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localeconv( ), time( ), strcoll( ), strftime( )
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void (*set_new_handler(void (* newhand)( )))( )
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The prototype for set_new_handler( ) is in <newh> This function is not defined by the ANSI/ISO C/C++ standard The set_new_handler( ) function allows you to determine which function is called when a new memory allocation request fails The address of this function is passed in newhand To deactivate your function and return to the default processing of allocation request failures, call set_new_handler( ) with newhand being NULL In general, you should not use this function Its use is highly specialized and no example is given
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void (*signal (int signal, void (*sigfunc) (int func)))(int)
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The prototype for signal( ) is in <signalh> The signal( ) function tells C++ Builder to execute the function pointed to by sigfunc if signal is received The value for func must be one of the following macros, defined in <signalh>, or the address of a function you created:
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SIG_DFL SIG_IGN
Meaning
Use default signal handling Ignore the signal
If you create your own function, it is executed each time the specified signal is received The following signals are defined in <signalh> These are the values that can be given to signal
Macro
SIGABRT SIGBREAK SIGFPE SIGILL SIGINT SIGSEGV
Meaning
Termination error User pressed CTRL-Break Floating-point error Bad instruction User pressed CTRL-C Illegal memory access
19:
Miscellaneous Functions
Macro
SIGTERM SIGUSR1, SIGUSR2, SIGUSR3
Meaning
Terminate program User-defined signals
On success, signal( ) returns the address of the previously defined function for the specified signal On error, SIG_ERR is returned, and errno is set to EINVAL
THE C++ BUILDER FUNCTION LIBRARY
Example
This line causes the function myint( ) to be called if CTRL-C is pressed:
signal(SIGINT, myint);
Related Function
raise( )
void srand(unsigned seed)
Description
The prototype for srand( ) is in <stdlibh> The srand( ) function is used to set a starting point for the sequence generated by rand( ) (The rand( ) function returns pseudorandom numbers) The srand( ) function allows multiple program runs using different sequences of pseudorandom numbers
Example
This program uses the system time to initialize the rand( ) function randomly by using srand( )
#include <stdioh> #include <stdlibh> #include <timeh> /* Seed rand with the system time and display the first 10 numbers */ int main(void)
Borland C++ Builder: The Complete Reference
{ int i, stime; long ltime; /* get the current calendar time */ ltime = time(NULL); stime = (unsigned int) ltime/2; srand(stime); for(i=0; i<10; i++) printf("%d ", rand()); return 0; }
Related Function
unsigned int _status87(void)
Description
The prototype for _status87( ) is in <floath> This function is not defined by the ANSI/ISO C/C++ standard The _status87( ) function returns the value of the floating-point status word You must have an 80x87 math coprocessor installed in the computer before using this function
Related Functions
_clear87( ), _fpreset( )
double strtod(const char *start, char **end) long double _strtold(const char *start, char **end)
Description
The strtod( ) function converts the string representation of a number stored in the string pointed to by start into a double and returns the result Its prototype is in <stdlibh>
AM FL Y
rand( )
19:
Miscellaneous Functions
The strtod( ) function works as follows: First, any leading white space in the string pointed to by start is stripped Next, each character that makes up the number is read Any character that cannot be part of a floating-point number stops the process This includes white space, punctuation other than periods, and characters other than E or e Finally, end is set to point to the remainder, if any, of the original string This means that if strtod( ) is called with 10000 Pliers, the value 10000 is returned and end points to the space that precedes Pliers If a conversion error occurs, strtod( ) returns either HUGE_VAL for overflow, or HUGE_VAL for underflow If no conversion could take place, 0 is returned _strtold( ) is the long double version of this function
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