def test_add(self):
print("Testing Add Function")
self.assertEqual(myMath.add(10, 5), 15)
self.assertEqual(myMath.add(10, 20), 30)
self.assertEqual(myMath.add(30, -20), 10)
self.assertEqual(myMath.add(-1, -1), -2)
self.assertEqual(myMath.add(0, 0), 0)
print("Add Tests Passed\n")
def main():
import sys
nums = sys.argv[1]
nums = map(int, nums.split(','))
maxNum = m.maximum(nums)
minNum = m.minimum(nums)
print "The difference is:%d " % (m.subtraction(maxNum, minNum)),
print "The summation is:%d " % (m.add(maxNum, minNum)),
print "The summation of all input is:%d " % (m.sumTotal(nums)),
print "The number of even numbers is:%d " % (len(m.evenNum(nums))),
if minNum < 5:
nums = m.clear(nums)
print "The values in the list are: %s " % (str(nums)),
def handel_opeartion(math_operation, num1, num2):
"""
This function does arethmatic operation.
math_opeartion -> [+, -, *, /], R for main menu return
num1= first number
num2= second number
"""
if (math_operation not in math_operationsDict):
print("-" * 50)
print("Wrong Choice! Please try again.")
print("-" * 50)
elif math_operation == "+":
print("{} + {} = {}".format(num1, num2, myMath.add(num1, num2)))
elif math_operation == "-":
print("{} - {} = {}".format(num1, num2, myMath.subtract(num1, num2)))
elif math_operation == "*":
print("{} * {} = {}".format(num1, num2, myMath.multiply(num1, num2)))
elif math_operation == "/":
print("{} / {} = {}".format(num1, num2, myMath.divide(num1, num2)))
else:
print_dictionary("Welcome to the main menu", **math_operationsDict)
def calculator(x):
maxMinusMin = myMath.subtraction(myMath.maximum(x), myMath.minimum(x))
sumMaxMin = myMath.add(myMath.maximum(x), myMath.minimum(x))
intList = [int(i) for i in x]
sumOfList = myMath.sumTotal(intList)
evenNos = myMath.evenNum(intList)
checkSmallest = myMath.minimum(intList)
if checkSmallest < 5:
clearedList = myMath.clear(intList)
else:
clearedList = intList
print("The difference is:%d" % maxMinusMin +
" The summation is:%d" % sumMaxMin +
" The summation of all input is:%d" % sumOfList +
" The number of even numbers is:%d" % evenNos +
" The values in the list are:",
end=" ")
print(clearedList)
import myMath print(myMath.add(10, 20))
import sys
# modify path to match our environment
sys.path.append('/home/tomasdem/repos/samplePythonPackage/samplePythonPackage')
#from myMath import *
import myMath
#print(myMath.adv.sqrt(4))
print(myMath.add(2, 4))
import myMath myMath.add(10,20) myMath.minus(20,10) myMath.mult(10,20) myMath.div(20,10)
# own modules import myMath # me trae todas las funciones o variables que esten en ese archivo print(myMath.PI) myMath.add(1, 2) myMath.substract(2, 1) # otra forma de importar. Traemos los metodos directamente # sin la necesidad de especificar from myMath import add, substract, PI print(PI) add(1, 2) substract(2, 1) # python modules import datetime print(datetime.date.today()) print(datetime.timedelta(minutes=70)) # otra forma de importar. Traemos los metodos directamente # sin la necesidad de especificar from datetime import timedelta, date print(date.today()) print(timedelta(minutes=80)) # thirdy party modules # 1. install python3-pip and python-php with apt # 2. install colorama using pip install colorama from colorama import Fore, Style print(Fore.RED + 'Hello world')
#todo Own modules #todo thirdy party modules #todo python modules #* Módulos pre-construido desde python import datetime import myMath # importando módulo propio. #from datetime import timedelta, importa la función timedelta. print(datetime.date.today()) print(datetime.timedelta(minutes=60)) myMath.add(2, 3) #Impporte método del módulo myMath #Todo instalar módulos de terceros. #*Escribir en la consola, la instrucción: pip install + <nombre del modulo> from colorama import Fore, Style #*Especifica los módulos que se utilizaran en el proyecto. print(Fore.RED + "Hello World")
from TreeTaggerWrapper import treetaggerwrapper
#1) build a TreeTagger wrapper:
tagger = treetaggerwrapper.TreeTagger(TAGLANG='en',TAGDIR='D:/Programme/TreeTagger')
#2) tag your text.
tags = tagger.TagText("This is a very short text to tag.")
#3) use the tags list... (list of string output from TreeTagger).
print tags
# Check, whether the format of the tagged postings is good for the tagged corpus reader
# p.51 NLTK Cookbook
input_directory = path
from nltk.corpus.reader import TaggedCorpusReader
reader = TaggedCorpusReader(input_directory, r'.*\.txt')
reader.words()
# ['The', 'expense', 'and', 'time', 'involved', 'are', ...]
reader.tagged_words()
reader.sents()
reader.tagged_sents()
reader.paras()
reader.tagged_paras()
# testing the import #
#import sys
import myMath
print myMath.add(4,5)
print myMath.division(4, 2)
print myMath.multiply(10, 5)
print myMath.fibonacci(8)
print myMath.squareroot(48)
import sys
import myMath
numbers_list = []
try:
# Get the input from the parameters..
input_numbers = str(sys.argv[1])
numbers_list = [int(s) for s in input_numbers.split(',')]
except IndexError:
print("Your input is invalid!")
sys.exit()
except ValueError:
print("Your input is invalid!")
sys.exit()
biggest_num = myMath.maximum(numbers_list)
smallest_num = myMath.minimum(numbers_list)
big_small_difference = myMath.subtraction(biggest_num, smallest_num)
summation_of_max_min = myMath.add(biggest_num, smallest_num)
sum_of_all_numbers = myMath.sumTotal(numbers_list)
count_even_numbers = myMath.evenNum(numbers_list)
if smallest_num < 5:
numbers_list = myMath.clear(numbers_list)
print("The difference is:%d The summation is:%d The summation of all input is:%d The number of even numbers is:%d The values in the list are: %s" % (myMath.subtraction(biggest_num, smallest_num), myMath.add(biggest_num, smallest_num), sum_of_all_numbers, count_even_numbers, numbers_list))
import myMath
'''
if ---> module/myMath.py
import module.myMath
'''
print("My first module started")
myMath.add(5, 6) # module.myMath.add()
myMath.sub(18, 12)
print("My first module ended")
from myMath import add
add(5, 6)
from myMath import add as addition
addition(4, 3)
from myMath import add, mul #for specific importing
from myMath import * # for all importing