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

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Permuted Index

value is unordered relative to/ unordered: Tests whether one ....................................... unordered(3)

wide-character strings to an unsigned long integer /Converts .................................. wcstoul(3)

Converts a character string to an unsigned long integer strtoul: ...................................... strtoul(3)

strtoull: Converts a string to an unsigned long long integer ........................................... strtoull(3)

/wide-character strings to an unsigned long long integer ........................................... wcstoull(3)

Performs a linear search and update lsearch: ..............................................................

lsearch(3)

environment feupdateenv: Updates the ﬂoating-point ............................................ feupdateenv(3)

/Speciﬁes the action to take upon delivery of a signal .............................................. signal(3)

isupper: Test for an uppercase character ....................................................... isupper(3)

iswupper: Tests for a wide uppercase character ....................................................... iswupper(3)

tolower: Translates uppercase characters to lowercase ............................... tolower(3)

characters _tolower: Translates uppercase characters to lowercase ............................... _tolower(3)

lowercase characters to uppercase characters /Translates .................................. _toupper(3)

lowercase characters to uppercase characters /Translates .................................. toupper(3)

characters towlower: Translate uppercase to lowercase wide ........................................ towlower(3)

towupper: Translates lowercase to uppercase wide characters ............................................ towupper(3)

/minimum block size to attempt to use when allocating from the heap .............................. heap_min_block_size(3)

the user database getpwent: Gets user attribute information from .................................... getpwent(3)

the user/ getpwent_r: Gets user attribute information from .................................... getpwent_r(3)

the user database getpwnam: Gets user attribute information from .................................... getpwnam(3)

the user/ getpwnam_r: Gets user attribute information from .................................... getpwnam_r(3)

the user database getpwuid: Gets user attribute information from .................................... getpwuid(3)

the user/ getpwuid_r: Gets user attribute information from .................................... getpwuid_r(3)

endpwent: Closes the user database .................................................................. endpwent(3)

attribute information from the user database /Gets user

............................................... get

pwent(3)

attribute information from the user database /Gets user ............................................... getpwnam(3)

attribute information from the user database /Gets user ............................................... getpwuid(3)

attribute information from the user database (reentrant) /user ..................................... getpwent_r(3)

attribute information from the user database (reentrant) /user ..................................... getpwnam_r(3)

attribute information from the user database (reentrant) /user ..................................... getpwuid_r(3)

Resets the sequential key to the user database setpwent: ................................................ setpwent(3)

getdate: Converts user format date and time ............................................. getdate(3)

/username associated with the real user ID of the current process ....................................... cuserid(3)

user ID of the/ cuserid: Gets the username associated with the real ................................ cuserid(3)

/Compares wide-character strings using collation information .......................................... wcscoll(3)

strcoll: Compares strings using locale collation .................................................... strcoll(3)

a variable-length parameter list va_arg: Returns a parameter from ................................ va_arg(3)

variable-length parameter list va_end: Ends processing for a ...................................... va_end(3)

allocator valloc: Provide a memory ............................................. valloc(3)

isﬁnite: Tests for ﬁnite value ............................................................................... isﬁnite(3)

isnormal: Tests for a normalized value ............................................................................... isnormal(3)

a double-precision ﬂoating-point value /a character string to ........................................... atof(3)

a double-precision ﬂoating-point value /a character string to ........................................... strtod(3)

a double-precision ﬂoating-point value /a wide-character string to ................................. wcstod(3)

/long long value to a SQL DECIMAL value and stores it in a C array/ .................................... longlong_to_dec(3)

/exponent of a ﬂoat value as an integer ......................................................... ilogbf(3)

/exponent of a long double value as an integer ......................................................... ilogbl(3)

Computes the complex absolute value cabs: ..................................................................... cabs(3)

the ﬂoat complex absolute value cabsf: Computes ................................................. cabsf(3)

the long double complex absolute value cabsl: Computes .................................................. cabsl(3)

the cube root for a ﬂoat value cbrtf: Computes .................................................. cbrtf(3)

the cube root of a long double value cbrtl: Computes .................................................. cbrtl(3)

the imaginary part of a complex value cimag: Computes ................................................ cimag(3)

imaginary part of a ﬂoat complex value cimagf: Computes the

........................................ c

imagf(3)

error function for a ﬂoat value /Computes the complementary .......................... erfcf(3)

error function for a long double value /Computes the complementary .......................... erfcl(3)

function for a long double value /Computes the exponential ................................ expl(3)

function minus 1.0 for a ﬂoat value /Computes the exponential ................................ expm1f(3)

cosine function for a ﬂoat value /Computes the hyperbolic .................................. coshf(3)

cosine function for a long double value /Computes the hyperbolic .................................. coshl(3)

sine function for a ﬂoat value /Computes the hyperbolic .................................. sinhf(3)

sine function for a long double value /Computes the hyperbolic .................................. sinhl(3)

tangent function for a ﬂoat value /Computes the hyperbolic .................................. tanhf(3)

part of a long double complex value /Computes the imaginary ................................... cimagl(3)

of the gamma function for a ﬂoat value /Computes the logarithm ................................... lgammaf(3)

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