02 review process statements and jump statements

f = open ( "02 review process", MODE = '+ W', encoding = "UTF-. 8") 
f.write ( "\ T \ tpython flow control statements \ n-" 
        "Python flow control statements three structures 1, sequence structure 2, 3 select statement, a loop statement \ n-" 
        ". 1, the order of execution of a statement is the one according to the write down the code \ n-" 
        " 2, the select statement is based on conditional branch statements to be executed \ n-" 
        " 3, a loop is given loop execution condition statement block \ n "be executed to satisfy the condition 
        " no more than simple sequential statements introduced down performed line by line \ n " 
        ," block select statement if the expression \ n to a second write line For example blocks executed statement: \ n-" 
        " a =. 5 \ # single conditional \ n-" 
        " IF a> 0: # behind the block of statements not missing punctuation \ n-" 
        " Print ( 'do you want to do' ) \ n " 
        " # multiple conditional \ n " 
        " # a = set a variable value. 5. 5 \ n " 
        " the while True: setting a first cycle # \ n "  
        "B = int (input ( 'Enter your numbers')) # guessed number input by the user \ n" 
        "IF b <A: # b judgment statement following statement is executed \ n is smaller than a"
        "Print ( 'too small') \ n-" 
        "elif b> a: b is greater than # execute the following statements is determined when a statement \ n-" 
        "print ( 'too') \ n-" 
        "a == b elif : # judgment statement executed when b is equal to a following statement \ n-" 
        " Print ( 'guessed') \ n-" 
        " Analyzing statements can be nested been determined that is a statement can have N B B then determines Analyzing statement blocks of N and C can be determined in the sentence and the N D C has been determined nested \ n-" 
        " \ n-while loop \ n-" 
        " refers to a group while loop statement is executed while repeating been performed using # be careful when operating Beware statement into an infinite loop consuming memory \ the n-" 
        " for example: \ the n-" 
        " Print ( 'now there is a thing unknown number three number three of the remaining two, the number of fifty-five left three Weeks of the number of left Second, ask geometric \ the n-') \ the n-"? 
        " = 0 Number the \ # the n-count variable \ the n-" 
        " none = True \ the n-" 
        " the while none: # set a loop out of the loop until the condition is not satisfied \ n "
        "    nomber += 1\n"
        "If nomber% 3 == 2 and nomber% 5 == 3 and nomber% 7 == 2: # execution conditions are selected to satisfy the following conditions are satisfied statement block \ n-" 
        "Print ( 'answer: this number is' , Number) \ n-" 
        " none False \ n-= " 
        " \ n-\ n-for loop # this loop most commonly used \ n-" 
        " loop for loop is sequentially repeated, and are normally used in the traversal sequence, and an iterative object element \ n-" 
        " for the object in I: example: The following Examples 99 to print a multiplication table for loop \ n-" 
        " \ n-\ T \ T Print ( 'multiplication table') \ n-" 
        " for X in Range ( 1, 10): a first iteration # 10 target loop number \ n-" 
        " for Y in Range (. 1,. 1 + X): \ n-" 
        " Print (STR (Y) + '*' + STR (X) + '=' + STR (X * Y), End = '' ') \ n-" 
        " Print (' ') \ n-" 
        " \ n-\ n-jump statement \ n-" 
        "break (end of the cycle) continue (jump out of this cycle) \ the n-" 
        " is a direct BREAK to end the current cycle is out of round continue the cycle begins the next cycle also pass an empty statement is nothing more than a placeholder ")
f.close()