The conditions and loops of the Python Basic Learning Code

Def func1 (): alist = [' Cathy ', ' Terry ', ' Joe ', ' health ', ' Lucy '] for I in range ( -1,-len (alist) -1,-1): Print I,al Ist[i]def Func2 (): alist = [' Cathy ', ' Terry ', ' Joe ', ' health ', ' Lucy '] for I,name in Enumerate (alist): print '%d %s '% (i,name) import Randomdef func3 (): alist = [' Cathy ', ' Terry ', ' Joe ', ' health ', ' Lucy '] blist = [Random.randint (i,10 ) for I in range (5)] for a, b in Zip (alist,blist): Print A,bdef FUNC4 (): num = 4 count = NUM/2 while C ount > 0:if num% Count = = 0:print count, ' is the largest factor of ', Num break cou NT-= 1def showmaxfactor (num): Count = Num/2 while count > 1:if num% count = = 0:print num,        ' Largest factor is ', count break count-= 1 return True else:print num, ' is prime '    return Falsedef Func5 (): For Eachnum in Range (10,60): Showmaxfactor (Eachnum) def func6 (): alist = Range (5) return map (Lambda x:x * * 2,alist) def func7 (): alist = [x * * 2 for X in range (5)] return alistdef Func8 (): Return filter (lambda x:x% 2 , Range (Ten)) def FUNC9 (): return [x for x in range] if x% 2]def func10 (): Return [(X+1,y+1) for x in range (3) for  Y in range (5)]import osdef func11 (): F = open (' client.py ', ' R ') print Os.stat (' client.py '). St_size print Len ([Word For Line.split (")") F.seek (0) print sum ([Len (word) for line in F for word in line.split (') )] def cols (): Yield 3 yield 5def func12 (): Alist = [1,2,4,6] x = ((i,j) for I in Alist for J in Cols ()) fo     R A in X:print adef func13 (): F = open (' client.py ', ' r ') longest = 0 Alllines = f.readlines () f.close ()    For line in Alllines:linelen = Len (Line.strip ()) if Linelen > longest:longest = Linelen return Longestdef Func14 (): F = open (' client.py ', ' r ') Alllinelen = [Len (X.strip ()) for x in F] f.close () re Turn Max (Alllinelen) defFUNC15 (): Return Max (Len (X.strip ()) for x in open (' client.py ', ' R ')) def func16 (x, Y, z): Alist = [] for I in range            , y+1,z): Alist.append (i) return alistdef getfactors (num): For I in Range (1,num+1): if num% i = = 0:             Print idef isperfect (num): sum = 0 count = NUM/2 while Count > 0:for i in Range (1,count+1):        If num% i = = 0:sum + = I count-= 1 if sum = = Num:return True Else: return falsedef Fibonacci (num): if num = = 1:return [1] if num = = 2:return [all] list = [ ] If num > 2:for i in Range (3,num+1): List.append (List[-1]+list[-2]) return listdef Conve RT (): start = Int (raw_input (U ' enter start value: ')) end = Int (raw_input (U ' Enter end value: ')) for I in Range (start,end+1): pri NT "Dec bin Oct Hex" print '-' * print "%d%s%s%s"% (I,bin (i), Oct (i), Hex (i))

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