Pythonではlistのappendメソッドを追加し,下付きで取得する.の要素は、他のデータ構造であってもよい

              ，               ，  append   。

#pylist_test.py

class Test:
	i = 0
	def __init__(self):
		pass
	def sayhello(self):
		print 'hello'+str(self.i)
		Test.i = self.i+1
	def geti(self):
		print self.i
	def __del__(self):
		print 'destruct'+str(self.i)

def main():
	li = list()
	j = int()
	j = 0
	seq = (1,2,3,4,5)
	#print len(seq)
	for i in seq:
		for i in seq:
			li.append(Test())
			li[j].sayhello()
			j = j + 1
		print "come here 01!"
		li[i-1].geti()
	print len(li)
	print "come here o2!"

main()
#print len(li)
print "come here 03!"


#Tuple To List
#>>> li = list((1,2))
#[1,2]
#List To Tuple
#>>> tu = tuple([1,2])
#(1,2)


#we can declare a specific type variable obviously
#size = int()
#size = 1
#print type(size),size
#size = 'test'
#print type(size),size

#list_test = list()
#print type(list_test)

#t1 = Test()
#t2 = Test()
#t3 = Test()

#list_test.append(t1)
#list_test.append(t2)
#list_test.append(t3)
#list_test[0].sayhello()
#list_test[1].sayhello()
#list_test[2].sayhello()

#list can be nested in Python
#list_2 = list()
#list_2.append(list_test)
#list_2[0][0].sayhello()
#list_2[0][1].sayhello()
#list_2[0][2].sayhello()