#include <qore/common.h>
#include <qore/QoreThreadLock.h>
#include <qore/qore_bitopts.h>
#include <qore/safe_dslist>
#include <cctype>
#include <cstdio>
#include <cstdlib>
#include <cstring>
#include <ctime>
#include <strings.h>
#include <sys/types.h>
#include <vector>

Include dependency graph for QoreLib.h:

This graph shows which files directly or indirectly include this file:

Classes
class	FeatureList
	STL-like list containing all presently-loaded Qore features. More...

hashdecl	qore_option_s
	definition of the elements in the qore_option_list More...

Macros
#define	_QORE_HAS_DATASOURCE_ACTIVETRANSACTION 1
	defined because this version of Qore has the Datasource::activeTransaction() function

#define	_QORE_HAS_DATETIME_ADD_SECONDS_TO 1
	defined because this version of Qore has the DateTime::addSecondsTo() API

#define	_QORE_HAS_DBI_DESCRIBE 1
	defined because this version of Qore supports the DBI describe API

#define	_QORE_HAS_DBI_EVENTS 1
	defined because this version of Qore supports the DBI event API

#define	_QORE_HAS_DBI_EXECRAW 1
	defined because this version of Qore supports the execRaw() DBI function

#define	_QORE_HAS_DBI_OPTIONS 1
	defined because this version of Qore supports the DBI option APIs

#define	_QORE_HAS_DBI_SELECT_ROW 1
	defined because this version of Qore supports the DBI selectRow() function

#define	_QORE_HAS_ENFORCE_THREAD_SIZE_ON_PRIMARY_THREAD 1
	defined for q_enforce_thread_size_on_primary_thread()

#define	_QORE_HAS_FILE_OBJECT_HELPER 1
	defined because this version of Qore has the QoreFileOjectHelper class

#define	_QORE_HAS_FIND_CREATE_TIMEZONE 1
	defined because this version of Qore has the find_create_timezone() function

#define	_QORE_HAS_HARD_TYPING 1
	not defined because this version of Qore has moved all XML functionality to the "xml" module More...

#define	_QORE_HAS_NUMBER_CONS_WITH_PREC 1
	defined because this version of Qore has a QoreNumberNode constructor with a precision specifier

#define	_QORE_HAS_NUMBER_TYPE 1
	defined because this version of Qore supports the number type (QoreNumberNode)

#define	_QORE_HAS_PATH_IS_READABLE 1
	defined because this version of Qore has the q_path_is_readable() function

#define	_QORE_HAS_PREPARED_STATMENT_API 1
	defined because this version of Qore has the prepared statement API

#define	_QORE_HAS_QL_MIT 1
	defined because this version of Qore has the QL_MIT license enum value

#define	_QORE_HAS_QOREHTTPCLIENTOBJECT 1
	defined becaus this version of Qore has the QoreHttpClientObject class

#define	_QORE_HAS_QUEUE_OBJECT 1
	defined because this version of Qore has a Queue class definition in public headers

#define	_QORE_HAS_QUEUE_OBJECT_HELPER 1
	defined because this version of Qore has the QoreQueueOjectHelper class

#define	_QORE_HAS_SOCKET_PERF_API 1
	defined because this version of Qore has a public Socket performance API

#define	_QORE_HAS_THREAD_RESOURCE_IDS 1
	defined because this version of Qore has thread resource IDs

#define	_QORE_HAS_TIME_ZONES 1
	defined because this version of Qore has time zone support

#define	QO_OPTION 0
	option type feature

#define	QORE_MAX(a, b) ((a) > (b) ? (a) : (b))
	macro to return the maximum of 2 numbers

#define	QORE_MIN(a, b) ((a) < (b) ? (a) : (b))
	macro to return the minimum of 2 numbers

#define	QORE_OPT_ATOMIC_OPERATIONS "atomic operations"
	option: atomic operations

#define	QORE_OPT_DETERMINISTIC_GC "deterministic GC"
	options: deterministic garbage collection

#define	QORE_OPT_DSS "openssl dss"
	option: dss & dss1 algorithms supported (depends on openssl used to compile qore)

#define	QORE_OPT_FILE_LOCKING "file locking"
	option: file locking

#define	QORE_OPT_FUNC_CLOSE_ALL_FD "close_all_fd()"
	option: close_all_fd() function available

#define	QORE_OPT_FUNC_FORK "fork()"
	option: fork() function available

#define	QORE_OPT_FUNC_GET_NETIF_LIST "get_netif_list()"
	option: get_netif_list() function available

#define	QORE_OPT_FUNC_GETPPID "getppid()"
	option: getppid() function available

#define	QORE_OPT_FUNC_IS_EXECUTABLE "is_executable()"
	option: is_executable() function available

#define	QORE_OPT_FUNC_KILL "kill()"
	option: kill() function available

#define	QORE_OPT_FUNC_ROUND "round()"
	option: round() function available

#define	QORE_OPT_FUNC_SETEGID "setegid()"
	option: setegid() function available

#define	QORE_OPT_FUNC_SETEUID "seteuid()"
	option: seteuid() function available

#define	QORE_OPT_FUNC_SETSID "setsid()"
	option: setsid() function available

#define	QORE_OPT_FUNC_STATVFS "statvfs()"
	option: statvfs() function available

#define	QORE_OPT_FUNC_SYSTEM "system()"
	option: system() function available

#define	QORE_OPT_FUNC_TIMEGM "timegm()"
	option: timegm() function available

#define	QORE_OPT_LIBRARY_DEBUGGING "library debugging"
	option: library debugging

#define	QORE_OPT_MD2 "openssl md2"
	option: md2 algorithm supported (depends on openssl used to compile qore)

#define	QORE_OPT_MDC2 "openssl mdc2"
	option: mdc2 algorithm supported (depends on openssl used to compile qore)

#define	QORE_OPT_RC5 "openssl rc5"
	option: rc5 algorithm supported (depends on openssl used to compile qore)

#define	QORE_OPT_RUNTIME_STACK_TRACE "runtime stack tracing"
	option: runtime stack tracing

#define	QORE_OPT_SHA "openssl sha"
	option: ssh0 algorithm supported (depends on openssl used to compile qore)

#define	QORE_OPT_SHA224 "openssl sha224"
	option: ssh224 algorithm supported (depends on openssl used to compile qore)

#define	QORE_OPT_SHA256 "openssl sha256"
	option: ssh256 algorithm supported (depends on openssl used to compile qore)

#define	QORE_OPT_SHA384 "openssl sha384"
	option: ssh384 algorithm supported (depends on openssl used to compile qore)

#define	QORE_OPT_SHA512 "openssl sha512"
	option: ssh512 algorithm supported (depends on openssl used to compile qore)

#define	QORE_OPT_SIGNAL_HANDLING "signal handling"
	option: signal handling

#define	QORE_OPT_STACK_GUARD "stack guard"
	option: stack guard

#define	QORE_OPT_TERMIOS "termios"
	option: TermIOS class available

#define	QORE_OPT_UNIX_FILEMGT "unix file management"
	option: unix file management functions available

#define	QORE_OPT_UNIX_USERMGT "unix user management"
	option: unix user/group management functions available

#define	QORE_PARAM_NO_ARG QoreSimpleValue().assign(nullptr)
	macro for no argument

Typedefs
typedef std::vector< int >	sig_vec_t
	signal vector

Functions
static void	discard (AbstractQoreNode n, ExceptionSink xsink)
	to deref an AbstractQoreNode (when the pointer may be 0)

DLLEXPORT QoreListNode *	domain_bitfield_to_string_list (int64 i, ExceptionSink *xsink)
	returns a list<string> of domain strings for the given bitfield; a Qore-language exception is raised for invalid values More...

DLLEXPORT const AbstractQoreZoneInfo *	find_create_timezone (const char name, ExceptionSink xsink)
	returns a time zone for the given region name or UTC offset given as a string ("+01:00") More...

DLLEXPORT const AbstractQoreZoneInfo *	findCreateOffsetZone (int seconds_east)
	returns a time zone for the given time zone UTC offset

DLLEXPORT const char *	get_full_type_name (const AbstractQoreNode *n)
	returns a string type description of the full type of the value contained (ex: `"nothing"` for a null AbstractQoreNode pointer) More...

DLLEXPORT const char *	get_full_type_name (const AbstractQoreNode *n, bool with_namespaces)
	returns a string type description of the full type of the value contained (ex: `"nothing"` for a null AbstractQoreNode pointer) More...

DLLEXPORT const char *	get_full_type_name (const AbstractQoreNode *n, bool with_namespaces, QoreString &scratch)
	returns a string type description of the full type of the value contained (ex: `"nothing"` for a null AbstractQoreNode pointer) More...

DLLEXPORT const QoreTypeInfo *	get_or_nothing_type_check (const QoreTypeInfo *typeInfo)
	returns the "or nothing" type for the given type More...

DLLEXPORT int	getMicroSecZeroInt (QoreValue a)
	for getting an integer number of microseconds, with 0 as the default, from either a relative time value or an integer value

DLLEXPORT int64	getMicroSecZeroInt64 (QoreValue a)
	for getting an integer number of microseconds, with 0 as the default, from either a relative time value or an integer value

DLLEXPORT int64	getMsMinusOneBigInt (QoreValue a)
	for getting an integer number of milliseconds, with -1 as the default, from either a relative time value or an integer value

DLLEXPORT int	getMsMinusOneInt (QoreValue a)
	for getting an integer number of milliseconds, with -1 as the default, from either a relative time value or an integer value

DLLEXPORT int64	getMsZeroBigInt (QoreValue a)
	for getting an integer number of milliseconds, with 0 as the default, from either a relative time value or an integer value

DLLEXPORT int	getMsZeroInt (QoreValue a)
	for getting an integer number of milliseconds, with 0 as the default, from either a relative time value or an integer value

DLLEXPORT int64	getSecMinusOneBigInt (QoreValue a)
	for getting an integer number of seconds, with -1 as the default, from either a relative time value or an integer value

DLLEXPORT int	getSecMinusOneInt (QoreValue a)
	for getting an integer number of seconds, with -1 as the default, from either a relative time value or an integer value

DLLEXPORT int64	getSecZeroBigInt (QoreValue a)
	for getting an integer number of seconds, with 0 as the default, from either a relative time value or an integer value

DLLEXPORT int	getSecZeroInt (QoreValue a)
	for getting an integer number of seconds, with 0 as the default, from either a relative time value or an integer value

static bool	is_nothing (const AbstractQoreNode *n)
	to check if an AbstractQoreNode object is NOTHING

DLLEXPORT char *	make_class_name (const char *fn)
	function to try and make a class name out of a file path, returns a new string that must be free()ed

DLLEXPORT QoreListNode *	parse_option_bitfield_to_string_list (int64 i, ExceptionSink *xsink)
	returns a list<string> of parse option strings for the given bitfield; a Qore-language exception is raised for invalid values More...

DLLEXPORT void	parse_set_time_zone (const char *zone)
	to set the time zone from the command line More...

DLLEXPORT BinaryNode *	parseBase64 (const char buf, int len, ExceptionSink xsink)
	parses a string of base64-encoded data and returns a BinaryNode

DLLEXPORT BinaryNode *	parseBase64Url (const char buf, int len, ExceptionSink xsink)
	parses a string of base64-url-encoded data and returns a BinaryNode

DLLEXPORT BinaryNode *	parseHex (const char buf, int len, ExceptionSink xsink)
	parses a string of hex characters and returns a BinaryNode

DLLEXPORT bool	q_absolute_path (const char *path)
	returns true if the given string is an absolute path on the current platform

DLLEXPORT bool	q_absolute_path_unix (const char *path)
	returns true if the given string is an absolute path on UNIX systems

DLLEXPORT bool	q_absolute_path_windows (const char *path)
	returns true if the given string is an absolute path on Windows systems

DLLEXPORT char *	q_basename (const char *path)
	thread-safe basename function (resulting pointer must be free()ed)

DLLEXPORT char *	q_basenameptr (const char *path)
	returns a pointer within the same string

DLLEXPORT char *	q_dirname (const char *path)
	thread-safe dirname function (resulting pointer must be free()ed)

DLLEXPORT void	q_enforce_thread_size_on_primary_thread ()
	Sets the thread stack limit on the primary thread. More...

DLLEXPORT int	q_env_subst (QoreString &str)
	performs environment variable substitution on the string argument More...

DLLEXPORT int64	q_epoch ()
	returns the seconds from the epoch

DLLEXPORT int64	q_epoch_ns (int &us)
	returns the seconds and nanoseconds from the epoch

DLLEXPORT int64	q_epoch_us (int &us)
	returns the seconds and microseconds from the epoch

DLLEXPORT int	q_get_data (const QoreValue &data, const char *&ptr, size_t &len)
	returns the pointer and size for string or binary data (return 0); no change for other data (return -1)

DLLEXPORT bool	q_get_option_constant_value (const char *opt)
	returns the boolean value of qore library the given name of the constant for the option; false if the option constant name is unknown

DLLEXPORT bool	q_get_option_value (const char *opt)
	returns the boolean value of qore library the given option name; false if the option is unknown

DLLEXPORT QoreHashNode *	q_get_thread_local_vars (int frame, ExceptionSink *xsink)
	retrieves a hash of all thread local variables and their values for the given stack frame in the current thread's QoreProgram object More...

int	q_getcwd (QoreString &cwd)
	returns the current working directory in the given string; -1 is returned if an error occurred, 0 = OK

DLLEXPORT QoreHashNode *	q_getgrgid (uid_t uid)
	thread-safe version of getgrgid(): returns a Qore hash of the group information from the gid if possible, otherwise 0

DLLEXPORT QoreHashNode *	q_getgrnam (const char *name)
	thread-safe version of getgrnam(): returns a Qore hash of the group information from the group name if possible, otherwise 0

DLLEXPORT QoreHashNode *	q_getpwnam (const char *name)
	thread-safe version of getpwnam(): returns a Qore hash of the passwd information from the username if possible, otherwise 0

DLLEXPORT QoreHashNode *	q_getpwuid (uid_t uid)
	thread-safe version of getpwuid(): returns a Qore hash of the passwd information from the uid if possible, otherwise 0

DLLEXPORT hashdecl tm *	q_gmtime (const time_t clock, hashdecl tm tms)
	thread-safe version of "gmtime()"

int	q_gname2gid (const char *name, gid_t &gid)
	thread-safe way to lookup a gid from a group name More...

DLLEXPORT bool	q_libqore_exiting ()
	returns true if the Qore library is exiting without a shutdown More...

DLLEXPORT bool	q_libqore_initalized ()
	returns true if the Qore library has been initialized More...

DLLEXPORT bool	q_libqore_shutdown ()
	returns true if the Qore library has been shut down More...

DLLEXPORT hashdecl tm *	q_localtime (const time_t clock, hashdecl tm tms)
	thread-safe version of "localtime()"

DLLEXPORT void *	q_memmem (const void big, size_t big_len, const void little, size_t little_len)
	finds a memory sequence in a larger memory sequence

DLLEXPORT void *	q_memrmem (const void big, size_t big_len, const void little, size_t little_len)
	finds a memory sequence in a larger memory sequence searching from the end of the sequence More...

DLLEXPORT const char *	q_mode_to_perm (mode_t mode, QoreString &perm)
	concatenates UNIX-style permissions to perm and from mode and returns a string giving the file type

DLLEXPORT void	q_normalize_path (QoreString &path, const char *cwd=0)
	normalizes the given path for the current platform in place (makes absolute, removes "." and "..")

DLLEXPORT bool	q_parse_bool (const char *str)
	parses a string and returns a boolean (ie case-insensitive "on","true","enable*","yes" are True, the rest is interpreted as a number where 0=false, everything else=true)

DLLEXPORT bool	q_parse_bool (QoreValue n)
	tries to parse a boolean value - standard conversion or uses q_parse_bool(const char*) if it's a string

DLLEXPORT bool	q_path_is_readable (const char *path)
	platform-independent API that tells if the given path is readable by the current user

DLLEXPORT void *	q_realloc (void *ptr, size_t size)
	frees memory if there is an allocation error

DLLEXPORT int	q_realpath (const QoreString &path, QoreString &rv, ExceptionSink *xsink=0)
	normalizes the given path and resolves any symlinks

DLLEXPORT int	q_set_thread_var_value (int frame, const char name, const QoreValue &val, ExceptionSink xsink)
	sets the value of the given thread-local variable (which may be a closure-bound variable as well) in the current stack frame for the current thread's QoreProgram object More...

DLLEXPORT QoreStringNode *	q_sprintf (const QoreListNode params, int field, int offset, ExceptionSink xsink)
	a string formatting function that works with Qore data structures

DLLEXPORT QoreStringNode *	q_strerror (int errnum)
	returns the error string as a QoreStringNode

DLLEXPORT void	q_strerror (QoreString &str, int errnum)
	concatenates the error string to the given string

DLLEXPORT double	q_strtod (const char *str)
	converts a string to a double in a locale-independent way More...

DLLEXPORT size_t	q_thread_get_stack_size ()
	returns the default thread stack size More...

DLLEXPORT size_t	q_thread_get_this_stack_size ()
	returns the thread stack size for the current thread More...

DLLEXPORT size_t	q_thread_set_stack_size (size_t size, ExceptionSink *xsink)
	sets the default thread stack size or throws an exception on error More...

DLLEXPORT size_t	q_thread_stack_remaining ()
	Returns the number of bytes left in the current thread stack. More...

DLLEXPORT size_t	q_thread_stack_used ()
	Returns the number of bytes used in the current thread stack. More...

int	q_uname2uid (const char *name, uid_t &uid)
	thread-safe way to lookup a uid from a username More...

DLLEXPORT QoreStringNode *	q_vsprintf (const QoreListNode params, int field, int offset, ExceptionSink xsink)
	a string formatting function that works with Qore data structures

DLLEXPORT void	qore_apply_rounding_heuristic (QoreString &str, int round_threshold_1, int round_threshold_2)

DLLEXPORT BinaryNode *	qore_bunzip2_to_binary (const BinaryNode bin, ExceptionSink xsink)
	decompresses bzip2 data to a binary

DLLEXPORT QoreStringNode *	qore_bunzip2_to_string (const BinaryNode bin, const QoreEncoding enc, ExceptionSink *xsink)
	decompresses bzip2 data to a string

DLLEXPORT BinaryNode *	qore_bzip2 (void ptr, unsigned long len, int level, ExceptionSink xsink)
	compresses data with bzip2

DLLEXPORT BinaryNode *	qore_deflate (void ptr, unsigned long len, int level, ExceptionSink xsink)
	compresses data with the DEFLATE algorithm

DLLEXPORT void	qore_disable_gc ()
	this function will cause garbage collection to be disabled

DLLEXPORT void	qore_exit_process (int rc)
	instead of calling "exit()", call qore_exit_process() to exit without risking a crash if other threads are running

DLLEXPORT QoreProgram *	qore_get_call_program_context ()
	returns the caller's Program context, if any More...

DLLEXPORT qore_license_t	qore_get_license ()
	returns the license type that the library has been initialized under

DLLEXPORT QoreValue	qore_get_module_option (std::string mod, std::string opt)
	get module option for the given module More...

DLLEXPORT BinaryNode *	qore_gunzip_to_binary (const BinaryNode bin, ExceptionSink xsink)
	gunzips compressed data to a binary

DLLEXPORT QoreStringNode *	qore_gunzip_to_string (const BinaryNode bin, const QoreEncoding enc, ExceptionSink *xsink)
	gunzips compressed data to a string

DLLEXPORT BinaryNode *	qore_gzip (void ptr, unsigned long len, int level, ExceptionSink xsink)
	gzips data

DLLEXPORT BinaryNode *	qore_inflate_to_binary (const BinaryNode b, ExceptionSink xsink)
	decompresses data compressed with the DEFLATE algorithm to a binary

DLLEXPORT QoreStringNode *	qore_inflate_to_string (const BinaryNode b, const QoreEncoding enc, ExceptionSink *xsink)
	decompresses data compressed with the DEFLATE algorithm to a string

DLLEXPORT bool	qore_is_gc_enabled ()
	returns true if garbage collection is enabled, false if not

DLLEXPORT const QoreClass *	qore_pseudo_get_class (const QoreTypeInfo *t)
	returns the pseudo-class for the given type More...

DLLEXPORT const QoreClass *	qore_pseudo_get_class (qore_type_t t)
	returns the pseudo-class for the given type More...

DLLEXPORT QoreStringNode *	qore_reassign_signal (int sig, const char *name)
	allows a module to take over ownership of a signal More...

DLLEXPORT QoreStringNode *	qore_reassign_signal (int sig, const char *name, bool reuse_sys)
	allows a module to take over ownership of a signal More...

DLLEXPORT QoreStringNode *	qore_reassign_signals (const sig_vec_t &sig_vec, const char *name)
	allows a module to take over ownership of multiple signals atomically More...

DLLEXPORT QoreStringNode *	qore_reassign_signals (const sig_vec_t &sig_vec, const char *name, bool reuse_sys)
	allows a module to take over ownership of multiple signals atomically More...

DLLEXPORT int	qore_release_signal (int sig, const char *name)
	releases the signal allocated to the given module More...

DLLEXPORT int	qore_release_signals (const sig_vec_t &sig_vec, const char *name)
	releases multiple signals allocated to the given module atomically More...

DLLEXPORT void	qore_set_module_option (std::string mod, std::string opt, QoreValue val)
	sets a module option for the given module More...

DLLEXPORT void	qore_setup_argv (int pos, int argc, char *argv[])
	sets up the Qore ARGV and QORE_ARGV values

DLLEXPORT int	qore_usleep (int64 usecs)
	use this function instead of usleep(), as usleep() is not signal-safe on some platforms (ex: Solaris 8, 9)

static char *	strchrs (const char str, const char chars)
	find one of any characters in a string

static char *	strnchr (const char *str, int len, char c)
	find a character in a string up to len

static void	strtolower (char *str)
	convert a string to lower-case in place

static char *	strtoupper (char *str)
	convert a string to upper-case in place

DLLEXPORT const char *	tz_get_region_name (const AbstractQoreZoneInfo *tz)
	returns the reion name for the given time zone

DLLEXPORT int	tz_get_utc_offset (const AbstractQoreZoneInfo tz, int64 epoch_offset, bool &is_dst, const char &zone_name)
	returns the UTC offset and local time zone name for the given time given as seconds from the epoch (1970-01-01Z)

DLLEXPORT bool	tz_has_dst (const AbstractQoreZoneInfo *tz)
	returns true if the zone has daylight savings time ever

Variables
DLLEXPORT const qore_option_s *	qore_option_list
	list of qore options

DLLEXPORT size_t	qore_option_list_size
	number of elements in the option list

DLLEXPORT FeatureList	qoreFeatureList
	list of qore features

Detailed Description

contains prototypes for various helper functions in the Qore library

Macro Definition Documentation

◆ _QORE_HAS_HARD_TYPING

#define _QORE_HAS_HARD_TYPING 1

not defined because this version of Qore has moved all XML functionality to the "xml" module

not defined because this version of Qore has moved all XML functionality to the "xml" module not defined because this version of Qore has moved all XML functionality to the "xml" module defined because this version of Qore supports hard typing, overloading, default arguments, etc

Function Documentation

◆ domain_bitfield_to_string_list()

DLLEXPORT QoreListNode * domain_bitfield_to_string_list	(	int64	i,
		ExceptionSink *	xsink
	)

returns a list<string> of domain strings for the given bitfield; a Qore-language exception is raised for invalid values

Since: Qore 0.9

◆ find_create_timezone()

DLLEXPORT const AbstractQoreZoneInfo * find_create_timezone	(	const char *	name,
		ExceptionSink *	xsink
	)

returns a time zone for the given region name or UTC offset given as a string ("+01:00")

Parameters

name	the name of the region to find or a UTC offset given as a string ("+01:00")
xsink	if the given region is not found or valid or any error occur finding or loading the given region, exception info is stored here and the function returns 0

Returns: the time zone region found or 0 if the timezone is UTC (also in case of an exception 0 is returned - check xsink after calling)

◆ get_full_type_name() [1/3]

DLLEXPORT const char * get_full_type_name ( const AbstractQoreNode * n )

returns a string type description of the full type of the value contained (ex: "nothing" for a null AbstractQoreNode pointer)

differs from the return value of get_type_name() for complex types (ex: "hash<string, int>")

Parameters

n	the value to process

Since: Qore 0.8.13

◆ get_full_type_name() [2/3]

DLLEXPORT const char * get_full_type_name	(	const AbstractQoreNode *	n,
		bool	with_namespaces
	)

returns a string type description of the full type of the value contained (ex: "nothing" for a null AbstractQoreNode pointer)

differs from the return value of get_type_name() for complex types (ex: "hash<string, int>")

Parameters

n	the value to process
with_namespaces	if true then class and hashdecl names are given with full namespace paths

Since: Qore 1.0

◆ get_full_type_name() [3/3]

DLLEXPORT const char * get_full_type_name	(	const AbstractQoreNode *	n,
		bool	with_namespaces,
		QoreString &	scratch
	)

returns a string type description of the full type of the value contained (ex: "nothing" for a null AbstractQoreNode pointer)

will return NOTHING (delete object of class ...) for invalid objects

Parameters

n	the value to process
with_namespaces	if true then class and hashdecl names are given with full namespace paths
scratch	scratch space for creating formatting string return values

Since: Qore 1.18

◆ get_or_nothing_type_check()

DLLEXPORT const QoreTypeInfo * get_or_nothing_type_check ( const QoreTypeInfo * typeInfo )

returns the "or nothing" type for the given type

Since: Qore 0.9

◆ parse_option_bitfield_to_string_list()

DLLEXPORT QoreListNode * parse_option_bitfield_to_string_list	(	int64	i,
		ExceptionSink *	xsink
	)

returns a list<string> of parse option strings for the given bitfield; a Qore-language exception is raised for invalid values

Since: Qore 0.9

◆ parse_set_time_zone()

DLLEXPORT void parse_set_time_zone ( const char * zone )

to set the time zone from the command line

Note: this function can only be called when a program exists

◆ q_enforce_thread_size_on_primary_thread()

DLLEXPORT void q_enforce_thread_size_on_primary_thread ( )

Sets the thread stack limit on the primary thread.

Since: Qore 1.19

◆ q_env_subst()

DLLEXPORT int q_env_subst ( QoreString & str )

performs environment variable substitution on the string argument

return 0 for OK, -1 if an error occurred (mismatched parens, etc)

Since: Qore 0.8.13

◆ q_get_thread_local_vars()

DLLEXPORT QoreHashNode * q_get_thread_local_vars	(	int	frame,
		ExceptionSink *	xsink
	)

retrieves a hash of all thread local variables and their values for the given stack frame in the current thread's QoreProgram object

Parameters

frame	the stack frame starting from 0 (the current frame)
xsink	for Qore-language exceptions

Returns: a hash of local variables and their values; if the frame does not exist, an empty hash is returned; if a Qore-language exception is thrown, then nullptr is returned

Note: the current thread must be a valid Qore thread with a current QoreProgram context or the results are undefined (i.e. expect a crash)

Since: Qore 0.8.13

◆ q_gname2gid()

int q_gname2gid	(	const char *	name,
		gid_t &	gid
	)

thread-safe way to lookup a gid from a group name

Parameters

name	the group to look up
gid	the gid returned

Returns: 0 for no error, non-zero is an error code like errno

◆ q_libqore_exiting()

DLLEXPORT bool q_libqore_exiting ( )

returns true if the Qore library is exiting without a shutdown

Since: Qore 0.9.5

◆ q_libqore_initalized()

DLLEXPORT bool q_libqore_initalized ( )

returns true if the Qore library has been initialized

Since: Qore 0.9.5

◆ q_libqore_shutdown()

DLLEXPORT bool q_libqore_shutdown ( )

returns true if the Qore library has been shut down

Since: Qore 0.8.13

◆ q_memrmem()

DLLEXPORT void * q_memrmem	(	const void *	big,
		size_t	big_len,
		const void *	little,
		size_t	little_len
	)

finds a memory sequence in a larger memory sequence searching from the end of the sequence

Note: returns void* for compatibility with memmem() and q_memmem() signatures

Since: Qore 0.9.1

◆ q_set_thread_var_value()

DLLEXPORT int q_set_thread_var_value	(	int	frame,
		const char *	name,
		const QoreValue &	val,
		ExceptionSink *	xsink
	)

sets the value of the given thread-local variable (which may be a closure-bound variable as well) in the current stack frame for the current thread's QoreProgram object

Parameters

frame	the stack frame where 0 is the current (highest) stack frame
name	the name of the variable
val	the value to assign; the value will be referenced for the assignment if one is made
xsink	for Qore-language exceptions

Returns: 0 = OK or -1 = a Qore-language exception occurred making the assignment (ex: incompatible types) or 1 = variable not found or inaccessible stack frame (no exception thrown)

Note: pure local variables (i.e. not closure bound and not subject to the reference operator) are not stored with type information at runtime; type information is only enforced at parse / compile time, therefore it's possible to set local variables with invalid values that contradict their declarations with this function

Since: Qore 0.8.13

◆ q_strtod()

DLLEXPORT double q_strtod ( const char * str )

converts a string to a double in a locale-independent way

Since: Qore 0.8.13

◆ q_thread_get_stack_size()

DLLEXPORT size_t q_thread_get_stack_size ( )

returns the default thread stack size

Since: Qore 0.9.5 a public API

◆ q_thread_get_this_stack_size()

DLLEXPORT size_t q_thread_get_this_stack_size ( )

returns the thread stack size for the current thread

Since: Qore 1.0.8

◆ q_thread_set_stack_size()

DLLEXPORT size_t q_thread_set_stack_size	(	size_t	size,
		ExceptionSink *	xsink
	)

sets the default thread stack size or throws an exception on error

Since: Qore 0.9.5 a public API

◆ q_thread_stack_remaining()

DLLEXPORT size_t q_thread_stack_remaining ( )

Returns the number of bytes left in the current thread stack.

Since: Qore 0.9.5

◆ q_thread_stack_used()

DLLEXPORT size_t q_thread_stack_used ( )

Returns the number of bytes used in the current thread stack.

Since: Qore 0.9.5

◆ q_uname2uid()

int q_uname2uid	(	const char *	name,
		uid_t &	uid
	)

thread-safe way to lookup a uid from a username

Parameters

name	the username to look up
uid	the uid returned

Returns: 0 for no error, non-zero is an error code like errno

◆ qore_apply_rounding_heuristic()

DLLEXPORT void qore_apply_rounding_heuristic	(	QoreString &	str,
		int	round_threshold_1,
		int	round_threshold_2
	)

finds the decimal point and attempts to remove noise and round the number if found

Parameters

str	the number string to round
round_threshold_1	the number of consecutive trailing 0 or 9 digits that will be rounded in string output
round_threshold_2	the number of consecutive trailing 0 or 9 digits that will be rounded in string output if there are trailing non-0/9 digits

Since: Qore 0.9.4

◆ qore_get_call_program_context()

DLLEXPORT QoreProgram * qore_get_call_program_context ( )

returns the caller's Program context, if any

Since: Qore 0.9

◆ qore_get_module_option()

DLLEXPORT QoreValue qore_get_module_option	(	std::string	mod,
		std::string	opt
	)

get module option for the given module

Parameters

mod	the module name
opt	the option name

Returns: the referenced option value; if a value is returned here, it must be dereferenced

Since: Qore 0.9

◆ qore_pseudo_get_class() [1/2]

DLLEXPORT const QoreClass * qore_pseudo_get_class ( const QoreTypeInfo * t )

returns the pseudo-class for the given type

Since: Qore 0.9

◆ qore_pseudo_get_class() [2/2]

DLLEXPORT const QoreClass * qore_pseudo_get_class ( qore_type_t t )

returns the pseudo-class for the given type

Since: Qore 0.9

◆ qore_reassign_signal() [1/2]

DLLEXPORT QoreStringNode * qore_reassign_signal	(	int	sig,
		const char *	name
	)

allows a module to take over ownership of a signal

Parameters

sig	signal number
name	module name taking ownership of managing the signal

Returns: nullptr for OK, non-zero for failed (error message); in case a QoreStringNode pointer is returned, the caller must dereference it

Note: this is equivalent to qore_reassign_signal(sig, name, false)

See also

qore_reassign_signals() to allocate multiple signals to a module atomically
qore_release_signal() to release a signal allocation manually
qore_release_signals() to release multiple signal allocations manually

◆ qore_reassign_signal() [2/2]

DLLEXPORT QoreStringNode * qore_reassign_signal	(	int	sig,
		const char *	name,
		bool	reuse_sys
	)

allows a module to take over ownership of a signal

Parameters

sig	signal number
name	module name taking ownership of managing the signal
reuse_sys	do not fail if signals are allocated to the system already; in this case a failuse will only happen when Qore code has a signal handler assigned

Returns: nullptr for OK, non-zero for failed (error message); in case a QoreStringNode pointer is returned, the caller must dereference it

Since: Qore 1.19

See also

qore_reassign_signals() to allocate multiple signals to a module atomically
qore_release_signal() to release a signal allocation manually
qore_release_signals() to release multiple signal allocations manually

◆ qore_reassign_signals() [1/2]

DLLEXPORT QoreStringNode * qore_reassign_signals	(	const sig_vec_t &	sig_vec,
		const char *	name
	)

allows a module to take over ownership of multiple signals atomically

Parameters

sig_vec	a vector of signal numbers to allocate to the module
name	module name taking ownership of managing the signal

Returns: nullptr for OK (all signals were allocated to the module), non-zero for failed (error message; no signals were allocated); in case a QoreStringNode pointer is returned, the caller must dereference it

Note

if any signal cannot be allocated to the module, no signals are allocated to the module; the call either succeeds for all or fails for all; no partial failures are possible; use this variant when allocating multiple signals to a module
this is equivalent to qore_reassign_signals(sig_vec, name, false)

See also

qore_reassign_signal() to allocate a single signal to a module
qore_release_signal() to release a signal allocation manually
qore_release_signals() to release multiple signal allocations manually

Since: Qore 0.8.13.1

◆ qore_reassign_signals() [2/2]

DLLEXPORT QoreStringNode * qore_reassign_signals	(	const sig_vec_t &	sig_vec,
		const char *	name,
		bool	reuse_sys
	)

allows a module to take over ownership of multiple signals atomically

Parameters

sig_vec	a vector of signal numbers to allocate to the module
name	module name taking ownership of managing the signal
reuse_sys	do not fail if signals are allocated to the system already; in this case a failuse will only happen when Qore code has a signal handler assigned

Returns: nullptr for OK (all signals were allocated to the module), non-zero for failed (error message; no signals were allocated); in case a QoreStringNode pointer is returned, the caller must dereference it

Note: if any signal cannot be allocated to the module, no signals are allocated to the module; the call either succeeds for all or fails for all; no partial failures are possible; use this variant when allocating multiple signals to a module

See also

qore_reassign_signal() to allocate a single signal to a module
qore_release_signal() to release a signal allocation manually
qore_release_signals() to release multiple signal allocations manually

Since: Qore 1.19

◆ qore_release_signal()

DLLEXPORT int qore_release_signal	(	int	sig,
		const char *	name
	)

releases the signal allocated to the given module

Parameters

sig	the signal number allocated to the module
name	module name owning the signal

Returns: 0 = signal allocation released, -1 = no changes were made (module does not manage signal)

See also

qore_reassign_signal() to allocate a single signal to a module
qore_reassign_signals() to allocate multiple signals to a module atomically
qore_release_signals() to release multiple signal allocations manually

Since: Qore 0.8.13.1

◆ qore_release_signals()

DLLEXPORT int qore_release_signals	(	const sig_vec_t &	sig_vec,
		const char *	name
	)

releases multiple signals allocated to the given module atomically

Parameters

sig_vec	a vector of signal numbers to allocate to the module
name	module name owning the signals

Returns: 0 = signal allocations released, -1 = no changes were made (module does not manage at least one signal)

Since: Qore 0.8.13.1

◆ qore_set_module_option()

DLLEXPORT void qore_set_module_option	(	std::string	mod,
		std::string	opt,
		QoreValue	val
	)

sets a module option for the given module

Parameters

mod	the module name
opt	the option name
val	the option value; must be already referenced for the assignment

Since: Qore 0.9

Classes

Macros

Typedefs

Functions

Variables

Detailed Description

Macro Definition Documentation

◆ _QORE_HAS_HARD_TYPING

Function Documentation

◆ domain_bitfield_to_string_list()

◆ find_create_timezone()

◆ get_full_type_name() [1/3]

◆ get_full_type_name() [2/3]

◆ get_full_type_name() [3/3]

◆ get_or_nothing_type_check()

◆ parse_option_bitfield_to_string_list()

◆ parse_set_time_zone()

◆ q_enforce_thread_size_on_primary_thread()

◆ q_env_subst()

◆ q_get_thread_local_vars()

◆ q_gname2gid()

◆ q_libqore_exiting()

◆ q_libqore_initalized()

◆ q_libqore_shutdown()

◆ q_memrmem()

◆ q_set_thread_var_value()

◆ q_strtod()

◆ q_thread_get_stack_size()

◆ q_thread_get_this_stack_size()

◆ q_thread_set_stack_size()

◆ q_thread_stack_remaining()

◆ q_thread_stack_used()

◆ q_uname2uid()

◆ qore_apply_rounding_heuristic()

◆ qore_get_call_program_context()

◆ qore_get_module_option()

◆ qore_pseudo_get_class() [1/2]

◆ qore_pseudo_get_class() [2/2]

◆ qore_reassign_signal() [1/2]

◆ qore_reassign_signal() [2/2]

◆ qore_reassign_signals() [1/2]

◆ qore_reassign_signals() [2/2]

◆ qore_release_signal()

◆ qore_release_signals()

◆ qore_set_module_option()