auto save

asdfghjkl.py

+____________________________________________________________________________-——-----------------------------------------------------——————-————————————————————————----------------——----------------_______________________________-----________________________________________-________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
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diy1.py

@@ -13,6 +13,5 @@ print(list_hero)
 # 请注释掉上面的代码，并在下一行创建一个名为dict_hero的字典
 # 请注释掉上面的代码，并在下一行创建一个名为dict_hero的字典
 dict_hero={'猴三':10,'猴一':21,'猴五':22,'猴队长':29,"猴七":30}
 dict_hero={'猴三':10,'猴一':21,'猴五':22,'猴队长':29,"猴七":30}
 dict_hero['猴五']=100
 dict_hero['猴五']=100
-dict_hero['猴王']=300
-print(dict_hero)
+print(dict_hero['猴七'])
 
 

fgh.py

+import ty
+
+data=ty.new_input()
+score=ty.count(data)
+
+print("总分是"+str(score))
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ghgy.py

+file1=open(r'C:\Users\cc\Desktop\test.txt','w',encoding='utf-8')
+file1.write('改好价格')
+file1.close()

ty.py

+def new_input():
+    list1=[]
+    while True:
+        data=input("请输入一个数字") 
+        if data=="stop":
+            break
+        else:
+            try:
+                data_1=int(data)
+            except:
+                print("请输入一个数字")
+            else:
+                list1.append(data_1)
+
+    print(list1)
+    return(list1)
+
+new_data=new_input()
+print(new_data)
+
+def count(new_data):
+    total=0
+    for i in new_data:
+        total=total+i
+    print(total)
+    return(total)
+
+count(new_data)    
+
+