Guardian Native C Library Calls Reference Manual (G06.29+, H06.08+, J06.03+)

Guardian Native C Library Calls Reference Manual
environment variable getenv_r: Returns the value of an ................................................. getenv_r(3)
copysign: Returns x with the sign of y .......................................... copysign(3)
a float value copysignf: Returns x with the sign of y for .................................... copysignf(3)
a long double value copysignl: Returns x with the sign of y for .................................... copysignl(3)
pointer of a stream rewind: Repositions the file .......................................... rewind(3)
occurrence of a character rindex: Scans string for last .......................................... rindex(3)
numbers to nearest integral/ rint: Rounds floating-point ........................................... rint(3)
nearest integral value rintf: Rounds float number to ....................................... rintf(3)
to nearest integral value rintl: Rounds long double number ............................... rintl(3)
rmdir: Removes a directory .......................................... rmdir(2)
cbrtf: Computes the cube root for a float value ...................................................... cbrtf(3)
Computes the complex square root function csqrt: ....................................................... csqrt(3)
Computes the float complex square root function csqrtf: ...................................................... csqrtf(3)
the long double complex square root function csqrtl: Computes .................................... csqrtl(3)
sqrtf: Computes the square root of a float number .................................................... sqrtf(3)
cbrt: Computes the cube root of a floating-point number .................................... cbrt(3)
sqrt: Computes the square root of a floating-point number .................................... sqrt(3)
sqrtl: Computes the square root of a long double number ....................................... sqrtl(3)
cbrtl: Computes the cube root of a long double value ........................................... cbrtl(3)
number to nearest integer value/ round: Rounds floating-point ....................................... round(3)
nearest integer value in/ roundf: Rounds float number to ................................... roundf(3)
Gets the current floating-point rounding direction fegetround: .................................... fegetround(3)
Sets the floating-point rounding direction fesetround: .................................... fesetround(3)
to nearest integer value in/ roundl: Rounds long double number ........................... roundl(3)
long long integer value llrintf: Rounds float number to nearest .................................... llrintf(3)
long long integer/ llroundf: Rounds float number to nearest .................................... llroundf(3)
long integer value lrintf: Rounds float number to nearest ....................................
lrintf(3)
long
integer value lroundf: Rounds float number to nearest .................................... lroundf(3)
integral value nearbyintf: Rounds float number to nearest .................................... nearbyintf(3)
integral value rintf: Rounds float number to nearest .................................... rintf(3)
integer value in/ roundf: Rounds float number to nearest .................................... roundf(3)
integer value truncf: Rounds float number to truncated ................................ truncf(3)
integers ceilf: Rounds float numbers to float ....................................... ceilf(3)
integers floorf: Rounds float numbers to float ....................................... floorf(3)
nearest long long/ llrint: Rounds floating-point number to ................................. llrint(3)
nearest long long/ llround: Rounds floating-point number to ................................. llround(3)
nearest long integer/ lrint: Rounds floating-point number to ................................. lrint(3)
nearest long integer/ lround: Rounds floating-point number to ................................. lround(3)
nearest integral/ nearbyint: Rounds floating-point number to ................................. nearbyint(3)
nearest integer value in/ round: Rounds floating-point number to ................................. round(3)
truncated integer value trunc: Rounds floating-point number to ................................. trunc(3)
floating-point integers ceil: Rounds floating-point numbers to ................................ ceil(3)
floating-point integers floor: Rounds floating-point numbers to ................................ floor(3)
nearest integral value rint: Rounds floating-point numbers to ................................ rint(3)
nearest long long/ llrintl: R
ounds long
double number to .................................... llrintl(3)
nearest long long/ llroundl: Rounds long double number to .................................... llroundl(3)
nearest long integer/ lrintl: Rounds long double number to .................................... lrintl(3)
nearest long integer/ lroundl: Rounds long double number to .................................... lroundl(3)
nearest integral/ nearbyintl: Rounds long double number to .................................... nearbyintl(3)
nearest integral value rintl: Rounds long double number to .................................... rintl(3)
nearest integer value in/ roundl: Rounds long double number to .................................... roundl(3)
truncated integer value truncl: Rounds long double number to .................................... truncl(3)
long double integers ceill: Rounds long double numbers to ................................... ceill(3)
long double integers floorl: Rounds long double numbers to ................................... floorl(3)
distributed/ lcong48: Sets rule to generate uniformly ............................................ lcong48(3)
distributed/ seed48: Sets rule to generate uniformly ............................................ seed48(3)
distributed/ srand48: Sets rule to generate uniformly ............................................ srand48(3)
library loadfile from a running process /a dynamic-link ................................. dlopen(3)
checked/ /Controls whether the run-time heap consistency is ........................................ heap_check_always(3)
Checks the consistency of the run-time heap heap_check: .......................................... heap_check(3)
context setjmp: Saves the current execution .......................................... setjmp(3)
environment feholdexcept: Saves the floating-point ................................................ feholdexcept(3)
radix-independent floating-point/ scalb: Computes exponent of a .................................... scalb(3)
integral exponent of a/ scalbln: Computes the long .......................................... scalbln(3)
integral exponent of a/ scalblnf: Computes the long ......................................... scalblnf(3)
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