【学英语报订阅号资源码】【财税商城源码】【乘龙快婿指标源码】C语言实现源码

【学英语报订阅号资源码】【财税商城源码】【乘龙快婿指标源码】C语言实现源码_c语言程序源代码是什么

2024-12-26 02:21:10 来源：skywing源码分类：知识

1.贪吃蛇c语言源代码
2.写C语言程序的语言实语言源代一般步骤是怎样的
3.Cè¯è¨å®ç°å¾ä¹¦ç®¡çç³»ç»
4.用c语言程序设计一个简单计算器,求其源代码
5.用C语言写的计算器源代码

C语言实现源码_c语言程序源代码是什么

贪吃蛇c语言源代码

下面是一个简单的贪吃蛇游戏的C语言实现框架，不包含完整的现源图形界面，但展示了游戏逻辑的码c码基本结构。此示例使用控制台字符来模拟蛇的程序移动和食物的生成。请注意，语言实语言源代这只是现源学英语报订阅号资源码一个概念性的实现，实际应用中可能需要借助图形库（如SDL、码c码OpenGL或Windows API）来创建图形界面。程序

```c

#include

#include // 注意：_kbhit() 和 _getch() 是语言实语言源代特定于某些编译环境的

// 假设的蛇身和地图大小

#define SIZE

int x, y, fruitX, fruitY, score;

int tailX[], tailY[];

int nTail;

enum eDirection { STOP = 0, LEFT, RIGHT, UP, DOWN };

enum eDirection dir;

void Setup() {

// 初始化代码

dir = STOP;

x = SIZE / 2;

y = SIZE / 2;

fruitX = rand() % SIZE;

fruitY = rand() % SIZE;

score = 0;

}

void Draw() {

// 绘制游戏界面，此处省略

// 使用循环打印蛇身和食物位置

}

void Input() {

// 处理用户输入

if (_kbhit()) {

switch (_getch()) {

case 'a': dir = LEFT; break;

case 'd': dir = RIGHT; break;

case 'w': dir = UP; break;

case 's': dir = DOWN; break;

}

void Logic() {

// 移动逻辑，现源碰撞检测等

// 此处省略

}

int main() {

Setup();

while (1) {

Draw();

Input();

Logic();

// 延时

Sleep();

}

return 0;

}

```

注意：`_kbhit()` 和 `_getch()` 是码c码特定于某些编译环境（如Microsoft Visual Studio）的函数，用于检测键盘输入。程序在其他环境中，语言实语言源代财税商城源码可能需要使用不同的现源方法来实现输入处理。此外，码c码由于篇幅限制，此代码省略了具体的绘制和逻辑实现细节。

写C语言程序的一般步骤是怎样的

1、编写源代码：首先，乘龙快婿指标源码使用C语言编写源代码，这是程序开发的第一步。源代码是程序员用高级语言编写的，人类可读的文本文件。

2、编译源代码：接下来，KD 钝化源码使用C语言编译器将源代码转换为可执行的二进制文件。编译过程包括词法分析、语法分析、语义检查、中间代码生成、代码优化和目标代码生成等阶段。鲁班导航源码如果在编译过程中发现语法错误，编译器会提供错误提示，以便开发者修正。

3、链接目标文件：一旦源代码被编译成目标文件，还需要将这些目标文件与系统库链接起来，形成一个完整的可执行程序。这个过程称为链接，它将各个目标文件和系统库中的函数和变量合并，生成最终的可执行文件。

4、执行程序：最后，运行编译和链接后生成的可执行程序文件。这个文件包含了可以被计算机处理器执行的指令，执行程序将按照这些指令执行，完成预定的任务。

Cè¯è¨å®ç°å¾ä¹¦ç®¡çç³»ç»

ä¸é¢ä¸ºæºä»£ç ï¼

#include <stdio.h>#include <stdlib.h>#include <string.h>//3.æ°æ®çè®¾è®¡//3.1ç¨åºçæ°æ®åå¨--->å®¹å¨//3.2æ°æ®çç»æ --->å¾ä¹¦çä¿¡æ¯struct bookInfo{ char name[];//ä¹¦åfloat price;//ä¹¦ç±çä»·æ ¼int num;//ä¹¦ç±çæ°é};//å®ä¹é¾è¡¨struct Node{ struct bookInfo data;struct Node* next;};struct Node* list = NULL;//å°é¾è¡¨å£°ææå¨å±åé//åå»ºè¡¨å¤´ï¼è¡¨å¤´å°±æ¯ç»æä½åéstruct Node* createHead(){ //å¨æååç³è¯·struct Node* headNode = (struct Node*)malloc(sizeof(struct Node));//åéåå§åheadNode->next = NULL;return headNode;}//åå»ºèç¹ï¼ä¸ºæå¥ååå¤// æç¨æ·çæ°æ®åæç»æä½åéstruct Node* createNode(struct bookInfo data){ struct Node* newNode = (struct Node*)malloc(sizeof(struct Node));newNode->data = data;newNode->next = NULL;return newNode;}//æ°æ®æå¥ï¼å¤´ææ³ï¼void insertNodeByHead(struct Node* headNode, struct bookInfo data){ struct Node* newNode = createNode(data);newNode->next = headNode->next;headNode->next = newNode;}//å°¾ææ³/*struct insertNodeByTall(struct Node* headNode, int data){ struct Node* pMove = headNode;while (pMove != NULL){ pMove = pMove->next;}struct Node* newNode = createHead(data);pMove->next = newNode;}*///æå®å é¤ï¼å é¤é¾è¡¨ä¸åç´ ï¼//posLeftNode->next=posNode->next;//free(posNode);void deleteNodeByName(struct Node* headNode, char* bookname){ struct Node* posLeftNode = headNode;struct Node* posNode = headNode->next;//ä¹¦ç±ååæ¯åç¬¦ä¸²ï¼åç¬¦ä¸²æ¯è¾å½æ°while (posNode != NULL && strcmp(posNode->data.name, bookname)){ posLeftNode = posNode;posNode = posLeftNode->next;}//è®¨è®ºæ¥æ¾çç»æif (posNode == NULL)return;else{ printf("å é¤æåï¼\n");posLeftNode->next = posNode->next;free(posNode);posNode = NULL;}}//æ¥æ¾struct Node* searchByName(struct Node* headNode, char* bookName){ struct Node* posNode = headNode->next;while (posNode != NULL && strcmp(posNode->data.name, bookName)){ posNode = posNode->next;}return posNode;}//æå°é¾è¡¨void printList(struct Node* headNode){ struct Node* pMove = headNode->next;printf("ä¹¦å\tä»·æ ¼\tæ°é\n");while (pMove != NULL){ printf("%s\t%.1f\t%d\n", pMove->data.name, pMove->data.price, pMove->data.num);pMove = pMove->next;}}//ç´æ¥æä»¶æä½//æä»¶åæä½void saveInfoToFile(const char* filename, struct Node* headNode){ FILE* fp = fopen(filename, "w");struct Node* pMove = headNode->next;while (pMove != NULL){ fprintf(fp, "%s\t%.1f\t%d\n", pMove->data.name, pMove->data.price, pMove->data.num);pMove = pMove->next;}fclose(fp);}//æä»¶è¯»æä½void readInfoFromFile(const char* fileName, struct Node* headNode){ FILE* fp = fopen(fileName, "r");if (fp == NULL){ //ä¸åå¨å°±åå»ºåºæ¥è¿ä¸ªæä»¶fp = fopen(fileName, "w+");}struct bookInfo tempData;while (fscanf(fp, "%s\t%f\t%d\n", tempData.name, &tempData.price, &tempData.num) != EOF){ insertNodeByHead(list, tempData);}fclose(fp);}//åæ³¡æåºï¼é¾è¡¨ï¼void bubbleSortList(struct Node* headNode){ for (struct Node* p = headNode->next; p != NULL; p = p->next){ for (struct Node* q = headNode->next; q->next != NULL; q = q->next){ if (q->data.price > q->next->data.price){ //äº¤æ¢å¼struct bookInfo tempData = q->data;q->data = q->next->data;q->next->data = tempData;}}}printList(headNode);}//2.äº¤äºvoid keyDown(){ int userkey = 0;struct bookInfo tempBook;//äº§çä¸ä¸ªä¸´æ¶çåéåå¨ä¹¦ç±ä¿¡æ¯struct Node* result = NULL;scanf("%d", &userkey);switch (userkey) { case 0:printf(" ã ç»è®° ã \n");printf("è¾å¥ä¹¦ç±çä¿¡æ¯(name,price,num):");scanf("%s%f%d", tempBook.name, &tempBook.price, &tempBook.num);insertNodeByHead(list, tempBook);saveInfoToFile("bookinfo.txt", list);break;case 1:printf(" ã æµè§ ã \n");printList(list);break;case 2:printf(" ã åé ã \n"); printf("è¯·è¾å¥ä½ è¦åéçä¹¦ç±ï¼");scanf("%s", tempBook.name);result = searchByName(list,tempBook.name);if (result == NULL)printf("æ²¡æç¸å³ä¹¦ç±æ æ³åéï¼\n");else{ if (result->data.num > 0){ result->data.num--;printf("åéæå\n");saveInfoToFile("bookinfo.txt", list);}else{ printf("å½åä¹¦ç±æ åºåï¼åéå¤±è´¥ï¼\n");}}break;case 3:printf(" ã å½è¿ ã \n");printf("è¯·è¾å¥ä½ è¦å½è¿çä¹¦ç±ï¼");scanf("%s", tempBook.name);result = searchByName(list, tempBook.name);if (result == NULL)printf("ä¹¦ç±æ¥æºéæ³ï¼\n");else{ result->data.num++;printf("ä¹¦ç±å½è¿æåï¼\n");saveInfoToFile("bookinfo.txt", list);}break;case 4:printf(" ã æ¥æ¾ ã \n");printf("ä½ è¦æ¥è¯¢çä¹¦åï¼");scanf("%s", tempBook.name);result = searchByName(list, tempBook.name);if (result == NULL){ printf("æªæ¾å°ç¸å³ç»æ!\n");}else{ printf("ä¹¦å\tä»·æ ¼\tæ°é\n");printf("%s\t%.1f\t%d\n", result->data.name, result->data.price, result->data.num);}break;case 5:printf(" ã æåº ã \n");bubbleSortList(list);break;case 6:printf(" ã å é¤ ã \n");printf("è¾å¥æ³è¦å é¤çä¹¦å:");scanf("%s", tempBook.name);deleteNodeByName(list, tempBook.name);saveInfoToFile("bookinfo.txt", list);break;case 7:printf(" ã éåº ã \n");printf(" éåºæå \n");system("pause");exit(0); //å³ææ´ä¸ªç¨åºbreak;default:printf(" ã error ã \n");break;}}//1.çé¢--->èå--->æ¨¡åvoid makeMenu(){ printf("----------------------------------\n");printf("Eugeoå¾ä¹¦ç®¡çåéç³»ç»\n");printf("t0.ç»è®°ä¹¦ç±\n");printf("t1.æµè§ä¹¦ç±\n");printf("t2.åéä¹¦ç±\n");printf("t3.å½è¿ä¹¦ç±\n");printf("t4.æ¥æ¾ä¹¦ç±\n");printf("t5.æåºä¹¦ç±\n");printf("t6.å é¤ä¹¦ç±\n");printf("t7.éåºç³»ç»\n");printf("----------------------------------\n");printf("è¯·è¾å¥(0~7):");}int main(){ list = createHead();//é¾è¡¨åå§åreadInfoFromFile("bookinfo.txt", list);while (1){ makeMenu();keyDown();system("pause");system("cls");}}åæï¼/post/

用c语言程序设计一个简单计算器,求其源代码

#include

/* Define constants for the calculator */

#define UP 0x

#define DOWN 0x

#define LEFT 0x4B

#define RIGHT 0x4D

#define ENTER 0x0D

/* Global variables */

double num1 = 0, num2 = 0, result = 0;

char str1[] = ".+-*/知消扒Qc=^%";

char cnum[5], str2[] = "", c;

int x, y, x0, y0, i, j, v, m, n, act, flag = 1;

/* Function prototypes */

void drawboder(void);

void initialize(void);

void computer(void);

void changetextstyle(int font, int direction, int charsize);

void mwindow(char *header);

int specialkey(void);

int arrow();

/* Main function */

int main() {

initialize();

computer();

closegraph();

return 0;

}

/* Initialize the graphics system */

void initialize(void) {

int xasp, yasp;

GraphDriver = DETECT;

initgraph( &GraphDriver, &GraphMode, "" );

ErrorCode = graphresult();

if (ErrorCode != grOk) {

printf("Graphics System Error: %s\n", grapherrormsg(ErrorCode));

exit(1);

}

getpalette( &palette );

MaxColors = getmaxcolor() + 1;

MaxX = getmaxx();

MaxY = getmaxy();

getaspectratio( &xasp, &yasp );

AspectRatio = (double)xasp / (double)yasp;

}

/* Main calculator function */

void computer(void) {

struct viewporttype vp;

int color, height, width;

mwindow("Calculator");

color = 7;

getviewsettings( &vp );

width = (vp.right + 1) / ;

height = (vp.bottom - ) / ;

x = width / 2;

y = height / 2;

setfillstyle(SOLID_FILL, color + 3);

bar( x + width * 2, y, x + 7 * width, y + height );

setcolor( color + 3 );

rectangle( x + width * 2, y, x + 7 * width, y + height );

setcolor(RED);

outtextxy(x + 3 * width, y + height / 2, "0.");

x = 2 * width - width / 2;

y = 2 * height + height / 2;

for (j = 0; j < 4; ++j) {

for (i = 0; i < 5; ++i) {

setfillstyle(SOLID_FILL, color);

setcolor(RED);

bar( x, y, x + width, y + height );

rectangle( x, y, x + width, y + height );

sprintf(str2, "%c", str1[j * 5 + i]);

outtextxy( x + (width / 2), y + height / 2, str2);

x += width + (width / 2);

}

y += (height / 2) * 3;

x = 2 * width - width / 2;

}

x0 = 2 * width;

y0 = 3 * height;

x = x0;

y = y0;

gotoxy(x, y);

arrow();

m = 0;

n = 0;

strcpy(str2, "");

while ((v = specialkey()) != ) {

while ((v = specialkey()) != ENTER) {

putimage(x, y, rar, XOR_PUT);

if (v == RIGHT) {

if (x >= x0 + 6 * width)

x = x0;

else

x += width + width / 2;

m++;

}

if (v == LEFT) {

if (x <= x0)

x = x0 + 6 * width;

else

x -= width - width / 2;

m--;

}

if (v == UP) {

if (y <= y0)

y = y0 + 4 * height + height / 2;

else

y -= height - height / 2;

n--;

}

if (v == DOWN) {

if (y >= 7 * height)

y = y0;

else

y += height + height / 2;

n++;

}

putimage(x, y, rar, XOR_PUT);

}

c = str1[n * 5 + m];

if (isdigit(c) || c == '.') {

if (flag == -1) {

strcpy(str2, "-");

flag = 1;

}

sprintf(temp, "%c", c);

strcat(str2, temp);

setfillstyle(SOLID_FILL, color + 3);

bar(2 * width + width / 2, height / 2, * width / 2, 3 * height / 2);

outtextxy(5 * width, height, str2);

}

if (c == '+') {

num1 = atof(str2);

strcpy(str2, "");

act = 1;

setfillstyle(SOLID_FILL, color + 3);

bar(2 * width + width / 2, height / 2, * width / 2, 3 * height / 2);

outtextxy(5 * width, height, "0.");

}

if (c == '-') {

if (strcmp(str2, "") == 0)

flag = -1;

else {

num1 = atof(str2);

strcpy(str2, "");

act = 2;

setfillstyle(SOLID_FILL, color + 3);

bar(2 * width + width / 2, height / 2, * width / 2, 3 * height / 2);

outtextxy(5 * width, height, "0.");

}

if (c == '*') {

num1 = atof(str2);

strcpy(str2, "");

act = 3;

setfillstyle(SOLID_FILL, color + 3);

bar(2 * width + width / 2, height / 2, * width / 2, 3 * height / 2);

outtextxy(5 * width, height, "0.");

}

if (c == '/') {

num1 = atof(str2);

strcpy(str2, "");

act = 4;

setfillstyle(SOLID_FILL, color + 3);

bar(2 * width + width / 2, height / 2, * width / 2, 3 * height / 2);

outtextxy(5 * width, height, "0.");

}

if (c == '^') {

num1 = atof(str2);

strcpy(str2, "");

act = 5;

setfillstyle(SOLID_FILL, color + 3);

bar(2 * width + width / 2, height / 2, * width / 2, 3 * height / 2);

outtextxy(5 * width, height, "0.");

用C语言写的计算器源代码

#include<stdio.h>

#include<iostream.h>

#include<stdlib.h>

#include<string.h>

#include<ctype.h>

typedef float DataType;

typedef struct

{

DataType *data;

int max;

int top;

}Stack;

void SetStack(Stack *S,int n)

{

S->data=(DataType*)malloc(n*sizeof(DataType));

if(S->data==NULL)

{

printf("overflow");

exit(1);

}

S->max=n;

S->top=-1;

}

void FreeStack(Stack *S)

{

free(S->data);

}

int StackEmpty(Stack *S)

{

if(S->top==-1)

return(1);

return(0);

}

DataType Peek(Stack *S)

{

if(S->top==S->max-1)

{

printf("Stack is empty!\n");

exit(1);

}

return(S->data[S->top]);

}

void Push(Stack *S,DataType item)

{

if(S->top==S->max-1)

{

printf("Stack is full!\n");

exit(1);

}

S->top++;

S->data[S->top]=item;

}

DataType Pop(Stack *S)

{

if(S->top==-1)

{

printf("Pop an empty stack!\n");

exit(1);

}

S->top--;

return(S->data[S->top+1]);

}

typedef struct

{

char op;

int inputprecedence;

int stackprecedence;

}DataType1;

typedef struct

{

DataType1 *data;

int max;

int top;

}Stack1;

void SetStack1(Stack1 *S,int n)

{

S->data=(DataType1*)malloc(n*sizeof(DataType1));

if(S->data==NULL)

{

printf("overflow");

exit(1);

}

S->max=n;

S->top=-1;

}

void FreeStack1(Stack1 *S)

{

free(S->data);

}

int StackEmpty1(Stack1 *S)

{

if(S->top==-1)

return(1);

return(0);

}

DataType1 Peek1(Stack1 *S)

{

if(S->top==S->max-1)

{

printf("Stack1 is empty!\n");

exit(1);

}

return(S->data[S->top]);

}

void Push1(Stack1 *S,DataType1 item)

{

if(S->top==S->max-1)

{

printf("Stack is full!\n");

exit(1);

}

S->top++;

S->data[S->top]=item;

}

DataType1 Pop1(Stack1 *S)

{

if(S->top==-1)

{

printf("Pop an empty stack!\n");

exit(1);

}

S->top--;

return(S->data[S->top+1]);

}

DataType1 MathOptr(char ch)

{

DataType1 optr;

optr.op=ch;

switch(optr.op)

{

case'+':

case'-':

optr.inputprecedence=1;

optr.stackprecedence=1;

break;

case'*':

case'/':

optr.inputprecedence=2;

optr.stackprecedence=2;

break;

case'(':

optr.inputprecedence=3;

optr.stackprecedence=-1;

break;

case')':

optr.inputprecedence=0;

optr.stackprecedence=0;

break;

}

return(optr);

}

void Evaluate(Stack *OpndStack,DataType1 optr)

{

DataType opnd1,opnd2;

opnd1=Pop(OpndStack);

opnd2=Pop(OpndStack);

switch(optr.op)

{

case'+':

Push(OpndStack,opnd2+opnd1);

break;

case'-':

Push(OpndStack,opnd2-opnd1);

break;

case'*':

Push(OpndStack,opnd2*opnd1);

break;

case'/':

Push(OpndStack,opnd2/opnd1);

break;

}

int isoptr(char ch)

{

if(ch=='+'||ch=='-'||ch=='*'||ch=='/'||ch=='(')

return(1);

return(0);

}

void Infix(char *str)

{

int i,k,n=strlen(str);

char ch,numstr[];

DataType opnd;

DataType1 optr;

Stack OpndStack;

Stack1 OptrStack;

SetStack(&OpndStack,n);

SetStack1(&OptrStack,n);

k=0;

ch=str[k];

while(ch!='=')

if(isdigit(ch)||ch=='.')

{

for(i=0;isdigit(ch)||ch=='.';i++)

{

numstr[i]=ch;

k++;

ch=str[k];

}

numstr[i]='\0';

opnd= atof(numstr);

Push(&OpndStack,opnd);

}

else

if(isoptr(ch))

{

optr=MathOptr(ch);

while(Peek1(&OptrStack).stackprecedence>=optr.inputprecedence)

Evaluate(&OpndStack,Pop1(&OptrStack));

Push1(&OptrStack,optr);

k++;

ch=str[k];

}

else if(ch==')')

{

optr=MathOptr(ch);

while(Peek1(&OptrStack).stackprecedence>=optr.inputprecedence)

Evaluate(&OpndStack,Pop1(&OptrStack));

Pop1(&OptrStack);

k++;

ch=str[k];

}

while(!StackEmpty1(&OptrStack))

Evaluate(&OpndStack,Pop1(&OptrStack));

opnd=Pop(&OpndStack);

cout<<"你输入表达式的计算结果为"<<endl;

printf("%-6.2f\n",opnd);

FreeStack(&OpndStack);

FreeStack1(&OptrStack);

}

void main()

{

cout<<"请输入你要计算的表达式,并以“=”号结束。"<<endl;

char str[];

gets(str);

Infix(str);

=================================================================

哈哈！给分吧！

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【学英语报订阅号资源码】【财税商城源码】【乘龙快婿指标源码】C语言实现源码_c语言程序源代码是什么

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