Ejemplo n.º 1
0
    def __init__(self):
        print "start--------------aa"
        mymodule.sayhi()
        print 'Version', mymodule.version
        print "end -------------aa"
        self.SnapshotMessage=0
        self.ImgSource=False
        self.ImgPath=""
        self.cfg = ConfigParser.ConfigParser()
        self.cfg.read("LiveSJ.ini")
        self.cam = cv2.VideoCapture(0)
        gtk.Window.__init__(self, gtk.WINDOW_TOPLEVEL)
        self.set_title("LiveSJ.__init__")
        self.move(100,100)
        self.set_size_request(450, gtk.ICON_SIZE_MENU+200+gtk.ICON_SIZE_MENU)
        self.kostra = gtk.VBox(homogeneous=False, spacing=2)
        self.add(self.kostra)

        self.toolbar = gtk.Toolbar()
        self.toolbar.set_icon_size(gtk.ICON_SIZE_MENU)
        self.kostra.pack_start(self.toolbar, False, False)


        self.show_all()
Ejemplo n.º 2
0
# Filename: mymodule_demo.py

import mymodule

mymodule.sayhi()
print 'Version', mymodule.version
Ejemplo n.º 3
0
#!/usr/bin/python3

from mymodule import sayhi, __version__

sayhi()
print('Версия', __version__)
Ejemplo n.º 4
0
#!/usr/bin/python
# Filename: mymodule_demo2.py

import mymodule

from mymodule import sayhi, version

# Alternative:
# from mymodule import *

sayhi()
print("Version", version)
Ejemplo n.º 5
0
#!/usr/bin/python

import sys

#path='/xxx/xxx' # the mymodule.py should be in the directory
#sys.path.append(path)

from mymodule import sayhi, version

print "the command line arguments are:"
for i in sys.argv:
    print i

if __name__ == '__main__':
    print 'The import.py program is being run by itself'
else:
    print 'The import.py program has been imported from another module'

sayhi()  #call it directly

print "mymodule.version:", version
Ejemplo n.º 6
0
#!/usr/bin/python
#使用自己的模块mymodule



#Filename: mymodule_demo2.py
from mymodule import sayhi, version;
#Alternative:
#from mymodule import *;

sayhi();
print("Version", version);
Ejemplo n.º 7
0
import mymodule
import RiskRuleTemplate

mymodule.sayhi();
print '哇哈哈'
Ejemplo n.º 8
0
    from sys import argv  #尽量不用
    模块的 __name__
    if __name__ == '__main__':
        print 'This program is being run by itself'
    else:
        print 'I am being imported from another modules'
    制造模块
        #!/bin/python
        #Filename:mymodule.py
        def sayhi():
            print 'Hi,this is mymodule speaking.'
        version = '0.1'
        #End of mymodule.py

        >>> import mymodule
        >>> mymodule.sayhi()
        Hi,this is my modules speaking.
        >>> print 'version',mymodule.version
        version 0.1

    dir(sys)
        dir() #返回当前模块的属性列表
        del a #删除一个变量

chapter 9 #数据结构
    列表
        #This is my shopping list
        shoplist = ['apple','mango','carrot','banana']
        print 'I have',len(shoplist),'items to purchase.'
        print 'These items are:',
        for i in shoplist:
Ejemplo n.º 9
0
# Filename: mymodule_demo2.py

from mymodule import sayhi, __version__

sayhi()  #latest sayhi() will perform


def sayhi():
    print('Hi, this is mymodule of this program speaking.')


sayhi()  #latest sayhi() will perform

print('Version', __version__)
#if there is a sayhi or __version__ present allready in the program, then there will be a clash
Ejemplo n.º 10
0
#!/usr/bin/env python
# Filename: mymodule_demo.py

import mymodule

mymodule.sayhi('Jules')
print 'Version', mymodule.version
# End of mymodule_demo.py

Ejemplo n.º 11
0
#!/usr/bin/python

import sys

#path='/xxx/xxx' # the mymodule.py should be in the directory
#sys.path.append(path)

from mymodule import sayhi, version

print "the command line arguments are:"
for i in sys.argv:
	print i

if __name__ == '__main__':
	print 'The import.py program is being run by itself'
else:
	print 'The import.py program has been imported from another module'

sayhi() #call it directly

print "mymodule.version:", version
Ejemplo n.º 12
0
def main():
    i = 5
    print(i)
    i = i + 1
    print('value of i is', i)
    ############### Testing the method of application of string output
    s = '''This is a multi-line string.
   This is the second line.'''
    print(s)
    s = 'This is a string. \
   This continues the string.'

    print(s)

    i = 10**10
    print('i = 10**10 = ', i)

    i = 134
    j = 50
    k = i // j
    print(' i =', i, ' j =', j, ' k = i//j =', k)
    k = i % j
    print(' i =', i, ' j =', j, ' k = i%j =', k)
    ############### Testing the method of application of for-loop
    for i in (10, 12, 33, 14, 57):
        if ~i % 2:
            print(i, 'is an even number.')
        else:
            print(i, 'is an odd number.')
    for i in range(0, 3):
        print(i)
    else:
        print('The for loop is over with outputting range(0,3)')
    for i in range(0, 300, 98):
        print(i)
    else:
        print('The for loop is over with outputting range(0, 300, 98)')
##   ############### Testing the method of application of while-if
##   number = 23
##   guess = 10
##   while(guess!=number):
##      guess = int(input('Enter an integer to guess: '))
##      if guess == number:
##          print('Congratulations, you guessed it.') # New block starts here
##          print("(but you do not win any prizes!)") # New block ends here
##      elif guess < number:
##          print('No, it is a little lower than that') # Another block
##          # You can do whatever you want in a block ...
##      else:
##          print('No, it is a little higher than that')
##          # you must have guess > number to reach here
##   else:
##      print('The while loop is over.')
##      # Do anything else you want to do here
##   print('Done')
##   ############### Testing the method of application of break-clause
##   while True:
##      s = input('Enter something until with quit: ')
##      if s == 'quit':
##         break
##      elif len(s) < 3:
##         print('input string is too short to quit')
##         continue
##      print('Length of the string is', len(s))
##   print('Done')
############### Testing the method of application of call-funtion
    sayHello()
    printMax(100, 321)
    print('maximum(123,142) is', maximum(123, 142))
    printMaxDoc(123, 142)
    print(printMaxDoc.__doc__)
    help(printMaxDoc)
    help(printMax)
    ############### Testing the method of application of modules
    print('The command line arguments are:')
    for i in sys.argv:
        print(i)
    print('\n\nThe PYTHONPATH is', sys.path, '\n')
    mymodule.sayhi()
    print('mymodule.version is', mymodule.version)
    #Fcn001.main()    # the same behavior with the time import first time
    #print('Fcn001.version is',Fcn001.version)
    print('math.sqrt(10.2) =', math.sqrt(10.2))
    print()
    print('multiply(10,21) is', mymodule.multiply(10, 21))
    print('divide(10,21) is', mymodule.divide(10, 21))
    print()
    ############### Testing the method of application of intrinsic constant
    if __name__ == '__main__':
        print('This program is being run by itself')
    else:
        print('I am being imported from another module')
    #print(__path__)
    #print(__line__)
    print('current file path is', __file__)
    ############### Testing the method of application of dir() fcn.
    zzz = 99
    newInt = 100
    print('Show the attribute-list of current module as following:')
    print(dir())
    yy = 78
    newString = 'ABC'
    print('Show the attribute-list of current module as following:')
    print(dir())
    del yy
    print('Show the attribute-list of current module as following:')
    print(dir())
    print('Show the attribute-list of sys module as following:')
    #print(dir(sys))
    ############### Testing the method of application of list-data-stucture
    shoplist = ['apple', 'mango', 'carrot', 'banana']
    print('I have', len(shoplist), 'items to purchase.')
    print('These items are:')  # Notice the comma at end of the line
    print('All the items :')
    for item in shoplist:
        print(item, ' ', ' ', sep='->', end='')
    else:
        print()
    shoplist.append('added001')
    shoplist.append('added002')
    shoplist.append('added001')
    shoplist.append(123123)
    shoplist.append(0.003782)
    sublist = [12, 32.132, 'ABC', "zyx", 31, 1323.1231]
    shoplist.append(sublist)
    print('All the items :')
    for item in shoplist:
        print(item, ' ', ' ', sep='->', end='')
    else:
        print()
    print('Output the shoplist : ', shoplist)
    ############### Testing the method of application of tuple (diffrent from list)
    zoo = ('wolf', 'elephant', 'penguin')
    print('Number of animals in the zoo is', len(zoo))
    new_zoo = ('monkey', 'dolphin', zoo)
    print('Number of animals in the new zoo is', len(new_zoo))
    print('All animals in new zoo are', new_zoo)
    print('Animals brought from old zoo are', new_zoo[2])
    print('Last animal brought from old zoo is', new_zoo[2][2])
    age = 22
    name = 'Swaroop'
    print('%s is %d years old' %
          (name, age))  # tuple mostly are used in print-clause
    print('Why is %s playing with that python?' % name)
    ############### Testing the method of application of key-value pair i.e. dictionary data structure
    ab = {
        'Swaroop': '*****@*****.**',
        'Larry': '*****@*****.**',
        'Matsumoto': '*****@*****.**',
        'Spammer': '*****@*****.**'
    }
    print()
    print("Swaroop's address is %s" % ab['Swaroop'])
    # Adding a key/value pair
    ab['Guido'] = '*****@*****.**'
    # Deleting a key/value pair
    del ab['Spammer']
    print('\nThere are %d contacts in the address-book : \n' % len(ab))
    for name, address in ab.items():
        print('Contact %s at %s' % (name, address))
    if 'Guido' in ab:  # OR ab.has_key('Guido')
        print("\nGuido's address is %s" % ab['Guido'])
    ############### Testing the method of application of sequence
    shoplist = ['apple', 'mango', 'carrot', 'banana']
    # Indexing or 'Subscription' operation
    print('Item 0 is', shoplist[0])
    print('Item 1 is', shoplist[1])
    print('Item 2 is', shoplist[2])
    print('Item 3 is', shoplist[3])
    print('Item -1 is', shoplist[-1])
    print('Item -2 is', shoplist[-2])
    print('Item -3 is', shoplist[-3])
    print('Item -4 is', shoplist[-4])
    # Slicing on a list
    print('Item 1 to 3 is', shoplist[1:3])
    print('Item 2 to end is', shoplist[2:])
    print('Item 1 to -1 is', shoplist[1:-1])
    print('Item start to end is', shoplist[:])
    # Slicing on a string
    name = 'ABCDefghijk'
    print('characters 1 to 3 in string \'swaroop\' is', name[1:3])
    print('characters 2 to end in string \'swaroop\' is', name[2:])
    print('characters 1 to -1 in string \'swaroop\' is', name[1:-1])
    print('characters start to end in string \'swaroop\' is', name[:])
    ############### Testing the method of application of reference and copy(i.e. ref and copy)
    print('Simple Assignment')
    shoplist = ['apple', 'mango', 'carrot', 'banana']
    mylist = shoplist  # mylist is just another name pointing to the same object!
    del shoplist[0]
    print('shoplist is', shoplist)
    print('mylist is', mylist)
    # notice that both shoplist and mylist both print(the same list without
    # the 'apple' confirming that they point to the same object
    print('Copy by making a full slice')
    mylist = shoplist[:]  # make a copy by doing a full slice
    del mylist[0]  # remove first item
    print('shoplist is', shoplist)
    print('mylist is', mylist)
    ############### Testing the method of application of string (deeper study especially the fucntions)
    name = 'Swaroop'  # This is a string object
    if name.startswith('Swa'):
        print('Yes, the string starts with "Swa"')
    if 'a' in name:
        print('Yes, it contains the string "a"')
    if name.find('war') != -1:
        print('Yes, it contains the string "war"')
    delimiter = '_*_'
    mylist = ['Brazil', 'Russia', 'India', 'China']
    print(delimiter.join(mylist))
    delimiter = ' '
    mylistStr = delimiter.join(mylist)
    mylist2 = mylistStr.split(' ')
    print(mylist2)
    str = ('www...google.com')
    print(str)
    str_split = str.split(
        '.',
        500)  # To split the primt stirng 2 times, i.e. create two sub-segment
    print(str_split)
    print('    --  A B C-de F  --                    '.strip(), 'End')
Ejemplo n.º 13
0
Archivo: third.py Proyecto: Wvsnow/Hawk
def main():
    i = 5
    print(i)
    i = i + 1
    print("value of i is", i)
    ############### Testing the method of application of string output
    s = """This is a multi-line string.
   This is the second line."""
    print(s)
    s = "This is a string. \
   This continues the string."
    print(s)

    i = 10 ** 10
    print("i = 10**10 = ", i)

    i = 134
    j = 50
    k = i // j
    print(" i =", i, " j =", j, " k = i//j =", k)
    k = i % j
    print(" i =", i, " j =", j, " k = i%j =", k)
    ############### Testing the method of application of for-loop
    for i in (10, 12, 33, 14, 57):
        if ~i % 2:
            print(i, "is an even number.")
        else:
            print(i, "is an odd number.")
    for i in range(0, 3):
        print(i)
    else:
        print("The for loop is over with outputting range(0,3)")
    for i in range(0, 300, 98):
        print(i)
    else:
        print("The for loop is over with outputting range(0, 300, 98)")
    ##   ############### Testing the method of application of while-if
    ##   number = 23
    ##   guess = 10
    ##   while(guess!=number):
    ##      guess = int(input('Enter an integer to guess: '))
    ##      if guess == number:
    ##          print('Congratulations, you guessed it.') # New block starts here
    ##          print("(but you do not win any prizes!)") # New block ends here
    ##      elif guess < number:
    ##          print('No, it is a little lower than that') # Another block
    ##          # You can do whatever you want in a block ...
    ##      else:
    ##          print('No, it is a little higher than that')
    ##          # you must have guess > number to reach here
    ##   else:
    ##      print('The while loop is over.')
    ##      # Do anything else you want to do here
    ##   print('Done')
    ##   ############### Testing the method of application of break-clause
    ##   while True:
    ##      s = input('Enter something until with quit: ')
    ##      if s == 'quit':
    ##         break
    ##      elif len(s) < 3:
    ##         print('input string is too short to quit')
    ##         continue
    ##      print('Length of the string is', len(s))
    ##   print('Done')
    ############### Testing the method of application of call-funtion
    sayHello()
    printMax(100, 321)
    print("maximum(123,142) is", maximum(123, 142))
    printMaxDoc(123, 142)
    print(printMaxDoc.__doc__)
    help(printMaxDoc)
    help(printMax)
    ############### Testing the method of application of modules
    print("The command line arguments are:")
    for i in sys.argv:
        print(i)
    print("\n\nThe PYTHONPATH is", sys.path, "\n")
    mymodule.sayhi()
    print("mymodule.version is", mymodule.version)
    # Fcn001.main()    # the same behavior with the time import first time
    # print('Fcn001.version is',Fcn001.version)
    print("math.sqrt(10.2) =", math.sqrt(10.2))
    print()
    print("multiply(10,21) is", mymodule.multiply(10, 21))
    print("divide(10,21) is", mymodule.divide(10, 21))
    print()
    ############### Testing the method of application of intrinsic constant
    if __name__ == "__main__":
        print("This program is being run by itself")
    else:
        print("I am being imported from another module")
    # print(__path__)
    # print(__line__)
    print("current file path is", __file__)
    ############### Testing the method of application of dir() fcn.
    zzz = 99
    newInt = 100
    print("Show the attribute-list of current module as following:")
    print(dir())
    yy = 78
    newString = "ABC"
    print("Show the attribute-list of current module as following:")
    print(dir())
    del yy
    print("Show the attribute-list of current module as following:")
    print(dir())
    print("Show the attribute-list of sys module as following:")
    # print(dir(sys))
    ############### Testing the method of application of list-data-stucture
    shoplist = ["apple", "mango", "carrot", "banana"]
    print("I have", len(shoplist), "items to purchase.")
    print("These items are:")  # Notice the comma at end of the line
    print("All the items :")
    for item in shoplist:
        print(item, " ", " ", sep="->", end="")
    else:
        print()
    shoplist.append("added001")
    shoplist.append("added002")
    shoplist.append("added001")
    shoplist.append(123123)
    shoplist.append(0.003782)
    sublist = [12, 32.132, "ABC", "zyx", 31, 1323.1231]
    shoplist.append(sublist)
    print("All the items :")
    for item in shoplist:
        print(item, " ", " ", sep="->", end="")
    else:
        print()
    print("Output the shoplist : ", shoplist)
    ############### Testing the method of application of tuple (diffrent from list)
    zoo = ("wolf", "elephant", "penguin")
    print("Number of animals in the zoo is", len(zoo))
    new_zoo = ("monkey", "dolphin", zoo)
    print("Number of animals in the new zoo is", len(new_zoo))
    print("All animals in new zoo are", new_zoo)
    print("Animals brought from old zoo are", new_zoo[2])
    print("Last animal brought from old zoo is", new_zoo[2][2])
    age = 22
    name = "Swaroop"
    print("%s is %d years old" % (name, age))  # tuple mostly are used in print-clause
    print("Why is %s playing with that python?" % name)
    ############### Testing the method of application of key-value pair i.e. dictionary data structure
    ab = {
        "Swaroop": "*****@*****.**",
        "Larry": "*****@*****.**",
        "Matsumoto": "*****@*****.**",
        "Spammer": "*****@*****.**",
    }
    print()
    print("Swaroop's address is %s" % ab["Swaroop"])
    # Adding a key/value pair
    ab["Guido"] = "*****@*****.**"
    # Deleting a key/value pair
    del ab["Spammer"]
    print("\nThere are %d contacts in the address-book : \n" % len(ab))
    for name, address in ab.items():
        print("Contact %s at %s" % (name, address))
    if "Guido" in ab:  # OR ab.has_key('Guido')
        print("\nGuido's address is %s" % ab["Guido"])
    ############### Testing the method of application of sequence
    shoplist = ["apple", "mango", "carrot", "banana"]
    # Indexing or 'Subscription' operation
    print("Item 0 is", shoplist[0])
    print("Item 1 is", shoplist[1])
    print("Item 2 is", shoplist[2])
    print("Item 3 is", shoplist[3])
    print("Item -1 is", shoplist[-1])
    print("Item -2 is", shoplist[-2])
    print("Item -3 is", shoplist[-3])
    print("Item -4 is", shoplist[-4])
    # Slicing on a list
    print("Item 1 to 3 is", shoplist[1:3])
    print("Item 2 to end is", shoplist[2:])
    print("Item 1 to -1 is", shoplist[1:-1])
    print("Item start to end is", shoplist[:])
    # Slicing on a string
    name = "ABCDefghijk"
    print("characters 1 to 3 in string 'swaroop' is", name[1:3])
    print("characters 2 to end in string 'swaroop' is", name[2:])
    print("characters 1 to -1 in string 'swaroop' is", name[1:-1])
    print("characters start to end in string 'swaroop' is", name[:])
    ############### Testing the method of application of reference and copy(i.e. ref and copy)
    print("Simple Assignment")
    shoplist = ["apple", "mango", "carrot", "banana"]
    mylist = shoplist  # mylist is just another name pointing to the same object!
    del shoplist[0]
    print("shoplist is", shoplist)
    print("mylist is", mylist)
    # notice that both shoplist and mylist both print(the same list without
    # the 'apple' confirming that they point to the same object
    print("Copy by making a full slice")
    mylist = shoplist[:]  # make a copy by doing a full slice
    del mylist[0]  # remove first item
    print("shoplist is", shoplist)
    print("mylist is", mylist)
    ############### Testing the method of application of string (deeper study especially the fucntions)
    name = "Swaroop"  # This is a string object
    if name.startswith("Swa"):
        print('Yes, the string starts with "Swa"')
    if "a" in name:
        print('Yes, it contains the string "a"')
    if name.find("war") != -1:
        print('Yes, it contains the string "war"')
    delimiter = "_*_"
    mylist = ["Brazil", "Russia", "India", "China"]
    print(delimiter.join(mylist))
    delimiter = " "
    mylistStr = delimiter.join(mylist)
    mylist2 = mylistStr.split(" ")
    print(mylist2)
    str = "www...google.com"
    print(str)
    str_split = str.split(".", 500)  # To split the primt stirng 2 times, i.e. create two sub-segment
    print(str_split)
    print("    --  A B C-de F  --                    ".strip(), "End")
Ejemplo n.º 14
0
from mymodule import sayhi,__version__
#from mymodule import * #这里使用 * 不会导入__version__(可以理解为双下划线开头的变量是private的)

sayhi()# 如果指定了导入的function 那可以直接调用function 而不需要module 名
print('Version',__version__)
Ejemplo n.º 15
0
#!/usr/bin/python
# Filename: mymodule_demo.py

import mymodule as md
import using_name 

md.sayhi()

print('Version is ',md.version)

#dir(md)