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Borland C++ Builder: The Complete Reference
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return *(char *)ch - *(char *)s; }
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Related Function
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qsort( )
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struct lconv *localeconv(void)
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The prototype for localeconv( ) is in <localeh> It returns a pointer to a structure of type lconv, which contains various items of country-specific environmental information relating to the way numbers are formatted The lconv structure is organized as shown here
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struct lconv { char *decimal_point;
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/* decimal point character for non-monetary values */ char *thousands_sep; /* thousands separator for non-monetary values */ char *grouping; /* specifies grouping for non-monetary values */ char int_curr_symbol; /* international currency symbol */ char *currency_symbol; /* local currency symbol */ char *mon_decimal_point; /* decimal point character for monetary values */ char *mon_thousands_sep; /* thousands separator for monetary values */ char *mon_grouping; /* specifies grouping for monetary values */ char *positive_sign; /* positive value indicator for monetary values */ char *negative_sign; /* negative value indicator for monetary values */ char int_frac_digits; /* number of digits displayed to the right of the decimal point for monetary values displayed using international format */ char frac_digits; /* number of digits displayed
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Miscellaneous Functions
char p_cs_precedes;
char p_sep_by_space;
char n_cs_precedes;
char n_sep_by_space;
char p_sign_posn; char n_sign_posn; }
/* /*
to the right of the decimal point for monetary values displayed using local format */ 1 if currency symbol precedes positive value, 0 if currency symbol follows value */ 1 if currency symbol is separated from value by a space, 0 otherwise */ 1 if currency symbol precedes a negative value, 0 if currency symbol follows value */ 1 if currency symbol is separated from a negative value by a space, 0 if currency symbol follows value */ indicates position of positive value symbol */ indicates position of negative value symbol */
THE C++ BUILDER FUNCTION LIBRARY
Related Function
setlocale( )
void longjmp( jmp_buf envbuf, int val)
Description
The prototype for longjmp( ) is in <setjmph> The longjmp( ) instruction causes program execution to resume at the point of the last call to setjmp( ) These two functions create a way to jump between functions The longjmp( ) function operates by resetting the stack to the state defined in envbuf, which must have been set by a prior call to setjmp( ) This causes program execution to resume at the statement following the setjmp( ) invocation That is, the computer is tricked into thinking that it never left the function that called setjmp( ) (As a somewhat graphic explanation, the longjmp( ) function warps across time and [memory] space to a previous point in your program without having to perform the normal function-return process)
Borland C++ Builder: The Complete Reference
The buffer envbuf is of type jmp_buf, which is defined in the header <setjmph> The buffer must have been set through a call to setjmp( ) prior to calling longjmp( ) The value of val becomes the return value of setjump( ) and can be interrogated to determine where the long jump came from The only value not allowed is 0 It is important to understand that the longjmp( ) function must be called before the function that called setjmp( ) returns If not, the result is technically undefined (Actually, a crash will almost certainly occur) By far, the most common use of longjmp( ) is to return from a deeply nested set of routines when a catastrophic error occurs
Example
This program prints 1 2 3:
#include <stdioh> #include <setjmph> #include <stdlibh> jmp_buf ebuf; void f2(void); int main(void) { int i; printf("1 "); i = setjmp(ebuf); if ( i !=0 ) { printf("%d",i); exit(1); } f2(); return 0; } void f2(void) { printf("2 "); longjmp(ebuf, 3); }
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Miscellaneous Functions
Related Function
setjmp( )
char *ltoa(long num, char *str, int radix) char *ultoa(unsigned long num, char *str, int radix)
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