa",
"menu.Save": "JavaRosa",
"menu.SaveAndExit": "JavaRosa",
"menu.send.all": "CommCareJava",
"menu.send.all.val": "CommCareJava",
"menu.send.later": "JavaRosa",
"menu.SendLater": "JavaRosa",
"menu.SendNow": "JavaRosa",
"menu.SendToNewServer": "JavaRosa",
"menu.Settings": "JavaRosa",
"menu.sync": "CommCareJava",
"menu.sync.last": "CommCareJava",
"menu.sync.prompt": "CommCareJava",
"menu.sync.unsent.mult": "CommCareJava",
"menu.sync.unsent.one": "CommCareJava",
"menu.Tools": "JavaRosa",
"menu.ViewAnswers": "JavaRosa",
"message.delete": "JavaRosa",
"message.details": "JavaRosa",
"message.log": "JavaRosa",
"message.permissions": "CommCareJava",
"message.send.unsent": "JavaRosa",
"message.timesync": "CommCareJava",
"network.test.begin.image": "CommCareJava",
"network.test.begin.message": "CommCareJava",
"network.test.connected.image": "CommCareJava",
"network.test.connected.message": "CommCareJava",
"network.test.connecting.image": "CommCareJava",
"network.test.connecting.message": "CommCareJava",
"network.test.content.image": "CommCareJava",
"network.test.content.message": "CommCareJava",
"network.test.details": "CommCareJava",
"network.test.details.title": "CommCareJava",
"network.test.failed.image": "CommCareJava",
"network.test.failed.message": "CommCareJava",
"network.test.response.message": "CommCareJava",
"network.test.title": "CommCareJava",
"no": "JavaRosa",
"node.select.filtering": "CommCareJava",
"plussign": "JavaRosa",
"polish.command.back": "JavaRosa",
"polish.command.cancel": "JavaRosa",
"polish.command.clear": "JavaRosa",
"polish.command.delete": "JavaRosa",
"polish.command.entersymbol": "JavaRosa",
"polish.command.exit": "JavaRosa",
"polish.command.followlink": "JavaRosa",
"polish.command.hide": "JavaRosa",
"polish.command.mark": "JavaRosa",
"polish.command.ok": "JavaRosa",
"polish.command.options": "JavaRosa",
"polish.command.select": "JavaRosa",
"polish.command.submit": "JavaRosa",
"polish.command.unmark": "JavaRosa",
"polish.date.select": "CommCareJava",
"polish.date.select": "JavaRosa",
"polish.rss.command.followlink": "JavaRosa",
"polish.rss.command.select": "JavaRosa",
"polish.TextField.charactersKey0": "JavaRosa",
"polish.TextField.charactersKey1": "JavaRosa",
"polish.TextField.charactersKey2": "JavaRosa",
"polish.TextField.charactersKey3": "JavaRosa",
"polish.TextField.charactersKey4": "JavaRosa",
"polish.TextField.charactersKey5": "JavaRosa",
"polish.TextField.charactersKey6": "JavaRosa",
"polish.TextField.charactersKey7": "JavaRosa",
"polish.TextField.charactersKey8": "JavaRosa",
"polish.TextField.charactersKey9": "JavaRosa",
"polish.title.input": "JavaRosa",
"pt": "JavaRosa",
"question.SendNow": "JavaRosa",
"repeat.message.multiple": "JavaRosa",
"repeat.message.single": "JavaRosa",
"repeat.repitition": "JavaRosa",
"restore.bad.db": "CommCareJava",
"restore.badcredentials": "CommCareJava",
"restore.baddownload": "CommCareJava",
"restore.badserver": "CommCareJava",
"restore.bypass.clean": "CommCareJava",
"restore.bypass.clean.success": "CommCareJava",
"restore.bypass.cleanfail": "CommCareJava",
"restore.bypass.fail": "CommCareJava",
"restore.bypass.instructions": "CommCareJava",
"restore.bypass.start": "CommCareJava",
"restore.db.busy": "CommCareJava",
"restore.downloaded": "CommCareJava",
"restore.fail": "CommCareJava",
"restore.fail.credentials": "CommCareJava",
"restore.fail.download": "CommCareJava",
"restore.fail.message": "CommCareJava",
"restore.fail.nointernet": "CommCareJava",
"restore.fail.other": "CommCareJava",
"restore.fail.retry": "CommCareJava",
"restore.fail.technical": "CommCareJava",
"restore.fail.transport": "CommCareJava",
"restore.fail.view": "CommCareJava",
"restore.fetch": "CommCareJava",
"restore.finished": "CommCareJava",
"restore.key.continue": "CommCareJava",
"restore.login.instructions": "CommCareJava",
"restore.message.connection.failed": "CommCareJava",
"restore.message.connectionmade": "CommCareJava",
"restore.message.startdownload": "CommCareJava",
"restore.nocache": "CommCareJava",
"restore.noserveruri": "CommCareJava",
"restore.recover.fail": "CommCareJava",
"restore.recover.needcache": "CommCareJava",
"restore.recover.send": "CommCareJava",
"restore.recovery.wipe": "CommCareJava",
"restore.retry": "CommCareJava",
"restore.starting": "CommCareJava",
"restore.success": "CommCareJava",
"restore.success.partial": "CommCareJava",
"restore.ui.bounded": "CommCareJava",
"restore.ui.unbounded": "CommCareJava",
"restore.user.exists": "CommCareJava",
"review.date": "CommCareJava",
"review.title": "CommCareJava",
"review.type": "CommCareJava",
"review.type.unknown": "CommCareJava",
"send.unsent.icon": "CommCareJava",
"sending.message.send": "JavaRosa",
"sending.status.didnotunderstand": "CommCareJava",
"sending.status.error": "JavaRosa",
"sending.status.failed": "JavaRosa",
"sending.status.failures": "JavaRosa",
"sending.status.going": "JavaRosa",
"sending.status.long": "JavaRosa",
"sending.status.multi": "JavaRosa",
"sending.status.none": "JavaRosa",
"sending.status.problem.datasafe": "CommCareJava",
"sending.status.success": "JavaRosa",
"sending.status.success": "JavaRosa",
"sending.status.title": "JavaRosa",
"sending.view.done": "JavaRosa",
"sending.view.done.title": "JavaRosa",
"sending.view.later": "JavaRosa",
"sending.view.now": "JavaRosa",
"sending.view.submit": "JavaRosa",
"sending.view.when": "JavaRosa",
"server.sync.icon.normal": "CommCareJava",
"server.sync.icon.warn": "CommCareJava",
"settings.language": "JavaRosa",
"splashscreen": "JavaRosa",
"sw": "JavaRosa",
"sync.cancelled": "CommCareJava",
"sync.cancelled.sending": "CommCareJava",
"sync.done.closed": "CommCareJava",
"sync.done.new": "CommCareJava",
"sync.done.noupdate": "CommCareJava",
"sync.done.updated": "CommCareJava",
"sync.done.updates": "CommCareJava",
"sync.pull.admin": "CommCareJava",
"sync.pull.demo": "CommCareJava",
"sync.pull.fail": "CommCareJava",
"sync.send.fail": "CommCareJava",
"sync.unsent.cancel": "CommCareJava",
"update.fail.generic": "CommCareJava",
"update.fail.network": "CommCareJava",
"update.fail.network.retry": "CommCareJava",
"update.header": "CommCareJava",
"update.retrying": "CommCareJava",
"user.create.header": "JavaRosa",
"user.entity.admin": "JavaRosa",
"user.entity.demo": "JavaRosa",
"user.entity.name": "JavaRosa",
"user.entity.normal": "JavaRosa",
"user.entity.type": "JavaRosa",
"user.entity.unknown": "JavaRosa",
"user.entity.username": "JavaRosa",
"user.registration.attempt": "JavaRosa",
"user.registration.badresponse": "JavaRosa",
"user.registration.failmessage": "JavaRosa",
"user.registration.success": "JavaRosa",
"user.registration.title": "JavaRosa",
"validation.start": "CommCareJava",
"validation.success": "CommCareJava",
"video.playback.bottom": "JavaRosa",
"video.playback.hashkey.path": "JavaRosa",
"video.playback.top": "JavaRosa",
"view.sending.RequiredQuestion": "JavaRosa",
"xpath.fail.runtime": "CommCareJava",
"yes": "JavaRosa",
"zh": "JavaRosa"
}
|
data = {
'slug': 'region12',
'name': 'Region XII',
'description': 'SOCCSKSARGEN',
'provinces': {
'cotabato': {
'slug': 'cotabato',
'name': 'Cotabato',
'municipalities': {
'alamada': {
'slug': 'alamada,',
'name': 'Alamada',
},
'aleosan': {
'slug': 'aleosan,',
'name': 'Aleosan',
},
'antipas': {
'slug': 'antipas,',
'name': 'Antipas',
},
'arakan': {
'slug': 'arakan,',
'name': 'Arakan',
},
'banisilan': {
'slug': 'banisilan,',
'name': 'Banisilan',
},
'carmen': {
'slug': 'carmen,',
'name': 'Carmen',
},
'kabacan': {
'slug': 'kabacan,',
'name': 'Kabacan',
},
'kidapawan': {
'slug': 'kidapawan,',
'name': 'Kidapawan',
'capital': True,
'city': True,
},
'libungan': {
'slug': 'libungan,',
'name': 'Libungan',
},
'm_lang': {
'slug': 'm_lang,',
'name': 'M\'lang',
},
'magpet': {
'slug': 'magpet,',
'name': 'Magpet',
},
'makilala': {
'slug': 'makilala,',
'name': 'Makilala',
},
'matalam': {
'slug': 'matalam,',
'name': 'Matalam',
},
'midsayap': {
'slug': 'midsayap,',
'name': 'Midsayap',
},
'pigcawayan': {
'slug': 'pigcawayan,',
'name': 'Pigcawayan',
},
'pikit': {
'slug': 'pikit,',
'name': 'Pikit',
},
'president_roxas': {
'slug': 'president_roxas,',
'name': 'President Roxas',
},
'tulunan': {
'slug': 'tulunan,',
'name': 'Tulunan',
},
},
},
'sarangani': {
'slug': 'sarangani',
'name': 'Sarangani',
'municipalities': {
'alabel': {
'slug': 'alabel,',
'name': 'Alabel',
'capital': True,
},
'glan': {
'slug': 'glan,',
'name': 'Glan',
},
'kiamba': {
'slug': 'kiamba,',
'name': 'Kiamba',
},
'maasim': {
'slug': 'maasim,',
'name': 'Maasim',
},
'maitum': {
'slug': 'maitum,',
'name': 'Maitum',
},
'malapatan': {
'slug': 'malapatan,',
'name': 'Malapatan',
},
'malungon': {
'slug': 'malungon,',
'name': 'Malungon',
},
},
},
'south_cotabato': {
'slug': 'south_cotabato',
'name': 'South Cotabato',
'municipalities': {
'banga': {
'slug': 'banga,',
'name': 'Banga',
},
'general_santos': {
'slug': 'general_santos,',
'name': 'General Santos',
'huc': True,
},
'koronadal': {
'slug': 'koronadal,',
'name': 'Koronadal',
'capital': True,
'city': True,
},
'lake sebu': {
'slug': 'lake sebu,',
'name': 'Lake Sebu',
},
'norala': {
'slug': 'norala,',
'name': 'Norala',
},
'polomolok': {
'slug': 'polomolok,',
'name': 'Polomolok',
},
'santo_nino': {
'slug': 'santo_nino,',
'name': 'Santo Niño',
},
'surallah': {
'slug': 'surallah,',
'name': 'Surallah',
},
't_boli': {
'slug': 't_boli,',
'name': 'T\'Boli',
},
'tampakan': {
'slug': 'tampakan,',
'name': 'Tampakan',
},
'tantangan': {
'slug': 'tantangan,',
'name': 'Tantangan',
},
'tupi': {
'slug': 'tupi,',
'name': 'Tupi',
},
},
},
'sultan_kudarat': {
'slug': 'sultan_kudarat',
'name': 'Sultan Kudarat',
'municipalities': {
'bagumbayan': {
'slug': 'bagumbayan,',
'name': 'Bagumbayan',
},
'columbio': {
'slug': 'columbio,',
'name': 'Columbio',
},
'esperanza': {
'slug': 'esperanza,',
'name': 'Esperanza',
},
'isulan': {
'slug': 'isulan,',
'name': 'Isulan',
'capital': True,
},
'kalamansig': {
'slug': 'kalamansig,',
'name': 'Kalamansig',
},
'lambayong': {
'slug': 'lambayong,',
'name': 'Lambayong',
},
'lebak': {
'slug': 'lebak,',
'name': 'Lebak',
},
'lutayan': {
'slug': 'lutayan,',
'name': 'Lutayan',
},
'palimbang': {
'slug': 'palimbang,',
'name': 'Palimbang',
},
'president_quirino': {
'slug': 'president_quirino,',
'name': 'President Quirino',
},
'senator_ninoy_aquino': {
'slug': 'senator_ninoy_aquino,',
'name': 'Senator Ninoy Aquino',
},
'tacurong': {
'slug': 'tacurong,',
'name': 'Tacurong',
'city': True,
},
},
},
},
}
|
class Solution:
def hasPathSum(self, root: Optional[TreeNode], targetSum: int) -> bool:
if root is None:
return False
targetSum -= root.val
if targetSum == 0:
if (root.left is None) and (root.right is None):
return True
return self.hasPathSum(root.left, targetSum) or self.hasPathSum(root.right, targetSum)
|
# -*- coding: utf-8 -*-
# @Author: jpch89
# @Email: jpch89@outlook.com
# @Date: 2018-06-27 23:59:30
# @Last Modified by: jpch89
# @Last Modified time: 2018-06-28 00:02:38
formatter = '{} {} {} {}'
print(formatter.format(1, 2, 3, 4))
print(formatter.format("one", "two", "three", "four"))
print(formatter.format(True, False, False, True))
print(formatter.format(formatter, formatter, formatter, formatter))
print(formatter.format(
"Try your",
"Own text here",
"Maybe a peom",
"Or a song about fear"
)) |
'''2. Write a Python program to compute the similarity between two lists.
Sample data: ["red", "orange", "green", "blue", "white"], ["black", "yellow", "green", "blue"]
Expected Output:
Color1-Color2: ['white', 'orange', 'red']
Color2-Color1: ['black', 'yellow'] '''
def find_similiarity(list1, list2):
list3 = list(set(list1) - set(list2))
list4 = list(set(list2) - set(list1))
return list3, list4
print(find_similiarity(["red", "orange", "green", "blue", "white"], ["black", "yellow", "green", "blue"])) |
def get_client_ip(request):
client_ip = request.META.get('REMOTE_ADDR', '')
return client_ip
|
url = "https://customerportal.supermicro.com/Customer/ContentPages/CustOrders.aspx"
orderType = "//select[@id='ContentPlaceHolder1_ddlSearchType']"
fromDate = "//input[@id='ContentPlaceHolder1_txtFrom']"
customerId = "//select[@id='ContentPlaceHolder1_ddlCustomerID']"
searchIcon = "//a[@id='linkSearch']"
orderTable = "//table[contains(@id,'ContentPlaceHolder1')]"
pageCount = "(//tr[@class='gridPager']/td/table/tbody/tr/td)"
selectPage = "(//tr[@class='gridPager']/td/table/tbody/tr/td)[{}]"
soldToAddress = "//td[@class='InfoCell AddressCell ']/div/div/div[{}]"
shipToAddress = "//td[@class='InfoCell AddressCell']/div/div/div[{}]"
esd = "//td[@class='InfoCell ETACell']"
message = "//td[@class='InfoCell CommentsCell']"
orderItem = "//div[contains(@id,'panelOrdItemList')]/div/a"
orderItemHeaders = "//table[contains(@id,'gvOrdDetails')]/tbody/tr[1]/th"
orderItemRows = "//table[contains(@id,'gvOrdDetails')]/tbody/tr"
orderItemRowsValue = "//table[contains(@id,'gvOrdDetails')]/tbody/tr[{}]/td[{}]"
orderItemHeadersValue = "//table[contains(@id,'gvOrdDetails')]/tbody/tr[1]/th[{}]"
closeOrderTableRowCount = "//table[@id='ContentPlaceHolder1_gvCloseOrd']/tbody//tr"
closeOrderSalesOrder = "//table[@id='ContentPlaceHolder1_gvCloseOrd']/tbody//tr[{}]/td[1]"
closeOrderOrderData = "//table[@id='ContentPlaceHolder1_gvCloseOrd']/tbody//tr[{}]/td[2]"
closeOrderCustomerPO = "//table[@id='ContentPlaceHolder1_gvCloseOrd']/tbody//tr[{}]/td[3]"
closeOrderAssemblyType = "//table[@id='ContentPlaceHolder1_gvCloseOrd']/tbody//tr[{}]/td[4]"
closeOrderOrderDetailsButton = "//table[@id='ContentPlaceHolder1_gvCloseOrd']/tbody//tr[{}]/td[6]/a"
closeOrderOrderStatus = "//table[@id='ContentPlaceHolder1_ClosedOrdInfo_gvOrdHeader']//tr[2]/td[6]"
openOrderTableRowCount = "//table[@id='ContentPlaceHolder1_gvOpenOrd']/tbody//tr"
openOrderSoldToId = "//table[@id='ContentPlaceHolder1_gvOpenOrd']/tbody//tr[{}]/td[1]"
openOrderSalesOrder = "//table[@id='ContentPlaceHolder1_gvOpenOrd']/tbody//tr[{}]/td[2]"
openOrderCustomerPO = "//table[@id='ContentPlaceHolder1_gvOpenOrd']/tbody//tr[{}]/td[3]"
openOrderShipToParty = "//table[@id='ContentPlaceHolder1_gvOpenOrd']/tbody//tr[{}]/td[4]"
openOrderShipToCountry = "//table[@id='ContentPlaceHolder1_gvOpenOrd']/tbody//tr[{}]/td[5]/div"
openOrderCreatedTime = "//table[@id='ContentPlaceHolder1_gvOpenOrd']/tbody//tr[{}]/td[6]"
openOrderOrderDetailsButton = "//table[@id='ContentPlaceHolder1_gvOpenOrd']/tbody//tr[{}]/td[7]/a"
openOrderAssemblyType = "//table[@id='ContentPlaceHolder1_gvOrdHeader']/tbody//tr[2]/td[2]"
openOrderOrderStatus = "//table[@id='ContentPlaceHolder1_gvOrdHeader']/tbody//tr[2]/td[6]"
|
# -*- coding: utf-8 -*-
BK_SDK_JSON = ".sdk.json"
BK_SDK_JSON_FIELDS = ['buildType', 'projectId', 'agentId', 'secretKey', 'gateway', 'buildId', 'vmSeqId']
# openapi相关
AUTH_HEADER_DEVOPS_BUILD_TYPE = "X-DEVOPS-BUILD-TYPE"
AUTH_HEADER_DEVOPS_PROJECT_ID = "X-DEVOPS-PROJECT-ID"
AUTH_HEADER_DEVOPS_BUILD_ID = "X-DEVOPS-BUILD-ID"
AUTH_HEADER_DEVOPS_VM_SEQ_ID = "X-DEVOPS-VM-SID"
AUTH_HEADER_DEVOPS_AGENT_ID = "X-DEVOPS-AGENT-ID"
AUTH_HEADER_DEVOPS_AGENT_SECRET_KEY = "X-DEVOPS-AGENT-SECRET-KEY"
# 输出输出位置和文件名存储的环境变量名称
BK_DATA_DIR = "bk_data_dir"
BK_DATA_INPUT = "bk_data_input"
BK_DATA_OUTPUT = "bk_data_output"
# 插件输出状态
BK_ATOM_STATUS = {
"SUCCESS": "success",
"FAILURE": "failure",
"ERROR": "error"
}
# 插件输出模版类型
BK_OUTPUT_TEMPLATE_TYPE = {
"DEFAULT": "default",
"QUALITY": "quality"
}
# 插件输出字段类型
BK_OUTPUT_FIELD_TYPE = {
"STRING": "string",
"ARTIFACT": "artifact",
"REPORT": "report"
}
# 插件输出为报告时，报告类型
BK_OUTPUT_REPORT_TYPR = {
"INTERNAL": "INTERNAL",
"THIRDPARTY": "THIRDPARTY"
}
# 插件输出错误类型
BK_OUTPUT_ERROR_TYPE = {
"USER": 1,
"THIRD_PARTY": 2,
"PLUGIN": 3
}
|
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