{ "0": { "Menu_Index": 0, "Menu_Name" : "Main", "0": { "Item_Index": 0, "Item_Name" : "System Language", "Mult_Item" : false, "0": { "Property_Name": "System Language", "Current_Value": 0, "Allowed_Value": { "0": "Chinese", "1": "English" } } }, "1": { "Item_Index": "1", "Item_Name" : "System Date and Time", "Mult_Item" : true, "0": { "Property_Name": "System Date", "Current_Value": "05/22/2023" }, "1": { "Property_Name": "System Time", "Current_Value": "02:12:21" } } }, "1": { "Menu_Index": 1, "Menu_Name" : "Advanced", "0": { "Item_Index": 0, "Item_Name" : "Serial Port Console", "Mult_Item" : false, "0": { "Property_Name": "Console", "Current_Value": 0, "Allowed_Value": { "1": "Enabled", "0": "Disabled" } } }, "1": { "Item_Index": 1, "Item_Name" : "IPMI Configuration", "Mult_Item" : false, "0": { "Property_Name": "IPMI Configuration", "Current_Value": 1, "Allowed_Value": { "1": "Enabled", "0": "Disabled" } } }, "2": { "Item_Index": 2, "Item_Name" : "Power Management", "Mult_Item" : true, "0": { "Property_Name": "AC Configuration", "Current_Value": 1, "Allowed_Value": { "0": "Power Off", "1": "Power On", "2": "Last State" } }, "1": { "Property_Name": "Wake on PCIE", "Current_Value": 10, "Allowed_Value": { "1": "Enabled", "0": "Disabled" } } }, "3": { "Item_Index": 3, "Item_Name" : "USB Information and configuration", "Mult_Item" : false, "0": { "Property_Name": "USB Information and configuration", "Current_Value": 1, "Allowed_Value": { "1": "Enabled", "0": "Disabled" } } } }, "2": { "Menu_Index": 2, "Menu_Name" : "Security", "0": { "Item_Index": 0, "Item_Name" : "Set Administrator Password", "Mult_Item" : false, "0": { "Property_Name": "Set Administrator Password", "Current_Value": "" } }, "1": { "Item_Index": 1, "Item_Name" : "Set Power-On Password", "Mult_Item" : false, "0": { "Property_Name": "Set Power-On Password", "Current_Value": "" } } }, "3": { "Menu_Index": 3, "Menu_Name" : "Boot", "0": { "Item_Index": 0, "Item_Name" : "Bootup NumLock State", "Mult_Item" : false, "0": { "Property_Name": "Bootup NumLock State", "Current_Value": 0, "Allowed_Value": { "1": "On", "0": "Off" } } }, "1": { "Item_Index": 1, "Item_Name" : "Change Boot Order", "Mult_Item" : false, "0": { "Property_Name": "Change Boot Order" } } } } 修改"Wake on PCIE",的"Current_Value"值为99

/声明函数/ int menu_select(); /主菜单函数/ void Insert(Pointer * Head); /录入函数/ void Scan(Pointer Head); /显示函数/ void Search_name(Pointer Head); /按书名查找函数/ void Search_author(Pointer Head); /按作者名查找函数/ void Listbyname(Pointer Head); /按书名排序函数/ void Delete(Pointer Head); //删除函数 void Update(Pointer Head); //修改函数 void Save(); //用文本文件形式保存函数 void Read(); //读入文本文件函数 void Exit(); //退出函数 int main() { //主函数 system("cls"); /运行前清屏/ for(;;) { switch(menu_select()) { case 1:Insert(& Head); break; case 2:Scan(Head); break; case 3:Search_name(Head); break; case 4:Search_author(Head); break; case 5:Listbyname(&Head); break; case 6:Delete(&Head); break; case 7:Update(Head); break; case 8:Save(); break; case 9:Read(); break; case 0:Exit(); default: putchar('\a'); } } return 0; }

这是一个图书管理系统的主函数，其中包括了主菜单函数、...主函数通过不断调用menu_select()函数，根据用户输入的选项来执行对应的操作。整个程序的功能是将图书信息存储在链表中，实现对图书的增删改查和排序等操作。

<menuitem id="roke_mes_contract_main_menu" name="合同管理" sequence="16" groups="base.group_system"/> <menuitem id="roke_crm_visit_record_menu" name="客户拜访记录" parent="roke_mes_crm_main_menu" action="view_roke_crm_visit_record_action" sequence="10" groups="base.group_system"/>代码中groups的作用是什么

在Odoo中，groups用于定义用户组，以及在菜单项中指定哪些用户组可以访问该菜单项。当用户登录到系统时，他们将被分配到一个或多个用户组中...在这种情况下，只有属于base.group_system用户组的用户才能访问该菜单项。

def gui(self): # print("ui 渲染") self.menuMain() #self.Input() self.menuTab() self.table() self.Show() # self.window = 1 # 调用上述函数 def main(): xt = ManageSystem() xt.gui() tk.mainloop() if name == "main": main()解释每一句代码含义

其中 self.menuMain()、self.menuTab()、self.table()、self.Show() 是 ManageSystem 类中的方法，用于创建菜单、选项卡、表格和展示 UI 界面。tk.mainloop() 是 Tkinter 模块中的一个方法，用于开始...

优化这段代码：int main() { // 设置控制台颜色 system("color F4"); // 初始化文件指针和计数器等变量 FILE fp = NULL; int count = 0; char num[100]; int flag1 = 0, flag2 = 0, flag3 = 0; char F_name[20]; // 进入程序循环 while (1) { // 显示菜单 menu1(); // 获取用户输入的选项 printf("\t请选择你要进行的文件操作："); scanf("%s", num); getchar(); // 判断用户输入是否合法 while (strlen(num) > 1 || num[0] < 49 || num[0] > 52) { printf("\t输入错误！请重新输入："); scanf("%s", num); getchar(); } // 根据用户输入的选项进行相应操作 switch (num[0]) { case '1': flag1 = 1; break; case '2': flag2 = 1; break; case '3': flag3 = 1; break; case '4': printf("\n\t"); exit(0); break; } // 根据不同选项调用不同的函数 if (flag1 == 1) { flag1 = 0; create_file(fp, F_name); } else if (flag2 == 1) { flag2 = 0; edit(); } else if (flag3 == 1) { flag3 = 0; read_file(fp, F_name); } } return 0; } void edit() { FILE fp = NULL; int count = 0; char num[100]; char F_name[20]; int flag[5] = {0}; // 使用数组来代替多个 flag 变量 while (1) { menu12(); printf("\t请选择你要进行的文件操作："); scanf("%s", num); getchar(); while (strlen(num) > 1 || num[0] < '1' || num[0] > '5') { // 使用字符代替数字 printf("\t输入错误！请重新输入："); scanf("%s", num); getchar(); } switch (num[0]) { case '1': flag[0] = 1; break; case '2': flag[1] = 1; break; case '3': flag[2] = 1; break; case '4': flag[3] = 1; break; case '5': flag[4] = 1; break; } if (flag[0] == 1) { flag[0] = 0; insert_file(fp, F_name); } else if (flag[1] == 1) { flag[1] = 0; delete_file(fp, F_name); } else if (flag[2] == 1) { flag[2] = 0; search_file(fp, F_name); } else if (flag[3] == 1) { flag[3] = 0; replace_file(fp, F_name); } else if (flag[4] == 1) { flag[4] = 0; write_file(fp, F_name); } } }

system("color F4"); // 初始化文件指针和变量 FILE *fp = NULL; char option[100]; int flag[3] = {0}; char F_name[20]; // 进入程序循环 while (1) { // 显示菜单并获取用户输入的选项 int ...

优化这个程序，使其在调用edit后可以通过输入0来返回主程序：int main() { // 设置控制台颜色 system("color F4"); // 初始化文件指针和计数器等变量 FILE fp = NULL; int count = 0; char num[100]; int flag1 = 0, flag2 = 0, flag3 = 0; char F_name[20]; // 进入程序循环 while (1) { // 显示菜单 menu1(); // 获取用户输入的选项 printf("\t请选择你要进行的文件操作："); scanf("%s", num); getchar(); // 判断用户输入是否合法 while (strlen(num) > 1 || num[0] < 49 || num[0] > 52) { printf("\t输入错误！请重新输入："); scanf("%s", num); getchar(); } // 根据用户输入的选项进行相应操作 switch (num[0]) { case '1': flag1 = 1; break; case '2': flag2 = 1; break; case '3': flag3 = 1; break; case '4': printf("\n\t"); exit(0); break; } // 根据不同选项调用不同的函数 if (flag1 == 1) { flag1 = 0; create_file(fp, F_name); } else if (flag2 == 1) { flag2 = 0; edit(); } else if (flag3 == 1) { flag3 = 0; read_file(fp, F_name); } } return 0; } void edit() { FILE fp = NULL; int count = 0; char num[100]; char F_name[20]; int flag[5] = {0}; // 使用数组来代替多个 flag 变量 while (1) { menu12(); printf("\t请选择你要进行的文件操作："); scanf("%s", num); getchar(); while (strlen(num) > 1 || num[0] < '1' || num[0] > '5') { // 使用字符代替数字 printf("\t输入错误！请重新输入："); scanf("%s", num); getchar(); } switch (num[0]) { case '1': flag[0] = 1; break; case '2': flag[1] = 1; break; case '3': flag[2] = 1; break; case '4': flag[3] = 1; break; case '5': flag[4] = 1; break; } if (flag[0] == 1) { flag[0] = 0; insert_file(fp, F_name); } else if (flag[1] == 1) { flag[1] = 0; delete_file(fp, F_name); } else if (flag[2] == 1) { flag[2] = 0; search_file(fp, F_name); } else if (flag[3] == 1) { flag[3] = 0; replace_file(fp, F_name); } else if (flag[4] == 1) { flag[4] = 0; write_file(fp, F_name); } }

你可以修改 edit 函数的 while 循环，加入一个输入判断，输入 0 时返回主程序。修改后的代码如下： void edit() { FILE *fp = NULL; int count = 0; char num[100]; char F_name[20]; int flag[5] = {0}; ...

there is a file，use c write a System Requirements: A. To make the program as user-friendly as possible, use the following menu to start. 1. Import grades for a course 2. Delete a course 3. Calculate GPA 4. Export file with GPA 5. Quit User will choose the functions using the index number: 1: ask user to import a file from which the grades will be added to students.txt. a) The program should ask the user to input the course name before input the file name. It is assumed that the length of course name is less than 20. b) If the course name inputted by user exists in students.txt, gives user a warning. User can choose to replace the old grades with new or not. If user choose not to replace, go back to main menu. c) If the course name does not exist in students.txt, ask the user to give the file name to import. d) If it is found that a student ID in this imported file cannot be found in the students.txt, do not import and give the warning. Each ID contains 10 digits. It is assumed that each file has been sorted according to ID in ascending order before it is imported. 2: ask user to input the course name to delete. If the course name does not exist in students.txt, gives a warning. 3: the system will calculate GPA for each student in students.txt and put the GPA in the file too. Keep two decimal points in GPA. 4: when user has this choice, the system will display a sub-menu. 1. Sorted in ID (ascending) 2. Sorted in GPA (descending) 3. Back to main menu In this sub-menu, if user chooses 1 or 2, the system will ask user to input a file name to export to. If user chooses 3, system goes back to main menu. 5: Quit the system.

strcpy(students[existing_student_index].course_name, course); } else { // Add new student strcpy(students[*num_students].student_id, student_id); strcpy(students[*num_students].course_name, ...

#include <stdio.h> #include <stdlib.h> #include <string.h> #include <ctype.h> #include <windows.h> #define M 50 struct date { int year; int month; int day; }; struct library { int book_num; char book_name[40]; char author_name[10]; float book_price; char publisher[40]; struct date publish_time; char book_state[2]; char reader_name[10]; int reader_num; }; int input(struct library book[]); void list(struct library book[], int n); void search_name(struct library book[], int n); 填空__________; void sort_name(struct library book[], int n); int borrow_book(struct library book[], int n); _填空_________; void saverecord(struct library book[], int n); int loadrecord(struct library book[]); int menu(); void main() { struct library b[M]; int length; while(1) { switch(menu()) { case 1:length = input(b); if(length == -1) break; else saverecord(b, length); break; case 2:length = loadrecord(b); list(b, length); break; case 3:length = loadrecord(b); search_name(b, length); break; //case 4:length = loadrecord(b); //_填空; //saverecord(b, length); //break; //case 5:length=loadrecord(b); //length=Delete_num(b, length); //saverecord(b, length); //break; //case 6:length = loadrecord(b); //borrow_book(b,length); //saverecord(b，length); //break; //case 7:length = loadrecord(b); //填空______; //saverecord(b,length); //break; case 8:exit(0); } } } int menu() { int c; system("mode con:cols=400 lines=30000"); system("color 0b"); printf("\t\t\t\t\t-----------------------------------------------\n"); printf("\t\t\t\t\t+ 图书信息管理系统 +\n"); printf("\t\t\t\t\t-----------------------------------------------\n"); printf("\t\t\t\t\t\t\t \n"); printf("\t\t\t\t\t\t\t 1.输入图书信息\n"); printf("\t\t\t\t\t\t\t 2.显示图书信息\n"); printf("\t\t\t\t\t\t\t 3.按图书名标查询图书信息\n"); printf("\t\t\t\t\t\t\t 4.按图书名称从小到大排序图书信息\n"); printf("\t\t\t\t\t\t\t 5.按图书编号删除图书信息\n"); printf("\t\t\t\t\t\t\t 6.借书\n"); printf("\t\t\t\t\t\t\t 7.还书\n"); printf("\t\t\t\t\t\t\t 0.退出\n"); printf("\t\t\t\t\t\t\t \n"); do { printf("\n Enter your choice(0-7):"); if (scanf("%d" , &c) != 1) { while (getchar() != '\n') continue; continue; } }while (c<0 || c>7); return c; }

函数原型或函数定义： ...注意：在调用sort_name函数之前，需要先通过loadrecord函数将图书信息加载到数组b中，然后再调用sort_name函数进行排序，最后再通过saverecord函数保存排序后的图书信息。

1. Write a method with the following specifications: name: DisplayMenu arguments: none return value: none tasks: display the following menu choice on the screen Calculation Menu 1) Calculate Sum 2) Calculate Sum of Squares 3) Calculate Sum of Cubes 0) To Exit Enter the number that corresponds to your choice: You may beautify the output to your own likings. You don’t have to implement the functionalities of the various menu choices at this stage Call this method from your main.

System.out.println("0) To Exit"); System.out.print("Enter the number that corresponds to your choice: "); } You can call this method from your main method like this: public static void ...

; (C) COPYRIGHT 2011 STMicroelectronics ;* File Name : startup_stm32f10x_hd.s ;* Author : MCD Application Team ;* Version : V3.5.0 ;* Date : 11-March-2011 ;* Description : STM32F10x High Density Devices vector table for MDK-ARM ;* toolchain. ;* This module performs: ;* - Set the initial SP ;* - Set the initial PC == Reset_Handler ;* - Set the vector table entries with the exceptions ISR address ;* - Configure the clock system and also configure the external ;* SRAM mounted on STM3210E-EVAL board to be used as data ;* memory (optional, to be enabled by user) ;* - Branches to __main in the C library (which eventually ;* calls main()). ;* After Reset the CortexM3 processor is in Thread mode, ;* priority is Privileged, and the Stack is set to Main. ;* <<< Use Configuration Wizard in Context Menu >>> ;* ; THE PRESENT FIRMWARE WHICH IS FOR GUIDANCE ONLY AIMS AT PROVIDING CUSTOMERS ; WITH CODING INFORMATION REGARDING THEIR PRODUCTS IN ORDER FOR THEM TO SAVE TIME. ; AS A RESULT, STMICROELECTRONICS SHALL NOT BE HELD LIABLE FOR ANY DIRECT, ; INDIRECT OR CONSEQUENTIAL DAMAGES WITH RESPECT TO ANY CLAIMS ARISING FROM THE ; CONTENT OF SUCH FIRMWARE AND/OR THE USE MADE BY CUSTOMERS OF THE CODING ; INFORMATION CONTAINED HEREIN IN CONNECTION WITH THEIR PRODUCTS. ;*专业翻译

这是一个STM32F10x高密度设备的启动文件，用于K-ARM工具链。它的作用包括初始堆栈指针（SP）、设置初始程序计数器（PC）为Reset_Handler、设置异常中断向量表条目的地址、配置时钟系统以及配置外部SRAM（可选，由...

Action 4: increasing the number of books of a given user. When the user of the software specifies action 4, your program must ask the user to type the name of a user, and a number of books, and the program then uses that number to increase the number of books lent or borrowed by the user. Then the program goes back to the main menu. For example: Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): 3 Enter the name of the user: Anna Anna borrows -5 book(s). Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): 4 Enter the name of the user: Anna Enter the number of books: 2 Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): 3 Enter the name of the user: Anna Anna borrows -7 book(s). Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): 3 Enter the name of the user: Bob Bob borrows 10 book(s). Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): 4 Enter the name of the user: Bob Enter the number of books: 2 Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): 3 Enter the name of the user: Bob Bob borrows 12 book(s). Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): If the name of the user is wrong, then an UnknownUserException exception will be thrown by the Library object. The code of the main method of your CLI class must catch this exception, print the error message from the exception object, and then it just goes back to printing the menu of actions (by just going back to the beginning of the while loop). For example (where 4, aaaa, and 2 are inputs from the user): Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): 4 Enter the name of the user: aaaa Enter the number of books: 2 User aaaa unknown. Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): Note that, even if a consumer is a borrower, the readPosInt method prevents the typed number of books from being negative. This means a borrower will never throw a NotALenderException. Nevertheless the code of the main method of your CLI class must handle this exception by printing the error message "BUG! This must never happen!" and immediately terminating the program using System.exit(1). For example (where 3, Bob, 4, Bob, and -15 are inputs from the user): Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): 3 Enter the name of the user: Bob Bob borrows 12 book(s). Type an action (total:1 add:2 get:3 more:4 less:5 quit:6): 4 Enter the name of the user: Bob Enter the number of books: -15 Positive integers only! Enter the number of books:

System.out.print("Enter the name of the user: "); String borrower = scanner.nextLine(); try { int borrowed = library.get(borrower); System.out.println(borrower + " borrows " + borrowed + " book(s...

Write the following code in c #,1. Write a method with the following specifications: name: DisplayMenu arguments: none return value: none tasks: display the following menu choice on the screen Calculation Menu 1) Calculate Sum 2) Calculate Sum of Squares 3) Calculate Sum of Cubes 0) To Exit Enter the number that corresponds to your choice: You may beautify the output to your own likings. You don’t have to implement the functionalities of the various menu choices at this stage Call this method from your main.

Sure, here's the C# code that meets the specifications ...You can call the DisplayMenu() method from your Main() method, as shown above, to display the menu on the console when you run the program.

1. Write a method with the following specifications: name: DisplayMenu arguments: none return value: none tasks: display the following menu choice on the screen Calculation Menu, developed by StudentID:xxxx B) Calculate Number E) To Exit Enter the Letter that corresponds to your choice: Please update your ID in the menu. You don’t have to implement the functionalities of the various menu choices at this stage Call this method from your main. 2. Modify your main so that the above method is call repeatedly. The program will terminate when the user enters E. Any other choice should produce an error message. Because you will not be doing any arithmetic you may accept the user response either as an int, or a char or a string. 3. Write a method with the following specifications: name: CalculateN arguments: an int array with values ranging from 0 to 10 return value: int array of 3 integers. The first element will indicate the total sum of all the values in the array, the second element will indicate the average of all the values in the array, the third element will indicate the smallest value in the array. displays: none tasks: The method will create an int array of 3 elements (call this the result). In your main you will generate an int array of 5 elements with values ranging from 0 to 10, call this method and display the resulting array’s value.

System.out.println("Calculation Menu, developed by StudentID:xxxx"); System.out.println("B) Calculate Number"); System.out.println("E) To Exit"); System.out.print("Enter the Letter that ...

Write the following code in c #,Write a method with the following specifications: name: DisplayMenu arguments: none return value: none tasks: display the following menu choice on the screen Calculation Menu, developed by StudentID:xxxx B) Calculate Number E) To Exit Enter the Letter that corresponds to your choice: Please update your ID in the menu. You don’t have to implement the functionalities of the various menu choices at this stage Call this method from your main. 2. Modify your main so that the above method is call repeatedly. The program will terminate when the user enters E. Any other choice should produce an error message. Because you will not be doing any arithmetic you may accept the user response either as an int, or a char or a string. 3. Write a method with the following specifications: name: CalculateN arguments: an int array with values ranging from 0 to 10 return value: int array of 3 integers. The first element will indicate the total sum of all the values in the array, the second element will indicate the average of all the values in the array, the third element will indicate the smallest value in the array. displays: none tasks: The method will create an int array of 3 elements (call this the result). In your main you will generate an int array of 5 elements with values ranging from 0 to 10, call this method and display the resulting array’s value

- In the Main method, we use a do-while loop to repeatedly display the menu and prompt the user for a choice, until they enter 'E' to exit. - Inside the loop, we use a switch statement to check ...

帮我补全以下代码//主函数界面// viod zcd() { int n=o; char n; systen("cls");//清屏// printf("按任一键进入主菜单\n"); print("\n"); printf("\t\t皖江工学院欢迎您\n"); printf("\n\t\t----------欢迎使用简单成绩管理系统\n\t\t\t\n"); printf(" MENU *\n"); printf('\t1. 输入学生成绩信息 input the record\n"); printf("\t2. 显示学生成绩信息 print the record\n"); printf("\t3. 显示某门课程的最高分 print the highest score \n"); printf("\t4. 显示某门课程的最低分 print the lowest score\n"); printf("\t5. 显示某门课程的平均分 print the average score\n"); printf("\t6.显示某门课的成绩 print the score from high to lov\n"); printf("\t7. 按学号查找某个学生三门课程成绩 search record on mumber\n"); printf("\t8. 按姓名查找某个学生三门课程成绩 search record onname\n"); printf("\t9. 推出 quit\n") printf("****************\n"); printf("\t请输入你的选择 Enter your choice (1~9):")； fflvsh(stdio); n=getchar() do {svitch(n) { case '1':input();zcd();break; case '2':print();zcd();break; case '3':Max();zcd();break； case '4':Min();zcd():break; case '5':average();zcd();break; case '6':sort();zcd();break; case '7':search_num();zcd();break; case '8';search_name();zcd();break; case '9';exit(0); /如菜单返回值为9则程序结束/ default:printf("错误命令“）;getchar();zcd(): } }while(1); } int max=c_scorve[0];int i; for(i=1;I<Num:i++){ if(max<c_score[i])max #include <stdlib.h> #include <stdio.h> #include <string.h> #define NUM 2 int c_score [NUM],E_SCORE[NUM,m_score[NUM]; long xuehao[NUM]; char name[NUM]; int main() {void zcd();//申明zcd函数// system("pause"); return 0; } //输入学生学号，姓名，三门课成绩// void input() { int i; system("cls"); for(i=0;i<NUM;i==){ printf("\n请输入%d个学生的学号: ",i=1); fflush(stdin); scanf("1d',&xuehao[i]); fflush(stdin); printf("\n请输入%d个学生的姓名：",i=1); gets(name[i]); fflush(stdin); printf("\n请输入%d个学生的三门课成绩：“，i+1); scanf("%d,%d'&c_s

i++){ if(strcmp(n,name[i])==0){ printf("\n 学号\t 姓名\t 语文\t 数学\t 英语\t 总分\t 平均分\n"); printf("%ld\t %s\t %d\t %d\t %d\t %d\t %.2f\n", xuehao[i], name[i], c_score[i], E_SCORE[i], m_score[i],...

C语言学生管理系统：主菜单与操作功能

- main()：程序的主入口，初始化数据结构，并调用 mainmenu() 函数展示主菜单。 - mainmenu(MESSAGE*, MARK*)：显示菜单，提供选项如学生信息管理、成绩管理等。 - menu()：用户选择菜单项的函数，采用...

C语言实现ATM系统：登录与基础功能

- char name[10]：客户姓名。 - long int account：客户账户号。 - char code[7]：客户密码。 - double total：客户账户余额。 - double yue：客户账单余额（可能指月度账单或未处理费用）。 2. **...

白色简洁风格的享受旅行导航指南整站网站源码下载.zip

相关推荐

C语言学生信息管理系统：简易操作与管理

C语言实现高效通讯录管理：数据结构与操作

C程序设计：实现通讯录管理功能

def gui(self): # print("ui 渲染") self.menuMain() #self.Input() self.menuTab() self.table() self.Show() # self.window = 1 # 调用上述函数 def main(): xt = ManageSystem() xt.gui() tk.mainloop() if __name__ == "__main__": main()解释每一句代码含义

C语言学生管理系统：主菜单与操作功能

C语言实现ATM系统：登录与基础功能

白色简洁风格的享受旅行导航指南整站网站源码下载.zip

大家在看

tspl2指令集

Qi V1.3 Communications Protocol

CISP-DSG 数据安全培训教材课件标准版

天风证券_0305_风险预算与组合优化.pdf

麒麟V10桌面SP1网卡驱动

最新推荐

白色简洁风格的享受旅行导航指南整站网站源码下载.zip

白色简洁风格的乐队演出整站网站源码下载.zip

掌握HTML/CSS/JS和Node.js的Web应用开发实践

管理建模和仿真的文件

计算机体系结构概述：基础概念与发展趋势

int a[][3]={{1,2},{4}}输出这个数组

勒玛算法研讨会项目：在线商店模拟与Qt界面实现

"互动学习：行动中的多样性与论文攻读经历"

【计算机组成原理精讲】：从零开始深入理解计算机硬件

vue2加载高德地图

def gui(self): # print("ui 渲染") self.menuMain() #self.Input() self.menuTab() self.table() self.Show() # self.window = 1 # 调用上述函数 def main(): xt = ManageSystem() xt.gui() tk.mainloop() if name == "main": main()解释每一句代码含义