typedef builtin size_t;
Integer type representing size
typedef builtin FILE;
Type representing file
typedef FILE File;
Type representing file
typedef builtin fpos_t;
Type representing file stream position
int printf(char *format, ... arg1);
Print format, replace % in argument table value
int scanf(char *format, ... arg1);
Scan stdin, % will fill argument table variable
char* gets(char *toString);
Scan a line, fill toString
int getchar();
Read next character in stdin
int putchar(int char);
Print char to stdout
int puts(char *string);
Print string to stdout
FILE* fopen(char *file, char *mode);
Open disk file using specified mode, in this app you only can open .txt file in project
void fclose(FILE *file);
Close file stream
void fflush(FILE *file);
Flush file stream
void fputc(char ch, FILE *file);
Print ch to file
char fgetc(FILE *file);
Scan ch from file
void putc(char ch, FILE *file);
Scan ch from file
char getc(FILE *file);
Scan ch from file
int fsetpos(FILE *file, fpos_t *pos);
Set the stream position for file stream
int fgetpos(FILE *file, fpos_t *pos);
Get the stream position for file stream
int feof(FILE *file);
Get is the stream position is end of file
int fprintf(FILE *file, char *format, ... arg1);
Print format to file, replace % in argument table value
int fscanf(FILE *file, char *format, ... arg1);
Scan file, % will fill argument table variable
size_t fread(void *ptr, size_t size, size_t nmemb, FILE *stream);
size_t fwrite(void *ptr, size_t size, size_t nmemb, FILE *stream);
void rewind(FILE *stream);
Set the stream position to first position
long ftell(FILE *stream);
Returns the position of given stream
char fgets(char *str, int n, FILE *stream);
Scan a line from file, fill toString
int sprintf(char *ToPrint, char *Format, ... arg1);
Print to string
int snprintf(char *ToPrint, int Sizeof_ToPrint, char *Format, ... arg1);
Print to string, tell the program string buffer size to avoid write out of bounds
int sscanf(char *arg1, char *arg2, ... arg3);
Scan variables in string, behavior like scanf, but doesn't scan stream, instead of scan given string.
builtin NULL;
Representing null pointer or integer 0
builtin EOF;
Character representing end of file
FILE* stdin;
Representing standard input stream (Terminal input file)
FILE* stdout;
Representing standard output stream (Terminal output file)
FILE* stderr;
Representing standard error stream (Terminal output file), alias to stdout in this App
typedef builtin size_t;
表示大小的整数类型
typedef builtin FILE;
表示文件的类型
typedef builtin fpos_t;
表示文件流位置的类型
int printf(char *format, ... arg1);
打印format，其中的占位符(%)用参数列表中的值替换
int scanf(char *format, ... arg1);
扫描stdin，其中的占位符(%)将填入参数列表中的变量
char* gets(char *toString);
读取一行文本，填入字符串
int getchar();
从stdin读取下一个字符
int putchar(int char);
向stdout打印char
int puts(char *string);
向stdout打印字符串
FILE* fopen(char *file, char *mode);
用指定的方式打开硬盘文件，在此App中可以打开的文件仅限于项目中的.txt
void fclose(FILE *file);
关闭文件流
void fflush(FILE *file);
刷新文件流
void fputc(char ch, FILE *file);
向文件中打印字符
char fgetc(FILE *file);
从文件中读取字符
void putc(char ch, FILE *file);
向文件中读取字符
char getc(FILE *file);
从文件中读取字符
int fsetpos(FILE *file, fpos_t *pos);
设置文件流位置
int fgetpos(FILE *file, fpos_t *pos);
获取文件流位置
int feof(FILE *file);
测试文件是否已经达到末尾
int fprintf(FILE *file, char *format, ... arg1);
向文件打印format，其中的占位符(%)用参数列表中的值替换
int fscanf(FILE *file, char *format, ... arg1);
扫描文件，其中的占位符(%)将填入参数列表中的变量
size_t fread(void *ptr, size_t size, size_t nmemb, FILE *stream);
size_t fwrite(void *ptr, size_t size, size_t nmemb, FILE *stream);
void rewind(FILE *stream);
将流位置设置流的开头
long ftell(FILE *stream);
返回指定流的流位置
char fgets(char *str, int n, FILE *stream);
从文件读取一行文本，填入字符串
int sprintf(char *ToPrint, char *Format, ... arg1);
打印到字符串
int snprintf(char *ToPrint, int Sizeof_ToPrint, char *Format, ... arg1);
打印到字符串，并提前告知字符串缓冲区大小防止越界写入
int sscanf(char *arg1, char *arg2, ... arg3);
从字符串中扫描变量，行为类似于scanf，但不从流中扫描而是从给定的字符串中扫描
builtin NULL;
表示指针空或整数0
builtin EOF;
表示文件结尾的字符