def main4(sfd,func_pool,arg,file_path='.dat'):
    """
    This function write data produced by servise function in its own file.

    TODO: describe all tests as documentation for further displaying.For example
    This func:
    1 ....do something...............
    2 ....do something...............
    ...................

    sfd -- dictionary of sorted files for reading
    """
    for arg['arg1'], arg['arg2'], arg['arg3'] in line_from_file(sfd):#read data from files
        for fun in func_pool:
            try:
                # Create file's object from function's attribute that stores path to writing file
                func_file = open(fun.my_file,'a')
                func_file.write(fun(**arg)+'')
                func_file.close()
            except:
                # Create file, write head string and first line
                f_test1 = open(fun.__name__ + '.dat','w')
                f_test1.write('This is head of %s\n\n'%fun.__name__)
                f_test1.write(fun(**arg)+'')
                f_test1.close()
                # Attach file's name as function attribute
                fun.__setattr__('my_file' ,fun.__name__ + file_path)
    print 'File name is %s'%fun.my_file
Exemplo n.º 2
0
def main4(sfd, func_pool, arg, file_path='.dat'):
    """
    This function write data produced by servise function in its own file.

    TODO: describe all tests as documentation for further displaying.For example
    This func:
    1 ....do something...............
    2 ....do something...............
    ...................

    sfd -- dictionary of sorted files for reading
    """
    for arg['arg1'], arg['arg2'], arg['arg3'] in line_from_file(
            sfd):  #read data from files
        for fun in func_pool:
            try:
                # Create file's object from function's attribute that stores path to writing file
                func_file = open(fun.my_file, 'a')
                func_file.write(fun(**arg) + '')
                func_file.close()
            except:
                # Create file, write head string and first line
                f_test1 = open(fun.__name__ + '.dat', 'w')
                f_test1.write('This is head of %s\n\n' % fun.__name__)
                f_test1.write(fun(**arg) + '')
                f_test1.close()
                # Attach file's name as function attribute
                fun.__setattr__('my_file', fun.__name__ + file_path)
    print 'File name is %s' % fun.my_file
def main3(func_pool,arg):
    """
    This function extract data from list of files, number of files and number
    of lines in file and pass theirs as arguments to pool of function.
    """
    # Get dictionary of binary files
    sfd = sort_file_dict(test_path['main_fun'])
    for arg['arg1'], arg['arg2'], arg['arg3'] in line_from_file(sfd):#read data from files
        for fun in func_pool:
            print 'I am %s'%fun.__name__
            print fun(**arg),'\n'
Exemplo n.º 4
0
def main3(func_pool, arg):
    """
    This function extract data from list of files, number of files and number
    of lines in file and pass theirs as arguments to pool of function.
    """
    # Get dictionary of binary files
    sfd = sort_file_dict(test_path['main_fun'])
    for arg['arg1'], arg['arg2'], arg['arg3'] in line_from_file(
            sfd):  #read data from files
        for fun in func_pool:
            print 'I am %s' % fun.__name__
            print fun(**arg), '\n'
def main2():
    """
    This is the second part of main function which separate tupels of arguments
    for functions according fuctions.

    vargs -- list of tuples with arguments
    """
    # Get dictionary of binary files
    sfd = sort_file_dict(test_path['main_fun'])
    for f, r, l in line_from_file(sfd):#read data from files
        func_args = {'test1':(f,),'test2':(f,r),'test3':(f,r,l)}
        for fun, arg in zip(func_pool,func_args):
            print 'I am %s'%fun.__name__
            print fun(*func_args[fun.__name__]),'\n'
Exemplo n.º 6
0
def main2():
    """
    This is the second part of main function which separate tupels of arguments
    for functions according fuctions.

    vargs -- list of tuples with arguments
    """
    # Get dictionary of binary files
    sfd = sort_file_dict(test_path['main_fun'])
    for f, r, l in line_from_file(sfd):  #read data from files
        func_args = {'test1': (f, ), 'test2': (f, r), 'test3': (f, r, l)}
        for fun, arg in zip(func_pool, func_args):
            print 'I am %s' % fun.__name__
            print fun(*func_args[fun.__name__]), '\n'
Exemplo n.º 7
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def main():
    """

    """
    for arg['arg1'], arg['arg2'], arg['arg3'] in line_from_file(sfd):#read data from files
        for fun in func_pool:
            try:
                # Create file's object from function's attribute that stores path to writing file
                func_file = open(fun.my_file,'a')
                func_file.write(fun(**arg)+'')
                func_file.close()
            except:
                # Create file, write head string and first line
                f_test1 = open(fun.__name__ + '.dat','w')
                f_test1.write('This is head of %s\n\n'%fun.__name__)
                f_test1.write(fun(**arg)+'')
                f_test1.close()
                # Attach file's name as function attribute
                fun.__setattr__('my_file' ,fun.__name__ + file_path)
    print 'File name is %s'%fun.my_file
Exemplo n.º 8
0
def main():
    """

    """
    for arg['arg1'], arg['arg2'], arg['arg3'] in line_from_file(
            sfd):  #read data from files
        for fun in func_pool:
            try:
                # Create file's object from function's attribute that stores path to writing file
                func_file = open(fun.my_file, 'a')
                func_file.write(fun(**arg) + '')
                func_file.close()
            except:
                # Create file, write head string and first line
                f_test1 = open(fun.__name__ + '.dat', 'w')
                f_test1.write('This is head of %s\n\n' % fun.__name__)
                f_test1.write(fun(**arg) + '')
                f_test1.close()
                # Attach file's name as function attribute
                fun.__setattr__('my_file', fun.__name__ + file_path)
    print 'File name is %s' % fun.my_file