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<cstdlib> <cstdlib> <cmath> <cmath> <cmath> <cstdlib> <cstdlib> <cstdlib> <iostream> <cstdlib>
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ceil() clear() clearerr() close()
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<cmath> <iostream> <cstdio> <fstream>
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Copyright 2000 The McGraw-Hill Companies, Inc. Click Here for Terms of Use.
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APP. F]
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THE STANDARD C LIBRARY
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cos() cosh() difftime() eof() exit() exp() fabs() fail() fclose()
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<cmath> <cmath> <ctime> <iostream> <cstdlib> <cmath>
Returns the inverse cosine of x.
double cosh(double x); Returns the hyperbolic cosine of x: (ex + e-x)/2. double difftime(time_t t1, time_t t0);
Returns time elapsed (in seconds) from time t0 to time t1.
int ios::eof();
Returns nonzero if eofbit is set; returns 0 otherwise.
void exit(int n); Terminates the program and returns n to the invoking process. double exp(double x);
Returns the exponential of x: e . double fabs(double x); Returns the absolute value of x . int ios::fail(); Returns nonzero if failbit is set; returns 0 otherwise. int fclose(FILE* p); Closes the file *p and flushes all buffers. Returns 0 if successful; returns EOF otherwise.
int fgetc(FILE* p);
<cmath> <iostream> <cstdio>
fgetc()
<cstdio>
fgets()
Reads and returns the next character from the file *p if possible; returns EOF otherwise. char* fgets(char* s, int n, FILE* p); Reads the next line from the file *p and stores it in *s. The next line means either the next n-1 characters or all the characters up to the next endline character, whichever comes first. The NUL character is appended to the characters stored in s. Returns s if successful; returns NULL otherwise.
char ios::fill();
<cstdio>
fill()
<iostream>
flags()
floor() flush()
Returns the current fill character. char ios::fill(char c); Changes the current fill character to c and returns the previous fill character. long ios::flags(); Returns the current format flags. long ios::flags(long n); Changes the current format flags to n; returns previous flags. double floor(double x); Returns x rounded down to the next whole number. ostream& ostream::flush(); Flushes the output buffer and returns the updates stream.
<iostream>
<cmath> <iostream>
THE STANDARD C LIBRARY
[APP. F
fopen()
FILE* fopen(const char* p, const char* s); Opens the file *p and returns the address of the structure that represents the file if successful; returns NULL otherwise. The string s determines the file s mode: "r" for read, "w" for write, "a" for append, "r+" for reading and writing an existing file, "w+" for reading and writing an existing file, and "a+" for reading and appending an existing file. int fprintf(FILE* p, const char* s, ... ); Writes formatted output to the file *p. Returns the number of characters printed if successful; otherwise it returns a negative number. int fputc(int c, FILE* p); Writes character c to the file *p . Returns the character written or EOF if unsuccessful. int fputs(const char* s, FILE* p); Writes string s to the file *p. Returns a nonnegative integer if successful; otherwise it returns EOF. size_t fread(void* s, size_t k, size_t n, FILE* p); Reads up to n items each of size k from the file *p and stores them at location s in memory. Returns the number of items read. int fscanf(FILE* p, const char* s, ... ); Reads formatted input from the file *p and stores them at location s in memory. Returns EOF if end of file is reached; otherwise it returns the number of items read into memory. int fseek(FILE* p, long k, int base); Repositions the position marker of the file *p k bytes from its base, where base should be SEEK_SET for the beginning of the file, SEEK_CUR for the current position of the file marker, or SEEK_END for the end of the file. Returns 0 if successful. long ftell(FILE* p); Returns location of the position marker in file *p or returns -1. size_t fwrite(void* s, size_t k, size_t n, FILE* p); Writes n items each of size k to the file *p and returns the number written. int istream::gcount(); Returns the number of characters most recently read. int istream::get(); istream& istream::get(signed char& c); istream& istream::get(unsigned char& c); istream& istream::get(signed char* b, int n, char e='\n'); istream& istream::get(unsigned char* b, int n, char e='\n'); Reads the next character c from the istream. The first version returns c or EOF. The last two versions read up to n characters into b, stopping when e is encountered.
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