simulation test (used queue) ~ C Language

simulation test (used queue)

4월 08, 2019 !!

"linkedqueue.h"

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#ifndef _LINKED_QUEUE_
#define _LINKED_QUEUE_
 
#include "simulation.h"
 
struct Queue_Node_Type {
 
    struct Simulation_Students_Type Students_Data;
    struct Queue_Node_Type* Pointer_Next;
};
 
struct Linked_Queue_Type {
 
    int Current_Element_Count;
    struct Queue_Node_Type* Pointer_Front_Node;
    struct Queue_Node_Type* Pointer_Rear_Node;
};
 
struct Linked_Queue_Type* Create_Linked_Queue(void);
void Delete_Linked_Queue(struct Linked_Queue_Type* Pointer_Queue);
 
int Enqueue_Linked_Queue(struct Linked_Queue_Type* Pointer_Queue, struct Queue_Node_Type element);
struct Queue_Node_Type* Dequeue_Linked_Queue(struct Linked_Queue_Type* Pointer_Queue);
struct Queue_Node_Type* Peek_Linked_Queue(struct Linked_Queue_Type* Pointer_Queue);
 
int Is_Linked_Queue_Empty(struct Linked_Queue_Type* Pointer_Queue);
 
#endif // !_LINKED_QUEUE_
 
#ifndef _COMMON_QUEUE_DEFAULT_
#define _COMMON_QUEUE_DEFAULT_
 
#define TRUE    1
#define FALSE    0
 
#endif // !_COMMON_QUEUE_DEFAULT_
 
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cs

"simulationProcessing.h"

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#ifndef _SIMULATION_PROCESSING_
#define _SIMULATION_PROCESSING_
 
void Insert_Students(struct Linked_Queue_Type* Pointer_Queue, int Arrival_Time, char* name, enum Gender_Type gender);
int Distribution_By_Students_Gender(struct Linked_Queue_Type* Pointer_Queue, struct Linked_Queue_Type* Male_Students_Room, struct Linked_Queue_Type* Female_Students_Room);
void Make_Couple(struct Linked_Queue_Type* Male_Students_Room, struct Linked_Queue_Type* Female_Students_Room, int limit);
void Student_Processing(struct Linked_Queue_Type* Waiting_Room, struct Linked_Queue_Type* Students_Room, enum Gender_Type gender, int time);
void Display_Couple_Succeed(struct Queue_Node_Type* student, struct Queue_Node_Type* partner, int time);
 
#endif // !_SIMULATION_PROCESSING_
 
#ifndef _COMMON_SIMULATION_DEFAULT_
#define _COMMON_SIMULATION_DEFAULT_
 
#define ERROR    -99999
 
#endif // !_COMMON_QUEUE_DEFAULT_
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cs

"simulation.h"

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#ifndef _SIMULATION_
#define _SIMULATION_
 
enum Gender_Type {
 
    Male,
    Female
};
 
struct Simulation_Students_Type {
 
    int Arrival_Time;
    int Delay_Time;
    
    char* name;
    enum Gender_Type gender;
};
 
#endif // !_SIMULATION_
cs

"linkedqueue.c"

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#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "linkedqueue.h"
 
struct Linked_Queue_Type* Create_Linked_Queue(void) {
 
    struct Linked_Queue_Type* Pointer_Return = (struct Linked_Queue_Type*) malloc(1 * sizeof(struct Linked_Queue_Type));
    if ((struct Linked_Queue_Type*)Pointer_Return == NULL) {
 
        printf("Error! Dynamic memory allocation failed()\n");
        return NULL;
    }
    (void*)memset((struct Linked_Queue_Type*)Pointer_Return, 0, 1 * sizeof(struct Linked_Queue_Type));
    
    return (struct Linked_Queue_Type*)Pointer_Return;
}
void Delete_Linked_Queue(struct Linked_Queue_Type* Pointer_Queue) {
 
    struct Queue_Node_Type* Pointer_Node = Pointer_Queue->Pointer_Front_Node;
    while ((struct Queue_Node_Type*) Pointer_Node) {
 
        struct Queue_Node_Type* Pointer_Delete_Node = Pointer_Node;
        Pointer_Node = (struct Queue_Node_Type*)Pointer_Node->Pointer_Next;
        free((struct Queue_Node_Type*)Pointer_Delete_Node);
    }
    if ((struct Linked_Queue_Type*) Pointer_Queue != NULL) free((struct Linked_Queue_Type*) Pointer_Queue);
 
    return;
}
 
int Enqueue_Linked_Queue(struct Linked_Queue_Type* Pointer_Queue, struct Queue_Node_Type element) {
 
    if ((struct Linked_Queue_Type*)Pointer_Queue == NULL) {
 
        printf("Error! The linked queue is null. Enqueue_Linked_Queue()\n");
        return FALSE;
    }
 
    struct Queue_Node_Type* Pointer_Node = (struct Queue_Node_Type*) malloc(1 * sizeof(struct Queue_Node_Type));
    if ((struct Queue_Node_Type*)Pointer_Node == NULL) {
 
        printf("Error! Dynamic memory allocation failed. Enqueue_Linked_Queue()\n");
        return FALSE;
    }
    (void*)memset((struct Queue_Node_Type*)Pointer_Node, 0, 1 * sizeof(struct Queue_Node_Type));
 
    *Pointer_Node = *(struct Queue_Node_Type*)&element;
    Pointer_Node->Pointer_Next = NULL;
 
    if (Is_Linked_Queue_Empty((struct Linked_Queue_Type*)Pointer_Queue)) {
 
        Pointer_Queue->Pointer_Front_Node = (struct Queue_Node_Type*)Pointer_Node;
        Pointer_Queue->Pointer_Rear_Node = (struct Queue_Node_Type*)Pointer_Node;
    }
    else {
 
        Pointer_Queue->Pointer_Rear_Node->Pointer_Next = (struct Queue_Node_Type*)Pointer_Node;
        Pointer_Queue->Pointer_Rear_Node = (struct Queue_Node_Type*)Pointer_Node;
    }
    Pointer_Queue->Current_Element_Count++;
 
    return TRUE;
}
struct Queue_Node_Type* Dequeue_Linked_Queue(struct Linked_Queue_Type* Pointer_Queue) {
 
    if ((struct Linked_Queue_Type*)Pointer_Queue == NULL) {
 
        printf("Error! The linked queue is null. Dequeue_Linked_Queue()\n");
        return    NULL;
    }
    else if (Is_Linked_Queue_Empty((struct Linked_Queue_Type*)Pointer_Queue)) return NULL;
 
    struct Queue_Node_Type* Pointer_Return = (struct Queue_Node_Type*) Pointer_Queue->Pointer_Front_Node;
    Pointer_Queue->Pointer_Front_Node = (struct Queue_Node_Type*)Pointer_Queue->Pointer_Front_Node->Pointer_Next;
    Pointer_Return->Pointer_Next = NULL;
 
    Pointer_Queue->Current_Element_Count--;
    if (Is_Linked_Queue_Empty((struct Linked_Queue_Type*)Pointer_Queue)) {
 
        Pointer_Queue->Pointer_Rear_Node = NULL;
    }
 
    return (struct Queue_Node_Type*)Pointer_Return;
}
 
struct Queue_Node_Type* Peek_Linked_Queue(struct Linked_Queue_Type* Pointer_Queue) {
 
    if ((struct Linked_Queue_Type*)Pointer_Queue == NULL) {
 
        printf("Error! The linked queue is null. Peek_Linked_Queue()\n");
        return    NULL;
    }
    else if (Is_Linked_Queue_Empty((struct Linked_Queue_Type*)Pointer_Queue)) return NULL;
 
    return (struct Queue_Node_Type*)Pointer_Queue->Pointer_Front_Node;
}
 
int Is_Linked_Queue_Empty(struct Linked_Queue_Type* Pointer_Queue) {
 
    if ((struct Linked_Queue_Type*)Pointer_Queue == NULL) return FALSE;
    else if (!Pointer_Queue->Current_Element_Count) return TRUE;
    else return FALSE;
}
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cs

"sinulationProcessing.c"

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#include <stdio.h>
#include <stdlib.h>
#include "linkedqueue.h"
#include "simulationProcessing.h"
 
void Insert_Students(struct Linked_Queue_Type* Pointer_Queue, int Arrival_Time, char* name, enum Gender_Type gender) {
 
    if ((struct Linked_Queue_Type*)Pointer_Queue == NULL) {
 
        printf("Error! The linked queue is null. Insert_Students()\n");
        return;
    }
 
    struct Queue_Node_Type node = { 0, };
    node.Students_Data.Arrival_Time = Arrival_Time;
    node.Students_Data.name = name;
    node.Students_Data.gender = gender;
 
    Enqueue_Linked_Queue((struct Linked_Queue_Type*)Pointer_Queue, node);
 
    return;
}
 
int Distribution_By_Students_Gender(struct Linked_Queue_Type* Pointer_Queue, struct Linked_Queue_Type* Male_Students_Room, struct Linked_Queue_Type* Female_Students_Room) {
 
    if ((struct Linked_Queue_Type*)Pointer_Queue == NULL) {
 
        printf("Error! The linked queue is null. Distribution_By_Students_Gender()\n");
        return ERROR;
    }
 
    int Count_Male = 0, Count_Female = 0;
    while (!Is_Linked_Queue_Empty ((struct Linked_Queue_Type*)Pointer_Queue)) {
 
        struct Queue_Node_Type* Pointer_Students_Data = (struct Queue_Node_Type*)Dequeue_Linked_Queue((struct Linked_Queue_Type*)Pointer_Queue);
        if (Pointer_Students_Data->Students_Data.gender == Male) {
 
            Enqueue_Linked_Queue((struct Linked_Queue_Type*)Male_Students_Room, *(struct Queue_Node_Type*)Pointer_Students_Data);
            Count_Male++;
        }
        else if (Pointer_Students_Data->Students_Data.gender == Female) {
 
            Enqueue_Linked_Queue((struct Linked_Queue_Type*)Female_Students_Room, *(struct Queue_Node_Type*)Pointer_Students_Data);
            Count_Female++;
        }
        else {
 
            printf("Error! Can not understand gender. Distribution_By_Students_Gender()\n");
            free((struct Queue_Node_Type*)Pointer_Students_Data);
 
            return ERROR;
        }
        free((struct Queue_Node_Type*)Pointer_Students_Data);
    }
 
    return Count_Male - Count_Female;
}
 
void Make_Couple(struct Linked_Queue_Type* Male_Students_Room, struct Linked_Queue_Type* Female_Students_Room, int limit) {
 
    if ((struct Linked_Queue_Type*)Male_Students_Room == NULL) {
 
        printf("Error! The linked queue is null(1). Make_Couple()\n");
        return;
    }
    else if ((struct Linked_Queue_Type*)Female_Students_Room == NULL) {
 
        printf("Error! The linked queue is null(2). Make_Couple()\n");
        return;
    }
 
    struct Linked_Queue_Type* Waiting_Room = (struct Linked_Queue_Type*) Create_Linked_Queue();
 
    int Count_Time = 0, Count_Male_Students = 0, Count_Female_Students = 0, check = 0;
    while (!Is_Linked_Queue_Empty((struct Linked_Queue_Type*)Male_Students_Room) || !Is_Linked_Queue_Empty((struct Linked_Queue_Type*)Female_Students_Room)) {
        if (limit < Count_Time) break;
 
        struct Queue_Node_Type* Peek_Student = (struct Queue_Node_Type*)Peek_Linked_Queue((struct Linked_Queue_Type*)Male_Students_Room);
        if ((struct Queue_Node_Type*)Peek_Student != NULL) {
 
            if (Peek_Student->Students_Data.Arrival_Time < Count_Time) Count_Time--;
            if (Peek_Student->Students_Data.Arrival_Time == Count_Time) {
 
                Student_Processing((struct Linked_Queue_Type*) Waiting_Room, (struct Linked_Queue_Type*) Male_Students_Room, Male, Count_Time);
                Count_Male_Students++, check = 1;
            }
        }
 
        Peek_Student = (struct Queue_Node_Type*)Peek_Linked_Queue((struct Linked_Queue_Type*)Female_Students_Room);
        if ((struct Queue_Node_Type*)Peek_Student != NULL) {
 
            if (Peek_Student->Students_Data.Arrival_Time < Count_Time) Count_Time--;
            if (Peek_Student->Students_Data.Arrival_Time == Count_Time) {
 
                Student_Processing((struct Linked_Queue_Type*) Waiting_Room, (struct Linked_Queue_Type*) Female_Students_Room, Female, Count_Time);
                Count_Female_Students++, check = 1;
            }
        }
 
        if (!Is_Linked_Queue_Empty((struct Linked_Queue_Type*)Waiting_Room) && !check) {
 
            printf("[%2d] 대기 인원 수 : %d\n", Count_Time, Waiting_Room->Current_Element_Count);
        }
        else if (Is_Linked_Queue_Empty((struct Linked_Queue_Type*)Waiting_Room) && !check) {
 
            printf("[%2d] == Empty ==\n", Count_Time);
        }
        Count_Time++, check = 0;
    }
 
    Delete_Linked_Queue((struct Linked_Queue_Type*)Waiting_Room);
 
    return;
}
 
void Student_Processing(struct Linked_Queue_Type* Waiting_Room, struct Linked_Queue_Type* Students_Room, enum Gender_Type gender, int time) {
 
    if ((struct Linkd_Queue_Type*)Waiting_Room == NULL) return;
    else if ((struct Linked_Queue_Type*)Students_Room == NULL) return;
 
    struct Queue_Node_Type* student = (struct Queue_Node_Type*)Dequeue_Linked_Queue((struct Linked_Queue_Type*)Students_Room);
    if (!Is_Linked_Queue_Empty((struct Linked_Queue_Type*)Waiting_Room) && Waiting_Room->Pointer_Front_Node->Students_Data.gender != gender) {
 
        struct Queue_Node_Type* Partner = (struct Queue_Node_Type*) Dequeue_Linked_Queue((struct Linked_Queue_Type*)Waiting_Room);
        Partner->Students_Data.Delay_Time = Partner->Students_Data.Arrival_Time - student->Students_Data.Arrival_Time;
 
        Display_Couple_Succeed((struct Queue_Node_Type*) student, (struct Queue_Node_Type*) Partner, time);
        printf("[%2d] 대기 인원 수 : %d\n", time, Waiting_Room->Current_Element_Count);
 
        free((struct Queue_Node_Type*)Partner);
    }
    else {
 
        Insert_Students((struct Linked_Queue_Type*) Waiting_Room, student->Students_Data.Arrival_Time, student->Students_Data.name, student->Students_Data.gender);
        printf("[%2d] 대기열 추가 <%s>\n", time, Waiting_Room->Pointer_Rear_Node->Students_Data.name);
        printf("[%2d] 대기 인원 수 : %d\n", time, Waiting_Room->Current_Element_Count);
    }
    free((struct Queue_Node_Type*)student);
 
    return;
}
 
void Display_Couple_Succeed(struct Queue_Node_Type* student, struct Queue_Node_Type* partner, int time) {
 
    if ((struct Queue_Node_Type*)student == NULL) return;
    else if ((struct Queue_Node_Type*) partner == NULL) return;
 
    if ((*student).Students_Data.gender == Male) {
 
        printf("[%2d] 커플 탄생! (男)%s ♡ %s(女) COUPLE\n", time, student->Students_Data.name, partner->Students_Data.name);
        printf("[%2d] 남학생 대기시간 : %d,    ", time, student->Students_Data.Delay_Time);
        printf("여학생 대기시간 : %d\n", partner->Students_Data.Delay_Time);
    }
    else {
 
        printf("[%2d] 커플 탄생! (男)%s ♡ %s(女) COUPLE\n", time, partner->Students_Data.name, student->Students_Data.name);
        printf("[%2d] 남학생 대기시간 : %d,    ", time, partner->Students_Data.Delay_Time);
        printf("여학생 대기시간 : %d\n", student->Students_Data.Delay_Time);
    }
    return;
}
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cs

"main.c"

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#include <stdio.h>
#include "linkedqueue.h"
#include "simulationProcessing.h"
 
#define LIMIT    15
 
int main(int argc, char** argv) {
 
    typedef struct Linked_Queue_Type Linked_Queue;
    typedef struct Queue_Node_Type Queue_Node;
 
    Linked_Queue* Pointer_Queue = (Linked_Queue*)Create_Linked_Queue();
    if ((Linked_Queue*)Pointer_Queue == NULL) return -1;
 
    Insert_Students((Linked_Queue*)Pointer_Queue, 0, "광만", Male);
    Insert_Students((Linked_Queue*)Pointer_Queue, 3, "민아", Female);
    Insert_Students((Linked_Queue*)Pointer_Queue, 4, "태수", Male);
    Insert_Students((Linked_Queue*)Pointer_Queue, 4, "광수", Male);
    Insert_Students((Linked_Queue*)Pointer_Queue, 7, "지영", Female);
    Insert_Students((Linked_Queue*)Pointer_Queue, 10, "민수", Male);
    Insert_Students((Linked_Queue*)Pointer_Queue, 11, "아름", Female);
    Insert_Students((Linked_Queue*)Pointer_Queue, 11, "민준", Male);
    Insert_Students((Linked_Queue*)Pointer_Queue, 15, "수영", Female);
    Insert_Students((Linked_Queue*)Pointer_Queue, 16, "규현", Male);
    Insert_Students((Linked_Queue*)Pointer_Queue, 18, "민후", Male);
    Insert_Students((Linked_Queue*)Pointer_Queue, 21, "지아", Female);
 
    Linked_Queue* Male_Students_Room = (Linked_Queue*)Create_Linked_Queue();
    Linked_Queue* Female_Students_Room = (Linked_Queue*)Create_Linked_Queue();
 
    Distribution_By_Students_Gender((Linked_Queue*)Pointer_Queue, (Linked_Queue*)Male_Students_Room, (Linked_Queue*)Female_Students_Room);
    Make_Couple((Linked_Queue*)Male_Students_Room, (Linked_Queue*)Female_Students_Room, LIMIT);
 
    Delete_Linked_Queue((Linked_Queue*)Male_Students_Room);
    Delete_Linked_Queue((Linked_Queue*)Female_Students_Room);
 
    return 0;
}
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2019년 4월 8일 월요일

simulation test (used queue)

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