How to use snuff method in autotest

Best Python code snippet using autotest_python

monthDistribution.py

Source:monthDistribution.py

1import csv2import matplotlib.pyplot as plt3import numpy as np4import scipy.stats as stats5def countKey(key,listDataDicts):6    outDict = {}7    for row in listDataDicts:8        try:9            outDict[row[key]] += 110        except KeyError:11            outDict[row[key]] = 112    return outDict13listDataDicts = []14with open('34933-0001-Data.tsv', 'r') as tsvFile:15    tsvReader = csv.DictReader(tsvFile,delimiter='\t')16    for row in tsvReader:17        listDataDicts.append(row)18# Now looking at the drug first use on a per month basis19cigMonths = countKey("CIGMFU", listDataDicts)20snuffMonths = countKey("SNUFMFU", listDataDicts)21chewMonths = countKey("CHEWMFU", listDataDicts)22cigarMonths = countKey("CIGARMFU", listDataDicts)23alcMonths = countKey("ALCMFU", listDataDicts)24mjMonths = countKey("MJMFU", listDataDicts)25cocMonths = countKey("COCMFU", listDataDicts)26heroinMonths = countKey("HERMFU", listDataDicts)27halMonths = countKey("HALMFU", listDataDicts)28inhMonths = countKey("INHMFU", listDataDicts)29prMonths = countKey("ANALMFU", listDataDicts)30tranqMonths = countKey("TRANMFU", listDataDicts)31stimMonths = countKey("STIMMFU", listDataDicts)32sedMonths = countKey("SEDMFU", listDataDicts)33january = cigMonths["1"]+snuffMonths["1"]+chewMonths["1"]+cigarMonths["1"]+alcMonths["1"]+mjMonths["1"]+cocMonths["1"]+heroinMonths["1"]+halMonths["1"]+inhMonths["1"]+prMonths["1"]+tranqMonths["1"]+stimMonths["1"]+sedMonths["1"]34february = cigMonths["2"]+snuffMonths["2"]+chewMonths["2"]+cigarMonths["2"]+alcMonths["2"]+mjMonths["2"]+cocMonths["2"]+heroinMonths["2"]+halMonths["2"]+inhMonths["2"]+prMonths["2"]+tranqMonths["2"]+stimMonths["2"]+sedMonths["2"]35march =  cigMonths["3"]+snuffMonths["3"]+chewMonths["3"]+cigarMonths["3"]+alcMonths["3"]+mjMonths["3"]+cocMonths["3"]+heroinMonths["3"]+halMonths["3"]+inhMonths["3"]+prMonths["3"]+tranqMonths["3"]+stimMonths["3"]+sedMonths["3"]36april = cigMonths["4"]+snuffMonths["4"]+chewMonths["4"]+cigarMonths["4"]+alcMonths["4"]+mjMonths["4"]+cocMonths["4"]+heroinMonths["4"]+halMonths["4"]+inhMonths["4"]+prMonths["4"]+tranqMonths["4"]+stimMonths["4"]+sedMonths["4"]37may = cigMonths["5"]+snuffMonths["5"]+chewMonths["5"]+cigarMonths["5"]+alcMonths["5"]+mjMonths["5"]+cocMonths["5"]+heroinMonths["5"]+halMonths["5"]+inhMonths["5"]+prMonths["5"]+tranqMonths["5"]+stimMonths["5"]+sedMonths["5"]38june = cigMonths["6"]+snuffMonths["6"]+chewMonths["6"]+cigarMonths["6"]+alcMonths["6"]+mjMonths["6"]+cocMonths["6"]+heroinMonths["6"]+halMonths["6"]+inhMonths["6"]+prMonths["6"]+tranqMonths["6"]+stimMonths["6"]+sedMonths["6"]39july = cigMonths["7"]+snuffMonths["7"]+chewMonths["7"]+cigarMonths["7"]+alcMonths["7"]+mjMonths["7"]+cocMonths["7"]+heroinMonths["7"]+halMonths["7"]+inhMonths["7"]+prMonths["7"]+tranqMonths["7"]+stimMonths["7"]+sedMonths["7"]40august = cigMonths["8"]+snuffMonths["8"]+chewMonths["8"]+cigarMonths["8"]+alcMonths["8"]+mjMonths["8"]+cocMonths["8"]+heroinMonths["8"]+halMonths["8"]+inhMonths["8"]+prMonths["8"]+tranqMonths["8"]+stimMonths["8"]+sedMonths["8"]41september = cigMonths["9"]+snuffMonths["9"]+chewMonths["9"]+cigarMonths["9"]+alcMonths["9"]+mjMonths["9"]+cocMonths["9"]+heroinMonths["9"]+halMonths["9"]+inhMonths["9"]+prMonths["9"]+tranqMonths["9"]+stimMonths["9"]+sedMonths["9"]42october = cigMonths["10"]+snuffMonths["10"]+chewMonths["10"]+cigarMonths["10"]+alcMonths["10"]+mjMonths["10"]+cocMonths["10"]+heroinMonths["10"]+halMonths["10"]+inhMonths["10"]+prMonths["10"]+tranqMonths["10"]+stimMonths["10"]+sedMonths["10"]43november = cigMonths["11"]+snuffMonths["11"]+chewMonths["11"]+cigarMonths["11"]+alcMonths["11"]+mjMonths["11"]+cocMonths["11"]+heroinMonths["11"]+halMonths["11"]+inhMonths["11"]+prMonths["11"]+tranqMonths["11"]+stimMonths["11"]+sedMonths["11"]44december = cigMonths["12"]+snuffMonths["12"]+chewMonths["12"]+cigarMonths["12"]+alcMonths["12"]+mjMonths["12"]+cocMonths["12"]+heroinMonths["12"]+halMonths["12"]+inhMonths["12"]+prMonths["12"]+tranqMonths["12"]+stimMonths["12"]+sedMonths["12"]45ydata = [january,february,march,april,may,june,july,august,september,october,november,december]46xLabels = ["January","February", "March","April","May", "June","July","August","September","October","November","December"]47#normalize the data48total = 049for month in ydata:50	total += month51normed = [x/total for x in ydata]52#KS-Test53D,pVal = stats.kstest(normed, 'uniform')54critVal = .0555if pVal< critVal :56	print "The data is statistically signficant (p < %0.4f) in its variation from the uniform distribution (Two Sided KS-Test, statistic = %f, p-value = %f)" %(critVal,D,pVal)57else:58	print "The data is not statistically signficant (p >= %0.4f) in its variation from the uniform distribution (Two Sided KS-Test, statistic = %f, p-value = %f)" %(critVal,D,pVal)59#Mann-Whitney U-Test60U,pVal2 = stats.mannwhitneyu(normed, stats.uniform.rvs(size=12))61if pVal2< critVal :62	print "\n The data is statistically signficant (p < %0.4f) in its variation from the uniform distribution (Two Sided Mann-Whitney U-Test, statistic = %f, p-value = %f) \n" %(critVal,U,2*pVal2)63else:64	print "The data is not statistically signficant (p >= %0.4f) in its variation from the uniform distribution (Two Sided Mann-Whitney U-Test, statistic = %f, p-value = %f) \n" %(critVal,U,2*pVal2)65plt.bar(range(len(ydata)), ydata)66plt.title("Month Popularity by Drug Use Inception")67plt.xlabel("Month")68plt.ylabel("Frequency of Drug Use Inception")69plt.xticks([x+.4 for x in range(len(xLabels))], xLabels)70plt.xticks(rotation=50)71plt.tight_layout()...

1_3_raise_exce_manually.py

Source:1_3_raise_exce_manually.py

1try:2    amt = 10003    if amt < 5000:4        raise NameError("Snuff. Funds")  # Raise exception manually5except NameError as name:6    print("AN EXCEPTION OCCURRED ::", name)7'''8In Java, below line is object creation9Java   : NameError name = NameError("Snuff. Funds")10Python : name = NameError("Snuff. Funds")  # Rem. all scenarios11         NameError name = NameError("Snuff. Funds")   #Exception handling12'''13class BookNotAvailable(Exception):14    def __init__(self, book_Id):15        self.bookId = book_Id16def findBook(book_Id):17    print("finding book")18    raise BookNotAvailable(book_Id)19try:20    findBook(12345)21except BookNotAvailable as e:22    print("Book with id : {}  is not available".format(e.bookId))23print("---------------------------------------------------------------------")24class SomethingIsWrong(BaseException):25    def __init__(self, reason):26        self.reason = reason27    def __str__(self):28        return self.reason29try:30    print('one')31    raise SomethingIsWrong('xyz')32except SomethingIsWrong as somethingWrong:...

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