Create GUI Branch

.gitignore

@@ -1,14 +1,2 @@
-# 项目的构建文件夹
-build/
-
-# VSCode的配置文件夹
-.vscode/
-
-# CLion的配置文件夹
 .idea/
-
+cmake-build-debug-visual-studio/
-# draw.io的缓存文件
-*.bkp
-
-# 合成的全部代码文件
-all.c

CMakeLists.txt

@@ -1,21 +1,57 @@
-cmake_minimum_required(VERSION 3.10) # 设置cmake项目需要的cmake最小版本
+cmake_minimum_required(VERSION 3.10)
+project(auto_bus_gui)
 
-add_subdirectory(test)
+set(CMAKE_CXX_STANDARD 14)
-add_subdirectory(all_test)
+set(CMAKE_AUTOMOC ON)
+set(CMAKE_AUTORCC ON)
+set(CMAKE_AUTOUIC ON)
 
-project(auto_pilot_bus) # 设置项目的名称
+set(CMAKE_PREFIX_PATH "C:/Users/ricardo.DESKTOP-N6OVBK5/Programs/Qt/6.1.3/msvc2019_64")
 
-set(CMAKE_C_STANDARD 11) # 设置项目的C语言标准版本
+find_package(Qt6 COMPONENTS
-set(CMAKE_C_FLAGS "${CMAKE_C_FLAGS} -Wall")
+        Core
+        Gui
+        Widgets
+        REQUIRED)
 
-set(LIBRARY_OUTPUT_PATH ${PROJECT_SOURCE_DIR}/build) # 设置项目的产生的库的路径，这里直接设为二进制文件处
-
-# 设置项目的头文件目录
 include_directories(
-    ${PROJECT_SOURCE_DIR}/include/
+        ${PROJECT_SOURCE_DIR}/include
+        ${PROJECT_SOURCE_DIR}/src/header
 )
+aux_source_directory(${PROJECT_SOURCE_DIR}/src SRCS)
 
-aux_source_directory(./src SRC)
+add_executable(auto_bus_gui main.cpp ${SRCS})
+target_link_libraries(auto_bus_gui
+        Qt::Core
+        Qt::Gui
+        Qt::Widgets
+        )
 
-# 产生可执行文件
+if (WIN32)
-add_executable(bus main.c ${SRC})
+    set(DEBUG_SUFFIX)
+    if (MSVC AND CMAKE_BUILD_TYPE MATCHES "Debug")
+        set(DEBUG_SUFFIX "d")
+    endif ()
+    set(QT_INSTALL_PATH "${CMAKE_PREFIX_PATH}")
+    if (NOT EXISTS "${QT_INSTALL_PATH}/bin")
+        set(QT_INSTALL_PATH "${QT_INSTALL_PATH}/..")
+        if (NOT EXISTS "${QT_INSTALL_PATH}/bin")
+            set(QT_INSTALL_PATH "${QT_INSTALL_PATH}/..")
+        endif ()
+    endif ()
+    if (EXISTS "${QT_INSTALL_PATH}/plugins/platforms/qwindows${DEBUG_SUFFIX}.dll")
+        add_custom_command(TARGET ${PROJECT_NAME} POST_BUILD
+                COMMAND ${CMAKE_COMMAND} -E make_directory
+                "$<TARGET_FILE_DIR:${PROJECT_NAME}>/plugins/platforms/")
+        add_custom_command(TARGET ${PROJECT_NAME} POST_BUILD
+                COMMAND ${CMAKE_COMMAND} -E copy
+                "${QT_INSTALL_PATH}/plugins/platforms/qwindows${DEBUG_SUFFIX}.dll"
+                "$<TARGET_FILE_DIR:${PROJECT_NAME}>/plugins/platforms/")
+    endif ()
+    foreach (QT_LIB Core)
+        add_custom_command(TARGET ${PROJECT_NAME} POST_BUILD
+                COMMAND ${CMAKE_COMMAND} -E copy
+                "${QT_INSTALL_PATH}/bin/Qt6${QT_LIB}${DEBUG_SUFFIX}.dll"
+                "$<TARGET_FILE_DIR:${PROJECT_NAME}>")
+    endforeach (QT_LIB)
+endif ()

README.md

@@ -1,79 +0,0 @@
-# Auto Pilot Bus
-
-## 项目简介
-
-北京邮电大学计算机学院2021级《计算导论与程序设计》实践大作业项目仓库。
-
-在指定的公交车行驶模型下，实现指定的算法以实现对于公交车的自动调度。
-
-## 项目使用
-
-### 项目结构
-
-```
-auto_pilot_bus
-|
-+-all_test //本地测试文件夹
-|
-+-docs // 文档文件夹
-|
-+-include // 头文件文件夹
-|
-+-src // 源代码文件夹
-|
-+-test //单元测试文件夹
-|
-+-main.c // 程序入口
-+-convert.py //产生测试集的Python脚本
-+-main.py //将C代码合并到同一个文件的Python脚本
-+-CMakeLists.txt // CMake文件
-+-.gitignore //git的忽略文件名录
-+-README.md // 项目介绍文件
-```
-
-### 编译环境
-
-- 编译器 `MinGW-W64 gcc 8.1.0`
-- 编译工具 `cmake 3.23.1`
-
-### 项目使用
-
-处在校园网环境在
-
-> 参考信息化中心的这篇[文章](https://nic.bupt.edu.cn/info/1016/1301.htm)安装VPN客户端
-
-使用
-
-```bash 
-git clone http://10.3.255.244:8801/2021211180/2021211180.git
-```
-
-下载仓库，在下载过程中可能提示输入账号和密码认证，账号即为你的学号，密码就是你登录`GitLab`时输入的密码。
-
-下载完成后文件夹`2021211180`即为项目的文件夹。
-
-使用
-
-```bash
-cd 20212111180
-mkdir build # 创建编译的文件夹
-cd build
-cmake .. -G "MinGW Makefiles" # 在第一次生成之后就不必再使用"-G"参数指定编译类型
-cmake --build .
-```
-
-在编译执行完成之后，`build`文件下的`bus.exe`即为编译产生的程序。
-
-## 项目测试
-
-### 单元测试
-
-在编译之后，`build/test`文件夹内即为`google test`框架生成的单元测试。
-
-### 本地测试
-
-在编译之后，`build/all_test`内的`bus_all_test.exe`就是全局本地测试程序。
-
-运行这个程序，根据程序的提示选择适当的测试集，程序会自动读取选定的测试集中的配置文件和输入文件，并且将程序的输出和测试集中的输出文件进行对比，输出比对的结果。
-
-程序现有的测试集存储在`all_test/test_cases`下面，目前已有18个测试集，对应测试集采用的调度策略可以查看测试集中的配置文件。

all_test/CMakeLists.txt

@@ -1,15 +0,0 @@
-cmake_minimum_required(VERSION 3.0)
-project(bus_all_test)
-
-include_directories(../include)
-include_directories(include)
-
-aux_source_directory("../src/" SRCS)
-aux_source_directory("${CMAKE_CURRENT_SOURCE_DIR}/src" ALL_TEST_SRCS)
-
-add_executable(bus_all_test ${SRCS} ${ALL_TEST_SRCS} main.c)
-
-add_custom_command(TARGET bus_all_test POST_BUILD
-        COMMAND ${CMAKE_COMMAND} -E copy_directory
-        "${CMAKE_CURRENT_SOURCE_DIR}/test_cases"
-        "$<TARGET_FILE_DIR:bus_all_test>/test_cases")

all_test/include/tools.h

@@ -1,24 +0,0 @@
-//
-// Created by ricardo on 2022/5/20.
-//
-
-#ifndef AUTO_PILOT_BUS_TOOLS_H
-#define AUTO_PILOT_BUS_TOOLS_H
-#include "stdio.h"
-#include "string.h"
-#include "define.h"
-#include "rail.h"
-#include "controller.h"
-
-void ChooseTestCaseInput(char *path, int index);
-
-void ChooseTestCaseOutput(char *path, int index);
-
-rail_node_t *ChooseConfigFile(int index);
-
-void ReadOutputFile(char *result, FILE *f);
-
-int CheckOutput(char *program_output, char *read_output);
-
-rail_node_t *ReadChosenConfigFile(char *config_file_path);
-#endif //AUTO_PILOT_BUS_TOOLS_H

all_test/main.c

@@ -1,258 +0,0 @@
-//
-// Created by ricardo on 2022/5/20.
-//
-#include "bus_io.h"
-#include "tools.h"
-
-int main()
-{
-    /**
-     * 输入的字符串
-     */
-    char input[30];
-    /**
-     * 输出的字符串
-     */
-    char output[150];
-    /**
-     * the_bus指针的本体
-     */
-    bus_t main_bus;
-    /**
-     * 公交车前进的方向
-     */
-    int direction;
-    /**
-     * 完成的请求
-     */
-    bus_query_t *finished_query;
-    int index;
-    char path[50];
-    char read_output[150];
-    FILE *input_file = NULL;
-    FILE *output_file = NULL;
-
-    printf("Please choose which test case to use:");
-    scanf("%d", &index);
-
-    ChooseTestCaseInput(path, index);
-    input_file = fopen(path, "r");
-    ChooseTestCaseOutput(path, index);
-    output_file = fopen(path, "r");
-
-    // 读取配置文件
-    rails = ChooseConfigFile(index);
-
-    // 制造公交车
-    the_bus = &main_bus;
-    the_bus->distance = 0;
-    the_bus->rail_node_pos = FindNode(rails, 1);
-
-    // 开始时公交车应该是停下的
-    direction = BUS_STOP;
-
-    PrintStateInner(output);
-    ReadOutputFile(read_output, output_file);
-    if(CheckOutput(output, read_output) == BUS_FAlSE)
-    {
-        printf("Right:\n");
-        printf("%s", read_output);
-        printf("Wrong:\n");
-        printf("%s", output);
-        printf("\n"); // 打印一个空白作为分界线
-    }
-    else
-    {
-        printf("%d Ok\n", bus_time);
-    }
-
-    for(;;)
-    {
-        fgets(input, sizeof input, input_file);
-
-        int result = ReadInput(input);
-        if(result == IO_CLOCK)
-        {
-            // 时间流动
-            AddTime();
-
-            switch (chosen_strategy)
-            {
-                case BUS_FCFS:
-                    // 如果到站，处理请求和
-                    if(JudgeOnStation() == BUS_TRUE)
-                    {
-                        direction = FCFSDirection(); //在开始得判断一次方向
-                        finished_query = FCFSQuery();
-
-                        if(finished_query != NULL) // 有请求就处理请求
-                        {
-                            // 循环处理所有可以处理的请求，总共消耗一秒
-                            while (finished_query != NULL)
-                            {
-                                DeleteQuery(finished_query);
-                                finished_query = FCFSQuery();
-                            }
-
-                            // 请求处理完再进行方向的判断
-                            direction = FCFSDirection();
-                        }
-                        else //如果没有请求就继续前进
-                        {
-                            RunBus(direction);
-                        }
-                    }
-                    else
-                    {
-                        RunBus(direction);
-                    }
-                    break;
-                case BUS_SSTF:
-                    if(JudgeOnStation() == BUS_TRUE)
-                    {
-                        // 在没有目标请求的时候，获取一个目标站点
-                        if(target_query == NULL)
-                        {
-                            target_query = SSTFGetQuery();
-                            direction = SSTFDirection(target_query);
-
-                            // 处理下一个需要处理的请求就在脚底下的情况
-                            if(target_query != NULL && direction == BUS_STOP && target_query->node == the_bus->rail_node_pos)
-                            {
-                                while (target_query != NULL && direction == BUS_STOP && target_query->node == the_bus->rail_node_pos)
-                                {
-                                    DeleteQuery(target_query);
-                                    target_query = SSTFGetQuery();
-                                    direction = SSTFDirection(target_query);
-                                }
-                            }
-                            RunBus(direction);
-                        }
-                        else
-                        {
-                            bus_query_t *btw_query = SSTFBTWQuery(direction);
-                            // 如果到站了
-                            if(target_query->node == the_bus->rail_node_pos)
-                            {
-                                // 如果刚好在站点上就有不少请求，处理一波
-                                // 这里利用了&&运算符的短路特性，如果第一个判断为假，则不进行下一个判断，也就避免了段错误
-                                while (target_query != NULL && target_query->node == the_bus->rail_node_pos)
-                                {
-                                    DeleteQuery(target_query);
-                                    target_query = SSTFGetQuery();
-                                    direction = SSTFDirection(target_query);
-                                }
-                            }
-                            else if(btw_query != NULL)
-                            {
-                                // 如果没有到站就看看能不能顺便服务
-                                while (btw_query != NULL)
-                                {
-                                    DeleteQuery(btw_query);
-                                    btw_query = SSTFBTWQuery(direction);
-                                }
-                            }
-                            else
-                            {
-                                // 如果啥也不能做就走吧
-                                RunBus(direction);
-                            }
-                        }
-                    }
-                    else
-                    {
-                        // 没到站的话那就走吧
-                        RunBus(direction);
-                    }
-                    break;
-                case BUS_SCAN:
-                    // 如果没有指定的请求就获得指定的请求
-                    if(JudgeOnStation() == BUS_TRUE)
-                    {
-                        // 在没有目标请求的时候，获取一个目标站点
-                        if(target_query == NULL)
-                        {
-                            target_query = SCANGetQuery(direction);
-                            direction = SCANDirection(target_query, direction);
-
-                            // 处理下一个需要处理的请求就在脚底下的情况
-                            if(target_query != NULL  && target_query->node == the_bus->rail_node_pos)
-                            {
-                                while (target_query != NULL  && target_query->node == the_bus->rail_node_pos)
-                                {
-                                    DeleteQuery(target_query);
-                                    target_query = SSTFGetQuery();
-                                    direction = SSTFDirection(target_query);
-                                }
-                            }
-                            RunBus(direction);
-                        }
-                        else
-                        {
-                            bus_query_t *btw_query = SCANBTWQuery();
-                            // 如果到站了
-                            if(target_query->node == the_bus->rail_node_pos)
-                            {
-                                // 如果刚好在站点上就有不少请求，处理一波
-                                // 这里利用了&&运算符的短路特性，如果第一个判断为假，则不进行下一个判断，也就避免了段错误
-                                while (target_query != NULL && target_query->node == the_bus->rail_node_pos)
-                                {
-                                    DeleteQuery(target_query);
-                                    target_query = SCANGetQuery(direction);
-                                    direction = SCANDirection(target_query, direction);
-                                }
-                            }
-                            else if(btw_query != NULL)
-                            {
-                                // 如果没有到站就看看能不能顺便服务
-                                while (btw_query != NULL)
-                                {
-                                    DeleteQuery(btw_query);
-                                    btw_query = SCANBTWQuery();
-                                }
-                            }
-                            else
-                            {
-                                // 如果啥也不能做就走吧
-                                RunBus(direction);
-                            }
-                        }
-                    }
-                    else
-                    {
-                        // 没到站的话那就走吧
-                        RunBus(direction);
-                    }
-                    break;
-                default:
-                    // 这个分支只是为了符合代码规范而存在，理论上不会用到这个分支
-                    break;
-            }
-
-            PrintStateInner(output);
-            ReadOutputFile(read_output, output_file);
-            if(CheckOutput(output, read_output) == BUS_FAlSE)
-            {
-                printf("Right:\n");
-                printf("%s", read_output);
-                printf("Wrong:\n");
-                printf("%s", output);
-                printf("\n"); // 打印一个空白行作为分界线
-            }
-            else
-            {
-                printf("%d Ok\n", bus_time);
-            }
-
-        }
-        else if(result == IO_END)
-        {
-            printf("end\n");
-            break;
-        }
-        else
-        {
-            //在读取到创建请求的情况下，不做任何事
-        }
-    }
-}

all_test/src/tools.c

@@ -1,194 +0,0 @@
-//
-// Created by ricardo on 2022/5/20.
-//
-#include "tools.h"
-
-void ChooseTestCaseInput(char *path, int index)
-{
-    memset(path, 0, 50);
-
-    char root_path[] = "./test_cases/";
-    char input_file[] = "/input.txt";
-    char case_path[3];
-
-    sprintf(case_path, "%d", index);
-
-    strcat(path, root_path);
-    strcat(path, case_path);
-    strcat(path, input_file);
-}
-
-void ChooseTestCaseOutput(char *path, int index)
-{
-    memset(path, 0, 50);
-
-    char root_path[] = "./test_cases/";
-    char output_file[] = "/output.txt";
-    char case_path[3];
-
-    sprintf(case_path, "%d", index);
-
-    strcat(path, root_path);
-    strcat(path, case_path);
-    strcat(path, output_file);
-}
-
-void ReadOutputFile(char *result, FILE *f)
-{
-    memset(result, 0, 150);
-
-    for(size_t i = 0; i < 7; i++)
-    {
-        char temp[50];
-        fgets(temp, 50, f);
-        strcat(result, temp);
-    }
-}
-
-int CheckOutput(char *program_output, char *read_output)
-{
-    int result = strcmp(program_output, read_output);
-
-    if(result == 0)
-    {
-        return BUS_TRUE;
-    }
-    else
-    {
-        return BUS_FAlSE;
-    }
-}
-
-rail_node_t *ChooseConfigFile(int index)
-{
-    char root_path[] = "./test_cases/";
-    char config_path[] = "/dict.dic";
-    char case_path[3];
-
-    sprintf(case_path, "%d", index);
-
-    char file_path[30] = {0};
-
-    strcat(file_path, root_path);
-    strcat(file_path, case_path);
-    strcat(file_path, config_path);
-
-    return ReadChosenConfigFile(file_path);
-}
-
-rail_node_t *ReadChosenConfigFile(char *config_file_path)
-{
-    FILE *config_file = NULL;
-    char buffer[30];
-    int total_station = 0;
-    int distance = 0;
-
-    config_file = fopen(config_file_path, "r");
-
-    // 循环读取文件的每一行
-    while (fgets(buffer, sizeof buffer, config_file) != NULL)
-    {
-        char first_char = buffer[0];
-        char *p;
-
-        switch (first_char)
-        {
-            case '#':
-                // 如果读取到#什么都不做
-                break;
-            case 'T':
-                // TOTAL_STATION
-                p = buffer;
-
-                // 把数字前面的所有字符全部干掉
-                while (*p < '0' || *p > '9')
-                {
-                    p++;
-                }
-
-                // 讲道理，应该只有两位数，所以就这样处理了
-                if (*(p + 1) == '\n' || *(p + 1) == '\0')
-                {
-                    total_station = *p - 48;
-                }
-                else
-                {
-                    total_station = (*p - 48) * 10 + *(p + 1) - 48;
-                }
-
-                break;
-            case 'S':
-                // STRATEGY
-                p = buffer;
-                // 将=前的字符全部略去
-                while (*p != '=')
-                {
-                    p++;
-                }
-                // =也去掉
-                p++;
-                // =和策略之间的空格也去掉
-                while (*p == ' ')
-                {
-                    p++;
-                }
-
-                if (*p == 'F' && *(p + 1) == 'C') //FCFS
-                {
-                    chosen_strategy = BUS_FCFS;
-                }
-                else if (*p == 'S' && *(p + 1) == 'S') //SSTF
-                {
-                    chosen_strategy = BUS_SSTF;
-                }
-                else if (*p == 'S' && *(p + 1) == 'C') //SCAN
-                {
-                    chosen_strategy = BUS_SCAN;
-                }
-                else
-                {
-                    // 读取失败
-                    chosen_strategy = -1;
-                }
-
-                break;
-            case 'D':
-                // DISTANCE
-                p = buffer;
-
-                // 把数字前面的所有字符全部干掉
-                while (*p < '0' || *p > '9')
-                {
-                    p++;
-                }
-
-                if (*(p + 1) == '\n' || *(p + 1) == '\0')
-                {
-                    distance = *p - 48;
-                }
-
-                break;
-            default:
-                continue;
-        }
-
-    }
-
-    // 处理参数去缺省值的情况
-    if (distance == 0)
-    {
-        distance = 2;
-    }
-    if (total_station == 0)
-    {
-        total_station = 5;
-    }
-    if(chosen_strategy == -1)
-    {
-        chosen_strategy = BUS_FCFS;
-    }
-
-    all_distance = distance * total_station;
-    rail_node_t *head = CreateRails(distance, total_station);
-    return head;
-}

all_test/test_cases/1/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = FCFS
-DISTANCE = 3

all_test/test_cases/1/input.txt

@@ -1,21 +0,0 @@
-clock
-counterclockwise 3
-clock
-clock
-clock
-clock
-clock
-clock
-target 10
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/1/output.txt

@@ -1,134 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0010000000
-TIME:3
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0010000000
-TIME:4
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0010000000
-TIME:5
-BUS:
-position:4
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0010000000
-TIME:6
-BUS:
-position:5
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0010000000
-TIME:7
-BUS:
-position:6
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0010000000
-TIME:8
-BUS:
-position:6
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:9
-BUS:
-position:5
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:10
-BUS:
-position:4
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:11
-BUS:
-position:3
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:12
-BUS:
-position:2
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:13
-BUS:
-position:1
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:14
-BUS:
-position:0
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:15
-BUS:
-position:29
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:16
-BUS:
-position:28
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:17
-BUS:
-position:27
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:18
-BUS:
-position:27
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/10/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/10/input.txt

@@ -1,11 +0,0 @@
-clock
-clockwise 8
-clock
-clockwise 8
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/10/output.txt

@@ -1,64 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:19
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:18
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:17
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:5
-BUS:
-position:16
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:6
-BUS:
-position:15
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:7
-BUS:
-position:14
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:8
-BUS:
-position:14
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/11/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/11/input.txt

@@ -1,14 +0,0 @@
-clock
-clockwise 8
-clock
-clockwise 9
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/11/output.txt

@@ -1,85 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:19
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:18
-target:0000000000
-STATION:
-clockwise:0000000110
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:17
-target:0000000000
-STATION:
-clockwise:0000000110
-counterclockwise:0000000000
-TIME:5
-BUS:
-position:16
-target:0000000000
-STATION:
-clockwise:0000000110
-counterclockwise:0000000000
-TIME:6
-BUS:
-position:15
-target:0000000000
-STATION:
-clockwise:0000000110
-counterclockwise:0000000000
-TIME:7
-BUS:
-position:14
-target:0000000000
-STATION:
-clockwise:0000000110
-counterclockwise:0000000000
-TIME:8
-BUS:
-position:14
-target:0000000000
-STATION:
-clockwise:0000000010
-counterclockwise:0000000000
-TIME:9
-BUS:
-position:15
-target:0000000000
-STATION:
-clockwise:0000000010
-counterclockwise:0000000000
-TIME:10
-BUS:
-position:16
-target:0000000000
-STATION:
-clockwise:0000000010
-counterclockwise:0000000000
-TIME:11
-BUS:
-position:16
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/12/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/12/input.txt

@@ -1,14 +0,0 @@
-clock
-clockwise 4
-clock
-clock
-clock
-target 3
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/12/output.txt

@@ -1,85 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0001000000
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0001000000
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0001000000
-counterclockwise:0000000000
-TIME:5
-BUS:
-position:4
-target:0010000000
-STATION:
-clockwise:0001000000
-counterclockwise:0000000000
-TIME:6
-BUS:
-position:4
-target:0000000000
-STATION:
-clockwise:0001000000
-counterclockwise:0000000000
-TIME:7
-BUS:
-position:5
-target:0000000000
-STATION:
-clockwise:0001000000
-counterclockwise:0000000000
-TIME:8
-BUS:
-position:6
-target:0000000000
-STATION:
-clockwise:0001000000
-counterclockwise:0000000000
-TIME:9
-BUS:
-position:6
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:10
-BUS:
-position:6
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:11
-BUS:
-position:6
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/13/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/13/input.txt

@@ -1,16 +0,0 @@
-clock
-clockwise 4
-clock
-clockwise 5
-clock
-counterclockwise 4
-clock
-target 4
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/13/output.txt

@@ -1,85 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0001000000
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0001100000
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0001100000
-counterclockwise:0001000000
-TIME:5
-BUS:
-position:4
-target:0001000000
-STATION:
-clockwise:0001100000
-counterclockwise:0001000000
-TIME:6
-BUS:
-position:5
-target:0001000000
-STATION:
-clockwise:0001100000
-counterclockwise:0001000000
-TIME:7
-BUS:
-position:6
-target:0001000000
-STATION:
-clockwise:0001100000
-counterclockwise:0001000000
-TIME:8
-BUS:
-position:6
-target:0000000000
-STATION:
-clockwise:0000100000
-counterclockwise:0000000000
-TIME:9
-BUS:
-position:7
-target:0000000000
-STATION:
-clockwise:0000100000
-counterclockwise:0000000000
-TIME:10
-BUS:
-position:8
-target:0000000000
-STATION:
-clockwise:0000100000
-counterclockwise:0000000000
-TIME:11
-BUS:
-position:8
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/14/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/14/input.txt

@@ -1,12 +0,0 @@
-clock
-clockwise 2
-counterclockwise 10
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/14/output.txt

@@ -1,71 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000001
-TIME:3
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000001
-TIME:4
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000001
-TIME:5
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000001
-TIME:6
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000001
-TIME:7
-BUS:
-position:19
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000001
-TIME:8
-BUS:
-position:18
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000001
-TIME:9
-BUS:
-position:18
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/15/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/15/input.txt

@@ -1,48 +0,0 @@
-clock
-clockwise 6
-clock
-clockwise 5
-clock
-counterclockwise 9
-clock
-target 3
-clock
-clock
-target 10
-clockwise 7
-clock
-target 1
-clock
-counterclockwise 2
-clock
-target 4
-clock
-target 8
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/15/output.txt

@@ -1,267 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0000110000
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0000110000
-counterclockwise:0000000010
-TIME:5
-BUS:
-position:4
-target:0010000000
-STATION:
-clockwise:0000110000
-counterclockwise:0000000010
-TIME:6
-BUS:
-position:4
-target:0000000000
-STATION:
-clockwise:0000110000
-counterclockwise:0000000010
-TIME:7
-BUS:
-position:5
-target:0000000001
-STATION:
-clockwise:0000111000
-counterclockwise:0000000010
-TIME:8
-BUS:
-position:6
-target:1000000001
-STATION:
-clockwise:0000111000
-counterclockwise:0000000010
-TIME:9
-BUS:
-position:7
-target:1000000001
-STATION:
-clockwise:0000111000
-counterclockwise:0100000010
-TIME:10
-BUS:
-position:8
-target:1001000001
-STATION:
-clockwise:0000111000
-counterclockwise:0100000010
-TIME:11
-BUS:
-position:8
-target:1001000101
-STATION:
-clockwise:0000011000
-counterclockwise:0100000010
-TIME:12
-BUS:
-position:9
-target:1001000101
-STATION:
-clockwise:0000011000
-counterclockwise:0100000010
-TIME:13
-BUS:
-position:10
-target:1001000101
-STATION:
-clockwise:0000011000
-counterclockwise:0100000010
-TIME:14
-BUS:
-position:10
-target:1001000101
-STATION:
-clockwise:0000001000
-counterclockwise:0100000010
-TIME:15
-BUS:
-position:11
-target:1001000101
-STATION:
-clockwise:0000001000
-counterclockwise:0100000010
-TIME:16
-BUS:
-position:12
-target:1001000101
-STATION:
-clockwise:0000001000
-counterclockwise:0100000010
-TIME:17
-BUS:
-position:12
-target:1001000101
-STATION:
-clockwise:0000000000
-counterclockwise:0100000010
-TIME:18
-BUS:
-position:13
-target:1001000101
-STATION:
-clockwise:0000000000
-counterclockwise:0100000010
-TIME:19
-BUS:
-position:14
-target:1001000101
-STATION:
-clockwise:0000000000
-counterclockwise:0100000010
-TIME:20
-BUS:
-position:14
-target:1001000001
-STATION:
-clockwise:0000000000
-counterclockwise:0100000010
-TIME:21
-BUS:
-position:15
-target:1001000001
-STATION:
-clockwise:0000000000
-counterclockwise:0100000010
-TIME:22
-BUS:
-position:16
-target:1001000001
-STATION:
-clockwise:0000000000
-counterclockwise:0100000010
-TIME:23
-BUS:
-position:16
-target:1001000001
-STATION:
-clockwise:0000000000
-counterclockwise:0100000000
-TIME:24
-BUS:
-position:17
-target:1001000001
-STATION:
-clockwise:0000000000
-counterclockwise:0100000000
-TIME:25
-BUS:
-position:18
-target:1001000001
-STATION:
-clockwise:0000000000
-counterclockwise:0100000000
-TIME:26
-BUS:
-position:18
-target:1001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0100000000
-TIME:27
-BUS:
-position:19
-target:1001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0100000000
-TIME:28
-BUS:
-position:0
-target:1001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0100000000
-TIME:29
-BUS:
-position:0
-target:0001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0100000000
-TIME:30
-BUS:
-position:1
-target:0001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0100000000
-TIME:31
-BUS:
-position:2
-target:0001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0100000000
-TIME:32
-BUS:
-position:2
-target:0001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:33
-BUS:
-position:3
-target:0001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:34
-BUS:
-position:4
-target:0001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:35
-BUS:
-position:5
-target:0001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:36
-BUS:
-position:6
-target:0001000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:37
-BUS:
-position:6
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/16/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/16/input.txt

@@ -1,24 +0,0 @@
-clock
-clockwise 8
-clock
-counterclockwise 9
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clockwise 6
-clock
-counterclockwise 7
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/16/output.txt

@@ -1,141 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:19
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:18
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000010
-TIME:4
-BUS:
-position:17
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000010
-TIME:5
-BUS:
-position:16
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000010
-TIME:6
-BUS:
-position:16
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:7
-BUS:
-position:15
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:8
-BUS:
-position:14
-target:0000000000
-STATION:
-clockwise:0000000100
-counterclockwise:0000000000
-TIME:9
-BUS:
-position:14
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:10
-BUS:
-position:14
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:11
-BUS:
-position:14
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:12
-BUS:
-position:13
-target:0000000000
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:13
-BUS:
-position:12
-target:0000000000
-STATION:
-clockwise:0000010000
-counterclockwise:0000001000
-TIME:14
-BUS:
-position:12
-target:0000000000
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:15
-BUS:
-position:11
-target:0000000000
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:16
-BUS:
-position:10
-target:0000000000
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:17
-BUS:
-position:10
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:18
-BUS:
-position:10
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:19
-BUS:
-position:10
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/17/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/17/input.txt

@@ -1,15 +0,0 @@
-clock
-counterclockwise 6
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/17/output.txt

@@ -1,99 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:3
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:4
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:5
-BUS:
-position:4
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:6
-BUS:
-position:5
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:7
-BUS:
-position:6
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:8
-BUS:
-position:7
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:9
-BUS:
-position:8
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:10
-BUS:
-position:9
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:11
-BUS:
-position:10
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000010000
-TIME:12
-BUS:
-position:10
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:13
-BUS:
-position:10
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/18/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-DISTANCE = 3
-STRATEGY = SCAN

all_test/test_cases/18/input.txt

@@ -1,57 +0,0 @@
-clock
-clockwise 7
-clockwise 2
-clock
-clock
-clock
-target 7
-clock
-clock
-counterclockwise 7
-clockwise 2
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-target 2
-target 3
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-target 1
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/18/output.txt

@@ -1,344 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0100001000
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0100001000
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0100001000
-counterclockwise:0000000000
-TIME:5
-BUS:
-position:3
-target:0000001000
-STATION:
-clockwise:0000001000
-counterclockwise:0000000000
-TIME:6
-BUS:
-position:4
-target:0000001000
-STATION:
-clockwise:0000001000
-counterclockwise:0000000000
-TIME:7
-BUS:
-position:5
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:8
-BUS:
-position:6
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:9
-BUS:
-position:7
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:10
-BUS:
-position:8
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:11
-BUS:
-position:9
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:12
-BUS:
-position:10
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:13
-BUS:
-position:11
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:14
-BUS:
-position:12
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:15
-BUS:
-position:13
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:16
-BUS:
-position:14
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:17
-BUS:
-position:15
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:18
-BUS:
-position:16
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:19
-BUS:
-position:17
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:20
-BUS:
-position:18
-target:0000001000
-STATION:
-clockwise:0100001000
-counterclockwise:0000001000
-TIME:21
-BUS:
-position:18
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:22
-BUS:
-position:19
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:23
-BUS:
-position:20
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:24
-BUS:
-position:21
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:25
-BUS:
-position:22
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:26
-BUS:
-position:23
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:27
-BUS:
-position:24
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:28
-BUS:
-position:25
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:29
-BUS:
-position:26
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:30
-BUS:
-position:27
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:31
-BUS:
-position:28
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:32
-BUS:
-position:29
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:33
-BUS:
-position:0
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:34
-BUS:
-position:1
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:35
-BUS:
-position:2
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:36
-BUS:
-position:3
-target:0110000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:37
-BUS:
-position:3
-target:1010000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:38
-BUS:
-position:4
-target:1010000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:39
-BUS:
-position:5
-target:1010000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:40
-BUS:
-position:6
-target:1010000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:41
-BUS:
-position:6
-target:1000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:42
-BUS:
-position:5
-target:1000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:43
-BUS:
-position:4
-target:1000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:44
-BUS:
-position:3
-target:1000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:45
-BUS:
-position:2
-target:1000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:46
-BUS:
-position:1
-target:1000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:47
-BUS:
-position:0
-target:1000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:48
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/2/dict.dic

@@ -1,4 +0,0 @@
-# first come first serve
-STRATEGY = FCFS
-TOTAL_STATION = 10
-DISTANCE = 2

all_test/test_cases/2/input.txt

@@ -1,30 +0,0 @@
-clock
-clockwise 2
-clock
-clockwise 4
-clock
-clock
-clockwise 6
-clock
-target 8
-clock
-clock
-clock
-target 10
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/2/output.txt

@@ -1,176 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0101000000
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0001000000
-counterclockwise:0000000000
-TIME:5
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0001010000
-counterclockwise:0000000000
-TIME:6
-BUS:
-position:4
-target:0000000100
-STATION:
-clockwise:0001010000
-counterclockwise:0000000000
-TIME:7
-BUS:
-position:5
-target:0000000100
-STATION:
-clockwise:0001010000
-counterclockwise:0000000000
-TIME:8
-BUS:
-position:6
-target:0000000100
-STATION:
-clockwise:0001010000
-counterclockwise:0000000000
-TIME:9
-BUS:
-position:6
-target:0000000101
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:10
-BUS:
-position:7
-target:0000000101
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:11
-BUS:
-position:8
-target:0000000101
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:12
-BUS:
-position:9
-target:0000000101
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:13
-BUS:
-position:10
-target:0000000101
-STATION:
-clockwise:0000010000
-counterclockwise:0000000000
-TIME:14
-BUS:
-position:10
-target:0000000101
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:15
-BUS:
-position:11
-target:0000000101
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:16
-BUS:
-position:12
-target:0000000101
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:17
-BUS:
-position:13
-target:0000000101
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:18
-BUS:
-position:14
-target:0000000101
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:19
-BUS:
-position:14
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:20
-BUS:
-position:15
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:21
-BUS:
-position:16
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:22
-BUS:
-position:17
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:23
-BUS:
-position:18
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:24
-BUS:
-position:18
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/3/dict.dic

@@ -1,4 +0,0 @@
-# first come first serve
-STRATEGY = FCFS
-TOTAL_STATION = 10
-DISTANCE = 2

all_test/test_cases/3/input.txt

@@ -1,30 +0,0 @@
-clock
-clockwise 2
-clock
-target 10
-clock
-clock
-clock
-clockwise 3
-clock
-clock
-target 9
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/3/output.txt

@@ -1,183 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:2
-target:0000000001
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:2
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:5
-BUS:
-position:1
-target:0000000001
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:6
-BUS:
-position:0
-target:0000000001
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:7
-BUS:
-position:19
-target:0000000001
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:8
-BUS:
-position:18
-target:0000000011
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:9
-BUS:
-position:18
-target:0000000010
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:10
-BUS:
-position:19
-target:0000000010
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:11
-BUS:
-position:0
-target:0000000010
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:12
-BUS:
-position:1
-target:0000000010
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:13
-BUS:
-position:2
-target:0000000010
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:14
-BUS:
-position:3
-target:0000000010
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:15
-BUS:
-position:4
-target:0000000010
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:16
-BUS:
-position:4
-target:0000000010
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:17
-BUS:
-position:3
-target:0000000010
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:18
-BUS:
-position:2
-target:0000000010
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:19
-BUS:
-position:1
-target:0000000010
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:20
-BUS:
-position:0
-target:0000000010
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:21
-BUS:
-position:19
-target:0000000010
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:22
-BUS:
-position:18
-target:0000000010
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:23
-BUS:
-position:17
-target:0000000010
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:24
-BUS:
-position:16
-target:0000000010
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:25
-BUS:
-position:16
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/4/dict.dic

@@ -1,4 +0,0 @@
-DISTANCE = 4
-STRATEGY = SCAN
-TOTAL_STATION = 6
-# scan serve

all_test/test_cases/4/input.txt

@@ -1,34 +0,0 @@
-clock
-clockwise 2
-clock
-clock
-counterclockwise 6
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-target 1
-clock
-clock
-clock
-clock
-clock
-clock
-counterclockwise 5
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/4/output.txt

@@ -1,211 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:1
-BUS:
-position:0
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:2
-BUS:
-position:1
-target:000000
-STATION:
-clockwise:010000
-counterclockwise:000000
-TIME:3
-BUS:
-position:2
-target:000000
-STATION:
-clockwise:010000
-counterclockwise:000000
-TIME:4
-BUS:
-position:3
-target:000000
-STATION:
-clockwise:010000
-counterclockwise:000001
-TIME:5
-BUS:
-position:4
-target:000000
-STATION:
-clockwise:010000
-counterclockwise:000001
-TIME:6
-BUS:
-position:4
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000001
-TIME:7
-BUS:
-position:3
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000001
-TIME:8
-BUS:
-position:2
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000001
-TIME:9
-BUS:
-position:1
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000001
-TIME:10
-BUS:
-position:0
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000001
-TIME:11
-BUS:
-position:23
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000001
-TIME:12
-BUS:
-position:22
-target:100000
-STATION:
-clockwise:000000
-counterclockwise:000001
-TIME:13
-BUS:
-position:21
-target:100000
-STATION:
-clockwise:000000
-counterclockwise:000001
-TIME:14
-BUS:
-position:20
-target:100000
-STATION:
-clockwise:000000
-counterclockwise:000001
-TIME:15
-BUS:
-position:20
-target:100000
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:16
-BUS:
-position:21
-target:100000
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:17
-BUS:
-position:22
-target:100000
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:18
-BUS:
-position:23
-target:100000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:19
-BUS:
-position:0
-target:100000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:20
-BUS:
-position:0
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:21
-BUS:
-position:23
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:22
-BUS:
-position:22
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:23
-BUS:
-position:21
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:24
-BUS:
-position:20
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:25
-BUS:
-position:19
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:26
-BUS:
-position:18
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:27
-BUS:
-position:17
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:28
-BUS:
-position:16
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000010
-TIME:29
-BUS:
-position:16
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000000
-end

all_test/test_cases/5/dict.dic

@@ -1,4 +0,0 @@
-DISTANCE = 4
-STRATEGY = SCAN
-TOTAL_STATION = 6
-# scan serve

all_test/test_cases/5/input.txt

@@ -1,26 +0,0 @@
-clock
-clockwise 2
-counterclockwise 3
-clock
-clock
-clock
-clock
-clock
-clock
-target 4
-clock
-clock
-clock
-clock
-clock
-clock
-clockwise 5
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/5/output.txt

@@ -1,155 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:1
-BUS:
-position:0
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:2
-BUS:
-position:1
-target:000000
-STATION:
-clockwise:010000
-counterclockwise:001000
-TIME:3
-BUS:
-position:2
-target:000000
-STATION:
-clockwise:010000
-counterclockwise:001000
-TIME:4
-BUS:
-position:3
-target:000000
-STATION:
-clockwise:010000
-counterclockwise:001000
-TIME:5
-BUS:
-position:4
-target:000000
-STATION:
-clockwise:010000
-counterclockwise:001000
-TIME:6
-BUS:
-position:4
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:001000
-TIME:7
-BUS:
-position:5
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:001000
-TIME:8
-BUS:
-position:6
-target:000100
-STATION:
-clockwise:000000
-counterclockwise:001000
-TIME:9
-BUS:
-position:7
-target:000100
-STATION:
-clockwise:000000
-counterclockwise:001000
-TIME:10
-BUS:
-position:8
-target:000100
-STATION:
-clockwise:000000
-counterclockwise:001000
-TIME:11
-BUS:
-position:8
-target:000100
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:12
-BUS:
-position:9
-target:000100
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:13
-BUS:
-position:10
-target:000100
-STATION:
-clockwise:000000
-counterclockwise:000000
-TIME:14
-BUS:
-position:11
-target:000100
-STATION:
-clockwise:000010
-counterclockwise:000000
-TIME:15
-BUS:
-position:12
-target:000100
-STATION:
-clockwise:000010
-counterclockwise:000000
-TIME:16
-BUS:
-position:12
-target:000000
-STATION:
-clockwise:000010
-counterclockwise:000000
-TIME:17
-BUS:
-position:13
-target:000000
-STATION:
-clockwise:000010
-counterclockwise:000000
-TIME:18
-BUS:
-position:14
-target:000000
-STATION:
-clockwise:000010
-counterclockwise:000000
-TIME:19
-BUS:
-position:15
-target:000000
-STATION:
-clockwise:000010
-counterclockwise:000000
-TIME:20
-BUS:
-position:16
-target:000000
-STATION:
-clockwise:000010
-counterclockwise:000000
-TIME:21
-BUS:
-position:16
-target:000000
-STATION:
-clockwise:000000
-counterclockwise:000000
-end

all_test/test_cases/6/dict.dic

@@ -1,4 +0,0 @@
-TOTAL_STATION = 5
-DISTANCE = 3
-# shortest seek time first
-STRATEGY = SSTF

all_test/test_cases/6/input.txt

@@ -1,47 +0,0 @@
-clock
-clockwise 4
-clockwise 2
-counterclockwise 4
-clock
-clockwise 2
-clock
-clock
-counterclockwise 1
-clock
-clock
-clockwise 3
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-target 5
-clock
-target 3
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-target 4
-target 1
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/6/output.txt

@@ -1,260 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:1
-BUS:
-position:0
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:2
-BUS:
-position:1
-target:00000
-STATION:
-clockwise:01010
-counterclockwise:00010
-TIME:3
-BUS:
-position:2
-target:00000
-STATION:
-clockwise:01010
-counterclockwise:00010
-TIME:4
-BUS:
-position:3
-target:00000
-STATION:
-clockwise:01010
-counterclockwise:00010
-TIME:5
-BUS:
-position:3
-target:00000
-STATION:
-clockwise:00010
-counterclockwise:10010
-TIME:6
-BUS:
-position:2
-target:00000
-STATION:
-clockwise:00010
-counterclockwise:10010
-TIME:7
-BUS:
-position:1
-target:00000
-STATION:
-clockwise:00110
-counterclockwise:10010
-TIME:8
-BUS:
-position:0
-target:00000
-STATION:
-clockwise:00110
-counterclockwise:10010
-TIME:9
-BUS:
-position:0
-target:00000
-STATION:
-clockwise:00110
-counterclockwise:00010
-TIME:10
-BUS:
-position:1
-target:00000
-STATION:
-clockwise:00110
-counterclockwise:00010
-TIME:11
-BUS:
-position:2
-target:00000
-STATION:
-clockwise:00110
-counterclockwise:00010
-TIME:12
-BUS:
-position:3
-target:00000
-STATION:
-clockwise:00110
-counterclockwise:00010
-TIME:13
-BUS:
-position:4
-target:00000
-STATION:
-clockwise:00110
-counterclockwise:00010
-TIME:14
-BUS:
-position:5
-target:00001
-STATION:
-clockwise:00110
-counterclockwise:00010
-TIME:15
-BUS:
-position:6
-target:00101
-STATION:
-clockwise:00110
-counterclockwise:00010
-TIME:16
-BUS:
-position:6
-target:00001
-STATION:
-clockwise:00010
-counterclockwise:00010
-TIME:17
-BUS:
-position:7
-target:00001
-STATION:
-clockwise:00010
-counterclockwise:00010
-TIME:18
-BUS:
-position:8
-target:00001
-STATION:
-clockwise:00010
-counterclockwise:00010
-TIME:19
-BUS:
-position:9
-target:00001
-STATION:
-clockwise:00010
-counterclockwise:00010
-TIME:20
-BUS:
-position:9
-target:00001
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:21
-BUS:
-position:10
-target:00001
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:22
-BUS:
-position:11
-target:00001
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:23
-BUS:
-position:12
-target:10011
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:24
-BUS:
-position:12
-target:10010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:25
-BUS:
-position:13
-target:10010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:26
-BUS:
-position:14
-target:10010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:27
-BUS:
-position:0
-target:10010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:28
-BUS:
-position:0
-target:00010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:29
-BUS:
-position:14
-target:00010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:30
-BUS:
-position:13
-target:00010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:31
-BUS:
-position:12
-target:00010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:32
-BUS:
-position:11
-target:00010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:33
-BUS:
-position:10
-target:00010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:34
-BUS:
-position:9
-target:00010
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:35
-BUS:
-position:9
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:36
-BUS:
-position:9
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00000
-end

all_test/test_cases/7/dict.dic

@@ -1,4 +0,0 @@
-TOTAL_STATION = 5
-DISTANCE = 3
-# shortest seek time first
-STRATEGY = SSTF

all_test/test_cases/7/input.txt

@@ -1,42 +0,0 @@
-clock
-clockwise 2
-counterclockwise 4
-clock
-clock
-clock
-clock
-clock
-counterclockwise 3
-clock
-clock
-clock
-clock
-target 5
-clock
-clock
-clock
-clock
-clock
-clock
-counterclockwise 4
-clock
-clock
-clock
-clock
-clock
-target 1
-clockwise 3
-clock
-clock
-clock
-clock
-target 2
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/7/output.txt

@@ -1,239 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:1
-BUS:
-position:0
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:2
-BUS:
-position:1
-target:00000
-STATION:
-clockwise:01000
-counterclockwise:00010
-TIME:3
-BUS:
-position:2
-target:00000
-STATION:
-clockwise:01000
-counterclockwise:00010
-TIME:4
-BUS:
-position:3
-target:00000
-STATION:
-clockwise:01000
-counterclockwise:00010
-TIME:5
-BUS:
-position:3
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00010
-TIME:6
-BUS:
-position:4
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00010
-TIME:7
-BUS:
-position:5
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00110
-TIME:8
-BUS:
-position:6
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00110
-TIME:9
-BUS:
-position:7
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00110
-TIME:10
-BUS:
-position:8
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00110
-TIME:11
-BUS:
-position:9
-target:00001
-STATION:
-clockwise:00000
-counterclockwise:00110
-TIME:12
-BUS:
-position:9
-target:00001
-STATION:
-clockwise:00000
-counterclockwise:00100
-TIME:13
-BUS:
-position:10
-target:00001
-STATION:
-clockwise:00000
-counterclockwise:00100
-TIME:14
-BUS:
-position:11
-target:00001
-STATION:
-clockwise:00000
-counterclockwise:00100
-TIME:15
-BUS:
-position:12
-target:00001
-STATION:
-clockwise:00000
-counterclockwise:00100
-TIME:16
-BUS:
-position:12
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00100
-TIME:17
-BUS:
-position:11
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00110
-TIME:18
-BUS:
-position:10
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00110
-TIME:19
-BUS:
-position:9
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00110
-TIME:20
-BUS:
-position:9
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00100
-TIME:21
-BUS:
-position:8
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00100
-TIME:22
-BUS:
-position:7
-target:10000
-STATION:
-clockwise:00100
-counterclockwise:00100
-TIME:23
-BUS:
-position:6
-target:10000
-STATION:
-clockwise:00100
-counterclockwise:00100
-TIME:24
-BUS:
-position:6
-target:10000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:25
-BUS:
-position:5
-target:10000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:26
-BUS:
-position:4
-target:11000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:27
-BUS:
-position:3
-target:11000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:28
-BUS:
-position:3
-target:10000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:29
-BUS:
-position:2
-target:10000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:30
-BUS:
-position:1
-target:10000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:31
-BUS:
-position:0
-target:10000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:32
-BUS:
-position:0
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00000
-TIME:33
-BUS:
-position:0
-target:00000
-STATION:
-clockwise:00000
-counterclockwise:00000
-end

all_test/test_cases/8/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/8/input.txt

@@ -1,16 +0,0 @@
-clock
-clockwise 3
-clockwise 10
-clock
-clock
-clock
-clock
-clock
-clockwise 2
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/8/output.txt

@@ -1,92 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:19
-target:0000000000
-STATION:
-clockwise:0010000001
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:18
-target:0000000000
-STATION:
-clockwise:0010000001
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:18
-target:0000000000
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:5
-BUS:
-position:19
-target:0000000000
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:6
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:7
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0110000000
-counterclockwise:0000000000
-TIME:8
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0110000000
-counterclockwise:0000000000
-TIME:9
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:10
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:11
-BUS:
-position:4
-target:0000000000
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:12
-BUS:
-position:4
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

all_test/test_cases/9/dict.dic

@@ -1,3 +0,0 @@
-TOTAL_STATION = 10
-STRATEGY = SSTF
-#end

all_test/test_cases/9/input.txt

@@ -1,12 +0,0 @@
-clock
-clockwise 3
-clock
-clock
-clockwise 2
-clock
-clock
-clock
-clock
-clock
-clock
-end

all_test/test_cases/9/output.txt

@@ -1,71 +0,0 @@
-TIME:0
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:1
-BUS:
-position:0
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-TIME:2
-BUS:
-position:1
-target:0000000000
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:3
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0010000000
-counterclockwise:0000000000
-TIME:4
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0110000000
-counterclockwise:0000000000
-TIME:5
-BUS:
-position:4
-target:0000000000
-STATION:
-clockwise:0110000000
-counterclockwise:0000000000
-TIME:6
-BUS:
-position:4
-target:0000000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:7
-BUS:
-position:3
-target:0000000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:8
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0100000000
-counterclockwise:0000000000
-TIME:9
-BUS:
-position:2
-target:0000000000
-STATION:
-clockwise:0000000000
-counterclockwise:0000000000
-end

convert.py

@@ -1,37 +0,0 @@
-import os
-
-path = "SSTF/"
-dict_path = path + "dict.dic"
-
-in_path = path + "{}.in"
-out_path = path + "{}.out"
-
-dict_file = open(dict_path, "r", encoding="utf8")
-dict_str = dict_file.read()
-dict_file.close()
-
-for i in range(1, 11):
-    dir_path = "{}/".format(i + 7)
-
-    input_path = dir_path + "input.txt"
-    output_path = dir_path + "output.txt"
-    dict_path = dir_path + "dict.dic"
-
-    os.mkdir("{}".format(i + 7))
-
-    in_file = open(in_path.format(i), "r", encoding="utf8")
-    out_file = open(out_path.format(i), "r", encoding="utf8")
-    input_file = open(input_path, "w", encoding="utf8")
-    output_file = open(output_path, "w", encoding="utf8")
-    dict_file = open(dict_path, "w", encoding="utf8")
-
-    input_file.write(in_file.read())
-    output_file.write(out_file.read())
-    dict_file.write(dict_str)
-
-    in_file.close()
-    out_file.close()
-    input_file.close()
-    output_file.close()
-    dict_file.close()
-

docs/代码规范/代码规范.md

@@ -1,159 +0,0 @@
-# 代码规范
-
-### 命名规则
-
-#### 变量命名规则
-
-**所有**的局部变量都使用小写的下划线命名法。
-
-```C
-int bus_position;
-char* output_string
-```
-
-在变量命名时应注意尽可能简洁清晰，但在不能为了简洁而导致变量意义的不明。
-
-错误示范：
-
-```C
-// DO NOT DO THIS:
-lv_indev_drv_t indev_drv;
-```
-
-正确示范：
-
-```C
-lv_input_device_driver_t mouse_input;
-```
-
-> 本例子来自LVGL库。
->
-> lv表示这个类型来自LVGL库，input_device表示这个一个输入设备，driver表示这是一个驱动，后缀t表示这是一个类型。
-
-#### 常量命名规则
-
-采用`#define`定义的常量采用全大写下划线命名法
-
-```C
-#define MAX_STR_LENGTH 1000
-```
-
-#### 函数命名规则
-
-**所有**函数采用驼峰命名法。
-
-```C
-int StrLength(char* str);
-```
-
-### 代码风格
-
-#### 缩进
-
-统一使用`tab`，四个空格的缩进。
-
-```C
-#include <stdio.h>
-
-int main()
-{
-	printf("缩进是四格。\n");
-    return 0;
-}
-```
-
-> 这点一般不需要注意，现在流行的IDE都是四格缩进。
-
-#### 大括号
-
-所有的大括号都需要提行书写。
-
-```C
-if()
-{
-
-}
-for()
-{
-
-}
-int main()
-{
-
-}
-```
-
-同时注意在代码中所有的代码块都需要用大括号包裹，即使是一行的情形。
-
-```c
-// DO NOT DO THIS
-if(1)
-	printf("...");
-// DO THIS
-if(1)
-{
-	printf("...");
-}
-```
-
-### 注释
-
-采用`Doxygen`风格的注释
-
-> 在`VSCode`中安装`Doxygen Documentation Generator`这个扩展。
->
-> ![](1.png)
->
-> 方便使用下列的功能。
-
-在函数，变量的**上一行**输入`/**`后回车来创建模板。
-
-```C
-/**
- * @brief 在stdin打印一个字符串
- * 
- * @param str 指向需要打印的字符串指针
- */
-void print(char* str)
-{
-    printf("%s", str);
-}
-```
-
-```C
-#include "example.h"
-
-int main()
-{
-    /**
-     * @brief 需要输出的字符串
-     * 
-     */
-    char* string = "Good morning!\n";
-    print(string);
-    return 0;
-}
-```
-
-在`@brief`的后面输入函数的作用简述，在`@param`的输入每个参数的意义， 在`@return`的后面输入返回值的意义。
-
-在`VSCode`中将指针悬停在函数上时就可以查看这个注释。
-
-![](2.png)
-
-其他的注释都应该放在需要注释行的上一行。
-
-> 在`Doxygen`规范中，所有的注释都是注释下一行的代码。
-
-在文件开头的注释**不做要求**，我感觉应该没有什么用。
-
-> 这里推荐一个`VSCode`插件`GitLens`，可以方便的查看提交信息，~~便于在发现问题时锤人~~。
->
-> ![](4.png)
-
-### 杂项
-
-- 函数中的局部变量不必在函数的头部统一命名，但是建议比较重要的变量在头部先声明，并且使用注释注明变量的作用
-- 循环的变量一般情况下都在`for`语句中声明，不在循环以外的地方使用。但如果较为特殊的地方使用到，请使用注释表明。并且循环变量使用`i`,`j`,`k`。
-- `switch`语句中必须要有`default`的部分。
-- 每行代码不超过80个字符。

docs/开发指北/开发指北.md

@@ -1,54 +0,0 @@
-# 开发指北
-
-> 遇到任何问题都可以问。
-
-## 任务一
-
-> 布置时间：2022-4-29
-
-### 终端（命令行）界面入门
-
-#### 背景
-
-我们在开发过程中需要用到的大部分工具都是以命令行交互为主，比如`cmake`, `gcc`,`git`；而且我们编译出来的应用也是在命令行界面中运行，所以掌握一些基本的命令是必要的。
-
-#### 目标
-
-掌握命令行界面的基础知识。
-
-### Git入门
-
-#### 背景
-
-`git`是版本管理和团队合作的利器，掌握`git`的基本使用也是必要的。
-
-#### 目标
-
-克隆本次的大作业的项目仓库，并且进行**至少一次**提交。
-
-> 可以在`main.c`文件中调用`printf`函数输出一些内容作为提交的内容。
-
-### 模块入门
-
-#### 背景
-
-多模块编译是一个比较困难的部分，但是也是我们开发中十分有用的技能。
-
-#### 目标
-
-在项目中新建一个模块，包括头文件和源文件，在模块中设计实现一个简单的函数，并在`main.c`中调用。
-
-### 概要设计
-
-#### 背景
-
-大作业有点难，不能只让我一个人抠脑壳，你们也得一起想。
-
-#### 目标
-
-设计完成函数原型，数据结构，全局常量。
-
-
-
-
-

docs/概要设计书/概要设计书.md

@@ -1,274 +0,0 @@
-# 概要设计
-
-## main函数流程
-
-![](main模块流程图.png)
-
-## 轨道模块
-
-> 轨道模块是比较基础的模块，许多模块都建立在这个模块的基础上
-
-模块的主体是一个表示每个轨道节点的结构体。
-
-### 创建结构体
-
-```C
-/**
- * 创建轨道列表
- * @param length 站点之间的距离
- * @param node_num 站点的个数
- * @return 指向首站的指针
- */
-rail_node_t * CreateRails(int length, int node_num);
-```
-
-这个函数的难点应该是创建一个双向的循环链表。
-
-### 寻找指定的站点
-
-```C
-/**
- * 查找指定编号的站点指针
- * @param rails 轨道的头节点地址
- * @param id 需要查找的站点编号
- * @return 需要查找站点指针
- */
-rail_node_t *FindNode(rail_node_t rails, int id);
-```
-
-比较重要的工具函数，给定编号寻找对应的站点站点指针，不过没啥难度。
-
-## 公交车模块
-
-> 公交车模块就是比较复杂的模块了。
-
-模块的主体是一个表示公交车的结构体。
-
-### 运行公交车
-
-```C
-/**
- * 每个时刻使公交车前进
- * @param rails 轨道链表
- * @param direction 公交车前进的方向
- * @param bus 公交车
- * @return 公交车是否到达站点
- */
-int RunBus(rail_node_t* rails, bus_t bus, int direction);
-```
-
-这个函数不难，就是根据指定的方向让公交车前进，同时判断公交车是否到站。
-
-## 请求模块
-
-请求模块的核心是一个表示请求的结构体。
-
-### 创建请求
-
-```C
-/**
- * 创建请求
- * @param query 请求链表队列
- * @param type 请求的类型
- * @param node 请求产生/指向的站点
- */
-void CreateQuery(bus_query_t query, int type, rail_node_t node);
-```
-
-还是一个简单的链表创建函数，主要的关键点在于说明的第五点第四条：
-
-> 如果在某个请求没有完成时再有相同的请求(请求类型和站点全部相同)发生，则该请求被抛弃
-
-也就是在创建的时候要判断是否已存在相同的请求。
-
-### 删除请求
-
-> 删除请求其实就是处理请求的同义词
-
-这个函数没啥意思，就是删除一个链表节点。
-
-## 控制器模块
-
-> 全程序最复杂的模块
-
-### 时间计算
-
-一个`int`类型的全局变量储存全局的时间。
-
-```C
-/**
- * 时间增加
- */
-void AddTime();
-```
-
-一个可有可无的函数，负责将时间加一。
-
-> 可能后期删除，作用不明显。
-
-### 策略简述
-
-策略的相关函数会在公交车到站的时候调用。
-
-策略一般包括两个函数，方向控制函数和请求处理函数。
-
-### 先来先服务策略(FCFS)
-
-> first come first serve 
->
-> 对于先来先服务策略，车一次停站只完成一个请求，即使在这个站点上即有乘车请求，车内也有到该站的请求，也只能按策略完成已经调度的那个请求。但是完成当前请求后，如果发现时间序列上后续的一个或多个连续请求都恰好在同一站点（即连续的同站点请求位置相同，但请求类型不同），则可以立即完成这些连续的同站点请求，也就是说特殊情况下，一次停车的1秒内可完成多个请求。
-
-#### 方向
-
-```C
-/**
- * 在先来先服务策略下应该前进的方向
- * @param bus 公交车
- * @param queries 请求队列链表
- * @return 前进的方向
- */
-int FCFSDirection(bus_t bus, bus_query_t queries);
-```
-
-直接给出最先的一个请求就可以了。
-
-将给定的请求赋给全局变量。
-
-#### 请求
-
-```C
-/**
- * 在先来先服务策略下给出处理的请求
- * @param bus 公交车
- * @param queries 请求队列链表
- * @return 需要处理的请求
- */
-bus_query_t FCFSQuery(bus_t bus, bus_query_t queries);
-```
-
-按照指定的策略给出现在可以处理的请求。
-
-在这里是当前所在站点和第一个请求指向站点相同是即可处理，而且连续处理。
-
-### 最短寻找时间优先(SSTF)
-
-> 对于最短寻找时间优先策略，一次服务的目标请求一旦确定，即使中途产生更优的请求也不可以更改。但如果新的请求恰好可以顺便服务（同方向的站台请求或车内请求），可以为新的请求停站。具体为：程序计算离当前车的位置最近的请求，如果没有请求则原地不动，否则按最近的路线（顺、逆时针）去接（送）。如果车途中遇到与车目前同方向的上车或下车请求，可以停下一秒解决，反方向的上车请求不停车。车服务完目标后，反复此过程，直到end。特别地，当车到达目标站点时，可以停一次车(1秒钟)完成该站点已接收的所有类型请求(区别于顺便站停靠）。
-
-#### 方向
-
-```C
-/**
- * 在最短寻找时间策略下应该前进的方向
- * @param bus 公交车
- * @param queries 请求队列链表
- * @return 前进的方向
- */
-int SSTFDirection(bus_t bus, bus_query_t queries);
-```
-
-这个函数比较难，求出最短前进的方向即可。
-
-将处理的请求赋给全局变量。
-
-#### 请求
-
-```C
-/**
- * 在最短寻找时间策略给出处理的请求
- * @param bus 公交车
- * @param queries 请求队列链表
- * @return 需要处理的请求
- */
-bus_query_t SSTFQuery(bus_t bus, bus_query_t queries);
-```
-
-给出当前需要处理的请求。注意有些请求时可以处理的，有些请求时不能顺便处理的。
-
-### 顺便服务策略(SCAN)
-
-#### 方向
-
-```C
-/**
- * 顺便服务的前进方向
- * @param bus 公交车
- * @param queries 请求队列链表
- * @return 前进的方向
- */
-int SCANDirection(bus_t bus, bus_query_t queries);
-```
-
-也是判断最短的前进方向，但是
-
-## 输入输出模块
-
-> 输入输出模块是比较基础的模块，主要作用就是调用其他模块实现的功能。
-
-### 配置文件读取
-
-```C
-/**
- * 读取配置文件，创建轨道链表，同时读取需要使用的策略
- * @return 指向轨道链表的指针
- */
-rail_node_t* ReadConfigFile();
-```
-
-这个函数需要完成三个任务：
-
-- 解析配置文件。（重点）
-- 调用函数创建轨道列表。
-- 读取指定的策略。
-
-### 打印当前状态
-
-```C
-/**
- * 打印当前的状态
- * @param rails 轨道链表
- * @return 返回需输出的字符串
- */
-char* PrintState();
-```
-
-输出的格式如下：
-
-```
-TIME:秒数
-BUS:
-position:0
-target: 0000000000
-STATION:
-clockwise: 0000000000
-counterclockwise: 0000000000
-```
-
-这个函数的实现应该不难，遍历几个链表就结束了。
-
-> 返回一个字符串是为了便于测试，直接`printf`出来不好测试，也不符合解耦的设计策略。
-
-### 读取输入
-
-```C
-/**
- * 读取标准输入流中的输入
- * @param inputString 输入的字符串
- * @return 当前读取的状态
- */
-int ReadInput(char* inputString);
-```
-
-这个函数的实现比较困难，在于读取对应的输入并调用相关的函数。
-
-输出的`int`值是一系列定义的宏：
-
-```C
-#define IO_CLOCK 0 // 读取时钟指令
-#define IO_READING 1 // 读取请求指令
-#define IO_END 2 // 读取结束指令
-```
-
-便于main函数确定下一步的行为。
-
-
-